audit.audit_fields Structure
Name	Type	Description
pk_audit	serial	PRIMARY KEY
row_version	integer	NOT NULL the version of the row; mainly just a count
modified_when	timestamp with time zone	NOT NULL DEFAULT now() when has this row been committed (created/modified)
modified_by	name	NOT NULL DEFAULT "current_user"() by whom has this row been committed (created/modified)

audit.audit_trail Structure
Name	Type	Description
pk_audit	serial	PRIMARY KEY
orig_version	integer	NOT NULL the version of this row in the original table previous to the modification
orig_when	timestamp with time zone	NOT NULL previous modification date in the original table
orig_by	name	NOT NULL who committed the row to the original table
orig_tableoid	oid	NOT NULL the table oid of the original table, use this to identify the source table
audit_action	text	NOT NULL either "update" or "delete"
audit_when	timestamp with time zone	NOT NULL DEFAULT now() when committed to this table for auditing
audit_by	name	NOT NULL DEFAULT "current_user"() committed to this table for auditing by whom

Table: audit.log_active_substance

audit.log_active_substance Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk	integer
description	text
atc_code	text

Table audit.log_active_substance Inherits audit_trail,

audit.log_active_substance Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_allergy_state

audit.log_allergy_state Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk	integer
has_allergy	integer
comment	text
last_confirmed	timestamp with time zone
fk_encounter	integer

Table audit.log_allergy_state Inherits audit_trail,

audit.log_allergy_state Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_behandlungsfall

audit.log_behandlungsfall Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
pk	integer
fk_patient	integer
fk_falltyp	integer
started	date
must_pay_prax_geb	boolean

Table audit.log_behandlungsfall Inherits audit_trail,

audit.log_behandlungsfall Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_clin_aux_note

audit.log_clin_aux_note Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk_item	integer
clin_when	timestamp with time zone
fk_encounter	integer
fk_episode	integer
narrative	text
soap_cat	text
pk	integer

Table audit.log_clin_aux_note Inherits audit_trail,

audit.log_clin_aux_note Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_clin_item_type

audit.log_clin_item_type Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk	integer
type	text
code	text

Table audit.log_clin_item_type Inherits audit_trail,

audit.log_clin_item_type Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_clin_narrative

audit.log_clin_narrative Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk_item	integer
clin_when	timestamp with time zone
fk_encounter	integer
fk_episode	integer
narrative	text
soap_cat	text
pk	integer

Table audit.log_clin_narrative Inherits audit_trail,

audit.log_clin_narrative Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_consumable_substance

audit.log_consumable_substance Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk	integer
description	text
atc_code	text
amount	numeric
unit	text

Table audit.log_consumable_substance Inherits audit_trail,

audit.log_consumable_substance Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_consumed_substance

audit.log_consumed_substance Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk	integer
description	text
atc_code	text

Table audit.log_consumed_substance Inherits audit_trail,

audit.log_consumed_substance Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_family_history

audit.log_family_history Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk_item	integer
clin_when	timestamp with time zone
fk_encounter	integer
fk_episode	integer
narrative	text
soap_cat	text
pk	integer
fk_relation_type	integer
age_noted	text
age_of_death	interval
contributed_to_death	boolean
name_relative	text
dob_relative	timestamp with time zone
comment	text

Table audit.log_family_history Inherits audit_trail,

audit.log_family_history Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_fhx_relation_type

audit.log_fhx_relation_type Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk	integer
description	text
is_genetic	boolean

Table audit.log_fhx_relation_type Inherits audit_trail,

audit.log_fhx_relation_type Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_form_instances

audit.log_form_instances Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk_item	integer
clin_when	timestamp with time zone
fk_encounter	integer
fk_episode	integer
narrative	text
soap_cat	text
pk	integer
fk_form_def	integer
form_name	text

Table audit.log_form_instances Inherits audit_trail,

audit.log_form_instances Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_hospital_stay

audit.log_hospital_stay Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk_item	integer
clin_when	timestamp with time zone
fk_encounter	integer
fk_episode	integer
narrative	text
soap_cat	text
pk	integer
discharge	timestamp with time zone

Table audit.log_hospital_stay Inherits audit_trail,

audit.log_hospital_stay Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_hx_family_item

audit.log_hx_family_item Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk	integer
fk_narrative_condition	integer
fk_relative	integer
name_relative	text
dob_relative	timestamp with time zone
condition	text
age_noted	text
age_of_death	interval
is_cause_of_death	boolean

Table audit.log_hx_family_item Inherits audit_trail,

audit.log_hx_family_item Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_inbox_item_category

audit.log_inbox_item_category Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk	integer
description	text
is_user	boolean

Table audit.log_inbox_item_category Inherits audit_trail,

audit.log_inbox_item_category Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_inbox_item_type

audit.log_inbox_item_type Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk	integer
fk_inbox_item_category	integer
description	text
is_user	boolean

Table audit.log_inbox_item_type Inherits audit_trail,

audit.log_inbox_item_type Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_incoming_data_unmatchable

audit.log_incoming_data_unmatchable Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk	integer
fk_patient_candidates	integer[]
request_id	text
firstnames	text
lastnames	text
dob	date
postcode	text
other_info	text
type	text
data	bytea
gender	text
requestor	text
external_data_id	text
fk_identity_disambiguated	integer

Table audit.log_incoming_data_unmatchable Inherits audit_trail,

audit.log_incoming_data_unmatchable Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_incoming_data_unmatched

audit.log_incoming_data_unmatched Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk	integer
fk_patient_candidates	integer[]
request_id	text
firstnames	text
lastnames	text
dob	date
postcode	text
other_info	text
type	text
data	bytea
gender	text
requestor	text
external_data_id	text
fk_identity_disambiguated	integer
comment	text
fk_provider_disambiguated	integer

Table audit.log_incoming_data_unmatched Inherits audit_trail,

audit.log_incoming_data_unmatched Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_lnk_code2episode

audit.log_lnk_code2episode Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk_lnk_code2item	integer
fk_generic_code	integer
fk_item	integer
code_modifier	text
pk	integer

Table audit.log_lnk_code2episode Inherits audit_trail,

audit.log_lnk_code2episode Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_lnk_code2h_issue

audit.log_lnk_code2h_issue Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk_lnk_code2item	integer
fk_generic_code	integer
fk_item	integer
code_modifier	text
pk	integer

Table audit.log_lnk_code2h_issue Inherits audit_trail,

audit.log_lnk_code2h_issue Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_lnk_code2narrative

audit.log_lnk_code2narrative Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk_lnk_code2item	integer
fk_generic_code	integer
fk_item	integer
code_modifier	text
pk	integer

Table audit.log_lnk_code2narrative Inherits audit_trail,

audit.log_lnk_code2narrative Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_lnk_code2procedure

audit.log_lnk_code2procedure Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk_lnk_code2item	integer
fk_generic_code	integer
fk_item	integer
code_modifier	text
pk	integer

Table audit.log_lnk_code2procedure Inherits audit_trail,

audit.log_lnk_code2procedure Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_lnk_constraint2vacc_course

audit.log_lnk_constraint2vacc_course Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk	integer
fk_vaccination_course	integer
fk_constraint	integer

Table audit.log_lnk_constraint2vacc_course Inherits audit_trail,

audit.log_lnk_constraint2vacc_course Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_lnk_identity2ext_id

audit.log_lnk_identity2ext_id Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
id	integer
id_identity	integer
external_id	text
fk_origin	integer
comment	text

Table audit.log_lnk_identity2ext_id Inherits audit_trail,

audit.log_lnk_identity2ext_id Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_lnk_identity2primary_doc

audit.log_lnk_identity2primary_doc Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
pk	integer
fk_identity	integer
fk_primary_doc	integer

Table audit.log_lnk_identity2primary_doc Inherits audit_trail,

audit.log_lnk_identity2primary_doc Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_lnk_job2person

audit.log_lnk_job2person Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk	integer
fk_identity	integer
fk_occupation	integer
activities	text

Table audit.log_lnk_job2person Inherits audit_trail,

audit.log_lnk_job2person Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_lnk_org_unit2comm

audit.log_lnk_org_unit2comm Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk	integer
fk_org_unit	integer
url	text
fk_type	integer
is_confidential	boolean

Table audit.log_lnk_org_unit2comm Inherits audit_trail,

audit.log_lnk_org_unit2comm Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_lnk_org_unit2ext_id

audit.log_lnk_org_unit2ext_id Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk	integer
fk_org_unit	integer
external_id	text
fk_type	integer
comment	text

Table audit.log_lnk_org_unit2ext_id Inherits audit_trail,

audit.log_lnk_org_unit2ext_id Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_lnk_pat2vaccination_course

audit.log_lnk_pat2vaccination_course Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk	integer
fk_patient	integer
fk_course	integer

Table audit.log_lnk_pat2vaccination_course Inherits audit_trail,

audit.log_lnk_pat2vaccination_course Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_lnk_person2relative

audit.log_lnk_person2relative Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
id	integer
id_identity	integer
id_relative	integer
id_relation_type	integer
started	date
ended	date

Table audit.log_lnk_person2relative Inherits audit_trail,

audit.log_lnk_person2relative Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_lnk_substance2brand

audit.log_lnk_substance2brand Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk	integer
fk_brand	integer
fk_substance	integer

Table audit.log_lnk_substance2brand Inherits audit_trail,

audit.log_lnk_substance2brand Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_lnk_type2item

audit.log_lnk_type2item Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk	integer
fk_type	integer
fk_item	integer

Table audit.log_lnk_type2item Inherits audit_trail,

audit.log_lnk_type2item Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_lnk_vaccination_course2schedule

audit.log_lnk_vaccination_course2schedule Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk	integer
fk_course	integer
fk_schedule	integer

Table audit.log_lnk_vaccination_course2schedule Inherits audit_trail,

audit.log_lnk_vaccination_course2schedule Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_lnk_vaccine2inds

audit.log_lnk_vaccine2inds Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
id	integer
fk_vaccine	integer
fk_indication	integer

Table audit.log_lnk_vaccine2inds Inherits audit_trail,

audit.log_lnk_vaccine2inds Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_message_inbox

audit.log_message_inbox Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk	integer
fk_staff	integer
fk_inbox_item_type	integer
comment	text
data	text
importance	smallint
fk_patient	integer
ufk_context	integer[]

Table audit.log_message_inbox Inherits audit_trail,

audit.log_message_inbox Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_paperwork_templates

audit.log_paperwork_templates Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk	integer
fk_template_type	integer
instance_type	text
name_short	text
name_long	text
external_version	text
gnumed_revision	double precision
engine	text
in_use	boolean
filename	text
data	bytea

Table audit.log_paperwork_templates Inherits audit_trail,

audit.log_paperwork_templates Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_prax_geb_paid

audit.log_prax_geb_paid Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk	integer
fk_fall	integer
paid_amount	numeric
paid_when	date
paid_with	integer

Table audit.log_prax_geb_paid Inherits audit_trail,

audit.log_prax_geb_paid Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_relation_types

audit.log_relation_types Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
id	integer
inverse	integer
biological	boolean
biol_verified	boolean
description	text

Table audit.log_relation_types Inherits audit_trail,

audit.log_relation_types Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_substance_in_brand

audit.log_substance_in_brand Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk	integer
fk_brand	integer
description	text
atc_code	text

Table audit.log_substance_in_brand Inherits audit_trail,

audit.log_substance_in_brand Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_substance_intake

audit.log_substance_intake Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk_item	integer
clin_when	timestamp with time zone
fk_encounter	integer
fk_episode	integer
narrative	text
soap_cat	text
pk	integer
fk_substance	integer
preparation	text
schedule	text
aim	text
duration	interval
intake_is_approved_of	boolean
is_long_term	boolean
discontinued	timestamp with time zone
discontinue_reason	text
fk_drug_component	integer

Table audit.log_substance_intake Inherits audit_trail,

audit.log_substance_intake Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_vacc_indication

audit.log_vacc_indication Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
id	integer
description	text
atcs_single_indication	text[]
atcs_combi_indication	text[]

Table audit.log_vacc_indication Inherits audit_trail,

audit.log_vacc_indication Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_vaccination_course

audit.log_vaccination_course Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk	integer
fk_recommended_by	integer
fk_indication	integer
is_active	boolean
comment	text

Table audit.log_vaccination_course Inherits audit_trail,

audit.log_vaccination_course Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_vaccination_course_constraint

audit.log_vaccination_course_constraint Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk	integer
description	text

Table audit.log_vaccination_course_constraint Inherits audit_trail,

audit.log_vaccination_course_constraint Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_vaccination_definition

audit.log_vaccination_definition Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
id	integer
fk_course	integer
is_booster	boolean
seq_no	integer
min_age_due	interval
max_age_due	interval
min_interval	interval
comment	text

Table audit.log_vaccination_definition Inherits audit_trail,

audit.log_vaccination_definition Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_vaccination_schedule

audit.log_vaccination_schedule Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk	integer
name	text
comment	text

Table audit.log_vaccination_schedule Inherits audit_trail,

audit.log_vaccination_schedule Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_vaccine_batches

audit.log_vaccine_batches Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk	integer
fk_vaccine	integer
batch_no	text

Table audit.log_vaccine_batches Inherits audit_trail,

audit.log_vaccine_batches Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Table: audit.log_xlnk_identity

audit.log_xlnk_identity Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_trail_pk_audit_seq'::regclass)
orig_version	integer	NOT NULL the .row_version in the original row before the audited action took place, should be equal to .row_version
orig_when	timestamp with time zone	NOT NULL the .modified_when in the original row before the audited action took place, should be equal to .modified_when
orig_by	name	NOT NULL the .modified_by in the original row before the audited action took place, should be equal to .modified_by
orig_tableoid	oid	NOT NULL the TG_RELID when the audit trigger was run
audit_action	text	NOT NULL
audit_when	timestamp with time zone	NOT NULL DEFAULT now()
audit_by	name	NOT NULL DEFAULT "current_user"()
row_version	integer
modified_when	timestamp with time zone
modified_by	name
pk	integer
xfk_identity	integer
pupic	text
data	text

Table audit.log_xlnk_identity Inherits audit_trail,

audit.log_xlnk_identity Constraints
Name	Constraint
audit_trail_audit_action_check	CHECK ((audit_action = ANY (ARRAY['UPDATE'::text, 'DELETE'::text])))

Index - Schema audit

Function: audit.add_table_for_audit(name)

Returns: boolean

Language: SQL

select audit.register_table_for_auditing('public', $1);

Function: audit.add_table_for_audit(name, name)

Returns: boolean

Language: SQL

select audit.register_table_for_auditing($1, $2);

Function: audit.ft_del_access_log()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_access_log (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, user_action
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.user_action
	);
	return OLD;
END;

Function: audit.ft_del_active_substance()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_active_substance (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, description, atc_code
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.description, OLD.atc_code
	);
	return OLD;
END;

Function: audit.ft_del_address()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_address (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, id, id_street, aux_street, number, subunit, addendum, lat_lon
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.id, OLD.id_street, OLD.aux_street, OLD.number, OLD.subunit, OLD.addendum, OLD.lat_lon
	);
	return OLD;
END;

Function: audit.ft_del_allergy()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_allergy (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_item, clin_when, fk_encounter, fk_episode, narrative, soap_cat, pk, substance, substance_code, generics, allergene, atc_code, fk_type, generic_specific, definite
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_item, OLD.clin_when, OLD.fk_encounter, OLD.fk_episode, OLD.narrative, OLD.soap_cat, OLD.pk, OLD.substance, OLD.substance_code, OLD.generics, OLD.allergene, OLD.atc_code, OLD.fk_type, OLD.generic_specific, OLD.definite
	);
	return OLD;
END;

Function: audit.ft_del_allergy_state()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_allergy_state (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, has_allergy, comment, last_confirmed, fk_encounter
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.has_allergy, OLD.comment, OLD.last_confirmed, OLD.fk_encounter
	);
	return OLD;
END;

Function: audit.ft_del_atc_group()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_atc_group (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, code, description
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.code, OLD.description
	);
	return OLD;
END;

Function: audit.ft_del_atc_substance()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_atc_substance (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, code, name, ddd_amount, fk_ddd_unit, route, comment
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.code, OLD.name, OLD.ddd_amount, OLD.fk_ddd_unit, OLD.route, OLD.comment
	);
	return OLD;
END;

Function: audit.ft_del_beh_fall_typ()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_beh_fall_typ (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, code, kurzform, name
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.code, OLD.kurzform, OLD.name
	);
	return OLD;
END;

Function: audit.ft_del_behandlungsfall()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_behandlungsfall (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk, fk_patient, fk_falltyp, started, must_pay_prax_geb
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk, OLD.fk_patient, OLD.fk_falltyp, OLD.started, OLD.must_pay_prax_geb
	);
	return OLD;
END;

Function: audit.ft_del_branded_drug()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_branded_drug (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, description, preparation, atc_code, is_fake, fk_data_source, external_code, external_code_type
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.description, OLD.preparation, OLD.atc_code, OLD.is_fake, OLD.fk_data_source, OLD.external_code, OLD.external_code_type
	);
	return OLD;
END;

Function: audit.ft_del_clin_aux_note()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_clin_aux_note (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_item, clin_when, fk_encounter, fk_episode, narrative, soap_cat, pk
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_item, OLD.clin_when, OLD.fk_encounter, OLD.fk_episode, OLD.narrative, OLD.soap_cat, OLD.pk
	);
	return OLD;
END;

Function: audit.ft_del_clin_diag()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_clin_diag (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_narrative, laterality, is_chronic, is_active, is_definite, clinically_relevant
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_narrative, OLD.laterality, OLD.is_chronic, OLD.is_active, OLD.is_definite, OLD.clinically_relevant
	);
	return OLD;
END;

Function: audit.ft_del_clin_item_type()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_clin_item_type (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, type, code
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.type, OLD.code
	);
	return OLD;
END;

Function: audit.ft_del_clin_medication()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_clin_medication (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_item, clin_when, fk_encounter, fk_episode, narrative, soap_cat, pk, last_prescribed, fk_last_script, discontinued, brandname, generic, adjuvant, dosage_form, ufk_drug, drug_db, atc_code, is_cr, dosage, period, dosage_unit, directions, is_prn
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_item, OLD.clin_when, OLD.fk_encounter, OLD.fk_episode, OLD.narrative, OLD.soap_cat, OLD.pk, OLD.last_prescribed, OLD.fk_last_script, OLD.discontinued, OLD.brandname, OLD.generic, OLD.adjuvant, OLD.dosage_form, OLD.ufk_drug, OLD.drug_db, OLD.atc_code, OLD.is_cr, OLD.dosage, OLD.period, OLD.dosage_unit, OLD.directions, OLD.is_prn
	);
	return OLD;
END;

Function: audit.ft_del_clin_narrative()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_clin_narrative (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_item, clin_when, fk_encounter, fk_episode, narrative, soap_cat, pk
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_item, OLD.clin_when, OLD.fk_encounter, OLD.fk_episode, OLD.narrative, OLD.soap_cat, OLD.pk
	);
	return OLD;
END;

Function: audit.ft_del_coded_phrase()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_coded_phrase (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, term, code, xfk_coding_system
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.term, OLD.code, OLD.xfk_coding_system
	);
	return OLD;
END;

Function: audit.ft_del_consumable_substance()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_consumable_substance (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, description, atc_code, amount, unit
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.description, OLD.atc_code, OLD.amount, OLD.unit
	);
	return OLD;
END;

Function: audit.ft_del_consumed_substance()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_consumed_substance (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, description, atc_code
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.description, OLD.atc_code
	);
	return OLD;
END;

Function: audit.ft_del_data_source()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_data_source (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, name_long, name_short, version, description, source, lang
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.name_long, OLD.name_short, OLD.version, OLD.description, OLD.source, OLD.lang
	);
	return OLD;
END;

Function: audit.ft_del_doc_desc()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_doc_desc (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_doc, text
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_doc, OLD.text
	);
	return OLD;
END;

Function: audit.ft_del_doc_med()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_doc_med (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_encounter, fk_episode, fk_type, comment, clin_when, ext_ref
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_encounter, OLD.fk_episode, OLD.fk_type, OLD.comment, OLD.clin_when, OLD.ext_ref
	);
	return OLD;
END;

Function: audit.ft_del_encounter()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_encounter (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_patient, fk_type, fk_location, source_time_zone, reason_for_encounter, assessment_of_encounter, started, last_affirmed
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_patient, OLD.fk_type, OLD.fk_location, OLD.source_time_zone, OLD.reason_for_encounter, OLD.assessment_of_encounter, OLD.started, OLD.last_affirmed
	);
	return OLD;
END;

Function: audit.ft_del_episode()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_episode (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_health_issue, description, is_open, fk_encounter, diagnostic_certainty_classification, summary
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_health_issue, OLD.description, OLD.is_open, OLD.fk_encounter, OLD.diagnostic_certainty_classification, OLD.summary
	);
	return OLD;
END;

Function: audit.ft_del_family_history()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_family_history (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_item, clin_when, fk_encounter, fk_episode, narrative, soap_cat, pk, fk_relation_type, age_noted, age_of_death, contributed_to_death, name_relative, dob_relative, comment
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_item, OLD.clin_when, OLD.fk_encounter, OLD.fk_episode, OLD.narrative, OLD.soap_cat, OLD.pk, OLD.fk_relation_type, OLD.age_noted, OLD.age_of_death, OLD.contributed_to_death, OLD.name_relative, OLD.dob_relative, OLD.comment
	);
	return OLD;
END;

Function: audit.ft_del_fhx_relation_type()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_fhx_relation_type (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, description, is_genetic
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.description, OLD.is_genetic
	);
	return OLD;
END;

Function: audit.ft_del_form_data()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_form_data (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_instance, fk_form_field, value
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_instance, OLD.fk_form_field, OLD.value
	);
	return OLD;
END;

Function: audit.ft_del_form_defs()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_form_defs (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_type, country, locale, soap_cat, name_short, name_long, revision, template, engine, in_use, url, is_user
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_type, OLD.country, OLD.locale, OLD.soap_cat, OLD.name_short, OLD.name_long, OLD.revision, OLD.template, OLD.engine, OLD.in_use, OLD.url, OLD.is_user
	);
	return OLD;
END;

Function: audit.ft_del_form_instances()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_form_instances (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_item, clin_when, fk_encounter, fk_episode, narrative, soap_cat, pk, fk_form_def, form_name
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_item, OLD.clin_when, OLD.fk_encounter, OLD.fk_episode, OLD.narrative, OLD.soap_cat, OLD.pk, OLD.fk_form_def, OLD.form_name
	);
	return OLD;
END;

Function: audit.ft_del_gender_label()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_gender_label (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, tag, label, sort_weight, comment
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.tag, OLD.label, OLD.sort_weight, OLD.comment
	);
	return OLD;
END;

Function: audit.ft_del_health_issue()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_health_issue (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, description, laterality, age_noted, is_active, clinically_relevant, is_confidential, is_cause_of_death, fk_encounter, grouping, diagnostic_certainty_classification, summary
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.description, OLD.laterality, OLD.age_noted, OLD.is_active, OLD.clinically_relevant, OLD.is_confidential, OLD.is_cause_of_death, OLD.fk_encounter, OLD.grouping, OLD.diagnostic_certainty_classification, OLD.summary
	);
	return OLD;
END;

Function: audit.ft_del_hospital_stay()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_hospital_stay (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_item, clin_when, fk_encounter, fk_episode, narrative, soap_cat, pk, discharge
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_item, OLD.clin_when, OLD.fk_encounter, OLD.fk_episode, OLD.narrative, OLD.soap_cat, OLD.pk, OLD.discharge
	);
	return OLD;
END;

Function: audit.ft_del_hx_family_item()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_hx_family_item (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_narrative_condition, fk_relative, name_relative, dob_relative, condition, age_noted, age_of_death, is_cause_of_death
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_narrative_condition, OLD.fk_relative, OLD.name_relative, OLD.dob_relative, OLD.condition, OLD.age_noted, OLD.age_of_death, OLD.is_cause_of_death
	);
	return OLD;
END;

Function: audit.ft_del_identity()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_identity (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, deleted, pupic, gender, karyotype, dob, fk_marital_status, cob, deceased, title, tob, emergency_contact, fk_emergency_contact, comment, fk_primary_provider
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.deleted, OLD.pupic, OLD.gender, OLD.karyotype, OLD.dob, OLD.fk_marital_status, OLD.cob, OLD.deceased, OLD.title, OLD.tob, OLD.emergency_contact, OLD.fk_emergency_contact, OLD.comment, OLD.fk_primary_provider
	);
	return OLD;
END;

Function: audit.ft_del_identity_tag()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_identity_tag (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_identity, fk_tag, comment
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_identity, OLD.fk_tag, OLD.comment
	);
	return OLD;
END;

Function: audit.ft_del_inbox_item_category()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_inbox_item_category (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, description, is_user
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.description, OLD.is_user
	);
	return OLD;
END;

Function: audit.ft_del_inbox_item_type()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_inbox_item_type (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_inbox_item_category, description, is_user
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_inbox_item_category, OLD.description, OLD.is_user
	);
	return OLD;
END;

Function: audit.ft_del_incoming_data_unmatchable()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_incoming_data_unmatchable (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_patient_candidates, request_id, firstnames, lastnames, dob, postcode, other_info, type, data, gender, requestor, external_data_id, fk_identity_disambiguated
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_patient_candidates, OLD.request_id, OLD.firstnames, OLD.lastnames, OLD.dob, OLD.postcode, OLD.other_info, OLD.type, OLD.data, OLD.gender, OLD.requestor, OLD.external_data_id, OLD.fk_identity_disambiguated
	);
	return OLD;
END;

Function: audit.ft_del_incoming_data_unmatched()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_incoming_data_unmatched (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_patient_candidates, request_id, firstnames, lastnames, dob, postcode, other_info, type, data, gender, requestor, external_data_id, fk_identity_disambiguated, comment, fk_provider_disambiguated
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_patient_candidates, OLD.request_id, OLD.firstnames, OLD.lastnames, OLD.dob, OLD.postcode, OLD.other_info, OLD.type, OLD.data, OLD.gender, OLD.requestor, OLD.external_data_id, OLD.fk_identity_disambiguated, OLD.comment, OLD.fk_provider_disambiguated
	);
	return OLD;
END;

Function: audit.ft_del_lab_request()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_lab_request (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_item, clin_when, fk_encounter, fk_episode, narrative, soap_cat, pk, fk_test_org, request_id, fk_requestor, lab_request_id, lab_rxd_when, results_reported_when, request_status, is_pending, diagnostic_service_section, ordered_service, note_test_org
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_item, OLD.clin_when, OLD.fk_encounter, OLD.fk_episode, OLD.narrative, OLD.soap_cat, OLD.pk, OLD.fk_test_org, OLD.request_id, OLD.fk_requestor, OLD.lab_request_id, OLD.lab_rxd_when, OLD.results_reported_when, OLD.request_status, OLD.is_pending, OLD.diagnostic_service_section, OLD.ordered_service, OLD.note_test_org
	);
	return OLD;
END;

Function: audit.ft_del_lab_test_gnr()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_lab_test_gnr (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, id, id_test
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.id, OLD.id_test
	);
	return OLD;
END;

Function: audit.ft_del_lnk_code2aoe()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_lnk_code2aoe (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_lnk_code2item, fk_generic_code, fk_item, code_modifier, pk
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_lnk_code2item, OLD.fk_generic_code, OLD.fk_item, OLD.code_modifier, OLD.pk
	);
	return OLD;
END;

Function: audit.ft_del_lnk_code2episode()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_lnk_code2episode (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_lnk_code2item, fk_generic_code, fk_item, code_modifier, pk
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_lnk_code2item, OLD.fk_generic_code, OLD.fk_item, OLD.code_modifier, OLD.pk
	);
	return OLD;
END;

Function: audit.ft_del_lnk_code2fhx()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_lnk_code2fhx (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_lnk_code2item, fk_generic_code, fk_item, code_modifier, pk
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_lnk_code2item, OLD.fk_generic_code, OLD.fk_item, OLD.code_modifier, OLD.pk
	);
	return OLD;
END;

Function: audit.ft_del_lnk_code2h_issue()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_lnk_code2h_issue (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_lnk_code2item, fk_generic_code, fk_item, code_modifier, pk
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_lnk_code2item, OLD.fk_generic_code, OLD.fk_item, OLD.code_modifier, OLD.pk
	);
	return OLD;
END;

Function: audit.ft_del_lnk_code2narrative()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_lnk_code2narrative (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_lnk_code2item, fk_generic_code, fk_item, code_modifier, pk
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_lnk_code2item, OLD.fk_generic_code, OLD.fk_item, OLD.code_modifier, OLD.pk
	);
	return OLD;
END;

Function: audit.ft_del_lnk_code2procedure()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_lnk_code2procedure (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_lnk_code2item, fk_generic_code, fk_item, code_modifier, pk
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_lnk_code2item, OLD.fk_generic_code, OLD.fk_item, OLD.code_modifier, OLD.pk
	);
	return OLD;
END;

Function: audit.ft_del_lnk_code2rfe()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_lnk_code2rfe (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_lnk_code2item, fk_generic_code, fk_item, code_modifier, pk
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_lnk_code2item, OLD.fk_generic_code, OLD.fk_item, OLD.code_modifier, OLD.pk
	);
	return OLD;
END;

Function: audit.ft_del_lnk_constraint2vacc_course()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_lnk_constraint2vacc_course (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_vaccination_course, fk_constraint
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_vaccination_course, OLD.fk_constraint
	);
	return OLD;
END;

Function: audit.ft_del_lnk_identity2ext_id()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_lnk_identity2ext_id (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, id, id_identity, external_id, fk_origin, comment
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.id, OLD.id_identity, OLD.external_id, OLD.fk_origin, OLD.comment
	);
	return OLD;
END;

Function: audit.ft_del_lnk_identity2primary_doc()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_lnk_identity2primary_doc (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk, fk_identity, fk_primary_doc
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk, OLD.fk_identity, OLD.fk_primary_doc
	);
	return OLD;
END;

Function: audit.ft_del_lnk_job2person()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_lnk_job2person (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_identity, fk_occupation, activities
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_identity, OLD.fk_occupation, OLD.activities
	);
	return OLD;
END;

Function: audit.ft_del_lnk_org_unit2comm()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_lnk_org_unit2comm (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_org_unit, url, fk_type, is_confidential
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_org_unit, OLD.url, OLD.fk_type, OLD.is_confidential
	);
	return OLD;
END;

Function: audit.ft_del_lnk_org_unit2ext_id()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_lnk_org_unit2ext_id (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_org_unit, external_id, fk_type, comment
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_org_unit, OLD.external_id, OLD.fk_type, OLD.comment
	);
	return OLD;
END;

Function: audit.ft_del_lnk_pat2vaccination_course()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_lnk_pat2vaccination_course (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_patient, fk_course
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_patient, OLD.fk_course
	);
	return OLD;
END;

Function: audit.ft_del_lnk_person2relative()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_lnk_person2relative (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, id, id_identity, id_relative, id_relation_type, started, ended
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.id, OLD.id_identity, OLD.id_relative, OLD.id_relation_type, OLD.started, OLD.ended
	);
	return OLD;
END;

Function: audit.ft_del_lnk_substance2brand()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_lnk_substance2brand (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_brand, fk_substance
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_brand, OLD.fk_substance
	);
	return OLD;
END;

Function: audit.ft_del_lnk_tst2norm()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_lnk_tst2norm (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, id, id_test, id_norm
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.id, OLD.id_test, OLD.id_norm
	);
	return OLD;
END;

Function: audit.ft_del_lnk_type2item()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_lnk_type2item (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_type, fk_item
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_type, OLD.fk_item
	);
	return OLD;
END;

Function: audit.ft_del_lnk_vaccination_course2schedule()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_lnk_vaccination_course2schedule (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_course, fk_schedule
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_course, OLD.fk_schedule
	);
	return OLD;
END;

Function: audit.ft_del_lnk_vaccine2inds()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_lnk_vaccine2inds (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, id, fk_vaccine, fk_indication
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.id, OLD.fk_vaccine, OLD.fk_indication
	);
	return OLD;
END;

Function: audit.ft_del_message_inbox()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_message_inbox (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_staff, fk_inbox_item_type, comment, data, importance, fk_patient, ufk_context
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_staff, OLD.fk_inbox_item_type, OLD.comment, OLD.data, OLD.importance, OLD.fk_patient, OLD.ufk_context
	);
	return OLD;
END;

Function: audit.ft_del_occupation()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_occupation (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, id, name
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.id, OLD.name
	);
	return OLD;
END;

Function: audit.ft_del_operation()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_operation (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_health_issue, fk_encounter, clin_where, comment
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_health_issue, OLD.fk_encounter, OLD.clin_where, OLD.comment
	);
	return OLD;
END;

Function: audit.ft_del_org()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_org (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, description, fk_category, fk_data_source
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.description, OLD.fk_category, OLD.fk_data_source
	);
	return OLD;
END;

Function: audit.ft_del_org_unit()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_org_unit (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, description, fk_org, fk_address, fk_category
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.description, OLD.fk_org, OLD.fk_address, OLD.fk_category
	);
	return OLD;
END;

Function: audit.ft_del_paperwork_templates()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_paperwork_templates (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_template_type, instance_type, name_short, name_long, external_version, gnumed_revision, engine, in_use, filename, data
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_template_type, OLD.instance_type, OLD.name_short, OLD.name_long, OLD.external_version, OLD.gnumed_revision, OLD.engine, OLD.in_use, OLD.filename, OLD.data
	);
	return OLD;
END;

Function: audit.ft_del_prax_geb_paid()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_prax_geb_paid (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_fall, paid_amount, paid_when, paid_with
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_fall, OLD.paid_amount, OLD.paid_when, OLD.paid_with
	);
	return OLD;
END;

Function: audit.ft_del_procedure()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_procedure (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_item, clin_when, fk_encounter, fk_episode, narrative, soap_cat, pk, clin_where, fk_hospital_stay, clin_end, is_ongoing
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_item, OLD.clin_when, OLD.fk_encounter, OLD.fk_episode, OLD.narrative, OLD.soap_cat, OLD.pk, OLD.clin_where, OLD.fk_hospital_stay, OLD.clin_end, OLD.is_ongoing
	);
	return OLD;
END;

Function: audit.ft_del_ref_source()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_ref_source (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, name_short, name_long, version, description, source
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.name_short, OLD.name_long, OLD.version, OLD.description, OLD.source
	);
	return OLD;
END;

Function: audit.ft_del_referral()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_referral (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_item, clin_when, fk_encounter, fk_episode, narrative, soap_cat, id, fk_referee, fk_form
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_item, OLD.clin_when, OLD.fk_encounter, OLD.fk_episode, OLD.narrative, OLD.soap_cat, OLD.id, OLD.fk_referee, OLD.fk_form
	);
	return OLD;
END;

Function: audit.ft_del_relation_types()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_relation_types (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, id, inverse, biological, biol_verified, description
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.id, OLD.inverse, OLD.biological, OLD.biol_verified, OLD.description
	);
	return OLD;
END;

Function: audit.ft_del_report_query()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_report_query (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, label, cmd
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.label, OLD.cmd
	);
	return OLD;
END;

Function: audit.ft_del_staff()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_staff (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_identity, fk_role, db_user, short_alias, comment, is_active
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_identity, OLD.fk_role, OLD.db_user, OLD.short_alias, OLD.comment, OLD.is_active
	);
	return OLD;
END;

Function: audit.ft_del_staff_role()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_staff_role (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, name, comment
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.name, OLD.comment
	);
	return OLD;
END;

Function: audit.ft_del_state()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_state (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, id, code, country, name
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.id, OLD.code, OLD.country, OLD.name
	);
	return OLD;
END;

Function: audit.ft_del_street()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_street (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, id, id_urb, name, postcode, suburb, lat_lon
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.id, OLD.id_urb, OLD.name, OLD.postcode, OLD.suburb, OLD.lat_lon
	);
	return OLD;
END;

Function: audit.ft_del_substance_in_brand()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_substance_in_brand (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_brand, description, atc_code
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_brand, OLD.description, OLD.atc_code
	);
	return OLD;
END;

Function: audit.ft_del_substance_intake()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_substance_intake (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_item, clin_when, fk_encounter, fk_episode, narrative, soap_cat, pk, fk_substance, preparation, schedule, aim, duration, intake_is_approved_of, is_long_term, discontinued, discontinue_reason, fk_drug_component
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_item, OLD.clin_when, OLD.fk_encounter, OLD.fk_episode, OLD.narrative, OLD.soap_cat, OLD.pk, OLD.fk_substance, OLD.preparation, OLD.schedule, OLD.aim, OLD.duration, OLD.intake_is_approved_of, OLD.is_long_term, OLD.discontinued, OLD.discontinue_reason, OLD.fk_drug_component
	);
	return OLD;
END;

Function: audit.ft_del_tag_image()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_tag_image (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, description, filename, image
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.description, OLD.filename, OLD.image
	);
	return OLD;
END;

Function: audit.ft_del_test_org()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_test_org (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_org_unit, fk_adm_contact, fk_med_contact, comment, contact
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_org_unit, OLD.fk_adm_contact, OLD.fk_med_contact, OLD.comment, OLD.contact
	);
	return OLD;
END;

Function: audit.ft_del_test_result()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_test_result (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_item, clin_when, fk_encounter, fk_episode, narrative, soap_cat, pk, fk_type, val_num, val_alpha, val_unit, val_normal_min, val_normal_max, val_normal_range, val_target_min, val_target_max, val_target_range, abnormality_indicator, norm_ref_group, note_test_org, material, material_detail, fk_intended_reviewer, fk_request
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_item, OLD.clin_when, OLD.fk_encounter, OLD.fk_episode, OLD.narrative, OLD.soap_cat, OLD.pk, OLD.fk_type, OLD.val_num, OLD.val_alpha, OLD.val_unit, OLD.val_normal_min, OLD.val_normal_max, OLD.val_normal_range, OLD.val_target_min, OLD.val_target_max, OLD.val_target_range, OLD.abnormality_indicator, OLD.norm_ref_group, OLD.note_test_org, OLD.material, OLD.material_detail, OLD.fk_intended_reviewer, OLD.fk_request
	);
	return OLD;
END;

Function: audit.ft_del_test_type()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_test_type (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_test_org, code, coding_system, name, comment, conversion_unit, loinc, abbrev
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_test_org, OLD.code, OLD.coding_system, OLD.name, OLD.comment, OLD.conversion_unit, OLD.loinc, OLD.abbrev
	);
	return OLD;
END;

Function: audit.ft_del_urb()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_urb (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, id, id_state, postcode, lat_lon, name
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.id, OLD.id_state, OLD.postcode, OLD.lat_lon, OLD.name
	);
	return OLD;
END;

Function: audit.ft_del_vacc_indication()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_vacc_indication (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, id, description, atcs_single_indication, atcs_combi_indication
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.id, OLD.description, OLD.atcs_single_indication, OLD.atcs_combi_indication
	);
	return OLD;
END;

Function: audit.ft_del_vacc_route()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_vacc_route (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, id, abbreviation, description
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.id, OLD.abbreviation, OLD.description
	);
	return OLD;
END;

Function: audit.ft_del_vaccination()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_vaccination (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_item, clin_when, fk_encounter, fk_episode, narrative, soap_cat, pk, fk_provider, fk_vaccine, site, batch_no, reaction
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_item, OLD.clin_when, OLD.fk_encounter, OLD.fk_episode, OLD.narrative, OLD.soap_cat, OLD.pk, OLD.fk_provider, OLD.fk_vaccine, OLD.site, OLD.batch_no, OLD.reaction
	);
	return OLD;
END;

Function: audit.ft_del_vaccination_course()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_vaccination_course (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_recommended_by, fk_indication, is_active, comment
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_recommended_by, OLD.fk_indication, OLD.is_active, OLD.comment
	);
	return OLD;
END;

Function: audit.ft_del_vaccination_course_constraint()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_vaccination_course_constraint (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, description
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.description
	);
	return OLD;
END;

Function: audit.ft_del_vaccination_definition()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_vaccination_definition (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, id, fk_course, is_booster, seq_no, min_age_due, max_age_due, min_interval, comment
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.id, OLD.fk_course, OLD.is_booster, OLD.seq_no, OLD.min_age_due, OLD.max_age_due, OLD.min_interval, OLD.comment
	);
	return OLD;
END;

Function: audit.ft_del_vaccination_schedule()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_vaccination_schedule (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, name, comment
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.name, OLD.comment
	);
	return OLD;
END;

Function: audit.ft_del_vaccine()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_vaccine (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, id_route, is_live, min_age, max_age, comment, fk_brand
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.id_route, OLD.is_live, OLD.min_age, OLD.max_age, OLD.comment, OLD.fk_brand
	);
	return OLD;
END;

Function: audit.ft_del_vaccine_batches()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_vaccine_batches (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_vaccine, batch_no
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_vaccine, OLD.batch_no
	);
	return OLD;
END;

Function: audit.ft_del_waiting_list()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_waiting_list (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_patient, registered, urgency, list_position, comment, area
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_patient, OLD.registered, OLD.urgency, OLD.list_position, OLD.comment, OLD.area
	);
	return OLD;
END;

Function: audit.ft_del_xlnk_identity()

Returns: trigger

Language: PLPGSQL

BEGIN
	INSERT INTO audit.log_xlnk_identity (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, xfk_identity, pupic, data
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.xfk_identity, OLD.pupic, OLD.data
	);
	return OLD;
END;

Function: audit.ft_ins_access_log()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_active_substance()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_address()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_allergy()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_allergy_state()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_atc_group()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_atc_substance()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_beh_fall_typ()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_behandlungsfall()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_branded_drug()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_clin_aux_note()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_clin_diag()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_clin_item_type()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_clin_medication()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_clin_narrative()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_coded_phrase()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_consumable_substance()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_consumed_substance()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_data_source()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_doc_desc()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_doc_med()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_encounter()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_episode()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_family_history()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_fhx_relation_type()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_form_data()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_form_defs()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_form_instances()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_gender_label()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_health_issue()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_hospital_stay()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_hx_family_item()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_identity()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_identity_tag()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_inbox_item_category()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_inbox_item_type()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_incoming_data_unmatchable()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_incoming_data_unmatched()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_lab_request()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_lab_test_gnr()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_lnk_code2aoe()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_lnk_code2episode()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_lnk_code2fhx()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_lnk_code2h_issue()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_lnk_code2narrative()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_lnk_code2procedure()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_lnk_code2rfe()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_lnk_constraint2vacc_course()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_lnk_identity2ext_id()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_lnk_identity2primary_doc()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_lnk_job2person()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_lnk_org_unit2comm()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_lnk_org_unit2ext_id()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_lnk_pat2vaccination_course()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_lnk_person2relative()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_lnk_substance2brand()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_lnk_tst2norm()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_lnk_type2item()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_lnk_vaccination_course2schedule()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_lnk_vaccine2inds()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_message_inbox()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_occupation()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_operation()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_org()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_org_unit()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_paperwork_templates()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_prax_geb_paid()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_procedure()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_ref_source()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_referral()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_relation_types()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_report_query()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_staff()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_staff_role()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_state()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_street()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_substance_in_brand()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_substance_intake()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_tag_image()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_test_org()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_test_result()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_test_type()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_urb()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_vacc_indication()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_vacc_route()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_vaccination()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_vaccination_course()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_vaccination_course_constraint()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_vaccination_definition()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_vaccination_schedule()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_vaccine()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_vaccine_batches()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_waiting_list()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_ins_xlnk_identity()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := 0;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	return NEW;
END;

Function: audit.ft_upd_access_log()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_access_log (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, user_action
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.user_action
	);
	return NEW;
END;

Function: audit.ft_upd_active_substance()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_active_substance (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, description, atc_code
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.description, OLD.atc_code
	);
	return NEW;
END;

Function: audit.ft_upd_address()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_address (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, id, id_street, aux_street, number, subunit, addendum, lat_lon
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.id, OLD.id_street, OLD.aux_street, OLD.number, OLD.subunit, OLD.addendum, OLD.lat_lon
	);
	return NEW;
END;

Function: audit.ft_upd_allergy()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_allergy (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_item, clin_when, fk_encounter, fk_episode, narrative, soap_cat, pk, substance, substance_code, generics, allergene, atc_code, fk_type, generic_specific, definite
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_item, OLD.clin_when, OLD.fk_encounter, OLD.fk_episode, OLD.narrative, OLD.soap_cat, OLD.pk, OLD.substance, OLD.substance_code, OLD.generics, OLD.allergene, OLD.atc_code, OLD.fk_type, OLD.generic_specific, OLD.definite
	);
	return NEW;
END;

Function: audit.ft_upd_allergy_state()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_allergy_state (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, has_allergy, comment, last_confirmed, fk_encounter
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.has_allergy, OLD.comment, OLD.last_confirmed, OLD.fk_encounter
	);
	return NEW;
END;

Function: audit.ft_upd_atc_group()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_atc_group (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, code, description
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.code, OLD.description
	);
	return NEW;
END;

Function: audit.ft_upd_atc_substance()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_atc_substance (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, code, name, ddd_amount, fk_ddd_unit, route, comment
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.code, OLD.name, OLD.ddd_amount, OLD.fk_ddd_unit, OLD.route, OLD.comment
	);
	return NEW;
END;

Function: audit.ft_upd_beh_fall_typ()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_beh_fall_typ (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, code, kurzform, name
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.code, OLD.kurzform, OLD.name
	);
	return NEW;
END;

Function: audit.ft_upd_behandlungsfall()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_behandlungsfall (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk, fk_patient, fk_falltyp, started, must_pay_prax_geb
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk, OLD.fk_patient, OLD.fk_falltyp, OLD.started, OLD.must_pay_prax_geb
	);
	return NEW;
END;

Function: audit.ft_upd_branded_drug()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_branded_drug (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, description, preparation, atc_code, is_fake, fk_data_source, external_code, external_code_type
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.description, OLD.preparation, OLD.atc_code, OLD.is_fake, OLD.fk_data_source, OLD.external_code, OLD.external_code_type
	);
	return NEW;
END;

Function: audit.ft_upd_clin_aux_note()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_clin_aux_note (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_item, clin_when, fk_encounter, fk_episode, narrative, soap_cat, pk
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_item, OLD.clin_when, OLD.fk_encounter, OLD.fk_episode, OLD.narrative, OLD.soap_cat, OLD.pk
	);
	return NEW;
END;

Function: audit.ft_upd_clin_diag()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_clin_diag (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_narrative, laterality, is_chronic, is_active, is_definite, clinically_relevant
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_narrative, OLD.laterality, OLD.is_chronic, OLD.is_active, OLD.is_definite, OLD.clinically_relevant
	);
	return NEW;
END;

Function: audit.ft_upd_clin_item_type()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_clin_item_type (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, type, code
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.type, OLD.code
	);
	return NEW;
END;

Function: audit.ft_upd_clin_medication()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_clin_medication (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_item, clin_when, fk_encounter, fk_episode, narrative, soap_cat, pk, last_prescribed, fk_last_script, discontinued, brandname, generic, adjuvant, dosage_form, ufk_drug, drug_db, atc_code, is_cr, dosage, period, dosage_unit, directions, is_prn
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_item, OLD.clin_when, OLD.fk_encounter, OLD.fk_episode, OLD.narrative, OLD.soap_cat, OLD.pk, OLD.last_prescribed, OLD.fk_last_script, OLD.discontinued, OLD.brandname, OLD.generic, OLD.adjuvant, OLD.dosage_form, OLD.ufk_drug, OLD.drug_db, OLD.atc_code, OLD.is_cr, OLD.dosage, OLD.period, OLD.dosage_unit, OLD.directions, OLD.is_prn
	);
	return NEW;
END;

Function: audit.ft_upd_clin_narrative()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_clin_narrative (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_item, clin_when, fk_encounter, fk_episode, narrative, soap_cat, pk
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_item, OLD.clin_when, OLD.fk_encounter, OLD.fk_episode, OLD.narrative, OLD.soap_cat, OLD.pk
	);
	return NEW;
END;

Function: audit.ft_upd_coded_phrase()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_coded_phrase (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, term, code, xfk_coding_system
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.term, OLD.code, OLD.xfk_coding_system
	);
	return NEW;
END;

Function: audit.ft_upd_consumable_substance()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_consumable_substance (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, description, atc_code, amount, unit
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.description, OLD.atc_code, OLD.amount, OLD.unit
	);
	return NEW;
END;

Function: audit.ft_upd_consumed_substance()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_consumed_substance (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, description, atc_code
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.description, OLD.atc_code
	);
	return NEW;
END;

Function: audit.ft_upd_data_source()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_data_source (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, name_long, name_short, version, description, source, lang
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.name_long, OLD.name_short, OLD.version, OLD.description, OLD.source, OLD.lang
	);
	return NEW;
END;

Function: audit.ft_upd_doc_desc()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_doc_desc (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_doc, text
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_doc, OLD.text
	);
	return NEW;
END;

Function: audit.ft_upd_doc_med()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_doc_med (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_encounter, fk_episode, fk_type, comment, clin_when, ext_ref
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_encounter, OLD.fk_episode, OLD.fk_type, OLD.comment, OLD.clin_when, OLD.ext_ref
	);
	return NEW;
END;

Function: audit.ft_upd_encounter()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_encounter (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_patient, fk_type, fk_location, source_time_zone, reason_for_encounter, assessment_of_encounter, started, last_affirmed
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_patient, OLD.fk_type, OLD.fk_location, OLD.source_time_zone, OLD.reason_for_encounter, OLD.assessment_of_encounter, OLD.started, OLD.last_affirmed
	);
	return NEW;
END;

Function: audit.ft_upd_episode()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_episode (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_health_issue, description, is_open, fk_encounter, diagnostic_certainty_classification, summary
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_health_issue, OLD.description, OLD.is_open, OLD.fk_encounter, OLD.diagnostic_certainty_classification, OLD.summary
	);
	return NEW;
END;

Function: audit.ft_upd_family_history()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_family_history (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_item, clin_when, fk_encounter, fk_episode, narrative, soap_cat, pk, fk_relation_type, age_noted, age_of_death, contributed_to_death, name_relative, dob_relative, comment
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_item, OLD.clin_when, OLD.fk_encounter, OLD.fk_episode, OLD.narrative, OLD.soap_cat, OLD.pk, OLD.fk_relation_type, OLD.age_noted, OLD.age_of_death, OLD.contributed_to_death, OLD.name_relative, OLD.dob_relative, OLD.comment
	);
	return NEW;
END;

Function: audit.ft_upd_fhx_relation_type()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_fhx_relation_type (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, description, is_genetic
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.description, OLD.is_genetic
	);
	return NEW;
END;

Function: audit.ft_upd_form_data()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_form_data (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_instance, fk_form_field, value
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_instance, OLD.fk_form_field, OLD.value
	);
	return NEW;
END;

Function: audit.ft_upd_form_defs()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_form_defs (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_type, country, locale, soap_cat, name_short, name_long, revision, template, engine, in_use, url, is_user
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_type, OLD.country, OLD.locale, OLD.soap_cat, OLD.name_short, OLD.name_long, OLD.revision, OLD.template, OLD.engine, OLD.in_use, OLD.url, OLD.is_user
	);
	return NEW;
END;

Function: audit.ft_upd_form_instances()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_form_instances (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_item, clin_when, fk_encounter, fk_episode, narrative, soap_cat, pk, fk_form_def, form_name
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_item, OLD.clin_when, OLD.fk_encounter, OLD.fk_episode, OLD.narrative, OLD.soap_cat, OLD.pk, OLD.fk_form_def, OLD.form_name
	);
	return NEW;
END;

Function: audit.ft_upd_gender_label()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_gender_label (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, tag, label, sort_weight, comment
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.tag, OLD.label, OLD.sort_weight, OLD.comment
	);
	return NEW;
END;

Function: audit.ft_upd_health_issue()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_health_issue (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, description, laterality, age_noted, is_active, clinically_relevant, is_confidential, is_cause_of_death, fk_encounter, grouping, diagnostic_certainty_classification, summary
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.description, OLD.laterality, OLD.age_noted, OLD.is_active, OLD.clinically_relevant, OLD.is_confidential, OLD.is_cause_of_death, OLD.fk_encounter, OLD.grouping, OLD.diagnostic_certainty_classification, OLD.summary
	);
	return NEW;
END;

Function: audit.ft_upd_hospital_stay()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_hospital_stay (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_item, clin_when, fk_encounter, fk_episode, narrative, soap_cat, pk, discharge
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_item, OLD.clin_when, OLD.fk_encounter, OLD.fk_episode, OLD.narrative, OLD.soap_cat, OLD.pk, OLD.discharge
	);
	return NEW;
END;

Function: audit.ft_upd_hx_family_item()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_hx_family_item (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_narrative_condition, fk_relative, name_relative, dob_relative, condition, age_noted, age_of_death, is_cause_of_death
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_narrative_condition, OLD.fk_relative, OLD.name_relative, OLD.dob_relative, OLD.condition, OLD.age_noted, OLD.age_of_death, OLD.is_cause_of_death
	);
	return NEW;
END;

Function: audit.ft_upd_identity()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_identity (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, deleted, pupic, gender, karyotype, dob, fk_marital_status, cob, deceased, title, tob, emergency_contact, fk_emergency_contact, comment, fk_primary_provider
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.deleted, OLD.pupic, OLD.gender, OLD.karyotype, OLD.dob, OLD.fk_marital_status, OLD.cob, OLD.deceased, OLD.title, OLD.tob, OLD.emergency_contact, OLD.fk_emergency_contact, OLD.comment, OLD.fk_primary_provider
	);
	return NEW;
END;

Function: audit.ft_upd_identity_tag()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_identity_tag (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_identity, fk_tag, comment
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_identity, OLD.fk_tag, OLD.comment
	);
	return NEW;
END;

Function: audit.ft_upd_inbox_item_category()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_inbox_item_category (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, description, is_user
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.description, OLD.is_user
	);
	return NEW;
END;

Function: audit.ft_upd_inbox_item_type()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_inbox_item_type (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_inbox_item_category, description, is_user
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_inbox_item_category, OLD.description, OLD.is_user
	);
	return NEW;
END;

Function: audit.ft_upd_incoming_data_unmatchable()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_incoming_data_unmatchable (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_patient_candidates, request_id, firstnames, lastnames, dob, postcode, other_info, type, data, gender, requestor, external_data_id, fk_identity_disambiguated
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_patient_candidates, OLD.request_id, OLD.firstnames, OLD.lastnames, OLD.dob, OLD.postcode, OLD.other_info, OLD.type, OLD.data, OLD.gender, OLD.requestor, OLD.external_data_id, OLD.fk_identity_disambiguated
	);
	return NEW;
END;

Function: audit.ft_upd_incoming_data_unmatched()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_incoming_data_unmatched (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_patient_candidates, request_id, firstnames, lastnames, dob, postcode, other_info, type, data, gender, requestor, external_data_id, fk_identity_disambiguated, comment, fk_provider_disambiguated
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_patient_candidates, OLD.request_id, OLD.firstnames, OLD.lastnames, OLD.dob, OLD.postcode, OLD.other_info, OLD.type, OLD.data, OLD.gender, OLD.requestor, OLD.external_data_id, OLD.fk_identity_disambiguated, OLD.comment, OLD.fk_provider_disambiguated
	);
	return NEW;
END;

Function: audit.ft_upd_lab_request()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_lab_request (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_item, clin_when, fk_encounter, fk_episode, narrative, soap_cat, pk, fk_test_org, request_id, fk_requestor, lab_request_id, lab_rxd_when, results_reported_when, request_status, is_pending, diagnostic_service_section, ordered_service, note_test_org
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_item, OLD.clin_when, OLD.fk_encounter, OLD.fk_episode, OLD.narrative, OLD.soap_cat, OLD.pk, OLD.fk_test_org, OLD.request_id, OLD.fk_requestor, OLD.lab_request_id, OLD.lab_rxd_when, OLD.results_reported_when, OLD.request_status, OLD.is_pending, OLD.diagnostic_service_section, OLD.ordered_service, OLD.note_test_org
	);
	return NEW;
END;

Function: audit.ft_upd_lab_test_gnr()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_lab_test_gnr (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, id, id_test
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.id, OLD.id_test
	);
	return NEW;
END;

Function: audit.ft_upd_lnk_code2aoe()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_lnk_code2aoe (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_lnk_code2item, fk_generic_code, fk_item, code_modifier, pk
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_lnk_code2item, OLD.fk_generic_code, OLD.fk_item, OLD.code_modifier, OLD.pk
	);
	return NEW;
END;

Function: audit.ft_upd_lnk_code2episode()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_lnk_code2episode (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_lnk_code2item, fk_generic_code, fk_item, code_modifier, pk
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_lnk_code2item, OLD.fk_generic_code, OLD.fk_item, OLD.code_modifier, OLD.pk
	);
	return NEW;
END;

Function: audit.ft_upd_lnk_code2fhx()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_lnk_code2fhx (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_lnk_code2item, fk_generic_code, fk_item, code_modifier, pk
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_lnk_code2item, OLD.fk_generic_code, OLD.fk_item, OLD.code_modifier, OLD.pk
	);
	return NEW;
END;

Function: audit.ft_upd_lnk_code2h_issue()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_lnk_code2h_issue (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_lnk_code2item, fk_generic_code, fk_item, code_modifier, pk
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_lnk_code2item, OLD.fk_generic_code, OLD.fk_item, OLD.code_modifier, OLD.pk
	);
	return NEW;
END;

Function: audit.ft_upd_lnk_code2narrative()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_lnk_code2narrative (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_lnk_code2item, fk_generic_code, fk_item, code_modifier, pk
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_lnk_code2item, OLD.fk_generic_code, OLD.fk_item, OLD.code_modifier, OLD.pk
	);
	return NEW;
END;

Function: audit.ft_upd_lnk_code2procedure()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_lnk_code2procedure (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_lnk_code2item, fk_generic_code, fk_item, code_modifier, pk
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_lnk_code2item, OLD.fk_generic_code, OLD.fk_item, OLD.code_modifier, OLD.pk
	);
	return NEW;
END;

Function: audit.ft_upd_lnk_code2rfe()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_lnk_code2rfe (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_lnk_code2item, fk_generic_code, fk_item, code_modifier, pk
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_lnk_code2item, OLD.fk_generic_code, OLD.fk_item, OLD.code_modifier, OLD.pk
	);
	return NEW;
END;

Function: audit.ft_upd_lnk_constraint2vacc_course()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_lnk_constraint2vacc_course (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_vaccination_course, fk_constraint
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_vaccination_course, OLD.fk_constraint
	);
	return NEW;
END;

Function: audit.ft_upd_lnk_identity2ext_id()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_lnk_identity2ext_id (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, id, id_identity, external_id, fk_origin, comment
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.id, OLD.id_identity, OLD.external_id, OLD.fk_origin, OLD.comment
	);
	return NEW;
END;

Function: audit.ft_upd_lnk_identity2primary_doc()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_lnk_identity2primary_doc (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk, fk_identity, fk_primary_doc
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk, OLD.fk_identity, OLD.fk_primary_doc
	);
	return NEW;
END;

Function: audit.ft_upd_lnk_job2person()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_lnk_job2person (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_identity, fk_occupation, activities
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_identity, OLD.fk_occupation, OLD.activities
	);
	return NEW;
END;

Function: audit.ft_upd_lnk_org_unit2comm()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_lnk_org_unit2comm (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_org_unit, url, fk_type, is_confidential
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_org_unit, OLD.url, OLD.fk_type, OLD.is_confidential
	);
	return NEW;
END;

Function: audit.ft_upd_lnk_org_unit2ext_id()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_lnk_org_unit2ext_id (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_org_unit, external_id, fk_type, comment
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_org_unit, OLD.external_id, OLD.fk_type, OLD.comment
	);
	return NEW;
END;

Function: audit.ft_upd_lnk_pat2vaccination_course()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_lnk_pat2vaccination_course (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_patient, fk_course
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_patient, OLD.fk_course
	);
	return NEW;
END;

Function: audit.ft_upd_lnk_person2relative()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_lnk_person2relative (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, id, id_identity, id_relative, id_relation_type, started, ended
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.id, OLD.id_identity, OLD.id_relative, OLD.id_relation_type, OLD.started, OLD.ended
	);
	return NEW;
END;

Function: audit.ft_upd_lnk_substance2brand()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_lnk_substance2brand (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_brand, fk_substance
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_brand, OLD.fk_substance
	);
	return NEW;
END;

Function: audit.ft_upd_lnk_tst2norm()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_lnk_tst2norm (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, id, id_test, id_norm
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.id, OLD.id_test, OLD.id_norm
	);
	return NEW;
END;

Function: audit.ft_upd_lnk_type2item()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_lnk_type2item (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_type, fk_item
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_type, OLD.fk_item
	);
	return NEW;
END;

Function: audit.ft_upd_lnk_vaccination_course2schedule()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_lnk_vaccination_course2schedule (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_course, fk_schedule
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_course, OLD.fk_schedule
	);
	return NEW;
END;

Function: audit.ft_upd_lnk_vaccine2inds()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_lnk_vaccine2inds (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, id, fk_vaccine, fk_indication
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.id, OLD.fk_vaccine, OLD.fk_indication
	);
	return NEW;
END;

Function: audit.ft_upd_message_inbox()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_message_inbox (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_staff, fk_inbox_item_type, comment, data, importance, fk_patient, ufk_context
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_staff, OLD.fk_inbox_item_type, OLD.comment, OLD.data, OLD.importance, OLD.fk_patient, OLD.ufk_context
	);
	return NEW;
END;

Function: audit.ft_upd_occupation()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_occupation (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, id, name
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.id, OLD.name
	);
	return NEW;
END;

Function: audit.ft_upd_operation()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_operation (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_health_issue, fk_encounter, clin_where, comment
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_health_issue, OLD.fk_encounter, OLD.clin_where, OLD.comment
	);
	return NEW;
END;

Function: audit.ft_upd_org()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_org (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, description, fk_category, fk_data_source
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.description, OLD.fk_category, OLD.fk_data_source
	);
	return NEW;
END;

Function: audit.ft_upd_org_unit()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_org_unit (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, description, fk_org, fk_address, fk_category
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.description, OLD.fk_org, OLD.fk_address, OLD.fk_category
	);
	return NEW;
END;

Function: audit.ft_upd_paperwork_templates()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_paperwork_templates (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_template_type, instance_type, name_short, name_long, external_version, gnumed_revision, engine, in_use, filename, data
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_template_type, OLD.instance_type, OLD.name_short, OLD.name_long, OLD.external_version, OLD.gnumed_revision, OLD.engine, OLD.in_use, OLD.filename, OLD.data
	);
	return NEW;
END;

Function: audit.ft_upd_prax_geb_paid()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_prax_geb_paid (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_fall, paid_amount, paid_when, paid_with
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_fall, OLD.paid_amount, OLD.paid_when, OLD.paid_with
	);
	return NEW;
END;

Function: audit.ft_upd_procedure()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_procedure (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_item, clin_when, fk_encounter, fk_episode, narrative, soap_cat, pk, clin_where, fk_hospital_stay, clin_end, is_ongoing
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_item, OLD.clin_when, OLD.fk_encounter, OLD.fk_episode, OLD.narrative, OLD.soap_cat, OLD.pk, OLD.clin_where, OLD.fk_hospital_stay, OLD.clin_end, OLD.is_ongoing
	);
	return NEW;
END;

Function: audit.ft_upd_ref_source()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_ref_source (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, name_short, name_long, version, description, source
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.name_short, OLD.name_long, OLD.version, OLD.description, OLD.source
	);
	return NEW;
END;

Function: audit.ft_upd_referral()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_referral (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_item, clin_when, fk_encounter, fk_episode, narrative, soap_cat, id, fk_referee, fk_form
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_item, OLD.clin_when, OLD.fk_encounter, OLD.fk_episode, OLD.narrative, OLD.soap_cat, OLD.id, OLD.fk_referee, OLD.fk_form
	);
	return NEW;
END;

Function: audit.ft_upd_relation_types()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_relation_types (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, id, inverse, biological, biol_verified, description
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.id, OLD.inverse, OLD.biological, OLD.biol_verified, OLD.description
	);
	return NEW;
END;

Function: audit.ft_upd_report_query()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_report_query (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, label, cmd
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.label, OLD.cmd
	);
	return NEW;
END;

Function: audit.ft_upd_staff()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_staff (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_identity, fk_role, db_user, short_alias, comment, is_active
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_identity, OLD.fk_role, OLD.db_user, OLD.short_alias, OLD.comment, OLD.is_active
	);
	return NEW;
END;

Function: audit.ft_upd_staff_role()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_staff_role (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, name, comment
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.name, OLD.comment
	);
	return NEW;
END;

Function: audit.ft_upd_state()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_state (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, id, code, country, name
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.id, OLD.code, OLD.country, OLD.name
	);
	return NEW;
END;

Function: audit.ft_upd_street()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_street (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, id, id_urb, name, postcode, suburb, lat_lon
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.id, OLD.id_urb, OLD.name, OLD.postcode, OLD.suburb, OLD.lat_lon
	);
	return NEW;
END;

Function: audit.ft_upd_substance_in_brand()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_substance_in_brand (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_brand, description, atc_code
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_brand, OLD.description, OLD.atc_code
	);
	return NEW;
END;

Function: audit.ft_upd_substance_intake()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_substance_intake (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_item, clin_when, fk_encounter, fk_episode, narrative, soap_cat, pk, fk_substance, preparation, schedule, aim, duration, intake_is_approved_of, is_long_term, discontinued, discontinue_reason, fk_drug_component
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_item, OLD.clin_when, OLD.fk_encounter, OLD.fk_episode, OLD.narrative, OLD.soap_cat, OLD.pk, OLD.fk_substance, OLD.preparation, OLD.schedule, OLD.aim, OLD.duration, OLD.intake_is_approved_of, OLD.is_long_term, OLD.discontinued, OLD.discontinue_reason, OLD.fk_drug_component
	);
	return NEW;
END;

Function: audit.ft_upd_tag_image()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_tag_image (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, description, filename, image
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.description, OLD.filename, OLD.image
	);
	return NEW;
END;

Function: audit.ft_upd_test_org()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_test_org (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_org_unit, fk_adm_contact, fk_med_contact, comment, contact
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_org_unit, OLD.fk_adm_contact, OLD.fk_med_contact, OLD.comment, OLD.contact
	);
	return NEW;
END;

Function: audit.ft_upd_test_result()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_test_result (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_item, clin_when, fk_encounter, fk_episode, narrative, soap_cat, pk, fk_type, val_num, val_alpha, val_unit, val_normal_min, val_normal_max, val_normal_range, val_target_min, val_target_max, val_target_range, abnormality_indicator, norm_ref_group, note_test_org, material, material_detail, fk_intended_reviewer, fk_request
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_item, OLD.clin_when, OLD.fk_encounter, OLD.fk_episode, OLD.narrative, OLD.soap_cat, OLD.pk, OLD.fk_type, OLD.val_num, OLD.val_alpha, OLD.val_unit, OLD.val_normal_min, OLD.val_normal_max, OLD.val_normal_range, OLD.val_target_min, OLD.val_target_max, OLD.val_target_range, OLD.abnormality_indicator, OLD.norm_ref_group, OLD.note_test_org, OLD.material, OLD.material_detail, OLD.fk_intended_reviewer, OLD.fk_request
	);
	return NEW;
END;

Function: audit.ft_upd_test_type()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_test_type (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_test_org, code, coding_system, name, comment, conversion_unit, loinc, abbrev
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_test_org, OLD.code, OLD.coding_system, OLD.name, OLD.comment, OLD.conversion_unit, OLD.loinc, OLD.abbrev
	);
	return NEW;
END;

Function: audit.ft_upd_urb()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_urb (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, id, id_state, postcode, lat_lon, name
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.id, OLD.id_state, OLD.postcode, OLD.lat_lon, OLD.name
	);
	return NEW;
END;

Function: audit.ft_upd_vacc_indication()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_vacc_indication (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, id, description, atcs_single_indication, atcs_combi_indication
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.id, OLD.description, OLD.atcs_single_indication, OLD.atcs_combi_indication
	);
	return NEW;
END;

Function: audit.ft_upd_vacc_route()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_vacc_route (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, id, abbreviation, description
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.id, OLD.abbreviation, OLD.description
	);
	return NEW;
END;

Function: audit.ft_upd_vaccination()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_vaccination (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk_item, clin_when, fk_encounter, fk_episode, narrative, soap_cat, pk, fk_provider, fk_vaccine, site, batch_no, reaction
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk_item, OLD.clin_when, OLD.fk_encounter, OLD.fk_episode, OLD.narrative, OLD.soap_cat, OLD.pk, OLD.fk_provider, OLD.fk_vaccine, OLD.site, OLD.batch_no, OLD.reaction
	);
	return NEW;
END;

Function: audit.ft_upd_vaccination_course()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_vaccination_course (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_recommended_by, fk_indication, is_active, comment
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_recommended_by, OLD.fk_indication, OLD.is_active, OLD.comment
	);
	return NEW;
END;

Function: audit.ft_upd_vaccination_course_constraint()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_vaccination_course_constraint (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, description
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.description
	);
	return NEW;
END;

Function: audit.ft_upd_vaccination_definition()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_vaccination_definition (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, id, fk_course, is_booster, seq_no, min_age_due, max_age_due, min_interval, comment
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.id, OLD.fk_course, OLD.is_booster, OLD.seq_no, OLD.min_age_due, OLD.max_age_due, OLD.min_interval, OLD.comment
	);
	return NEW;
END;

Function: audit.ft_upd_vaccination_schedule()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_vaccination_schedule (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, name, comment
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.name, OLD.comment
	);
	return NEW;
END;

Function: audit.ft_upd_vaccine()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_vaccine (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, id_route, is_live, min_age, max_age, comment, fk_brand
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.id_route, OLD.is_live, OLD.min_age, OLD.max_age, OLD.comment, OLD.fk_brand
	);
	return NEW;
END;

Function: audit.ft_upd_vaccine_batches()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_vaccine_batches (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_vaccine, batch_no
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_vaccine, OLD.batch_no
	);
	return NEW;
END;

Function: audit.ft_upd_waiting_list()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_waiting_list (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, fk_patient, registered, urgency, list_position, comment, area
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.fk_patient, OLD.registered, OLD.urgency, OLD.list_position, OLD.comment, OLD.area
	);
	return NEW;
END;

Function: audit.ft_upd_xlnk_identity()

Returns: trigger

Language: PLPGSQL

BEGIN
	NEW.row_version := OLD.row_version + 1;
	NEW.modified_when := CURRENT_TIMESTAMP;
	NEW.modified_by := SESSION_USER;
	INSERT INTO audit.log_xlnk_identity (
		orig_version, orig_when, orig_by, orig_tableoid, audit_action,
		pk_audit, row_version, modified_when, modified_by, pk, xfk_identity, pupic, data
	) VALUES (
		OLD.row_version, OLD.modified_when, OLD.modified_by, TG_RELID, TG_OP,
		OLD.pk_audit, OLD.row_version, OLD.modified_when, OLD.modified_by, OLD.pk, OLD.xfk_identity, OLD.pupic, OLD.data
	);
	return NEW;
END;

Function: audit.register_table_for_auditing(name, name)

Returns: boolean

Language: PLPGSQL

sanity-checking convenience function for registering a table for auditing

DECLARE
	_schema alias for $1;
	_table alias for $2;
BEGIN
	-- does table exist ?
	perform 1 from pg_class where
		relname = _table
			and
		relnamespace = (select oid from pg_namespace where nspname = _schema)
	;
	if not found then
		raise exception 'audit.register_table_for_auditing(): table [%.%] does not exist', _schema, _table;
		return false;
	end if;
	-- already queued for auditing ?
	perform 1 from audit.audited_tables where
		table_name = _table
			and
		schema = _schema;
	if found then
		return true;
	end if;
	-- add definition
	insert into audit.audited_tables (
		schema, table_name
	) values (
		_schema, _table
	);
	return true;
END;

Schema bill

Holds everything related to billing.

Function: bill.trf_announce_bill_item_mod()

Returns: trigger

Language: PLPGSQL

declare
	_pk_identity integer;
begin
	_pk_identity := NULL;
	-- retrieve identity PK via fk_encounter
	if TG_OP = 'DELETE' then
		select into _pk_identity fk_patient from clin.encounter where pk = OLD.fk_encounter limit 1;
	else
		select into _pk_identity fk_patient from clin.encounter where pk = NEW.fk_encounter limit 1;
	end if;
	-- soft error out if not found
	if _pk_identity is NULL then
		raise notice 'bill.trf_announce_bill_item_mod(): cannot determine identity PK on table <bill.bill_item>';
		return NULL;
	end if;
	-- now, execute() the NOTIFY
	execute 'notify "bill_item_mod_db:' || _pk_identity || '"';
	return NULL;
end;

Schema blobs

Table: blobs.doc_desc

A textual description of the content such as a result summary. Several of these may belong to one document object.

blobs.doc_desc Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
blobs.doc_med.pk	fk_doc	integer	UNIQUE#1
	text	text	UNIQUE#1

Table blobs.doc_desc Inherits audit_fields,

Index - Schema blobs

Table: blobs.doc_med

a medical document object possibly containing several data objects such as several pages of a paper document

blobs.doc_med Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
clin.encounter.pk	fk_encounter	integer	NOT NULL the encounter in which this document was entered into the system
clin.episode.pk	fk_episode	integer	NOT NULL the episode this document pertains to, this may not be the only one applicable to the document (think discharge letters), see also lnk_doc_med2episode
blobs.doc_type.pk	fk_type	integer	NOT NULL semantic type of document (not type of file or mime type), such as "referral letter", "discharge summary", etc.
	comment	text	additional short comment such as "abdominal", "ward 3, Dr. Stein", etc.
	clin_when	timestamp with time zone	NOT NULL DEFAULT now() date of document content creation (such as exam date), NOT date of document creation or date of import; may be imprecise such as "7/99"
	ext_ref	text	external reference string of physical document, original paper copy can be found with this

Table blobs.doc_med Inherits audit_fields,

Tables referencing this one via Foreign Key Constraints:

blobs.doc_desc

blobs.doc_obj

blobs.lnk_doc2hospital_stay

blobs.lnk_doc_med2episode

Index - Schema blobs

Table: blobs.doc_obj

possibly several of these form a medical document such as multiple scanned pages/images

blobs.doc_obj Structure
F-Key	Name	Type	Description
	pk	serial	PRIMARY KEY
blobs.doc_med.pk	fk_doc	integer	NOT NULL
	seq_idx	integer	index of this object in the sequence of objects for this document
	comment	text	optional tiny comment for this object, such as "page 1"
dem.staff.pk	fk_intended_reviewer	integer	NOT NULL who is supposed to review this item
	data	bytea	NOT NULL actual binary object data; here is why we use bytea: == -------------------------------------------------- To: leon@oss.minimetria.com Cc: pgsql-sql@postgresql.org Subject: Re: [SQL] Recommendation on bytea or blob for binary data like images Date: Fri, 02 Sep 2005 16:33:09 -0400 Message-ID: <17794.1125693189@sss.pgh.pa.us> From: Tom Lane <tgl@sss.pgh.pa.us> List-Archive: <http://archives.postgresql.org/pgsql-sql> List-Help: <mailto:majordomo@postgresql.org?body=help> List-ID: <pgsql-sql.postgresql.org> leon@oss.minimetria.com writes: > Hi, I"d like to know what the official recommendation is on which binary > datatype to use for common small-binary size use. If bytea will work for you, it"s definitely the thing to use. The only real drawback to bytea is that there"s currently no API to read and write bytea values in a streaming fashion. If your objects are small enough that you can load and store them as units, bytea is fine. BLOBs, on the other hand, have a number of drawbacks --- hard to dump, impossible to secure, etc. regards, tom lane == --------------------------------------------------
	filename	text	the filename from when the data was imported - if any, can be NULL, useful for re-export since legacy devices/applications might expect particular file names and not use mime types for file detection

blobs.doc_obj Constraints
Name	Constraint
doc_obj_filename_check	CHECK ((btrim(COALESCE(filename, 'NULL'::text)) <> ''::text))

Tables referencing this one via Foreign Key Constraints:

blobs.reviewed_doc_objs

Index - Schema blobs

Table: blobs.doc_type

this table enumerates the document types known to the system

blobs.doc_type Structure
F-Key	Name	Type	Description
	pk	serial	PRIMARY KEY
	name	text	UNIQUE NOT NULL the name/label of the document type

Tables referencing this one via Foreign Key Constraints:

blobs.doc_med

Index - Schema blobs

Table: blobs.lnk_doc2hospital_stay

links documents to any hospital stay they might pertain to

blobs.lnk_doc2hospital_stay Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
clin.hospital_stay.pk	fk_stay	integer	NOT NULL
blobs.doc_med.pk	fk_document	integer	UNIQUE NOT NULL

Table blobs.lnk_doc2hospital_stay Inherits audit_fields,

Index - Schema blobs

Table: blobs.lnk_doc_med2episode

this allows linking documents to episodes, each document can apply to several episodes but only once each

blobs.lnk_doc_med2episode Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
clin.episode.pk	fk_episode	integer	UNIQUE#1 NOT NULL
blobs.doc_med.pk	fk_doc_med	integer	UNIQUE#1 NOT NULL

Table blobs.lnk_doc_med2episode Inherits audit_fields,

Index - Schema blobs

Table: blobs.reviewed_doc_objs

review table for documents (per object such as a page)

blobs.reviewed_doc_objs Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	integer	PRIMARY KEY DEFAULT nextval('clin.review_root_pk_seq'::regclass)
blobs.doc_obj.pk	fk_reviewed_row	integer	UNIQUE#1 NOT NULL
	fk_reviewer	integer	UNIQUE#1 NOT NULL
	is_technically_abnormal	boolean	NOT NULL
	clinically_relevant	boolean	NOT NULL
	comment	text

Table blobs.reviewed_doc_objs Inherits review_root,

Index - Schema blobs

View: blobs.v_reviewed_doc_objects

blobs.v_reviewed_doc_objects Structure
F-Key	Name	Type	Description
	pk_doc_obj	integer
	reviewer	text
	is_technically_abnormal	boolean
	clinically_relevant	boolean
	is_review_by_responsible_reviewer	boolean
	is_your_review	boolean
	comment	text
	reviewed_when	timestamp with time zone
	modified_by	name
	pk_review_root	integer
	pk_reviewer	integer
	pk_patient	integer
	pk_encounter	integer
	pk_episode	integer
	pk_health_issue	integer

SELECT rdo.fk_reviewed_row AS pk_doc_obj
, COALESCE
(
     (
      SELECT staff.short_alias 
        FROM dem.staff 
       WHERE (staff.pk = rdo.fk_reviewer)
     )
     , (
           ('<#'::text || rdo.fk_reviewer) || '>'::text
     )
) AS reviewer
, rdo.is_technically_abnormal
, rdo.clinically_relevant
, (EXISTS 
     (
      SELECT 1 
        FROM blobs.doc_obj 
       WHERE (
                 (doc_obj.pk = rdo.fk_reviewed_row)
               AND (doc_obj.fk_intended_reviewer = rdo.fk_reviewer)
           )
     )
) AS is_review_by_responsible_reviewer
, (EXISTS 
     (
      SELECT 1 
        FROM dem.staff 
       WHERE (
                 (staff.pk = rdo.fk_reviewer)
               AND (staff.db_user = "current_user"
                       ()
                 )
           )
     )
) AS is_your_review
, rdo.comment
, rdo.modified_when AS reviewed_when
, rdo.modified_by
, rdo.pk AS pk_review_root
, rdo.fk_reviewer AS pk_reviewer
, (
SELECT v_obj4doc_no_data.pk_patient 
  FROM blobs.v_obj4doc_no_data 
 WHERE (v_obj4doc_no_data.pk_obj = rdo.fk_reviewed_row)
) AS pk_patient
, (
SELECT v_obj4doc_no_data.pk_encounter 
  FROM blobs.v_obj4doc_no_data 
 WHERE (v_obj4doc_no_data.pk_obj = rdo.fk_reviewed_row)
) AS pk_encounter
, (
SELECT v_obj4doc_no_data.pk_episode 
  FROM blobs.v_obj4doc_no_data 
 WHERE (v_obj4doc_no_data.pk_obj = rdo.fk_reviewed_row)
) AS pk_episode
, (
SELECT v_obj4doc_no_data.pk_health_issue 
  FROM blobs.v_obj4doc_no_data 
 WHERE (v_obj4doc_no_data.pk_obj = rdo.fk_reviewed_row)
) AS pk_health_issue 
FROM blobs.reviewed_doc_objs rdo;

Index - Schema blobs

Function: blobs.delete_document(integer, integer)

Returns: boolean

Language: PLPGSQL

DECLARE
	_pk_doc alias for $1;
	_pk_encounter alias for $2;
	_del_note text;
	_doc_row record;
	_obj_row record;
	tmp text;
BEGIN
	select * into _doc_row from blobs.doc_med where pk = _pk_doc;
	_del_note := _('Deletion of document') || E':
'
		|| ' '
			|| to_char(_doc_row.clin_when, 'YYYY-MM-DD HH24:MI')
			|| ' "' || (select _(dt.name) from blobs.doc_type dt where pk = _doc_row.fk_type) || '"'
			|| coalesce(' (' || _doc_row.ext_ref || ')', '')
		|| coalesce(E'
 ' || _doc_row.comment, '')
	;
	FOR _obj_row IN select * from blobs.doc_obj where fk_doc = _pk_doc order by seq_idx LOOP
		_del_note := _del_note || E'
'
			|| ' #' || coalesce(_obj_row.seq_idx, '-1') || ': "' || coalesce(_obj_row.comment, '') || E'"
'
			|| ' ' || coalesce(_obj_row.filename, '') || E'
';
	end LOOP;
	insert into clin.clin_narrative
		(fk_encounter, fk_episode, narrative, soap_cat)
	values (
		_pk_encounter,
		_doc_row.fk_episode,
		_del_note,
		NULL
	);
	delete from blobs.doc_obj where fk_doc = _pk_doc;
	delete from blobs.doc_med where pk = _pk_doc;
	return True;
END;

Function: blobs.trf_announce_doc_mod()

Returns: trigger

Language: PLPGSQL

declare
	_pk_identity integer;
begin
	_pk_identity := NULL;
	-- retrieve identity PK via fk_encounter
	if TG_OP = 'DELETE' then
		select into _pk_identity fk_patient from clin.encounter where pk = OLD.fk_encounter limit 1;
	else
		select into _pk_identity fk_patient from clin.encounter where pk = NEW.fk_encounter limit 1;
	end if;
	-- soft error out if not found
	if _pk_identity is NULL then
		raise notice 'blobs.trf_announce_doc_mod(): cannot determine identity PK on table <blobs.doc_med>';
		return NULL;
	end if;
	-- now, execute() the NOTIFY
	execute 'notify "doc_mod_db:' || _pk_identity || '"';
	return NULL;
end;

Function: blobs.trf_announce_doc_obj_review_mod_no_pk()

Returns: trigger

Language: PLPGSQL

begin
	execute 'notify "doc_obj_review_mod_db:"';
	return NULL;
end;

Function: blobs.trf_announce_doc_page_mod_no_pk()

Returns: trigger

Language: PLPGSQL

begin
	execute 'notify "doc_page_mod_db:"';
	return NULL;
end;

Function: blobs.trf_announce_doc_type_mod_no_pk()

Returns: trigger

Language: PLPGSQL

begin
	execute 'notify "doc_type_mod_db:"';
	return NULL;
end;

Function: blobs.trf_do_not_duplicate_primary_episode_in_link_table()

Returns: trigger

Language: PLPGSQL

This trigger function is called before a lnk_doc_med2episode row is inserted or updated. It makes sure the episode does not duplicate the primary episode for this document listed in doc_med. If it does the insert/update is skipped.

BEGIN
	-- if already in doc_med
	perform 1 from blobs.doc_med dm where dm.fk_episode = NEW.fk_episode and dm.pk = NEW.fk_doc_med;
	if FOUND then
		-- skip the insert/update
		return null;
	end if;
	return NEW;
END;

Function: blobs.trf_mark_unreviewed_on_doc_obj_update()

Returns: trigger

Language: PLPGSQL

BEGIN
	if (NEW.data != OLD.data) or ((NEW.data != OLD.data) is NULL) then
		delete from blobs.reviewed_doc_objs where fk_reviewed_row = OLD.pk;
	end if;
	return NEW;
END;

Function: blobs.trf_remove_primary_episode_from_link_table()

Returns: trigger

Language: PLPGSQL

This trigger function is called when a doc_med row is inserted or updated. It makes sure the primary episode listed in doc_med is not duplicated in lnk_doc_med2episode for the same document. If it exists in the latter it is removed from there.

BEGIN
	-- if update
	if TG_OP = 'UPDATE' then
		-- and no change
		if NEW.fk_episode = OLD.fk_episode then
			-- then do nothing
			return NEW;
		end if;
	end if;
	-- if already in link table
	perform 1 from blobs.lnk_doc_med2episode ldm2e where ldm2e.fk_episode = NEW.fk_episode and ldm2e.fk_doc_med = NEW.pk;
	if FOUND then
		-- delete from link table
		delete from blobs.lnk_doc_med2episode where fk_episode = NEW.fk_episode and fk_doc_med = NEW.pk;
	end if;
	return NEW;
END;

Function: blobs.trf_set_intended_reviewer()

Returns: trigger

Language: PLPGSQL

Set the default on blobs.doc_obj.fk_intended_reviewer.

DECLARE
	_pk_patient integer;
	_pk_provider integer;
BEGIN
	-- explicitely set ?
	if NEW.fk_intended_reviewer is not NULL then
		return NEW;
	end if;
	-- find patient via document
	select
		fk_patient into _pk_patient
	from
		clin.encounter
	where
		clin.encounter.pk = (
			select fk_encounter from blobs.doc_med where pk = NEW.fk_doc
		);
	-- does patient have primary provider ?
	select
		fk_primary_provider into _pk_provider
	from
		dem.identity
	where
		dem.identity.pk = _pk_patient;
	if _pk_provider is not NULL then
		NEW.fk_intended_reviewer := _pk_provider;
		return NEW;
	end if;
	-- else use CURRENT_USER
	select
		pk into _pk_provider
	from
		dem.staff
	where
		dem.staff.db_user = current_user;
	NEW.fk_intended_reviewer := _pk_provider;
	return NEW;
END;

Function: blobs.trf_verify_page_number()

Returns: trigger

Language: PLPGSQL

declare
	msg text;
begin
	if NEW.seq_idx is NULL then
		return NEW;
	end if;
	perform 1 from blobs.doc_obj where pk <> NEW.pk and fk_doc = NEW.fk_doc and seq_idx = NEW.seq_idx;
	if FOUND then
		msg := '[blobs.trf_verify_page_number]: uniqueness violation: seq_idx [' || NEW.seq_idx || '] already exists for fk_doc [' || NEW.fk_doc || ']';
		raise exception '%', msg;
	end if;
	return NEW;
end;

Schema cfg

This schema holds all the configuration data.

Table: cfg.cfg_data

stores opaque configuration data, either text or binary, note that it will be difficult to share such options among different types of clients

cfg.cfg_data Structure
F-Key	Name	Type	Description
cfg.cfg_item.pk	fk_item	integer	NOT NULL
	value	bytea	NOT NULL
	pk	serial	PRIMARY KEY

Index - Schema cfg

Table: cfg.cfg_item

this table holds all "instances" of cfg.cfg_template

cfg.cfg_item Structure
F-Key	Name	Type	Description
	pk	serial	PRIMARY KEY
cfg.cfg_template.pk	fk_template	integer	UNIQUE#1 NOT NULL this points to the class of this option, think of this as a base object, this also defines the data type
	owner	name	UNIQUE#1 NOT NULL DEFAULT "current_user"() the database level user this option belongs to; this is the "role" of the user from the perspective of the database; can be "default" at the application level to indicate that it does not care
	workplace	text	UNIQUE#1 - the logical workplace this option pertains to - can be a hostname but should be a logical rather than a physical identifier as machines get moved, workplaces do not, kind of like a "role" for the machine - associate this with a physical workplace through a local config file or environment variable
	cookie	text	UNIQUE#1 an arbitrary, opaque entity the client code can use to associate this config item with even finer grained context; could be the pertinent patient ID for patient specific options

Tables referencing this one via Foreign Key Constraints:

cfg.cfg_data

cfg.cfg_numeric

cfg.cfg_str_array

cfg.cfg_string

Index - Schema cfg

Table: cfg.cfg_numeric

cfg.cfg_numeric Structure
F-Key	Name	Type	Description
cfg.cfg_item.pk	fk_item	integer	NOT NULL
	value	numeric	NOT NULL

Index - Schema cfg

Table: cfg.cfg_str_array

cfg.cfg_str_array Structure
F-Key	Name	Type	Description
cfg.cfg_item.pk	fk_item	integer	NOT NULL
	value	text[]	NOT NULL

Index - Schema cfg

Table: cfg.cfg_string

cfg.cfg_string Structure
F-Key	Name	Type	Description
cfg.cfg_item.pk	fk_item	integer	NOT NULL
	value	text	NOT NULL

Index - Schema cfg

Table: cfg.cfg_template

meta definition of config items

cfg.cfg_template Structure
F-Key	Name	Type	Description
	pk	serial	PRIMARY KEY
	name	text	NOT NULL DEFAULT 'must set this !'::text the name of the option; this MUST be set to something meaningful
cfg.cfg_type_enum.name	type	text	NOT NULL type of the value
	cfg_group	text	NOT NULL DEFAULT 'xxxDEFAULTxxx'::text just for logical grouping of options according to task sets to facilitate better config management
	description	text	NOT NULL DEFAULT 'programmer is an avid Camel Book Reader'::text arbitrary description (user visible)

Tables referencing this one via Foreign Key Constraints:

cfg.cfg_item

Index - Schema cfg

Table: cfg.cfg_type_enum

enumeration of config option data types

cfg.cfg_type_enum Structure
F-Key	Name	Type	Description
	name	text	UNIQUE NOT NULL

Tables referencing this one via Foreign Key Constraints:

cfg.cfg_template

Index - Schema cfg

Table: cfg.config

maps a service name to a database location for a particular user, includes user credentials for that database

cfg.config Structure
Name	Type	Description
id	serial	PRIMARY KEY
profile	character(25)	DEFAULT 'default'::bpchar allows multiple profiles per user/ pseudo user, one user may have different configuration profiles depending on role, need and location
username	character(25)	DEFAULT "current_user"() user name as used within the GNUmed system
ddb	integer	which GNUmed service are we mapping to a database here
db	integer	how to reach the database host for this service
crypt_pwd	text	password for user and database, encrypted
crypt_algo	text	encryption algorithm used for password encryption
pwd_hash	text	hash of the unencrypted password
hash_algo	text	algorithm used for password hashing

Index - Schema cfg

Table: cfg.db_logon_banner

Stores a banner to show when clients log on.

cfg.db_logon_banner Structure
F-Key	Name	Type	Description
	message	text	The actual message to show.
	singularizer	boolean	UNIQUE DEFAULT true Makes sure there only ever is one such banner at any given time.

cfg.db_logon_banner Constraints
Name	Constraint
db_logon_banner_message_check	CHECK ((btrim(message) <> ''::text))
db_logon_banner_singularizer_check	CHECK ((singularizer IS TRUE))

Index - Schema cfg

Table: cfg.report_query

This table stores SQL commands to be used in frontend report style queries.

cfg.report_query Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
row_version	integer	NOT NULL
modified_when	timestamp with time zone	NOT NULL DEFAULT now()
modified_by	name	NOT NULL DEFAULT "current_user"()
pk	serial	PRIMARY KEY
label	text	UNIQUE NOT NULL
cmd	text	NOT NULL

Table cfg.report_query Inherits audit_fields,

cfg.report_query Constraints
Name	Constraint
report_query_cmd_check	CHECK ((btrim(COALESCE(cmd, 'NULL'::text)) <> ''::text))
report_query_label_check	CHECK ((btrim(COALESCE(label, 'NULL'::text)) <> ''::text))

Index - Schema cfg

View: cfg.v_cfg_options

cfg.v_cfg_options Structure
F-Key	Name	Type	Description
	option	text
	description	text
	owner	name
	workplace	text
	cookie	text
	type	text
	group	text
	pk_cfg_template	integer
	pk_cfg_item	integer

SELECT cfg_t.name AS option
, cfg_t.description
, cfg_i.owner
, cfg_i.workplace
, cfg_i.cookie
, cfg_t.type
, cfg_t.cfg_group AS "group"
, cfg_t.pk AS pk_cfg_template
, cfg_i.pk AS pk_cfg_item 
FROM cfg.cfg_template cfg_t
, cfg.cfg_item cfg_i 
WHERE (cfg_i.fk_template = cfg_t.pk);

Index - Schema cfg

View: cfg.v_cfg_opts_data

cfg.v_cfg_opts_data Structure
F-Key	Name	Type	Description
	option	text
	value	bytea
	description	text
	owner	name
	workplace	text
	cookie	text
	group	text
	pk_cfg_template	integer
	pk_cfg_item	integer

SELECT cfg_t.name AS option
, cfg_v.value
, cfg_t.description
, cfg_i.owner
, cfg_i.workplace
, cfg_i.cookie
, cfg_t.cfg_group AS "group"
, cfg_t.pk AS pk_cfg_template
, cfg_i.pk AS pk_cfg_item 
FROM cfg.cfg_template cfg_t
, cfg.cfg_item cfg_i
, cfg.cfg_data cfg_v 
WHERE (
     (cfg_i.fk_template = cfg_t.pk)
   AND (cfg_v.fk_item = cfg_i.pk)
);

Index - Schema cfg

View: cfg.v_cfg_opts_numeric

cfg.v_cfg_opts_numeric Structure
F-Key	Name	Type	Description
	option	text
	value	numeric
	description	text
	owner	name
	workplace	text
	cookie	text
	group	text
	pk_cfg_template	integer
	pk_cfg_item	integer

SELECT cfg_t.name AS option
, cfg_v.value
, cfg_t.description
, cfg_i.owner
, cfg_i.workplace
, cfg_i.cookie
, cfg_t.cfg_group AS "group"
, cfg_t.pk AS pk_cfg_template
, cfg_i.pk AS pk_cfg_item 
FROM cfg.cfg_template cfg_t
, cfg.cfg_item cfg_i
, cfg.cfg_numeric cfg_v 
WHERE (
     (cfg_i.fk_template = cfg_t.pk)
   AND (cfg_v.fk_item = cfg_i.pk)
);

Index - Schema cfg

View: cfg.v_cfg_opts_str_array

cfg.v_cfg_opts_str_array Structure
F-Key	Name	Type	Description
	option	text
	value	text[]
	description	text
	owner	name
	workplace	text
	cookie	text
	group	text
	pk_cfg_template	integer
	pk_cfg_item	integer

SELECT cfg_t.name AS option
, cfg_v.value
, cfg_t.description
, cfg_i.owner
, cfg_i.workplace
, cfg_i.cookie
, cfg_t.cfg_group AS "group"
, cfg_t.pk AS pk_cfg_template
, cfg_i.pk AS pk_cfg_item 
FROM cfg.cfg_template cfg_t
, cfg.cfg_item cfg_i
, cfg.cfg_str_array cfg_v 
WHERE (
     (cfg_i.fk_template = cfg_t.pk)
   AND (cfg_v.fk_item = cfg_i.pk)
);

Index - Schema cfg

View: cfg.v_cfg_opts_string

cfg.v_cfg_opts_string Structure
F-Key	Name	Type	Description
	option	text
	value	text
	description	text
	owner	name
	workplace	text
	cookie	text
	group	text
	pk_cfg_template	integer
	pk_cfg_item	integer

SELECT cfg_t.name AS option
, cfg_v.value
, cfg_t.description
, cfg_i.owner
, cfg_i.workplace
, cfg_i.cookie
, cfg_t.cfg_group AS "group"
, cfg_t.pk AS pk_cfg_template
, cfg_i.pk AS pk_cfg_item 
FROM cfg.cfg_template cfg_t
, cfg.cfg_item cfg_i
, cfg.cfg_string cfg_v 
WHERE (
     (cfg_i.fk_template = cfg_t.pk)
   AND (cfg_v.fk_item = cfg_i.pk)
);

Index - Schema cfg

Function: cfg.create_cfg_item(text, text, text, text, text)

Returns: integer

Language: PLPGSQL

declare
	_option alias for $1;
	_val_type alias for $2;
	_workplace alias for $3;
	_cookie alias for $4;
	_owner alias for $5;
	real_owner text;
	pk_template integer;
	pk_item integer;
begin
	-- check template
	select into pk_template pk from cfg.cfg_template where name = _option and type = _val_type;
	if not FOUND then
		insert into cfg.cfg_template (name, type) values (_option, _val_type);
		select into pk_template currval('cfg.cfg_template_pk_seq');
	end if;
	if _owner is null then
		select into real_owner CURRENT_USER;
	else
		real_owner := _owner;
	end if;
	-- check item
	if _cookie is NULL then
		select into pk_item pk from cfg.cfg_item where
			fk_template = pk_template and
			owner = real_owner and
			workplace = _workplace and
			cookie is null;
	else
		select into pk_item pk from cfg.cfg_item where
			fk_template = pk_template and
			owner = real_owner and
			workplace = _workplace and
			cookie = _cookie;
	end if;
	if FOUND then
		return pk_item;
	end if;
	insert into cfg.cfg_item (
		fk_template, workplace, cookie, owner
	) values (
		pk_template,
		_workplace,
		_cookie,
		real_owner
	);
	select into pk_item currval('cfg.cfg_item_pk_seq');
	return pk_item;
end;

Function: cfg.set_option(text, anyelement, text, text, text)

Returns: boolean

Language: PLPGSQL

set option, owner = NULL means CURRENT_USER

declare
	_option alias for $1;
	_value alias for $2;
	_workplace alias for $3;
	_cookie alias for $4;
	_owner alias for $5;
	val_type text;
	pk_item integer;
	rows integer;
	cmd text;
begin
	-- determine data type
	if _value is of (text, char, varchar, name) then
		val_type := 'string';
	elsif _value is of (smallint, integer, bigint, numeric, boolean) then
		val_type := 'numeric';
	elsif _value is of (bytea) then
		val_type := 'data';
	elsif _value is of (text[]) then
		val_type := 'str_array';
	else
		raise exception 'cfg.set_option(text, any, text, text, text): invalid type of value';
	end if;
	-- create template/item if need be
	select into pk_item cfg.create_cfg_item(_option, val_type, _workplace, _cookie, _owner);
	-- set item value
	cmd := 'select 1 from cfg.cfg_' || val_type || ' where fk_item=' || pk_item || ';';
	execute cmd;
	get diagnostics rows = row_count;
	found := rows <> 0;
	if FOUND then
		if val_type = 'str_array' then
			cmd := 'update cfg.cfg_str_array set value=''{"' || array_to_string(_value, '","') || '"}'' where fk_item=' || pk_item || ';';
		elsif val_type = 'data' then
			cmd := 'update cfg.cfg_data set value=''' || encode(_value, 'escape') || ''' where fk_item=' || pk_item || ';';
		else
			cmd := 'update cfg.cfg_' || val_type || ' set value=' || quote_literal(_value) || ' where fk_item=' || pk_item || ';';
		end if;
		execute cmd;
		return True;
	end if;
	if val_type = 'str_array' then
		cmd := 'insert into cfg.cfg_str_array(fk_item, value) values (' || pk_item || ', ''{"' || array_to_string(_value, '","') || '"}'');';
	elsif val_type = 'data' then
		cmd := 'insert into cfg.cfg_data(fk_item, value) values (' || pk_item || ', ''' || encode(_value, 'escape') || ''');';
	else
		cmd := 'insert into cfg.cfg_' || val_type || ' (fk_item, value) values (' || pk_item || ', ' || quote_literal(_value) || ');';
	end if;
	execute cmd;
	return True;
end;

Schema clin

Table: clin._enum_allergy_type

clin._enum_allergy_type Structure
F-Key	Name	Type	Description
	pk	serial	PRIMARY KEY
	value	text	UNIQUE NOT NULL

Tables referencing this one via Foreign Key Constraints:

clin.allergy

Index - Schema clin

Table: clin.active_substance

(Active) substances (consumables) a patient may be taking.

clin.active_substance Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
row_version	integer	NOT NULL
modified_when	timestamp with time zone	NOT NULL DEFAULT now()
modified_by	name	NOT NULL DEFAULT "current_user"()
pk	serial	PRIMARY KEY
description	text	UNIQUE NOT NULL The substance as such, say, Metoprolol.
atc_code	text	UNIQUE ATC code, if any.

Table clin.active_substance Inherits audit_fields,

clin.active_substance Constraints
Name	Constraint
sane_atc	CHECK ((gm.is_null_or_non_empty_string(atc_code) IS TRUE))

idx_atc_brand atc_code idx_atc_substance atc_code

Index - Schema clin

Table: clin.allergy

patient allergy details

clin.allergy Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk_item	integer	NOT NULL DEFAULT nextval('clin.clin_root_item_pk_item_seq'::regclass)
	clin_when	timestamp with time zone	NOT NULL DEFAULT now()
clin.encounter.pk	fk_encounter	integer	NOT NULL
clin.episode.pk	fk_episode	integer	NOT NULL
	narrative	text	used as field "reaction"
	soap_cat	text	DEFAULT 'o'::text
	pk	serial	PRIMARY KEY
	substance	text	NOT NULL real-world name of substance the patient reacted to, brand name if drug
	substance_code	text	data source specific opaque product code; must provide a link to a unique product/substance in the database in use; should follow the parseable convention of "<source>::<source version>::<identifier>", e.g. "MIMS::2003-1::190" for Zantac; it is left as an exercise to the application to know what to do with this information
	generics	text	names of generic compounds if drug; brand names change/disappear, generic names do not
	allergene	text	name of allergenic ingredient in substance if known
	atc_code	text	ATC code of allergene or substance if approprate, applicable for penicilline, not so for cat fur
clin._enum_allergy_type.pk	fk_type	integer	NOT NULL allergy/sensitivity
	generic_specific	boolean	DEFAULT false only meaningful for drug/generic reactions: 1) true: applies to one in "generics" forming "substance", if more than one generic listed in "generics" then "allergene" must contain the generic in question; 2) false: applies to drug class of "substance";
	definite	boolean	DEFAULT false true: definite, false: not definite

Table clin.allergy Inherits clin_root_item,

clin.allergy Constraints
Name	Constraint
clin_root_item_soap_cat_check	CHECK (((soap_cat IS NULL) OR (lower(soap_cat) = ANY (ARRAY['s'::text, 'o'::text, 'a'::text, 'p'::text]))))

idx_allg_encounter fk_encounter idx_allg_episode fk_episode

Index - Schema clin

Table: clin.allergy_state

clin.allergy_state Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
	has_allergy	integer	patient allergenic state: - null: unknown, not asked, no data available - -1: unknown, asked, no data obtained - 0: known, asked, has no known allergies - 1: known, asked, does have allergies
	comment	text	A comment on the state, such as "patient says no allergies but I think he is holding back some".
	last_confirmed	timestamp with time zone	When was the state of allergies last confirmed. Must be not NULL if has_allergy is not NULL.
clin.encounter.pk	fk_encounter	integer	NOT NULL

Table clin.allergy_state Inherits audit_fields,

clin.allergy_state Constraints
Name	Constraint
allergy_state_check	CHECK (((has_allergy IS NULL) OR ((has_allergy IS NOT NULL) AND (last_confirmed IS NOT NULL))))
allergy_state_has_allergy_check	CHECK ((has_allergy = ANY (ARRAY[NULL::integer, 0, 1])))

Index - Schema clin

Table: clin.clin_aux_note

Other tables link to this if they need more free text fields.

clin.clin_aux_note Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk_item	integer	NOT NULL DEFAULT nextval('clin.clin_root_item_pk_item_seq'::regclass)
	clin_when	timestamp with time zone	NOT NULL DEFAULT now()
clin.encounter.pk	fk_encounter	integer	NOT NULL
clin.episode.pk	fk_episode	integer	NOT NULL
	narrative	text
	soap_cat	text
	pk	serial	PRIMARY KEY

Table clin.clin_aux_note Inherits clin_root_item,

clin.clin_aux_note Constraints
Name	Constraint
clin_root_item_soap_cat_check	CHECK (((soap_cat IS NULL) OR (lower(soap_cat) = ANY (ARRAY['s'::text, 'o'::text, 'a'::text, 'p'::text]))))

idx_clanote_encounter fk_encounter idx_clanote_episode fk_episode

Index - Schema clin

Table: clin.clin_diag

stores additional detail on those clin.clin_narrative rows where soap_cat=a that are true diagnoses, true diagnoses DO have a code from one of the coding systems

clin.clin_diag Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
clin.clin_narrative.pk	fk_narrative	integer	UNIQUE NOT NULL
	laterality	character(1)	DEFAULT NULL::bpchar
	is_chronic	boolean	NOT NULL DEFAULT false whether this diagnosis is chronic, eg. no complete cure is to be expected, regardless of whether it is active right now (think of active/non-active phases of Multiple Sclerosis which is sure chronic)
	is_active	boolean	NOT NULL DEFAULT true whether diagnosis is currently active or dormant
	is_definite	boolean	NOT NULL DEFAULT false
	clinically_relevant	boolean	NOT NULL DEFAULT true whether this diagnosis is considered clinically relevant, eg. significant; currently active diagnoses are considered to always be relevant, while inactive ones may or may not be

Table clin.clin_diag Inherits audit_fields,

clin.clin_diag Constraints
Name	Constraint
clin_diag_laterality_check	CHECK (((laterality = ANY (ARRAY['l'::bpchar, 'r'::bpchar, 'b'::bpchar, '?'::bpchar])) OR (laterality IS NULL)))
if_active_then_relevant	CHECK (((is_active = false) OR ((is_active = true) AND (clinically_relevant = true))))

Index - Schema clin

Table: clin.clin_item_type

stores arbitrary types for tagging clinical items

clin.clin_item_type Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
row_version	integer	NOT NULL
modified_when	timestamp with time zone	NOT NULL DEFAULT now()
modified_by	name	NOT NULL DEFAULT "current_user"()
pk	serial	PRIMARY KEY
type	text	UNIQUE NOT NULL DEFAULT 'history'::text the full name of the item type such as "family history"
code	text	UNIQUE NOT NULL DEFAULT 'Hx'::text shorthand for the type, eg "FHx"

Table clin.clin_item_type Inherits audit_fields,

Tables referencing this one via Foreign Key Constraints:

clin.lnk_type2item

Index - Schema clin

Table: clin.clin_narrative

Used to store clinical free text *not* associated with any other table. Used to implement a simple SOAP structure. Also other tags can be associated via link tables.

clin.clin_narrative Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk_item	integer	NOT NULL DEFAULT nextval('clin.clin_root_item_pk_item_seq'::regclass)
	clin_when	timestamp with time zone	NOT NULL DEFAULT now() when did the item reach clinical reality
clin.encounter.pk	fk_encounter	integer	NOT NULL
clin.episode.pk	fk_episode	integer	NOT NULL
	narrative	text
	soap_cat	text
	pk	serial	PRIMARY KEY

Table clin.clin_narrative Inherits clin_root_item,

clin.clin_narrative Constraints
Name	Constraint
clin_root_item_soap_cat_check	CHECK (((soap_cat IS NULL) OR (lower(soap_cat) = ANY (ARRAY['s'::text, 'o'::text, 'a'::text, 'p'::text]))))
narrative_neither_null_nor_empty	CHECK ((btrim(COALESCE(narrative, ''::text)) <> ''::text))

Tables referencing this one via Foreign Key Constraints:

clin.clin_diag

clin.lnk_code2narrative

idx_clnarr_encounter fk_encounter idx_clnarr_episode fk_episode idx_narr_soap soap_cat) WHERE (lower(soap_cat) = ANY (ARRAY['s'::text, 'o'::text, 'a'::text, 'p'::text]) idx_narrative_modified_by modified_by

Index - Schema clin

Table: clin.clin_root_item

ancestor table for clinical items of any kind, basic unit of clinical information, do *not* store data in here directly, use child tables, contains all the clinical narrative aggregated for full text search, ancestor for all tables that want to store clinical free text

clin.clin_root_item Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk_item	serial	PRIMARY KEY the primary key, not named "id" or "pk" as usual since child tables will have "id"/"pk"-named primary keys already and we would get duplicate columns while inheriting from this table
	clin_when	timestamp with time zone	NOT NULL DEFAULT now() when this clinical item became known, can be different from when it was entered into the system (= audit.audit_fields.modified_when)
clin.encounter.pk	fk_encounter	integer	NOT NULL the encounter this item belongs to
clin.episode.pk	fk_episode	integer	NOT NULL the episode this item belongs to
	narrative	text	each clinical item by default inherits a free text field for clinical narrative
	soap_cat	text	each clinical item must be either one of the S, O, A, P categories or NULL to indicate a non-clinical item

Table clin.clin_root_item Inherits audit_fields,

clin.clin_root_item Constraints
Name	Constraint
clin_root_item_soap_cat_check	CHECK (((soap_cat IS NULL) OR (lower(soap_cat) = ANY (ARRAY['s'::text, 'o'::text, 'a'::text, 'p'::text]))))

idx_cri_encounter fk_encounter idx_cri_episode fk_episode

Index - Schema clin

Table: clin.encounter

a clinical encounter between a person and the health care system

clin.encounter Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
dem.identity.pk	fk_patient	integer	NOT NULL PK of subject of care, should be PUPIC, actually
clin.encounter_type.pk	fk_type	integer	NOT NULL DEFAULT 1 PK of type of this encounter
	fk_location	integer	PK of location of care, e.g. where the provider is at
	source_time_zone	interval	time zone of location, used to approximate source time zone for all timestamps in this encounter
	reason_for_encounter	text	the RFE for the encounter as related by either the patient or the provider (say, in a chart review)
	assessment_of_encounter	text	the Assessment of Encounter (eg consultation summary) as determined by the provider, may simply be a concatenation of soAp narrative, this assessment should go across all problems
	started	timestamp with time zone	NOT NULL DEFAULT now()
	last_affirmed	timestamp with time zone	NOT NULL DEFAULT now()

Table clin.encounter Inherits audit_fields,

clin.encounter Constraints
Name	Constraint
encounter_assessment_of_encounter_check	CHECK ((btrim(COALESCE(assessment_of_encounter, 'xxxDEFAULTxxx'::text)) <> ''::text))
encounter_reason_for_encounter_check	CHECK ((btrim(COALESCE(reason_for_encounter, 'xxxDEFAULTxxx'::text)) <> ''::text))

Tables referencing this one via Foreign Key Constraints:

au.referral

bill.bill_item

blobs.doc_med

clin.allergy

clin.allergy_state

clin.clin_aux_note

clin.clin_narrative

clin.clin_root_item

clin.episode

clin.family_history

clin.form_instances

clin.health_issue

clin.lab_request

clin.lnk_code2aoe

clin.lnk_code2rfe

clin.test_result

clin.vaccination

idx_encounter_affirmed last_affirmed idx_encounter_modified_by modified_by idx_encounter_started started idx_pat_per_encounter fk_patient

Index - Schema clin

Table: clin.encounter_type

these are the types of encounter

clin.encounter_type Structure
F-Key	Name	Type	Description
	pk	serial	PRIMARY KEY
	description	text	UNIQUE NOT NULL

Tables referencing this one via Foreign Key Constraints:

clin.encounter

Index - Schema clin

Table: clin.episode

Clinical episodes such as "Otitis media", "traffic accident 7/99", "Hepatitis B". This covers a range of time in which activity of illness was noted for the problem episode.description.

clin.episode Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
clin.health_issue.pk	fk_health_issue	integer	health issue this episode belongs to
	description	text	NOT NULL description/name of this episode
	is_open	boolean	DEFAULT true whether the episode is open (eg. there is activity for it), means open in a temporal sense as in "not closed yet"; only one episode can be open per health issue
clin.encounter.pk	fk_encounter	integer	NOT NULL The encounter during which this episode was added (begun).
	diagnostic_certainty_classification	text	The certainty at which this problem is believed to be a diagnosis: A: sign (Symptom) B: cluster of signs (Symptomkomplex) C: syndromic diagnosis (Bild einer Diagnose) D: proven diagnosis (diagnostisch gesichert)
	summary	text	Used for tracking the summary of this episode.

Table clin.episode Inherits audit_fields,

clin.episode Constraints
Name	Constraint
sane_description	CHECK ((gm.is_null_or_blank_string(description) IS FALSE))
valid_diagnostic_certainty_classification	CHECK ((diagnostic_certainty_classification = ANY (ARRAY['A'::text, 'B'::text, 'C'::text, 'D'::text, NULL::text])))

Tables referencing this one via Foreign Key Constraints:

au.referral

blobs.doc_med

blobs.lnk_doc_med2episode

clin.allergy

clin.clin_aux_note

clin.clin_narrative

clin.clin_root_item

clin.family_history

clin.form_instances

clin.lab_request

clin.lnk_code2episode

clin.lnk_substance2episode

clin.test_result

clin.vaccination

idx_episode_issue fk_health_issue idx_episode_modified_by modified_by idx_episode_with_issue fk_health_issue) WHERE (fk_health_issue IS NOT NULL idx_episode_without_issue fk_health_issue) WHERE (fk_health_issue IS NULL

Index - Schema clin

Table: clin.family_history

This table stores family history items on persons not otherwise in the database.

clin.family_history Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk_item	integer	NOT NULL DEFAULT nextval('clin.clin_root_item_pk_item_seq'::regclass)
	clin_when	timestamp with time zone	NOT NULL DEFAULT now() When the family history item became known to the patient (not the afflicted relative).
clin.encounter.pk	fk_encounter	integer	NOT NULL encounter during which family history item became known
clin.episode.pk	fk_episode	integer	NOT NULL episode to which family history item is of importance
	narrative	text	the condition this relative suffered from
	soap_cat	text
	pk	serial	PRIMARY KEY
clin.fhx_relation_type.pk	fk_relation_type	integer	NOT NULL foreign key to the type of relation the patient has to the afflicated relative
	age_noted	text	age at which the condition was noted in the relative if known
	age_of_death	interval	age at which the relative died if known
	contributed_to_death	boolean	whether the condition contributed to the death of the relative if known
	name_relative	text	name of the relative suffering the condition
	dob_relative	timestamp with time zone	date of birth of the relative if known
	comment	text

Table clin.family_history Inherits clin_root_item,

clin.family_history Constraints
Name	Constraint
c_family_history_sane_age_noted	CHECK ((gm.is_null_or_non_empty_string(age_noted) IS TRUE))
c_family_history_sane_condition	CHECK ((gm.is_null_or_blank_string(narrative) IS FALSE))
c_family_history_sane_name	CHECK ((gm.is_null_or_non_empty_string(name_relative) IS TRUE))
clin_root_item_soap_cat_check	CHECK (((soap_cat IS NULL) OR (lower(soap_cat) = ANY (ARRAY['s'::text, 'o'::text, 'a'::text, 'p'::text]))))
narrative_neither_null_nor_empty	CHECK ((btrim(COALESCE(narrative, ''::text)) <> ''::text))

Tables referencing this one via Foreign Key Constraints:

clin.lnk_code2fhx

Index - Schema clin

Table: clin.fhx_relation_type

Enumerates inter-person relations for family history linking.

clin.fhx_relation_type Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
row_version	integer	NOT NULL
modified_when	timestamp with time zone	NOT NULL DEFAULT now()
modified_by	name	NOT NULL DEFAULT "current_user"()
pk	serial	PRIMARY KEY
description	text	UNIQUE#1 Description of the relation type, specific or unspecific: sister, father, ..., maternal family, ...
is_genetic	boolean	UNIQUE#1 NOT NULL Whether or not this type of relation is biologic/genetic or not. Note that non-genetic relations may still pose a risk because of infectious diseases.

Table clin.fhx_relation_type Inherits audit_fields,

clin.fhx_relation_type Constraints
Name	Constraint
c_fhx_relation_type_sane_desc	CHECK ((gm.is_null_or_blank_string(description) IS FALSE))

Tables referencing this one via Foreign Key Constraints:

clin.family_history

Index - Schema clin

Table: clin.form_data

holds the values used in form instances, for later re-use/validation

clin.form_data Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
clin.form_instances.pk	fk_instance	integer	UNIQUE#1 NOT NULL the form instance this value was used in
public.form_fields.pk	fk_form_field	integer	UNIQUE#1 NOT NULL points to the definition of the field in the form which in turn defines the place holder in the template to replace with <value>
	value	text	NOT NULL the value to replace the place holder with

Table clin.form_data Inherits audit_fields,

Index - Schema clin

Table: clin.form_instances

instances of forms, like a log of all processed forms

clin.form_instances Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk_item	integer	NOT NULL DEFAULT nextval('clin.clin_root_item_pk_item_seq'::regclass)
	clin_when	timestamp with time zone	NOT NULL DEFAULT now()
clin.encounter.pk	fk_encounter	integer	NOT NULL
clin.episode.pk	fk_episode	integer	NOT NULL
	narrative	text	can be used as a status field, eg. "printed", "faxed" etc.
	soap_cat	text
	pk	serial	PRIMARY KEY
ref.paperwork_templates.pk	fk_form_def	integer	NOT NULL points to the definition of this instance, this FK will fail once we start separating services, make it into a x_db_fk then
	form_name	text	NOT NULL a string uniquely identifying the form template, necessary for the audit trail

Table clin.form_instances Inherits clin_root_item,

clin.form_instances Constraints
Name	Constraint
clin_root_item_soap_cat_check	CHECK (((soap_cat IS NULL) OR (lower(soap_cat) = ANY (ARRAY['s'::text, 'o'::text, 'a'::text, 'p'::text]))))
form_is_plan	CHECK ((soap_cat = 'p'::text))

Tables referencing this one via Foreign Key Constraints:

au.referral

clin.form_data

public.form_job_queue

idx_formi_encounter fk_encounter idx_formi_episode fk_episode

Index - Schema clin

Table: clin.health_issue

This is pretty much what others would call "Past Medical History" or "Foundational illness", eg. longer-ranging, underlying, encompassing issues with one's health such as "immunodeficiency", "type 2 diabetes". In Belgium it is called "problem". L.L.Weed includes lots of little things into it, we do not.

clin.health_issue Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
	description	text	NOT NULL descriptive name of this health issue, may change over time as evidence increases
	laterality	character varying(2)	DEFAULT NULL::character varying NULL: don't know s: sinister - left d: dexter - right sd: sinister and dexter - both sides na: not applicable
	age_noted	interval	at what age the patient acquired the condition
	is_active	boolean	DEFAULT true whether this health issue (problem) is active
	clinically_relevant	boolean	DEFAULT true whether this health issue (problem) has any clinical relevance
	is_confidential	boolean	DEFAULT false
	is_cause_of_death	boolean	NOT NULL DEFAULT false
clin.encounter.pk	fk_encounter	integer	NOT NULL The encounter during which this health issue was added.
	grouping	text	This can be used to entirely arbitrarily group health issues felt to belong to each other.
	diagnostic_certainty_classification	text	The certainty at which this issue is believed to be a diagnosis: A: sign (Symptom) B: cluster of signs (Symptomkomplex) C: syndromic diagnosis (Bild einer Diagnose) D: proven diagnosis (diagnostisch gesichert)
	summary	text	Used for tracking the summary of this health issue.

Table clin.health_issue Inherits audit_fields,

clin.health_issue Constraints
Name	Constraint
episode_sane_summary	CHECK (gm.is_null_or_non_empty_string(summary))
health_issue_laterality_check	CHECK (((laterality)::text = ANY ((ARRAY[NULL::character varying, 's'::character varying, 'd'::character varying, 'sd'::character varying, 'na'::character varying])::text[])))
health_issue_sane_summary	CHECK (gm.is_null_or_non_empty_string(summary))
issue_name_not_empty	CHECK ((btrim(description) <> ''::text))
sane_grouping	CHECK (gm.is_null_or_non_empty_string(grouping))
valid_diagnostic_certainty_classification	CHECK ((diagnostic_certainty_classification = ANY (ARRAY['A'::text, 'B'::text, 'C'::text, 'D'::text, NULL::text])))

Tables referencing this one via Foreign Key Constraints:

clin.episode

clin.lnk_code2h_issue

idx_health_issue_modified_by modified_by

Index - Schema clin

Table: clin.hospital_stay

collects data on hospitalisations of patients, reasons are linked via a link table

clin.hospital_stay Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
row_version	integer	NOT NULL
modified_when	timestamp with time zone	NOT NULL DEFAULT now()
modified_by	name	NOT NULL DEFAULT "current_user"()
pk_item	integer	NOT NULL DEFAULT nextval('clin.clin_root_item_pk_item_seq'::regclass)
clin_when	timestamp with time zone	NOT NULL DEFAULT now() to be used as when the patient was admitted
fk_encounter	integer	NOT NULL
fk_episode	integer	NOT NULL
narrative	text	the hospital to which the patient was admitted
soap_cat	text
pk	serial	PRIMARY KEY
discharge	timestamp with time zone	when was the patient discharged

Table clin.hospital_stay Inherits clin_root_item,

clin.hospital_stay Constraints
Name	Constraint
clin_root_item_soap_cat_check	CHECK (((soap_cat IS NULL) OR (lower(soap_cat) = ANY (ARRAY['s'::text, 'o'::text, 'a'::text, 'p'::text]))))
sane_duration	CHECK (((discharge IS NULL) OR (discharge > clin_when)))
sane_hospital	CHECK (gm.is_null_or_non_empty_string(narrative))

Tables referencing this one via Foreign Key Constraints:

blobs.lnk_doc2hospital_stay

clin.procedure

Index - Schema clin

Table: clin.incoming_data_unmatchable

this table holds test results that could not be matched to any patient, it is intended to prevent overflow of incoming_data_unmatched with unmatchable data

clin.incoming_data_unmatchable Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
row_version	integer	NOT NULL
modified_when	timestamp with time zone	NOT NULL DEFAULT now()
modified_by	name	NOT NULL DEFAULT "current_user"()
pk	serial	PRIMARY KEY
fk_patient_candidates	integer[]
request_id	text
firstnames	text
lastnames	text
dob	date
postcode	text
other_info	text
type	text
data	bytea	NOT NULL
gender	text
requestor	text
external_data_id	text
fk_identity_disambiguated	integer

Table clin.incoming_data_unmatchable Inherits audit_fields,

Index - Schema clin

Table: clin.incoming_data_unmatched

this table holds incoming data (lab results, documents) that could not be matched to one single patient automatically, it is intended to facilitate manual matching, - use "modified_when" for import time

clin.incoming_data_unmatched Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
	fk_patient_candidates	integer[]	a matching algorithm can be applied to produce a list of likely candidate patients, the question remains whether this should not be done at runtime
	request_id	text	request ID as found in <data>
	firstnames	text	first names as found in <data>
	lastnames	text	last names as found in <data>
	dob	date	date of birth as found in <data>
	postcode	text	postcode as found in <data>
	other_info	text	other identifying information as found in <data>
	type	text	the type of <data>, eg HL7, LDT, ..., useful for selecting an importer
	data	bytea	NOT NULL the raw data
	gender	text	Gender of patient in source data if available.
	requestor	text	Requestor of data (e.g. who ordered test results) if available in source data.
	external_data_id	text	ID of content of .data in external system (e.g. importer) where appropriate
dem.identity.pk	fk_identity_disambiguated	integer	ID of patient the data is judged to really belong to.
	comment	text	a free text comment on this row, eg. why is it here
dem.staff.pk	fk_provider_disambiguated	integer	The provider the data is relevant to.

Table clin.incoming_data_unmatched Inherits audit_fields,

clin.incoming_data_unmatched Constraints
Name	Constraint
unmatched_data_sane_comment	CHECK ((gm.is_null_or_non_empty_string(comment) IS TRUE))

Index - Schema clin

Table: clin.keyword_expansion

A table for expanding text typed by the user based on keywords.

clin.keyword_expansion Structure
F-Key	Name	Type	Description
	pk	serial	PRIMARY KEY
dem.staff.pk	fk_staff	integer	UNIQUE#1 The provider this expansion applies to. If NULL: applies to all providers.
	keyword	text	UNIQUE#1 NOT NULL The keyword to expand. Can only exist once per provider.
	expansion	text	NOT NULL The expansion for this keyword.
	owner	text	NOT NULL DEFAULT "current_user"() Who "owns" this text expansion.

clin.keyword_expansion Constraints
Name	Constraint
keyword_expansion_keyword_check	CHECK ((btrim(keyword) <> ''::text))

Index - Schema clin

Table: clin.lab_request

test request metadata

clin.lab_request Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk_item	integer	NOT NULL DEFAULT nextval('clin.clin_root_item_pk_item_seq'::regclass)
	clin_when	timestamp with time zone	NOT NULL DEFAULT now() the time the sample for this request was taken LDT: 8432:8433 HL7: OBR.quantity_timing
clin.encounter.pk	fk_encounter	integer	NOT NULL
clin.episode.pk	fk_episode	integer	NOT NULL
	narrative	text	free text comment on request
	soap_cat	text	DEFAULT 'p'::text
	pk	serial	PRIMARY KEY
clin.test_org.pk	fk_test_org	integer	UNIQUE#1
	request_id	text	UNIQUE#1 NOT NULL ID this request had when sent to the lab LDT: 8310 HL7: OBR.filler_order_number
dem.identity.pk	fk_requestor	integer	who requested the test - really needed ?
	lab_request_id	text	ID this request had internally at the lab LDT: 8311
	lab_rxd_when	timestamp with time zone	when did the lab receive the request+sample LDT: 8301 HL7: OBR.requested_date_time
	results_reported_when	timestamp with time zone	when was the report on the result generated, LDT: 8302 HL7: OBR.results_report_status_change
	request_status	text	NOT NULL pending, final, preliminary, partial LDT: 8401
	is_pending	boolean	NOT NULL DEFAULT true true if any (even partial) results are still pending
	diagnostic_service_section	text	The (section of) the diagnostic service which performed the test. - HL7 2.3: OBR:24 Diagnostic Service Section ID - somewhat redundant with fk_test_org, which, however, points to more normalized data
	ordered_service	text	The (battery of) test(s)/service(s) ordered. - HL7 2.3: OBR:4 Universal Service ID
	note_test_org	text	A comment on this lab request by the performing organization (lab).

Table clin.lab_request Inherits clin_root_item,

clin.lab_request Constraints
Name	Constraint
clin_lab_req_sane_test_org_note	CHECK ((gm.is_null_or_non_empty_string(note_test_org) IS TRUE))
clin_root_item_soap_cat_check	CHECK (((soap_cat IS NULL) OR (lower(soap_cat) = ANY (ARRAY['s'::text, 'o'::text, 'a'::text, 'p'::text]))))
lab_request_request_id_check	CHECK ((btrim(request_id) <> ''::text))
lab_request_request_status_check	CHECK ((request_status = ANY (ARRAY['pending'::text, 'preliminary'::text, 'partial'::text, 'final'::text])))

Tables referencing this one via Foreign Key Constraints:

clin.test_result

idx_lreq_encounter fk_encounter idx_lreq_episode fk_episode

Index - Schema clin

Table: clin.lnk_code2aoe

Links codes to encounter.aoe.

clin.lnk_code2aoe Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk_lnk_code2item	integer	NOT NULL DEFAULT nextval('clin.lnk_code2item_root_pk_lnk_code2item_seq'::regclass)
	fk_generic_code	integer	UNIQUE#1 NOT NULL Custom foreign key to ref.coding_system_root.
clin.encounter.pk	fk_item	integer	UNIQUE#1 Foreign key to clin.encounter
	code_modifier	text
	pk	serial	PRIMARY KEY

Table clin.lnk_code2aoe Inherits lnk_code2item_root,

idx_c_lc2aoe_fk_item fk_item

Index - Schema clin

Table: clin.lnk_code2episode

Links codes to episodes.

clin.lnk_code2episode Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk_lnk_code2item	integer	NOT NULL DEFAULT nextval('clin.lnk_code2item_root_pk_lnk_code2item_seq'::regclass)
	fk_generic_code	integer	UNIQUE#1 NOT NULL Custom foreign key to ref.coding_system_root.
clin.episode.pk	fk_item	integer	UNIQUE#1 Foreign key to clin.episode
	code_modifier	text
	pk	serial	PRIMARY KEY

Table clin.lnk_code2episode Inherits lnk_code2item_root,

idx_c_lc2epi_fk_item fk_item

Index - Schema clin

Table: clin.lnk_code2fhx

Links codes to family history items.

clin.lnk_code2fhx Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk_lnk_code2item	integer	NOT NULL DEFAULT nextval('clin.lnk_code2item_root_pk_lnk_code2item_seq'::regclass)
	fk_generic_code	integer	UNIQUE#1 NOT NULL Custom foreign key to ref.coding_system_root.
clin.family_history.pk	fk_item	integer	UNIQUE#1 Foreign key to clin.family_history
	code_modifier	text
	pk	serial	PRIMARY KEY

Table clin.lnk_code2fhx Inherits lnk_code2item_root,

idx_c_lc2fhx_fk_item fk_item

Index - Schema clin

Table: clin.lnk_code2h_issue

Links codes to health issues.

clin.lnk_code2h_issue Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk_lnk_code2item	integer	NOT NULL DEFAULT nextval('clin.lnk_code2item_root_pk_lnk_code2item_seq'::regclass)
	fk_generic_code	integer	UNIQUE#1 NOT NULL Custom foreign key to ref.coding_system_root.
clin.health_issue.pk	fk_item	integer	UNIQUE#1 Foreign key to clin.health_issue
	code_modifier	text
	pk	serial	PRIMARY KEY

Table clin.lnk_code2h_issue Inherits lnk_code2item_root,

idx_c_lc2iss_fk_item fk_item

Index - Schema clin

Table: clin.lnk_code2item_root

The parent table of all tables linking codes to EMR structures. Coding tables check this table for existence of their PK in .fk_generic_code in order to prevent cascading DELETEs/UPDATEs from breaking referential integrity. EMR structure tables foreign key into children of this table in order to link structures to codes.

clin.lnk_code2item_root Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
row_version	integer	NOT NULL
modified_when	timestamp with time zone	NOT NULL DEFAULT now()
modified_by	name	NOT NULL DEFAULT "current_user"()
pk_lnk_code2item	serial	PRIMARY KEY
fk_generic_code	integer	Custom foreign key to ref.coding_system_root.pk_coding_system.
fk_item	integer	Foreign key to clin.* tables
code_modifier	text	Usage specific modifier on the base code, say, certainty or laterality of ICD-10 codes.

Table clin.lnk_code2item_root Inherits audit_fields,

Index - Schema clin

Table: clin.lnk_code2narrative

Links codes to SOAP narrative.

clin.lnk_code2narrative Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk_lnk_code2item	integer	NOT NULL DEFAULT nextval('clin.lnk_code2item_root_pk_lnk_code2item_seq'::regclass)
	fk_generic_code	integer	UNIQUE#1 NOT NULL Custom foreign key to ref.coding_system_root.
clin.clin_narrative.pk	fk_item	integer	UNIQUE#1 Foreign key to clin.clin_narrative
	code_modifier	text
	pk	serial	PRIMARY KEY

Table clin.lnk_code2narrative Inherits lnk_code2item_root,

idx_c_lc2narr_fk_item fk_item

Index - Schema clin

Table: clin.lnk_code2procedure

Links codes to procedures. OPS comes to mind.

clin.lnk_code2procedure Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk_lnk_code2item	integer	NOT NULL DEFAULT nextval('clin.lnk_code2item_root_pk_lnk_code2item_seq'::regclass)
	fk_generic_code	integer	UNIQUE#1 NOT NULL Custom foreign key to ref.coding_system_root.
clin.procedure.pk	fk_item	integer	UNIQUE#1 Foreign key to clin.procedure
	code_modifier	text
	pk	serial	PRIMARY KEY

Table clin.lnk_code2procedure Inherits lnk_code2item_root,

idx_c_lc2proc_fk_item fk_item

Index - Schema clin

Table: clin.lnk_code2rfe

Links codes to encounters.

clin.lnk_code2rfe Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk_lnk_code2item	integer	NOT NULL DEFAULT nextval('clin.lnk_code2item_root_pk_lnk_code2item_seq'::regclass)
	fk_generic_code	integer	UNIQUE#1 NOT NULL Custom foreign key to ref.coding_system_root.
clin.encounter.pk	fk_item	integer	UNIQUE#1 Foreign key to clin.encounter
	code_modifier	text
	pk	serial	PRIMARY KEY

Table clin.lnk_code2rfe Inherits lnk_code2item_root,

idx_c_lc2rfe_fk_item fk_item

Index - Schema clin

Table: clin.lnk_constraint2vacc_course

links constraints to courses

clin.lnk_constraint2vacc_course Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
clin.vaccination_course.pk	fk_vaccination_course	integer	UNIQUE#1 NOT NULL
clin.vaccination_course_constraint.pk	fk_constraint	integer	UNIQUE#1 NOT NULL

Table clin.lnk_constraint2vacc_course Inherits audit_fields,

Index - Schema clin

Table: clin.lnk_pat2vaccination_course

links patients to vaccination courses they are actually on, this allows for per-patient selection of courses to be followed, eg. children at different ages may be on different vaccination courses or some people are on a course due to a trip abroad while most others are not

clin.lnk_pat2vaccination_course Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
dem.identity.pk	fk_patient	integer	UNIQUE#1 NOT NULL
clin.vaccination_course.pk	fk_course	integer	UNIQUE#1 NOT NULL

Table clin.lnk_pat2vaccination_course Inherits audit_fields,

Index - Schema clin

Table: clin.lnk_substance2episode

clin.lnk_substance2episode Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
clin.episode.pk	fk_episode	integer
clin.substance_intake.pk	fk_substance	integer

Table clin.lnk_substance2episode Inherits audit_fields,

Index - Schema clin

Table: clin.lnk_tst2norm

links test result evaluation norms to tests

clin.lnk_tst2norm Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	id	serial	PRIMARY KEY
clin.test_type.pk	id_test	integer	UNIQUE#1 NOT NULL which test does the linked norm apply to
	id_norm	integer	UNIQUE#1 NOT NULL the norm to apply to the linked test

Table clin.lnk_tst2norm Inherits audit_fields,

Index - Schema clin

Table: clin.lnk_ttype2unified_type

clin.lnk_ttype2unified_type Structure
F-Key	Name	Type	Description
	pk	serial	PRIMARY KEY
clin.test_type.pk	fk_test_type	integer	NOT NULL
clin.meta_test_type.pk	fk_test_type_unified	integer	NOT NULL

idx_ltt2ut_fk_ttu fk_test_type_unified

Index - Schema clin

Table: clin.lnk_type2item

allow to link many-to-many between clin.clin_root_item and clin.clin_item_type

clin.lnk_type2item Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
clin.clin_item_type.pk	fk_type	integer	UNIQUE#1 NOT NULL
	fk_item	integer	UNIQUE#1 NOT NULL the item this type is linked to, since PostgreSQL apparently cannot reference a value inserted from a child table (?) we must simulate referential integrity checks with a custom trigger, this, however, does not deal with update/delete cascading :-(

Table clin.lnk_type2item Inherits audit_fields,

Index - Schema clin

Table: clin.lnk_vaccination_course2schedule

this table links vaccination courses for a single epitope into schedules defined and recommended by a vaccination council or similar entity

clin.lnk_vaccination_course2schedule Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
clin.vaccination_course.pk	fk_course	integer	UNIQUE NOT NULL
clin.vaccination_schedule.pk	fk_schedule	integer	NOT NULL

Table clin.lnk_vaccination_course2schedule Inherits audit_fields,

Index - Schema clin

Table: clin.lnk_vaccine2inds

links vaccines to their indications

clin.lnk_vaccine2inds Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	id	serial	PRIMARY KEY
clin.vaccine.pk	fk_vaccine	integer	UNIQUE#1 NOT NULL
clin.vacc_indication.id	fk_indication	integer	UNIQUE#1 NOT NULL

Table clin.lnk_vaccine2inds Inherits audit_fields,

Index - Schema clin

Table: clin.meta_test_type

this table merges test types from various test orgs which are intended to measure the same value but have differing names into one logical test type, this is not intended to be used for aggregating semantically different test types into "profiles"

clin.meta_test_type Structure
Name	Type	Description
pk	serial	PRIMARY KEY
abbrev	text	UNIQUE#1 NOT NULL
name	text	UNIQUE#1 NOT NULL
loinc	text
comment	text

Tables referencing this one via Foreign Key Constraints:

clin.lnk_ttype2unified_type

Index - Schema clin

Table: clin.procedure

This table holds procedure/operations performed on the patient both in hospital or in community care.

clin.procedure Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk_item	integer	NOT NULL DEFAULT nextval('clin.clin_root_item_pk_item_seq'::regclass)
	clin_when	timestamp with time zone	NOT NULL DEFAULT now()
	fk_encounter	integer	NOT NULL
	fk_episode	integer	NOT NULL
	narrative	text	Which procedure/operation was performed.
	soap_cat	text	DEFAULT 'p'::text
	pk	serial	PRIMARY KEY
	clin_where	text	Where was the procedure/operation performed, unless fk_hospital_stay is not null
clin.hospital_stay.pk	fk_hospital_stay	integer	At which hospital was the procedure performed, unless clin_where is not null, if null it was an ambulatory procedure.
	clin_end	timestamp with time zone	When did this procedure end/is expected to end. - NULL if unknown or .clin_when (=start) is sufficient (eg. insignificant duration)
	is_ongoing	boolean	NOT NULL DEFAULT false Whether this procedure is still going on (such as desensibilisation, chemotherapy, etc).

Table clin.procedure Inherits clin_root_item,

clin.procedure Constraints
Name	Constraint
clin_root_item_soap_cat_check	CHECK (((soap_cat IS NULL) OR (lower(soap_cat) = ANY (ARRAY['s'::text, 'o'::text, 'a'::text, 'p'::text]))))
procedure_sane_end	CHECK (((clin_end IS NULL) OR (clin_end >= clin_when)))
procedure_sane_ongoing	CHECK (((is_ongoing IS FALSE) OR ((clin_end IS NULL) OR (clin_end > now()))))
sane_location	CHECK (gm.is_null_or_non_empty_string(clin_where))
sane_procedure	CHECK ((gm.is_null_or_blank_string(narrative) IS FALSE))
sane_soap_cat	CHECK ((soap_cat = ANY (ARRAY['a'::text, 'p'::text])))
single_location_definition	CHECK ((((fk_hospital_stay IS NULL) AND (clin_where IS NOT NULL)) OR ((fk_hospital_stay IS NOT NULL) AND (clin_where IS NULL))))

Tables referencing this one via Foreign Key Constraints:

clin.lnk_code2procedure

Index - Schema clin

Table: clin.review_root

this table tracks whether a particular clinical item was reviewed by a clinician or not

clin.review_root Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
	fk_reviewed_row	integer	UNIQUE#1 NOT NULL the row the review status is for: to be qualified as a proper foreign key in child tables
dem.staff.pk	fk_reviewer	integer	UNIQUE#1 NOT NULL who has reviewed the item
	is_technically_abnormal	boolean	NOT NULL whether test provider flagged this result as abnormal, not a clinical assessment but rather a technical one LDT: exist(8422)
	clinically_relevant	boolean	NOT NULL whether this result is considered relevant clinically, need not correspond to the value of "techically_abnormal" since abnormal values may be irrelevant while normal ones can be of significance
	comment	text

Table clin.review_root Inherits audit_fields,

Index - Schema clin

Table: clin.reviewed_test_results

review table for test results

clin.reviewed_test_results Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	integer	PRIMARY KEY DEFAULT nextval('clin.review_root_pk_seq'::regclass)
clin.test_result.pk	fk_reviewed_row	integer	UNIQUE#1 UNIQUE NOT NULL
dem.staff.pk	fk_reviewer	integer	UNIQUE#1 NOT NULL DEFAULT clin.f_fk_reviewer_default()
	is_technically_abnormal	boolean	NOT NULL
	clinically_relevant	boolean	NOT NULL
	comment	text

Table clin.reviewed_test_results Inherits review_root,

idx_rtr_fk_reviewer fk_reviewer

Index - Schema clin

Table: clin.soap_cat_ranks

clin.soap_cat_ranks Structure
Name	Type	Description
pk	serial	PRIMARY KEY
rank	integer	NOT NULL
soap_cat	character(1)

clin.soap_cat_ranks Constraints
Name	Constraint
soap_cat_ranks_rank_check	CHECK ((rank = ANY (ARRAY[1, 2, 3, 4, 5])))
soap_cat_ranks_soap_cat_check	CHECK (((soap_cat IS NULL) OR (lower((soap_cat)::text) = ANY (ARRAY['s'::text, 'o'::text, 'a'::text, 'p'::text]))))

Index - Schema clin

Table: clin.substance_intake

The substances a patient is actually currently taking.

clin.substance_intake Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk_item	integer	NOT NULL DEFAULT nextval('clin.clin_root_item_pk_item_seq'::regclass)
	clin_when	timestamp with time zone	NOT NULL DEFAULT now() When was this substance started.
	fk_encounter	integer	NOT NULL The encounter use of this substance was documented under.
	fk_episode	integer
	narrative	text	Any notes on this substance use.
	soap_cat	text	DEFAULT 'p'::text
	pk	serial	PRIMARY KEY
ref.consumable_substance.pk	fk_substance	integer	Links to a substance the patient is taking. ******************************************* DO NOT TRY TO USE THIS TO FIND OUT THE BRAND. IT WILL BE WRONG. *******************************************
	preparation	text	How this substance is delivered, tablet, pill, liquid, cream.
	schedule	text	The schedule, if any, the substance is to be taken by. An XML snippet to be interpreted by the middleware.
	aim	text	The aim of taking this substance.
	duration	interval	How long is this substances intended to be taken.
	intake_is_approved_of	boolean	NOT NULL Whether or not intake of this substance is recommended/approved of by the provider
	is_long_term	boolean	whether this is expected to be a regular/ongoing/chronic/long-term/repeat/permament/perpetual/life-long substance intake
	discontinued	timestamp with time zone	why was this entry discontinued
	discontinue_reason	text
ref.lnk_substance2brand.pk	fk_drug_component	integer	Links to the component of a branded drug taken by a patient.

Table clin.substance_intake Inherits clin_root_item,

clin.substance_intake Constraints
Name	Constraint
clin_root_item_soap_cat_check	CHECK (((soap_cat IS NULL) OR (lower(soap_cat) = ANY (ARRAY['s'::text, 'o'::text, 'a'::text, 'p'::text]))))
clin_subst_intake_either_drug_or_substance	CHECK ((((fk_drug_component IS NULL) AND (fk_substance IS NOT NULL)) OR ((fk_drug_component IS NOT NULL) AND (fk_substance IS NULL))))
clin_subst_intake_sane_prep	CHECK ((((fk_drug_component IS NULL) AND (preparation IS NOT NULL)) OR ((fk_drug_component IS NOT NULL) AND (preparation IS NULL))))
discontinued_after_started	CHECK ((((clin_when IS NULL) OR (discontinued IS NULL)) OR ((discontinued >= clin_when) AND (discontinued <= now()))))
medication_is_plan	CHECK ((soap_cat = 'p'::text))
sane_aim	CHECK ((gm.is_null_or_non_empty_string(aim) IS TRUE))
sane_discontinue_reason	CHECK ((((discontinued IS NULL) AND (discontinue_reason IS NULL)) OR ((discontinued IS NOT NULL) AND (gm.is_null_or_non_empty_string(discontinue_reason) IS TRUE))))
sane_fk_episode	CHECK (((intake_is_approved_of IS FALSE) OR ((intake_is_approved_of IS TRUE) AND (fk_episode IS NOT NULL))))
sane_schedule	CHECK ((gm.is_null_or_non_empty_string(schedule) IS TRUE))

Tables referencing this one via Foreign Key Constraints:

clin.lnk_substance2episode

idx_c_subst_int_fk_drug_comp fk_drug_component idx_fk_substance_curr_med fk_substance

Index - Schema clin

Table: clin.test_org

organisation providing results

clin.test_org Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
dem.org_unit.pk	fk_org_unit	integer	UNIQUE NOT NULL link to organisation HL7: MSH.sending_facility/sending_application
dem.identity.pk	fk_adm_contact	integer	whom to call for admin questions (modem link, etc.)
dem.identity.pk	fk_med_contact	integer	whom to call for medical questions (result verification, additional test requests)
	comment	text	useful for, say, dummy records where you want to mark up stuff like "pharmacy such-and-such" if you don't have it in your contacts
	contact	text	free-text contact information for this lab

Table clin.test_org Inherits audit_fields,

clin.test_org Constraints
Name	Constraint
sane_comment	CHECK ((gm.is_null_or_non_empty_string(comment) IS TRUE))
sane_contact	CHECK ((gm.is_null_or_non_empty_string(contact) IS TRUE))

Tables referencing this one via Foreign Key Constraints:

clin.lab_request

clin.test_type

staging.lab_request

Index - Schema clin

Table: clin.test_result

the results of a single measurement

clin.test_result Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk_item	integer	NOT NULL DEFAULT nextval('clin.clin_root_item_pk_item_seq'::regclass)
	clin_when	timestamp with time zone	NOT NULL DEFAULT now() the time when this result was actually obtained, if this is a lab result this should be between lab_request.clin_when and lab_request.results_reported_when, HL7: OBR.observation_date_time
clin.encounter.pk	fk_encounter	integer	NOT NULL
clin.episode.pk	fk_episode	integer	NOT NULL
	narrative	text	clinical comment, progress note
	soap_cat	text	DEFAULT 'o'::text
	pk	serial	PRIMARY KEY
clin.test_type.pk	fk_type	integer	NOT NULL the type of test this result is from
	val_num	numeric	numeric value if any, HL7: OBX.observation_results if OBX.value_type == NM
	val_alpha	text	alphanumeric value if any, HL7: OBX.observation_results if OBX.value_type == FT
	val_unit	text	the unit this result came in HL7: OBX.units
	val_normal_min	numeric	lower bound of normal range if numerical as defined by provider for this result
	val_normal_max	numeric	upper bound of normal range if numerical as defined by provider for this result
	val_normal_range	text	range of normal values if alphanumerical as defined by provider for this result, eg. "less than 0.5 but detectable" HL7: OBX.reference_range
	val_target_min	numeric	lower bound of target range if numerical as defined by clinician caring this patient
	val_target_max	numeric	upper bound of target range if numerical as defined by clinician caring for this patient
	val_target_range	text	range of target values if alphanumerical as defined by clinician caring for this patient
	abnormality_indicator	text	how the test provider flagged this result as abnormal, not a clinical assessment but rather a technical one LDT: 8422
	norm_ref_group	text	what sample of the population does this normal range applay to, eg what type of patient was assumed when interpreting this result, LDT: 8407
	note_test_org	text	A comment on the test result provided by the tester or testing entity.
	material	text	the submitted material, eg. smear, serum, urine, etc., LDT: 8430
	material_detail	text	details re the material, eg. site taken from, etc. LDT: 8431
dem.staff.pk	fk_intended_reviewer	integer	NOT NULL who is supposed to review this item
clin.lab_request.pk	fk_request	integer	The request this result was ordered under if any.

Table clin.test_result Inherits clin_root_item,

clin.test_result Constraints
Name	Constraint
clin_root_item_soap_cat_check	CHECK (((soap_cat IS NULL) OR (lower(soap_cat) = ANY (ARRAY['s'::text, 'o'::text, 'a'::text, 'p'::text]))))
numval_needs_unit	CHECK ((((val_num IS NOT NULL) AND (btrim(COALESCE(val_unit, ''::text)) <> ''::text)) OR (val_num IS NULL)))
test_result_check	CHECK ((((val_num IS NOT NULL) OR (val_alpha IS NOT NULL)) OR (((val_num IS NULL) AND (val_alpha <> ''::text)) AND (val_alpha IS NOT NULL))))

Tables referencing this one via Foreign Key Constraints:

clin.reviewed_test_results

idx_test_result_fk_type fk_type idx_tres_encounter fk_encounter idx_tres_episode fk_episode

Index - Schema clin

Table: clin.test_type

measurement type, like a "method" in a lab

clin.test_type Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
clin.test_org.pk	fk_test_org	integer	UNIQUE#1 organisation carrying out this type of measurement, eg. a particular lab
	code	text	UNIQUE#1 short name, acronym or code of this type of measurement, may conform to some official list or other such as LOINC, Australian Pathology request codes or German lab-specific ELVs, actually, this column should be checked against the coding system tables, too, the only problem being that we do not know which one ... as it depends on the value in "coding_system", HL7: OBX.observation_identifier
	coding_system	text	UNIQUE#1 identifier of coding system that the code of this measurement type is taken from, should be verifiable against the "reference" service of GnuMed
	name	text	NOT NULL descriptive name of this measurement type, HL7: OBX.observation_identifier
	comment	text	arbitrary comment on this type of measurement/test such as "outdated" or "only reliable when ..."
	conversion_unit	text	the basic unit for this test type, preferably SI, used for comparing results delivered in differing units, this does not relate to what unit the test provider delivers results in but rather the unit we think those results need to be converted to in order to be comparable to OTHER results
	loinc	text
	abbrev	text	NOT NULL

Table clin.test_type Inherits audit_fields,

Tables referencing this one via Foreign Key Constraints:

clin.lnk_tst2norm

clin.lnk_ttype2unified_type

clin.test_result

de_de.lab_test_gnr

Index - Schema clin

View: clin.v_emr_journal

Clinical patient data formatted into one string per clinical entity even if it constains several user- visible fields. Mainly useful for display as a simple EMR journal.

clin.v_emr_journal Structure
F-Key	Name	Type	Description
	pk_patient	integer
	modified_when	timestamp with time zone
	clin_when	timestamp with time zone
	modified_by	text
	soap_cat	text
	narrative	text
	pk_encounter	integer
	pk_episode	integer
	pk_health_issue	integer
	src_pk	integer
	src_table	text
	row_version	integer

(
     (
           (
                 (
                       (
                             (
                                   (
                                         (
                                               (
                                                     (
                                                           (
                                                            SELECT v_pat_narrative_journal.pk_patient
                                                                 , v_pat_narrative_journal.modified_when
                                                                 , v_pat_narrative_journal.clin_when
                                                                 , v_pat_narrative_journal.modified_by
                                                                 , v_pat_narrative_journal.soap_cat
                                                                 , v_pat_narrative_journal.narrative
                                                                 , v_pat_narrative_journal.pk_encounter
                                                                 , v_pat_narrative_journal.pk_episode
                                                                 , v_pat_narrative_journal.pk_health_issue
                                                                 , v_pat_narrative_journal.src_pk
                                                                 , v_pat_narrative_journal.src_table
                                                                 , v_pat_narrative_journal.row_version 
                                                              FROM clin.v_pat_narrative_journal 
                                                         UNION ALLSELECT v_health_issues_journal.pk_patient
                                                                 , v_health_issues_journal.modified_when
                                                                 , v_health_issues_journal.clin_when
                                                                 , v_health_issues_journal.modified_by
                                                                 , v_health_issues_journal.soap_cat
                                                                 , v_health_issues_journal.narrative
                                                                 , v_health_issues_journal.pk_encounter
                                                                 , v_health_issues_journal.pk_episode
                                                                 , v_health_issues_journal.pk_health_issue
                                                                 , v_health_issues_journal.src_pk
                                                                 , v_health_issues_journal.src_table
                                                                 , v_health_issues_journal.row_version 
                                                              FROM clin.v_health_issues_journal
                                                           )
                                                   UNION ALLSELECT v_pat_encounters_journal.pk_patient
                                                           , v_pat_encounters_journal.modified_when
                                                           , v_pat_encounters_journal.clin_when
                                                           , v_pat_encounters_journal.modified_by
                                                           , v_pat_encounters_journal.soap_cat
                                                           , v_pat_encounters_journal.narrative
                                                           , v_pat_encounters_journal.pk_encounter
                                                           , v_pat_encounters_journal.pk_episode
                                                           , v_pat_encounters_journal.pk_health_issue
                                                           , v_pat_encounters_journal.src_pk
                                                           , v_pat_encounters_journal.src_table
                                                           , v_pat_encounters_journal.row_version 
                                                        FROM clin.v_pat_encounters_journal
                                                     )
                                             UNION ALLSELECT v_pat_episodes_journal.pk_patient
                                                     , v_pat_episodes_journal.modified_when
                                                     , v_pat_episodes_journal.clin_when
                                                     , v_pat_episodes_journal.modified_by
                                                     , v_pat_episodes_journal.soap_cat
                                                     , v_pat_episodes_journal.narrative
                                                     , v_pat_episodes_journal.pk_encounter
                                                     , v_pat_episodes_journal.pk_episode
                                                     , v_pat_episodes_journal.pk_health_issue
                                                     , v_pat_episodes_journal.src_pk
                                                     , v_pat_episodes_journal.src_table
                                                     , v_pat_episodes_journal.row_version 
                                                  FROM clin.v_pat_episodes_journal
                                               )
                                       UNION ALLSELECT v_family_history_journal.pk_patient
                                               , v_family_history_journal.modified_when
                                               , v_family_history_journal.clin_when
                                               , v_family_history_journal.modified_by
                                               , v_family_history_journal.soap_cat
                                               , v_family_history_journal.narrative
                                               , v_family_history_journal.pk_encounter
                                               , v_family_history_journal.pk_episode
                                               , v_family_history_journal.pk_health_issue
                                               , v_family_history_journal.src_pk
                                               , v_family_history_journal.src_table
                                               , v_family_history_journal.row_version 
                                            FROM clin.v_family_history_journal
                                         )
                                 UNION ALLSELECT v_pat_allergies_journal.pk_patient
                                         , v_pat_allergies_journal.modified_when
                                         , v_pat_allergies_journal.clin_when
                                         , v_pat_allergies_journal.modified_by
                                         , v_pat_allergies_journal.soap_cat
                                         , v_pat_allergies_journal.narrative
                                         , v_pat_allergies_journal.pk_encounter
                                         , v_pat_allergies_journal.pk_episode
                                         , v_pat_allergies_journal.pk_health_issue
                                         , v_pat_allergies_journal.src_pk
                                         , v_pat_allergies_journal.src_table
                                         , 0 AS row_version 
                                      FROM clin.v_pat_allergies_journal
                                   )
                           UNION ALLSELECT v_pat_allergy_state_journal.pk_patient
                                   , v_pat_allergy_state_journal.modified_when
                                   , v_pat_allergy_state_journal.clin_when
                                   , v_pat_allergy_state_journal.modified_by
                                   , v_pat_allergy_state_journal.soap_cat
                                   , v_pat_allergy_state_journal.narrative
                                   , v_pat_allergy_state_journal.fk_encounter AS pk_encounter
                                   , v_pat_allergy_state_journal.fk_episode AS pk_episode
                                   , v_pat_allergy_state_journal.pk_health_issue
                                   , v_pat_allergy_state_journal.src_pk
                                   , v_pat_allergy_state_journal.src_table
                                   , v_pat_allergy_state_journal.row_version 
                                FROM clin.v_pat_allergy_state_journal
                             )
                     UNION ALLSELECT v_test_results_journal.pk_patient
                             , v_test_results_journal.modified_when
                             , v_test_results_journal.clin_when
                             , v_test_results_journal.modified_by
                             , v_test_results_journal.soap_cat
                             , v_test_results_journal.narrative
                             , v_test_results_journal.pk_encounter
                             , v_test_results_journal.pk_episode
                             , v_test_results_journal.pk_health_issue
                             , v_test_results_journal.src_pk
                             , v_test_results_journal.src_table
                             , v_test_results_journal.row_version 
                          FROM clin.v_test_results_journal
                       )
               UNION ALLSELECT v_pat_hospital_stays_journal.pk_patient
                       , v_pat_hospital_stays_journal.modified_when
                       , v_pat_hospital_stays_journal.clin_when
                       , v_pat_hospital_stays_journal.modified_by
                       , v_pat_hospital_stays_journal.soap_cat
                       , v_pat_hospital_stays_journal.narrative
                       , v_pat_hospital_stays_journal.pk_encounter
                       , v_pat_hospital_stays_journal.pk_episode
                       , v_pat_hospital_stays_journal.pk_health_issue
                       , v_pat_hospital_stays_journal.src_pk
                       , v_pat_hospital_stays_journal.src_table
                       , v_pat_hospital_stays_journal.row_version 
                    FROM clin.v_pat_hospital_stays_journal
                 )
         UNION ALLSELECT v_doc_med_journal.pk_patient
                 , v_doc_med_journal.modified_when
                 , v_doc_med_journal.clin_when
                 , v_doc_med_journal.modified_by
                 , v_doc_med_journal.soap_cat
                 , v_doc_med_journal.narrative
                 , v_doc_med_journal.pk_encounter
                 , v_doc_med_journal.pk_episode
                 , v_doc_med_journal.pk_health_issue
                 , v_doc_med_journal.src_pk
                 , v_doc_med_journal.src_table
                 , 0 AS row_version 
              FROM blobs.v_doc_med_journal
           )
   UNION ALLSELECT v_pat_substance_intake_journal.pk_patient
           , v_pat_substance_intake_journal.modified_when
           , v_pat_substance_intake_journal.clin_when
           , v_pat_substance_intake_journal.modified_by
           , v_pat_substance_intake_journal.soap_cat
           , v_pat_substance_intake_journal.narrative
           , v_pat_substance_intake_journal.pk_encounter
           , v_pat_substance_intake_journal.pk_episode
           , v_pat_substance_intake_journal.pk_health_issue
           , v_pat_substance_intake_journal.src_pk
           , v_pat_substance_intake_journal.src_table
           , v_pat_substance_intake_journal.row_version 
        FROM clin.v_pat_substance_intake_journal
     )
UNION ALLSELECT v_pat_procedures_journal.pk_patient
     , v_pat_procedures_journal.modified_when
     , v_pat_procedures_journal.clin_when
     , v_pat_procedures_journal.modified_by
     , v_pat_procedures_journal.soap_cat
     , v_pat_procedures_journal.narrative
     , v_pat_procedures_journal.pk_encounter
     , v_pat_procedures_journal.pk_episode
     , v_pat_procedures_journal.pk_health_issue
     , v_pat_procedures_journal.src_pk
     , v_pat_procedures_journal.src_table
     , v_pat_procedures_journal.row_version 
  FROM clin.v_pat_procedures_journal
)
UNION ALLSELECT v_pat_vaccinations_journal.pk_patient
, v_pat_vaccinations_journal.modified_when
, v_pat_vaccinations_journal.clin_when
, v_pat_vaccinations_journal.modified_by
, v_pat_vaccinations_journal.soap_cat
, v_pat_vaccinations_journal.narrative
, v_pat_vaccinations_journal.pk_encounter
, v_pat_vaccinations_journal.pk_episode
, v_pat_vaccinations_journal.pk_health_issue
, v_pat_vaccinations_journal.src_pk
, v_pat_vaccinations_journal.src_table
, v_pat_vaccinations_journal.row_version 
FROM clin.v_pat_vaccinations_journal;

Index - Schema clin

View: clin.v_family_history

family history denormalized

clin.v_family_history Structure
F-Key	Name	Type	Description
	pk_family_history	integer
	pk_patient	integer
	soap_cat	text
	relation	text
	l10n_relation	text
	condition	text
	age_noted	text
	age_of_death	interval
	contributed_to_death	boolean
	comment	text
	episode	text
	when_known_to_patient	timestamp with time zone
	name_relative	text
	dob_relative	timestamp with time zone
	is_genetic_relative	boolean
	pk_encounter	integer
	pk_episode	integer
	pk_health_issue	integer
	pk_fhx_relation_type	integer
	modified_when	timestamp with time zone
	pk_generic_codes	integer[]
	xmin_family_history	xid

SELECT c_fh.pk AS pk_family_history
, cenc.fk_patient AS pk_patient
, c_fh.soap_cat
, c_fhrt.description AS relation
, _
(c_fhrt.description) AS l10n_relation
, c_fh.narrative AS condition
, c_fh.age_noted
, c_fh.age_of_death
, c_fh.contributed_to_death
, c_fh.comment
, cep.description AS episode
, c_fh.clin_when AS when_known_to_patient
, c_fh.name_relative
, c_fh.dob_relative
, c_fhrt.is_genetic AS is_genetic_relative
, c_fh.fk_encounter AS pk_encounter
, c_fh.fk_episode AS pk_episode
, cep.fk_health_issue AS pk_health_issue
, c_fhrt.pk AS pk_fhx_relation_type
, c_fh.modified_when
, COALESCE
(
     (
      SELECT array_agg
           (c_lc2fhx.fk_generic_code) AS array_agg 
        FROM clin.lnk_code2fhx c_lc2fhx 
       WHERE (c_lc2fhx.fk_item = c_fh.pk)
     )
     , ARRAY[]::integer[]
) AS pk_generic_codes
, c_fh.xmin AS xmin_family_history 
FROM (
     (
           (clin.family_history c_fh 
              JOIN clin.encounter cenc 
                ON (
                       (c_fh.fk_encounter = cenc.pk)
                 )
           )
        JOIN clin.episode cep 
          ON (
                 (c_fh.fk_episode = cep.pk)
           )
     )
LEFT JOIN clin.fhx_relation_type c_fhrt 
    ON (
           (c_fh.fk_relation_type = c_fhrt.pk)
     )
);

Index - Schema clin

View: clin.v_family_history_journal

clin.v_family_history_journal Structure
F-Key	Name	Type	Description
	pk_patient	integer
	modified_when	timestamp with time zone
	clin_when	timestamp with time zone
	modified_by	text
	soap_cat	text
	narrative	text
	pk_encounter	integer
	pk_episode	integer
	pk_health_issue	integer
	src_pk	integer
	src_table	text
	row_version	integer

SELECT cenc.fk_patient AS pk_patient
, c_fh.modified_when
, c_fh.clin_when
, COALESCE
(
     (
      SELECT staff.short_alias 
        FROM dem.staff 
       WHERE (staff.db_user = c_fh.modified_by)
     )
     , (
           ('<'::text || 
                 (c_fh.modified_by)::text
           ) || '>'::text
     )
) AS modified_by
, c_fh.soap_cat
, (
     (
           (
                 (
                       (
                             (
                                   (
                                         (
                                               (
                                                     (
                                                           (
                                                                 (_
                                                                       (c_fhrt.description) || COALESCE
                                                                       (
                                                                             (' @ '::text || c_fh.age_noted)
                                                                             ,''::text
                                                                       )
                                                                 ) || ': '::text
                                                           ) || c_fh.narrative
                                                     ) || '
'::text
                                               ) || ' '::text
                                         ) || CASE WHEN 
                                         (c_fh.contributed_to_death IS TRUE) THEN 
                                         (_
                                               ('contributed to death'::text) || ' '::text
                                         ) ELSE ''::text END
                                   ) || COALESCE
                                   (
                                         ('@ '::text || 
                                               (justify_interval
                                                     (c_fh.age_of_death)
                                               )::text
                                         )
                                         ,''::text
                                   )
                             ) || '
'::text
                       ) || COALESCE
                       (
                             (
                                   (' '::text || c_fh.name_relative) || 
                                 ','::text
                             )
                             ,''::text
                       )
                 ) || COALESCE
                 (
                       (' '::text || to_char
                             (c_fh.dob_relative
                                   ,'YYYY-MM-DD'::text
                             )
                       )
                       ,''::text
                 )
           ) || COALESCE
           (
                 ('
 '::text || c_fh.comment)
                 ,''::text
           )
     ) || COALESCE
     (
           (
                 (';
'::text || array_to_string
                       (
                             (
                              SELECT array_agg
                                   (
                                         (
                                               (
                                                     (
                                                           (
                                                                 (
                                                                       (
                                                                             (
                                                                                   (r_csr.code || 
                                                                                      ' ('::text) || r_ds.name_short
                                                                                   ) || ' - '::text
                                                                             ) || r_ds.version
                                                                       ) || ' - '::text
                                                                 ) || r_ds.lang
                                                           ) || 
                                                 '): '::text
                                               ) || r_csr.term
                                         )
                                   ) AS array_agg 
                                FROM (
                                         (clin.lnk_code2fhx c_lc2fhx 
                                            JOIN ref.coding_system_root r_csr 
                                              ON (
                                                     (c_lc2fhx.fk_generic_code = r_csr.pk_coding_system)
                                               )
                                         )
                                      JOIN ref.data_source r_ds 
                                        ON (
                                               (r_ds.pk = r_csr.fk_data_source)
                                         )
                                   )
                               WHERE (c_lc2fhx.fk_item = c_fh.pk)
                             )
                             ,'; '::text
                       )
                 ) || ';'::text
           )
           ,''::text
     )
) AS narrative
, c_fh.fk_encounter AS pk_encounter
, c_fh.fk_episode AS pk_episode
, cep.fk_health_issue AS pk_health_issue
, c_fh.pk AS src_pk
,'clin.family_history'::text AS src_table
, c_fh.row_version 
FROM (
     (
           (clin.family_history c_fh 
              JOIN clin.encounter cenc 
                ON (
                       (c_fh.fk_encounter = cenc.pk)
                 )
           )
        JOIN clin.episode cep 
          ON (
                 (c_fh.fk_episode = cep.pk)
           )
     )
LEFT JOIN clin.fhx_relation_type c_fhrt 
    ON (
           (c_fh.fk_relation_type = c_fhrt.pk)
     )
);

Index - Schema clin

View: clin.v_health_issues

clin.v_health_issues Structure
F-Key	Name	Type	Description
	pk_patient	integer
	pk_health_issue	integer
	description	text
	summary	text
	laterality	character varying(2)
	age_noted	interval
	is_active	boolean
	clinically_relevant	boolean
	is_confidential	boolean
	is_cause_of_death	boolean
	pk_encounter	integer
	modified_when	timestamp with time zone
	modified_by	name
	row_version	integer
	grouping	text
	diagnostic_certainty_classification	text
	pk_generic_codes	integer[]
	xmin_health_issue	xid

SELECT (
SELECT encounter.fk_patient 
  FROM clin.encounter 
 WHERE (encounter.pk = chi.fk_encounter)
) AS pk_patient
, chi.pk AS pk_health_issue
, chi.description
, chi.summary
, chi.laterality
, chi.age_noted
, chi.is_active
, chi.clinically_relevant
, chi.is_confidential
, chi.is_cause_of_death
, chi.fk_encounter AS pk_encounter
, chi.modified_when
, chi.modified_by
, chi.row_version
, chi.grouping
, chi.diagnostic_certainty_classification
, COALESCE
(
     (
      SELECT array_agg
           (c_lc2h.fk_generic_code) AS array_agg 
        FROM clin.lnk_code2h_issue c_lc2h 
       WHERE (c_lc2h.fk_item = chi.pk)
     )
     , ARRAY[]::integer[]
) AS pk_generic_codes
, chi.xmin AS xmin_health_issue 
FROM clin.health_issue chi;

Index - Schema clin

View: clin.v_health_issues_journal

clin.v_health_issues_journal Structure
F-Key	Name	Type	Description
	pk_patient	integer
	modified_when	timestamp with time zone
	clin_when	timestamp with time zone
	modified_by	text
	soap_cat	text
	narrative	text
	pk_encounter	integer
	pk_episode	integer
	pk_health_issue	integer
	src_pk	integer
	src_table	text
	row_version	integer

SELECT cenc.fk_patient AS pk_patient
, chi.modified_when
, COALESCE
(
     (
      SELECT (identity.dob + chi.age_noted)
        FROM dem.identity 
       WHERE (identity.pk = 
                 (
                  SELECT encounter.fk_patient 
                    FROM clin.encounter 
                   WHERE (encounter.pk = chi.fk_encounter)
                 )
           )
     )
     , cenc.started
) AS clin_when
, COALESCE
(
     (
      SELECT staff.short_alias 
        FROM dem.staff 
       WHERE (staff.db_user = chi.modified_by)
     )
     , (
           ('<'::text || 
                 (chi.modified_by)::text
           ) || '>'::text
     )
) AS modified_by
,'a'::text AS soap_cat
, (
     (
           (
                 (
                       (
                             (
                                   (
                                         (
                                               (
                                                     (
                                                           (
                                                                 (
                                                                       (_
                                                                             ('Health Issue'::text) || 
                                                                          ' ('::text) || CASE WHEN chi.is_active THEN _
                                                                             ('active'::text) ELSE _
                                                                             ('inactive'::text) END
                                                                       ) || 
                                                                    ', '::text
                                                                 ) || CASE WHEN chi.clinically_relevant THEN _
                                                                 ('clinically relevant'::text) ELSE _
                                                                 ('clinically not relevant'::text) END
                                                           ) || COALESCE
                                                           (
                                                                 (
                                                                    ', '::text || chi.diagnostic_certainty_classification
                                                                 )
                                                                 ,''::text
                                                           )
                                                     ) || 
                                           '): '::text
                                         ) || chi.description
                                   ) || COALESCE
                                   (
                                         (
                                               (
                                                     (
                                                           (';
'::text || _
                                                                 ('noted at age'::text)
                                                           ) || ': '::text
                                                     ) || 
                                                     (chi.age_noted)::text
                                               ) || ';
'::text
                                         )
                                         ,';
'::text
                                   )
                             ) || COALESCE
                             (
                                   (
                                         (
                                               (_
                                                     ('Laterality'::text) || ': '::text
                                               ) || 
                                               (chi.laterality)::text
                                         ) || ' / '::text
                                   )
                                   ,''::text
                             )
                       ) || CASE WHEN chi.is_confidential THEN 
                       (_
                             ('confidential'::text) || ' / '::text
                       ) ELSE ''::text END
                 ) || CASE WHEN chi.is_cause_of_death THEN _
                 ('cause of death'::text) ELSE ''::text END
           ) || COALESCE
           (
                 (
                       (
                             (';
'::text || _
                                   ('Summary'::text)
                             ) || ':
'::text
                       ) || chi.summary
                 )
                 ,''::text
           )
     ) || COALESCE
     (
           (
                 (';
'::text || array_to_string
                       (
                             (
                              SELECT array_agg
                                   (
                                         (
                                               (
                                                     (
                                                           (
                                                                 (
                                                                       (
                                                                             (
                                                                                   (r_csr.code || 
                                                                                      ' ('::text) || r_ds.name_short
                                                                                   ) || ' - '::text
                                                                             ) || r_ds.version
                                                                       ) || ' - '::text
                                                                 ) || r_ds.lang
                                                           ) || 
                                                 '): '::text
                                               ) || r_csr.term
                                         )
                                   ) AS array_agg 
                                FROM (
                                         (clin.lnk_code2h_issue c_lc2h 
                                            JOIN ref.coding_system_root r_csr 
                                              ON (
                                                     (c_lc2h.fk_generic_code = r_csr.pk_coding_system)
                                               )
                                         )
                                      JOIN ref.data_source r_ds 
                                        ON (
                                               (r_ds.pk = r_csr.fk_data_source)
                                         )
                                   )
                               WHERE (c_lc2h.fk_item = chi.pk)
                             )
                             ,'; '::text
                       )
                 ) || ';'::text
           )
           ,''::text
     )
) AS narrative
, chi.fk_encounter AS pk_encounter
, (-1) AS pk_episode
, chi.pk AS pk_health_issue
, chi.pk AS src_pk
,'clin.health_issue'::text AS src_table
, chi.row_version 
FROM (clin.health_issue chi 
  JOIN clin.encounter cenc 
    ON (
           (chi.fk_encounter = cenc.pk)
     )
);

Index - Schema clin

View: clin.v_indications4vaccine

Denormalizes indications per vaccine.

clin.v_indications4vaccine Structure
F-Key	Name	Type	Description
	pk_vaccine	integer
	vaccine	text
	preparation	text
	atc_code	text
	is_fake_vaccine	boolean
	route_abbreviation	text
	route_description	text
	is_live	boolean
	min_age	interval
	max_age	interval
	comment	text
	indication	text
	l10n_indication	text
	atcs_single_indication	text[]
	atcs_combi_indication	text[]
	external_code	text
	external_code_type	text
	indications	text[]
	l10n_indications	text[]
	pk_indications	integer[]
	pk_route	integer
	pk_brand	integer
	pk_data_source	integer
	pk_indication	integer
	xmin_vaccine	xid

SELECT cv.pk AS pk_vaccine
, rbd.description AS vaccine
, rbd.preparation
, rbd.atc_code
, rbd.is_fake AS is_fake_vaccine
, cvr.abbreviation AS route_abbreviation
, cvr.description AS route_description
, cv.is_live
, cv.min_age
, cv.max_age
, cv.comment
, cvi.description AS indication
, _
(cvi.description) AS l10n_indication
, cvi.atcs_single_indication
, cvi.atcs_combi_indication
, rbd.external_code
, rbd.external_code_type
, (
SELECT array_agg
     (cvi2.description) AS array_agg 
  FROM (clin.lnk_vaccine2inds clv2i_2 
        JOIN clin.vacc_indication cvi2 
          ON (
                 (clv2i_2.fk_indication = cvi2.id)
           )
     )
 WHERE (clv2i_2.fk_vaccine = cv.pk)
) AS indications
, (
SELECT array_agg
     (_
           (cvi2.description)
     ) AS array_agg 
  FROM (clin.lnk_vaccine2inds clv2i_2 
        JOIN clin.vacc_indication cvi2 
          ON (
                 (clv2i_2.fk_indication = cvi2.id)
           )
     )
 WHERE (clv2i_2.fk_vaccine = cv.pk)
) AS l10n_indications
, (
SELECT array_agg
     (clv2i_2.fk_indication) AS array_agg 
  FROM (clin.lnk_vaccine2inds clv2i_2 
        JOIN clin.vacc_indication cvi2 
          ON (
                 (clv2i_2.fk_indication = cvi2.id)
           )
     )
 WHERE (clv2i_2.fk_vaccine = cv.pk)
) AS pk_indications
, cv.id_route AS pk_route
, cv.fk_brand AS pk_brand
, rbd.fk_data_source AS pk_data_source
, cvi.id AS pk_indication
, cv.xmin AS xmin_vaccine 
FROM (
     (
           (
                 (clin.vaccine cv 
               LEFT JOIN clin.vacc_route cvr 
                      ON (
                             (cvr.id = cv.id_route)
                       )
                 )
              JOIN ref.branded_drug rbd 
                ON (
                       (rbd.pk = cv.fk_brand)
                 )
           )
        JOIN clin.lnk_vaccine2inds clv2i 
          ON (
                 (clv2i.fk_vaccine = cv.pk)
           )
     )
  JOIN clin.vacc_indication cvi 
    ON (
           (cvi.id = clv2i.fk_indication)
     )
);

Index - Schema clin

View: clin.v_keyword_expansions

Just a slightly more convenient view over expansions.

clin.v_keyword_expansions Structure
F-Key	Name	Type	Description
	pk_keyword_expansion	integer
	pk_staff	integer
	keyword	text
	expansion	text
	public_expansion	boolean
	private_expansion	boolean
	owner	text

SELECT cke.pk AS pk_keyword_expansion
, cke.fk_staff AS pk_staff
, cke.keyword
, cke.expansion
, (cke.fk_staff IS NULL) AS public_expansion
, (cke.fk_staff IS NOT NULL) AS private_expansion
, cke.owner 
FROM clin.keyword_expansion cke;

Index - Schema clin

View: clin.v_linked_codes

Denormalized codes linked to EMR structures.

clin.v_linked_codes Structure
F-Key	Name	Type	Description
	pk_item	integer
	item_table	regclass
	code	text
	base_code	text
	code_modifier	text
	term	text
	name_long	text
	name_short	text
	version	text
	lang	text
	code_table	regclass
	pk_generic_code	integer
	pk_data_source	integer
	pk_lnk_code2item	integer

SELECT c_lc2ir.fk_item AS pk_item
, (c_lc2ir.tableoid)::regclass AS item_table
, (r_csr.code || COALESCE
     (c_lc2ir.code_modifier
           ,''::text
     )
) AS code
, r_csr.code AS base_code
, c_lc2ir.code_modifier
, r_csr.term
, r_ds.name_long
, r_ds.name_short
, r_ds.version
, r_ds.lang
, (r_csr.tableoid)::regclass AS code_table
, r_csr.pk_coding_system AS pk_generic_code
, r_csr.fk_data_source AS pk_data_source
, c_lc2ir.pk_lnk_code2item 
FROM (
     (clin.lnk_code2item_root c_lc2ir 
        JOIN ref.coding_system_root r_csr 
          ON (
                 (r_csr.pk_coding_system = c_lc2ir.fk_generic_code)
           )
     )
  JOIN ref.data_source r_ds 
    ON (
           (r_ds.pk = r_csr.fk_data_source)
     )
);

Index - Schema clin

View: clin.v_meta_test_types

denormalized view of meta_test_type + link table to test_type, shows all meta test types to which a test type is linked

clin.v_meta_test_types Structure
F-Key	Name	Type	Description
	pk_meta_test_type	integer
	pk_test_type	integer
	abbrev_meta	text
	name_meta	text
	loinc_meta	text
	comment_meta	text
	pk_lnk_ttype2meta_type	integer
	xmin_meta_test_type	xid

SELECT ttm.pk AS pk_meta_test_type
, ltt2mt.fk_test_type AS pk_test_type
, ttm.abbrev AS abbrev_meta
, ttm.name AS name_meta
, ttm.loinc AS loinc_meta
, ttm.comment AS comment_meta
, ltt2mt.pk AS pk_lnk_ttype2meta_type
, ttm.xmin AS xmin_meta_test_type 
FROM clin.meta_test_type ttm
, clin.lnk_ttype2unified_type ltt2mt 
WHERE (ltt2mt.fk_test_type_unified = ttm.pk);

Index - Schema clin

View: clin.v_most_recent_encounters

Lists the most recent encounters per patient. Logic of "most recent" is: for a patient: 1) select encounters with latest "last_affirmed", 2) from those select encounters with latest "started" 3) limit those to 1 if there are duplicates (same start and end of encounter!)

clin.v_most_recent_encounters Structure
F-Key	Name	Type	Description
	pk_encounter	integer
	pk_patient	integer
	reason_for_encounter	text
	assessment_of_encounter	text
	type	text
	l10n_type	text
	started	timestamp with time zone
	last_affirmed	timestamp with time zone
	pk_type	integer
	pk_location	integer

SELECT ce1.pk AS pk_encounter
, ce1.fk_patient AS pk_patient
, ce1.reason_for_encounter
, ce1.assessment_of_encounter
, et.description AS type
, _
(et.description) AS l10n_type
, ce1.started
, ce1.last_affirmed
, ce1.fk_type AS pk_type
, ce1.fk_location AS pk_location 
FROM clin.encounter ce1
, clin.encounter_type et 
WHERE (
     (ce1.fk_type = et.pk)
   AND (ce1.started = 
           (
            SELECT max
                 (ce2.started) AS max 
              FROM clin.encounter ce2 
             WHERE (ce2.last_affirmed = 
                       (
                        SELECT max
                             (ce3.last_affirmed) AS max 
                          FROM clin.encounter ce3 
                         WHERE (ce3.fk_patient = ce1.fk_patient)
                       )
                 ) LIMIT 1
           )
     )
);

Index - Schema clin

View: clin.v_pat_allergies

denormalizes clin.allergy

clin.v_pat_allergies Structure
F-Key	Name	Type	Description
	pk_allergy	integer
	pk_patient	integer
	soap_cat	text
	descriptor	text
	allergene	text
	substance	text
	substance_code	text
	generics	text
	generic_specific	boolean
	atc_code	text
	type	text
	l10n_type	text
	definite	boolean
	reaction	text
	pk_type	integer
	pk_item	integer
	date	timestamp with time zone
	pk_health_issue	integer
	pk_episode	integer
	pk_encounter	integer
	modified_when	timestamp with time zone
	modified_by	name
	xmin_allergy	xid

SELECT a.pk AS pk_allergy
, (
SELECT encounter.fk_patient 
  FROM clin.encounter 
 WHERE (encounter.pk = a.fk_encounter)
) AS pk_patient
, a.soap_cat
, CASE WHEN 
(COALESCE
     (btrim
           (a.allergene)
           ,''::text
     ) = ''::text
) THEN a.substance ELSE a.allergene END AS descriptor
, a.allergene
, a.substance
, a.substance_code
, a.generics
, a.generic_specific
, a.atc_code
, at.value AS type
, _
(at.value) AS l10n_type
, a.definite
, a.narrative AS reaction
, a.fk_type AS pk_type
, a.pk_item
, a.clin_when AS date
, (
SELECT episode.fk_health_issue 
  FROM clin.episode 
 WHERE (episode.pk = a.fk_episode)
) AS pk_health_issue
, a.fk_episode AS pk_episode
, a.fk_encounter AS pk_encounter
, a.modified_when
, a.modified_by
, a.xmin AS xmin_allergy 
FROM clin.allergy a
, clin._enum_allergy_type at 
WHERE (at.pk = a.fk_type);

Index - Schema clin

View: clin.v_pat_allergies_journal

clin.v_pat_allergies_journal Structure
F-Key	Name	Type	Description
	pk_patient	integer
	modified_when	timestamp with time zone
	clin_when	timestamp with time zone
	modified_by	text
	soap_cat	text
	narrative	text
	pk_encounter	integer
	pk_episode	integer
	pk_health_issue	integer
	src_pk	integer
	src_table	text

SELECT (
SELECT encounter.fk_patient 
  FROM clin.encounter 
 WHERE (encounter.pk = a.fk_encounter)
) AS pk_patient
, a.modified_when
, a.clin_when
, COALESCE
(
     (
      SELECT staff.short_alias 
        FROM dem.staff 
       WHERE (staff.db_user = a.modified_by)
     )
     , (
           ('<'::text || 
                 (a.modified_by)::text
           ) || '>'::text
     )
) AS modified_by
, a.soap_cat
, (
     (
           (
                 (
                       (
                             (
                                   (
                                         (
                                               (
                                                     (
                                                           (
                                                                 (_
                                                                       ('Allergy'::text) || 
                                                                    ' ('::text) || _
                                                                       (at.value)
                                                                 ) || 
                                                       '): '::text
                                                     ) || COALESCE
                                                     (a.narrative
                                                           ,''::text
                                                     )
                                               ) || '
'::text
                                         ) || _
                                         ('substance'::text)
                                   ) || ': '::text
                             ) || a.substance
                       ) || '; '::text
                 ) || COALESCE
                 (
                       (
                             (
                                   (_
                                         ('allergene'::text) || ': '::text
                                   ) || a.allergene
                             ) || '; '::text
                       )
                       ,''::text
                 )
           ) || COALESCE
           (
                 (
                       (
                             (_
                                   ('generic'::text) || ': '::text
                             ) || a.generics
                       ) || '; '::text
                 )
                 ,''::text
           )
     ) || COALESCE
     (
           (
                 (
                       (_
                             ('ATC code'::text) || ': '::text
                       ) || a.atc_code
                 ) || '; '::text
           )
           ,''::text
     )
) AS narrative
, a.fk_encounter AS pk_encounter
, a.fk_episode AS pk_episode
, (
SELECT episode.fk_health_issue 
  FROM clin.episode 
 WHERE (episode.pk = a.fk_episode)
) AS pk_health_issue
, a.pk AS src_pk
,'clin.allergy'::text AS src_table 
FROM clin.allergy a
, clin._enum_allergy_type at 
WHERE (at.pk = a.fk_type);

Index - Schema clin

View: clin.v_pat_allergy_state

clin.v_pat_allergy_state Structure
F-Key	Name	Type	Description
	pk_patient	integer
	modified_when	timestamp with time zone
	modified_by	text
	last_confirmed	timestamp with time zone
	has_allergy	integer
	comment	text
	pk_encounter	integer
	pk_allergy_state	integer
	xmin_allergy_state	xid

SELECT (
SELECT encounter.fk_patient 
  FROM clin.encounter 
 WHERE (encounter.pk = a.fk_encounter)
) AS pk_patient
, a.modified_when
, COALESCE
(
     (
      SELECT staff.short_alias 
        FROM dem.staff 
       WHERE (staff.db_user = a.modified_by)
     )
     , (
           ('<'::text || 
                 (a.modified_by)::text
           ) || '>'::text
     )
) AS modified_by
, a.last_confirmed
, a.has_allergy
, a.comment
, a.fk_encounter AS pk_encounter
, a.pk AS pk_allergy_state
, a.xmin AS xmin_allergy_state 
FROM clin.allergy_state a;

Index - Schema clin

View: clin.v_pat_allergy_state_journal

clin.v_pat_allergy_state_journal Structure
F-Key	Name	Type	Description
	pk_patient	integer
	modified_when	timestamp with time zone
	clin_when	timestamp with time zone
	modified_by	text
	soap_cat	text
	narrative	text
	fk_encounter	integer
	fk_episode	integer
	pk_health_issue	integer
	src_pk	integer
	src_table	text
	row_version	integer

SELECT (
SELECT encounter.fk_patient 
  FROM clin.encounter 
 WHERE (encounter.pk = a.fk_encounter)
) AS pk_patient
, a.modified_when
, a.last_confirmed AS clin_when
, COALESCE
(
     (
      SELECT staff.short_alias 
        FROM dem.staff 
       WHERE (staff.db_user = a.modified_by)
     )
     , (
           ('<'::text || 
                 (a.modified_by)::text
           ) || '>'::text
     )
) AS modified_by
,'o'::text AS soap_cat
, (
     (
           (
                 (_
                       ('Allergy state'::text) || ': '::text
                 ) || CASE WHEN 
                 (a.has_allergy IS NULL) THEN _
                 (
      'unknown, unasked'::text
                 ) WHEN 
                 (a.has_allergy = 0) THEN _
                 ('no known allergies'::text) WHEN 
                 (a.has_allergy = 1) THEN _
                 ('does have allergies'::text) ELSE NULL::text END
           ) || COALESCE
           (
                 (
                       (
                             (
                                ' ('::text || _
                                         ('last confirmed'::text)
                                   ) || to_char
                                   (a.last_confirmed
                                         ,' YYYY-MM-DD HH24:MI'::text
                                   )
                             ) || 
                     ')'::text
                 )
                 ,''::text
           )
     ) || COALESCE
     (
           ('
 '::text || a.comment)
           ,''::text
     )
) AS narrative
, a.fk_encounter
, NULL::integer AS fk_episode
, NULL::integer AS pk_health_issue
, a.pk AS src_pk
,'clin.allergy_state'::text AS src_table
, a.row_version 
FROM clin.allergy_state a;

Index - Schema clin

View: clin.v_pat_encounters

Details on encounters.

clin.v_pat_encounters Structure
F-Key	Name	Type	Description
	pk_encounter	integer
	pk_patient	integer
	started	timestamp with time zone
	type	text
	l10n_type	text
	reason_for_encounter	text
	assessment_of_encounter	text
	last_affirmed	timestamp with time zone
	source_time_zone	interval
	started_original_tz	timestamp without time zone
	last_affirmed_original_tz	timestamp without time zone
	pk_location	integer
	pk_type	integer
	pk_generic_codes_rfe	integer[]
	pk_generic_codes_aoe	integer[]
	xmin_encounter	xid

SELECT c_enc.pk AS pk_encounter
, c_enc.fk_patient AS pk_patient
, c_enc.started
, et.description AS type
, _
(et.description) AS l10n_type
, c_enc.reason_for_encounter
, c_enc.assessment_of_encounter
, c_enc.last_affirmed
, c_enc.source_time_zone
, (
SELECT timezone
     (
           (
            SELECT c_enc1.source_time_zone 
              FROM clin.encounter c_enc1 
             WHERE (c_enc1.pk = c_enc.pk)
           )
           , c_enc.started
     ) AS timezone
) AS started_original_tz
, (
SELECT timezone
     (
           (
            SELECT c_enc1.source_time_zone 
              FROM clin.encounter c_enc1 
             WHERE (c_enc1.pk = c_enc.pk)
           )
           , c_enc.last_affirmed
     ) AS timezone
) AS last_affirmed_original_tz
, c_enc.fk_location AS pk_location
, c_enc.fk_type AS pk_type
, COALESCE
(
     (
      SELECT array_agg
           (c_lc2r.fk_generic_code) AS array_agg 
        FROM clin.lnk_code2rfe c_lc2r 
       WHERE (c_lc2r.fk_item = c_enc.pk)
     )
     , ARRAY[]::integer[]
) AS pk_generic_codes_rfe
, COALESCE
(
     (
      SELECT array_agg
           (c_lc2a.fk_generic_code) AS array_agg 
        FROM clin.lnk_code2aoe c_lc2a 
       WHERE (c_lc2a.fk_item = c_enc.pk)
     )
     , ARRAY[]::integer[]
) AS pk_generic_codes_aoe
, c_enc.xmin AS xmin_encounter 
FROM clin.encounter c_enc
, clin.encounter_type et 
WHERE (c_enc.fk_type = et.pk);

Index - Schema clin

View: clin.v_pat_encounters_journal

clin.v_pat_encounters_journal Structure
F-Key	Name	Type	Description
	pk_patient	integer
	modified_when	timestamp with time zone
	clin_when	timestamp with time zone
	modified_by	text
	soap_cat	text
	narrative	text
	pk_encounter	integer
	pk_episode	integer
	pk_health_issue	integer
	src_pk	integer
	src_table	text
	row_version	integer

SELECT cenc.fk_patient AS pk_patient
, cenc.modified_when
, cenc.started AS clin_when
, COALESCE
(
     (
      SELECT staff.short_alias 
        FROM dem.staff 
       WHERE (staff.db_user = cenc.modified_by)
     )
     , (
           ('<'::text || 
                 (cenc.modified_by)::text
           ) || '>'::text
     )
) AS modified_by
, NULL::text AS soap_cat
, (
     (
           (
                 (
                       (
                             (
                                   (
                                         (_
                                               ('Encounter'::text) || ': '::text
                                         ) || 
                                         (
                                          SELECT _
                                               (encounter_type.description) AS _ 
                                            FROM clin.encounter_type 
                                           WHERE (encounter_type.pk = cenc.fk_type)
                                         )
                                   ) || to_char
                                   (cenc.started
                                         ,' YYYY-MM-DD HH24:MI'::text
                                   )
                             ) || to_char
                             (cenc.last_affirmed
                                   ,' - HH24:MI'::text
                             )
                       ) || COALESCE
                       (
                             (
                                   (
                                         ('
 '::text || _
                                               ('RFE'::text)
                                         ) || ': '::text
                                   ) || cenc.reason_for_encounter
                             )
                             ,''::text
                       )
                 ) || COALESCE
                 (
                       (
                             ('
'::text || array_to_string
                                   (
                                         (
                                          SELECT array_agg
                                               (
                                                     (
                                                           (
                                                                 (
                                                                       (
                                                                             (
                                                                                   (
                                                                                         (
                                                                                               (r_csr.code || 
                                                                                                  ' ('::text) || r_ds.name_short
                                                                                               ) || ' - '::text
                                                                                         ) || r_ds.version
                                                                                   ) || ' - '::text
                                                                             ) || r_ds.lang
                                                                       ) || 
                                                             '): '::text
                                                           ) || r_csr.term
                                                     )
                                               ) AS array_agg 
                                            FROM (
                                                     (clin.lnk_code2rfe c_lc2r 
                                                        JOIN ref.coding_system_root r_csr 
                                                          ON (
                                                                 (c_lc2r.fk_generic_code = r_csr.pk_coding_system)
                                                           )
                                                     )
                                                  JOIN ref.data_source r_ds 
                                                    ON (
                                                           (r_ds.pk = r_csr.fk_data_source)
                                                     )
                                               )
                                           WHERE (c_lc2r.fk_item = cenc.pk)
                                         )
                                         ,'; '::text
                                   )
                             ) || ';'::text
                       )
                       ,''::text
                 )
           ) || COALESCE
           (
                 (
                       (
                             ('
 '::text || _
                                   ('AOE'::text)
                             ) || ': '::text
                       ) || cenc.assessment_of_encounter
                 )
                 ,''::text
           )
     ) || COALESCE
     (
           (
                 ('
'::text || array_to_string
                       (
                             (
                              SELECT array_agg
                                   (
                                         (
                                               (
                                                     (
                                                           (
                                                                 (
                                                                       (
                                                                             (
                                                                                   (r_csr.code || 
                                                                                      ' ('::text) || r_ds.name_short
                                                                                   ) || ' - '::text
                                                                             ) || r_ds.version
                                                                       ) || ' - '::text
                                                                 ) || r_ds.lang
                                                           ) || 
                                                 '): '::text
                                               ) || r_csr.term
                                         )
                                   ) AS array_agg 
                                FROM (
                                         (clin.lnk_code2aoe c_lc2a 
                                            JOIN ref.coding_system_root r_csr 
                                              ON (
                                                     (c_lc2a.fk_generic_code = r_csr.pk_coding_system)
                                               )
                                         )
                                      JOIN ref.data_source r_ds 
                                        ON (
                                               (r_ds.pk = r_csr.fk_data_source)
                                         )
                                   )
                               WHERE (c_lc2a.fk_item = cenc.pk)
                             )
                             ,'; '::text
                       )
                 ) || ';'::text
           )
           ,''::text
     )
) AS narrative
, cenc.pk AS pk_encounter
, (-1) AS pk_episode
, (-1) AS pk_health_issue
, cenc.pk AS src_pk
,'clin.encounter'::text AS src_table
, cenc.row_version 
FROM clin.encounter cenc;

Index - Schema clin

View: clin.v_pat_episodes

clin.v_pat_episodes Structure
F-Key	Name	Type	Description
	pk_patient	integer
	description	text
	summary	text
	episode_open	boolean
	health_issue	text
	issue_active	boolean
	issue_clinically_relevant	boolean
	started_first	timestamp with time zone
	started_last	timestamp with time zone
	last_affirmed	timestamp with time zone
	pk_episode	integer
	pk_encounter	integer
	pk_health_issue	integer
	episode_modified_when	timestamp with time zone
	episode_modified_by	name
	diagnostic_certainty_classification	text
	diagnostic_certainty_classification_issue	text
	pk_generic_codes	integer[]
	xmin_episode	xid

SELECT cenc.fk_patient AS pk_patient
, cep.description
, cep.summary
, cep.is_open AS episode_open
, NULL::unknown AS health_issue
, NULL::unknown AS issue_active
, NULL::unknown AS issue_clinically_relevant
, (
SELECT min
     (cle.started) AS min 
  FROM clin.encounter cle 
 WHERE (cle.pk = cep.fk_encounter) LIMIT 1
) AS started_first
, (
SELECT max
     (cle.started) AS max 
  FROM clin.encounter cle 
 WHERE (cle.pk = cep.fk_encounter) LIMIT 1
) AS started_last
, (
SELECT max
     (cle.last_affirmed) AS max 
  FROM clin.encounter cle 
 WHERE (cle.pk = cep.fk_encounter) LIMIT 1
) AS last_affirmed
, cep.pk AS pk_episode
, cep.fk_encounter AS pk_encounter
, NULL::unknown AS pk_health_issue
, cep.modified_when AS episode_modified_when
, cep.modified_by AS episode_modified_by
, cep.diagnostic_certainty_classification
, NULL::unknown AS diagnostic_certainty_classification_issue
, COALESCE
(
     (
      SELECT array_agg
           (c_lc2e.fk_generic_code) AS array_agg 
        FROM clin.lnk_code2episode c_lc2e 
       WHERE (c_lc2e.fk_item = cep.pk)
     )
     , ARRAY[]::integer[]
) AS pk_generic_codes
, cep.xmin AS xmin_episode 
FROM (clin.episode cep 
  JOIN clin.encounter cenc 
    ON (
           (cep.fk_encounter = cenc.pk)
     )
)
WHERE (cep.fk_health_issue IS NULL)
UNION ALLSELECT cenc.fk_patient AS pk_patient
, cep.description
, cep.summary
, cep.is_open AS episode_open
, chi.description AS health_issue
, chi.is_active AS issue_active
, chi.clinically_relevant AS issue_clinically_relevant
, (
SELECT min
     (cle.started) AS min 
  FROM clin.encounter cle 
 WHERE (cle.pk = cep.fk_encounter) LIMIT 1
) AS started_first
, (
SELECT max
     (cle.started) AS max 
  FROM clin.encounter cle 
 WHERE (cle.pk = cep.fk_encounter) LIMIT 1
) AS started_last
, (
SELECT max
     (cle.last_affirmed) AS max 
  FROM clin.encounter cle 
 WHERE (cle.pk = cep.fk_encounter) LIMIT 1
) AS last_affirmed
, cep.pk AS pk_episode
, cep.fk_encounter AS pk_encounter
, cep.fk_health_issue AS pk_health_issue
, cep.modified_when AS episode_modified_when
, cep.modified_by AS episode_modified_by
, cep.diagnostic_certainty_classification
, chi.diagnostic_certainty_classification AS diagnostic_certainty_classification_issue
, COALESCE
(
     (
      SELECT array_agg
           (c_lc2e.fk_generic_code) AS array_agg 
        FROM clin.lnk_code2episode c_lc2e 
       WHERE (c_lc2e.fk_item = cep.pk)
     )
     , ARRAY[]::integer[]
) AS pk_generic_codes
, cep.xmin AS xmin_episode 
FROM (
     (clin.episode cep 
        JOIN clin.encounter cenc 
          ON (
                 (cep.fk_encounter = cenc.pk)
           )
     )
  JOIN clin.health_issue chi 
    ON (
           (cep.fk_health_issue = chi.pk)
     )
);

Index - Schema clin

View: clin.v_pat_episodes_journal

clin.v_pat_episodes_journal Structure
F-Key	Name	Type	Description
	pk_patient	integer
	modified_when	timestamp with time zone
	clin_when	timestamp with time zone
	modified_by	text
	soap_cat	text
	narrative	text
	pk_encounter	integer
	pk_episode	integer
	pk_health_issue	integer
	src_pk	integer
	src_table	text
	row_version	integer

SELECT cenc.fk_patient AS pk_patient
, cep.modified_when
, cenc.started AS clin_when
, COALESCE
(
     (
      SELECT staff.short_alias 
        FROM dem.staff 
       WHERE (staff.db_user = cep.modified_by)
     )
     , (
           ('<'::text || 
                 (cep.modified_by)::text
           ) || '>'::text
     )
) AS modified_by
,'a'::text AS soap_cat
, (
     (
           (
                 (
                       (
                             (
                                   (
                                         (_
                                               ('Episode'::text) || 
                                            ' ('::text) || CASE WHEN cep.is_open THEN _
                                               ('open'::text) ELSE _
                                               ('closed'::text) END
                                         ) || COALESCE
                                         (
                                               (
                                                  ', '::text || cep.diagnostic_certainty_classification
                                               )
                                               ,''::text
                                         )
                                   ) || 
                         '): '::text
                       ) || cep.description
                 ) || ';'::text
           ) || COALESCE
           (
                 (
                       ('
'::text || cep.summary) || ';'::text
                 )
                 ,''::text
           )
     ) || COALESCE
     (
           (
                 ('
'::text || array_to_string
                       (
                             (
                              SELECT array_agg
                                   (
                                         (
                                               (
                                                     (
                                                           (
                                                                 (
                                                                       (
                                                                             (
                                                                                   (r_csr.code || 
                                                                                      ' ('::text) || r_ds.name_short
                                                                                   ) || ' - '::text
                                                                             ) || r_ds.version
                                                                       ) || ' - '::text
                                                                 ) || r_ds.lang
                                                           ) || 
                                                 '): '::text
                                               ) || r_csr.term
                                         )
                                   ) AS array_agg 
                                FROM (
                                         (clin.lnk_code2episode c_lc2e 
                                            JOIN ref.coding_system_root r_csr 
                                              ON (
                                                     (c_lc2e.fk_generic_code = r_csr.pk_coding_system)
                                               )
                                         )
                                      JOIN ref.data_source r_ds 
                                        ON (
                                               (r_ds.pk = r_csr.fk_data_source)
                                         )
                                   )
                               WHERE (c_lc2e.fk_item = cep.pk)
                             )
                             ,'; '::text
                       )
                 ) || ';'::text
           )
           ,''::text
     )
) AS narrative
, cep.fk_encounter AS pk_encounter
, cep.pk AS pk_episode
, cep.fk_health_issue AS pk_health_issue
, cep.pk AS src_pk
,'clin.episode'::text AS src_table
, cep.row_version 
FROM (clin.episode cep 
  JOIN clin.encounter cenc 
    ON (
           (cep.fk_encounter = cenc.pk)
     )
);

Index - Schema clin

View: clin.v_pat_hospital_stays

clin.v_pat_hospital_stays Structure
F-Key	Name	Type	Description
	pk_hospital_stay	integer
	pk_patient	integer
	hospital	text
	admission	timestamp with time zone
	discharge	timestamp with time zone
	soap_cat	text
	episode	text
	health_issue	text
	pk_encounter	integer
	pk_episode	integer
	pk_health_issue	integer
	modified_when	timestamp with time zone
	modified_by	text
	row_version	integer
	xmin_hospital_stay	xid

SELECT chs.pk AS pk_hospital_stay
, (
SELECT encounter.fk_patient 
  FROM clin.encounter 
 WHERE (encounter.pk = chs.fk_encounter)
) AS pk_patient
, chs.narrative AS hospital
, chs.clin_when AS admission
, chs.discharge
, chs.soap_cat
, (
SELECT episode.description 
  FROM clin.episode 
 WHERE (episode.pk = chs.fk_episode)
) AS episode
, (
SELECT health_issue.description 
  FROM clin.health_issue 
 WHERE (health_issue.pk = 
           (
            SELECT episode.fk_health_issue 
              FROM clin.episode 
             WHERE (episode.pk = chs.fk_episode)
           )
     )
) AS health_issue
, chs.fk_encounter AS pk_encounter
, chs.fk_episode AS pk_episode
, (
SELECT episode.fk_health_issue 
  FROM clin.episode 
 WHERE (episode.pk = chs.fk_episode)
) AS pk_health_issue
, chs.modified_when
, COALESCE
(
     (
      SELECT staff.short_alias 
        FROM dem.staff 
       WHERE (staff.db_user = chs.modified_by)
     )
     , (
           ('<'::text || 
                 (chs.modified_by)::text
           ) || '>'::text
     )
) AS modified_by
, chs.row_version
, chs.xmin AS xmin_hospital_stay 
FROM clin.hospital_stay chs;

Index - Schema clin

View: clin.v_pat_hospital_stays_journal

clin.v_pat_hospital_stays_journal Structure
F-Key	Name	Type	Description
	pk_patient	integer
	modified_when	timestamp with time zone
	clin_when	timestamp with time zone
	modified_by	text
	soap_cat	text
	narrative	text
	pk_encounter	integer
	pk_episode	integer
	pk_health_issue	integer
	src_pk	integer
	src_table	text
	row_version	integer

SELECT (
SELECT encounter.fk_patient 
  FROM clin.encounter 
 WHERE (encounter.pk = chs.fk_encounter)
) AS pk_patient
, chs.modified_when
, chs.clin_when
, COALESCE
(
     (
      SELECT staff.short_alias 
        FROM dem.staff 
       WHERE (staff.db_user = chs.modified_by)
     )
     , (
           ('<'::text || 
                 (chs.modified_by)::text
           ) || '>'::text
     )
) AS modified_by
, chs.soap_cat
, (
     (
           (
                 (
                       (_
                             ('hospital stay'::text) || ': '::text
                       ) || to_char
                       (chs.clin_when
                             ,'YYYY-MM-DD'::text
                       )
                 ) || ' - '::text
           ) || COALESCE
           (to_char
                 (chs.discharge
                       ,'YYYY-MM-DD'::text
                 )
                 ,'?'::text
           )
     ) || COALESCE
     (
           (
                 (' "'::text || chs.narrative) || '"'::text
           )
           ,''::text
     )
) AS narrative
, chs.fk_encounter AS pk_encounter
, chs.fk_episode AS pk_episode
, (
SELECT episode.fk_health_issue 
  FROM clin.episode 
 WHERE (episode.pk = chs.fk_episode)
) AS pk_health_issue
, chs.pk AS src_pk
,'clin.hospital_stay'::text AS src_table
, chs.row_version 
FROM clin.hospital_stay chs;

Index - Schema clin

View: clin.v_pat_items

clin.v_pat_items Structure
F-Key	Name	Type	Description
	modified_when	timestamp with time zone
	modified_by	name
	clin_when	timestamp with time zone
	is_modified	boolean
	pk_patient	integer
	pk_item	integer
	pk_encounter	integer
	pk_episode	integer
	pk_health_issue	integer
	soap_cat	text
	narrative	text
	src_table	text

SELECT cri.modified_when
, cri.modified_by
, cri.clin_when
, CASE cri.row_version WHEN 0 THEN false ELSE true END AS is_modified
, cenc.fk_patient AS pk_patient
, cri.pk_item
, cri.fk_encounter AS pk_encounter
, cri.fk_episode AS pk_episode
, cepi.fk_health_issue AS pk_health_issue
, cri.soap_cat
, cri.narrative
, (
     (
           (pgn.nspname)::text || '.'::text
     ) || 
     (pgc.relname)::text
) AS src_table 
FROM clin.clin_root_item cri
, clin.encounter cenc
, clin.episode cepi
, (pg_class pgc 
LEFT JOIN pg_namespace pgn 
    ON (
           (pgc.relnamespace = pgn.oid)
     )
)
WHERE (
     (
           (cri.fk_encounter = cenc.pk)
         AND (cri.fk_episode = cepi.pk)
     )
   AND (cri.tableoid = pgc.oid)
);

Index - Schema clin

View: clin.v_pat_last_vacc4indication

Lists *latest* vaccinations with total count per indication.

clin.v_pat_last_vacc4indication Structure
F-Key	Name	Type	Description
	pk_patient	integer
	pk_vaccination	integer
	date_given	timestamp with time zone
	vaccine	text
	indication	text
	l10n_indication	text
	site	text
	batch_no	text
	reaction	text
	comment	text
	soap_cat	text
	modified_when	timestamp with time zone
	modified_by	name
	row_version	integer
	pk_vaccine	integer
	pk_indication	integer
	pk_provider	integer
	pk_encounter	integer
	pk_episode	integer
	xmin_vaccination	xid
	indication_count	bigint

SELECT cvpv4i1.pk_patient
, cvpv4i1.pk_vaccination
, cvpv4i1.date_given
, cvpv4i1.vaccine
, cvpv4i1.indication
, cvpv4i1.l10n_indication
, cvpv4i1.site
, cvpv4i1.batch_no
, cvpv4i1.reaction
, cvpv4i1.comment
, cvpv4i1.soap_cat
, cvpv4i1.modified_when
, cvpv4i1.modified_by
, cvpv4i1.row_version
, cvpv4i1.pk_vaccine
, cvpv4i1.pk_indication
, cvpv4i1.pk_provider
, cvpv4i1.pk_encounter
, cvpv4i1.pk_episode
, cvpv4i1.xmin_vaccination
, cpi.indication_count 
FROM (clin.v_pat_vaccs4indication cvpv4i1 
  JOIN (
      SELECT count
           (1) AS indication_count
           , v_pat_vaccs4indication.pk_patient
           , v_pat_vaccs4indication.pk_indication 
        FROM clin.v_pat_vaccs4indication 
    GROUP BY v_pat_vaccs4indication.pk_patient
           , v_pat_vaccs4indication.pk_indication
     ) cpi 
    ON (
           (
                 (cvpv4i1.pk_patient = cpi.pk_patient)
               AND (cvpv4i1.pk_indication = cpi.pk_indication)
           )
     )
)
WHERE (cvpv4i1.date_given = 
     (
      SELECT max
           (cvpv4i2.date_given) AS max 
        FROM clin.v_pat_vaccs4indication cvpv4i2 
       WHERE (
                 (cvpv4i1.pk_patient = cvpv4i2.pk_patient)
               AND (cvpv4i1.pk_indication = cvpv4i2.pk_indication)
           )
     )
);

Index - Schema clin

View: clin.v_pat_narrative

patient narrative aggregated from all clin_root_item child tables; the narrative is unprocessed, denormalized context using v_pat_items is added

clin.v_pat_narrative Structure
F-Key	Name	Type	Description
	pk_patient	integer
	date	timestamp with time zone
	provider	text
	soap_cat	text
	narrative	text
	pk_item	integer
	pk_narrative	integer
	pk_health_issue	integer
	pk_episode	integer
	pk_encounter	integer
	xmin_clin_narrative	xid
	modified_when	timestamp with time zone
	row_version	integer
	pk_generic_codes	integer[]

SELECT cenc.fk_patient AS pk_patient
, cn.clin_when AS date
, COALESCE
(
     (
      SELECT staff.short_alias 
        FROM dem.staff 
       WHERE (staff.db_user = cn.modified_by)
     )
     , (
           ('<'::text || 
                 (cn.modified_by)::text
           ) || '>'::text
     )
) AS provider
, cn.soap_cat
, cn.narrative
, cn.pk_item
, cn.pk AS pk_narrative
, (
SELECT episode.fk_health_issue 
  FROM clin.episode 
 WHERE (episode.pk = cn.fk_episode)
) AS pk_health_issue
, cn.fk_episode AS pk_episode
, cn.fk_encounter AS pk_encounter
, cn.xmin AS xmin_clin_narrative
, cn.modified_when
, cn.row_version
, COALESCE
(
     (
      SELECT array_agg
           (c_lc2n.fk_generic_code) AS array_agg 
        FROM clin.lnk_code2narrative c_lc2n 
       WHERE (c_lc2n.fk_item = cn.pk)
     )
     , ARRAY[]::integer[]
) AS pk_generic_codes 
FROM (clin.clin_narrative cn 
  JOIN clin.encounter cenc 
    ON (
           (cn.fk_encounter = cenc.pk)
     )
);

Index - Schema clin

View: clin.v_pat_narrative_journal

clin.v_pat_narrative_journal Structure
F-Key	Name	Type	Description
	pk_patient	integer
	modified_when	timestamp with time zone
	clin_when	timestamp with time zone
	modified_by	text
	soap_cat	text
	narrative	text
	pk_encounter	integer
	pk_episode	integer
	pk_health_issue	integer
	src_pk	integer
	src_table	text
	row_version	integer

SELECT cenc.fk_patient AS pk_patient
, cn.modified_when
, CASE WHEN 
(cn.soap_cat = ANY 
     (ARRAY['s'::text
           ,'o'::text]
     )
) THEN cenc.started WHEN 
(cn.soap_cat IS NULL) THEN cenc.last_affirmed WHEN 
(cn.soap_cat = ANY 
     (ARRAY['a'::text
           ,'p'::text]
     )
) THEN cenc.last_affirmed ELSE NULL::timestamp with time zone END AS clin_when
, COALESCE
(
     (
      SELECT staff.short_alias 
        FROM dem.staff 
       WHERE (staff.db_user = cn.modified_by)
     )
     , (
           ('<'::text || 
                 (cn.modified_by)::text
           ) || '>'::text
     )
) AS modified_by
, cn.soap_cat
, cn.narrative
, cn.fk_encounter AS pk_encounter
, cn.fk_episode AS pk_episode
, (
SELECT episode.fk_health_issue 
  FROM clin.episode 
 WHERE (episode.pk = cn.fk_episode)
) AS pk_health_issue
, cn.pk AS src_pk
,'clin.clin_narrative'::text AS src_table
, cn.row_version 
FROM (clin.clin_narrative cn 
  JOIN clin.encounter cenc 
    ON (
           (cn.fk_encounter = cenc.pk)
     )
);

Index - Schema clin

View: clin.v_pat_procedures

clin.v_pat_procedures Structure
F-Key	Name	Type	Description
	pk_procedure	integer
	pk_patient	integer
	soap_cat	text
	clin_when	timestamp with time zone
	clin_end	timestamp with time zone
	is_ongoing	boolean
	performed_procedure	text
	clin_where	text
	episode	text
	health_issue	text
	modified_when	timestamp with time zone
	modified_by	text
	row_version	integer
	pk_encounter	integer
	pk_episode	integer
	pk_hospital_stay	integer
	pk_health_issue	integer
	pk_generic_codes	integer[]
	xmin_procedure	xid

SELECT cpr.pk AS pk_procedure
, cenc.fk_patient AS pk_patient
, cpr.soap_cat
, cpr.clin_when
, cpr.clin_end
, cpr.is_ongoing
, cpr.narrative AS performed_procedure
, CASE WHEN 
(cpr.fk_hospital_stay IS NULL) THEN cpr.clin_where ELSE chs.narrative END AS clin_where
, cep.description AS episode
, chi.description AS health_issue
, cpr.modified_when
, COALESCE
(
     (
      SELECT staff.short_alias 
        FROM dem.staff 
       WHERE (staff.db_user = cpr.modified_by)
     )
     , (
           ('<'::text || 
                 (cpr.modified_by)::text
           ) || '>'::text
     )
) AS modified_by
, cpr.row_version
, cpr.fk_encounter AS pk_encounter
, cpr.fk_episode AS pk_episode
, cpr.fk_hospital_stay AS pk_hospital_stay
, cep.fk_health_issue AS pk_health_issue
, COALESCE
(
     (
      SELECT array_agg
           (c_lc2p.fk_generic_code) AS array_agg 
        FROM clin.lnk_code2procedure c_lc2p 
       WHERE (c_lc2p.fk_item = cpr.pk)
     )
     , ARRAY[]::integer[]
) AS pk_generic_codes
, cpr.xmin AS xmin_procedure 
FROM (
     (
           (
                 (clin.procedure cpr 
                    JOIN clin.encounter cenc 
                      ON (
                             (cpr.fk_encounter = cenc.pk)
                       )
                 )
              JOIN clin.episode cep 
                ON (
                       (cpr.fk_episode = cep.pk)
                 )
           )
   LEFT JOIN clin.health_issue chi 
          ON (
                 (cep.fk_health_issue = chi.pk)
           )
     )
LEFT JOIN clin.hospital_stay chs 
    ON (
           (cpr.fk_hospital_stay = chs.pk)
     )
);

Index - Schema clin

View: clin.v_pat_procedures_journal

clin.v_pat_procedures_journal Structure
F-Key	Name	Type	Description
	pk_patient	integer
	modified_when	timestamp with time zone
	clin_when	timestamp with time zone
	modified_by	text
	soap_cat	text
	narrative	text
	pk_encounter	integer
	pk_episode	integer
	pk_health_issue	integer
	src_pk	integer
	src_table	text
	row_version	integer

SELECT cenc.fk_patient AS pk_patient
, cpr.modified_when
, cpr.clin_when
, COALESCE
(
     (
      SELECT staff.short_alias 
        FROM dem.staff 
       WHERE (staff.db_user = cpr.modified_by)
     )
     , (
           ('<'::text || 
                 (cpr.modified_by)::text
           ) || '>'::text
     )
) AS modified_by
, cpr.soap_cat
, (
     (
           (
                 (
                       (
                             (
                                   (
                                         (_
                                               ('Procedure'::text) || ' "'::text
                                         ) || cpr.narrative
                                   ) || '"'::text
                             ) || 
                          ' ('::text) || CASE WHEN 
                             (cpr.fk_hospital_stay IS NULL) THEN cpr.clin_where ELSE chs.narrative END
                       ) || COALESCE
                       (
                             (
                                   (
                                         (
                                            ', '::text || _
                                               ('until'::text)
                                         ) || ' '::text
                                   ) || to_char
                                   (cpr.clin_end
                                         ,'YYYY Mon DD'::text
                                   )
                             )
                             , CASE WHEN 
                             (cpr.is_ongoing IS TRUE) THEN 
                             (
                                ', '::text || _
                                   ('ongoing'::text)
                             ) ELSE ''::text END
                       )
                 ) || 
         ')'::text
     ) || COALESCE
     (
           (
                 ('
'::text || array_to_string
                       (
                             (
                              SELECT array_agg
                                   (
                                         (
                                               (
                                                     (
                                                           (
                                                                 (
                                                                       (
                                                                             (
                                                                                   (r_csr.code || 
                                                                                      ' ('::text) || r_ds.name_short
                                                                                   ) || ' - '::text
                                                                             ) || r_ds.version
                                                                       ) || ' - '::text
                                                                 ) || r_ds.lang
                                                           ) || 
                                                 '): '::text
                                               ) || r_csr.term
                                         )
                                   ) AS array_agg 
                                FROM (
                                         (clin.lnk_code2procedure c_lc2p 
                                            JOIN ref.coding_system_root r_csr 
                                              ON (
                                                     (c_lc2p.fk_generic_code = r_csr.pk_coding_system)
                                               )
                                         )
                                      JOIN ref.data_source r_ds 
                                        ON (
                                               (r_ds.pk = r_csr.fk_data_source)
                                         )
                                   )
                               WHERE (c_lc2p.fk_item = cpr.pk)
                             )
                             ,'; '::text
                       )
                 ) || ';'::text
           )
           ,''::text
     )
) AS narrative
, cpr.fk_encounter AS pk_encounter
, cpr.fk_episode AS pk_episode
, cep.fk_health_issue AS pk_health_issue
, cpr.pk AS src_pk
,'clin.procedure'::text AS src_table
, cpr.row_version 
FROM (
     (
           (clin.procedure cpr 
              JOIN clin.encounter cenc 
                ON (
                       (cpr.fk_encounter = cenc.pk)
                 )
           )
        JOIN clin.episode cep 
          ON (
                 (cpr.fk_episode = cep.pk)
           )
     )
LEFT JOIN clin.hospital_stay chs 
    ON (
           (cpr.fk_hospital_stay = chs.pk)
     )
);

Index - Schema clin

View: clin.v_pat_substance_intake

clin.v_pat_substance_intake Structure
F-Key	Name	Type	Description
	pk_substance_intake	integer
	pk_patient	integer
	soap_cat	text
	brand	text
	preparation	text
	substance	text
	amount	numeric
	unit	text
	atc_substance	text
	atc_brand	text
	external_code_brand	text
	external_code_type_brand	text
	started	timestamp with time zone
	intake_is_approved_of	boolean
	schedule	text
	duration	interval
	discontinued	timestamp with time zone
	discontinue_reason	text
	is_long_term	boolean
	aim	text
	episode	text
	notes	text
	fake_brand	boolean
	is_currently_active	boolean
	seems_inactive	boolean
	pk_brand	integer
	pk_data_source	integer
	pk_substance	integer
	pk_drug_component	integer
	pk_encounter	integer
	pk_episode	integer
	pk_health_issue	integer
	modified_when	timestamp with time zone
	modified_by	name
	row_version	integer
	xmin_substance_intake	xid

SELECT c_si.pk AS pk_substance_intake
, (
SELECT encounter.fk_patient 
  FROM clin.encounter 
 WHERE (encounter.pk = c_si.fk_encounter)
) AS pk_patient
, c_si.soap_cat
, r_bd.description AS brand
, r_bd.preparation
, r_cs.description AS substance
, r_cs.amount
, r_cs.unit
, r_cs.atc_code AS atc_substance
, r_bd.atc_code AS atc_brand
, r_bd.external_code AS external_code_brand
, r_bd.external_code_type AS external_code_type_brand
, c_si.clin_when AS started
, c_si.intake_is_approved_of
, c_si.schedule
, c_si.duration
, c_si.discontinued
, c_si.discontinue_reason
, c_si.is_long_term
, c_si.aim
, cep.description AS episode
, c_si.narrative AS notes
, r_bd.is_fake AS fake_brand
, CASE WHEN 
(c_si.discontinued IS NULL) THEN true ELSE false END AS is_currently_active
, CASE WHEN 
(c_si.discontinued IS NOT NULL) THEN true WHEN 
(c_si.clin_when IS NULL) THEN CASE WHEN 
(c_si.is_long_term IS TRUE) THEN false ELSE NULL::boolean END WHEN 
(
     (c_si.clin_when > now
           ()
     ) IS TRUE
) THEN true WHEN 
(
     (
           (c_si.clin_when + c_si.duration) < now
           ()
     ) IS TRUE
) THEN true WHEN 
(
     (
           (c_si.clin_when + c_si.duration) > now
           ()
     ) IS TRUE
) THEN false ELSE NULL::boolean END AS seems_inactive
, r_ls2b.fk_brand AS pk_brand
, r_bd.fk_data_source AS pk_data_source
, r_ls2b.fk_substance AS pk_substance
, r_ls2b.pk AS pk_drug_component
, c_si.fk_encounter AS pk_encounter
, c_si.fk_episode AS pk_episode
, cep.fk_health_issue AS pk_health_issue
, c_si.modified_when
, c_si.modified_by
, c_si.row_version
, c_si.xmin AS xmin_substance_intake 
FROM (
     (
           (
                 (clin.substance_intake c_si 
                    JOIN ref.lnk_substance2brand r_ls2b 
                      ON (
                             (c_si.fk_drug_component = r_ls2b.pk)
                       )
                 )
              JOIN ref.branded_drug r_bd 
                ON (
                       (r_ls2b.fk_brand = r_bd.pk)
                 )
           )
        JOIN ref.consumable_substance r_cs 
          ON (
                 (r_ls2b.fk_substance = r_cs.pk)
           )
     )
LEFT JOIN clin.episode cep 
    ON (
           (c_si.fk_episode = cep.pk)
     )
)
WHERE (c_si.fk_drug_component IS NOT NULL)
UNION ALLSELECT c_si.pk AS pk_substance_intake
, (
SELECT encounter.fk_patient 
  FROM clin.encounter 
 WHERE (encounter.pk = c_si.fk_encounter)
) AS pk_patient
, c_si.soap_cat
, NULL::unknown AS brand
, c_si.preparation
, r_cs.description AS substance
, r_cs.amount
, r_cs.unit
, r_cs.atc_code AS atc_substance
, NULL::unknown AS atc_brand
, NULL::unknown AS external_code_brand
, NULL::unknown AS external_code_type_brand
, c_si.clin_when AS started
, c_si.intake_is_approved_of
, c_si.schedule
, c_si.duration
, c_si.discontinued
, c_si.discontinue_reason
, c_si.is_long_term
, c_si.aim
, cep.description AS episode
, c_si.narrative AS notes
, NULL::unknown AS fake_brand
, CASE WHEN 
(c_si.discontinued IS NULL) THEN true ELSE false END AS is_currently_active
, CASE WHEN 
(c_si.discontinued IS NOT NULL) THEN true WHEN 
(c_si.clin_when IS NULL) THEN CASE WHEN 
(c_si.is_long_term IS TRUE) THEN false ELSE NULL::boolean END WHEN 
(
     (c_si.clin_when > now
           ()
     ) IS TRUE
) THEN true WHEN 
(
     (
           (c_si.clin_when + c_si.duration) < now
           ()
     ) IS TRUE
) THEN true WHEN 
(
     (
           (c_si.clin_when + c_si.duration) > now
           ()
     ) IS TRUE
) THEN false ELSE NULL::boolean END AS seems_inactive
, NULL::unknown AS pk_brand
, NULL::unknown AS pk_data_source
, r_cs.pk AS pk_substance
, NULL::unknown AS pk_drug_component
, c_si.fk_encounter AS pk_encounter
, c_si.fk_episode AS pk_episode
, cep.fk_health_issue AS pk_health_issue
, c_si.modified_when
, c_si.modified_by
, c_si.row_version
, c_si.xmin AS xmin_substance_intake 
FROM (
     (clin.substance_intake c_si 
        JOIN ref.consumable_substance r_cs 
          ON (
                 (c_si.fk_substance = r_cs.pk)
           )
     )
LEFT JOIN clin.episode cep 
    ON (
           (c_si.fk_episode = cep.pk)
     )
)
WHERE (c_si.fk_drug_component IS NULL);

Index - Schema clin

View: clin.v_pat_substance_intake_journal

clin.v_pat_substance_intake_journal Structure
F-Key	Name	Type	Description
	pk_patient	integer
	modified_when	timestamp with time zone
	clin_when	timestamp with time zone
	modified_by	text
	soap_cat	text
	narrative	text
	pk_encounter	integer
	pk_episode	integer
	pk_health_issue	integer
	src_pk	integer
	src_table	text
	row_version	integer

SELECT (
SELECT encounter.fk_patient 
  FROM clin.encounter 
 WHERE (encounter.pk = c_si.fk_encounter)
) AS pk_patient
, c_si.modified_when
, c_si.clin_when
, COALESCE
(
     (
      SELECT staff.short_alias 
        FROM dem.staff 
       WHERE (staff.db_user = c_si.modified_by)
     )
     , (
           ('<'::text || 
                 (c_si.modified_by)::text
           ) || '>'::text
     )
) AS modified_by
, c_si.soap_cat
, (
     (
           (
                 (
                       (
                             (
                                   (
                                         (
                                               (
                                                     (
                                                           (
                                                                 (
                                                                       (
                                                                             (
                                                                                   (
                                                                                         (
                                                                                               (
                                                                                                     (
                                                                                                           (CASE WHEN 
                                                                                                                 (c_si.is_long_term IS TRUE) THEN 
                                                                                                                 (_
                                                                                                                       ('long-term'::text) || ' '::text
                                                                                                                 ) ELSE ''::text END || _
                                                                                                                 ('substance intake'::text)
                                                                                                           ) || ' '::text
                                                                                                     ) || CASE WHEN 
                                                                                                     (c_si.intake_is_approved_of IS TRUE) THEN _
                                                                                                     ('(approved of)'::text
                                                                                               ) WHEN 
                                                                                               (c_si.intake_is_approved_of IS FALSE) THEN _
                                                                                               ('(not approved of)'::text
                                                                                         ) ELSE _
                                                                                         ('(of unknown approval)'::text
                                                                                   ) END
                                                                             ) || ':
'::text
                                                                       ) || ' '::text
                                                                 ) || r_cs.description
                                                           ) || COALESCE
                                                           (
                                                                 (
                                                                       (' ['::text || r_cs.atc_code) || '] '::text
                                                                 )
                                                                 ,' '::text
                                                           )
                                                     ) || 
                                                     (r_cs.amount)::text
                                               ) || r_cs.unit
                                         ) || ' '::text
                                   ) || r_bd.preparation
                             ) || COALESCE
                             (
                                   (' '::text || c_si.schedule)
                                   ,''::text
                             )
                       ) || 
                    ', '::text
                 ) || to_char
                 (c_si.clin_when
                       ,'YYYY-MM-DD'::text
                 )
           ) || COALESCE
           (
                 (' -> '::text || c_si.duration)
                 ,''::text
           )
     ) || '
'::text
) || COALESCE
(
     (
           (
                 (
                       (' '::text || _
                             ('discontinued'::text)
                       ) || to_char
                       (c_si.discontinued
                             ,': YYYY-MM-DD'::text
                       )
                 ) || COALESCE
                 (
                       (
                             (
                                 '('::text || c_si.discontinue_reason) || 
                           ')'::text
                       )
                       ,''::text
                 )
           ) || '
'::text
     )
     ,''::text
)
)      || COALESCE
(     NULLIF
(
     (
           (COALESCE
                 (
                       (' '::text || c_si.aim)
                       ,''::text
                 ) || COALESCE
                 (
                       (
                             (
                                ' ('::text || c_si.narrative) || 
                           ')'::text
                       )
                       ,''::text
                 )
           ) || '
'::text
     )
     ,'
'::text
)
,''::text
)     
)            || COALESCE
(           
(     
(
     (
           (' "'::text || r_bd.description) || '"'::text
     ) || COALESCE
     (
           (
                 (' ['::text || r_bd.atc_code) || ']'::text
           )
           ,''::text
     )
) || COALESCE
(
     (
           (
                 (
                       (
                          ' ('::text || r_bd.external_code_type) || ': '::text
                       ) || r_bd.external_code
                 ) || 
         ')'::text
     )
     ,''::text
)
)     
,     ''::text
)           
)                  AS narrative
,                  c_si.fk_encounter AS pk_encounter
,                  c_si.fk_episode AS pk_episode
,                  (
SELECT       episode.fk_health_issue 
FROM         clin.episode 
WHERE        (episode.pk = c_si.fk_episode)
)                  AS pk_health_issue
,                  c_si.pk AS src_pk
,                 'clin.substance_intake'::text AS src_table
,                  c_si.row_version 
FROM               (
(           
(     clin.substance_intake c_si 
JOIN ref.lnk_substance2brand r_ls2b 
ON (
     (c_si.fk_drug_component = r_ls2b.pk)
)
)     
JOIN   ref.branded_drug r_bd 
ON     (
(r_bd.pk = r_ls2b.fk_brand)
)     
)           
JOIN         ref.consumable_substance r_cs 
ON           (
(     r_cs.pk = r_ls2b.fk_substance)
)           
)                 
WHERE              (c_si.fk_drug_component IS NOT NULL)
UNION ALL         SELECT (
SELECT       encounter.fk_patient 
FROM         clin.encounter 
WHERE        (encounter.pk = c_si.fk_encounter)
)                  AS pk_patient
,                  c_si.modified_when
,                  c_si.clin_when
,                  COALESCE
(                 
(           
SELECT staff.short_alias 
FROM   dem.staff 
WHERE  (staff.db_user = c_si.modified_by)
)           
,            (
(     '<'::text || 
(c_si.modified_by)::text
)      || '>'::text
)           
)                  AS modified_by
,                  c_si.soap_cat
,                  (
(           
(     
(
     (
           (
                 (
                       (
                             (
                                   (
                                         (
                                               (
                                                     (
                                                           (
                                                                 (
                                                                       (
                                                                             (
                                                                                   (CASE WHEN 
                                                                                         (c_si.is_long_term IS TRUE) THEN 
                                                                                         (_
                                                                                               ('long-term'::text) || ' '::text
                                                                                         ) ELSE ''::text END || _
                                                                                         ('substance intake'::text)
                                                                                   ) || ' '::text
                                                                             ) || CASE WHEN 
                                                                             (c_si.intake_is_approved_of IS TRUE) THEN _
                                                                             ('(approved of)'::text
                                                                       ) WHEN 
                                                                       (c_si.intake_is_approved_of IS FALSE) THEN _
                                                                       ('(not approved of)'::text
                                                                 ) ELSE _
                                                                 ('(of unknown approval)'::text
                                                           ) END
                                                     ) || ':
'::text
                                               ) || ' '::text
                                         ) || r_cs.description
                                   ) || COALESCE
                                   (
                                         (
                                               (' ['::text || r_cs.atc_code) || '] '::text
                                         )
                                         ,' '::text
                                   )
                             ) || r_cs.amount
                       ) || r_cs.unit
                 ) || ' '::text
           ) || c_si.preparation
     ) || COALESCE
     (
           (' '::text || c_si.schedule)
           ,''::text
     )
) || 
', '::text
)      || to_char
(     c_si.clin_when
,'YYYY-MM-DD'::text
)     
)            || COALESCE
(           
(     ' -> '::text || c_si.duration)
,     ''::text
)           
)                  || '
'::text
)                        || COALESCE
(                       
(                 
(           
(     
(' '::text || _
     ('discontinued'::text)
) || to_char
(c_si.discontinued
     ,': YYYY-MM-DD'::text
)
)      || COALESCE
(     
(
     (
         '('::text || c_si.discontinue_reason) || 
   ')'::text
)
,''::text
)     
)            || '
'::text
)                 
,                 ''::text
)                       
)                              || COALESCE
(                             NULLIF
(                       
(                 
(           COALESCE
(     
(' '::text || c_si.aim)
,''::text
)      || COALESCE
(     
(
     (
        ' ('::text || c_si.narrative) || 
   ')'::text
)
,''::text
)     
)            || '
'::text
)                 
,                 '
'::text
)                       
,                       ''::text
)                             
)                                    AS narrative
,                                    c_si.fk_encounter AS pk_encounter
,                                    c_si.fk_episode AS pk_episode
,                                    (
SELECT                         episode.fk_health_issue 
FROM                           clin.episode 
WHERE                          (episode.pk = c_si.fk_episode)
)                                    AS pk_health_issue
,                                    c_si.pk AS src_pk
,                                   'clin.substance_intake'::text AS src_table
,                                    c_si.row_version 
FROM                                 (clin.substance_intake c_si 
JOIN                           ref.consumable_substance r_cs 
ON                             (
(                       r_cs.pk = c_si.fk_substance)
)                             
)                                   
WHERE                                (c_si.fk_drug_component IS NULL);

Index - Schema clin

View: clin.v_pat_vaccinations

Lists vaccinations for patients

clin.v_pat_vaccinations Structure
F-Key	Name	Type	Description
	pk_patient	integer
	pk_vaccination	integer
	date_given	timestamp with time zone
	vaccine	text
	indications	text[]
	l10n_indications	text[]
	site	text
	batch_no	text
	reaction	text
	comment	text
	soap_cat	text
	modified_when	timestamp with time zone
	modified_by	name
	row_version	integer
	pk_indications	integer[]
	pk_vaccine	integer
	pk_provider	integer
	pk_encounter	integer
	pk_episode	integer
	xmin_vaccination	xid

SELECT cenc.fk_patient AS pk_patient
, clv.pk AS pk_vaccination
, clv.clin_when AS date_given
, rbd.description AS vaccine
, (
SELECT array_agg
     (cvi.description) AS array_agg 
  FROM (clin.lnk_vaccine2inds clvi 
        JOIN clin.vacc_indication cvi 
          ON (
                 (clvi.fk_indication = cvi.id)
           )
     )
 WHERE (clvi.fk_vaccine = clv.fk_vaccine)
) AS indications
, (
SELECT array_agg
     (_
           (cvi.description)
     ) AS array_agg 
  FROM (clin.lnk_vaccine2inds clvi 
        JOIN clin.vacc_indication cvi 
          ON (
                 (clvi.fk_indication = cvi.id)
           )
     )
 WHERE (clvi.fk_vaccine = clv.fk_vaccine)
) AS l10n_indications
, clv.site
, clv.batch_no
, clv.reaction
, clv.narrative AS comment
, clv.soap_cat
, clv.modified_when
, clv.modified_by
, clv.row_version
, (
SELECT array_agg
     (clvi.fk_indication) AS array_agg 
  FROM (clin.lnk_vaccine2inds clvi 
        JOIN clin.vacc_indication cvi 
          ON (
                 (clvi.fk_indication = cvi.id)
           )
     )
 WHERE (clvi.fk_vaccine = clv.pk)
) AS pk_indications
, clv.fk_vaccine AS pk_vaccine
, clv.fk_provider AS pk_provider
, clv.fk_encounter AS pk_encounter
, clv.fk_episode AS pk_episode
, clv.xmin AS xmin_vaccination 
FROM (
     (
           (clin.vaccination clv 
              JOIN clin.encounter cenc 
                ON (
                       (cenc.pk = clv.fk_encounter)
                 )
           )
        JOIN clin.vaccine 
          ON (
                 (vaccine.pk = clv.fk_vaccine)
           )
     )
  JOIN ref.branded_drug rbd 
    ON (
           (vaccine.fk_brand = rbd.pk)
     )
);

Index - Schema clin

View: clin.v_pat_vaccinations_journal

Vaccination data denormalized for the EMR journal.

clin.v_pat_vaccinations_journal Structure
F-Key	Name	Type	Description
	pk_patient	integer
	modified_when	timestamp with time zone
	clin_when	timestamp with time zone
	modified_by	text
	soap_cat	text
	narrative	text
	pk_encounter	integer
	pk_episode	integer
	pk_health_issue	integer
	src_pk	integer
	src_table	text
	row_version	integer

SELECT cenc.fk_patient AS pk_patient
, cv.modified_when
, cv.clin_when
, COALESCE
(
     (
      SELECT staff.short_alias 
        FROM dem.staff 
       WHERE (staff.db_user = cv.modified_by)
     )
     , (
           ('<'::text || 
                 (cv.modified_by)::text
           ) || '>'::text
     )
) AS modified_by
, cv.soap_cat
, (
     (
           (
                 (
                       (
                             (
                                   (
                                         (
                                               (
                                                     (_
                                                           ('Vaccination'::text) || ': '::text
                                                     ) || rbd.description
                                               ) || ' '::text
                                         ) || '['::text
                                   ) || cv.batch_no
                             ) || ']'::text
                       ) || COALESCE
                       (
                             (
                                   (
                                      ' ('::text || cv.site) || 
                                 ')'::text
                             )
                             ,''::text
                       )
                 ) || COALESCE
                 (
                       (
                             (
                                   ('
'::text || _
                                         ('Reaction'::text)
                                   ) || ': '::text
                             ) || cv.reaction
                       )
                       ,''::text
                 )
           ) || COALESCE
           (
                 (
                       (
                             ('
'::text || _
                                   ('Comment'::text)
                             ) || ': '::text
                       ) || cv.narrative
                 )
                 ,''::text
           )
     ) || COALESCE
     (
           (
                 (
                       ('
'::text || _
                             ('Indications'::text)
                       ) || ': '::text
                 ) || array_to_string
                 (
                       (
                        SELECT array_agg
                             (_
                                   (cvi.description)
                             ) AS array_agg 
                          FROM (clin.lnk_vaccine2inds clvi 
                                JOIN clin.vacc_indication cvi 
                                  ON (
                                         (clvi.fk_indication = cvi.id)
                                   )
                             )
                         WHERE (clvi.fk_vaccine = cv.fk_vaccine)
                       )
                       ,' / '::text
                 )
           )
           ,''::text
     )
) AS narrative
, cv.fk_encounter AS pk_encounter
, cv.fk_episode AS pk_episode
, (
SELECT episode.fk_health_issue 
  FROM clin.episode 
 WHERE (episode.pk = cv.fk_episode)
) AS pk_health_issue
, cv.pk AS src_pk
,'clin.vaccination'::text AS src_table
, cv.row_version 
FROM (
     (
           (clin.vaccination cv 
              JOIN clin.encounter cenc 
                ON (
                       (cenc.pk = cv.fk_encounter)
                 )
           )
        JOIN clin.vaccine 
          ON (
                 (vaccine.pk = cv.fk_vaccine)
           )
     )
  JOIN ref.branded_drug rbd 
    ON (
           (vaccine.fk_brand = rbd.pk)
     )
);

Index - Schema clin

View: clin.v_pat_vaccs4indication

Lists vaccinations per indication for patients

clin.v_pat_vaccs4indication Structure
F-Key	Name	Type	Description
	pk_patient	integer
	pk_vaccination	integer
	date_given	timestamp with time zone
	vaccine	text
	indication	text
	l10n_indication	text
	site	text
	batch_no	text
	reaction	text
	comment	text
	soap_cat	text
	modified_when	timestamp with time zone
	modified_by	name
	row_version	integer
	pk_vaccine	integer
	pk_indication	integer
	pk_provider	integer
	pk_encounter	integer
	pk_episode	integer
	xmin_vaccination	xid

SELECT cenc.fk_patient AS pk_patient
, cv.pk AS pk_vaccination
, cv.clin_when AS date_given
, cvi4v.vaccine
, cvi4v.indication
, cvi4v.l10n_indication
, cv.site
, cv.batch_no
, cv.reaction
, cv.narrative AS comment
, cv.soap_cat
, cv.modified_when
, cv.modified_by
, cv.row_version
, cv.fk_vaccine AS pk_vaccine
, cvi4v.pk_indication
, cv.fk_provider AS pk_provider
, cv.fk_encounter AS pk_encounter
, cv.fk_episode AS pk_episode
, cv.xmin AS xmin_vaccination 
FROM (
     (clin.vaccination cv 
        JOIN clin.encounter cenc 
          ON (
                 (cenc.pk = cv.fk_encounter)
           )
     )
  JOIN clin.v_indications4vaccine cvi4v 
    ON (
           (cvi4v.pk_vaccine = cv.fk_vaccine)
     )
);

Index - Schema clin

View: clin.v_potential_problem_list

clin.v_potential_problem_list Structure
F-Key	Name	Type	Description
	pk_patient	integer
	problem	text
	summary	text
	type	text
	l10n_type	text
	problem_active	boolean
	clinically_relevant	boolean
	pk_episode	integer
	pk_health_issue	integer
	diagnostic_certainty_classification	text
	pk_encounter	integer
	modified_when	timestamp with time zone

SELECT (
SELECT encounter.fk_patient 
  FROM clin.encounter 
 WHERE (encounter.pk = cep.fk_encounter)
) AS pk_patient
, cep.description AS problem
, cep.summary
,'episode' AS type
, _
('episode'::text) AS l10n_type
, false AS problem_active
, false AS clinically_relevant
, cep.pk AS pk_episode
, cep.fk_health_issue AS pk_health_issue
, cep.diagnostic_certainty_classification
, cep.fk_encounter AS pk_encounter
, cep.modified_when 
FROM clin.episode cep 
WHERE (cep.is_open IS FALSE)
UNIONSELECT (
SELECT encounter.fk_patient 
  FROM clin.encounter 
 WHERE (encounter.pk = chi.fk_encounter)
) AS pk_patient
, chi.description AS problem
, chi.summary
,'issue' AS type
, _
('health issue'::text) AS l10n_type
, chi.is_active AS problem_active
, false AS clinically_relevant
, NULL::unknown AS pk_episode
, chi.pk AS pk_health_issue
, chi.diagnostic_certainty_classification
, chi.fk_encounter AS pk_encounter
, chi.modified_when 
FROM clin.health_issue chi 
WHERE (chi.clinically_relevant IS FALSE);

Index - Schema clin

View: clin.v_problem_list

clin.v_problem_list Structure
F-Key	Name	Type	Description
	pk_patient	integer
	problem	text
	summary	text
	type	text
	l10n_type	text
	problem_active	boolean
	clinically_relevant	boolean
	pk_episode	integer
	pk_health_issue	integer
	diagnostic_certainty_classification	text
	pk_encounter	integer
	modified_when	timestamp with time zone

SELECT (
SELECT encounter.fk_patient 
  FROM clin.encounter 
 WHERE (encounter.pk = cep.fk_encounter)
) AS pk_patient
, cep.description AS problem
, cep.summary
,'episode' AS type
, _
('episode'::text) AS l10n_type
, true AS problem_active
, true AS clinically_relevant
, cep.pk AS pk_episode
, cep.fk_health_issue AS pk_health_issue
, cep.diagnostic_certainty_classification
, cep.fk_encounter AS pk_encounter
, cep.modified_when 
FROM clin.episode cep 
WHERE (cep.is_open IS TRUE)
UNIONSELECT (
SELECT encounter.fk_patient 
  FROM clin.encounter 
 WHERE (encounter.pk = chi.fk_encounter)
) AS pk_patient
, chi.description AS problem
, chi.summary
,'issue' AS type
, _
('health issue'::text) AS l10n_type
, chi.is_active AS problem_active
, true AS clinically_relevant
, NULL::unknown AS pk_episode
, chi.pk AS pk_health_issue
, chi.diagnostic_certainty_classification
, chi.fk_encounter AS pk_encounter
, chi.modified_when 
FROM clin.health_issue chi 
WHERE (chi.clinically_relevant IS TRUE);

Index - Schema clin

View: clin.v_reviewed_items

denormalization of parent table of reviewed items

clin.v_reviewed_items Structure
F-Key	Name	Type	Description
	src_schema	oid
	src_table	name
	pk_reviewed_row	integer
	is_technically_abnormal	boolean
	clinically_relevant	boolean
	reviewer	text
	comment	text
	pk_review_root	integer
	pk_reviewer	integer

SELECT (
SELECT pg_class.relnamespace 
  FROM pg_class 
 WHERE (pg_class.oid = rr.tableoid)
) AS src_schema
, (
SELECT pg_class.relname 
  FROM pg_class 
 WHERE (pg_class.oid = rr.tableoid)
) AS src_table
, rr.fk_reviewed_row AS pk_reviewed_row
, rr.is_technically_abnormal
, rr.clinically_relevant
, (
SELECT staff.short_alias 
  FROM dem.staff 
 WHERE (staff.pk = rr.fk_reviewer)
) AS reviewer
, rr.comment
, rr.pk AS pk_review_root
, rr.fk_reviewer AS pk_reviewer 
FROM clin.review_root rr;

Index - Schema clin

View: clin.v_test_orgs

clin.v_test_orgs Structure
F-Key	Name	Type	Description
	pk_test_org	integer
	organization	text
	unit	text
	comment	text
	test_org_contact	text
	pk_adm_contact	integer
	pk_med_contact	integer
	pk_org	integer
	category_org	integer
	pk_org_unit	integer
	category_unit	integer
	pk_address_unit	integer
	xmin_test_org	xid

SELECT c_to.pk AS pk_test_org
, d_o.description AS organization
, d_ou.description AS unit
, c_to.comment
, c_to.contact AS test_org_contact
, c_to.fk_adm_contact AS pk_adm_contact
, c_to.fk_med_contact AS pk_med_contact
, d_o.pk AS pk_org
, d_o.fk_category AS category_org
, d_ou.pk AS pk_org_unit
, d_ou.fk_category AS category_unit
, d_ou.fk_address AS pk_address_unit
, c_to.xmin AS xmin_test_org 
FROM (
     (clin.test_org c_to 
   LEFT JOIN dem.org_unit d_ou 
          ON (
                 (c_to.fk_org_unit = d_ou.pk)
           )
     )
LEFT JOIN dem.org d_o 
    ON (
           (d_ou.fk_org = d_o.pk)
     )
);

Index - Schema clin

View: clin.v_test_results

denormalized view over test_results joined with (possibly unified) test type and patient/episode/encounter keys

clin.v_test_results Structure
F-Key	Name	Type	Description
	pk_patient	integer
	pk_test_result	integer
	clin_when	timestamp with time zone
	unified_abbrev	text
	unified_name	text
	unified_loinc	text
	unified_val	text
	unified_target_min	numeric
	unified_target_max	numeric
	unified_target_range	text
	soap_cat	text
	comment	text
	val_num	numeric
	val_alpha	text
	val_unit	text
	conversion_unit	text
	val_normal_min	numeric
	val_normal_max	numeric
	val_normal_range	text
	val_target_min	numeric
	val_target_max	numeric
	val_target_range	text
	abnormality_indicator	text
	norm_ref_group	text
	note_test_org	text
	material	text
	material_detail	text
	abbrev_tt	text
	name_tt	text
	loinc_tt	text
	code_tt	text
	coding_system_tt	text
	comment_tt	text
	name_test_org	text
	contact_test_org	text
	abbrev_meta	text
	name_meta	text
	loinc_meta	text
	comment_meta	text
	episode	text
	health_issue	text
	reviewed	boolean
	is_technically_abnormal	boolean
	is_clinically_relevant	boolean
	review_comment	text
	last_reviewer	text
	last_reviewed	timestamp with time zone
	review_by_you	boolean
	review_by_responsible_reviewer	boolean
	responsible_reviewer	text
	you_are_responsible	boolean
	modified_by	text
	modified_when	timestamp with time zone
	row_version	integer
	pk_item	integer
	pk_encounter	integer
	pk_episode	integer
	pk_test_type	integer
	pk_intended_reviewer	integer
	pk_request	integer
	xmin_test_result	xid
	pk_test_org	integer
	pk_meta_test_type	integer
	pk_health_issue	integer
	pk_last_reviewer	integer

SELECT cenc.fk_patient AS pk_patient
, tr.pk AS pk_test_result
, tr.clin_when
, vutt.unified_abbrev
, vutt.unified_name
, vutt.unified_loinc
, CASE WHEN 
(COALESCE
     (btrim
           (tr.val_alpha)
           ,''::text
     ) = ''::text
) THEN 
(tr.val_num)::text ELSE CASE WHEN 
(tr.val_num IS NULL) THEN tr.val_alpha ELSE 
(
     (
           (
                 (tr.val_num)::text || 
              ' ('::text) || tr.val_alpha
           ) || 
   ')'::text
) END END AS unified_val
, COALESCE
(tr.val_target_min
     , tr.val_normal_min
) AS unified_target_min
, COALESCE
(tr.val_target_max
     , tr.val_normal_max
) AS unified_target_max
, COALESCE
(tr.val_target_range
     , tr.val_normal_range
) AS unified_target_range
, tr.soap_cat
, tr.narrative AS comment
, tr.val_num
, tr.val_alpha
, tr.val_unit
, vutt.conversion_unit
, tr.val_normal_min
, tr.val_normal_max
, tr.val_normal_range
, tr.val_target_min
, tr.val_target_max
, tr.val_target_range
, tr.abnormality_indicator
, tr.norm_ref_group
, tr.note_test_org
, tr.material
, tr.material_detail
, vutt.abbrev_tt
, vutt.name_tt
, vutt.loinc_tt
, vutt.code_tt
, vutt.coding_system_tt
, vutt.comment_tt
, d_ou.description AS name_test_org
, cto.contact AS contact_test_org
, vutt.abbrev_meta
, vutt.name_meta
, vutt.loinc_meta
, vutt.comment_meta
, epi.description AS episode
, chi.description AS health_issue
, (COALESCE
     (rtr.fk_reviewed_row
           , 0
     )
)::boolean AS reviewed
, rtr.is_technically_abnormal
, rtr.clinically_relevant AS is_clinically_relevant
, rtr.comment AS review_comment
, (
SELECT staff.short_alias 
  FROM dem.staff 
 WHERE (staff.pk = rtr.fk_reviewer)
) AS last_reviewer
, rtr.modified_when AS last_reviewed
, COALESCE
(
     (rtr.fk_reviewer = 
           (
            SELECT staff.pk 
              FROM dem.staff 
             WHERE (staff.db_user = "current_user"
                       ()
                 )
           )
     )
     , false
) AS review_by_you
, COALESCE
(
     (tr.fk_intended_reviewer = rtr.fk_reviewer)
     , false
) AS review_by_responsible_reviewer
, (
SELECT staff.short_alias 
  FROM dem.staff 
 WHERE (staff.pk = tr.fk_intended_reviewer)
) AS responsible_reviewer
, COALESCE
(
     (tr.fk_intended_reviewer = 
           (
            SELECT staff.pk 
              FROM dem.staff 
             WHERE (staff.db_user = "current_user"
                       ()
                 )
           )
     )
     , false
) AS you_are_responsible
, CASE WHEN 
(
     (
      SELECT 1 
        FROM dem.staff 
       WHERE (staff.db_user = tr.modified_by)
     ) IS NULL
) THEN 
(
     ('<'::text || 
           (tr.modified_by)::text
     ) || '>'::text
) ELSE 
(
SELECT staff.short_alias 
  FROM dem.staff 
 WHERE (staff.db_user = tr.modified_by)
) END AS modified_by
, tr.modified_when
, tr.row_version
, tr.pk_item
, tr.fk_encounter AS pk_encounter
, tr.fk_episode AS pk_episode
, tr.fk_type AS pk_test_type
, tr.fk_intended_reviewer AS pk_intended_reviewer
, tr.fk_request AS pk_request
, tr.xmin AS xmin_test_result
, vutt.pk_test_org
, vutt.pk_meta_test_type
, epi.fk_health_issue AS pk_health_issue
, rtr.fk_reviewer AS pk_last_reviewer 
FROM (
     (
           (
                 (clin.test_result tr 
               LEFT JOIN clin.encounter cenc 
                      ON (
                             (tr.fk_encounter = cenc.pk)
                       )
                 )
         LEFT JOIN clin.episode epi 
                ON (
                       (tr.fk_episode = epi.pk)
                 )
           )
   LEFT JOIN clin.reviewed_test_results rtr 
          ON (
                 (tr.pk = rtr.fk_reviewed_row)
           )
     )
LEFT JOIN clin.health_issue chi 
    ON (
           (epi.fk_health_issue = chi.pk)
     )
)
, (
     (clin.v_unified_test_types vutt 
   LEFT JOIN clin.test_org cto 
          ON (
                 (vutt.pk_test_org = cto.pk)
           )
     )
LEFT JOIN dem.org_unit d_ou 
    ON (
           (cto.fk_org_unit = d_ou.pk)
     )
)
WHERE (tr.fk_type = vutt.pk_test_type);

Index - Schema clin

View: clin.v_test_results_journal

formatting of v_test_results for inclusion in v_emr_journal

clin.v_test_results_journal Structure
F-Key	Name	Type	Description
	pk_patient	integer
	modified_when	timestamp with time zone
	clin_when	timestamp with time zone
	modified_by	text
	soap_cat	text
	narrative	text
	pk_encounter	integer
	pk_episode	integer
	pk_health_issue	integer
	src_pk	integer
	src_table	text
	row_version	integer

SELECT vtr.pk_patient
, vtr.modified_when
, vtr.clin_when
, vtr.modified_by
, vtr.soap_cat
, COALESCE
(
     (
           (
                 (
                       (
                             (
                                   (
                                         (
                                               (
                                                     (
                                                           (
                                                                 (
                                                                       (
                                                                             (
                                                                                   (
                                                                                         (
                                                                                               (
                                                                                                     (
                                                                                                           (
                                                                                                                 (
                                                                                                                       (
                                                                                                                             (
                                                                                                                                   (
                                                                                                                                         (vtr.unified_name || 
                                                                                                                                            ' ('::text) || vtr.unified_abbrev
                                                                                                                                         ) || COALESCE
                                                                                                                                         (
                                                                                                                                               (
                                                                                                                                                     (' [#'::text || vtr.unified_loinc) || ']'::text
                                                                                                                                               )
                                                                                                                                               ,''::text
                                                                                                                                         )
                                                                                                                                   ) || 
                                                                                                                         '): '::text
                                                                                                                       ) || vtr.unified_val
                                                                                                                 ) || ' '::text
                                                                                                           ) || COALESCE
                                                                                                           (vtr.val_unit
                                                                                                                 ,''::text
                                                                                                           )
                                                                                                     ) || ' '::text
                                                                                               ) || COALESCE
                                                                                               (
                                                                                                     (
                                                                                                           (
                                                                                                               '('::text || vtr.abnormality_indicator) || 
                                                                                                         ')'::text
                                                                                                     )
                                                                                                     ,''::text
                                                                                               )
                                                                                         ) || '
'::text
                                                                                   ) || _
                                                                                   ('Range: '::text)
                                                                             ) || COALESCE
                                                                             (
                                                                                   (vtr.unified_target_min)::text
                                                                                   ,''::text
                                                                             )
                                                                       ) || ' - '::text
                                                                 ) || COALESCE
                                                                 (
                                                                       (vtr.unified_target_max)::text
                                                                       ,''::text
                                                                 )
                                                           ) || ' / '::text
                                                     ) || COALESCE
                                                     (vtr.unified_target_range
                                                           ,''::text
                                                     )
                                               ) || COALESCE
                                               (
                                                     (
                                                           (
                                                              ' ('::text || vtr.norm_ref_group) || 
                                                         ')'::text
                                                     )
                                                     ,''::text
                                               )
                                         ) || '
'::text
                                   ) || COALESCE
                                   (
                                         (
                                               (_
                                                     ('Assessment: '::text) || vtr.comment
                                               ) || '
'::text
                                         )
                                         ,''::text
                                   )
                             ) || COALESCE
                             (
                                   (
                                         (_
                                               ('Context: '::text) || vtr.note_test_org
                                         ) || '
'::text
                                   )
                                   ,''::text
                             )
                       ) || COALESCE
                       (
                             (
                                   (
                                         (
                                               (
                                                     (
                                                           (
                                                                 (_
                                                                       ('Review by '::text) || vtr.last_reviewer
                                                                 ) || ' @ '::text
                                                           ) || to_char
                                                           (vtr.last_reviewed
                                                                 ,'YYYY-MM-DD HH24:MI'::text
                                                           )
                                                     ) || ': '::text
                                               ) || CASE WHEN vtr.is_technically_abnormal THEN 
                                               (_
                                                     ('abnormal'::text) || 
                                                  ', '::text
                                               ) ELSE ''::text END
                                         ) || CASE WHEN vtr.is_clinically_relevant THEN 
                                         (_
                                               ('relevant'::text) || ' '::text
                                         ) ELSE ''::text END
                                   ) || COALESCE
                                   (
                                         (
                                               (
                                                   '('::text || vtr.review_comment) || 
                                            ')
'::text
                                         )
                                         ,'
'::text
                                   )
                             )
                             ,''::text
                       )
                 ) || _
                 ('Responsible clinician: '::text)
           ) || vtr.responsible_reviewer
     )
     ,'faulty clin.v_test_results_journal definition'::text
) AS narrative
, vtr.pk_encounter
, vtr.pk_episode
, vtr.pk_health_issue
, vtr.pk_test_result AS src_pk
,'clin.test_result'::text AS src_table
, vtr.row_version 
FROM clin.v_test_results vtr;

Index - Schema clin

View: clin.v_test_types

denormalizes test types with test orgs

clin.v_test_types Structure
F-Key	Name	Type	Description
	pk_test_type	integer
	abbrev	text
	name	text
	loinc	text
	code	text
	coding_system	text
	conversion_unit	text
	comment_type	text
	name_org	text
	comment_org	text
	contact_org	text
	pk_test_org	integer
	pk_org_unit	integer
	pk_adm_contact_org	integer
	pk_med_contact_org	integer
	xmin_test_type	xid

SELECT ctt.pk AS pk_test_type
, ctt.abbrev
, ctt.name
, ctt.loinc
, ctt.code
, ctt.coding_system
, ctt.conversion_unit
, ctt.comment AS comment_type
, d_ou.description AS name_org
, cto.comment AS comment_org
, cto.contact AS contact_org
, ctt.fk_test_org AS pk_test_org
, cto.fk_org_unit AS pk_org_unit
, cto.fk_adm_contact AS pk_adm_contact_org
, cto.fk_med_contact AS pk_med_contact_org
, ctt.xmin AS xmin_test_type 
FROM (
     (clin.test_type ctt 
   LEFT JOIN clin.test_org cto 
          ON (
                 (cto.pk = ctt.fk_test_org)
           )
     )
LEFT JOIN dem.org_unit d_ou 
    ON (
           (cto.fk_org_unit = d_ou.pk)
     )
);

Index - Schema clin

View: clin.v_unified_test_types

provides a "unified" view of test types aggregated under their corresponding unified name if any; if not linked to a meta test type the original name is used

clin.v_unified_test_types Structure
F-Key	Name	Type	Description
	pk_test_type	integer
	unified_abbrev	text
	unified_name	text
	unified_loinc	text
	abbrev_tt	text
	name_tt	text
	loinc_tt	text
	comment_tt	text
	code_tt	text
	coding_system_tt	text
	conversion_unit	text
	abbrev_meta	text
	name_meta	text
	loinc_meta	text
	comment_meta	text
	pk_test_org	integer
	pk_meta_test_type	integer
	pk_lnk_ttype2meta_type	integer
	is_fake_unified_type	boolean

SELECT ctt.pk AS pk_test_type
, COALESCE
(vmtt.abbrev_meta
     , ctt.abbrev
) AS unified_abbrev
, COALESCE
(vmtt.name_meta
     , ctt.name
) AS unified_name
, COALESCE
(vmtt.loinc_meta
     , ctt.loinc
) AS unified_loinc
, ctt.abbrev AS abbrev_tt
, ctt.name AS name_tt
, ctt.loinc AS loinc_tt
, ctt.comment AS comment_tt
, ctt.code AS code_tt
, ctt.coding_system AS coding_system_tt
, ctt.conversion_unit
, vmtt.abbrev_meta
, vmtt.name_meta
, vmtt.loinc_meta
, vmtt.comment_meta
, ctt.fk_test_org AS pk_test_org
, vmtt.pk_meta_test_type
, vmtt.pk_lnk_ttype2meta_type
, (vmtt.pk_meta_test_type IS NULL) AS is_fake_unified_type 
FROM (clin.test_type ctt 
LEFT JOIN clin.v_meta_test_types vmtt 
    ON (
           (ctt.pk = vmtt.pk_test_type)
     )
);

Index - Schema clin

View: clin.v_vaccination_courses_in_schedule

clin.v_vaccination_courses_in_schedule Structure
F-Key	Name	Type	Description
	vaccination_schedule	text
	is_active	boolean
	pk_recommended_by	integer
	comment_course	text
	comment_schedule	text
	pk_vaccination_course	integer
	pk_indication	integer
	pk_vaccination_schedule	integer

SELECT cvs.name AS vaccination_schedule
, cvc.is_active
, cvc.fk_recommended_by AS pk_recommended_by
, cvc.comment AS comment_course
, cvs.comment AS comment_schedule
, cvc.pk AS pk_vaccination_course
, cvc.fk_indication AS pk_indication
, cvs.pk AS pk_vaccination_schedule 
FROM clin.vaccination_course cvc
, clin.vaccination_schedule cvs
, clin.lnk_vaccination_course2schedule clvc2s 
WHERE (
     (clvc2s.fk_course = cvc.pk)
   AND (clvc2s.fk_schedule = cvs.pk)
);

Index - Schema clin

View: clin.v_vaccination_definitions4course

vaccination event definitions for all courses known to the system

clin.v_vaccination_definitions4course Structure
F-Key	Name	Type	Description
	pk_course	integer
	indication	text
	l10n_indication	text
	course_comment	text
	is_active	boolean
	pk_vaccination_definition	integer
	is_booster	boolean
	vacc_seq_no	integer
	age_due_min	interval
	age_due_max	interval
	min_interval	interval
	vacc_comment	text
	pk_indication	integer
	pk_recommended_by	integer

SELECT vcourse.pk AS pk_course
, vind.description AS indication
, _
(vind.description) AS l10n_indication
, COALESCE
(vcourse.comment
     ,''::text
) AS course_comment
, vcourse.is_active
, vdef.id AS pk_vaccination_definition
, vdef.is_booster
, vdef.seq_no AS vacc_seq_no
, vdef.min_age_due AS age_due_min
, vdef.max_age_due AS age_due_max
, vdef.min_interval
, COALESCE
(vdef.comment
     ,''::text
) AS vacc_comment
, vind.id AS pk_indication
, vcourse.fk_recommended_by AS pk_recommended_by 
FROM clin.vaccination_course vcourse
, clin.vacc_indication vind
, clin.vaccination_definition vdef 
WHERE (
     (vcourse.pk = vdef.fk_course)
   AND (vcourse.fk_indication = vind.id)
)
ORDER BY vind.description
, vdef.seq_no;

Index - Schema clin

View: clin.v_vaccines

A list of vaccines.

clin.v_vaccines Structure
F-Key	Name	Type	Description
	pk_vaccine	integer
	vaccine	text
	preparation	text
	atc_code	text
	is_fake_vaccine	boolean
	route_abbreviation	text
	route_description	text
	is_live	boolean
	min_age	interval
	max_age	interval
	comment	text
	indications	text[]
	l10n_indications	text[]
	external_code	text
	external_code_type	text
	pk_indications	integer[]
	pk_route	integer
	pk_brand	integer
	pk_data_source	integer
	xmin_vaccine	xid

SELECT cv.pk AS pk_vaccine
, rbd.description AS vaccine
, rbd.preparation
, rbd.atc_code
, rbd.is_fake AS is_fake_vaccine
, cvr.abbreviation AS route_abbreviation
, cvr.description AS route_description
, cv.is_live
, cv.min_age
, cv.max_age
, cv.comment
, (
SELECT array_agg
     (cvi.description) AS array_agg 
  FROM (clin.lnk_vaccine2inds clvi 
        JOIN clin.vacc_indication cvi 
          ON (
                 (clvi.fk_indication = cvi.id)
           )
     )
 WHERE (clvi.fk_vaccine = cv.pk)
) AS indications
, (
SELECT array_agg
     (_
           (cvi.description)
     ) AS array_agg 
  FROM (clin.lnk_vaccine2inds clvi 
        JOIN clin.vacc_indication cvi 
          ON (
                 (clvi.fk_indication = cvi.id)
           )
     )
 WHERE (clvi.fk_vaccine = cv.pk)
) AS l10n_indications
, rbd.external_code
, rbd.external_code_type
, (
SELECT array_agg
     (clvi.fk_indication) AS array_agg 
  FROM (clin.lnk_vaccine2inds clvi 
        JOIN clin.vacc_indication cvi 
          ON (
                 (clvi.fk_indication = cvi.id)
           )
     )
 WHERE (clvi.fk_vaccine = cv.pk)
) AS pk_indications
, cv.id_route AS pk_route
, cv.fk_brand AS pk_brand
, rbd.fk_data_source AS pk_data_source
, cv.xmin AS xmin_vaccine 
FROM (
     (clin.vaccine cv 
        JOIN ref.branded_drug rbd 
          ON (
                 (cv.fk_brand = rbd.pk)
           )
     )
LEFT JOIN clin.vacc_route cvr 
    ON (
           (cv.id_route = cvr.id)
     )
);

Index - Schema clin

View: clin.v_waiting_list

clin.v_waiting_list Structure
F-Key	Name	Type	Description
	list_position	integer
	waiting_zone	text
	urgency	integer
	title	text
	firstnames	text
	lastnames	text
	preferred_name	text
	dob	timestamp with time zone
	gender	text
	l10n_gender	text
	registered	timestamp with time zone
	waiting_time	interval
	waiting_time_formatted	text
	comment	text
	pk_identity	integer
	pk_name	integer
	pupic	character(24)
	pk_waiting_list	integer

SELECT wl.list_position
, wl.area AS waiting_zone
, wl.urgency
, i.title
, n.firstnames
, n.lastnames
, n.preferred AS preferred_name
, i.dob
, i.gender
, _
(i.gender) AS l10n_gender
, wl.registered
, (
SELECT (now
           () - wl.registered
     )
) AS waiting_time
, (
SELECT to_char
     (age
           (now
                 ()
                 , wl.registered
           )
           ,'TMDD HH24:MI'::text
     ) AS to_char
) AS waiting_time_formatted
, wl.comment
, i.pk AS pk_identity
, n.id AS pk_name
, i.pupic
, wl.pk AS pk_waiting_list 
FROM clin.waiting_list wl
, dem.identity i
, dem.names n 
WHERE (
     (
           (
                 (wl.fk_patient = i.pk)
               AND (wl.fk_patient = n.id_identity)
           )
         AND (i.deceased IS NULL)
     )
   AND (n.active IS TRUE)
);

Index - Schema clin

View: clin.v_your_keyword_expansions

View over the text expansions relevant to the current user: a private expansion set up for the current user overrides a public expansion of the same keyword.

clin.v_your_keyword_expansions Structure
F-Key	Name	Type	Description
	pk_keyword_expansion	integer
	pk_staff	integer
	keyword	text
	expansion	text
	public_expansion	boolean
	private_expansion	boolean
	owner	text

SELECT DISTINCT 
ON (union_result.keyword) union_result.pk_keyword_expansion
, union_result.pk_staff
, union_result.keyword
, union_result.expansion
, union_result.public_expansion
, union_result.private_expansion
, union_result.owner 
FROM (
SELECT cke.pk AS pk_keyword_expansion
     , cke.fk_staff AS pk_staff
     , cke.keyword
     , cke.expansion
     , false AS public_expansion
     , true AS private_expansion
     , cke.owner 
  FROM clin.keyword_expansion cke 
 WHERE (cke.fk_staff = 
           (
            SELECT staff.pk 
              FROM dem.staff 
             WHERE (staff.db_user = "current_user"
                       ()
                 )
           )
     )
UNION ALLSELECT cke.pk AS pk_keyword_expansion
     , cke.fk_staff AS pk_staff
     , cke.keyword
     , cke.expansion
     , true AS public_expansion
     , false AS private_expansion
     , cke.owner 
  FROM clin.keyword_expansion cke 
 WHERE (cke.fk_staff IS NULL)
ORDER BY 6 DESC
) union_result;

Index - Schema clin

Table: clin.vacc_indication

definition of indications for vaccinations

clin.vacc_indication Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
row_version	integer	NOT NULL
modified_when	timestamp with time zone	NOT NULL DEFAULT now()
modified_by	name	NOT NULL DEFAULT "current_user"()
id	serial	PRIMARY KEY
description	text	UNIQUE NOT NULL description of indication, eg "Measles", note that this does not have to be a scientific diagnosis, it is simply intended to be an agreed-upon, medically-comprehensible unique identifier for the indication
atcs_single_indication	text[]	The ATC codes for single-indication vaccines for this indication.
atcs_combi_indication	text[]	The ATC codes for poly-indication vaccines including this indication.

Table clin.vacc_indication Inherits audit_fields,

clin.vacc_indication Constraints
Name	Constraint
vacc_indication_sane_combi_atcs	CHECK (((atcs_combi_indication IS NULL) OR (array_upper(atcs_combi_indication, 1) > 0)))
vacc_indication_sane_single_atcs	CHECK (((atcs_single_indication IS NULL) OR (array_upper(atcs_single_indication, 1) > 0)))

Tables referencing this one via Foreign Key Constraints:

clin.lnk_vaccine2inds

clin.vaccination_course

Index - Schema clin

Table: clin.vacc_route

definition of route via which vaccine is given, currently i.m. and p.o. only but may include "via genetically engineered food" etc in the future

clin.vacc_route Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
row_version	integer	NOT NULL
modified_when	timestamp with time zone	NOT NULL DEFAULT now()
modified_by	name	NOT NULL DEFAULT "current_user"()
id	serial	PRIMARY KEY
abbreviation	text	UNIQUE NOT NULL
description	text	UNIQUE NOT NULL

Table clin.vacc_route Inherits audit_fields,

Tables referencing this one via Foreign Key Constraints:

clin.vaccine

Index - Schema clin

Table: clin.vaccination

holds vaccinations actually given

clin.vaccination Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk_item	integer	NOT NULL DEFAULT nextval('clin.clin_root_item_pk_item_seq'::regclass)
	clin_when	timestamp with time zone	NOT NULL DEFAULT now()
clin.encounter.pk	fk_encounter	integer	NOT NULL
clin.episode.pk	fk_episode	integer	NOT NULL
	narrative	text	Used to record a comment on this vaccination.
	soap_cat	text	DEFAULT 'p'::text
	pk	serial	PRIMARY KEY
dem.staff.pk	fk_provider	integer	Who administered this vaccination.
clin.vaccine.pk	fk_vaccine	integer	NOT NULL
	site	text	The site of injection used in this vaccination.
	batch_no	text	NOT NULL The batch/lot number of the vaccine given.
	reaction	text	Used to record reactions to this vaccination.

Table clin.vaccination Inherits clin_root_item,

clin.vaccination Constraints
Name	Constraint
clin_root_item_soap_cat_check	CHECK (((soap_cat IS NULL) OR (lower(soap_cat) = ANY (ARRAY['s'::text, 'o'::text, 'a'::text, 'p'::text]))))
vaccination_sane_narrative	CHECK ((gm.is_null_or_non_empty_string(narrative) IS TRUE))
vaccination_sane_reaction	CHECK ((gm.is_null_or_non_empty_string(reaction) IS TRUE))
vaccination_sane_site	CHECK ((gm.is_null_or_non_empty_string(site) IS TRUE))

idx_vacc_encounter fk_encounter idx_vacc_episode fk_episode

Index - Schema clin

Table: clin.vaccination_course

holds vaccination courses defined at a techno-medical level for a single indication and will in many cases represent a part of a "recommended multi-epitope schedule", note that one organization can indeed recommend several courses for one and the same indication - which then only differ in their constraints, PostgreSQL does not currently offer the best tools to enforce such constraints

clin.vaccination_course Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
	fk_recommended_by	integer	the source/organization which defined this course, can be used to differentiate several locale-dependant courses for the same indication and yet tell them apart
clin.vacc_indication.id	fk_indication	integer	NOT NULL vaccination indication this course is targeted at
	is_active	boolean	NOT NULL DEFAULT true whether this course is active or not, if False: do not newly start patients on this course
	comment	text	a free-text comment on this vaccination course

Table clin.vaccination_course Inherits audit_fields,

Tables referencing this one via Foreign Key Constraints:

clin.lnk_constraint2vacc_course

clin.lnk_pat2vaccination_course

clin.lnk_vaccination_course2schedule

clin.vaccination_definition

Index - Schema clin

Table: clin.vaccination_course_constraint

holds constraints which apply to a vaccination course

clin.vaccination_course_constraint Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
row_version	integer	NOT NULL
modified_when	timestamp with time zone	NOT NULL DEFAULT now()
modified_by	name	NOT NULL DEFAULT "current_user"()
pk	serial	PRIMARY KEY
description	text	UNIQUE NOT NULL description/label/name of the constraint

Table clin.vaccination_course_constraint Inherits audit_fields,

Tables referencing this one via Foreign Key Constraints:

clin.lnk_constraint2vacc_course

Index - Schema clin

Table: clin.vaccination_definition

defines a given vaccination event for a particular course

clin.vaccination_definition Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	id	serial	PRIMARY KEY
clin.vaccination_course.pk	fk_course	integer	UNIQUE#1 NOT NULL course to which this event belongs
	is_booster	boolean	NOT NULL DEFAULT false does this definition represent a booster, also set for quasi-booster courses such as Influenza
	seq_no	integer	UNIQUE#1 sequence number for this vaccination event within a particular course, NULL if (is_booster == true)
	min_age_due	interval	NOT NULL minimum age at which this shot is due
	max_age_due	interval	NOT NULL DEFAULT '01:32:35'::interval maximum age at which this shot is due, if max_age_due = "5555 years": no maximum age
	min_interval	interval	if (is_booster == true): recommended interval for boostering id (is_booster == false): minimum interval after previous vaccination, NULL if seq_no == 1
	comment	text

Table clin.vaccination_definition Inherits audit_fields,

clin.vaccination_definition Constraints
Name	Constraint
numbered_shot_xor_booster	CHECK ((((is_booster IS TRUE) AND (seq_no IS NULL)) OR ((is_booster IS FALSE) AND (seq_no > 0))))
sensible_min_interval	CHECK (((((min_interval IS NULL) AND (seq_no = 1)) OR (((min_interval IS NOT NULL) AND (min_interval > '00:00:00'::interval)) AND (is_booster IS TRUE))) OR (((min_interval IS NOT NULL) AND (min_interval > '00:00:00'::interval)) AND (seq_no > 1))))
vaccination_definition_check	CHECK ((((max_age_due >= min_age_due) AND (max_age_due <= '150 years'::interval)) OR (max_age_due = '01:32:35'::interval)))
vaccination_definition_min_age_due_check	CHECK (((min_age_due >= '00:00:01'::interval) AND (min_age_due <= '150 years'::interval)))

Index - Schema clin

Table: clin.vaccination_schedule

This table holds schedules as recommended by some authority such as a Vaccination Council. There will be numerous schedules depending on locale, constraints, age group etc. These schedules may be single or multi-epitope depending on their definition. A schedule acts as a convenient handle aggregating possibly several vaccination courses under a common name.

clin.vaccination_schedule Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
row_version	integer	NOT NULL
modified_when	timestamp with time zone	NOT NULL DEFAULT now()
modified_by	name	NOT NULL DEFAULT "current_user"()
pk	serial	PRIMARY KEY
name	text	UNIQUE NOT NULL name of the schedule as defined by some authority
comment	text

Table clin.vaccination_schedule Inherits audit_fields,

Tables referencing this one via Foreign Key Constraints:

clin.lnk_vaccination_course2schedule

Index - Schema clin

Table: clin.vaccine

definition of a vaccine as available on the market

clin.vaccine Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
clin.vacc_route.id	id_route	integer	route this vaccine is given
	is_live	boolean	whether this is a live vaccine
	min_age	interval	minimum age this vaccine is licensed for according to the information by the manufacturer
	max_age	interval	maximum age this vaccine is licensed for according to the information by the manufacturer, use "5555 years" to indicate "no maximum age"
	comment	text
ref.branded_drug.pk	fk_brand	integer	UNIQUE NOT NULL The brand of this vaccine, can be a fake entry in ref.branded_drug.

Table clin.vaccine Inherits audit_fields,

clin.vaccine Constraints
Name	Constraint
vaccine_sane_max_age	CHECK (((max_age IS NULL) OR (max_age < '150 years'::interval)))
vaccine_sane_min_age	CHECK (((min_age IS NULL) OR (((max_age IS NULL) AND (min_age < '150 years'::interval)) OR ((max_age IS NOT NULL) AND (min_age <= max_age)))))

Tables referencing this one via Foreign Key Constraints:

clin.lnk_vaccine2inds

clin.vaccination

clin.vaccine_batches

idx_c_vaccine_id_route id_route

Index - Schema clin

Table: clin.vaccine_batches

clin.vaccine_batches Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
clin.vaccine.pk	fk_vaccine	integer	NOT NULL
	batch_no	text	UNIQUE NOT NULL serial # of a batch of a given vaccine that is awaiting usage in the fridge

Table clin.vaccine_batches Inherits audit_fields,

Index - Schema clin

Table: clin.waiting_list

aggregates all the patients currently waiting for an encounter

clin.waiting_list Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
dem.identity.pk	fk_patient	integer	NOT NULL the waiting patient
	registered	timestamp with time zone	NOT NULL DEFAULT now() when did the patient arrive (enter the waiting list, that is)
	urgency	integer	NOT NULL relative urgency, used by practices as they see fit, 0 - "standard" urgency < 0 - less urgent > 0 - more urgent
	list_position	integer	UNIQUE NOT NULL the currently assigned position of this patient on the waiting list
	comment	text	a free comment regarding this entry, NOT THE RFE !
	area	text	an arbitrary value by which filtering waiting patients into zones becomes possible

Table clin.waiting_list Inherits audit_fields,

clin.waiting_list Constraints
Name	Constraint
non_empty_area	CHECK ((btrim(area) <> ''::text))
waiting_list_list_position_check	CHECK ((list_position > 0))

Index - Schema clin

Function: clin.add_coded_phrase(text, text, text)

Returns: boolean

Language: PLPGSQL

declare
	_term alias for $1;
	_code alias for $2;
	_system alias for $3;
	_tmp text;
begin
	select into _tmp 1 from clin.coded_phrase where
		term = _term
		and code = _code
		and xfk_coding_system = _system;
	if found then
		return True;
	end if;
	insert into clin.coded_phrase (term, code, xfk_coding_system)
		values (_term, _code, _system);
	return True;
end;

Function: clin.f_announce_clin_item_mod()

Returns: trigger

Language: PLPGSQL

declare
	episode_id integer;
	patient_id integer;
begin
	-- get episode ID
	if TG_OP = 'DELETE' then
		episode_id := OLD.fk_episode;
	else
		episode_id := NEW.fk_episode;
	end if;
	-- track back to patient ID
	select into patient_id pk_patient
		from clin.v_pat_episodes vpep
		where vpep.pk_episode = episode_id
		limit 1;
	-- now, execute() the NOTIFY
	execute 'notify "item_change_db:' || patient_id || '"';
	return NULL;
end;

Function: clin.f_del_booster_must_have_base_immunity()

Returns: trigger

Language: PLPGSQL

DECLARE
	msg text;
BEGIN
	-- do not worry about booster deletes
	if OLD.is_booster then
		return null;
	end if;
	-- any non-booster rows left ?
	perform 1 from clin.vaccination_definition where fk_course = OLD.fk_course and seq_no is not null;
	if FOUND then
		return null;
	end if;
	-- *any* rows left ?
	perform 1 from clin.vaccination_definition where fk_course = OLD.fk_course;
	if not FOUND then
		-- no problem
		return null;
	end if;
	-- any remaining rows can only be booster rows - which is a problem
	msg := 'Cannot delete last non-booster vacc def [' || OLD.pk || '] from course [' || OLD.fk_course || ']. There would be only booster definitions left.';
	raise exception '%', msg;
	return null;
END;

Function: clin.f_fk_reviewer_default()

Returns: integer

Language: PLPGSQL

declare
	_pk_staff integer;
begin
	select pk into _pk_staff from dem.staff where db_user = current_user;
	return _pk_staff;
end;

Function: clin.f_ins_booster_must_have_base_immunity()

Returns: trigger

Language: PLPGSQL

BEGIN
	-- do not worry about non-booster inserts
	if NEW.is_booster is false then
		return NEW;
	end if;
	-- only insert booster def if non-booster def exists
	perform 1 from clin.vaccination_definition where fk_course = NEW.fk_course and seq_no is not null;
	if FOUND then
		return NEW;
	end if;
	raise exception 'Cannot define booster shot for course [%]. There is no base immunization definition.', NEW.fk_course;
	return null;
END;

Function: clin.f_protect_clin_root_item()

Returns: boolean

Language: PLPGSQL

protect from direct inserts/deletes which the inheritance system cannot handle properly

begin
	raise exception 'INSERT/DELETE on <clin_root_item> not allowed.';
	return False;
end;

Function: clin.f_upd_booster_must_have_base_immunity()

Returns: trigger

Language: PLPGSQL

DECLARE
	msg text;
BEGIN
	-- do not worry about non-booster updates
	if NEW.is_booster is false then
		return null;
	end if;
	-- after update to booster still non-booster def available ?
	perform 1 from clin.vaccination_definition where fk_course = NEW.fk_course and seq_no is not null;
	if FOUND then
		return null;
	end if;
	msg := 'Cannot set vacc def [' || NEW.pk || '] to booster for course [' || NEW.fk_course || ']. There would be no base immunization definition left.';
	raise exception '%', msg;
	return null;
END;

Function: clin.move_waiting_list_entry(integer, integer)

Returns: boolean

Language: PLPGSQL

Move row with logical position $1 into logical position $2. If another row exists with position $2 it will be moved to position $1 in the process. Fails if there is no row with position $1.

DECLARE
	_wl_pos_src alias for $1;
	_wl_pos_dest alias for $2;
	_tmp_pos integer;
	_curr_max_pos integer;
BEGIN
	if _wl_pos_src = _wl_pos_dest then
		return true;
	end if;
	if _wl_pos_dest < 1 then
		raise notice 'clin.move_waiting_list_entry(): Will not move entry [%] before start of list [%].', _wl_pos_src, _wl_pos_dest;
		return False;
	end if;
	select max(list_position) into _curr_max_pos from clin.waiting_list;
	-- do not move last entry further down
	if _wl_pos_src = _curr_max_pos then
		if _wl_pos_dest > _wl_pos_src then
			raise notice 'clin.move_waiting_list_entry(): Will not move last entry [%] beyond end of list to [%].', _wl_pos_src, _wl_pos_dest;
			return False;
		end if;
	end if;
	-- does the source row exist ?
	perform 1 from clin.waiting_list where list_position = _wl_pos_src;
	if not found then
		raise notice 'clin.move_waiting_list_entry(): Cannot move entry [%] to [%]. Entry does not exist.', _wl_pos_src, wl_pos_dest ;
		return false;
	end if;
	-- load destination row
	perform 1 from clin.waiting_list where list_position = _wl_pos_dest;
	-- does not exist
	if not found then
		-- do not move entry beyond end of list more than necessary
		if _wl_pos_dest > (_curr_max_pos + 1) then
			_tmp_pos := _curr_max_pos + 1;
		else
			_tmp_pos := _wl_pos_dest;
		end if;
		-- so update row to move and be done with it
		update clin.waiting_list
			set list_position = _tmp_pos
			where list_position = _wl_pos_src;
		return true;
	end if;
	-- move existing row out of the way
	select (max(list_position) + _wl_pos_dest + _wl_pos_src) into _tmp_pos from clin.waiting_list;
	update clin.waiting_list
		set list_position = _tmp_pos
		where list_position = _wl_pos_dest;
	-- move row to move
	update clin.waiting_list
		set list_position = _wl_pos_dest
		where list_position = _wl_pos_src;
	-- move back existing row
	update clin.waiting_list
		set list_position = _wl_pos_src
		where list_position = _tmp_pos;
	return true;
END;

Function: clin.remove_old_empty_encounters(integer)

Returns: boolean

Language: SQL

Remove empty encounters older than 1 week from a patient.

select clin.remove_old_empty_encounters($1, '1 week'::interval);

Function: clin.remove_old_empty_encounters(integer, interval)

Returns: boolean

Language: PLPGSQL

Remove empty encountersolder than a definable minimum age from a patient.

DECLARE
	_pk_identity alias for $1;
	_defined_minimum_encounter_age alias for $2;
	_usable_minimum_encounter_age interval;
BEGIN
	-- does person exist ?
	perform 1 from dem.identity where pk = _pk_identity;
	if not found then
		raise exception 'clin.remove_old_empty_encounters(%, %): person [%] does not exist', _pk_identity, _defined_minimum_encounter_age, _pk_identity;
		return false;
	end if;
	if _defined_minimum_encounter_age < '3 days'::interval then
		_usable_minimum_encounter_age := '3 days'::interval;
	else
		_usable_minimum_encounter_age := _defined_minimum_encounter_age;
	end if;
	DELETE FROM clin.encounter WHERE
		clin.encounter.fk_patient = _pk_identity
			AND
		age(clin.encounter.last_affirmed) > _usable_minimum_encounter_age
			AND
		NOT EXISTS (SELECT 1 FROM clin.clin_root_item WHERE fk_encounter = clin.encounter.pk)
			AND
		NOT EXISTS (SELECT 1 FROM blobs.doc_med WHERE fk_encounter = clin.encounter.pk)
			AND
		NOT EXISTS (SELECT 1 FROM clin.episode WHERE fk_encounter = clin.encounter.pk)
			AND
		NOT EXISTS (SELECT 1 FROM clin.health_issue WHERE fk_encounter = clin.encounter.pk)
			AND
		NOT EXISTS (SELECT 1 FROM clin.allergy_state WHERE fk_encounter = clin.encounter.pk)
	;
	return true;
END;

Function: clin.trf_announce_active_substance_mod_no_pk()

Returns: trigger

Language: PLPGSQL

begin
	execute 'notify "active_substance_mod_db:"';
	return NULL;
end;

Function: clin.trf_announce_allg_mod()

Returns: trigger

Language: PLPGSQL

declare
	_pk_identity integer;
begin
	_pk_identity := NULL;
	-- retrieve identity PK via fk_encounter
	if TG_OP = 'DELETE' then
		select into _pk_identity fk_patient from clin.encounter where pk = OLD.fk_encounter limit 1;
	else
		select into _pk_identity fk_patient from clin.encounter where pk = NEW.fk_encounter limit 1;
	end if;
	-- soft error out if not found
	if _pk_identity is NULL then
		raise notice 'clin.trf_announce_allg_mod(): cannot determine identity PK on table <clin.allergy>';
		return NULL;
	end if;
	-- now, execute() the NOTIFY
	execute 'notify "allg_mod_db:' || _pk_identity || '"';
	return NULL;
end;

Function: clin.trf_announce_allg_state_mod()

Returns: trigger

Language: PLPGSQL

declare
	_pk_identity integer;
begin
	_pk_identity := NULL;
	-- retrieve identity PK via fk_encounter
	if TG_OP = 'DELETE' then
		select into _pk_identity fk_patient from clin.encounter where pk = OLD.fk_encounter limit 1;
	else
		select into _pk_identity fk_patient from clin.encounter where pk = NEW.fk_encounter limit 1;
	end if;
	-- soft error out if not found
	if _pk_identity is NULL then
		raise notice 'clin.trf_announce_allg_state_mod(): cannot determine identity PK on table <clin.allergy_state>';
		return NULL;
	end if;
	-- now, execute() the NOTIFY
	execute 'notify "allg_state_mod_db:' || _pk_identity || '"';
	return NULL;
end;

Function: clin.trf_announce_aoe_code_mod_no_pk()

Returns: trigger

Language: PLPGSQL

begin
	execute 'notify "aoe_code_mod_db:"';
	return NULL;
end;

Function: clin.trf_announce_clin_narrative_mod()

Returns: trigger

Language: PLPGSQL

declare
	_pk_identity integer;
begin
	_pk_identity := NULL;
	-- retrieve identity PK via fk_encounter
	if TG_OP = 'DELETE' then
		select into _pk_identity fk_patient from clin.encounter where pk = OLD.fk_encounter limit 1;
	else
		select into _pk_identity fk_patient from clin.encounter where pk = NEW.fk_encounter limit 1;
	end if;
	-- soft error out if not found
	if _pk_identity is NULL then
		raise notice 'clin.trf_announce_clin_narrative_mod(): cannot determine identity PK on table <clin.clin_narrative>';
		return NULL;
	end if;
	-- now, execute() the NOTIFY
	execute 'notify "clin_narrative_mod_db:' || _pk_identity || '"';
	return NULL;
end;

Function: clin.trf_announce_consumed_substance_mod_no_pk()

Returns: trigger

Language: PLPGSQL

begin
	execute 'notify "consumed_substance_mod_db:"';
	return NULL;
end;

Function: clin.trf_announce_encounter_mod()

Returns: trigger

Language: PLPGSQL

declare
	_pk_identity integer;
begin
	_pk_identity := NULL;
	-- retrieve identity PK via fk_patient
	if TG_OP = 'DELETE' then
		_pk_identity := OLD.fk_patient;
	else
		_pk_identity := NEW.fk_patient;
	end if;
	-- soft error out if not found
	if _pk_identity is NULL then
		raise notice 'clin.trf_announce_encounter_mod(): cannot determine identity PK on table <clin.encounter>';
		return NULL;
	end if;
	-- now, execute() the NOTIFY
	execute 'notify "encounter_mod_db:' || _pk_identity || '"';
	return NULL;
end;

Function: clin.trf_announce_episode_code_mod_no_pk()

Returns: trigger

Language: PLPGSQL

begin
	execute 'notify "episode_code_mod_db:"';
	return NULL;
end;

Function: clin.trf_announce_episode_mod()

Returns: trigger

Language: PLPGSQL

declare
	_pk_identity integer;
begin
	_pk_identity := NULL;
	-- retrieve identity PK via fk_encounter
	if TG_OP = 'DELETE' then
		select into _pk_identity fk_patient from clin.encounter where pk = OLD.fk_encounter limit 1;
	else
		select into _pk_identity fk_patient from clin.encounter where pk = NEW.fk_encounter limit 1;
	end if;
	-- soft error out if not found
	if _pk_identity is NULL then
		raise notice 'clin.trf_announce_episode_mod(): cannot determine identity PK on table <clin.episode>';
		return NULL;
	end if;
	-- now, execute() the NOTIFY
	execute 'notify "episode_mod_db:' || _pk_identity || '"';
	return NULL;
end;

Function: clin.trf_announce_family_history_mod()

Returns: trigger

Language: PLPGSQL

declare
	_pk_identity integer;
begin
	_pk_identity := NULL;
	-- retrieve identity PK via fk_encounter
	if TG_OP = 'DELETE' then
		select into _pk_identity fk_patient from clin.encounter where pk = OLD.fk_encounter limit 1;
	else
		select into _pk_identity fk_patient from clin.encounter where pk = NEW.fk_encounter limit 1;
	end if;
	-- soft error out if not found
	if _pk_identity is NULL then
		raise notice 'clin.trf_announce_family_history_mod(): cannot determine identity PK on table <clin.family_history>';
		return NULL;
	end if;
	-- now, execute() the NOTIFY
	execute 'notify "family_history_mod_db:' || _pk_identity || '"';
	return NULL;
end;

Function: clin.trf_announce_fhx_code_mod_no_pk()

Returns: trigger

Language: PLPGSQL

begin
	execute 'notify "fhx_code_mod_db:"';
	return NULL;
end;

Function: clin.trf_announce_health_issue_code_mod_no_pk()

Returns: trigger

Language: PLPGSQL

begin
	execute 'notify "health_issue_code_mod_db:"';
	return NULL;
end;

Function: clin.trf_announce_health_issue_mod()

Returns: trigger

Language: PLPGSQL

declare
	_pk_identity integer;
begin
	_pk_identity := NULL;
	-- retrieve identity PK via fk_encounter
	if TG_OP = 'DELETE' then
		select into _pk_identity fk_patient from clin.encounter where pk = OLD.fk_encounter limit 1;
	else
		select into _pk_identity fk_patient from clin.encounter where pk = NEW.fk_encounter limit 1;
	end if;
	-- soft error out if not found
	if _pk_identity is NULL then
		raise notice 'clin.trf_announce_health_issue_mod(): cannot determine identity PK on table <clin.health_issue>';
		return NULL;
	end if;
	-- now, execute() the NOTIFY
	execute 'notify "health_issue_mod_db:' || _pk_identity || '"';
	return NULL;
end;

Function: clin.trf_announce_hospital_stay_mod()

Returns: trigger

Language: PLPGSQL

declare
	_pk_identity integer;
begin
	_pk_identity := NULL;
	-- retrieve identity PK via fk_encounter
	if TG_OP = 'DELETE' then
		select into _pk_identity fk_patient from clin.encounter where pk = OLD.fk_encounter limit 1;
	else
		select into _pk_identity fk_patient from clin.encounter where pk = NEW.fk_encounter limit 1;
	end if;
	-- soft error out if not found
	if _pk_identity is NULL then
		raise notice 'clin.trf_announce_hospital_stay_mod(): cannot determine identity PK on table <clin.hospital_stay>';
		return NULL;
	end if;
	-- now, execute() the NOTIFY
	execute 'notify "hospital_stay_mod_db:' || _pk_identity || '"';
	return NULL;
end;

Function: clin.trf_announce_narrative_code_mod_no_pk()

Returns: trigger

Language: PLPGSQL

begin
	execute 'notify "narrative_code_mod_db:"';
	return NULL;
end;

Function: clin.trf_announce_narrative_mod()

Returns: trigger

Language: PLPGSQL

declare
	_pk_identity integer;
begin
	_pk_identity := NULL;
	-- retrieve identity PK via fk_encounter
	if TG_OP = 'DELETE' then
		select into _pk_identity fk_patient from clin.encounter where pk = OLD.fk_encounter limit 1;
	else
		select into _pk_identity fk_patient from clin.encounter where pk = NEW.fk_encounter limit 1;
	end if;
	-- soft error out if not found
	if _pk_identity is NULL then
		raise notice 'clin.trf_announce_narrative_mod(): cannot determine identity PK on clin.clin_root_item child table';
		return NULL;
	end if;
	-- now, execute() the NOTIFY
	execute 'notify "narrative_mod_db:' || _pk_identity || '"';
	return NULL;
end;

Function: clin.trf_announce_procedure_code_mod_no_pk()

Returns: trigger

Language: PLPGSQL

begin
	execute 'notify "procedure_code_mod_db:"';
	return NULL;
end;

Function: clin.trf_announce_procedure_mod()

Returns: trigger

Language: PLPGSQL

declare
	_pk_identity integer;
begin
	_pk_identity := NULL;
	-- retrieve identity PK via fk_encounter
	if TG_OP = 'DELETE' then
		select into _pk_identity fk_patient from clin.encounter where pk = OLD.fk_encounter limit 1;
	else
		select into _pk_identity fk_patient from clin.encounter where pk = NEW.fk_encounter limit 1;
	end if;
	-- soft error out if not found
	if _pk_identity is NULL then
		raise notice 'clin.trf_announce_procedure_mod(): cannot determine identity PK on table <clin.procedure>';
		return NULL;
	end if;
	-- now, execute() the NOTIFY
	execute 'notify "procedure_mod_db:' || _pk_identity || '"';
	return NULL;
end;

Function: clin.trf_announce_reviewed_test_results_mod_no_pk()

Returns: trigger

Language: PLPGSQL

begin
	execute 'notify "reviewed_test_results_mod_db:"';
	return NULL;
end;

Function: clin.trf_announce_rfe_code_mod_no_pk()

Returns: trigger

Language: PLPGSQL

begin
	execute 'notify "rfe_code_mod_db:"';
	return NULL;
end;

Function: clin.trf_announce_substance_intake_mod()

Returns: trigger

Language: PLPGSQL

declare
	_pk_identity integer;
begin
	_pk_identity := NULL;
	-- retrieve identity PK via fk_encounter
	if TG_OP = 'DELETE' then
		select into _pk_identity fk_patient from clin.encounter where pk = OLD.fk_encounter limit 1;
	else
		select into _pk_identity fk_patient from clin.encounter where pk = NEW.fk_encounter limit 1;
	end if;
	-- soft error out if not found
	if _pk_identity is NULL then
		raise notice 'clin.trf_announce_substance_intake_mod(): cannot determine identity PK on table <clin.substance_intake>';
		return NULL;
	end if;
	-- now, execute() the NOTIFY
	execute 'notify "substance_intake_mod_db:' || _pk_identity || '"';
	return NULL;
end;

Function: clin.trf_announce_test_result_mod()

Returns: trigger

Language: PLPGSQL

declare
	_pk_identity integer;
begin
	_pk_identity := NULL;
	-- retrieve identity PK via fk_encounter
	if TG_OP = 'DELETE' then
		select into _pk_identity fk_patient from clin.encounter where pk = OLD.fk_encounter limit 1;
	else
		select into _pk_identity fk_patient from clin.encounter where pk = NEW.fk_encounter limit 1;
	end if;
	-- soft error out if not found
	if _pk_identity is NULL then
		raise notice 'clin.trf_announce_test_result_mod(): cannot determine identity PK on table <clin.test_result>';
		return NULL;
	end if;
	-- now, execute() the NOTIFY
	execute 'notify "test_result_mod_db:' || _pk_identity || '"';
	return NULL;
end;

Function: clin.trf_announce_vacc_mod()

Returns: trigger

Language: PLPGSQL

declare
	_pk_identity integer;
begin
	_pk_identity := NULL;
	-- retrieve identity PK via fk_encounter
	if TG_OP = 'DELETE' then
		select into _pk_identity fk_patient from clin.encounter where pk = OLD.fk_encounter limit 1;
	else
		select into _pk_identity fk_patient from clin.encounter where pk = NEW.fk_encounter limit 1;
	end if;
	-- soft error out if not found
	if _pk_identity is NULL then
		raise notice 'clin.trf_announce_vacc_mod(): cannot determine identity PK on table <clin.vaccination>';
		return NULL;
	end if;
	-- now, execute() the NOTIFY
	execute 'notify "vacc_mod_db:' || _pk_identity || '"';
	return NULL;
end;

Function: clin.trf_announce_waiting_list_generic_mod_no_pk()

Returns: trigger

Language: PLPGSQL

begin
	execute 'notify "waiting_list_generic_mod_db:"';
	return NULL;
end;

Function: clin.trf_announce_waiting_list_mod()

Returns: trigger

Language: PLPGSQL

declare
	_pk_identity integer;
begin
	_pk_identity := NULL;
	-- retrieve identity PK via fk_patient
	if TG_OP = 'DELETE' then
		_pk_identity := OLD.fk_patient;
	else
		_pk_identity := NEW.fk_patient;
	end if;
	-- soft error out if not found
	if _pk_identity is NULL then
		raise notice 'clin.trf_announce_waiting_list_mod(): cannot determine identity PK on table <clin.waiting_list>';
		return NULL;
	end if;
	-- now, execute() the NOTIFY
	execute 'notify "waiting_list_mod_db:' || _pk_identity || '"';
	return NULL;
end;

Function: clin.trf_delete_intake_document_deleted()

Returns: trigger

Language: PLPGSQL

Document the deletion of a substance intake.

DECLARE
	_row record;
	_pk_episode integer;
BEGIN
	select
		* into _row
	from
		clin.v_pat_substance_intake_journal
	where
		src_pk = OLD.pk;
	_pk_episode := _row.pk_episode;
	-- create episode if needed
	if _pk_episode is null then
		select pk into _pk_episode
		from clin.episode
		where
			description = _('Medication history')
				and
			fk_encounter in (
				select pk from clin.encounter where fk_patient = _row.pk_patient
			);
		if not found then
			insert into clin.episode (
				description,
				is_open,
				fk_encounter
			) values (
				_('Medication history'),
				FALSE,
				OLD.fk_encounter
			) returning pk into _pk_episode;
		end if;
	end if;
	insert into clin.clin_narrative (
		fk_encounter,
		fk_episode,
		soap_cat,
		narrative
	) values (
		_row.pk_encounter,
		_pk_episode,
		NULL,
		_('Deletion of') || ' ' || _row.narrative
	);
	return OLD;
END;

Function: clin.trf_delete_intake_turns_other_components_into_substances()

Returns: trigger

Language: PLPGSQL

If a patient is stopped from a multi-component drug intake other components thereof must be turned into non-brand substance intakes.

DECLARE
	_pk_brand integer;
	_component_count integer;
	_pk_patient integer;
BEGIN
	-- did it at all relate to a drug (rather than substance) ?
	if OLD.fk_drug_component is NULL then
		return OLD;
	end if;
	-- which drug ?
	select fk_brand into _pk_brand
	from ref.lnk_substance2brand
	where pk = OLD.fk_drug_component;
	-- how many components therein ?
	select count(1) into _component_count
	from ref.lnk_substance2brand
	where fk_brand = _pk_brand;
	-- only one component ?
	if _component_count = 1 then
		return OLD;
	end if;
	-- which patient ?
	select fk_patient into _pk_patient
	from clin.encounter
	where pk = OLD.fk_encounter;
	-- relink all other intakes into substances
	update clin.substance_intake set
		fk_drug_component = null,
		fk_substance = (
			select fk_substance from ref.lnk_substance2brand where pk = fk_drug_component
		),
		preparation = (
			select preparation from ref.branded_drug where pk = (
				select fk_brand from ref.lnk_substance2brand where pk = fk_drug_component
			)
		)
	where
		fk_drug_component is not null
			and
		fk_drug_component in (
			select pk from ref.lnk_substance2brand where fk_brand = _pk_brand
		)
			and
		fk_encounter in (
			select pk from clin.encounter where fk_patient = _pk_patient
		)
	;
	return OLD;
END;

Function: clin.trf_ensure_one_allergy_state_per_patient()

Returns: trigger

Language: PLPGSQL

declare
	_new_pk_patient integer;
	_old_pk_patient integer;
begin
	-- find patient from encounter
	select into _new_pk_patient fk_patient
		from clin.encounter
		where pk = NEW.fk_encounter;
	if not FOUND then
		raise exception 'Encounter % does not exist !?', NEW.fk_encounter;
		return NEW;
	end if;
	-- new row
	if TG_OP = 'INSERT' then
		-- patient already there ?
		perform 1 from clin.allergy_state
		where
			fk_encounter in (select pk from clin.encounter where fk_patient = _new_pk_patient);
		if FOUND then
			raise exception 'Cannot insert second allergy state for patient % via encounter %.', _new_pk_patient, NEW.fk_encounter;
			return NEW;
		end if;
		return NEW;
	end if;
	if TG_OP = 'UPDATE' then
		if NEW.fk_encounter = OLD.fk_encounter then
			return NEW;
		end if;
		select into _old_pk_patient fk_patient
			from clin.encounter
			where pk = OLD.fk_encounter;
		if _new_pk_patient = _old_pk_patient then
			return NEW;
		end if;
		raise exception 'Invalid fk_encounter update (% -> %): it would change the associated patient (% -> %).', OLD.fk_encounter, NEW.fk_encounter, _old_pk_patient, _new_pk_patient;
		return NEW;
	end if;
	return NEW;
end;

Function: clin.trf_ins_lc2sth_fk_generic_code()

Returns: trigger

Language: PLPGSQL

Check foreign key integrity on insert to *.fk_generic_code -> ref.coding_system_root.pk_coding_system.

DECLARE
	_msg text;
BEGIN
	perform 1 from ref.coding_system_root where pk_coding_system = NEW.fk_generic_code;
	if FOUND then
		return NEW;
	end if;
	_msg := 'clin.trf_ins_lc2sth_fk_generic_code(): INSERT into '
		|| TG_TABLE_SCHEMA || '.' || TG_TABLE_NAME || ': '
		|| 'fk_generic_code=(' || NEW.fk_generic_code || ') '
		|| 'does not exist in ref.coding_system_root.pk_coding_system';
	raise foreign_key_violation using message = _msg;
	return NEW;
END;

Function: clin.trf_insert_intake_links_all_drug_components()

Returns: trigger

Language: PLPGSQL

If a patient is put on a multi-component drug they must be put on ALL components thereof.

DECLARE
	_component_count integer;
	_pk_patient integer;
	_pk_brand integer;
	_pk_component integer;
BEGIN
	-- any drug at all ?
	if NEW.fk_drug_component is NULL then
		return NEW;
	end if;
	-- get the brand we are linking to
	select fk_brand into _pk_brand
	from ref.lnk_substance2brand
	where pk = NEW.fk_drug_component;
	-- how many components therein ?
	select count(1) into _component_count
	from ref.lnk_substance2brand
	where fk_brand = _pk_brand;
	-- only one component ?
	if _component_count = 1 then
		return NEW;
	end if;
	-- which patient ?
	select fk_patient into _pk_patient
	from clin.encounter
	where pk = NEW.fk_encounter;
	-- INSERT all components
	for _pk_component in
		select pk from ref.lnk_substance2brand where fk_brand = _pk_brand
	loop
		-- already there ?
		perform 1 from clin.substance_intake
		where
			fk_encounter in (
				select pk from clin.encounter where fk_patient = _pk_patient
			)
				and
			fk_drug_component = _pk_component
		;
		if FOUND then
			continue;
		end if;
		-- insert
		insert into clin.substance_intake (
			fk_drug_component,				-- differentiate
			clin_when,						-- harmonize (started)
			fk_encounter,					-- harmonize
			fk_episode,						-- required
			soap_cat,						-- harmonize
			schedule,						-- harmonize
			duration,						-- harmonize
			intake_is_approved_of,			-- harmonize
			is_long_term,					-- harmonize
			discontinued,					-- harmonize
			narrative,
			-- preparation,					-- drug components already have preps
			aim,
			discontinue_reason
		) values (
			_pk_component,
			NEW.clin_when,
			NEW.fk_encounter,
			NEW.fk_episode,
			NEW.soap_cat,
			NEW.schedule,
			NEW.duration,
			NEW.intake_is_approved_of,
			NEW.is_long_term,
			NEW.discontinued,
			NEW.narrative,
			-- NEW.preparation,
			NEW.aim,
			NEW.discontinue_reason
		);
	end loop;
	return NEW;
END;

Function: clin.trf_insert_intake_prevent_duplicate_component_links()

Returns: trigger

Language: PLPGSQL

Prevent patient from being put on a particular component twice.

DECLARE
	_pk_patient integer;
	_pk_intake integer;
	_msg text;
BEGIN
	-- any drug at all ?
	if NEW.fk_drug_component is NULL then
		return NEW;
	end if;
	-- which patient ?
	select fk_patient into _pk_patient
	from clin.encounter
	where pk = NEW.fk_encounter;
	-- already exists ?
	select pk into _pk_intake
	from clin.substance_intake
	where
		fk_encounter in (
			select pk from clin.encounter where fk_patient = _pk_patient
		)
			and
		fk_drug_component = NEW.fk_drug_component
	;
	if FOUND then
		_msg := '[clin.trf_insert_intake_prevent_duplicate_component_links]: drug component ref.lnk_substance2brand.pk=(' || NEW.fk_drug_component || ') '
			|| 'already linked to patient=(' || _pk_patient || ') '
			|| 'as clin.substance_intake.pk=(' || _pk_intake || ')';
		raise exception unique_violation using message = _msg;
	end if;
	return NEW;
END;

Function: clin.trf_invalidate_review_on_result_change()

Returns: trigger

Language: PLPGSQL

DECLARE
	is_modified bool;
BEGIN
	is_modified := False;
	-- change of test type
	if NEW.fk_type != OLD.fk_type then
		is_modified := True;
	end if;
	-- change of numeric value
	if NEW.val_num != OLD.val_num then
		is_modified := True;
	end if;
	-- change of alpha value
	if NEW.val_alpha != OLD.val_alpha then
		is_modified := True;
	end if;
	-- change of unit
	if NEW.val_unit != OLD.val_unit then
		is_modified := True;
	end if;
	if is_modified is True then
		delete from clin.reviewed_test_results where fk_reviewed_row = OLD.pk;
	end if;
	return NEW;
END;

Function: clin.trf_normalize_proc_is_ongoing()

Returns: trigger

Language: PLPGSQL

BEGIN
	if NEW.clin_end is NULL then
		return NEW;
	end if;
	if NEW.clin_end > clock_timestamp() then
		NEW.is_ongoing := TRUE;
	else
		NEW.is_ongoing := FALSE;
	end if;
	return NEW;
END;

Function: clin.trf_notify_reviewer_of_review_change()

Returns: trigger

Language: PLPGSQL

declare
	_pk_patient integer;
	_pk_type integer;
begin
	-- disallow change of referenced row
	-- for cleanliness this really *should* be in another trigger
	if NEW.fk_reviewed_row <> OLD.fk_reviewed_row then
		raise exception 'Attaching an existing review to another test result is not allowed (fk_reviewed_row change).';
		return NEW;
	end if;
	-- change of last reviewer ?
	if NEW.fk_reviewer = OLD.fk_reviewer then
		return NEW;
	end if;
	-- review change ?
	if (NEW.is_technically_abnormal <> OLD.is_technically_abnormal) or
	   (NEW.clinically_relevant <> OLD.clinically_relevant) then
		-- find patient for test result
		select pk_patient into _pk_patient
			from clin.v_test_results
			where pk_test_result = OLD.fk_reviewed_row;
		-- find inbox item type
		select pk_type into _pk_type
			from dem.v_inbox_item_type where
			type = 'results review change';
		-- create it if necessary
		if not found then
			insert into dem.inbox_item_type (
				fk_inbox_item_category,
				description
			) values (
				(select pk from dem.item_inbox_category where description = 'clinical'),
				'results review change'
			);
			select pk_type into _pk_type
				from dem.v_inbox_item_type where
				type = 'results review change';
		end if;
		-- already notified ?
		perform 1 from dem.message_inbox where
			fk_staff = OLD.fk_reviewer
			and fk_inbox_item_type = _pk_type
			and ufk_context = ARRAY[_pk_patient];
		-- nope, so notify now
		if not found then
			insert into dem.message_inbox (
				fk_staff, fk_inbox_item_type, comment, ufk_context
			) values (
				OLD.fk_reviewer,
				_pk_type,
				(select
					_('results review changed for patient') || ' [' || vpb.lastnames || ', ' || vbp.firstnames || ']'
					from dem.v_basic_person vbp
					where vpb.pk_identity = _pk_patient
				),
				ARRAY[_pk_patient]
			);
		end if;
	end if;
	return NEW;
end;

Function: clin.trf_sanity_check_enc_epi_insert()

Returns: trigger

Language: PLPGSQL

declare
	_identity_from_encounter integer;
	_identity_from_episode integer;
begin
	-- sometimes .fk_episode can actually be NULL (eg. clin.substance_intake)
	-- in which case we do not need to run the sanity check
	if NEW.fk_episode is NULL then
		return NEW;
	end if;
	select fk_patient into _identity_from_encounter from clin.encounter where pk = NEW.fk_encounter;
	select fk_patient into _identity_from_episode from clin.encounter where pk = (
		select fk_encounter from clin.episode where pk = NEW.fk_episode
	);
	if _identity_from_encounter <> _identity_from_episode then
		raise exception 'INSERT into %.%: Sanity check failed. Encounter % patient = %. Episode % patient = %.',
			TG_TABLE_SCHEMA,
			TG_TABLE_NAME,
			NEW.fk_encounter,
			_identity_from_encounter,
			NEW.fk_episode,
			_identity_from_episode
		;
		return NULL;
	end if;
	return NEW;
end;

Function: clin.trf_sanity_check_enc_vs_issue_on_epi()

Returns: trigger

Language: PLPGSQL

declare
	_identity_from_encounter integer;
	_identity_from_issue integer;
begin
	-- if issue is NULL, do not worry about mismatch
	if NEW.fk_health_issue is NULL then
		return NEW;
	end if;
	-- .fk_episode must belong to the same patient as .fk_encounter
	select fk_patient into _identity_from_encounter from clin.encounter where pk = NEW.fk_encounter;
	select fk_patient into _identity_from_issue     from clin.encounter where pk = (
		select fk_encounter from clin.health_issue where pk = NEW.fk_health_issue
	);
	if _identity_from_encounter <> _identity_from_issue then
		raise exception 'INSERT/UPDATE into %.%: Sanity check failed. Encounter % patient = %. Issue % patient = %.',
			TG_TABLE_SCHEMA,
			TG_TABLE_NAME,
			NEW.fk_encounter,
			_identity_from_encounter,
			NEW.fk_health_issue,
			_identity_from_issue
		;
		return NULL;
	end if;
	return NEW;
end;

Function: clin.trf_sanity_check_procedure_episode()

Returns: trigger

Language: PLPGSQL

DECLARE
	_hospital_stay_episode_pk integer;
BEGIN
	if NEW.fk_hospital_stay is null then
		return NEW;
	end if;
	select into _hospital_stay_episode_pk fk_episode
		from clin.hospital_stay
		where pk = NEW.fk_hospital_stay;
	if NEW.fk_episode = _hospital_stay_episode_pk then
		return NEW;
	end if;
	raise exception '[clin.procedure]: INSERT/UPDATE failed: fk_episode (%) does not match fk_episode (%) behind fk_hospital_stay (%)', NEW.fk_episode, _hospital_stay_episode_pk, NEW.fk_hospital_stay;
	return NEW;
END;

Function: clin.trf_sanity_check_substance_episode()

Returns: trigger

Language: PLPGSQL

declare
	_identity_from_encounter integer;
	_identity_from_episode integer;
begin
	-- episode can only be NULL if intake is not approved of,
	-- IOW, if clinician approves of intake she better know why
	if NEW.intake_is_approved_of is True then
		if NEW.fk_episode is NULL then
			raise exception 'clin.trf_sanity_check_substance_episode(): substance intake is approved of but .fk_episode is NULL';
			return NULL;
		end if;
	end if;
	-- .fk_episode can be NULL (except in the above case)
	if NEW.fk_episode is NULL then
		return NEW;
	end if;
	-- .fk_episode must belong to the same patient as .fk_encounter
	select fk_patient into _identity_from_encounter from clin.encounter where pk = NEW.fk_encounter;
	select fk_patient into _identity_from_episode from clin.encounter where pk = (
		select fk_encounter from clin.episode where pk = NEW.fk_episode
	);
	if _identity_from_encounter <> _identity_from_episode then
		raise exception 'INSERT/UPDATE into %.%: Sanity check failed. Encounter % patient = %. Episode % patient = %.',
			TG_TABLE_SCHEMA,
			TG_TABLE_NAME,
			NEW.fk_encounter,
			_identity_from_encounter,
			NEW.fk_episode,
			_identity_from_episode
		;
		return NULL;
	end if;
	return NEW;
end;

Function: clin.trf_sanity_check_vaccine_has_indications()

Returns: trigger

Language: PLPGSQL

DECLARE
	_indication_link_pk integer;
BEGIN
	perform 1 from clin.lnk_vaccine2inds where fk_vaccine = NEW.pk limit 1;
	if FOUND then
		return NEW;
	end if;
	raise exception '[clin.vaccine]: INSERT/UPDATE failed: no indication linked to vaccine (clin.lnk_vaccine2inds.fk_vaccine <-(%)-> clin.vaccine.pk)', NEW.pk;
	return NEW;
END;

Function: clin.trf_sync_allergic_state_on_allergies_modified()

Returns: trigger

Language: PLPGSQL

trigger function to sync the allergy state on insert/delete

DECLARE
	_fk_patient integer;
	_fk_encounter integer;
	_state integer;
	_no_of_allergies integer;
BEGIN
	if TG_OP = 'INSERT' then
		select into _fk_patient fk_patient from clin.encounter where pk = NEW.fk_encounter;
		_fk_encounter := NEW.fk_encounter;
		_state := 1;
	end if;
	if TG_OP = 'DELETE' then
		-- only run this trigger if deleting last allergy
		select into _fk_patient fk_patient from clin.encounter where pk = OLD.fk_encounter;
		select into _no_of_allergies count(1) from clin.allergy where fk_encounter in (
			select pk from clin.encounter where fk_patient = _fk_patient
		);
		if _no_of_allergies > 1 then
			return OLD;		-- still allergies left
		end if;
		_fk_encounter := OLD.fk_encounter;
		_state := 0;
	end if;
	update clin.allergy_state
		set
			has_allergy = _state,
			last_confirmed = coalesce(last_confirmed, now())
		where fk_encounter in (
			select pk from clin.encounter where fk_patient = _fk_patient
		);
	if not FOUND then
		insert into clin.allergy_state
			(fk_encounter, has_allergy, last_confirmed)
		values
			(_fk_encounter, _state, now());
	end if;
	return NEW;
END;

Function: clin.trf_undiscontinue_unsets_reason()

Returns: trigger

Language: PLPGSQL

declare
	_identity_from_encounter integer;
	_identity_from_issue integer;
begin
	if NEW.discontinued is NULL then
		NEW.discontinue_reason := NULL;
	end if;
	return NEW;
end;

Function: clin.trf_unique_indication_in_schedule()

Returns: trigger

Language: PLPGSQL

DECLARE
	_msg text;
BEGIN
	-- is the indication already linked ?
	perform 1 from clin.v_vaccination_courses_in_schedule where
		pk_vaccination_schedule = NEW.fk_schedule and
		pk_indication = (select fk_indication from clin.vaccination_course where pk=NEW.fk_course);
	if FOUND then
		_msg := 'Cannot link course [' || NEW.fk_course || '] into schedule [' || NEW.fk_schedule || ']. The indication is already linked.';
		raise exception '%', _msg;
		return null;
	end if;
	return null;
END;

Function: clin.trf_upd_lc2sth_fk_generic_code()

Returns: trigger

Language: PLPGSQL

Check foreign key integrity on update of *.fk_generic_code -> ref.coding_system_root.pk_coding_system.

DECLARE
	_msg text;
BEGIN
	perform 1 from ref.coding_system_root where pk_coding_system = NEW.fk_generic_code;
	if FOUND then
		return NEW;
	end if;
	_msg := 'clin.trf_upd_lc2sth_fk_generic_code(): UPDATE of '
		|| TG_TABLE_SCHEMA || '.' || TG_TABLE_NAME || ': '
		|| 'fk_generic_code=(' || NEW.fk_generic_code || ') '
		|| 'does not exist in ref.coding_system_root.pk_coding_system, '
		|| 'old fk_generic_code=(' || OLD.fk_generic_code || ')';
	raise foreign_key_violation using message = _msg;
	return OLD;
END;

Function: clin.trf_update_intake_must_link_all_drug_components()

Returns: trigger

Language: PLPGSQL

If a patient is put on a different multi-component drug ALL components thereof must be updated.

DECLARE
	_intake_count integer;
	_component_count integer;
	_pk_patient integer;
	_pk_brand integer;
	_msg text;
BEGIN
	if NEW.fk_drug_component is not distinct from OLD.fk_drug_component then
		return NEW;
	end if;
	select fk_patient into _pk_patient
	from clin.encounter
	where pk = NEW.fk_encounter;
	-- check the OLD brand unless it is NULL
	if OLD.fk_drug_component is not NULL then
		-- get the brand we were linking to
		select fk_brand into _pk_brand
		from ref.lnk_substance2brand
		where fk_substance = OLD.fk_drug_component;
		-- How many substance intake links for this drug have we got ?
		select count(1) into _intake_count
		from clin.substance_intake
		where
			fk_drug_component in (
				select fk_substance from ref.lnk_substance2brand where fk_brand = _pk_brand
			)
				and
			fk_encounter in (
				select pk from clin.encounter where fk_patient = _pk_patient
			);
		-- unlinking completely would be fine but else:
		if _intake_count != 0 then
			-- How many components *are* there in the drug in question ?
			select count(1) into _component_count
			from ref.lnk_substance2brand
			where fk_brand = _pk_brand;
			-- substance intake link count and number of components must match
			if _component_count != _intake_count then
				_msg := '[clin.trf_update_intake_must_link_all_drug_components]: re-linking brand must unlink all components of old brand [' || _pk_brand || '] '
					|| '(component [' || OLD.fk_drug_component || ' -> ' || NEW.fk_drug_component || '])';
				raise exception check_violation using message = _msg;
			end if;
		end if;
	end if;
	-- check the NEW brand unless it is NULL
	if NEW.fk_drug_component is not NULL then
		-- get the brand we were linking to
		select fk_brand into _pk_brand
		from ref.lnk_substance2brand
		where fk_substance = NEW.fk_drug_component;
		-- How many substance intake links for this drug have we got ?
		select count(1) into _intake_count
		from clin.substance_intake
		where
			fk_drug_component in (
				select fk_substance from ref.lnk_substance2brand where fk_brand = _pk_brand
			)
				and
			fk_encounter in (
				select pk from clin.encounter where fk_patient = _pk_patient
			);
		-- unlinking completely would be fine but else:
		if _intake_count != 0 then
			-- How many components *are* there in the drug in question ?
			select count(1) into _component_count
			from ref.lnk_substance2brand
			where fk_brand = _pk_brand;
			-- substance intake link count and number of components must match
			if _component_count != _intake_count then
				_msg := '[clin.trf_update_intake_must_link_all_drug_components]: re-linking brand must link all components of new brand [' || _pk_brand || '] '
					|| '(component [' || OLD.fk_drug_component || ' -> ' || NEW.fk_drug_component || '])';
				raise exception check_violation using message = _msg;
			end if;
		end if;
	end if;
	return NEW;
END;

Function: clin.trf_update_intake_updates_all_drug_components()

Returns: trigger

Language: PLPGSQL

If a drug component substance intake is updated all sibling components must receive some values thereof.

DECLARE
	_pk_brand integer;
	_component_count integer;
	_pk_patient integer;
BEGIN
	-- does it at all relate to a drug (rather than substance) ?
	if NEW.fk_drug_component is null then
		return NEW;
	end if;
	-- which drug ?
	select fk_brand into _pk_brand
	from ref.lnk_substance2brand
	where pk = NEW.fk_drug_component;
	-- how many components therein ?
	select count(1) into _component_count
	from ref.lnk_substance2brand
	where fk_brand = _pk_brand;
	-- only one component ?
	if _component_count = 1 then
		return NEW;
	end if;
	-- which patient ?
	select fk_patient into _pk_patient
	from clin.encounter
	where pk = NEW.fk_encounter;
	-- update all substance instakes ...
	update clin.substance_intake set
		clin_when = NEW.clin_when,				-- started
		fk_encounter = NEW.fk_encounter,
		soap_cat = NEW.soap_cat,
		schedule = NEW.schedule,
		duration = NEW.duration,
		intake_is_approved_of = NEW.intake_is_approved_of,
		is_long_term = NEW.is_long_term,
		discontinued = NEW.discontinued
	where
		-- ... which belong to this drug ...
		fk_drug_component in (
			select pk from ref.lnk_substance2brand where fk_brand = _pk_brand
		)
			AND
		-- ... but are not THIS component ...
		fk_drug_component != NEW.fk_drug_component
			AND
		-- ... this patient ...
		fk_encounter in (
			select pk from clin.encounter where fk_patient = _pk_patient
		)
			AND
		-- ... are different in value (this will stop recursion as soon as all are equal)
		(
			clin_when is distinct from NEW.clin_when
				OR
			fk_encounter is distinct from NEW.fk_encounter
				OR
			soap_cat is distinct from NEW.soap_cat
				OR
			schedule is distinct from NEW.schedule
				OR
			duration is distinct from NEW.duration
				OR
			intake_is_approved_of is distinct from NEW.intake_is_approved_of
				OR
			is_long_term is distinct from NEW.is_long_term
				OR
			discontinued is distinct from NEW.discontinued
		)
	;
	return NEW;
END;

Function: clin.trf_warn_on_duplicate_vaccinations()

Returns: trigger

Language: PLPGSQL

Sends a notification to the inbox of both current_user and clin.vaccination.fk_provider (if not NULL) in case a new or updated vaccination falls within 1 week of another vaccination with (even partially) overlapping indications.

DECLARE
	_NEW_pk_patient integer;
	_NEW_vaccination record;
	_NEW_vacc_label text;
	_prev_vacc_loop_record record;
	_prev_vaccination record;
	_prev_vacc_label text;
	_indication_collision integer;
	msg text;
	_pk_current_provider integer;
BEGIN
	-- find patient for NEW vaccination
	select fk_patient into _NEW_pk_patient from clin.encounter where pk = NEW.fk_encounter;
	-- load denormalized vaccination corresponding to NEW vaccination
	select * into _NEW_vaccination from clin.v_pat_vaccinations where pk_vaccination = NEW.pk;
	-- generate label for NEW vaccination
	_NEW_vacc_label := to_char(_NEW_vaccination.date_given, 'YYYY-MM-DD')
		|| ' (#' || _NEW_vaccination.pk_vaccination || '): '
		|| _NEW_vaccination.vaccine
		|| ' (' || array_to_string(_NEW_vaccination.l10n_indications, ', ') || ')';
	-- loop over ...
	for _prev_vacc_loop_record in
		-- ... vaccinations ...
		SELECT * FROM clin.vaccination cv
		WHERE
			-- ... of this patient ...
			cv.fk_encounter in (select ce.pk from clin.encounter ce where ce.fk_patient = _NEW_pk_patient)
				AND
			-- ... within 7 days of the vaccination date ...
			cv.clin_when BETWEEN (NEW.clin_when - '7 days'::interval) AND (NEW.clin_when + '7 days'::interval)
				AND
			-- ... not the vaccination we just INSERTed/UPDATEed
			cv.pk != NEW.pk
	loop
		select * into _indication_collision from ((
			select fk_indication from clin.lnk_vaccine2inds where fk_vaccine = NEW.fk_vaccine
		) INTERSECT (
			select fk_indication from clin.lnk_vaccine2inds where fk_vaccine = _prev_vacc_loop_record.fk_vaccine
		)) as colliding_indications;
		if FOUND then
			-- retrieve denormalized data corresponding to that previous vaccination
			select * into _prev_vaccination from clin.v_pat_vaccinations where pk_vaccination = _prev_vacc_loop_record.pk;
			-- generate label for that previous vaccination
			_prev_vacc_label := to_char(_prev_vaccination.date_given, 'YYYY-MM-DD')
				|| ' (#' || _prev_vaccination.pk_vaccination || '): '
				|| _prev_vaccination.vaccine
				|| ' (' || array_to_string(_prev_vaccination.l10n_indications, ', ') || ')';
			msg := _prev_vacc_label || E'
' || _NEW_vacc_label;
			select pk into _pk_current_provider from dem.staff where db_user = session_user;
			-- create inbox message for current user
			insert into dem.message_inbox (
				fk_staff,
				fk_inbox_item_type,
				comment,
				data,
				importance,
				ufk_context,
				fk_patient
			) values (
				_pk_current_provider,
				(select pk_type from dem.v_inbox_item_type where type = 'review vaccs' and category = 'clinical'),
				_('Two vaccinations with overlapping target conditions recorded within one week of each other !'),
				msg,
				1,
				ARRAY[_NEW_vaccination.pk_vaccination,_prev_vaccination.pk_vaccination],
				_NEW_pk_patient
			);
			-- create inbox message for vaccinating provider if known
			if NEW.fk_provider is not NULL then
				-- and not identical to session user
				if NEW.fk_provider != _pk_current_provider then
					insert into dem.message_inbox (
						fk_staff,
						fk_inbox_item_type,
						comment,
						data,
						importance,
						ufk_context,
						fk_patient
					) values (
						NEW.fk_provider,
						(select pk_type from dem.v_inbox_item_type where type = 'review vaccs' and category = 'clinical'),
						_('Two vaccinations with overlapping target conditions recorded within one week of each other !'),
						msg,
						1,
						ARRAY[_NEW_vaccination.pk_vaccination,_prev_vaccination.pk_vaccination],
						_NEW_pk_patient
					);
				end if;
			end if;
		end if;
	end loop;
	return NEW;
END;

Schema de_de

Table: de_de.beh_fall_typ

Art des Behandlungsfalls (MuVo/Impfung/...)

de_de.beh_fall_typ Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
row_version	integer	NOT NULL
modified_when	timestamp with time zone	NOT NULL DEFAULT now()
modified_by	name	NOT NULL DEFAULT "current_user"()
pk	serial	PRIMARY KEY
code	text	UNIQUE NOT NULL
kurzform	text	UNIQUE NOT NULL
name	text	UNIQUE NOT NULL

Table de_de.beh_fall_typ Inherits audit_fields,

Tables referencing this one via Foreign Key Constraints:

de_de.behandlungsfall

Index - Schema de_de

Table: de_de.behandlungsfall

de_de.behandlungsfall Structure
F-Key	Name	Type	Description
	pk	serial	PRIMARY KEY
dem.identity.pk	fk_patient	integer	NOT NULL
de_de.beh_fall_typ.pk	fk_falltyp	integer	NOT NULL
	started	date	NOT NULL DEFAULT ('now'::text)::date
	must_pay_prax_geb	boolean	NOT NULL DEFAULT true

Tables referencing this one via Foreign Key Constraints:

de_de.prax_geb_paid

Index - Schema de_de

Table: de_de.kvk

Speichert die Daten einer bestimmten KVK. Wir trennen die KVK-Daten von den Daten ueber Person, Wohnort, Kassenzugehoerigkeit, Mitgliedsstatus und Abrechnungsfaellen. Diese Daten werden jedoch a) als Vorgaben fuer die eigentlichen Personendaten und b) als gueltig fuer abrechnungstechnische Belange angesehen.

de_de.kvk Structure
F-Key	Name	Type	Description
	pk	serial	PRIMARY KEY
dem.identity.pk	fk_patient	integer	NOT NULL
	kk_name	character varying(28)	NOT NULL
	kk_nummer	character(7)	NOT NULL
	kvk_nummer	character(5)
	mitgliedsnummer	character varying(12)	NOT NULL
	mitgliedsstatus	character varying(4)	NOT NULL
	zusatzstatus	character varying(3)
	titel	character varying(15)
	vorname	character varying(28)
	namenszuatz	character varying(15)
	familienname	character varying(28)	NOT NULL
	geburtsdatum	character(8)	NOT NULL
	strasse	character varying(28)
	landescode	character varying(3)
	plz	character varying(7)	NOT NULL
	ort	character varying(23)	NOT NULL
	gueltigkeit	character(4)
	crc	character(1)	NOT NULL
	is_valid_address	boolean	DEFAULT true
	valid_since	timestamp with time zone	NOT NULL
	presented	timestamp with time zone[]	NOT NULL
	invalidated	timestamp with time zone	Kann durchaus vor Ende von "Gueltigkeit" liegen. Zeitpunkt des Austritts aus der Krankenkasse. Beim Setzen dieses Feldes muss auch die Zuzahlungsbefreiung auf NULL gesetzt werden.

Index - Schema de_de

Table: de_de.lab_test_gnr

specific for Germany, GNR = GebuehrenordnungsNummeR = billing item, build index before lab import and drop afterwards, check against this table when importing, build table during import

de_de.lab_test_gnr Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	id	serial	PRIMARY KEY
clin.test_type.pk	id_test	integer	NOT NULL link to test in our practice

Table de_de.lab_test_gnr Inherits audit_fields,

Index - Schema de_de

Table: de_de.payment_method

de_de.payment_method Structure
F-Key	Name	Type	Description
	pk	serial	PRIMARY KEY
	description	text	UNIQUE NOT NULL

Tables referencing this one via Foreign Key Constraints:

de_de.prax_geb_paid

Index - Schema de_de

Table: de_de.prax_geb_paid

de_de.prax_geb_paid Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
de_de.behandlungsfall.pk	fk_fall	integer	NOT NULL
	paid_amount	numeric	NOT NULL
	paid_when	date	NOT NULL DEFAULT ('now'::text)::date
de_de.payment_method.pk	paid_with	integer	NOT NULL

Table de_de.prax_geb_paid Inherits audit_fields,

Index - Schema de_de

Table: de_de.zuzahlungsbefreiung

de_de.zuzahlungsbefreiung Structure
F-Key	Name	Type	Description
	id	serial	PRIMARY KEY
dem.identity.pk	id_patient	integer
	medikamente	date
	heilmittel	date
	hilfsmittel	date
	presented	timestamp with time zone	NOT NULL DEFAULT now()

Index - Schema de_de

Schema dem

Table: dem.address

an address aka a location, void of attached meaning such as type of address

dem.address Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	id	serial	PRIMARY KEY
dem.street.id	id_street	integer	UNIQUE#1 NOT NULL the street this address is at from whence the urb is to be found, it thus indirectly references dem.urb(id)
	aux_street	text	UNIQUE#1 additional street-level information which formatters would usually put on lines directly below the street line of an address, such as postal box directions in CA
	number	text	UNIQUE#1 NOT NULL number of the house
	subunit	text	UNIQUE#1 directions below the unit (eg.number) level, such as appartment number, room number, level, entrance or even verbal directions
	addendum	text	UNIQUE#1 any additional information that did not fit anywhere else
	lat_lon	point	the exact location of this address in latitude-longtitude

Table dem.address Inherits audit_fields,

Tables referencing this one via Foreign Key Constraints:

dem.lnk_identity2comm

dem.lnk_person_org_address

dem.org_unit

idx_dem_address_id_street id_street

Index - Schema dem

Table: dem.address_type

dem.address_type Structure
F-Key	Name	Type	Description
	id	serial	PRIMARY KEY
	name	text	UNIQUE NOT NULL

Tables referencing this one via Foreign Key Constraints:

dem.lnk_person_org_address

Index - Schema dem

Table: dem.country

countries coded per ISO 3166-1

dem.country Structure
Name	Type	Description
id	serial	PRIMARY KEY
code	character(2)	UNIQUE NOT NULL international two character country code as per ISO 3166-1
name	text	UNIQUE NOT NULL
deprecated	date	date when this country ceased officially to exist (if applicable)

dem.country Constraints
Name	Constraint
no_linebreaks	CHECK ((((("position"(((COALESCE(code, ''::bpchar))::text \|\| COALESCE(name, ''::text)), ''::text) = 0) AND ("position"(((COALESCE(code, ''::bpchar))::text \|\| COALESCE(name, ''::text)), ' '::text) = 0)) AND ("position"(((COALESCE(code, ''::bpchar))::text \|\| COALESCE(name, ''::text)), ' '::text) = 0)) AND ("position"(((COALESCE(code, ''::bpchar))::text \|\| COALESCE(name, ''::text)), ''::text) = 0)))

Tables referencing this one via Foreign Key Constraints:

dem.state

Index - Schema dem

Table: dem.enum_comm_types

dem.enum_comm_types Structure
F-Key	Name	Type	Description
	pk	serial	PRIMARY KEY
	description	text	UNIQUE NOT NULL

Tables referencing this one via Foreign Key Constraints:

dem.lnk_identity2comm

dem.lnk_org_unit2comm

Index - Schema dem

Table: dem.enum_ext_id_types

a list of all bureaucratic IDs/serial numbers/3rd party primary keys, etc.

dem.enum_ext_id_types Structure
Name	Type	Description
pk	serial	PRIMARY KEY
name	text	UNIQUE#1
issuer	text	UNIQUE#1 the authority/system issuing the number

Tables referencing this one via Foreign Key Constraints:

dem.lnk_identity2ext_id

dem.lnk_org_unit2ext_id

Index - Schema dem

Table: dem.gender_label

This table stores the genders known to GNUmed. FIXME: cross-check with CDA:administrative-gender-code

dem.gender_label Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
row_version	integer	NOT NULL
modified_when	timestamp with time zone	NOT NULL DEFAULT now()
modified_by	name	NOT NULL DEFAULT "current_user"()
pk	serial	PRIMARY KEY
tag	text	UNIQUE NOT NULL
label	text	UNIQUE NOT NULL
sort_weight	integer	NOT NULL
comment	text	NOT NULL

Table dem.gender_label Inherits audit_fields,

dem.gender_label Constraints
Name	Constraint
gender_label_tag_check	CHECK ((tag = ANY (ARRAY['m'::text, 'f'::text, 'h'::text, 'tm'::text, 'tf'::text])))

Tables referencing this one via Foreign Key Constraints:

dem.identity

Index - Schema dem

Table: dem.identity

represents the unique identity of a person

dem.identity Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
	deleted	boolean	NOT NULL DEFAULT false whether this identity is considered deleted
	pupic	character(24)	Portable Unique Person Identification Code as per gnumed white papers
dem.gender_label.tag	gender	text	the gender code
	karyotype	text
	dob	timestamp with time zone	date/time of birth
dem.marital_status.pk	fk_marital_status	integer
	cob	character(2)	country of birth as per date of birth, coded as 2 character ISO code
	deceased	timestamp with time zone	date when a person has died
	title	text	Yes, a title is an attribute of an identity, not of a name ! Also, there are some incredible rants of titles.
	tob	time without time zone
	emergency_contact	text	Free text emergency contact information.
dem.identity.pk	fk_emergency_contact	integer	Link to another dem.identity to be used as emergency contact.
	comment	text	A free-text comment on this identity.
dem.staff.pk	fk_primary_provider	integer	The doctor within this praxis primarily responsible for this patient.

Table dem.identity Inherits audit_fields,

dem.identity Constraints
Name	Constraint
dem_identity_sane_dob	CHECK (((dob IS NULL) OR (dob <= now())))
dem_identity_sane_dod	CHECK ((((deceased IS NULL) OR (dob IS NULL)) OR (deceased >= dob)))
identity_title_check	CHECK ((btrim(COALESCE(title, 'NULL'::text)) <> ''::text))
sane_comment	CHECK ((gm.is_null_or_non_empty_string(comment) IS TRUE))
sane_emergency_contact	CHECK ((gm.is_null_or_non_empty_string(emergency_contact) IS TRUE))

Tables referencing this one via Foreign Key Constraints:

au.referral

clin.encounter

clin.incoming_data_unmatched

clin.lab_request

clin.lnk_pat2vaccination_course

clin.test_org

clin.waiting_list

de_de.behandlungsfall

de_de.kvk

de_de.zuzahlungsbefreiung

dem.identity

dem.identity_tag

dem.lnk_identity2comm

dem.lnk_identity2ext_id

dem.lnk_job2person

dem.lnk_person2relative

dem.lnk_person_org_address

dem.message_inbox

dem.names

dem.staff

idx_identity_dob_ymd dem.date_trunc_utc('day'::text, dob)

Index - Schema dem

Table: dem.identity_tag

tags attached to this identity

dem.identity_tag Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
dem.identity.pk	fk_identity	integer	UNIQUE#1 NOT NULL
ref.tag_image.pk	fk_tag	integer	UNIQUE#1 NOT NULL
	comment	text

Table dem.identity_tag Inherits audit_fields,

dem.identity_tag Constraints
Name	Constraint
dem_identity_tag_sane_comment	CHECK ((gm.is_null_or_non_empty_string(comment) IS TRUE))

Index - Schema dem

Table: dem.inbox_item_category

Holds the various categories of messages that can show up in the provider inbox.

dem.inbox_item_category Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
row_version	integer	NOT NULL
modified_when	timestamp with time zone	NOT NULL DEFAULT now()
modified_by	name	NOT NULL DEFAULT "current_user"()
pk	serial	PRIMARY KEY
description	text	UNIQUE NOT NULL "clinical" "admin" "personal" ...
is_user	boolean	NOT NULL DEFAULT true whether this category was added locally, as to be left alone by database upgrades

Table dem.inbox_item_category Inherits audit_fields,

dem.inbox_item_category Constraints
Name	Constraint
inbox_item_category_description_check	CHECK ((btrim(COALESCE(description, 'xxxDEFAULTxxx'::text)) <> ''::text))

Tables referencing this one via Foreign Key Constraints:

dem.inbox_item_type

Index - Schema dem

Table: dem.inbox_item_type

Holds the various types of messages that can show up in the provider inbox.

dem.inbox_item_type Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
dem.inbox_item_category.pk	fk_inbox_item_category	integer	NOT NULL The category of this item type.
	description	text	UNIQUE NOT NULL the various types of inbox items
	is_user	boolean	NOT NULL DEFAULT true whether this type was added locally, as to be left alone by database upgrades

Table dem.inbox_item_type Inherits audit_fields,

dem.inbox_item_type Constraints
Name	Constraint
inbox_item_type_description_check	CHECK ((btrim(COALESCE(description, 'xxxDEFAULTxxx'::text)) <> ''::text))

Tables referencing this one via Foreign Key Constraints:

dem.message_inbox

Index - Schema dem

Table: dem.lnk_identity2comm

dem.lnk_identity2comm Structure
F-Key	Name	Type	Description
	pk	serial	PRIMARY KEY
dem.identity.pk	fk_identity	integer	UNIQUE#1 NOT NULL
dem.address.id	fk_address	integer
	url	text	UNIQUE#1 NOT NULL
dem.enum_comm_types.pk	fk_type	integer	NOT NULL
	is_confidential	boolean	NOT NULL DEFAULT false

dem.lnk_identity2comm Constraints
Name	Constraint
lnk_identity2comm_url_check	CHECK ((btrim(url) <> ''::text))

Index - Schema dem

Table: dem.lnk_identity2ext_id

link external IDs to GnuMed identities

dem.lnk_identity2ext_id Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	id	serial	PRIMARY KEY
dem.identity.pk	id_identity	integer	UNIQUE#1 NOT NULL
	external_id	text	UNIQUE#1 NOT NULL textual representation of external ID which may be Social Security Number, patient ID of another EMR system, you-name-it
dem.enum_ext_id_types.pk	fk_origin	integer	UNIQUE#1 NOT NULL originating system
	comment	text

Table dem.lnk_identity2ext_id Inherits audit_fields,

Index - Schema dem

Table: dem.lnk_job2person

linking (possibly several) jobs to a person

dem.lnk_job2person Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
dem.identity.pk	fk_identity	integer	UNIQUE#1 NOT NULL
dem.occupation.id	fk_occupation	integer	UNIQUE#1 NOT NULL
	activities	text	describes activities the person is usually carrying out when working at this job

Table dem.lnk_job2person Inherits audit_fields,

Index - Schema dem

Table: dem.lnk_org_unit2comm

Comm channels per org unit.

dem.lnk_org_unit2comm Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
dem.org_unit.pk	fk_org_unit	integer	UNIQUE#1 NOT NULL
	url	text	UNIQUE#1
dem.enum_comm_types.pk	fk_type	integer	UNIQUE#1 NOT NULL
	is_confidential	boolean	NOT NULL DEFAULT false

Table dem.lnk_org_unit2comm Inherits audit_fields,

dem.lnk_org_unit2comm Constraints
Name	Constraint
lnk_org_unit2comm_sane_url	CHECK ((gm.is_null_or_blank_string(url) IS FALSE))

Index - Schema dem

Table: dem.lnk_org_unit2ext_id

External IDs per org unit.

dem.lnk_org_unit2ext_id Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
dem.org.pk dem.org_unit.pk	fk_org_unit	integer	UNIQUE#1 NOT NULL
	external_id	text	UNIQUE#1
dem.enum_ext_id_types.pk	fk_type	integer	UNIQUE#1 NOT NULL
	comment	text

Table dem.lnk_org_unit2ext_id Inherits audit_fields,

dem.lnk_org_unit2ext_id Constraints
Name	Constraint
lnk_org_unit2ext_id_sane_comment	CHECK ((gm.is_null_or_non_empty_string(comment) IS TRUE))
lnk_org_unit2ext_id_sane_id	CHECK ((gm.is_null_or_blank_string(external_id) IS FALSE))

Index - Schema dem

View: dem.lnk_person2address

dem.lnk_person2address Structure
F-Key	Name	Type	Description
	id_identity	integer
	id_address	integer
	id_type	integer

SELECT lnk_person_org_address.id_identity
, lnk_person_org_address.id_address
, lnk_person_org_address.id_type 
FROM dem.lnk_person_org_address;

Index - Schema dem

Table: dem.lnk_person2relative

biological and social relationships between an identity and other identities

dem.lnk_person2relative Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	id	serial	PRIMARY KEY
dem.identity.pk	id_identity	integer	NOT NULL primary identity to whom the relationship applies
dem.identity.pk	id_relative	integer	NOT NULL referred-to identity of this relationship (e.g. "child" if id_identity points to the father and id_relation_type points to "parent")
dem.relation_types.id	id_relation_type	integer	NOT NULL
	started	date	date when this relationship began
	ended	date	date when this relationship ended, biological relationships do not end !

Table dem.lnk_person2relative Inherits audit_fields,

idx_lnk_pers2rel id_identity, id_relation_type

Index - Schema dem

Table: dem.lnk_person_org_address

a many-to-many pivot table describing the relationship between an organisation, a person, their work address and their occupation at that location. For patients id_org is NULL

dem.lnk_person_org_address Structure
F-Key	Name	Type	Description
	id	serial	PRIMARY KEY
dem.identity.pk	id_identity	integer	UNIQUE#1 identity to which the address belongs
dem.address.id	id_address	integer	UNIQUE#1 UNIQUE#2 address belonging to this identity (the branch of the organisation)
dem.address_type.id	id_type	integer	DEFAULT 1 type of this address (like home, work, parents, holidays ...)
	address_source	text
	id_org	integer	UNIQUE#2

Index - Schema dem

Table: dem.marital_status

dem.marital_status Structure
F-Key	Name	Type	Description
	pk	serial	PRIMARY KEY
	name	text	UNIQUE NOT NULL

Tables referencing this one via Foreign Key Constraints:

dem.identity

Index - Schema dem

Table: dem.message_inbox

messages in GNUmed relating to a patient, a provider, and a context

dem.message_inbox Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
dem.staff.pk	fk_staff	integer	the member of staff this message is addressed to
dem.inbox_item_type.pk	fk_inbox_item_type	integer	NOT NULL the item (message) type
	comment	text	a free-text comment, may be NULL but not empty
	data	text	arbitrary data an application might wish to attach to the message, like a cookie, basically
	importance	smallint	NOT NULL the relative importance of this message: -1: lower than most things already in the inbox ("low") 0: same as most things ("standard") 1: higher than most things already there ("high")
dem.identity.pk	fk_patient	integer
	ufk_context	integer[]	a nullable array of Unchecked Foreign Keys, it is up to the application to know what this points to, it will have to make sense within the context of the combination of staff ID, item type, and comment

Table dem.message_inbox Inherits audit_fields,

dem.message_inbox Constraints
Name	Constraint
message_must_have_recipient	CHECK ((((fk_staff IS NULL) AND (fk_patient IS NULL)) IS FALSE))
provider_inbox_comment_check	CHECK ((btrim(COALESCE(comment, 'xxxDEFAULTxxx'::text)) <> ''::text))
provider_inbox_importance_check	CHECK ((((importance = (-1)) OR (importance = 0)) OR (importance = 1)))

Index - Schema dem

Table: dem.name_gender_map

maps (first) names to their most frequently locally assigned gender, this table is updated nightly by a cron script, names whose gender distribution is between 70/30 and 30/70 are ignored for ambiguity reasons, names with "ambigous" gender are also ignored

dem.name_gender_map Structure
Name	Type	Description
id	serial	PRIMARY KEY
name	text	UNIQUE NOT NULL
gender	character(1)

dem.name_gender_map Constraints
Name	Constraint
name_gender_map_gender_check	CHECK ((gender = ANY (ARRAY['m'::bpchar, 'f'::bpchar])))

Index - Schema dem

Table: dem.names

all the names an identity is known under; As opposed to the versioning of all other tables, changed names should not be moved into the audit trail tables. Search functionality must be available at any time for all names a person ever had.

dem.names Structure
F-Key	Name	Type	Description
	id	serial	PRIMARY KEY
dem.identity.pk	id_identity	integer	UNIQUE#1 NOT NULL
	active	boolean	DEFAULT true true if the name is still in use
	lastnames	text	UNIQUE#1 NOT NULL all last names of an identity in legal order, IOW "major" name, "group identifier", eg. family, village, tribe, ...
	firstnames	text	UNIQUE#1 NOT NULL all first names of an identity in legal order, IOW "minor" name, identifier of this identity within the group defined by <lastnames>
	preferred	text	preferred first name, the name a person is usually called (nickname, warrior name)
	comment	text	a comment regarding this name, useful in things like "this was the name before marriage" etc

idx_names_firstnames firstnames idx_names_last_first lastnames, firstnames

Index - Schema dem

Table: dem.occupation

collects occupation names

dem.occupation Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
row_version	integer	NOT NULL
modified_when	timestamp with time zone	NOT NULL DEFAULT now()
modified_by	name	NOT NULL DEFAULT "current_user"()
id	serial	PRIMARY KEY
name	text	NOT NULL

Table dem.occupation Inherits audit_fields,

dem.occupation Constraints
Name	Constraint
occupation_name_check	CHECK ((btrim(name) <> ''::text))

Tables referencing this one via Foreign Key Constraints:

dem.lnk_job2person

Index - Schema dem

Table: dem.org

Organizations at a conceptual level.

dem.org Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
	description	text	High-level, conceptual description (= name) of organization, such as "University of Manchester".
dem.org_category.pk	fk_category	integer
ref.data_source.pk	fk_data_source	integer	Source of the organization data.

Table dem.org Inherits audit_fields,

dem.org Constraints
Name	Constraint
org_sane_description	CHECK ((gm.is_null_or_blank_string(description) IS FALSE))

Tables referencing this one via Foreign Key Constraints:

dem.lnk_org_unit2ext_id

dem.org_unit

Index - Schema dem

Table: dem.org_category

dem.org_category Structure
F-Key	Name	Type	Description
	pk	serial	PRIMARY KEY
	description	text	NOT NULL

Tables referencing this one via Foreign Key Constraints:

dem.org

dem.org_unit

Index - Schema dem

Table: dem.org_unit

Actual branches/departments/offices/... of organizations.

dem.org_unit Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
	description	text	UNIQUE#1 Description (= name) of branch of organization, such as "Elms Street office of Jim Busser Praxis".
dem.org.pk	fk_org	integer	UNIQUE#1 NOT NULL
dem.address.id	fk_address	integer
dem.org_category.pk	fk_category	integer

Table dem.org_unit Inherits audit_fields,

dem.org_unit Constraints
Name	Constraint
org_unit_sane_description	CHECK ((gm.is_null_or_blank_string(description) IS FALSE))

Tables referencing this one via Foreign Key Constraints:

clin.test_org

dem.lnk_org_unit2comm

dem.lnk_org_unit2ext_id

Index - Schema dem

Table: dem.relation_types

types of biological/social relationships between identities

dem.relation_types Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	id	serial	PRIMARY KEY
dem.relation_types.id	inverse	integer
	biological	boolean	NOT NULL true if relationship is biological (proven or reasonable assumption), else false
	biol_verified	boolean	DEFAULT false ONLY true if there is genetic proof for this relationship
	description	text	plain text description of relationship

Table dem.relation_types Inherits audit_fields,

Tables referencing this one via Foreign Key Constraints:

dem.lnk_person2relative

dem.relation_types

Index - Schema dem

Table: dem.staff

one-to-one mapping of database user accounts (db_user) to staff identities (fk_identity)

dem.staff Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
dem.identity.pk	fk_identity	integer	UNIQUE#2 NOT NULL
dem.staff_role.pk	fk_role	integer	UNIQUE#2 UNIQUE#1 NOT NULL
	db_user	name	UNIQUE UNIQUE#1 NOT NULL DEFAULT "current_user"()
	short_alias	text	UNIQUE NOT NULL a short signature unique to this staff member to be used in the GUI, actually this is somewhat redundant with ext_person_id...
	comment	text
	is_active	boolean	NOT NULL DEFAULT true

Table dem.staff Inherits audit_fields,

Tables referencing this one via Foreign Key Constraints:

bill.bill_item

blobs.doc_obj

clin.incoming_data_unmatched

clin.keyword_expansion

clin.review_root

clin.reviewed_test_results

clin.test_result

clin.vaccination

dem.identity

dem.message_inbox

Index - Schema dem

Table: dem.staff_role

work roles a staff member can have

dem.staff_role Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
row_version	integer	NOT NULL
modified_when	timestamp with time zone	NOT NULL DEFAULT now()
modified_by	name	NOT NULL DEFAULT "current_user"()
pk	serial	PRIMARY KEY
name	text	UNIQUE NOT NULL
comment	text

Table dem.staff_role Inherits audit_fields,

Tables referencing this one via Foreign Key Constraints:

dem.staff

Index - Schema dem

Table: dem.state

state codes (country specific); Richard agreed we should require pre-existence, allow user to mail details for adding a state to developers

dem.state Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	id	serial	PRIMARY KEY
	code	text	UNIQUE#1 NOT NULL state code
dem.country.code	country	character(2)	UNIQUE#1 NOT NULL 2 character ISO 3166-1 country code
	name	text	NOT NULL

Table dem.state Inherits audit_fields,

dem.state Constraints
Name	Constraint
no_linebreaks	CHECK ((((("position"(((COALESCE(code, ''::text) \|\| (COALESCE(country, ''::bpchar))::text) \|\| COALESCE(name, ''::text)), ''::text) = 0) AND ("position"(((COALESCE(code, ''::text) \|\| (COALESCE(country, ''::bpchar))::text) \|\| COALESCE(name, ''::text)), ' '::text) = 0)) AND ("position"(((COALESCE(code, ''::text) \|\| (COALESCE(country, ''::bpchar))::text) \|\| COALESCE(name, ''::text)), ' '::text) = 0)) AND ("position"(((COALESCE(code, ''::text) \|\| (COALESCE(country, ''::bpchar))::text) \|\| COALESCE(name, ''::text)), ''::text) = 0)))

Tables referencing this one via Foreign Key Constraints:

dem.urb

idx_dem_state_country_code country idx_state_names name

Index - Schema dem

Table: dem.street

street names, specific for distinct "urbs"

dem.street Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	id	serial	PRIMARY KEY
dem.urb.id	id_urb	integer	UNIQUE#1 NOT NULL reference to information postcode, city, country and state
	name	text	UNIQUE#1 NOT NULL name of this street
	postcode	text	UNIQUE#1 postcode for systems (such as UK Royal Mail) which specify the street
	suburb	text	the suburb this street is in (if any)
	lat_lon	point	the approximate location of the street, as lat/long co-ordinates

Table dem.street Inherits audit_fields,

dem.street Constraints
Name	Constraint
no_linebreaks	CHECK ((((("position"(((COALESCE(postcode, ''::text) \|\| COALESCE(suburb, ''::text)) \|\| COALESCE(name, ''::text)), ''::text) = 0) AND ("position"(((COALESCE(postcode, ''::text) \|\| COALESCE(suburb, ''::text)) \|\| COALESCE(name, ''::text)), ' '::text) = 0)) AND ("position"(((COALESCE(postcode, ''::text) \|\| COALESCE(suburb, ''::text)) \|\| COALESCE(name, ''::text)), ' '::text) = 0)) AND ("position"(((COALESCE(postcode, ''::text) \|\| COALESCE(suburb, ''::text)) \|\| COALESCE(name, ''::text)), ''::text) = 0)))

Tables referencing this one via Foreign Key Constraints:

dem.address

idx_dem_street_id_urb id_urb idx_street_names name idx_street_zips postcode

Index - Schema dem

Table: dem.urb

cities, towns, dwellings ..., eg. "official" places of residence

dem.urb Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	id	serial	PRIMARY KEY
dem.state.id	id_state	integer	UNIQUE#1 NOT NULL reference to information about country and state
	postcode	text	UNIQUE#1 NOT NULL default postcode for urb.name, useful for all the smaller urbs that only have one postcode, also useful as a default when adding new streets to an urb
	lat_lon	point	the location of the urb, as lat/long co-ordinates. Ideally this would be NOT NULL
	name	text	UNIQUE#1 NOT NULL the name of the city/town/dwelling

Table dem.urb Inherits audit_fields,

dem.urb Constraints
Name	Constraint
no_linebreaks	CHECK ((((("position"((COALESCE(postcode, ''::text) \|\| COALESCE(name, ''::text)), ''::text) = 0) AND ("position"((COALESCE(postcode, ''::text) \|\| COALESCE(name, ''::text)), ' '::text) = 0)) AND ("position"((COALESCE(postcode, ''::text) \|\| COALESCE(name, ''::text)), ' '::text) = 0)) AND ("position"((COALESCE(postcode, ''::text) \|\| COALESCE(name, ''::text)), ''::text) = 0)))

Tables referencing this one via Foreign Key Constraints:

dem.street

idx_dem_urb_id_state id_state idx_urb_names name idx_urb_zips postcode

Index - Schema dem

View: dem.v_address

fully denormalizes data about addresses as entities in themselves

dem.v_address Structure
F-Key	Name	Type	Description
	pk_address	integer
	street	text
	postcode	text
	notes_street	text
	number	text
	subunit	text
	notes_subunit	text
	lat_lon_address	point
	postcode_street	text
	lat_lon_street	point
	suburb	text
	urb	text
	postcode_urb	text
	lat_lon_urb	point
	code_state	text
	state	text
	l10n_state	text
	code_country	character(2)
	country	text
	l10n_country	text
	country_deprecated	date
	pk_street	integer
	pk_urb	integer
	pk_state	integer
	xmin_address	xid

SELECT adr.id AS pk_address
, str.name AS street
, COALESCE
(str.postcode
     , u.postcode
) AS postcode
, adr.aux_street AS notes_street
, adr.number
, adr.subunit
, adr.addendum AS notes_subunit
, adr.lat_lon AS lat_lon_address
, str.postcode AS postcode_street
, str.lat_lon AS lat_lon_street
, str.suburb
, u.name AS urb
, u.postcode AS postcode_urb
, u.lat_lon AS lat_lon_urb
, dst.code AS code_state
, dst.name AS state
, _
(dst.name) AS l10n_state
, dst.country AS code_country
, c.name AS country
, _
(c.name) AS l10n_country
, c.deprecated AS country_deprecated
, adr.id_street AS pk_street
, u.id AS pk_urb
, dst.id AS pk_state
, adr.xmin AS xmin_address 
FROM (
     (
           (
                 (dem.address adr 
               LEFT JOIN dem.street str 
                      ON (
                             (adr.id_street = str.id)
                       )
                 )
         LEFT JOIN dem.urb u 
                ON (
                       (str.id_urb = u.id)
                 )
           )
   LEFT JOIN dem.state dst 
          ON (
                 (u.id_state = dst.id)
           )
     )
LEFT JOIN dem.country c 
    ON (
           (c.code = dst.country)
     )
);

Index - Schema dem

View: dem.v_basic_address

dem.v_basic_address Structure
F-Key	Name	Type	Description
	id	integer
	country_code	character(2)
	state_code	text
	state	text
	country	text
	postcode	text
	urb	text
	number	text
	street	text
	addendum	text
	lat_lon	point

SELECT adr.id
, s.country AS country_code
, s.code AS state_code
, s.name AS state
, c.name AS country
, COALESCE
(str.postcode
     , urb.postcode
) AS postcode
, urb.name AS urb
, adr.number
, str.name AS street
, adr.addendum
, COALESCE
(adr.lat_lon
     , str.lat_lon
     , urb.lat_lon
) AS lat_lon 
FROM dem.address adr
, dem.state s
, dem.country c
, dem.urb
, dem.street str 
WHERE (
     (
           (
                 (s.country = c.code)
               AND (adr.id_street = str.id)
           )
         AND (str.id_urb = urb.id)
     )
   AND (urb.id_state = s.id)
);

Index - Schema dem

View: dem.v_basic_person

This view denormalizes non-deleted persons with their active name.

dem.v_basic_person Structure
F-Key	Name	Type	Description
	pk_identity	integer
	title	text
	firstnames	text
	preferred	text
	lastnames	text
	gender	text
	l10n_gender	text
	dob_only	timestamp with time zone
	dob	timestamp with time zone
	tob	time without time zone
	deceased	timestamp with time zone
	cob	character(2)
	karyotype	text
	pupic	character(24)
	marital_status	text
	l10n_marital_status	text
	emergency_contact	text
	comment	text
	pk_marital_status	integer
	pk_active_name	integer
	pk_emergency_contact	integer
	pk_primary_provider	integer
	xmin_identity	xid

SELECT i.pk AS pk_identity
, i.title
, n.firstnames
, n.preferred
, n.lastnames
, i.gender
, _
(i.gender) AS l10n_gender
, i.dob AS dob_only
, (date_trunc
     ('day'::text
           , i.dob
     ) + 
     (COALESCE
           (i.tob
                 , (i.dob)::time without time zone
           )
     )::interval
) AS dob
, i.tob
, i.deceased
, i.cob
, i.karyotype
, i.pupic
, CASE WHEN 
(i.fk_marital_status IS NULL) THEN 'unknown'::text ELSE 
(
SELECT ms.name 
  FROM dem.marital_status ms
     , dem.identity i1 
 WHERE (
           (ms.pk = i.fk_marital_status)
         AND (i1.pk = i.pk)
     )
) END AS marital_status
, CASE WHEN 
(i.fk_marital_status IS NULL) THEN _
('unknown'::text) ELSE 
(
SELECT _
     (ms1.name) AS _ 
  FROM dem.marital_status ms1
     , dem.identity i1 
 WHERE (
           (ms1.pk = i.fk_marital_status)
         AND (i1.pk = i.pk)
     )
) END AS l10n_marital_status
, i.emergency_contact
, i.comment
, i.fk_marital_status AS pk_marital_status
, n.id AS pk_active_name
, i.fk_emergency_contact AS pk_emergency_contact
, i.fk_primary_provider AS pk_primary_provider
, i.xmin AS xmin_identity 
FROM dem.identity i
, dem.names n 
WHERE (
     (
           (i.deleted IS FALSE)
         AND (n.active IS TRUE)
     )
   AND (n.id_identity = i.pk)
);

Index - Schema dem

View: dem.v_external_ids4identity

dem.v_external_ids4identity Structure
F-Key	Name	Type	Description
	pk_identity	integer
	pk_id	integer
	name	text
	value	text
	issuer	text
	comment	text
	pk_type	integer

SELECT li2ei.id_identity AS pk_identity
, li2ei.id AS pk_id
, eit.name
, li2ei.external_id AS value
, eit.issuer
, li2ei.comment
, li2ei.fk_origin AS pk_type 
FROM dem.lnk_identity2ext_id li2ei
, dem.enum_ext_id_types eit 
WHERE (li2ei.fk_origin = eit.pk);

Index - Schema dem

View: dem.v_gender_labels

dem.v_gender_labels Structure
F-Key	Name	Type	Description
	tag	text
	l10n_tag	text
	label	text
	l10n_label	text
	comment	text
	sort_weight	integer
	pk_gender_label	integer

SELECT gl.tag
, _
(gl.tag) AS l10n_tag
, gl.label
, _
(gl.label) AS l10n_label
, gl.comment
, gl.sort_weight
, gl.pk AS pk_gender_label 
FROM dem.gender_label gl;

Index - Schema dem

View: dem.v_identity_tags

dem.v_identity_tags Structure
F-Key	Name	Type	Description
	pk_identity	integer
	description	text
	l10n_description	text
	comment	text
	filename	text
	image_size	integer
	pk_identity_tag	integer
	pk_tag_image	integer
	xmin_identity_tag	xid

SELECT dit.fk_identity AS pk_identity
, rti.description
, _
(rti.description) AS l10n_description
, dit.comment
, rti.filename
, octet_length
(COALESCE
     (rti.image
           ,''::bytea
     )
) AS image_size
, dit.pk AS pk_identity_tag
, rti.pk AS pk_tag_image
, dit.xmin AS xmin_identity_tag 
FROM (dem.identity_tag dit 
LEFT JOIN ref.tag_image rti 
    ON (
           (dit.fk_tag = rti.pk)
     )
);

Index - Schema dem

View: dem.v_inbox_item_type

dem.v_inbox_item_type Structure
F-Key	Name	Type	Description
	type	text
	l10n_type	text
	category	text
	l10n_category	text
	is_user_type	boolean
	is_user_category	boolean
	pk_type	integer
	pk_category	integer

SELECT it.description AS type
, _
(it.description) AS l10n_type
, ic.description AS category
, _
(ic.description) AS l10n_category
, it.is_user AS is_user_type
, ic.is_user AS is_user_category
, it.pk AS pk_type
, it.fk_inbox_item_category AS pk_category 
FROM dem.inbox_item_type it
, dem.inbox_item_category ic 
WHERE (it.fk_inbox_item_category = ic.pk);

Index - Schema dem

View: dem.v_message_inbox

Denormalized messages for the providers and/or patients. Using UNION makes sure we get the right level of uniqueness.

dem.v_message_inbox Structure
F-Key	Name	Type	Description
	received_when	timestamp with time zone
	modified_by	text
	provider	text
	importance	integer
	category	text
	l10n_category	text
	type	text
	l10n_type	text
	comment	text
	pk_context	integer[]
	data	text
	pk_inbox_message	integer
	pk_staff	integer
	pk_category	integer
	pk_type	integer
	pk_patient	integer
	is_virtual	boolean
	xmin_message_inbox	integer

(
     (
      SELECT mi.modified_when AS received_when
           , COALESCE
           (
                 (
                  SELECT staff.short_alias 
                    FROM dem.staff 
                   WHERE (staff.db_user = mi.modified_by)
                 )
                 , (
                       ('<'::text || 
                             (mi.modified_by)::text
                       ) || '>'::text
                 )
           ) AS modified_by
           , (
            SELECT staff.short_alias 
              FROM dem.staff 
             WHERE (staff.pk = mi.fk_staff)
           ) AS provider
           , mi.importance
           , vit.category
           , vit.l10n_category
           , vit.type
           , vit.l10n_type
           , mi.comment
           , mi.ufk_context AS pk_context
           , mi.data
           , mi.pk AS pk_inbox_message
           , mi.fk_staff AS pk_staff
           , vit.pk_category
           , mi.fk_inbox_item_type AS pk_type
           , mi.fk_patient AS pk_patient
           , false AS is_virtual
           , gm.xid2int
           (mi.xmin) AS xmin_message_inbox 
        FROM dem.message_inbox mi
           , dem.v_inbox_item_type vit 
       WHERE (mi.fk_inbox_item_type = vit.pk_type)
       UNIONSELECT now
           () AS received_when
           ,'<system>' AS modified_by
           , (
            SELECT staff.short_alias 
              FROM dem.staff 
             WHERE (staff.pk = vo4dnd.pk_intended_reviewer)
           ) AS provider
           , 0 AS importance
           ,'clinical' AS category
           , _
           ('clinical'::text) AS l10n_category
           ,'review docs' AS type
           , _
           ('review docs'::text) AS l10n_type
           , (
            SELECT (
                       (
                             (
                                   (
                                         (_
                                               ('unreviewed documents for patient'::text) || ' ['::text
                                         ) || dn.lastnames
                                   ) || 
                                ', '::text
                             ) || dn.firstnames
                       ) || ']'::text
                 )
              FROM dem.names dn 
             WHERE (
                       (dn.id_identity = vo4dnd.pk_patient)
                     AND (dn.active IS TRUE)
                 )
           ) AS comment
           , NULL::integer[] AS pk_context
           , NULL::text AS data
           , NULL::integer AS pk_inbox_message
           , vo4dnd.pk_intended_reviewer AS pk_staff
           , (
            SELECT v_inbox_item_type.pk_category 
              FROM dem.v_inbox_item_type 
             WHERE (v_inbox_item_type.type = 'review docs'::text)
           ) AS pk_category
           , (
            SELECT v_inbox_item_type.pk_type 
              FROM dem.v_inbox_item_type 
             WHERE (v_inbox_item_type.type = 'review docs'::text)
           ) AS pk_type
           , vo4dnd.pk_patient
           , true AS is_virtual
           , NULL::integer AS xmin_message_inbox 
        FROM blobs.v_obj4doc_no_data vo4dnd 
       WHERE (vo4dnd.reviewed IS FALSE)
     )
 UNIONSELECT now
     () AS received_when
     , vtr.modified_by
     , (
      SELECT staff.short_alias 
        FROM dem.staff 
       WHERE (staff.pk = vtr.pk_intended_reviewer)
     ) AS provider
     , 0 AS importance
     ,'clinical' AS category
     , _
     ('clinical'::text) AS l10n_category
     ,'review results' AS type
     , _
     ('review results'::text) AS l10n_type
     , (
      SELECT (
                 (
                       (
                             (
                                   (_
                                         ('unreviewed (normal) results for patient'::text
                                   ) || ' ['::text
                             ) || dn.lastnames
                       ) || 
                    ', '::text
                 ) || dn.firstnames
           ) || ']'::text
     )
  FROM dem.names dn 
 WHERE (
           (dn.id_identity = vtr.pk_patient)
         AND (dn.active IS TRUE)
     )
) AS comment
, NULL::integer[] AS pk_context
, NULL::text AS data
, NULL::integer AS pk_inbox_message
, vtr.pk_intended_reviewer AS pk_staff
, (
SELECT v_inbox_item_type.pk_category 
  FROM dem.v_inbox_item_type 
 WHERE (v_inbox_item_type.type = 'review results'::text)
) AS pk_category
, (
SELECT v_inbox_item_type.pk_type 
  FROM dem.v_inbox_item_type 
 WHERE (v_inbox_item_type.type = 'review results'::text)
) AS pk_type
, vtr.pk_patient
, true AS is_virtual
, NULL::integer AS xmin_message_inbox 
FROM clin.v_test_results vtr 
WHERE (
     (vtr.reviewed IS FALSE)
   AND (
           (vtr.is_technically_abnormal IS FALSE)
          OR (
                 (vtr.is_technically_abnormal IS NULL)
               AND (vtr.abnormality_indicator IS NULL)
           )
     )
)
)     
UNION SELECT now
(     ) AS received_when
,      vtr.modified_by
,      (
SELECT staff.short_alias 
FROM dem.staff 
WHERE (staff.pk = vtr.pk_intended_reviewer)
)      AS provider
,      1 AS importance
,     'clinical' AS category
,      _
(     'clinical'::text) AS l10n_category
,     'review results' AS type
,      _
(     'review results'::text) AS l10n_type
,      (
SELECT (
     (
           (
                 (
                       (_
                             ('unreviewed (abnormal) results for patient'::text
                       ) || ' ['::text
                 ) || dn.lastnames
           ) || 
        ', '::text
     ) || dn.firstnames
) || ']'::text
)     
FROM   dem.names dn 
WHERE  (
(dn.id_identity = vtr.pk_patient)
AND (dn.active IS TRUE)
)     
)            AS comment
,            NULL::integer[] AS pk_context
,            NULL::text AS data
,            NULL::integer AS pk_inbox_message
,            vtr.pk_intended_reviewer AS pk_staff
,            (
SELECT v_inbox_item_type.pk_category 
FROM   dem.v_inbox_item_type 
WHERE  (v_inbox_item_type.type = 'review results'::text)
)            AS pk_category
,            (
SELECT v_inbox_item_type.pk_type 
FROM   dem.v_inbox_item_type 
WHERE  (v_inbox_item_type.type = 'review results'::text)
)            AS pk_type
,            vtr.pk_patient
,            true AS is_virtual
,            NULL::integer AS xmin_message_inbox 
FROM         clin.v_test_results vtr 
WHERE        (
(     vtr.reviewed IS FALSE)
AND    (
(vtr.is_technically_abnormal IS TRUE)
OR (
     (vtr.is_technically_abnormal IS NULL)
   AND (vtr.abnormality_indicator IS NOT NULL)
)
)     
)           ;

Index - Schema dem

View: dem.v_org_unit_comms

denormalizes org units to communication channels

dem.v_org_unit_comms Structure
F-Key	Name	Type	Description
	pk_org_unit	integer
	comm_type	text
	l10n_comm_type	text
	url	text
	is_confidential	boolean
	pk_lnk_org_unit2comm	integer
	pk_type	integer
	xmin_lnk_org_unit2comm	xid

SELECT lo2c.fk_org_unit AS pk_org_unit
, ect.description AS comm_type
, _
(ect.description) AS l10n_comm_type
, lo2c.url
, lo2c.is_confidential
, lo2c.pk AS pk_lnk_org_unit2comm
, lo2c.fk_type AS pk_type
, lo2c.xmin AS xmin_lnk_org_unit2comm 
FROM (dem.lnk_org_unit2comm lo2c 
  JOIN dem.enum_comm_types ect 
    ON (
           (lo2c.fk_type = ect.pk)
     )
);

Index - Schema dem

View: dem.v_org_units

dem.v_org_units Structure
F-Key	Name	Type	Description
	pk_org_unit	integer
	organization	text
	unit	text
	organization_category	text
	l10n_organization_category	text
	unit_category	text
	l10n_unit_category	text
	pk_org	integer
	pk_category_org	integer
	pk_category_unit	integer
	pk_address	integer
	xmin_org_unit	xid

SELECT dou.pk AS pk_org_unit
, dvo.organization
, dou.description AS unit
, dvo.category AS organization_category
, _
(dvo.category) AS l10n_organization_category
, doc.description AS unit_category
, _
(doc.description) AS l10n_unit_category
, dvo.pk_org
, dvo.pk_category_org
, dou.fk_category AS pk_category_unit
, dou.fk_address AS pk_address
, dou.xmin AS xmin_org_unit 
FROM (
     (dem.org_unit dou 
   LEFT JOIN dem.v_orgs dvo 
          ON (
                 (dou.fk_org = dvo.pk_org)
           )
     )
LEFT JOIN dem.org_category doc 
    ON (
           (dou.fk_category = doc.pk)
     )
);

Index - Schema dem

View: dem.v_orgs

dem.v_orgs Structure
F-Key	Name	Type	Description
	pk_org	integer
	organization	text
	category	text
	l10n_category	text
	pk_category_org	integer
	xmin_org	xid

SELECT org.pk AS pk_org
, org.description AS organization
, doc.description AS category
, _
(doc.description) AS l10n_category
, org.fk_category AS pk_category_org
, org.xmin AS xmin_org 
FROM (dem.org org 
LEFT JOIN dem.org_category doc 
    ON (
           (org.fk_category = doc.pk)
     )
);

Index - Schema dem

View: dem.v_pat_addresses

denormalized addresses per patient

dem.v_pat_addresses Structure
F-Key	Name	Type	Description
	pk_identity	integer
	pk_address	integer
	address_type	text
	l10n_address_type	text
	title	text
	firstnames	text
	lastnames	text
	dob	timestamp with time zone
	cob	character(2)
	gender	text
	l10n_gender	text
	preferred	text
	street	text
	postcode	text
	notes_street	text
	number	text
	subunit	text
	notes_subunit	text
	lat_lon_address	point
	postcode_street	text
	lat_lon_street	point
	suburb	text
	urb	text
	postcode_urb	text
	lat_lon_urb	point
	code_state	text
	state	text
	l10n_state	text
	code_country	character(2)
	country	text
	l10n_country	text
	country_deprecated	date
	pk_street	integer
	pk_urb	integer
	pk_state	integer
	pk_lnk_person_org_address	integer
	pk_address_type	integer
	xmin_lnk_person_org_address	xid

SELECT vbp.pk_identity
, va.pk_address
, at.name AS address_type
, _
(at.name) AS l10n_address_type
, vbp.title
, vbp.firstnames
, vbp.lastnames
, vbp.dob
, vbp.cob
, vbp.gender
, vbp.l10n_gender
, vbp.preferred
, va.street
, va.postcode
, va.notes_street
, va.number
, va.subunit
, va.notes_subunit
, va.lat_lon_address
, va.postcode_street
, va.lat_lon_street
, va.suburb
, va.urb
, va.postcode_urb
, va.lat_lon_urb
, va.code_state
, va.state
, va.l10n_state
, va.code_country
, va.country
, va.l10n_country
, va.country_deprecated
, va.pk_street
, va.pk_urb
, va.pk_state
, lpoa.id AS pk_lnk_person_org_address
, lpoa.id_type AS pk_address_type
, lpoa.xmin AS xmin_lnk_person_org_address 
FROM dem.v_address va
, dem.lnk_person_org_address lpoa
, dem.v_basic_person vbp
, dem.address_type at 
WHERE (
     (
           (lpoa.id_identity = vbp.pk_identity)
         AND (lpoa.id_address = va.pk_address)
     )
   AND (lpoa.id_type = at.id)
);

Index - Schema dem

View: dem.v_person_comms

denormalizes persons to communications channels

dem.v_person_comms Structure
F-Key	Name	Type	Description
	pk_identity	integer
	comm_type	text
	l10n_comm_type	text
	url	text
	is_confidential	boolean
	pk_lnk_identity2comm	integer
	pk_address	integer
	pk_type	integer
	xmin_lnk_identity2comm	xid

SELECT li2c.fk_identity AS pk_identity
, ect.description AS comm_type
, _
(ect.description) AS l10n_comm_type
, li2c.url
, li2c.is_confidential
, li2c.pk AS pk_lnk_identity2comm
, li2c.fk_address AS pk_address
, li2c.fk_type AS pk_type
, li2c.xmin AS xmin_lnk_identity2comm 
FROM dem.lnk_identity2comm li2c
, dem.enum_comm_types ect 
WHERE (li2c.fk_type = ect.pk);

Index - Schema dem

View: dem.v_person_jobs

denormalizes the jobs a person has

dem.v_person_jobs Structure
F-Key	Name	Type	Description
	pk_identity	integer
	occupation	text
	l10n_occupation	text
	activities	text
	modified_when	timestamp with time zone
	pk_occupation	integer
	pk_lnk_job2person	integer
	xmin_lnk_job2person	xid

SELECT lj2p.fk_identity AS pk_identity
, o.name AS occupation
, _
(o.name) AS l10n_occupation
, lj2p.activities
, lj2p.modified_when
, lj2p.fk_occupation AS pk_occupation
, lj2p.pk AS pk_lnk_job2person
, lj2p.xmin AS xmin_lnk_job2person 
FROM (dem.lnk_job2person lj2p 
  JOIN dem.occupation o 
    ON (
           (lj2p.fk_occupation = o.id)
     )
);

Index - Schema dem

View: dem.v_person_names

dem.v_person_names Structure
F-Key	Name	Type	Description
	pk_identity	integer
	active_name	boolean
	title	text
	firstnames	text
	lastnames	text
	preferred	text
	comment	text
	gender	text
	dob	timestamp with time zone
	tob	time without time zone
	dod	timestamp with time zone
	identity_deleted	boolean
	deceased	boolean
	pk_name	integer
	xmin_name	xid

SELECT dn.id_identity AS pk_identity
, dn.active AS active_name
, di.title
, dn.firstnames
, dn.lastnames
, dn.preferred
, dn.comment
, di.gender
, di.dob
, di.tob
, di.deceased AS dod
, di.deleted AS identity_deleted
, (di.deceased IS NOT NULL) AS deceased
, dn.id AS pk_name
, dn.xmin AS xmin_name 
FROM dem.names dn
, dem.identity di 
WHERE (di.pk = dn.id_identity);

Index - Schema dem

View: dem.v_staff

Denormalized staff data.

dem.v_staff Structure
F-Key	Name	Type	Description
	pk_identity	integer
	pk_staff	integer
	title	text
	firstnames	text
	lastnames	text
	short_alias	text
	role	text
	l10n_role	text
	dob	timestamp with time zone
	gender	text
	db_user	name
	comment	text
	is_active	boolean
	can_login	boolean
	xmin_staff	xid
	pk_role	integer

SELECT vbp.pk_identity
, s.pk AS pk_staff
, vbp.title
, vbp.firstnames
, vbp.lastnames
, s.short_alias
, sr.name AS role
, _
(sr.name) AS l10n_role
, vbp.dob
, vbp.gender
, s.db_user
, s.comment
, s.is_active
, (
SELECT (
           (
            SELECT (EXISTS 
                       (
                        SELECT 1 
                          FROM pg_group 
                         WHERE (
                                   (
                                         (
                                          SELECT pg_user.usesysid 
                                            FROM pg_user 
                                           WHERE (pg_user.usename = s.db_user)
                                         ) = ANY 
                                         (pg_group.grolist)
                                   )
                                 AND (pg_group.groname = current_database
                                         ()
                                   )
                             )
                       )
                 )
           )
         AND (
            SELECT (EXISTS 
                       (
                        SELECT 1 
                          FROM pg_group 
                         WHERE (
                                   (
                                         (
                                          SELECT pg_user.usesysid 
                                            FROM pg_user 
                                           WHERE (pg_user.usename = s.db_user)
                                         ) = ANY 
                                         (pg_group.grolist)
                                   )
                                 AND (pg_group.groname = 'gm-logins'::name)
                             )
                       )
                 )
           )
     )
) AS can_login
, s.xmin AS xmin_staff
, s.fk_role AS pk_role 
FROM (
     (dem.staff s 
        JOIN dem.staff_role sr 
          ON (
                 (s.fk_role = sr.pk)
           )
     )
  JOIN dem.v_basic_person vbp 
    ON (
           (s.fk_identity = vbp.pk_identity)
     )
);

Index - Schema dem

View: dem.v_state

denormalizes state information

dem.v_state Structure
F-Key	Name	Type	Description
	pk_state	integer
	code_state	text
	state	text
	l10n_state	text
	code_country	character(2)
	country	text
	l10n_country	text
	country_deprecated	date
	xmin_state	xid

SELECT s.id AS pk_state
, s.code AS code_state
, s.name AS state
, _
(s.name) AS l10n_state
, s.country AS code_country
, c.name AS country
, _
(c.name) AS l10n_country
, c.deprecated AS country_deprecated
, s.xmin AS xmin_state 
FROM (dem.state s 
LEFT JOIN dem.country c 
    ON (
           (s.country = c.code)
     )
);

Index - Schema dem

View: dem.v_street

denormalizes street data

dem.v_street Structure
F-Key	Name	Type	Description
	pk_street	integer
	street	text
	postcode	text
	postcode_street	text
	lat_lon_street	point
	suburb	text
	urb	text
	postcode_urb	text
	lat_lon_urb	point
	code_state	text
	state	text
	l10n_state	text
	code_country	character(2)
	country	text
	l10n_country	text
	country_deprecated	date
	pk_urb	integer
	pk_state	integer
	xmin_street	xid

SELECT st.id AS pk_street
, st.name AS street
, COALESCE
(st.postcode
     , vu.postcode_urb
) AS postcode
, st.postcode AS postcode_street
, st.lat_lon AS lat_lon_street
, st.suburb
, vu.urb
, vu.postcode_urb
, vu.lat_lon_urb
, vu.code_state
, vu.state
, vu.l10n_state
, vu.code_country
, vu.country
, vu.l10n_country
, vu.country_deprecated
, st.id_urb AS pk_urb
, vu.pk_state
, st.xmin AS xmin_street 
FROM (dem.street st 
LEFT JOIN dem.v_urb vu 
    ON (
           (st.id_urb = vu.pk_urb)
     )
);

Index - Schema dem

View: dem.v_uniq_zipped_urbs

convenience view that selects urbs which: - have a zip code - are not referenced in table "street" with that zip code

dem.v_uniq_zipped_urbs Structure
F-Key	Name	Type	Description
	postcode	text
	name	text
	state	text
	code_state	text
	country	text
	l10n_country	text
	code_country	character(2)

SELECT urb.postcode
, urb.name
, stt.name AS state
, stt.code AS code_state
, c.name AS country
, _
(c.name) AS l10n_country
, stt.country AS code_country 
FROM dem.urb
, dem.state stt
, dem.country c 
WHERE (
     (
           (
                 (urb.postcode IS NOT NULL)
               AND (NOT 
                       (EXISTS 
                             (
                              SELECT 1 
                                FROM dem.v_zip2street vz2str
                                   , dem.urb 
                               WHERE (
                                         (vz2str.postcode = urb.postcode)
                                       AND (vz2str.urb = urb.name)
                                   )
                             )
                       )
                 )
           )
         AND (urb.id_state = stt.id)
     )
   AND (stt.country = c.code)
);

Index - Schema dem

View: dem.v_urb

denormalizes urb data

dem.v_urb Structure
F-Key	Name	Type	Description
	pk_urb	integer
	urb	text
	postcode_urb	text
	lat_lon_urb	point
	code_state	text
	state	text
	l10n_state	text
	code_country	character(2)
	country	text
	l10n_country	text
	country_deprecated	date
	pk_state	integer
	xmin_urb	xid

SELECT u.id AS pk_urb
, u.name AS urb
, u.postcode AS postcode_urb
, u.lat_lon AS lat_lon_urb
, vs.code_state
, vs.state
, vs.l10n_state
, vs.code_country
, vs.country
, vs.l10n_country
, vs.country_deprecated
, u.id_state AS pk_state
, u.xmin AS xmin_urb 
FROM (dem.urb u 
LEFT JOIN dem.v_state vs 
    ON (
           (vs.pk_state = u.id_state)
     )
);

Index - Schema dem

View: dem.v_zip2data

aggregates nearly all known data per zip code

dem.v_zip2data Structure
F-Key	Name	Type	Description
	zip	text
	street	text
	suburb	text
	urb	text
	state	text
	code_state	text
	country	text
	l10n_country	text
	code_country	character(2)

SELECT vz2s.postcode AS zip
, vz2s.street
, vz2s.suburb
, vz2s.urb
, vz2s.state
, vz2s.code_state
, vz2s.country
, vz2s.l10n_country
, vz2s.code_country 
FROM dem.v_zip2street vz2s 
UNIONSELECT vuzu.postcode AS zip
, NULL::unknown AS street
, NULL::unknown AS suburb
, vuzu.name AS urb
, vuzu.state
, vuzu.code_state
, vuzu.country
, vuzu.l10n_country
, vuzu.code_country 
FROM dem.v_uniq_zipped_urbs vuzu;

Index - Schema dem

View: dem.v_zip2street

list known data for streets that have a zip code

dem.v_zip2street Structure
F-Key	Name	Type	Description
	postcode	text
	street	text
	suburb	text
	state	text
	code_state	text
	urb	text
	country	text
	l10n_country	text
	code_country	character(2)

SELECT COALESCE
(str.postcode
     , urb.postcode
) AS postcode
, str.name AS street
, str.suburb
, stt.name AS state
, stt.code AS code_state
, urb.name AS urb
, c.name AS country
, _
(c.name) AS l10n_country
, stt.country AS code_country 
FROM dem.street str
, dem.urb
, dem.state stt
, dem.country c 
WHERE (
     (
           (
                 (str.postcode IS NOT NULL)
               AND (str.id_urb = urb.id)
           )
         AND (urb.id_state = stt.id)
     )
   AND (stt.country = c.code)
);

Index - Schema dem

View: dem.v_zip2urb

list known data for urbs that have a zip code

dem.v_zip2urb Structure
F-Key	Name	Type	Description
	postcode	text
	urb	text
	state	text
	code_state	text
	country	text
	code_country	character(2)

SELECT urb.postcode
, urb.name AS urb
, stt.name AS state
, stt.code AS code_state
, _
(c.name) AS country
, stt.country AS code_country 
FROM dem.urb
, dem.state stt
, dem.country c 
WHERE (
     (
           (urb.postcode IS NOT NULL)
         AND (urb.id_state = stt.id)
     )
   AND (stt.country = c.code)
);

Index - Schema dem

Function: dem.add_external_id_type(text, text)

Returns: integer

Language: PLPGSQL

Add an external ID type if it does not exist yet. This implementation is prone to concurrency issues.

declare
	_name alias for $1;
	_issuer alias for $2;
	_pk int;
begin
	select pk into _pk from dem.enum_ext_id_types where name = _name and issuer = _issuer;
	if FOUND then
		return _pk;
	end if;
	insert into dem.enum_ext_id_types(name, issuer) values (_name, _issuer);
	select currval(pg_get_serial_sequence('dem.enum_ext_id_types', 'pk')) into _pk;
	return _pk;
end;

Function: dem.add_name(integer, text, text, boolean)

Returns: integer

Language: PLPGSQL

DECLARE
	_id_identity alias for $1;
	_first alias for $2;
	_last alias for $3;
	_active alias for $4;
	_id integer;
BEGIN
    -- deactivate all the existing names if this name is to become active
	if _active then
		update dem.names set active = false where id_identity = _id_identity;
	end if;
	-- name already there for this identity ?
	select into _id id from dem.names where id_identity = _id_identity and firstnames = _first and lastnames = _last;
	if FOUND then
		update dem.names set active = _active where id = _id;
		return _id;
	end if;
	-- no, insert new name
	insert into dem.names (id_identity, firstnames, lastnames, active) values (_id_identity, _first, _last, _active);
	if FOUND then
		return currval('dem.names_id_seq');
	end if;
	return NULL;
END;

Function: dem.address_exists(text, text, text, text, text, text, text)

Returns: integer

Language: PLPGSQL

This function checks whether a given address exists in the database and returns the primary key if found. It takes the following parameters: country code, state code, urb (location), postcode, street, number, subunit (can be NULL)

DECLARE
	_code_country alias for $1;
	_code_state alias for $2;
	_urb alias for $3;
	_postcode alias for $4;
	_street alias for $5;
	_number alias for $6;
	_subunit alias for $7;
	__subunit text;
	_pk_address integer;
	msg text;
BEGIN
	if (_code_country || _code_state || _urb || _postcode || _street || _number) is NULL then
		msg := '[dem.address_exists]: insufficient or invalid address definition: '
			|| 'country code <' || coalesce(_code_country, 'NULL') || '>, '
			|| 'state code <' || coalesce(_code_state, 'NULL') || '>, '
			|| 'urb <' || coalesce(_urb, 'NULL') || '>, '
			|| 'zip <' || coalesce(_postcode, 'NULL') || '>, '
			|| 'street <' || coalesce(_street, 'NULL') || '>, '
			|| 'number <' || coalesce(_number, 'NULL') || '>'
		;
		raise exception '%', msg;
	end if;
	__subunit := nullif(trim(_subunit), '');
	if __subunit is null then
		select
			pk_address into _pk_address
		from
			dem.v_address
		where
			code_country = trim(_code_country)
				and
			code_state = trim(_code_state)
				and
			urb = trim(_urb)
				and
			postcode = trim(_postcode)
				and
			street = trim(_street)
				and
			number = trim(_number)
				and
			subunit is null;
	else
		select
			pk_address into _pk_address
		from
			dem.v_address
		where
			code_country = trim(_code_country)
				and
			code_state = trim(_code_state)
				and
			urb = trim(_urb)
				and
			postcode = trim(_postcode)
				and
			street = trim(_street)
				and
			number = trim(_number)
				and
			subunit = __subunit;
	end if;
	return _pk_address;
END;

Function: dem.create_address(text, text, text, text, text, text, text)

Returns: integer

Language: PLPGSQL

This function creates an address. It first checks whether the address already exists. It takes the following parameters: number, street, postcode, urb (location), state code, country code, subunit (can be NULL) If the country or the state do not exist in the database, the function fails.

DECLARE
	_number ALIAS FOR $1;
	_street ALIAS FOR $2;
	_postcode ALIAS FOR $3;
	_urb ALIAS FOR $4;
	_state_code ALIAS FOR $5;
	_country_code ALIAS FOR $6;
	_subunit alias for $7;
	_street_id integer;
	_pk_address integer;
	__subunit text;
	msg text;
BEGIN
	select into _pk_address dem.address_exists (
		_country_code,
		_state_code,
		_urb,
		_postcode,
		_street,
		_number,
		_subunit
	);
	if _pk_address is not null then
		return _pk_address;
	end if;
	-- this either creates dem.street and possible dem.urb rows or
	-- or else it fails (because state and/or country do not exist)
	select into _street_id dem.create_street(_street, _postcode, _urb, _state_code, _country_code);
	-- create address
	__subunit := nullif(trim(_subunit), '');
	insert into dem.address (
		number,
		id_street,
		subunit
	) values (
		_number,
		_street_id,
		__subunit
	)
	returning id
	into _pk_address;
	return _pk_address;
END;

Function: dem.create_comm_type(text)

Returns: integer

Language: PLPGSQL

DECLARE
	_description alias for $1;
	_pk_type integer;
BEGIN
	select pk into _pk_type from dem.enum_comm_types where _(description) = _description;
	if FOUND then
		return _pk_type;
	end if;
	select pk into _pk_type from dem.enum_comm_types where description = _description;
	if FOUND then
		return _pk_type;
	end if;
	insert into dem.enum_comm_types(description) values (_description);
	select currval(pg_get_serial_sequence('dem.enum_comm_types', 'pk')) into _pk_type;
	return _pk_type;
END;

Function: dem.create_occupation(text)

Returns: integer

Language: PLPGSQL

DECLARE
	_job alias for $1;
	_id integer;
BEGIN
	select into _id id from dem.occupation where name = _job;
	if FOUND then
		return _id;
	end if;
	insert into dem.occupation (name) values (_job);
	return currval('dem.occupation_id_seq');
END;

Function: dem.create_street(text, text, text, text, text)

Returns: integer

Language: PLPGSQL

This function takes a parameters the name of the street, the postal code, the name of the urb, the postcode of the urb, the code of the state and the code of the country. If the country or the state does not exists in the tables, the function fails. At first, both the urb and street are tried to be retrieved according to the supplied information. If the fields do not match exactly an existing row, a new urb is created or a new street is created and returned.

DECLARE
	_street ALIAS FOR $1;
	_postcode ALIAS FOR $2;
	_urb ALIAS FOR $3;
	_state_code ALIAS FOR $4;
	_country_code ALIAS FOR $5;
	_urb_id integer;
	_street_id integer;
	msg text;
BEGIN
	-- create/get urb
	SELECT INTO _urb_id dem.create_urb(_urb, _postcode, _state_code, _country_code);
	-- create/get and return street
	SELECT INTO _street_id s.id from dem.street s WHERE s.name ILIKE _street AND s.id_urb = _urb_id AND postcode ILIKE _postcode;
	IF FOUND THEN
		RETURN _street_id;
	END IF;
	INSERT INTO dem.street (name, postcode, id_urb) VALUES (_street, _postcode, _urb_id);
	RETURN currval('dem.street_id_seq');
END;

Function: dem.create_urb(text, text, text, text)

Returns: integer

Language: PLPGSQL

This function takes a parameters the name of the urb, the postcode of the urb, the name of the state and the name of the country. If the country or the state does not exists in the tables, the function fails. At first, the urb is tried to be retrieved according to the supplied information. If the fields do not match exactly an existing row, a new urb is created and returned.

DECLARE
	_urb ALIAS FOR $1;
	_urb_postcode ALIAS FOR $2;	
	_state_code ALIAS FOR $3;
	_country_code ALIAS FOR $4;
 	_state_id integer;
	_urb_id integer;
	msg text;
BEGIN
 	-- get state
 	SELECT INTO _state_id s.id from dem.state s WHERE s.code = _state_code and s.country = _country_code;
 	IF NOT FOUND THEN
		msg := 'Cannot set address [' || coalesce(_country_code, 'country_code:NULL') || ', ' || coalesce(_state_code, 'state_code:NULL') || ', ' || coalesce(_urb, 'urb:NULL') || ', ' || coalesce(_urb_postcode, 'urb_postcode:NULL') || '].';
		RAISE EXCEPTION '=> %', msg;
 	END IF;
	-- get/create and return urb
	SELECT INTO _urb_id u.id from dem.urb u WHERE u.name ILIKE _urb AND u.id_state = _state_id;
	IF FOUND THEN
		RETURN _urb_id;
	END IF;
	INSERT INTO dem.urb (name, postcode, id_state) VALUES (_urb, _urb_postcode, _state_id);
	RETURN currval('dem.urb_id_seq');
END;

Function: dem.date_trunc_utc(text, timestamp with time zone)

Returns: timestamp without time zone

Language: SQL

date_trunc() is not immutable because it depends on the timezone setting, hence need to use this in index creation, but also need to use it in queries which want to use that index, so make it generally available as a function

select date_trunc($1, $2 at time zone 'UTC');

Function: dem.dob_is_in_range(timestamp with time zone, interval, interval)

Returns: boolean

Language: SQL

select
	($1 - (extract(year from $1) * '1 year'::interval)) -
	(now() - (extract(year from now()) * '1 year'::interval))
	between (-1 * $2) and $3

Function: dem.f_always_active_name()

Returns: trigger

Language: PLPGSQL

BEGIN
	if NEW.active = false then
		raise exception 'Cannot delete/disable active name. Another name must be activated first.';
		return OLD;
	end if;
	return NEW;
END;

Function: dem.f_delete_names()

Returns: trigger

Language: PLPGSQL

DECLARE
BEGIN
	DELETE from dem.names WHERE id_identity=OLD.id;
	RETURN OLD;
END;

Function: dem.f_uniq_active_name()

Returns: trigger

Language: PLPGSQL

DECLARE
--	tmp text;
BEGIN
--	tmp := 'identity:' || NEW.id_identity || ',id:' || NEW.id || ',name:' || NEW.firstnames || ' ' || NEW.lastnames;
--	raise notice 'uniq_active_name: [%]', tmp;
	if NEW.active = true then
		update dem.names set active = false
		where
			id_identity = NEW.id_identity
				and
			active = true;
	end if;
	return NEW;
END;

Function: dem.gm_upd_default_states()

Returns: boolean

Language: PLPGSQL

declare
	_state_code text;
	_state_name text;
	_country_row record;
begin
	_state_code := '??';
	_state_name := 'state/territory/province/region not available';
	-- add default state to countries needing one
	for _country_row in
		select distinct code from dem.country
		where code not in (
			select country from dem.state where code = _state_code
		)
	loop
		raise notice 'adding default state for [%]', _country_row.code;
		execute 'insert into dem.state (code, country, name) values ('
				|| quote_literal(_state_code) || ', '
				|| quote_literal(_country_row.code) || ', '
				|| quote_literal(_state_name) || ');';
	end loop;
	return true;
end;

Function: dem.new_pupic()

Returns: bpchar

Language: PLPGSQL

DECLARE
BEGIN
   -- how does this work? How do we get new 'unique' numbers?
   RETURN '0000000000';
END;

Function: dem.remove_person(integer)

Returns: boolean

Language: PLPGSQL

Fully remove a person from the system - except everything is still in the audit tables ;-)

DECLARE
	_pk_identity alias for $1;
BEGIN
	-- does person exist ?
	perform 1 from dem.identity where pk = _pk_identity;
	if not FOUND then
		raise notice 'dem.remove_person(): dem.identity.pk=(%) does not exist, not removing', _pk_identity;
		return false;
	end if;
	-- we cannot just get the child tables of clin.clin_root_item and
	-- delete from them since they are inter-dependent and may require
	-- a particular order of deletion, so let us do that explicitely:
	DELETE FROM clin.clin_hx_family WHERE fk_encounter IN (
		select pk from clin.encounter where fk_patient = _pk_identity
	);
	DELETE FROM clin.vaccination WHERE fk_encounter IN (
		select pk from clin.encounter where fk_patient = _pk_identity
	);
	DELETE FROM clin.allergy WHERE fk_encounter IN (
		select pk from clin.encounter where fk_patient = _pk_identity
	);
	DELETE FROM clin.allergy_state WHERE fk_encounter IN (
		select pk from clin.encounter where fk_patient = _pk_identity
	);
	DELETE FROM clin.clin_diag WHERE fk_narrative IN (
		SELECT pk FROM clin.clin_narrative WHERE fk_encounter IN (
			select pk from clin.encounter where fk_patient = _pk_identity
		)
	);
	DELETE FROM clin.test_result WHERE fk_encounter IN (
		select pk from clin.encounter where fk_patient = _pk_identity
	);
	DELETE FROM clin.lab_request WHERE fk_encounter in (
		select pk from clin.encounter where fk_patient = _pk_identity
	);
	DELETE FROM clin.substance_intake WHERE fk_encounter IN (
		select pk from clin.encounter where fk_patient = _pk_identity
	);
	DELETE FROM clin.procedure WHERE fk_encounter IN (
		select pk from clin.encounter where fk_patient = _pk_identity
	);
	DELETE FROM clin.clin_narrative WHERE fk_encounter IN (
		select pk from clin.encounter where fk_patient = _pk_identity
	);
	DELETE FROM blobs.doc_med WHERE fk_encounter IN (
		select pk from clin.encounter where fk_patient = _pk_identity
	);
	-- now that we have deleted all the clinical data let us
	-- delete the EMR structural items as well:
	DELETE FROM clin.episode WHERE fk_encounter IN (
	    select pk from clin.encounter where fk_patient = _pk_identity
	);
	DELETE FROM clin.health_issue WHERE fk_encounter IN (
	    select pk from clin.encounter where fk_patient = _pk_identity
	);
	DELETE FROM clin.encounter WHERE fk_patient = _pk_identity;
	-- delete demographics details:
	DELETE FROM dem.identity_tag where fk_identity = _pk_identity;
	DELETE FROM dem.names WHERE id_identity = _pk_identity;
	-- eventually delete the identity itself which does
	-- not go down without some twisting of arms:
	ALTER TABLE dem.identity disable rule r_del_identity;
	DELETE FROM dem.identity WHERE pk = _pk_identity;
	ALTER TABLE dem.identity enable rule r_del_identity;
	return true;
END;

Function: dem.set_nickname(integer, text)

Returns: integer

Language: PLPGSQL

Setting the nickname only makes sense for the currently active name. However, we also want to keep track of previous nicknames. Hence we would set the nickname right in the active name if it is NULL. It it contains a previous nickname (eg IS NOT NULL) we will inactivate the currently active name and copy it into a new active name but with the nickname set to the new one. Unsetting works the same (IOW *setting* to NULL).

DECLARE
	_id_identity alias for $1;
	_nick alias for $2;
	_names_row record;
	msg text;
BEGIN
	-- 0.1: Just always set the nickname inside the active name
	-- post 0.1: openEHR-like (name: pk, fk_identity, name, fk_type, comment, is_legal, is_active ...)
	-- does name exist ?
	select into _names_row * from dem.names where id_identity = _id_identity and active = true;
	if not found then
		msg := 'Cannot set nickname [' || _nick || ']. No active <names> row with id_identity [' || _id_identity || '] found.';
		raise exception '%', msg;
	end if;
	update dem.names set preferred = _nick where id = _names_row.id;
	return _names_row.id;
END;

Function: dem.trf_announce_comm_channel_mod()

Returns: trigger

Language: PLPGSQL

declare
	_pk_identity integer;
begin
	_pk_identity := NULL;
	-- retrieve identity PK via fk_identity
	if TG_OP = 'DELETE' then
		_pk_identity := OLD.fk_identity;
	else
		_pk_identity := NEW.fk_identity;
	end if;
	-- soft error out if not found
	if _pk_identity is NULL then
		raise notice 'dem.trf_announce_comm_channel_mod(): cannot determine identity PK on table <dem.lnk_identity2comm>';
		return NULL;
	end if;
	-- now, execute() the NOTIFY
	execute 'notify "comm_channel_mod_db:' || _pk_identity || '"';
	return NULL;
end;

Function: dem.trf_announce_identity_mod()

Returns: trigger

Language: PLPGSQL

declare
	_pk_identity integer;
begin
	_pk_identity := NULL;
	-- retrieve identity PK via pk
	if TG_OP = 'DELETE' then
		_pk_identity := OLD.pk;
	else
		_pk_identity := NEW.pk;
	end if;
	-- soft error out if not found
	if _pk_identity is NULL then
		raise notice 'dem.trf_announce_identity_mod(): cannot determine identity PK on table <dem.identity>';
		return NULL;
	end if;
	-- now, execute() the NOTIFY
	execute 'notify "identity_mod_db:' || _pk_identity || '"';
	return NULL;
end;

Function: dem.trf_announce_identity_tag_mod()

Returns: trigger

Language: PLPGSQL

declare
	_pk_identity integer;
begin
	_pk_identity := NULL;
	-- retrieve identity PK via fk_identity
	if TG_OP = 'DELETE' then
		_pk_identity := OLD.fk_identity;
	else
		_pk_identity := NEW.fk_identity;
	end if;
	-- soft error out if not found
	if _pk_identity is NULL then
		raise notice 'dem.trf_announce_identity_tag_mod(): cannot determine identity PK on table <dem.identity_tag>';
		return NULL;
	end if;
	-- now, execute() the NOTIFY
	execute 'notify "identity_tag_mod_db:' || _pk_identity || '"';
	return NULL;
end;

Function: dem.trf_announce_message_inbox_generic_mod_no_pk()

Returns: trigger

Language: PLPGSQL

begin
	execute 'notify "message_inbox_generic_mod_db:"';
	return NULL;
end;

Function: dem.trf_announce_message_inbox_mod()

Returns: trigger

Language: PLPGSQL

declare
	_pk_identity integer;
begin
	_pk_identity := NULL;
	-- retrieve identity PK via fk_patient
	if TG_OP = 'DELETE' then
		_pk_identity := OLD.fk_patient;
	else
		_pk_identity := NEW.fk_patient;
	end if;
	-- soft error out if not found
	if _pk_identity is NULL then
		raise notice 'dem.trf_announce_message_inbox_mod(): cannot determine identity PK on table <dem.message_inbox>';
		return NULL;
	end if;
	-- now, execute() the NOTIFY
	execute 'notify "message_inbox_mod_db:' || _pk_identity || '"';
	return NULL;
end;

Function: dem.trf_announce_name_mod()

Returns: trigger

Language: PLPGSQL

declare
	_pk_identity integer;
begin
	_pk_identity := NULL;
	-- retrieve identity PK via id_identity
	if TG_OP = 'DELETE' then
		_pk_identity := OLD.id_identity;
	else
		_pk_identity := NEW.id_identity;
	end if;
	-- soft error out if not found
	if _pk_identity is NULL then
		raise notice 'dem.trf_announce_name_mod(): cannot determine identity PK on table <dem.names>';
		return NULL;
	end if;
	-- now, execute() the NOTIFY
	execute 'notify "name_mod_db:' || _pk_identity || '"';
	return NULL;
end;

Function: dem.trf_announce_org_mod_no_pk()

Returns: trigger

Language: PLPGSQL

begin
	execute 'notify "org_mod_db:"';
	return NULL;
end;

Function: dem.trf_announce_org_unit_comm_channel_mod_no_pk()

Returns: trigger

Language: PLPGSQL

begin
	execute 'notify "org_unit_comm_channel_mod_db:"';
	return NULL;
end;

Function: dem.trf_announce_org_unit_mod_no_pk()

Returns: trigger

Language: PLPGSQL

begin
	execute 'notify "org_unit_mod_db:"';
	return NULL;
end;

Function: dem.trf_normalize_time_in_dob()

Returns: trigger

Language: PLPGSQL

BEGIN
	if NEW.dob is NULL then
		return NEW;
	end if;
	NEW.dob = date_trunc('day', NEW.dob) + '11 hours 11 minutes 11 seconds 111 milliseconds'::interval;
	return NEW;
END;

Function: dem.trf_null_empty_title()

Returns: trigger

Language: PLPGSQL

begin
	if (NEW.title is null) then
		return NEW;
	end if;
	if trim(NEW.title) <> '' then
		return NEW;
	end if;
	NEW.title := NULL;
	return NEW;
end;

Schema gm

Table: gm.access_log

This logs access to the database and to records. Needed for HIPAA compliance among other things.

gm.access_log Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
row_version	integer	NOT NULL
modified_when	timestamp with time zone	NOT NULL DEFAULT now()
modified_by	name	NOT NULL DEFAULT "current_user"()
pk	serial	PRIMARY KEY
user_action	text	NOT NULL

Table gm.access_log Inherits audit_fields,

gm.access_log Constraints
Name	Constraint
non_empty_user_action	CHECK ((gm.is_null_or_blank_string(user_action) IS FALSE))

Index - Schema gm

Table: gm.notifying_tables

All tables that want to send standard notifications must be recorded in this table. Notification triggers will be generated automatically for all tables recorded here.

gm.notifying_tables Structure
Name	Type	Description
pk	serial	PRIMARY KEY
schema_name	name	UNIQUE#1 NOT NULL DEFAULT 'public'::name
table_name	name	UNIQUE#1 NOT NULL
signal	name	UNIQUE#1 The name of the signal to send via NOTIFY. The actual name of the signal will be "<signal>_mod_db:<identity_pk>" where the :<identity_pk> is only added if the notify trigger knows how.
carries_identity_pk	boolean	DEFAULT false Whether or not the signal delivers the PK of the related identity. Set during bootstrapping.

Index - Schema gm

Table: gm.schema_revision

this table holds the revisions of all SQL scripts ever inserted into this database, the values are preferably provided by CVS tags in the scripts themselves, see above for a convenient way to do that

gm.schema_revision Structure
Name	Type	Description
pk	serial	PRIMARY KEY
filename	text	UNIQUE#1 NOT NULL the name of the script, handled most easily by CVS via "RCSfile"
version	text	UNIQUE#1 NOT NULL the version of the script, handled most easily by CVS via "Revision"
imported	timestamp with time zone	NOT NULL DEFAULT now() when this script was imported, mainly for debugging

Index - Schema gm

Function: gm.add_missing_array_bits()

Returns: boolean

Language: PLPGSQL

Add array aggregate and array unnesting to PostgreSQL versions lacking this functionality (IOW < 8.4).

DECLARE
BEGIN
	-- array_agg
	perform 1 from pg_catalog.pg_aggregate where aggfnoid::oid = (select oid from pg_catalog.pg_proc where proname = 'array_agg'::name limit 1);
	if FOUND then
		raise NOTICE '[gm.add_missing_array_bits]: aggregate <array_agg> already exists';
	else
		raise NOTICE '[gm.add_missing_array_bits]: aggregate <array_agg> does not exist (probably PostgreSQL <8.4), creating';
		CREATE AGGREGATE array_agg(anyelement) (
			SFUNC = array_append,
			STYPE = anyarray,
			INITCOND = '{}'
		);
		comment on aggregate array_agg(anyelement) is
			'Missing on PG 8.3, needed for vaccination handling starting with conversion from gnumed_v13 to gnumed_v14.';
	end if;
	-- unnest()
	perform 1 from pg_catalog.pg_proc where
		proname = 'array_unnest'::name
			and
		pronamespace = (select oid from pg_namespace where nspname = 'gm'::name)
	;
	if FOUND then
		raise NOTICE '[gm.add_missing_array_bits]: function "gm.array_unnest()" already exists';
	else
		raise NOTICE '[gm.add_missing_array_bits]: function "gm.array_unnest()" does not exist, creating';
		CREATE OR REPLACE FUNCTION gm.array_unnest(anyarray)
			RETURNS SETOF anyelement
			AS '
		SELECT $1[i] FROM
			generate_series (
				array_lower($1,1),
				array_upper($1,1)
			) i
		;'
			LANGUAGE 'sql'
			IMMUTABLE
		;
		comment on function gm.array_unnest(anyarray) is
			'Missing on PG 8.3, needed for vaccination handling starting with conversion from gnumed_v13 to gnumed_v14.';
	end if;
	perform 1 from pg_catalog.pg_proc where
		proname = 'unnest'::name
			and
		pronamespace = (select oid from pg_namespace where nspname = 'pg_catalog'::name)
	;
	if FOUND then
		raise NOTICE '[gm.add_missing_array_bits]: function "pg_catalog.unnest()" exists';
		-- also exists in public ?
		perform 1 from pg_catalog.pg_proc where
			proname = 'unnest'::name
				and
			pronamespace = (select oid from pg_namespace where nspname = 'public'::name)
		;
		if FOUND then
			raise NOTICE '[gm.add_missing_array_bits]: function "unnest()" also exists in schema "public", removing';
			drop function public.unnest(anyarray) cascade;
		end if;
	else
		raise NOTICE '[gm.add_missing_array_bits]: function "pg_catalog.unnest()" does not exist (probably PostgreSQL <8.4)';
		-- exists in public ?
		perform 1 from pg_catalog.pg_proc where
			proname = 'unnest'::name
				and
			pronamespace = (select oid from pg_namespace where nspname = 'public'::name)
		;
		if FOUND then
			raise NOTICE '[gm.add_missing_array_bits]: function "public.unnest()" already exists';
		else
			raise NOTICE '[gm.add_missing_array_bits]: function "public.unnest()" does not exist either, creating';
			CREATE OR REPLACE FUNCTION public.unnest(anyarray)
				RETURNS SETOF anyelement
				AS 'SELECT gm.array_unnest($1);'
				LANGUAGE 'sql'
				IMMUTABLE
			;
			comment on function public.unnest(anyarray) is
				'Missing on PG 8.3, needed for vaccination handling starting with conversion from gnumed_v13 to gnumed_v14.';
		end if;
	end if;
	return TRUE;
END;

Function: gm.add_table_for_notifies(name, name)

Returns: boolean

Language: SQL

Mark given table for notification trigger generator. Parameters are: (schema, table). Defaults signal to table name.

select gm.add_table_for_notifies($1, $2, $2);

Function: gm.add_table_for_notifies(name, name, name)

Returns: boolean

Language: SQL

Mark given table for notification trigger generator. Parameters are: (schema, table, signal name)

select gm.register_notifying_table($1, $2, $3);

Function: gm.array_unnest(anyarray)

Returns: SET OF anyelement

Language: SQL

Missing on PG 8.3, needed for vaccination handling starting with conversion from gnumed_v13 to gnumed_v14.

		SELECT $1[i] FROM
			generate_series (
				array_lower($1,1),
				array_upper($1,1)
			) i
		;

Function: gm.concat_table_structure()

Returns: text

Language: PLPGSQL

declare
	_struct text;
begin
	select into _struct gm.concat_table_structure_v16_and_up();
	return _struct;
end;

Function: gm.concat_table_structure(integer)

Returns: text

Language: PLPGSQL

declare
	_db_ver alias for $1;
	_struct text;
begin
	if _db_ver < 6 then
		select into _struct gm.concat_table_structure_v1();
		return _struct;
	end if;
	if _db_ver < 8 then
		select into _struct gm.concat_table_structure_v2();
		return _struct;
	end if;
	if _db_ver < 16 then
		select into _struct gm.concat_table_structure_v3();
		return _struct;
	end if;
	select into _struct gm.concat_table_structure_v16_and_up();
	return _struct;
end;

Function: gm.concat_table_structure_v1()

Returns: text

Language: PLPGSQL

copy of gm_concat_table_structure() until gnumed_v5, works on public, dem, clin, blobs

declare
	_row record;
	_total text;
begin
	_total := '';
	-- schema.table.column.data_type
	for _row in
		select * from information_schema.columns cols
			where cols.table_name in (
				select tabs.table_name from information_schema.tables tabs where
					-- those which hold clinical data
					tabs.table_schema in ('public', 'dem', 'clin', 'blobs') and
					tabs.table_type = 'BASE TABLE'
				)
			order by
				md5(cols.table_schema || cols.table_name || cols.column_name || cols.data_type)
	loop
		_total := _total
			|| _row.table_schema || '.'
			|| _row.table_name || '.'
			|| _row.column_name || '::'
			|| _row.udt_name || '
';
	end loop;
	return _total;
end;

Function: gm.concat_table_structure_v16_and_up()

Returns: text

Language: PLPGSQL

new concat_table_structure() starting with gnumed_v16, works on dem, clin, blobs, cfg, ref, i18n, sorts properly by bytea

declare
	_row record;
	_total text;
begin
	_total := '';
	-- schema.table.column.data_type
	for _row in
		select *
		from information_schema.columns cols
		where
			cols.table_name in (
				select tabs.table_name from information_schema.tables tabs where
					-- those which hold clinical data
					tabs.table_schema in ('dem', 'clin', 'blobs', 'cfg', 'ref', 'i18n')
						and
					tabs.table_type = 'BASE TABLE'
			) and
			cols.table_schema in ('dem', 'clin', 'blobs', 'cfg', 'ref', 'i18n')
		order by
			decode(md5(cols.table_schema || cols.table_name || cols.column_name || cols.data_type), 'hex')
	loop
		_total := _total
			|| _row.table_schema || '.'
			|| _row.table_name || '.'
			|| _row.column_name || '::'
			|| _row.udt_name || E'
';
	end loop;
	return _total;
end;

Function: gm.concat_table_structure_v2()

Returns: text

Language: PLPGSQL

new concat_table_structure() starting with gnumed_v6, works on dem, clin, blobs, cfg, ref, i18n

declare
	_row record;
	_total text;
begin
	_total := '';
	-- schema.table.column.data_type
	for _row in
		select * from information_schema.columns cols
			where cols.table_name in (
				select tabs.table_name from information_schema.tables tabs where
					-- those which hold clinical data
					tabs.table_schema in ('dem', 'clin', 'blobs', 'cfg', 'ref', 'i18n') and
					tabs.table_type = 'BASE TABLE'
				)
			order by
				md5(cols.table_schema || cols.table_name || cols.column_name || cols.data_type)
	loop
		_total := _total
			|| _row.table_schema || '.'
			|| _row.table_name || '.'
			|| _row.column_name || '::'
			|| _row.udt_name || '
';
	end loop;
	return _total;
end;

Function: gm.concat_table_structure_v3()

Returns: text

Language: PLPGSQL

new concat_table_structure() starting with gnumed_v8, works on dem, clin, blobs, cfg, ref, i18n, sorts properly by bytea

declare
	_row record;
	_total text;
begin
	_total := '';
	-- schema.table.column.data_type
	for _row in
		select * from information_schema.columns cols
			where cols.table_name in (
				select tabs.table_name from information_schema.tables tabs where
					-- those which hold clinical data
					tabs.table_schema in ('dem', 'clin', 'blobs', 'cfg', 'ref', 'i18n') and
					tabs.table_type = 'BASE TABLE'
				)
			order by
				decode(md5(cols.table_schema || cols.table_name || cols.column_name || cols.data_type), 'hex')
	loop
		_total := _total
			|| _row.table_schema || '.'
			|| _row.table_name || '.'
			|| _row.column_name || '::'
			|| _row.udt_name || '
';
	end loop;
	return _total;
end;

Function: gm.create_generic_combi_vaccine(text, text[], text, boolean)

Returns: boolean

Language: PLPGSQL

DECLARE
	_name alias for $1;
	_indications alias for $2;
	_atc alias for $3;
	_is_live alias for $4;
	_generic_name text;
	_pk_brand integer;
	_pk_vaccine integer;
	_indication text;
BEGIN
	_generic_name := _name || ' - generic vaccine';
	raise notice 're-creating [%] (%)', _generic_name, array_to_string(_indications, '-');
	-- retrieve or create ref.branded_drug entry for indication
	select pk into _pk_brand from ref.branded_drug
	where
		is_fake is true
			and
		description = _generic_name;
	if FOUND is false then
		insert into ref.branded_drug (
			description,
			preparation,
			is_fake,
			atc_code
		) values (
			_generic_name,
			'vaccine',		-- this is rather arbitrary
			True,
			coalesce(_atc, 'J07')
		)
		returning pk
		into _pk_brand;
	end if;
	-- retrieve or create clin.vaccine entry for generic brand
	select pk into _pk_vaccine from clin.vaccine
	where fk_brand = _pk_brand;
	if FOUND is false then
		insert into clin.vaccine (
			is_live,
			fk_brand
		) values (
			_is_live,
			_pk_brand
		)
		returning pk
		into _pk_vaccine;
	end if;
	-- link indications to vaccine
	delete from clin.lnk_vaccine2inds
	where
		fk_vaccine = _pk_vaccine;
	for _indication in select unnest(_indications) loop
		insert into clin.lnk_vaccine2inds (
			fk_vaccine,
			fk_indication
		) values (
			_pk_vaccine,
			(select id from clin.vacc_indication where description = _indication)
		);
	end loop;
	return true;
END;

Function: gm.create_generic_combi_vaccines()

Returns: boolean

Language: SQL

select gm.create_generic_combi_vaccine (
	'Td'::text,
	ARRAY['tetanus'::text,'diphtheria'::text],
	'J07AM51',
	False
);
select gm.create_generic_combi_vaccine (
	'DT'::text,
	ARRAY['tetanus'::text,'diphtheria'::text],
	'J07AM51',
	False
);
select gm.create_generic_combi_vaccine (
	'TdaP'::text,
	ARRAY['tetanus'::text,'diphtheria'::text,'pertussis'::text],
	'J07CA01',
	False
);
select gm.create_generic_combi_vaccine (
	'TDaP'::text,
	ARRAY['tetanus'::text,'diphtheria'::text,'pertussis'::text],
	'J07CA01',
	False
);
select gm.create_generic_combi_vaccine (
	'TdaP-Pol'::text,
	ARRAY['tetanus'::text,'diphtheria'::text,'pertussis'::text,'poliomyelitis'::text],
	'J07CA02',
	False
);
select gm.create_generic_combi_vaccine (
	'TDaP-Pol'::text,
	ARRAY['tetanus'::text,'diphtheria'::text,'pertussis'::text,'poliomyelitis'::text],
	'J07CA02',
	False
);
select gm.create_generic_combi_vaccine (
	'TDaP-Pol-HiB'::text,
	ARRAY['tetanus'::text,'diphtheria'::text,'pertussis'::text,'poliomyelitis'::text,'haemophilus influenzae b'::text],
	'J07CA06',
	False
);
select gm.create_generic_combi_vaccine (
	'TDaP-Pol-HiB-HepB'::text,
	ARRAY['tetanus'::text,'diphtheria'::text,'pertussis'::text,'poliomyelitis'::text,'haemophilus influenzae b'::text,'hepatitis B'::text],
	'J07CA09',
	False
);
select gm.create_generic_combi_vaccine (
	'MMR'::text,
	ARRAY['measles'::text,'mumps'::text,'rubella'::text],
	'J07BD52',
	True
);
select gm.create_generic_combi_vaccine (
	'MMRV'::text,
	ARRAY['measles'::text,'mumps'::text,'rubella'::text,'varicella (chickenpox, shingles)'::text],
	'J07BD54',
	True
);
select gm.create_generic_combi_vaccine (
	'HepAB'::text,
	ARRAY['hepatitis A'::text,'hepatitis B'::text],
	'J07BC20',
	False
);
select True;

Function: gm.create_generic_monovalent_vaccines()

Returns: boolean

Language: PLPGSQL

DECLARE
	_row record;
	_generic_name text;
	_pk_brand integer;
	_pk_vaccine integer;
BEGIN
	for _row in select * from clin.vacc_indication loop
		_generic_name := _row.description || ' - generic vaccine';
		raise notice 're-creating [%]', _generic_name;
		-- retrieve or create ref.branded_drug entry for indication
		select pk into _pk_brand from ref.branded_drug
		where
			is_fake is true
				and
			description = _generic_name;
		if FOUND is false then
			insert into ref.branded_drug (
				description,
				preparation,
				is_fake,
				atc_code
			) values (
				_generic_name,
				'vaccine',		-- this is rather arbitrary
				True,
				coalesce(_row.atcs_single_indication[1], 'J07')
			)
			returning pk
			into _pk_brand;
		end if;
		-- retrieve or create clin.vaccine entry for generic brand
		select pk into _pk_vaccine from clin.vaccine
		where fk_brand = _pk_brand;
		if FOUND is false then
			insert into clin.vaccine (
				is_live,
				fk_brand
			) values (
				false,
				_pk_brand
			)
			returning pk
			into _pk_vaccine;
		end if;
		-- link indication to vaccine
		delete from clin.lnk_vaccine2inds
		where
			fk_vaccine = _pk_vaccine;
		insert into clin.lnk_vaccine2inds (
			fk_vaccine,
			fk_indication
		) values (
			_pk_vaccine,
			_row.id
		);
	end loop;
	return true;
END;

Function: gm.create_user(name, text)

Returns: boolean

Language: PLPGSQL

To create users one needs to have CREATEROLE rights. Only gm-dbo is GRANTed EXECUTE. This way users need to know the gm-dbo (GNUmed admin) password to execute the function.

DECLARE
	_username alias for $1;
	_password alias for $2;
	_database text;
	_query text;
BEGIN
	perform 1 from pg_user where usename = _username;
	if not FOUND then
		_query := 'create user ' || quote_ident(_username)
					|| ' with password ' || quote_literal(_password)
					|| ';';
		execute _query;
		perform 1 from pg_user where usename = _username;
		if not FOUND then
			raise exception 'cannot create user [%]', _username;
			return false;
		end if;
	end if;
	_query := 'alter group "gm-logins" add user ' || quote_ident(_username) || ';';
	execute _query;
	_query := 'alter group "gm-doctors" add user ' || quote_ident(_username) || ';';
	execute _query;
	_query := 'alter group "gm-public" add user ' || quote_ident(_username) || ';';
	execute _query;
	-- satisfy "database = samegroup" in pg_hba.conf
	select into _database current_database();
	_query := 'alter group ' || quote_ident(_database) || ' add user ' || quote_ident(_username) || ';';
	execute _query;
	return true;
END;

Function: gm.disable_user(name)

Returns: boolean

Language: PLPGSQL

To disable users one needs to have CREATEROLE rights. Only gm-dbo is GRANTed EXECUTE. This way users need to know the gm-dbo (GNUmed admin) password to execute the function.

DECLARE
	_username alias for $1;
	_query text;
BEGIN
	perform 1 from pg_user where usename = _username;
	if not FOUND then
		return true;
	end if;
	_query := 'alter group "gm-logins" drop user ' || quote_ident(_username) || ';';
	execute _query;
	return true;
END;

Function: gm.drop_user(name)

Returns: boolean

Language: PLPGSQL

To drop users one needs to have CREATEROLE rights. Only gm-dbo is GRANTed EXECUTE. This way users need to know the gm-dbo (GNUmed admin) password to execute the function.

DECLARE
	_username alias for $1;
	_query text;
BEGIN
	perform 1 from pg_user where usename = _username;
	if not FOUND then
		return true;
	end if;
	_query := 'drop user ' || quote_ident(_username) || ';';
	execute _query;
	perform 1 from pg_user where usename = _username;
	if FOUND then
		return false;
	end if;
	return true;
END;

Function: gm.get_users()

Returns: text[]

Language: SQL

select gm.get_users(current_database());

Function: gm.get_users(name)

Returns: text[]

Language: PLPGSQL

DECLARE
	_db alias for $1;
	_gm_users text[];
	_user text;
BEGIN
	_gm_users := ARRAY['gm-logins', 'gm-public', 'gm-doctors', _db];
	-- add members of groups gm-logins, gm-public, _db
	FOR _user in
		select distinct rolname from pg_roles where oid in (
			select member from pg_auth_members where roleid in (
				select oid from pg_roles where rolname in ('gm-logins', 'gm-public', _db)
			)
		)
	LOOP
		continue when _user = 'postgres';
		continue when _user = any(_gm_users);
		_gm_users := _gm_users || _user;
	END LOOP;
	-- add *.modified_by entries
	FOR _user in select distinct modified_by from audit.audit_fields LOOP
		continue when _user = 'postgres';
		continue when _user = any(_gm_users);
		_gm_users := _gm_users || _user;
	END LOOP;
	-- add dem.staff.db_user entries
	FOR _user in select distinct db_user from dem.staff LOOP
		continue when _user = 'postgres';
		continue when _user = any(_gm_users);
		_gm_users := _gm_users || _user;
	END LOOP;
	return _gm_users;
END;

Function: gm.is_null_or_blank_string(text)

Returns: boolean

Language: SQL

input is either NULL or empty string -> True; input is not NULL and not empty -> FALSE

select (coalesce(trim($1), '') = '');

Function: gm.is_null_or_non_empty_string(text)

Returns: boolean

Language: SQL

select (coalesce(trim($1), 'NULL') != '');

Function: gm.log_access2emr(text)

Returns: void

Language: PLPGSQL

This logs access to a patient EMR.

DECLARE
	_action alias for $1;
BEGIN
	if gm.is_null_or_blank_string(_action) then
		raise exception 'gm.log_access2emr(): action detail cannot be NULL or empty';
	end if;
	insert into gm.access_log (user_action) values ('EMR access: ' || _action);
	return;
END;

Function: gm.log_other_access(text)

Returns: void

Language: SQL

This logs access to the database.

insert into gm.access_log (user_action) values ($1);

Function: gm.log_script_insertion(text, text)

Returns: text

Language: PLPGSQL

declare
	_filename alias for $1;
	_version alias for $2;
	_hash text;
begin
	delete from gm.schema_revision where filename = _filename;
	insert into gm.schema_revision (filename, version) values (
		_filename,
		_version
	);
	perform gm.log_other_access (
		'database change script inserted: $RCSfile: v12-gm-log_script_insertion.sql,v $ ($Revision: 1.1 $)'
	);
	select into _hash md5(gm.concat_table_structure());
	return _hash;
end;

Function: gm.nullify_empty_string(text)

Returns: text

Language: PLPGSQL

DECLARE
	_input alias for $1;
BEGIN
	if _input is null then
		return null;
	end if;
	if trim(_input) = '' then
		return null;
	end if;
	return _input;
END;

Function: gm.register_notifying_table(name, name)

Returns: boolean

Language: SQL

Mark given table for notification trigger generator. Parameters are: (schema, table). Defaults signal to table name.

select gm.register_notifying_table($1, $2, $2);

Function: gm.register_notifying_table(name, name, name)

Returns: boolean

Language: PLPGSQL

DECLARE
	_namespace alias for $1;
	_table alias for $2;
	_signal alias for $3;
	dummy RECORD;
BEGIN
	-- does table exist ?
	select relname into dummy from pg_class where
		relname = _table and
		relnamespace = (select oid from pg_namespace where nspname = _namespace)
	;
	if not found then
		raise exception 'register_notifying_table(): Table [%.%] does not exist.', _namespace, _table;
	end if;
	-- make sure we can insert
	delete from gm.notifying_tables where
		table_name = _table
		and schema_name = _namespace
		and signal = _signal;
	insert into gm.notifying_tables (
		schema_name,
		table_name,
		signal
	) values (
		_namespace,
		_table,
		_signal
	);
	return true;
END;

Function: gm.transfer_users(text)

Returns: boolean

Language: SQL

select gm.transfer_users($1, current_database());

Function: gm.transfer_users(text, text)

Returns: boolean

Language: PLPGSQL

This function transfers adds users from the group role given in the argument to the group role corresponding to the current database name. This enables group membership based authentication as used in GNUmed. This operation is typically only run on database upgrade and is only available to gm-dbo.

DECLARE
	_source_group alias for $1;
	_target_group alias for $2;
	member_ids int[];
	member_id int;
	member_name text;
	tmp text;
BEGIN
	-- source group exists ?
	perform 1 from pg_group where groname = _source_group;
	if not FOUND then
		raise exception 'gm_transfer_users(): source group [%] does not exist', _source_group;
		return false;
	end if;
	-- target group exists ?
	perform 1 from pg_group where groname = _target_group;
	if not FOUND then
		raise exception 'gm_transfer_users(): target group [%] does not exist', _target_group;
		return false;
	end if;
	-- loop over group member IDs
	select into member_ids grolist from pg_group where groname = _source_group;
	FOR idx IN coalesce(array_lower(member_ids, 1), 0) .. coalesce(array_upper(member_ids, 1), -1) LOOP
		member_id := member_ids[idx];
		select into member_name usename from pg_user where usesysid = member_id;
		tmp := 'gm_transfer_users(text): transferring "'
				|| member_name || '" ('
				|| member_id || ') from group "'
				|| _source_group || '" to group "'
				|| _target_group || '"';
		raise notice '%', tmp;
		-- satisfy "database = samegroup" in pg_hba.conf
		tmp := 'alter group ' || quote_ident(_target_group) || ' add user ' || quote_ident(member_name) || ';';
		execute tmp;
	end LOOP;
	return true;
END;

Function: gm.user_exists(name)

Returns: boolean

Language: PLPGSQL

BEGIN
	perform 1 from pg_user where usename = $1;
	if not FOUND then
		raise notice 'Cannot set database language. User % does not exist.', $1;
		return false;
	end if;
	return true;
END;

Function: gm.xid2int(xid)

Returns: integer

Language: SQL

select $1::text::integer;

Schema i18n

Table: i18n.curr_lang

holds the currently selected per-user default language for fixed strings in the database

i18n.curr_lang Structure
Name	Type	Description
pk	serial	PRIMARY KEY
db_user	name	UNIQUE NOT NULL DEFAULT "current_user"() The database account this language setting applies to.
lang	text	NOT NULL

i18n.curr_lang Constraints
Name	Constraint
user_must_exist	CHECK ((gm.user_exists(db_user) IS TRUE))

Index - Schema i18n

Table: i18n.keys

this table holds all the original strings that need translation so give this to your language teams, the function i18n.i18n() will take care to enter relevant strings into this table, the table table does NOT play any role in runtime translation activity

i18n.keys Structure
F-Key	Name	Type	Description
	pk	serial	PRIMARY KEY
	orig	text	UNIQUE NOT NULL

Index - Schema i18n

Table: i18n.translations

this table holds all the translated strings

i18n.translations Structure
Name	Type	Description
pk	serial	PRIMARY KEY
lang	text	UNIQUE#1 NOT NULL the language (corresponding to i18n.curr_lang for a given user) that this translation belongs to
orig	text	UNIQUE#1 NOT NULL the original, untranslated string, used as the search key.
trans	text	NOT NULL the translation of <orig> into <lang>

idx_orig orig

Index - Schema i18n

View: i18n.v_missing_translations

lists per language which strings are lacking a translation

i18n.v_missing_translations Structure
F-Key	Name	Type	Description
	lang	text
	orig	text

SELECT icl.lang
, ik.orig 
FROM (
SELECT DISTINCT 
    ON (curr_lang.lang) curr_lang.lang 
  FROM i18n.curr_lang
) icl
, i18n.keys ik 
WHERE (NOT 
     (ik.orig IN 
           (
            SELECT translations.orig 
              FROM i18n.translations
           )
     )
);

Index - Schema i18n

Function: i18n._(text)

Returns: text

Language: SQL

will return either the translation into i18n.curr_lang.lang for the current user or the input, created in public schema for easy access

select i18n._($1, i18n.get_curr_lang())

Function: i18n._(text, text)

Returns: text

Language: PLPGSQL

will return either the translation into <text> (2nd argument) for the current user or the input, created in public schema for easy access, will fallback to "xx" if xx_XX does not exist

DECLARE
	_orig alias for $1;
	_lang alias for $2;
	trans_str text;
BEGIN
	select into trans_str trans from i18n.translations where lang = _lang and orig = _orig;
	if not found then
		-- reduce xx_XX@YY to xx
		select into trans_str trans from i18n.translations where lang = regexp_replace(_lang, '_.*$', '') and orig = _orig;
		if not found then
			return _orig;
		end if;
	end if;
	return trans_str;
END;

Function: i18n.force_curr_lang(text)

Returns: unknown

Language: PLPGSQL

force preferred language to some language for "current user"

DECLARE
    _lang ALIAS FOR $1;
	_status boolean;
BEGIN
	select into _status i18n.force_curr_lang(_lang, CURRENT_USER);
	return _status;
END;

Function: i18n.force_curr_lang(text, name)

Returns: unknown

Language: PLPGSQL

force preferred language to some language for a user

DECLARE
	_lang ALIAS FOR $1;
	_db_user ALIAS FOR $2;
BEGIN
    raise notice 'Forcing current language for [%] to [%] without checking for translations...', _db_user, _lang;
    delete from i18n.curr_lang where db_user = _db_user;
    insert into i18n.curr_lang(db_user, lang) values (_db_user, _lang);
    return True;
END;

Function: i18n.get_curr_lang()

Returns: text

Language: SQL

select i18n.get_curr_lang(CURRENT_USER)

Function: i18n.get_curr_lang(text)

Returns: text

Language: SQL

select lang from i18n.curr_lang where db_user = $1

Function: i18n.i18n(text)

Returns: text

Language: PLPGSQL

insert original strings into i18n.keys for later translation

DECLARE
	original ALIAS FOR $1;
BEGIN
	if not exists(select pk from i18n.keys where orig = original) then
		insert into i18n.keys (orig) values (original);
	end if;
	return original;
END;

Function: i18n.set_curr_lang(text)

Returns: boolean

Language: PLPGSQL

set preferred language: - for "current user" - only if translations for this language are available

DECLARE
	_lang ALIAS FOR $1;
	_status boolean;
BEGIN
	select into _status i18n.set_curr_lang(_lang, CURRENT_USER);
	return _status;
END;

Function: i18n.set_curr_lang(text, name)

Returns: boolean

Language: PLPGSQL

set language to first argument for the user named in the second argument if translations are available

DECLARE
	_lang ALIAS FOR $1;
	_db_user ALIAS FOR $2;
	lang_has_tx boolean;
BEGIN
	select into lang_has_tx exists(select pk from i18n.translations where lang = _lang);
	if lang_has_tx is False then
		raise notice 'Cannot set current language to [%]. No translations available.', _lang;
		return False;
	end if;
	delete from i18n.curr_lang where db_user = _db_user;
	insert into i18n.curr_lang (db_user, lang) values (_db_user, _lang);
	return true;
END;

Function: i18n.tx_or_null(text)

Returns: text

Language: SQL

will return either the translation into i18n.curr_lang.lang for the current user or null

select i18n.tx_or_null($1, i18n.get_curr_lang())

Function: i18n.tx_or_null(text, text)

Returns: text

Language: PLPGSQL

will return either the translation into language <text> (2nd argument) or null

DECLARE
	_orig alias for $1;
	_lang alias for $2;
	trans_str text;
BEGIN
	select into trans_str trans from i18n.translations where lang = _lang and orig = _orig;
	if not found then
		return null;
	end if;
	return trans_str;
END;

Function: i18n.unset_curr_lang()

Returns: void

Language: SQL

unset the db language for the current user

select i18n.unset_curr_lang(CURRENT_USER);

Function: i18n.unset_curr_lang(name)

Returns: void

Language: PLPGSQL

unset the db language for a user (thereby reverting to the default English)

BEGIN
	delete from i18n.curr_lang where db_user = $1;
	return;
END;

Function: i18n.upd_tx(text, text)

Returns: boolean

Language: SQL

select i18n.upd_tx((select i18n.get_curr_lang()), $1, $2)

Function: i18n.upd_tx(text, text, text)

Returns: boolean

Language: PLPGSQL

declare
	_lang alias for $1;
	_orig alias for $2;
	_trans alias for $3;
	_tmp text;
begin
	if _lang is null then
		raise notice 'i18n.upd_tx(text, text, text): Cannot create translation for language <NULL>.';
		return False;
	end if;
	if _trans = _orig then
		raise notice 'i18n.upd_tx(text, text, text): Original = translation. Skipping.';
		return True;
	end if;
	select into _tmp '1' from i18n.keys where orig = _orig;
	if not found then
		raise notice 'i18n.upd_tx(text, text, text): [%] not found in i18n.keys. Creating entry.', _orig;
		insert into i18n.keys (orig) values (_orig);
	end if;
	delete from i18n.translations where lang = _lang and orig = _orig;
	insert into i18n.translations (lang, orig, trans) values (_lang, _orig, _trans);
	raise notice 'i18n.upd_tx(%: [%] ==> [%])', _lang, _orig, _trans;
	return True;
end;

Schema public

standard public schema

Table: public.basic_unit

basic units are SI units, units derived from them and the Unity

public.basic_unit Structure
Name	Type	Description
pk	serial	PRIMARY KEY
name_short	text	UNIQUE NOT NULL
name_long	text	UNIQUE

Tables referencing this one via Foreign Key Constraints:

public.unit

Index - Schema public

Table: public.form_field_types

public.form_field_types Structure
F-Key	Name	Type	Description
	name	text	UNIQUE
	pk	serial	PRIMARY KEY

Tables referencing this one via Foreign Key Constraints:

public.form_fields

Index - Schema public

Table: public.form_fields

List of fields for a particular form

public.form_fields Structure
F-Key	Name	Type	Description
	pk	serial	PRIMARY KEY
ref.paperwork_templates.pk	fk_form	integer	UNIQUE#1 UNIQUE#2 NOT NULL
	long_name	text	UNIQUE#1 NOT NULL The full name of the form field as presented to the user
	template_placeholder	text	UNIQUE#2 NOT NULL The name of the field as exposed to the form template. In other words, the placeholder in form_defs.template where the value entered into this field ist to be substituted. Must be a valid identifier in the form template's script language (viz. Python)
	help	text	longer help text
public.form_field_types.pk	fk_type	integer	NOT NULL the field type
	param	text	a parameter for the field's behaviour, meaning is type-dependent
	display_order	integer	used to suggest display order, but client may ignore

Tables referencing this one via Foreign Key Constraints:

clin.form_data

Index - Schema public

Table: public.form_job_queue

Queue table for rendered form instances. Note that the rows in this table will get deleted after processing. This is NOT an archive of form jobs.

public.form_job_queue Structure
F-Key	Name	Type	Description
	pk	serial	PRIMARY KEY
clin.form_instances.pk	fk_form_instance	integer	NOT NULL points to the unrendered source instance of the form, useful for recalling submitted jobs for changing
	form	bytea	NOT NULL the rendered form, IOW binary data such as a PDF file
public.form_job_targets.pk	fk_job_target	integer	NOT NULL points to the job target
	submitted_when	timestamp with time zone	NOT NULL DEFAULT now() when was this form job submitted
	fk_submitted_by	integer	NOT NULL who of the staff submitted this form job
	submitted_from	text	NOT NULL the workplace this form job was submitted from
	status	text	NOT NULL DEFAULT 'submitted'::text status of the form job: - submitted: ready for processing - in progress: being processed - removable: fit for removal (either cancelled, timed out or done) - halted: do not process

Index - Schema public

Table: public.form_job_targets

the form job targets (eg. printers, faxes, smtp servers) in whatever granularity is needed locally, can be used for load balancing/round robin servicing busy queues

public.form_job_targets Structure
F-Key	Name	Type	Description
	pk	serial	PRIMARY KEY
	target	text	UNIQUE NOT NULL

Tables referencing this one via Foreign Key Constraints:

public.form_job_queue

Index - Schema public

Table: public.form_print_defs

public.form_print_defs Structure
F-Key	Name	Type	Description
	pk	serial	PRIMARY KEY
	fk_form	integer	UNIQUE NOT NULL
ref.papersizes.pk	fk_papersize	integer	NOT NULL
	offset_top	integer	NOT NULL in mm - and yes, they do change even within one type of form, but we do not want to change the offset for all the fields in that case
	offset_left	integer	NOT NULL
	pages	integer	NOT NULL DEFAULT 1
	printer	text	NOT NULL
	tray	text	NOT NULL
	manual_feed	boolean	NOT NULL DEFAULT false
	papertype	text	NOT NULL type of paper such as "watermarked rose", mainly for user interaction on manual_feed==true
	eject_direction	character(1)	NOT NULL
	orientation	character(1)	NOT NULL

Index - Schema public

Table: public.gm_client_db_match

allows lookup of whether a given client version can work with a particular database revision

public.gm_client_db_match Structure
Name	Type	Description
pk	serial	PRIMARY KEY
client_type	text	UNIQUE#1 NOT NULL the type of client this row refers to
client_version	text	UNIQUE#1 NOT NULL the version of the client this row refers to
db_identity_hash	text	UNIQUE#1 NOT NULL the identity_hash of a database revision that the client version can work with

Index - Schema public

Table: public.housekeeping_todo

this table stores items that originate in headless processes running in the background but need to be brought to the attention of someone, say, errors that an integrity checker may find

public.housekeeping_todo Structure
Name	Type	Description
pk	serial	PRIMARY KEY
reported_when	timestamp with time zone	NOT NULL DEFAULT now()
reported_by	text	NOT NULL DEFAULT "current_user"() who or what reported this condition, may be a user or software
reported_to	text	NOT NULL DEFAULT 'admin'::text who is this condition reported to, user or admin, used for filtering
problem	text	NOT NULL a description of the reported condition
solution	text	a proposed solution to the problem
context	text	specific context for this condition that would make the problem field unnecessary complex and bulky
category	text	NOT NULL a category for the condition, this is used for filtering, too
cookie	text	stores arbitrary information related to the condition, mostly used for semantic duplicates detection, eg. do not report on a single problem more than once in subsequent runs of, say, an import script

public.housekeeping_todo Constraints
Name	Constraint
housekeeping_todo_reported_to_check	CHECK ((reported_to = ANY (ARRAY['user'::text, 'admin'::text])))

Index - Schema public

Table: public.test_norm

each row defines one set of measurement reference data

public.test_norm Structure
Name	Type	Description
pk	serial	PRIMARY KEY
fk_ref_src	integer	UNIQUE#1 NOT NULL source this reference data set was taken from
data	text	UNIQUE#1 NOT NULL the actual reference data in some format, say, XML or like in a *.conf file
comment	text

Index - Schema public

Table: public.unit

units as used in real life

public.unit Structure
F-Key	Name	Type	Description
	pk	serial	PRIMARY KEY
public.basic_unit.pk	fk_basic_unit	integer	what is the SI-Standard unit for this, e.g. for the unit mg it is kg
	name_short	text	NOT NULL
	name_long	text
	factor	double precision	NOT NULL DEFAULT 1.0 what factor the value with this unit has to be multiplied with to get values in the basic_unit
	shift	double precision	NOT NULL DEFAULT 0.0 what has to be added (after multiplying by factor) to a value with this unit to get values in the basic_unit

Index - Schema public

Function: public._(text)

Returns: text

Language: SQL

will return either the translation into i18n.curr_lang.lang for the current user or the input, created in public schema for easy access

select i18n._($1)

Function: public._(text, text)

Returns: text

Language: SQL

will return either the translation into <text> (2nd argument) for the current user or the input, created in public schema for easy access

select i18n._($1, $2)

Function: public.f_rfi_type2item()

Returns: trigger

Language: PLPGSQL

function used to check referential integrity from clin.lnk_type2item to clin.clin_root_item with a custom trigger

declare
	dummy integer;
	msg text;
begin
	-- does fk_item change at all ?
	if TG_OP = 'UPDATE' then
		if NEW.fk_item = OLD.fk_item then
			return NEW;
		end if;
	end if;
	-- check referential integrity
	select into dummy 1 from clin.clin_root_item where pk_item=NEW.fk_item;
	if not found then
		msg := 'referential integrity violation: clin.lnk_type2item.fk_item [' || NEW.fk_item || '] not in <clin_root_item.pk_item>';
		raise exception '%', msg;
		return NULL;
	end if;
	return NEW;
end;

Function: public.f_set_encounter_timezone()

Returns: trigger

Language: PLPGSQL

begin
	if TG_OP = 'INSERT' then
		NEW.source_time_zone := (select (extract(timezone from (select now()))::text || 'seconds')::interval);
	else
		NEW.source_time_zone := OLD.source_time_zone;
	end if;
	return NEW;
end;

Schema ref

This schema holds data that is "reference material" which comes pre-installed with a GNUmed database. Examples are: - document types - ICD codes - form templates

Table: ref.atc

holds ATC data

ref.atc Structure
F-Key	Name	Type	Description
	pk_coding_system	integer	NOT NULL DEFAULT nextval('ref.coding_system_root_pk_coding_system_seq'::regclass)
	code	text	NOT NULL holds the ATC code
	term	text	NOT NULL the name of the drug component
ref.data_source.pk	fk_data_source	integer	NOT NULL
	comment	text	a comment on this ATC
	pk	serial	PRIMARY KEY
	ddd	numeric	the Defined Daily Dosage
	unit	text	the unit on the DDD
	administration_route	text	by what route this drug is to be given

Table ref.atc Inherits coding_system_root,

idx_ref_atc_fk_data_src fk_data_source

Index - Schema ref

Table: ref.atc_staging

used for importing ATC data

ref.atc_staging Structure
F-Key	Name	Type	Description
	atc	text
	name	text
	ddd	text
	unit	text
	adro	text
	comment	text

Index - Schema ref

Table: ref.branded_drug

The medicine chest of this praxis. Stores brands of drugs patients have been taking regardless of whether that brand still exists or in fact ever existed as such (as in lifestyle thingies).

ref.branded_drug Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
	description	text	NOT NULL the name of this drug it is marketed under by the manufacturer
	preparation	text	NOT NULL the preparation the drug is delivered in, eg liquid, cream, tablet, etc.
	atc_code	text	the Anatomic Therapeutic Chemical code for this drug, used to compute possible substitutes
	is_fake	boolean	NOT NULL DEFAULT false Whether this truly is an actual brand of an actual drug rather than a fake brand created for documenting a, say, lifestyle nutrient or simply a component as opposed to a particular actual brand.
ref.data_source.pk	fk_data_source	integer	the data source this entry came from
	external_code	text	an opaque code from an external data source, such as "PZN" in Germany
	external_code_type	text	an opaque code type from an external data source, such as "PZN" in Germany

Table ref.branded_drug Inherits audit_fields,

ref.branded_drug Constraints
Name	Constraint
desc_not_empty	CHECK ((gm.is_null_or_blank_string(description) IS FALSE))
drug_sane_external_code	CHECK ((gm.is_null_or_non_empty_string(external_code) IS TRUE))
drug_sane_external_code_type	CHECK ((((external_code IS NULL) AND (external_code_type IS NULL)) OR ((external_code IS NOT NULL) AND (external_code_type IS NOT NULL))))
prep_not_empty	CHECK ((gm.is_null_or_blank_string(preparation) IS FALSE))
sane_atc	CHECK ((gm.is_null_or_non_empty_string(atc_code) IS TRUE))

Tables referencing this one via Foreign Key Constraints:

clin.vaccine

ref.lnk_substance2brand

idx_drug_data_source fk_data_source idx_drug_description description idx_drug_ext_code external_code

Index - Schema ref

Table: ref.code_thesaurus_root

Synonyms for coded terms.

ref.code_thesaurus_root Structure
Name	Type	Description
pk_thesaurus	serial	PRIMARY KEY
fk_code	integer	NOT NULL
synonym	text

ref.code_thesaurus_root Constraints
Name	Constraint
ref_code_thes_root_sane_synonym	CHECK ((gm.is_null_or_blank_string(synonym) IS FALSE))

Index - Schema ref

Table: ref.coding_system_root

Base table for coding system tables providing common fields.

ref.coding_system_root Structure
F-Key	Name	Type	Description
	pk_coding_system	serial	PRIMARY KEY
	code	text	UNIQUE#1 NOT NULL
	term	text	UNIQUE#2 NOT NULL
ref.data_source.pk	fk_data_source	integer	UNIQUE#1 UNIQUE#2 NOT NULL links to the data source for the external reference data set
	comment	text	an arbitrary comment on the code and/or term, child tables will use this in different ways

Index - Schema ref

Table: ref.consumable_substance

lists substances that are consumable by patients, whether or not linked to a branded drug

ref.consumable_substance Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
row_version	integer	NOT NULL
modified_when	timestamp with time zone	NOT NULL DEFAULT now()
modified_by	name	NOT NULL DEFAULT "current_user"()
pk	serial	PRIMARY KEY
description	text	UNIQUE#1 The substance name.
atc_code	text	(One) Anatomic Therapeutic Chemical code for this substance. Note that substances can have several ATC codes assigned to it by the WHO denoting different therapeutic uses and/or local application formulations. This code can only be used to identify the substance, not the use/application formulation thereof.
amount	numeric	UNIQUE#1 NOT NULL The amount of substance.
unit	text	UNIQUE#1 The unit of the amount of substance.

Table ref.consumable_substance Inherits audit_fields,

ref.consumable_substance Constraints
Name	Constraint
ref_consumable_sane_amount	CHECK ((amount >= (0)::numeric))
ref_consumable_sane_unit	CHECK ((gm.is_null_or_blank_string(unit) IS FALSE))
ref_subst_sane_atc	CHECK ((gm.is_null_or_non_empty_string(atc_code) IS TRUE))
ref_subst_sane_desc	CHECK ((gm.is_null_or_blank_string(description) IS FALSE))

Tables referencing this one via Foreign Key Constraints:

clin.substance_intake

ref.lnk_substance2brand

Index - Schema ref

Table: ref.data_source

lists the available coding systems, classifications, ontologies and term lists

ref.data_source Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
row_version	integer	NOT NULL
modified_when	timestamp with time zone	NOT NULL DEFAULT now()
modified_by	name	NOT NULL DEFAULT "current_user"()
pk	serial	PRIMARY KEY
name_long	text	UNIQUE#1 NOT NULL long, complete (, ?official) name for this reference entry
name_short	text	UNIQUE#2 NOT NULL shorthand for referring to this reference entry
version	text	UNIQUE#1 UNIQUE#2 NOT NULL the exact and non-ambigous version for this entry
description	text	optional arbitrary description, should include external license
source	text	NOT NULL non-ambigous description of source; with this info in hand it must be possible to locate a copy of the external data set
lang	text

Table ref.data_source Inherits audit_fields,

Tables referencing this one via Foreign Key Constraints:

dem.org

ref.atc

ref.branded_drug

ref.coding_system_root

ref.icd10

ref.icd9

ref.icpc

ref.loinc

ref.ops

ref.other_code

idx_ref_data_source_lang lang

Index - Schema ref

Table: ref.document_type

pre-installed document types, do not change these as they will be overwritten during database upgrades at the discretion of the GNUmed team

ref.document_type Structure
Name	Type	Description
pk	serial	PRIMARY KEY
scope	text	can be used to group document types according to applicability, say, per country
description	text	NOT NULL

Index - Schema ref

Table: ref.form_types

types of forms which are available, generally by purpose (radiology, pathology, sick leave, Therapiebericht etc.)

ref.form_types Structure
F-Key	Name	Type	Description
	name	text	UNIQUE NOT NULL
	pk	serial	PRIMARY KEY

Tables referencing this one via Foreign Key Constraints:

ref.paperwork_templates

Index - Schema ref

Table: ref.icd10

Holds ICD-10 codes.

ref.icd10 Structure
F-Key	Name	Type	Description
	pk_coding_system	integer	NOT NULL DEFAULT nextval('ref.coding_system_root_pk_coding_system_seq'::regclass)
	code	text	NOT NULL
	term	text	NOT NULL
ref.data_source.pk	fk_data_source	integer	NOT NULL
	comment	text
	pk	serial	PRIMARY KEY
	star_code	text	The star code which needs to be combined with the primary code to define the term.
	aux_code	text	The auxiliary code which needs to be combined with the primary code to define the term.

Table ref.icd10 Inherits coding_system_root,

ref.icd10 Constraints
Name	Constraint
chk_ref_icd10_sane_aux_code	CHECK ((gm.is_null_or_non_empty_string(aux_code) IS TRUE))
chk_ref_icd10_sane_star_code	CHECK ((gm.is_null_or_non_empty_string(star_code) IS TRUE))

idx_ref_icd10_fk_data_src fk_data_source

Index - Schema ref

Table: ref.icd9

Holds ICD-9 codes.

ref.icd9 Structure
F-Key	Name	Type	Description
	pk_coding_system	integer	NOT NULL DEFAULT nextval('ref.coding_system_root_pk_coding_system_seq'::regclass)
	code	text	NOT NULL
	term	text	NOT NULL
ref.data_source.pk	fk_data_source	integer	NOT NULL
	comment	text
	pk	serial	PRIMARY KEY

Table ref.icd9 Inherits coding_system_root,

idx_ref_icd9_fk_data_src fk_data_source

Index - Schema ref

Table: ref.icpc

This table holds ICPC2 codes along with local extensions.

ref.icpc Structure
F-Key	Name	Type	Description
	pk_coding_system	integer	NOT NULL DEFAULT nextval('ref.coding_system_root_pk_coding_system_seq'::regclass)
	code	text	UNIQUE#1 NOT NULL
	term	text	NOT NULL
ref.data_source.pk	fk_data_source	integer	NOT NULL
	comment	text
	pk	serial	PRIMARY KEY
	code_extension	text	UNIQUE#1 An extension to the bare code as defined in, say, the Netherlands or Australia.
	short_description	text	A shorter term for this item
	icd10	text[]	Array of corresponding ICD-10 codes.
	criteria	text	Criteria to guide in selection of the appropriate code.
	inclusions	text	Items included under this code.
	exclusions	text[]	Items NOT included under this code because there is another code for them.
	see_also	text[]	See also under these items.
ref.icpc_component.component	fk_component	smallint	NOT NULL
ref.icpc_chapter.chapter	fk_chapter	character(1)	NOT NULL

Table ref.icpc Inherits coding_system_root,

ref.icpc Constraints
Name	Constraint
ref_icpc_sane_code_ext	CHECK ((gm.is_null_or_non_empty_string(code_extension) IS TRUE))
ref_icpc_sane_criteria	CHECK ((gm.is_null_or_non_empty_string(criteria) IS TRUE))
ref_icpc_sane_exclusions	CHECK (((exclusions IS NULL) OR (array_length(exclusions, 1) > 0)))
ref_icpc_sane_icd10	CHECK (((icd10 IS NULL) OR (array_length(icd10, 1) > 0)))
ref_icpc_sane_inclusions	CHECK ((gm.is_null_or_non_empty_string(inclusions) IS TRUE))
ref_icpc_sane_see_also	CHECK (((see_also IS NULL) OR (array_length(see_also, 1) > 0)))
ref_icpc_sane_term	CHECK ((gm.is_null_or_blank_string(term) IS FALSE))

Tables referencing this one via Foreign Key Constraints:

ref.icpc_thesaurus

idx_ref_icpc_chapter fk_chapter idx_ref_icpc_code code idx_ref_icpc_component fk_component idx_ref_icpc_fk_data_src fk_data_source idx_ref_icpc_term term

Index - Schema ref

Table: ref.icpc_chapter

The chapters of the ICPC.

ref.icpc_chapter Structure
Name	Type	Description
pk	serial	PRIMARY KEY
chapter	character(1)	UNIQUE NOT NULL
description	text	UNIQUE

ref.icpc_chapter Constraints
Name	Constraint
ref_icpc_chapter_sane_desc	CHECK ((gm.is_null_or_blank_string(description) IS FALSE))

Tables referencing this one via Foreign Key Constraints:

ref.icpc

Index - Schema ref

Table: ref.icpc_component

The Components of the ICPC chapters.

ref.icpc_component Structure
Name	Type	Description
pk	serial	PRIMARY KEY
component	smallint	UNIQUE NOT NULL
description	text	UNIQUE
typical_soap_cat	text[]	An array of SOAP categories which codes from this component are typically used for.

ref.icpc_component Constraints
Name	Constraint
ref_icpc_component_sane_desc	CHECK ((gm.is_null_or_blank_string(description) IS FALSE))

Tables referencing this one via Foreign Key Constraints:

ref.icpc

Index - Schema ref

Table: ref.icpc_thesaurus

Synonyms for ICPC terms.

ref.icpc_thesaurus Structure
F-Key	Name	Type	Description
	pk_thesaurus	integer	NOT NULL DEFAULT nextval('ref.code_thesaurus_root_pk_thesaurus_seq'::regclass)
ref.icpc.pk_coding_system	fk_code	integer	NOT NULL
	synonym	text
	pk	serial	PRIMARY KEY

Table ref.icpc_thesaurus Inherits code_thesaurus_root,

ref.icpc_thesaurus Constraints
Name	Constraint
ref_code_thes_root_sane_synonym	CHECK ((gm.is_null_or_blank_string(synonym) IS FALSE))
ref_icpc_thes_sane_synonym	CHECK ((gm.is_null_or_blank_string(synonym) IS FALSE))

Index - Schema ref

Table: ref.lnk_substance2brand

This table links substances (INNs, mostly) as components into drugs.

ref.lnk_substance2brand Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
ref.branded_drug.pk	fk_brand	integer	UNIQUE#1 NOT NULL
ref.consumable_substance.pk	fk_substance	integer	UNIQUE#1 NOT NULL

Table ref.lnk_substance2brand Inherits audit_fields,

Tables referencing this one via Foreign Key Constraints:

clin.substance_intake

idx_lnk_s2b_fk_brand fk_brand idx_lnk_s2b_fk_substance fk_substance

Index - Schema ref

Table: ref.loinc

holds LOINC codes

ref.loinc Structure
F-Key	Name	Type	Description
	pk_coding_system	integer	NOT NULL DEFAULT nextval('ref.coding_system_root_pk_coding_system_seq'::regclass)
	code	text	NOT NULL holds LOINC_NUM
	term	text	NOT NULL holds either long_common_name or a ":".join of .component to .method_type
ref.data_source.pk	fk_data_source	integer	NOT NULL points to a particular data source which in turn holds the version
	comment	text
	pk	serial	PRIMARY KEY
	component	text
	property	text
	time_aspect	text
	system	text
	scale_type	text
	method_type	text
	related_names_1_old	text
	grouping_class	text
	loinc_internal_source	text
	dt_last_change	text
	change_type	text
	answer_list	text
	code_status	text
	maps_to	text
	scope	text
	normal_range	text
	ipcc_units	text
	reference	text
	exact_component_synonym	text
	molar_mass	text
	grouping_class_type	smallint
	formula	text
	species	text
	example_answers	text
	acs_synonyms	text
	base_name	text
	final	text
	naa_ccr_id	text
	code_table	text
	is_set_root	boolean
	panel_elements	text
	survey_question_text	text
	survey_question_source	text
	units_required	text
	submitted_units	text
	related_names_2	text
	short_name	text
	order_obs	text
	cdisc_common_tests	text
	hl7_field_subfield_id	text
	external_copyright_notice	text
	example_units	text
	inpc_percentage	text
	long_common_name	text

Table ref.loinc Inherits coding_system_root,

idx_ref_loinc_fk_data_src fk_data_source

Index - Schema ref

Table: ref.loinc_staging

used for importing LOINC data, columns correspond 1:1 with the LOINC CSV file fields

ref.loinc_staging Structure
F-Key	Name	Type	Description
	loinc_num	text
	component	text
	property	text
	time_aspect	text
	system	text
	scale_type	text
	method_type	text
	related_names_1_old	text
	class	text
	source	text
	dt_last_change	text
	change_type	text
	comments	text
	answer_list	text
	status	text
	map_to	text
	scope	text
	normal_range	text
	ipcc_units	text
	reference	text
	exact_component_synonym	text
	molar_mass	text
	class_type	text
	formula	text
	species	text
	example_answers	text
	acs_synonyms	text
	base_name	text
	final	text
	naa_ccr_id	text
	code_table	text
	is_set_root	text
	panel_elements	text
	survey_question_text	text
	survey_question_source	text
	units_required	text
	submitted_units	text
	related_names_2	text
	short_name	text
	order_obs	text
	cdisc_common_tests	text
	hl7_field_subfield_id	text
	external_copyright_notice	text
	example_units	text
	inpc_percentage	text
	long_common_name	text

Index - Schema ref

Table: ref.ops

Holds OPS (German ICPM-CM) codes.

ref.ops Structure
F-Key	Name	Type	Description
	pk_coding_system	integer	NOT NULL DEFAULT nextval('ref.coding_system_root_pk_coding_system_seq'::regclass)
	code	text	NOT NULL
	term	text	NOT NULL
ref.data_source.pk	fk_data_source	integer	NOT NULL
	comment	text
	pk	serial	PRIMARY KEY
	second_code	text
	requires_laterality	boolean

Table ref.ops Inherits coding_system_root,

idx_ref_ops_fk_data_src fk_data_source

Index - Schema ref

Table: ref.other_code

Holds codes from "other" coding systems for which no specific tables exist just yet.

ref.other_code Structure
F-Key	Name	Type	Description
	pk_coding_system	integer	NOT NULL DEFAULT nextval('ref.coding_system_root_pk_coding_system_seq'::regclass)
	code	text	NOT NULL
	term	text	NOT NULL
ref.data_source.pk	fk_data_source	integer	NOT NULL
	comment	text
	pk	serial	PRIMARY KEY

Table ref.other_code Inherits coding_system_root,

idx_ref_other_code_fk_data_src fk_data_source

Index - Schema ref

Table: ref.papersizes

ref.papersizes Structure
Name	Type	Description
pk	serial	PRIMARY KEY
name	text	UNIQUE NOT NULL
size	point	NOT NULL (cm, cm)

Tables referencing this one via Foreign Key Constraints:

public.form_print_defs

Index - Schema ref

Table: ref.paperwork_templates

form and letter template definitions

ref.paperwork_templates Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk	serial	PRIMARY KEY
ref.form_types.pk	fk_template_type	integer	NOT NULL
	instance_type	text	default document type to store documents generated from this form under, note that this may generate rows in blobs.doc_type if set to a non-existant document type
	name_short	text	UNIQUE#2 NOT NULL a short name for use in a GUI or some such
	name_long	text	UNIQUE#1 UNIQUE#2 NOT NULL a long name unambigously describing the form
	external_version	text	UNIQUE#1 NOT NULL
	gnumed_revision	double precision	UNIQUE#1 GnuMed internal form def version, may occur if we rolled out a faulty form def
	engine	text	NOT NULL DEFAULT 'O'::text the business layer forms engine used to process this form, currently: - T: plain text - L: LaTeX - H: Health Layer 7 - O: OpenOffice - I: image editor (visual progress notes) - G: gnuplot scripts (test results graphing) - P: PDF form (FDF based)
	in_use	boolean	NOT NULL DEFAULT true whether this template is currently actively used in a given practice
	filename	text	the filename from when the template data was imported if applicable, used by some engines (such as OOo) to differentiate what to do with certain files, such as .ott vs. .ods, GNUmed uses it to derive a file extension when exporting the template data
	data	bytea	the template complete with placeholders in the format accepted by the engine defined in ref.paperwork_templates.engine

Table ref.paperwork_templates Inherits audit_fields,

ref.paperwork_templates Constraints
Name	Constraint
engine_range	CHECK ((engine = ANY (ARRAY['T'::text, 'L'::text, 'H'::text, 'O'::text, 'I'::text, 'G'::text, 'P'::text])))

Tables referencing this one via Foreign Key Constraints:

clin.form_instances

public.form_fields

Index - Schema ref

Table: ref.tag_image

Text+image tags that can be applied to a person for characterization.

ref.tag_image Structure
Name	Type	Description
pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
row_version	integer	NOT NULL
modified_when	timestamp with time zone	NOT NULL DEFAULT now()
modified_by	name	NOT NULL DEFAULT "current_user"()
pk	serial	PRIMARY KEY
description	text	UNIQUE A textual description of the meaning of the tag. Keep this reasonably short.
filename	text	An example filename, mainly for preserving the file suffix. Set during import, suffix used during export.
image	bytea	NOT NULL An image showing the meaning of the tag.

Table ref.tag_image Inherits audit_fields,

ref.tag_image Constraints
Name	Constraint
ref_tag_image_sane_desc	CHECK ((gm.is_null_or_blank_string(description) IS FALSE))
ref_tag_image_sane_filename	CHECK ((gm.is_null_or_non_empty_string(filename) IS TRUE))

Tables referencing this one via Foreign Key Constraints:

dem.identity_tag

Index - Schema ref

View: ref.v_atc

ref.v_atc Structure
F-Key	Name	Type	Description
	pk_atc	integer
	atc	text
	term	text
	ddd	numeric
	unit	text
	administration_route	text
	comment	text
	is_group_code	boolean
	atc_level	integer
	name_long	text
	name_short	text
	version	text
	lang	text
	pk_coding_system	integer
	pk_data_source	integer

SELECT a.pk AS pk_atc
, a.code AS atc
, a.term
, a.ddd
, a.unit
, a.administration_route
, a.comment
, (octet_length
     (a.code) < 7
) AS is_group_code
, (octet_length
     (a.code) - 
     (octet_length
           (a.code) / 3
     )
) AS atc_level
, rds.name_long
, rds.name_short
, rds.version
, rds.lang
, a.pk_coding_system
, a.fk_data_source AS pk_data_source 
FROM (ref.atc a 
  JOIN ref.data_source rds 
    ON (
           (rds.pk = a.fk_data_source)
     )
);

Index - Schema ref

View: ref.v_branded_drugs

ref.v_branded_drugs Structure
F-Key	Name	Type	Description
	pk_brand	integer
	brand	text
	preparation	text
	atc	text
	external_code	text
	external_code_type	text
	is_fake_brand	boolean
	components	text[]
	pk_components	integer[]
	pk_substances	integer[]
	pk_data_source	integer
	xmin_branded_drug	xid

SELECT r_bd.pk AS pk_brand
, r_bd.description AS brand
, r_bd.preparation
, r_bd.atc_code AS atc
, r_bd.external_code
, r_bd.external_code_type
, r_bd.is_fake AS is_fake_brand
, (
SELECT array_agg
     (
           (
                 (
                       (
                             (
                                   (
                                         (r_cs.description || '::'::text) || r_cs.amount
                                   ) || '::'::text
                             ) || r_cs.unit
                       ) || '::'::text
                 ) || COALESCE
                 (r_cs.atc_code
                       ,''::text
                 )
           )
     ) AS array_agg 
  FROM (ref.lnk_substance2brand r_ls2b 
        JOIN ref.consumable_substance r_cs 
          ON (
                 (r_ls2b.fk_substance = r_cs.pk)
           )
     )
 WHERE (r_ls2b.fk_brand = r_bd.pk)
) AS components
, (
SELECT array_agg
     (r_ls2b.pk) AS array_agg 
  FROM ref.lnk_substance2brand r_ls2b 
 WHERE (r_ls2b.fk_brand = r_bd.pk)
) AS pk_components
, (
SELECT array_agg
     (r_ls2b.fk_substance) AS array_agg 
  FROM ref.lnk_substance2brand r_ls2b 
 WHERE (r_ls2b.fk_brand = r_bd.pk)
) AS pk_substances
, r_bd.fk_data_source AS pk_data_source
, r_bd.xmin AS xmin_branded_drug 
FROM ref.branded_drug r_bd;

Index - Schema ref

View: ref.v_coded_terms

This view aggregates all official (reference) terms, including "official" synonyms, for which a corresponding code is known to the system.

ref.v_coded_terms Structure
F-Key	Name	Type	Description
	code	text
	term	text
	coding_system	text
	coding_system_long	text
	version	text
	lang	text
	pk_generic_code	integer

SELECT r_csr.code
, r_csr.term
, r_ds.name_short AS coding_system
, r_ds.name_long AS coding_system_long
, r_ds.version
, r_ds.lang
, r_csr.pk_coding_system AS pk_generic_code 
FROM (ref.coding_system_root r_csr 
  JOIN ref.data_source r_ds 
    ON (
           (r_csr.fk_data_source = r_ds.pk)
     )
)
UNIONSELECT ri.code
, r_it.synonym AS term
, r_ds.name_short AS coding_system
, r_ds.name_long AS coding_system_long
, r_ds.version
, r_ds.lang
, r_it.fk_code AS pk_generic_code 
FROM (
     (ref.icpc_thesaurus r_it 
   LEFT JOIN ref.icpc ri 
          ON (
                 (r_it.fk_code = ri.pk_coding_system)
           )
     )
LEFT JOIN ref.data_source r_ds 
    ON (
           (ri.fk_data_source = r_ds.pk)
     )
);

Index - Schema ref

View: ref.v_drug_components

ref.v_drug_components Structure
F-Key	Name	Type	Description
	pk_component	integer
	brand	text
	substance	text
	amount	numeric
	unit	text
	preparation	text
	atc_substance	text
	atc_brand	text
	external_code_brand	text
	external_code_type_brand	text
	is_fake_brand	boolean
	is_in_use	boolean
	pk_brand	integer
	pk_consumable_substance	integer
	pk_data_source	integer
	xmin_lnk_substance2brand	xid

SELECT r_ls2b.pk AS pk_component
, r_bd.description AS brand
, r_cs.description AS substance
, r_cs.amount
, r_cs.unit
, r_bd.preparation
, r_cs.atc_code AS atc_substance
, r_bd.atc_code AS atc_brand
, r_bd.external_code AS external_code_brand
, r_bd.external_code_type AS external_code_type_brand
, r_bd.is_fake AS is_fake_brand
, (EXISTS 
     (
      SELECT 1 
        FROM clin.substance_intake c_si 
       WHERE (c_si.fk_drug_component = r_ls2b.pk) LIMIT 1
     )
) AS is_in_use
, r_ls2b.fk_brand AS pk_brand
, r_cs.pk AS pk_consumable_substance
, r_bd.fk_data_source AS pk_data_source
, r_ls2b.xmin AS xmin_lnk_substance2brand 
FROM (
     (ref.consumable_substance r_cs 
        JOIN ref.lnk_substance2brand r_ls2b 
          ON (
                 (r_cs.pk = r_ls2b.fk_substance)
           )
     )
LEFT JOIN ref.branded_drug r_bd 
    ON (
           (r_ls2b.fk_brand = r_bd.pk)
     )
);

Index - Schema ref

View: ref.v_generic_codes

Denormalized generic codes.

ref.v_generic_codes Structure
F-Key	Name	Type	Description
	pk_generic_code	integer
	code	text
	term	text
	name_long	text
	name_short	text
	version	text
	lang	text
	code_table	regclass
	pk_data_source	integer

SELECT r_csr.pk_coding_system AS pk_generic_code
, r_csr.code
, r_csr.term
, r_ds.name_long
, r_ds.name_short
, r_ds.version
, r_ds.lang
, (r_csr.tableoid)::regclass AS code_table
, r_csr.fk_data_source AS pk_data_source 
FROM (ref.coding_system_root r_csr 
  JOIN ref.data_source r_ds 
    ON (
           (r_ds.pk = r_csr.fk_data_source)
     )
);

Index - Schema ref

View: ref.v_icpc

View over denormalized ICPC2 data.

ref.v_icpc Structure
F-Key	Name	Type	Description
	code	text
	code_extension	text
	extended_code	text
	term	text
	short_description	text
	code_chapter	character(1)
	chapter	text
	l10n_chapter	text
	code_component	smallint
	component	text
	l10n_component	text
	typical_soap_cat	text[]
	icd10	text[]
	criteria	text
	inclusions	text
	exclusions	text[]
	see_also	text[]
	comment	text
	name_short	text
	name_long	text
	version	text
	lang	text
	pk_icpc	integer
	pk_data_source	integer

SELECT ri.code
, ri.code_extension
, (ri.code || COALESCE
     (ri.code_extension
           ,''::text
     )
) AS extended_code
, ri.term
, ri.short_description
, ri.fk_chapter AS code_chapter
, rich.description AS chapter
, _
(rich.description) AS l10n_chapter
, ri.fk_component AS code_component
, rico.description AS component
, _
(rico.description) AS l10n_component
, rico.typical_soap_cat
, ri.icd10
, ri.criteria
, ri.inclusions
, ri.exclusions
, ri.see_also
, ri.comment
, rds.name_short
, rds.name_long
, rds.version
, rds.lang
, ri.pk AS pk_icpc
, ri.fk_data_source AS pk_data_source 
FROM (
     (
           (ref.icpc ri 
              JOIN ref.data_source rds 
                ON (
                       (ri.fk_data_source = rds.pk)
                 )
           )
        JOIN ref.icpc_chapter rich 
          ON (
                 (ri.fk_chapter = rich.chapter)
           )
     )
  JOIN ref.icpc_component rico 
    ON (
           (ri.fk_component = rico.component)
     )
);

Index - Schema ref

View: ref.v_icpc_thesaurus

View over denormalized ICPC2 thesaurus.

ref.v_icpc_thesaurus Structure
F-Key	Name	Type	Description
	pk_icpc_thesaurus	integer
	code	text
	term	text
	synonym	text
	pk_thesaurus	integer
	pk_coding_system	integer
	pk_icpc	integer

SELECT rit.pk AS pk_icpc_thesaurus
, ri.code
, ri.term
, rit.synonym
, rit.pk_thesaurus
, rit.fk_code AS pk_coding_system
, ri.pk AS pk_icpc 
FROM (ref.icpc_thesaurus rit 
  JOIN ref.icpc ri 
    ON (
           (rit.fk_code = ri.pk_coding_system)
     )
);

Index - Schema ref

View: ref.v_paperwork_templates

ref.v_paperwork_templates Structure
F-Key	Name	Type	Description
	pk_paperwork_template	integer
	name_short	text
	name_long	text
	external_version	text
	template_type	text
	l10n_template_type	text
	instance_type	text
	l10n_instance_type	text
	engine	text
	in_use	boolean
	filename	text
	has_template_data	boolean
	has_instances	boolean
	last_modified	timestamp with time zone
	modified_by	text
	pk_template_type	integer
	xmin_paperwork_template	xid

SELECT rpt.pk AS pk_paperwork_template
, rpt.name_short
, rpt.name_long
, rpt.external_version
, (
SELECT form_types.name 
  FROM ref.form_types 
 WHERE (form_types.pk = rpt.fk_template_type)
) AS template_type
, (
SELECT _
     (form_types.name) AS _ 
  FROM ref.form_types 
 WHERE (form_types.pk = rpt.fk_template_type)
) AS l10n_template_type
, COALESCE
(rpt.instance_type
     , (
      SELECT form_types.name 
        FROM ref.form_types 
       WHERE (form_types.pk = rpt.fk_template_type)
     )
) AS instance_type
, COALESCE
(_
     (rpt.instance_type)
     , (
      SELECT _
           (form_types.name) AS _ 
        FROM ref.form_types 
       WHERE (form_types.pk = rpt.fk_template_type)
     )
) AS l10n_instance_type
, rpt.engine
, rpt.in_use
, rpt.filename
, CASE WHEN 
(rpt.data IS NOT NULL) THEN true ELSE false END AS has_template_data
, (
SELECT (EXISTS 
           (
            SELECT 1 
              FROM form_fields 
             WHERE (form_fields.fk_form = rpt.pk) LIMIT 1
           )
     )
) AS has_instances
, rpt.modified_when AS last_modified
, COALESCE
(
     (
      SELECT staff.short_alias 
        FROM dem.staff 
       WHERE (staff.db_user = rpt.modified_by)
     )
     , (
           ('<'::text || 
                 (rpt.modified_by)::text
           ) || '>'::text
     )
) AS modified_by
, rpt.fk_template_type AS pk_template_type
, rpt.xmin AS xmin_paperwork_template 
FROM ref.paperwork_templates rpt;

Index - Schema ref

View: ref.v_tag_images_no_data

ref.v_tag_images_no_data Structure
F-Key	Name	Type	Description
	pk_tag_image	integer
	description	text
	l10n_description	text
	filename	text
	size	integer
	is_in_use	boolean
	xmin_tag_image	xid

SELECT rti.pk AS pk_tag_image
, rti.description
, _
(rti.description) AS l10n_description
, rti.filename
, octet_length
(COALESCE
     (rti.image
           ,''::bytea
     )
) AS size
, (EXISTS 
     (
      SELECT 1 
        FROM dem.identity_tag dit 
       WHERE (dit.fk_tag = rti.pk) LIMIT 1
     )
) AS is_in_use
, rti.xmin AS xmin_tag_image 
FROM ref.tag_image rti;

Index - Schema ref

Function: ref.trf_announce_branded_drug_mod_no_pk()

Returns: trigger

Language: PLPGSQL

begin
	execute 'notify "branded_drug_mod_db:"';
	return NULL;
end;

Function: ref.trf_announce_consumable_substance_mod_no_pk()

Returns: trigger

Language: PLPGSQL

begin
	execute 'notify "consumable_substance_mod_db:"';
	return NULL;
end;

Function: ref.trf_announce_lnk_substance2brand_mod_no_pk()

Returns: trigger

Language: PLPGSQL

begin
	execute 'notify "lnk_substance2brand_mod_db:"';
	return NULL;
end;

Function: ref.trf_announce_substance_in_brand_mod_no_pk()

Returns: trigger

Language: PLPGSQL

begin
	execute 'notify "substance_in_brand_mod_db:"';
	return NULL;
end;

Function: ref.trf_announce_tag_image_mod_no_pk()

Returns: trigger

Language: PLPGSQL

begin
	execute 'notify "tag_image_mod_db:"';
	return NULL;
end;

Function: ref.trf_del_ref_code_tbl_check_backlink()

Returns: trigger

Language: PLPGSQL

When deleting from any child of ref.coding_system_root check whether its row is being used in any clin.lnk_code2item_root child.

DECLARE
	_msg text;
BEGIN
	perform 1 from clin.lnk_code2item_root where fk_generic_code = NEW.pk_coding_system;
	if not FOUND then
		return OLD;
	end if;
	_msg := 'ref.trf_del_ref_code_tbl_check_backlink(): DELETE from '
		|| TG_TABLE_SCHEMA || '.' || TG_TABLE_NAME || ': '
		|| 'pk_coding_system=(' || NEW.pk_coding_system || ') '
		|| 'in use in clin.lnk_code2item_root.fk_generic_code, '
		|| 'old pk_coding_system=(' || OLD.pk_coding_system || ')';
	raise foreign_key_violation using message = _msg;
	return OLD;
END;

Function: ref.trf_do_not_update_component_if_taken_by_patient()

Returns: trigger

Language: PLPGSQL

If this drug component is taken by any patient do not modify it ( amount, unit, substance, brand).

BEGIN
	if OLD.fk_brand = NEW.fk_brand then
		if OLD.fk_substance = NEW.fk_substance then
			return NEW;
		end if;
	end if;
	perform 1 from clin.substance_intake c_si
	where c_si.fk_drug_component = OLD.pk
	limit 1;
	if NOT FOUND then
		return NEW;
	end if;
	raise exception '[ref.trf_do_not_update_component_if_taken_by_patient]: as long as drug component <%> is taken by a patient you cannot modify it', OLD.pk;
	return NEW;
END;

Function: ref.trf_do_not_update_substance_if_taken_by_patient()

Returns: trigger

Language: PLPGSQL

If this substance is taken by any patient do not modify description, amount, or unit (case changes allowed).

DECLARE
	_msg text;
BEGIN
	-- allow for case insensitive non-changes
	if upper(OLD.description) = upper(NEW.description) then
		if OLD.amount = NEW.amount then
			if upper(OLD.unit) = upper(NEW.unit) then
				return NEW;
			end if;
		end if;
	end if;
	_msg := '[ref.trf_do_not_update_substance_if_taken_by_patient]: as long as substance <' || OLD.description || '> is taken by a patient you cannot modify it';
	perform 1 from clin.substance_intake c_si
	where c_si.fk_substance = OLD.pk
	limit 1;
	if FOUND then
		raise exception '%', _msg;
	end if;
	PERFORM 1
	FROM clin.substance_intake c_si
	WHERE c_si.fk_drug_component IN (
		-- get all PKs in component link table which
		-- represent the substance we want to modify
		SELECT
			r_ls2b.pk
		FROM
			ref.lnk_substance2brand r_ls2b
		WHERE
			r_ls2b.fk_substance = OLD.pk
	)
	LIMIT 1;
	if FOUND then
		raise exception '%', _msg;
	end if;
	return NEW;
END;

Function: ref.trf_protect_template_data()

Returns: trigger

Language: PLPGSQL

Do not allow updates to the template data if any forms already use this template.

BEGIN
	if NEW.data != OLD.data then
		-- look for references in clin.form_instances
		-- if there are any we fail this update no matter what
		perform 1 from clin.form_instances where fk_form_def = NEW.pk;
		if FOUND then
			raise exception 'Updating ref.paperwork_templates.data not allowed because it is referenced from existing forms.';
		end if;
	end if;
	-- otherwise let it happen
	return NEW;
END;

Function: ref.trf_true_brands_must_have_components()

Returns: trigger

Language: PLPGSQL

There must always be at least one component for any existing non-fake branded drug.

DECLARE
	_brand_is_deleted boolean;
	_is_fake_brand boolean;
	_has_other_components boolean;
BEGIN
	-- if an UPDATE does NOT move the component to another drug
	-- there WILL be at least one component left
	if TG_OP = 'UPDATE' then
		if NEW.fk_brand = OLD.fk_brand then
			return NEW;
		end if;
	end if;
	-- fake drugs may become devoid of components
	select
		is_fake into _is_fake_brand
	from
		ref.branded_drug
	where
		pk = OLD.fk_brand
	;
	if _is_fake_brand is TRUE then
		return OLD;
	end if;
	-- DELETEs may proceed if the drug has been deleted, too
	if TG_OP = 'DELETE' then
		select not exists (
			select 1 from ref.branded_drug
			where pk = OLD.fk_brand
		) into _brand_is_deleted;
		if _brand_is_deleted is TRUE then
			return OLD;
		end if;
	end if;
	-- if there are other components left after the
	-- UPDATE or DELETE everything is fine
	select exists (
		select 1 from ref.lnk_substance2brand
		where
			fk_brand = OLD.fk_brand
				and
			fk_substance != OLD.fk_substance
		limit 1
	) into _has_other_components;
	if _has_other_components is TRUE then
		return OLD;
	end if;
	raise exception '[ref.trf_true_brands_must_have_components::%] brand must have components (brand <%> component <%>)', TG_OP, OLD.fk_brand, OLD.fk_substance;
	return OLD;
END;

Function: ref.trf_upd_ref_code_tbl_check_backlink()

Returns: trigger

Language: PLPGSQL

When updating any child of ref.coding_system_root check whether its row is being used in any clin.lnk_code2item_root child.

DECLARE
	_msg text;
BEGIN
	if NEW.pk_coding_system = OLD.pk_coding_system then
		return NEW;
	end if;
	perform 1 from clin.lnk_code2item_root where fk_generic_code = NEW.pk_coding_system;
	if not FOUND then
		return NEW;
	end if;
	_msg := 'ref.trf_upd_ref_code_tbl_check_backlink(): UPDATE of '
		|| TG_TABLE_SCHEMA || '.' || TG_TABLE_NAME || ': '
		|| 'pk_coding_system=(' || NEW.pk_coding_system || ') '
		|| 'in use in clin.lnk_code2item_root.fk_generic_code, '
		|| 'old pk_coding_system=(' || OLD.pk_coding_system || ')';
	raise foreign_key_violation using message = _msg;
	return OLD;
END;

Schema staging

A schema used for staging data imports.

Table: staging.lab_request

Used to stage lab requests (from hl7 files, currently).

staging.lab_request Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk_item	integer	NOT NULL DEFAULT nextval('clin.clin_root_item_pk_item_seq'::regclass)
	clin_when	timestamp with time zone	NOT NULL DEFAULT now()
	fk_episode	integer	NOT NULL
	narrative	text
	soap_cat	text	DEFAULT 'p'::text
	pk	integer	PRIMARY KEY DEFAULT nextval('clin.lab_request_pk_seq'::regclass)
clin.test_org.pk	fk_test_org	integer	UNIQUE#1 NOT NULL
	request_id	text	UNIQUE#1 NOT NULL
	fk_requestor	integer
	lab_request_id	text
	lab_rxd_when	timestamp with time zone
	results_reported_when	timestamp with time zone
	request_status	text	NOT NULL
	is_pending	boolean	NOT NULL DEFAULT true
	diagnostic_service_section	text
	ordered_service	text
	fk_incoming_data_unmatched	integer	NOT NULL

staging.lab_request Constraints
Name	Constraint
clin_root_item_soap_cat_check	CHECK (((soap_cat IS NULL) OR (lower(soap_cat) = ANY (ARRAY['s'::text, 'o'::text, 'a'::text, 'p'::text]))))
lab_request_request_id_check	CHECK ((btrim(request_id) <> ''::text))
lab_request_request_status_check	CHECK ((request_status = ANY (ARRAY['pending'::text, 'preliminary'::text, 'partial'::text, 'final'::text])))
staging_request_sane_request_id	CHECK ((gm.is_null_or_blank_string(request_id) IS FALSE))
staging_request_sane_status	CHECK ((request_status = ANY (ARRAY['pending'::text, 'preliminary'::text, 'partial'::text, 'final'::text])))

Tables referencing this one via Foreign Key Constraints:

staging.test_result

lab_request_fk_episode_key fk_episode

Index - Schema staging

Table: staging.test_result

Used to stage test results (from hl7 files, currently).

staging.test_result Structure
F-Key	Name	Type	Description
	pk_audit	integer	NOT NULL DEFAULT nextval('audit.audit_fields_pk_audit_seq'::regclass)
	row_version	integer	NOT NULL
	modified_when	timestamp with time zone	NOT NULL DEFAULT now()
	modified_by	name	NOT NULL DEFAULT "current_user"()
	pk_item	integer	NOT NULL DEFAULT nextval('clin.clin_root_item_pk_item_seq'::regclass)
	clin_when	timestamp with time zone	NOT NULL DEFAULT now()
	fk_episode	integer	NOT NULL
	narrative	text
	soap_cat	text	DEFAULT 'p'::text
	pk	integer	PRIMARY KEY DEFAULT nextval('clin.test_result_pk_seq'::regclass)
	fk_type	integer	NOT NULL
	val_num	numeric
	val_alpha	text
	val_unit	text
	val_normal_min	numeric
	val_normal_max	numeric
	val_normal_range	text
	val_target_min	numeric
	val_target_max	numeric
	val_target_range	text
	abnormality_indicator	text
	norm_ref_group	text
	note_test_org	text
	material	text
	material_detail	text
	fk_intended_reviewer	integer	NOT NULL
staging.lab_request.pk	fk_request	integer	NOT NULL
	orig_intended_reviewer	text

staging.test_result Constraints
Name	Constraint
clin_root_item_soap_cat_check	CHECK (((soap_cat IS NULL) OR (lower(soap_cat) = ANY (ARRAY['s'::text, 'o'::text, 'a'::text, 'p'::text]))))
numval_needs_unit	CHECK ((((val_num IS NOT NULL) AND (btrim(COALESCE(val_unit, ''::text)) <> ''::text)) OR (val_num IS NULL)))
staging_numval_needs_unit	CHECK ((((val_num IS NOT NULL) AND (btrim(COALESCE(val_unit, ''::text)) <> ''::text)) OR (val_num IS NULL)))
staging_sane_value	CHECK ((((val_num IS NOT NULL) OR (val_alpha IS NOT NULL)) OR (((val_num IS NULL) AND (val_alpha <> ''::text)) AND (val_alpha IS NOT NULL))))
test_result_check	CHECK ((((val_num IS NOT NULL) OR (val_alpha IS NOT NULL)) OR (((val_num IS NULL) AND (val_alpha <> ''::text)) AND (val_alpha IS NOT NULL))))

test_result_fk_episode_key fk_episode test_result_fk_type_key fk_type

Index - Schema staging

Generated by PostgreSQL Autodoc

W3C HTML 4.01 Strict

Name	Type	Description
id	serial	PRIMARY KEY
schema	name	UNIQUE#1 NOT NULL DEFAULT 'public'::name
table_name	name	UNIQUE#1 NOT NULL

F-Key	Name	Type	Description
	event_when	text
	event_by	text
	event_table	regclass
	row_version_before	integer
	row_version_after	integer
	event	text
	audit_when_ts	timestamp with time zone
	pk_audit	integer

Name	Constraint
code_not_empty	CHECK (gm.is_null_or_non_empty_string(code))
currency_not_empty_if_amount	CHECK (((amount_to_bill IS NULL) OR (gm.is_null_or_blank_string(currency) IS FALSE)))
desc_not_empty	CHECK ((gm.is_null_or_blank_string(description) IS FALSE))
sane_receiver	CHECK (gm.is_null_or_non_empty_string(description))
system_not_empty_if_code	CHECK (((code IS NULL) OR (system IS NOT NULL)))
valid_stati	CHECK ((status = ANY (ARRAY['new'::text, 'transferred'::text])))

F-Key	Name	Type	Description
	pk_patient	integer
	pk_doc	integer
	description	text
	pk_encounter	integer
	pk_episode	integer
	pk_health_issue	integer
	pk_doc_desc	integer

F-Key	Name	Type	Description
	pk_doc_type	integer
	type	text
	l10n_type	text
	is_user_defined	boolean
	is_in_use	boolean
	xmin_doc_type	xid

F-Key	Name	Type	Description
	pk_patient	integer
	doc_comment	text
	date_taken	timestamp with time zone
	ext_ref	text
	obj_seq_idx	integer
	obj_comment	text
	pk_doc	integer
	pk_obj	integer
	image	bytea

Index of database - gnumed_v16

Schema au

Table: au.referral

Schema audit

Table: audit.audit_fields

Table: audit.audit_trail

Table: audit.audited_tables

Table: audit.log_access_log

Table: audit.log_active_substance

Table: audit.log_address

Table: audit.log_allergy

Table: audit.log_allergy_state

Table: audit.log_beh_fall_typ

Table: audit.log_behandlungsfall

Table: audit.log_branded_drug

Table: audit.log_clin_aux_note

Table: audit.log_clin_diag

Table: audit.log_clin_item_type

Table: audit.log_clin_narrative

Table: audit.log_consumable_substance

Table: audit.log_consumed_substance

Table: audit.log_data_source

Table: audit.log_doc_desc

Table: audit.log_doc_med

Table: audit.log_encounter

Table: audit.log_episode

Table: audit.log_family_history

Table: audit.log_fhx_relation_type

Table: audit.log_form_data

Table: audit.log_form_instances

Table: audit.log_gender_label

Table: audit.log_health_issue

Table: audit.log_hospital_stay

Table: audit.log_hx_family_item

Table: audit.log_identity

Table: audit.log_identity_tag

Table: audit.log_inbox_item_category

Table: audit.log_inbox_item_type

Table: audit.log_incoming_data_unmatchable

Table: audit.log_incoming_data_unmatched

Table: audit.log_lab_request

Table: audit.log_lab_test_gnr

Table: audit.log_lnk_code2aoe

Table: audit.log_lnk_code2episode

Table: audit.log_lnk_code2fhx

Table: audit.log_lnk_code2h_issue

Table: audit.log_lnk_code2narrative

Table: audit.log_lnk_code2procedure

Table: audit.log_lnk_code2rfe

Table: audit.log_lnk_constraint2vacc_course

Table: audit.log_lnk_identity2ext_id

Table: audit.log_lnk_identity2primary_doc

Table: audit.log_lnk_job2person

Table: audit.log_lnk_org_unit2comm

Table: audit.log_lnk_org_unit2ext_id

Table: audit.log_lnk_pat2vaccination_course

Table: audit.log_lnk_person2relative

Table: audit.log_lnk_substance2brand

Table: audit.log_lnk_tst2norm

Table: audit.log_lnk_type2item

Table: audit.log_lnk_vaccination_course2schedule

Table: audit.log_lnk_vaccine2inds

Table: audit.log_message_inbox

Table: audit.log_occupation

Table: audit.log_operation

Table: audit.log_org

Table: audit.log_org_unit

Table: audit.log_paperwork_templates

Table: audit.log_prax_geb_paid

Table: audit.log_procedure

Table: audit.log_referral

Table: audit.log_relation_types

Table: audit.log_report_query

Table: audit.log_staff

Table: audit.log_staff_role

Table: audit.log_state

Table: audit.log_street

Table: audit.log_substance_in_brand

Table: audit.log_substance_intake

Table: audit.log_tag_image