9.2.1Setting Up PostgreSQL
This page contains details on how to set up databases for use with PostgreSQL.
9.2.2Supported Versions
See platform requirements for information on supported versions of PostgreSQL.
9.2.3Creating a Database for Smile CDR
A script similar to the following can be used to create a new database named cdr with username cdr and password SmileCDR in PostgreSQL:
CREATE DATABASE cdr;
CREATE ROLE cdr LOGIN password 'SmileCDR';
GRANT ALL PRIVILEGES ON DATABASE cdr TO cdr;
9.2.4Database Connection Properties
When configuring Smile CDR to connect to a PostgreSQL database, set the appropriate persistence and cluster manager properties to values similar to the following (making adjustments where necessary, e.g. for hostname, port number, username and password). The following example shows properties for the clustermgr module but the same properties also apply to FHIR Storage (RDBMS) modules. It is recommended but not required to use separate database schemas for the Cluster Manager and FHIR Storage modules however.
module.clustermgr.config.db.driver =POSTGRES_9_4
module.clustermgr.config.db.url =jdbc:postgresql://localhost:5432/cdr_clustermgr
module.clustermgr.config.db.username =my-username
module.clustermgr.config.db.password =my-password
Note that while the driver type is POSTGRES_9_4, this driver supports Postgres 9.4 and above. This is the driver dialect, not the database version.
9.2.5Cluster Manager Database
To initialize a new PostgreSQL database for the Cluster Manager, initialize a database with the following SQL:
create sequence SEQ_AG_ADDRESS_PID start with 1 increment by 50;
create sequence SEQ_AG_APP_REQUEST_PID start with 1 increment by 50;
create sequence SEQ_AG_APPL_PID start with 1 increment by 50;
create sequence SEQ_AG_ATTESTATION_PID start with 1 increment by 50;
create sequence SEQ_AG_CLASS_PID start with 1 increment by 50;
create sequence SEQ_AG_COUNTRY_PID start with 1 increment by 50;
create sequence SEQ_AG_DATA_PID start with 1 increment by 50;
create sequence SEQ_AG_DOCUMENT_PID start with 1 increment by 50;
create sequence SEQ_AG_DRAFT_PID start with 1 increment by 50;
create sequence SEQ_AG_MEMBER_PHONE_PID start with 1 increment by 50;
create sequence SEQ_AG_METADATA_PID start with 1 increment by 50;
create sequence SEQ_AG_NOTE_PID start with 1 increment by 50;
create sequence SEQ_AG_OAUTH_REDIRECT_PID start with 1 increment by 50;
create sequence SEQ_AG_PERMISSION_PID start with 1 increment by 50;
create sequence SEQ_AG_PHONE_PID start with 1 increment by 50;
create sequence SEQ_AG_PREREQUISITE_PID start with 1 increment by 50;
create sequence SEQ_AG_PROFILE_PID start with 1 increment by 50;
create sequence SEQ_AG_SANDBOX_CLIENT_PID start with 1 increment by 50;
create sequence SEQ_AG_SCOPE_PID start with 1 increment by 50;
create sequence SEQ_AG_SCREENSHOT_PID start with 1 increment by 50;
create sequence SEQ_AUDITEVT_HEADER_PID start with 1 increment by 50;
create sequence SEQ_AUDITEVT_PID start with 1 increment by 50;
create sequence SEQ_AUDITEVT_TARGETMODULE_PID start with 1 increment by 50;
create sequence SEQ_AUDITEVT_TARGETRES_PID start with 1 increment by 50;
create sequence SEQ_AUDITEVT_TARGETUSER_PID start with 1 increment by 50;
create sequence SEQ_AUDITEVT_TYPE_PID start with 1 increment by 50;
create sequence SEQ_CACHE_SYNC_PID start with 1 increment by 50;
create sequence SEQ_CDATEMPLATE_PID start with 1 increment by 50;
create sequence SEQ_CDATEMPLATEPARAM_PID start with 1 increment by 50;
create sequence SEQ_CDR_RESTORE_PID start with 1 increment by 50;
create sequence SEQ_HTTPSESSION_PID start with 1 increment by 50;
create sequence SEQ_ID_CODE_PID start with 1 increment by 50;
create sequence SEQ_METRICHEALTH_PID start with 1 increment by 50;
create sequence SEQ_MODPROC_PID start with 1 increment by 50;
create sequence SEQ_MODSTAT_PID start with 1 increment by 50;
create sequence SEQ_MODULE_CFGPROP_PID start with 1 increment by 50;
create sequence SEQ_MODULE_DEP_PID start with 1 increment by 50;
create sequence SEQ_MODULE_PID start with 1 increment by 50;
create sequence SEQ_MODULE_PROT_CFG_PID start with 1 increment by 50;
create sequence SEQ_MODULE_PROT_DEP_PID start with 1 increment by 50;
create sequence SEQ_MODULE_PROT_SUPPLIES_PID start with 1 increment by 50;
create sequence SEQ_MODULE_PROTOTYPE_PID start with 1 increment by 50;
create sequence SEQ_NODE_PID start with 1 increment by 50;
create sequence SEQ_NODEPROC_PID start with 1 increment by 50;
create sequence SEQ_OA2ATOKADNLINFO_PID start with 1 increment by 50;
create sequence SEQ_OA2ATOKEN_PID start with 1 increment by 50;
create sequence SEQ_OA2ATOKGRNTDA_PID start with 1 increment by 50;
create sequence SEQ_OA2ATOKSCP_PID start with 1 increment by 50;
create sequence SEQ_OA2AUTHCODE_PID start with 1 increment by 50;
create sequence SEQ_OA2CLIDETAASCOP_PID start with 1 increment by 50;
create sequence SEQ_OA2CLIDETAGSCOP_PID start with 1 increment by 50;
create sequence SEQ_OA2CLIDETAUTHGRNTTYP_PID start with 1 increment by 50;
create sequence SEQ_OA2CLIDETCLISEC_PID start with 1 increment by 50;
create sequence SEQ_OA2CLIDETREGREDIRURI_PID start with 1 increment by 50;
create sequence SEQ_OA2CLIENTDETAILS_PID start with 1 increment by 50;
create sequence SEQ_OA2CLIENTDETAILSSCOPE_PID start with 1 increment by 50;
create sequence SEQ_OA2CLIENTPERM_PID start with 1 increment by 50;
create sequence SEQ_OA2REFTOKEN_PID start with 1 increment by 50;
create sequence SEQ_OA2RTOKADNLINFO_PID start with 1 increment by 50;
create sequence SEQ_OA2RTOKGRNTDA_PID start with 1 increment by 50;
create sequence SEQ_OA2RTOKLNCHRESID_PID start with 1 increment by 50;
create sequence SEQ_OA2RTOKREQPRM_PID start with 1 increment by 50;
create sequence SEQ_OA2RTOKSCP_PID start with 1 increment by 50;
create sequence SEQ_OA2SERVER_PID start with 1 increment by 50;
create sequence SEQ_USER_OA2CLN_TOS_PID start with 1 increment by 50;
create sequence SEQ_USER_PERM_PID start with 1 increment by 50;
create sequence SEQ_USER_PID start with 1 increment by 50;
create sequence SEQ_USER_PSN_PID start with 1 increment by 50;
create sequence SEQ_USERDEFLNCHCTX_PID start with 1 increment by 50;
create sequence SEQ_USERTFAKEY_PID start with 1 increment by 50;
create sequence SEQ_USROA2CLNTAPRVDSCP_PID start with 1 increment by 50;
create sequence SEQ_XACT_LOG_PID start with 1 increment by 50;
create sequence SEQ_XACT_LOG_SO_PID start with 1 increment by 50;
create sequence SEQ_XACT_LOG_STEP_PID start with 1 increment by 50;
create table AG_ADDRESS (
PID bigint not null,
ADDRESS_LINE1 varchar(200) not null,
ADDRESS_LINE2 varchar(200),
CITY varchar(200) not null,
COUNTRY varchar(200) not null,
POSTAL_CODE varchar(200) not null,
REGION varchar(200) not null,
AG_PROFILE_PID bigint,
primary key (PID)
);
create table AG_APP_REQUEST (
PID bigint not null,
APP_DESCRIPTION varchar(400),
APP_DEVELOPER_NAME varchar(200),
APP_HOMEPAGE varchar(200),
APP_NAME varchar(200) not null,
CREATED_BY varchar(200) not null,
CREATED_DATE timestamp(6) not null,
LAST_MODIFIED_BY varchar(200) not null,
LAST_MODIFIED_DATE timestamp(6) not null,
MEMBER_COMMENT varchar(200),
COMPANY_NAME varchar(200),
EMAIL varchar(200) not null,
FIRST_NAME varchar(200) not null,
INDUSTRY varchar(200),
JOB_TITLE varchar(200),
LAST_NAME varchar(200) not null,
NOTE varchar(400),
REQUEST_STATUS varchar(20) not null,
SUBSCRIBE_ACCEPTED boolean,
MODULE_PID bigint not null,
primary key (PID)
);
create table AG_APPL (
PID bigint not null,
ATTESTATION_ACCEPTED boolean not null,
BACKEND_SERVICE boolean,
CONFIDENTIAL boolean,
CONFIDENTIAL_TYPE varchar(20),
JWK_SET_URL varchar(4000),
HOME_URL varchar(200),
LAUNCH_URL varchar(200),
LONG_DESC varchar(4000) not null,
APP_NAME varchar(200) not null,
OAUTH_REDIRECT_URL varchar(200) not null,
PRIVACY_POLICY_URL varchar(200) not null,
SHORT_DESC varchar(200) not null,
AG_STATUS varchar(20) not null,
TERMS_OF_SERVICE_URL varchar(200) not null,
VERSION_NUMBER bigint,
CREATED_BY varchar(200) not null,
CREATED_DATE timestamp(6) not null,
LAST_MODIFIED_BY varchar(200) not null,
LAST_MODIFIED_DATE timestamp(6) not null,
IDENTIFIER varchar(200),
SEED varchar(256),
VIDEO_URL varchar(200),
VIDEO_URL_STATUS varchar(20),
JWK_SET_PID bigint,
ATTESTATION_PID bigint,
ICON_PID bigint,
MODULE_PID bigint not null,
OAUTH2_CLIENT_PID bigint,
PARENT_PID bigint,
PROFILE_PID bigint,
USER_PID bigint,
primary key (PID)
);
create table AG_ATTESTATION (
PID bigint not null,
ARCHIVE_DATE timestamp(6),
CREATED_BY varchar(200) not null,
CREATED_DATE timestamp(6) not null,
LAST_MODIFIED_BY varchar(200) not null,
LAST_MODIFIED_DATE timestamp(6) not null,
TITLE varchar(200) not null,
HTML_PID bigint,
MODULE_PID bigint not null,
PLAIN_HTML_PID bigint,
primary key (PID)
);
create table AG_CLASS (
PID bigint not null,
CLASSIFICATION varchar(200) not null,
AG_APPL_PID bigint,
primary key (PID)
);
create table AG_COUNTRY (
PID bigint not null,
ISO_CODE_ALPHA2 varchar(2) not null,
AG_APPL_PID bigint,
primary key (PID)
);
create table AG_DATA (
PID bigint not null,
DATA_LOB oid,
DATA_BIN bytea,
primary key (PID)
);
create table AG_DOCUMENT (
PID bigint not null,
FILEACTIVE boolean not null,
CREATED_BY varchar(200) not null,
CREATED_DATE timestamp(6) not null,
LAST_MODIFIED_BY varchar(200) not null,
LAST_MODIFIED_DATE timestamp(6) not null,
FILEDESC varchar(200),
FILENAME varchar(200) not null,
FILETYPE varchar(200) not null,
DOCUMENT_PID bigint not null,
AG_APPL_PID bigint,
primary key (PID)
);
create table AG_DRAFT (
PID bigint not null,
CREATED_BY varchar(200) not null,
CREATED_DATE timestamp(6) not null,
LAST_MODIFIED_BY varchar(200) not null,
LAST_MODIFIED_DATE timestamp(6) not null,
BACKEND_SERVICE boolean,
DATA_HASH integer,
APP_NAME varchar(200) not null,
DRAFT_PID bigint not null,
MODULE_PID bigint not null,
SOURCE_APP_PID bigint,
USER_PID bigint not null,
primary key (PID),
constraint IDX_AG_DRAFT_APPNAME_USER unique (APP_NAME, USER_PID)
);
create table AG_MEMBER_PHONE (
PID bigint not null,
COUNTRY_CODE varchar(20) not null,
PHONE_NUMBER varchar(20) not null,
PHONE_TYPE varchar(20) not null,
AG_APP_REQUEST_PID bigint,
primary key (PID)
);
create table AG_METADATA (
PID bigint not null,
METADATA_KEY varchar(100) not null,
METADATA_SEARCHABLE boolean not null,
METADATA_VALUE varchar(4000) not null,
AG_APPL_PID bigint,
primary key (PID)
);
create table AG_NOTE (
PID bigint not null,
CREATED_BY varchar(200) not null,
CREATED_DATE timestamp(6) not null,
LAST_MODIFIED_BY varchar(200) not null,
LAST_MODIFIED_DATE timestamp(6) not null,
MESSAGE varchar(1500) not null,
REASON varchar(1000) not null,
NOTE_TYPE varchar(20),
AG_APPL_PID bigint,
primary key (PID)
);
create table AG_OAUTH_REDIRECT (
PID bigint not null,
OAUTH_REDIRECT_URL varchar(200) not null,
AG_APPL_PID bigint,
primary key (PID),
constraint IDX_AG_OAUTH_REDIRECT_PID unique (OAUTH_REDIRECT_URL, PID)
);
create table AG_PERMISSION (
PID bigint not null,
PERMISSION varchar(200) not null,
AG_APPL_PID bigint,
primary key (PID)
);
create table AG_PHONE (
PID bigint not null,
COUNTRY_CODE varchar(20) not null,
PHONE_NUMBER varchar(20) not null,
PHONE_TYPE varchar(20) not null,
AG_PROFILE_PID bigint,
primary key (PID)
);
create table AG_PREREQUISITE (
PID bigint not null,
PREREQUISITE varchar(200) not null,
AG_APPL_PID bigint,
primary key (PID)
);
create table AG_PROFILE (
PID bigint not null,
ABOUT_US varchar(250),
ARCHIVE_DATE timestamp(6),
CREATED_BY varchar(200) not null,
CREATED_DATE timestamp(6) not null,
LAST_MODIFIED_BY varchar(200) not null,
LAST_MODIFIED_DATE timestamp(6) not null,
BUSINESS_NAME varchar(200),
DESIGNATION varchar(200),
DUNS_NUMBER varchar(200),
FULL_NAME varchar(200) not null,
INCORPORATED boolean,
INDIVIDUAL boolean not null,
SALES_CONTACT varchar(200),
SUPPORT_CONTACT varchar(200),
SUPPORT_WEBPAGE varchar(200),
PROFILE_TYPE varchar(20),
WEBSITE_URL varchar(200),
MODULE_PID bigint not null,
USER_PID bigint not null,
primary key (PID)
);
create table AG_SANDBOX_CLIENT (
PID bigint not null,
SEED varchar(256),
MODULE_PID bigint not null,
OAUTH2_CLIENT_PID bigint not null,
USER_PID bigint not null,
primary key (PID)
);
create table AG_SCOPE (
PID bigint not null,
SCOPE varchar(200) not null,
SCOPE_TYPE varchar(20),
AG_APPL_PID bigint,
primary key (PID)
);
create table AG_SCREENSHOT (
PID bigint not null,
FILENAME varchar(200) not null,
POSITION integer not null,
ASSET_STATUS varchar(20) not null,
SCREENSHOT_PID bigint not null,
AG_APPL_PID bigint,
primary key (PID)
);
create table CDR_AUDIT_EVT (
PID bigint not null,
EVT_ADDITIONAL_JSON oid,
EVT_ADDITIONAL_JSON_VC text,
AUSER_TYPE integer,
HAVE_HEADERS boolean,
REMOTE_ADDRESS varchar(100),
REQUEST_ID varchar(128),
HAVE_TARGET_MODULES boolean not null,
SOURCE_TRANSACTION_ID varchar(128),
HAVE_TARGET_RESOURCES boolean not null,
HAVE_TARGET_USERS boolean not null,
EVT_TIMESTAMP timestamp(6) not null,
TRANSACTION_GUID varchar(36),
TYPE_DISPLAY varchar(200) not null,
USER_PID bigint,
CLIENT_PID bigint,
ENDPOINT_MODULE_PID bigint not null,
TYPE_PID bigint not null,
primary key (PID)
);
create table CDR_AUDIT_EVT_HEADER (
PID bigint not null,
EVT_HEADER_NAME varchar(100) not null,
EVT_HEADER_VALUE varchar(250),
EVENT_PID bigint not null,
primary key (PID)
);
create table CDR_AUDIT_EVT_TARGET_MODULE (
PID bigint not null,
EVENT_PID bigint not null,
MODULE_PID bigint not null,
primary key (PID)
);
create table CDR_AUDIT_EVT_TARGET_RES (
PID bigint not null,
REQ_VAL_RESULT integer,
RES_ID varchar(120) not null,
RES_VERSION bigint,
RES_VERSION_STR varchar(128),
EVENT_PID bigint not null,
PERS_MODULE_PID bigint not null,
primary key (PID)
);
create table CDR_AUDIT_EVT_TARGET_USER (
PID bigint not null,
USER_PID bigint not null,
EVENT_PID bigint not null,
primary key (PID)
);
create table CDR_AUDIT_EVT_TYPE (
PID bigint not null,
CODEVAL varchar(200),
SYSTEM_URL varchar(200),
primary key (PID),
constraint IDX_AUDITEVTTYPE_SYSTEM_CODE unique (SYSTEM_URL, CODEVAL)
);
create table CDR_CACHE_SYNC (
PID bigint not null,
CACHE_ID varchar(256) not null,
MODULE_PID bigint not null,
UPDATED_TIME timestamp(6) not null,
VERSION bigint not null,
primary key (PID),
constraint IDX_CACHE_SYNC_ID unique (MODULE_PID, CACHE_ID)
);
create table CDR_CDA_TEMPLATE (
PID bigint not null,
TEMPLATE_DESCRIPTION varchar(250),
TEMPLATE_ID varchar(250) not null,
TEMPLATE_CONTENT oid,
TEMPLATE_CONTENT_VC text,
MODULE_PID bigint not null,
primary key (PID),
constraint IDX_CDATEMPL_ID unique (TEMPLATE_ID)
);
create table CDR_CDA_TEMPLATE_PARAM (
PID bigint not null,
TEMPLATE_PARAMETER_NAME varchar(250) not null,
TEMPLATE_PID bigint,
primary key (PID)
);
create table CDR_DB_VERSION (
DB_VERSION varchar(100) not null,
DB_INIT_TIME timestamp(6) not null,
primary key (DB_VERSION)
);
create table CDR_GLOBAL_GAUGE (
ID varchar(200) not null,
VAL_DOUBLE float(53),
VAL_LONG bigint,
primary key (ID)
);
create table CDR_HTTP_SESSION (
PID bigint not null,
SES_ATTRS oid,
SES_ATTRS_BIN bytea,
SES_EXPIRY timestamp(6) not null,
LAST_ACCESSED_TIME timestamp(6),
MAX_INACTIVE bigint not null,
PRINCIPAL_USERNAME varchar(200),
SES_ID varchar(200) not null,
MODULE_PID bigint not null,
primary key (PID),
constraint IDX_HTTPSESSION_ID unique (SES_ID)
);
create table CDR_IDENTIFICATION_CODES (
PID bigint not null,
CDR_CODE varchar(6) not null,
CODE_STATUS varchar(20) not null,
EXPIRES_ON timestamp(6) not null,
USER_PID bigint not null,
primary key (PID)
);
create table CDR_METRIC_HEALTH (
PID bigint not null,
CUSTOM_HEALTHCHECK_NAME varchar(256),
ERROR_STRING varchar(256),
HEALTHCHECK_TYPE integer not null,
IS_HEALTHY boolean not null,
HEALTHY_STRING varchar(256),
MODPROC_PID bigint not null,
primary key (PID),
constraint IDX_METRICHC_MOD_TYPE_NAME unique (MODPROC_PID, HEALTHCHECK_TYPE, CUSTOM_HEALTHCHECK_NAME)
);
create table CDR_MODULE (
PID bigint not null,
DELETED boolean not null,
MODULE_DISABLED boolean not null,
MATURITY integer,
MODULE_ID varchar(50) not null,
PORTVAL integer,
NODE_PID bigint not null,
PROTOTYPE_PID bigint not null,
primary key (PID),
constraint IDX_MODULE_ID unique (NODE_PID, MODULE_ID)
);
create table CDR_MODULE_CFG_PROP (
PID bigint not null,
VALUE_STRING varchar(200),
VALUE_EXTENDED oid,
VALUE_EXTENDED_VC text,
MODULE_PID bigint not null,
PROTOTYPE_PID bigint not null,
primary key (PID),
constraint IDX_CDR_MODULE_CDR_PROP_MODKEY unique (MODULE_PID, PROTOTYPE_PID)
);
create table CDR_MODULE_DEP (
PID bigint not null,
MODULE_PID bigint not null,
PROTOTYPE_PID bigint not null,
TARGET_PID bigint,
primary key (PID)
);
create table CDR_MODULE_PROCESS (
PID bigint not null,
FIRST_MP boolean,
MODULE_PID bigint not null,
NODEPROC_PID bigint not null,
RESTART_REQUIRED boolean not null,
MODULE_STATUS integer not null,
MODULE_STATUS_DESC varchar(200),
STATUS_TIMESTAMP timestamp(6),
primary key (PID),
constraint IDX_MODPROC_NODEPROC_MOD unique (NODEPROC_PID, MODULE_PID)
);
create table CDR_MODULE_PROT_CFG (
PID bigint not null,
IS_ADVANCED boolean not null,
CATEGORY_KEY varchar(100) not null,
DEFAULT_VALUE varchar(200),
DESC_KEY varchar(200),
ENUM_TYPE varchar(200),
CFG_INDEX integer not null,
CFG_KEY varchar(200) not null,
CFG_MATURITY varchar(200),
NAME_KEY varchar(200) not null,
IS_OPTIONAL boolean not null,
CFG_TYPE varchar(100) not null,
PROTOTYPE_PID bigint not null,
primary key (PID),
constraint IDX_CDR_MODULE_PROT_CDG_MODKEY unique (PROTOTYPE_PID, CFG_KEY)
);
create table CDR_MODULE_PROT_DEP (
PID bigint not null,
DESCRIPTION_KEY varchar(200) not null,
ENTRY_KEY varchar(200) not null,
PROTOTYPE_PID bigint,
primary key (PID),
constraint IDX_MODULEPROTDEP_PROT_KEY unique (PROTOTYPE_PID, ENTRY_KEY)
);
create table CDR_MODULE_PROT_SUPPLIES (
PID bigint not null,
ENTRY_KEY integer not null,
PROTOTYPE_PID bigint,
primary key (PID)
);
create table CDR_MODULE_PROTOTYPE (
PID bigint not null,
MODULE_TYPE varchar(200) not null,
STOPPABLE boolean not null,
primary key (PID),
constraint IDX_MODULEPROTOTYPE_TYPE unique (MODULE_TYPE)
);
create table CDR_MODULE_STATE (
PID bigint not null,
STATE_TYPE integer not null,
STATE_VAL varchar(200),
MODULE_PID bigint not null,
primary key (PID),
constraint IDX_MODSTAT_MODTYPE unique (MODULE_PID, STATE_TYPE)
);
create table CDR_NODE (
PID bigint not null,
IS_CONFIG_LOCKED boolean,
IS_DELETED boolean,
ENVIRONMENT_TYPE varchar(16),
NODE_ID varchar(30) not null,
IS_SECURITY_STRICT boolean,
primary key (PID),
constraint IDX_NODE_ID unique (NODE_ID)
);
create table CDR_NODE_MODULE_DIAGNOSTICS (
DIAGNOSTICS_JSON oid,
DIAGNOSTICS_JSON_VC text,
MODULE_PID bigint not null,
NODE_PID bigint not null,
primary key (MODULE_PID, NODE_PID)
);
create table CDR_NODE_PROCESS (
PID bigint not null,
CREATED_TIME timestamp(6) not null,
HEARTBEAT_TIME timestamp(6),
KILLED_BY varchar(20),
NODE_PID bigint not null,
PROCESS_ID varchar(20) not null,
PROCESS_NAME varchar(100),
STARTED_TIME timestamp(6),
NODE_STATUS integer not null,
STOPPED_TIME timestamp(6),
OPT_LOCK integer not null,
primary key (PID),
constraint IDX_NODEPROC_PROCID unique (PROCESS_ID)
);
create table CDR_OA2_CLI_DET_AUTH_GRNT_TYP (
PID bigint not null,
GRANT_TYPE varchar(100) not null,
CLIENT_PID bigint not null,
primary key (PID),
constraint IDX_OA2TOKGRTTYP_TOK_GRNT_TYP unique (CLIENT_PID, GRANT_TYPE)
);
create table CDR_OA2_CLI_DET_AUTOAP_SCOPE (
PID bigint not null,
SCOPE varchar(764) not null,
CLIENT_PID bigint not null,
primary key (PID),
constraint IDX_OA2CLIDETAASCOPE_TOK_SCOP unique (CLIENT_PID, SCOPE)
);
create table CDR_OA2_CLI_DET_AUTOGRNT_SCOPE (
PID bigint not null,
SCOPE varchar(764) not null,
CLIENT_PID bigint not null,
primary key (PID),
constraint IDX_OA2CLIDETAGSCOPE_TOK_SCOP unique (CLIENT_PID, SCOPE)
);
create table CDR_OA2_CLI_DET_CLISEC (
PID bigint not null,
SEC_ACTIVATION timestamp(6),
SEC_CREATION timestamp(6),
SEC_DESC varchar(250),
SEC_EXPIRATION timestamp(6),
CLI_SECRET varchar(250) not null,
CLIENT_PID bigint not null,
primary key (PID),
constraint IDX_OA2CLIDETCLISEC_SECRET unique (CLIENT_PID, CLI_SECRET)
);
create table CDR_OA2_CLI_DET_REG_REDIR_URI (
PID bigint not null,
REDIR_URI varchar(200) not null,
CLIENT_PID bigint not null,
primary key (PID),
constraint IDX_OA2CLIDETRRURI_TOK_SCO unique (CLIENT_PID, REDIR_URI)
);
create table CDR_OA2_SERVER (
PID bigint not null,
ARCHIVED_AT timestamp(6),
AUDIENCE varchar(500),
AUTH_WELL_KNOWN_CONFIG_URL varchar(500),
CLIENT_AUTH_KS_ID varchar(50),
CLIENT_AUTH_METHOD varchar(100),
CUSTOM_TOKEN_PARAMS varchar(500),
FEDERATION_AUTH_SCRIPT_TEXT oid,
FEDERATION_AUTH_SCRIPT_TXT_BIN bytea,
FEDERATION_AUTH_URL varchar(500),
FEDERATION_JWKS_URL varchar(500),
FEDERATION_REG_ID varchar(500) not null,
FEDERATION_REQ_SCOPES varchar(500),
FEDERATION_TOKEN_URL varchar(500),
FEDERATION_USER_INFO_URL varchar(500),
FEDERATION_USER_MAPPING_TEXT oid,
FEDERATION_USR_MAPPING_TXT_BIN bytea,
FHIR_ENDPOINT_URL varchar(500),
ISS varchar(200) not null,
SERVER_NAME varchar(200),
NOTES varchar(1000),
ORGANIZATION_ID varchar(500),
RESPONSE_TYPE varchar(500),
INTRSPCT_CLIENT_ID varchar(200),
INTRSPCT_CLIENT_SCRT varchar(200),
JWKS_FILE varchar(500),
JWKS_TEXT oid,
JWKS_TEXT_VC text,
MODULE_PID bigint not null,
primary key (PID),
constraint IDX_OA2SERVER_FED_REG_ID unique (MODULE_PID, FEDERATION_REG_ID, ARCHIVED_AT),
constraint IDX_OA2SERVER_MODULE_ISSURL unique (MODULE_PID, ISS, ARCHIVED_AT)
);
create table CDR_OAUTH2_ATOKEN (
PID bigint not null,
EXPIRATION timestamp(6) not null,
GRANT_TYPE varchar(20),
ID_TOKEN_BYTES oid,
ID_TOKEN_BYTES_BIN bytea,
ID_TOKEN_VAL varchar(1000),
ISSUED timestamp(6) not null,
REDIRECT_URI varchar(200),
TOKEN_HASH varchar(150) not null,
TOKEN_BYTES oid,
TOKEN_BYTES_BIN bytea,
TOKEN_VAL varchar(1000),
CLIENT_PID bigint not null,
MODULE_PID bigint not null,
REFRESH_TOKEN_PID bigint,
USER_PID bigint,
primary key (PID)
);
create table CDR_OAUTH2_ATOKEN_ADNLINFO (
PID bigint not null,
INFO_KEY varchar(200) not null,
INFO_VALUE varchar(200) not null,
TOKEN_PID bigint not null,
primary key (PID),
constraint IDX_OA2ATOKADLNF_ATOKEN_ADNLNF unique (TOKEN_PID, INFO_KEY)
);
create table CDR_OAUTH2_ATOKEN_GRNTDA (
PID bigint not null,
PERM_ARG varchar(764),
PERM_NAME varchar(100) not null,
TOKEN_PID bigint not null,
primary key (PID)
);
create table CDR_OAUTH2_ATOKEN_SCOPE (
PID bigint not null,
SCOPE varchar(764) not null,
TOKEN_PID bigint not null,
primary key (PID),
constraint IDX_OA2ATOKSCP_ATOKEN_SCOPE unique (TOKEN_PID, SCOPE)
);
create table CDR_OAUTH2_ATOKEN_UDATA (
ATOKEN_PID bigint not null,
TOKEN_KEY varchar(256) not null,
VAL oid,
primary key (ATOKEN_PID, TOKEN_KEY)
);
create table CDR_OAUTH2_ATOKEN_UDATA_BIN (
ATOKEN_PID bigint not null,
TOKEN_KEY varchar(256) not null,
VAL_BIN bytea,
primary key (ATOKEN_PID, TOKEN_KEY)
);
create table CDR_OAUTH2_AUTH_CODE (
PID bigint not null,
OAUTH2_AUTHENTICATION oid,
OAUTH2_AUTHENTICATION_BIN bytea,
CLIENT_ID varchar(200) not null,
CODE_VAL varchar(100) not null,
EXPIRATION timestamp(6) not null,
PKCE_CHALLENGE varchar(200),
PKCE_CHALLENGE_TYPE varchar(10),
STATE_VAL varchar(256),
primary key (PID),
constraint IDX_OA2AUTHCODE_CODE unique (CODE_VAL)
);
create table CDR_OAUTH2_CLIENT_DET_SCOPE (
PID bigint not null,
SCOPE varchar(764) not null,
CLIENT_PID bigint not null,
primary key (PID),
constraint IDX_OA2CLIDETSCOP_TOKEN_SCOPE unique (CLIENT_PID, SCOPE)
);
create table CDR_OAUTH2_CLIENT_DETAILS (
PID bigint not null,
ACCESS_TOKEN_VALIDITY_SECONDS integer,
ALWAYS_REQUIRE_APPROVAL boolean,
ARCHIVED_AT timestamp(6),
ATTESTATION_ACCEPTED boolean,
CAN_INTROSPECT_ANY boolean,
CAN_INTROSPECT_OWN boolean,
CAN_REUSE_TOKENS boolean,
CLIENT_ID varchar(200) not null,
CLIENT_NAME varchar(200),
CLIENT_SECRET varchar(200),
ENABLED boolean,
FIXED_SCOPE boolean not null,
JWKS_URL varchar(4000),
PUBLIC_JWKS oid,
PUBLIC_JWKS_BIN bytea,
REFRESH_TOKEN_VALIDITY_SECONDS integer,
REMEMBER_APPROVED_SCOPES boolean,
SECRET_CLIENT_CAN_CHANGE boolean,
SECRET_REQUIRED boolean not null,
MODULE_PID bigint,
primary key (PID),
constraint IDX_OA2CLIENTDETAILS_CLI_MOD unique (MODULE_PID, CLIENT_ID, ARCHIVED_AT)
);
create table CDR_OAUTH2_CLIENT_PERM (
PID bigint not null,
PERMISSION_TYPE varchar(100) not null,
PERMISSION_ARG varchar(200),
CLIENT_PID bigint not null,
primary key (PID)
);
create table CDR_OAUTH2_JWT_UNIQ_ID (
JWT_ID varchar(500) not null,
CONSUMED_TIMESTAMP timestamp(6) not null,
primary key (JWT_ID)
);
create table CDR_OAUTH2_KEYSTORE (
KEYSTORE_ID varchar(50) not null,
FILE_PATH varchar(4000),
JSON_KEYS varchar(4000),
primary key (KEYSTORE_ID)
);
create table CDR_OAUTH2_REFRESH_TOKEN (
PID bigint not null,
EXPIRATION timestamp(6),
ISSUED timestamp(6) not null,
TOKEN_VAL varchar(150) not null,
CLIENT_PID bigint,
USER_PID bigint,
primary key (PID),
constraint IDX_OA2REFTOKEN_TOKEN unique (TOKEN_VAL)
);
create table CDR_OAUTH2_RTOKEN_ADNLINFO (
PID bigint not null,
INFO_KEY varchar(200) not null,
INFO_VALUE varchar(200) not null,
TOKEN_PID bigint not null,
primary key (PID),
constraint IDX_OA2RTOKADLNF_RTOKEN_ADNLNF unique (TOKEN_PID, INFO_KEY)
);
create table CDR_OAUTH2_RTOKEN_GRNTDA (
PID bigint not null,
PERM_ARG varchar(764),
PERM_NAME varchar(100) not null,
TOKEN_PID bigint not null,
primary key (PID)
);
create table CDR_OAUTH2_RTOKEN_LNCHRESID (
PID bigint not null,
RESOURCE_ID varchar(64) not null,
RESOURCE_TYPE varchar(50) not null,
TOKEN_PID bigint not null,
primary key (PID)
);
create table CDR_OAUTH2_RTOKEN_REQPRM (
PID bigint not null,
PARM_KEY varchar(200) not null,
PARM_VALUE varchar(1600),
TOKEN_PID bigint not null,
primary key (PID),
constraint IDX_OA2RTOKREQPRM_RTOKEN_PARM unique (TOKEN_PID, PARM_KEY)
);
create table CDR_OAUTH2_RTOKEN_SCOPE (
PID bigint not null,
SCOPE varchar(764) not null,
TOKEN_PID bigint not null,
primary key (PID),
constraint IDX_OA2RTOKSCP_RTOKEN_SCOPE unique (TOKEN_PID, SCOPE)
);
create table CDR_OAUTH2_RTOKEN_UDATA (
TOKEN_PID bigint not null,
TOKEN_KEY varchar(256) not null,
VAL oid,
primary key (TOKEN_PID, TOKEN_KEY)
);
create table CDR_OAUTH2_RTOKEN_UDATA_BIN (
TOKEN_PID bigint not null,
TOKEN_KEY varchar(256) not null,
VAL_BIN bytea,
primary key (TOKEN_PID, TOKEN_KEY)
);
create table CDR_RESTORE (
PID bigint not null,
CONFIGS oid,
CONFIGS_VC text,
CREATED timestamp(6) not null,
VERSION varchar(50) not null,
NODE_PID bigint not null,
USER_PID bigint,
primary key (PID)
);
create table CDR_USER_DETAILS (
PID bigint not null,
IS_ANON_ACCT boolean,
CREDS_EXPIRE_ON timestamp(6),
USER_DISABLED boolean not null,
EMAIL varchar(200),
EXPIRES_ON timestamp(6),
IS_EXTERNAL boolean,
FAILED_LOGIN_ATTEMPTS integer,
FAMILY_NAME varchar(200),
GIVEN_NAME varchar(200),
LAST_ACTIVE timestamp(6),
LAST_CONNECTED timestamp(6),
USER_LOCKED boolean not null,
MODULE_PID bigint not null,
NOTES oid,
NOTES_VC text,
USER_PASSWORD varchar(200),
IS_SERVICE_ACCT boolean,
IS_SYSTEM_USER boolean not null,
UPDATED_TS timestamp(6) not null,
USERNAME varchar(200) not null,
USERNAME_HAS_NAMESPACE boolean,
primary key (PID),
constraint IDX_USERDET_MODULE_USERNAME unique (MODULE_PID, USERNAME)
);
create table CDR_USER_DETAILS_DEF_LNCH_CTX (
PID bigint not null,
CONTEXT_TYPE varchar(50) not null,
RESOURCE_ID varchar(64) not null,
USER_PID bigint not null,
primary key (PID),
constraint IDX_USERDEFLNCHCTX_USER_CTYP unique (USER_PID, CONTEXT_TYPE)
);
create table CDR_USER_DETAILS_OA2CLNAPRVSCP (
PID bigint not null,
IS_APPROVED boolean not null,
SCOPE varchar(100) not null,
CLIENT_PID bigint not null,
USER_PID bigint not null,
primary key (PID)
);
create table CDR_USER_OA2CLN_TOS (
PID bigint not null,
CREATED_BY varchar(200) not null,
CREATED_DATE timestamp(6) not null,
REVOKED_BY varchar(200),
REVOKED_DATE timestamp(6),
VERSION varchar(200) not null,
CLIENT_PID bigint not null,
USER_PID bigint not null,
primary key (PID)
);
create table CDR_USER_PERM (
PID bigint not null,
PERMISSION_TYPE varchar(100) not null,
PERMISSION_ARG varchar(200),
USER_PID bigint,
primary key (PID)
);
create table CDR_USER_PSN (
PID bigint not null,
CREATED_BY varchar(200) not null,
CREATED_DATE timestamp(6) not null,
REVOKED_BY varchar(200),
REVOKED_DATE timestamp(6),
USER_PID bigint not null,
VERSION varchar(200) not null,
primary key (PID)
);
create table CDR_USER_TFA_KEY (
PID bigint not null,
CONFIRMED_AT timestamp(6),
KEY_EXPIRES timestamp(6),
FAILED_VERIFS integer,
A_KEY varchar(250) not null,
A_STYLE varchar(20) not null,
OPTLOCK integer not null,
USER_PID bigint not null,
primary key (PID),
constraint IDX_USERTFAKEY_USER unique (USER_PID)
);
create table CDR_XACT_LOG (
PID bigint not null,
ADDITIONAL_JSON text,
INITIAL_TIMESTAMP timestamp(6) not null,
EVT_OUTCOME integer not null,
SRC_XACT_ID varchar(128),
EVT_SUBTYPE integer not null,
SRC_GUID varchar(36),
EVT_TYPE integer not null,
USER_PID bigint,
CLIENT_PID bigint,
CDR_ENDPOINT_MODULE_PID bigint,
primary key (PID),
constraint IDX_GUID unique (SRC_GUID)
);
create table CDR_XACT_LOG_STEP (
STEP_PID bigint not null,
BODY_BYTES oid,
BODY_BYTES_BIN bytea,
BODY_TYPE integer,
HAS_STORAGE_OUTCOMES boolean,
LOCAL_HOST varchar(100),
LOCAL_PORT integer,
EVT_OUTCOME integer,
PROCESSING_TIME bigint,
REMOTE_HOST varchar(100),
REMOTE_PORT integer,
REQUEST_URL_STR varchar(250),
REQ_VAL_RESULT integer,
REQUEST_VERB varchar(7),
RESPONSE_STATUS smallint,
SUBSCRIPTION_ID varchar(77),
LOG_TIMESTAMP timestamp(6) not null,
STEP_TYPE integer not null,
LOG_PID bigint not null,
primary key (STEP_PID)
);
create table CDR_XACT_LOG_STOR_OUTCOME (
PID bigint not null,
ERROR_MSG varchar(200),
SOURCE_RESOURCE_ID varchar(100),
SOURCE_RESOURCE_TYPE varchar(40),
SOURCE_URI varchar(768),
TARGET_OUTCOME varchar(100),
TARGET_RESOURCE_ID varchar(100),
TARGET_RESOURCE_TYPE varchar(40),
TARGET_RESOURCE_VERSION bigint,
STEP_PID bigint not null,
primary key (PID)
);
create index IDX_AG_APPL_IDENTIFIER
on AG_APPL (IDENTIFIER);
create index IDX_AG_ATTEST_ARCHIVE_DATE
on AG_ATTESTATION (ARCHIVE_DATE);
create index IDX_AE_TGUID
on CDR_AUDIT_EVT (TRANSACTION_GUID);
create index IDX_CDRAUDITEVT_EVTTIMESTAMP
on CDR_AUDIT_EVT (EVT_TIMESTAMP);
create index IDX_AUDITEVT_HEADER_EVT
on CDR_AUDIT_EVT_HEADER (EVENT_PID);
create index IDX_AUDITEVT_TARGMOD_EVT
on CDR_AUDIT_EVT_TARGET_MODULE (EVENT_PID);
create index IDX_AUDITEVT_TARGRES_EVT
on CDR_AUDIT_EVT_TARGET_RES (EVENT_PID);
create index IDX_AUDITEVT_TARGRES_RES_EVT
on CDR_AUDIT_EVT_TARGET_RES (RES_ID, EVENT_PID);
create index IDX_AUDITEVT_TARGUSR_EVT
on CDR_AUDIT_EVT_TARGET_USER (EVENT_PID);
create index IDX_HTTPSESSION_EXPIRY
on CDR_HTTP_SESSION (SES_EXPIRY);
create index IDX_HTTPSESSION_MODULE
on CDR_HTTP_SESSION (MODULE_PID);
create index IDX_MODSTAT_MOD
on CDR_MODULE_STATE (MODULE_PID);
create index IDX_OA2ATOKEN_TOKEN_HASH
on CDR_OAUTH2_ATOKEN (TOKEN_HASH);
create index IDX_OA2ATOKEN_USER
on CDR_OAUTH2_ATOKEN (USER_PID);
create index IDX_OA2ATOKEN_EXPIRATION
on CDR_OAUTH2_ATOKEN (EXPIRATION);
create index IDX_OA2ATOKGRNT_ATOKEN_PERM
on CDR_OAUTH2_ATOKEN_GRNTDA (TOKEN_PID, PERM_NAME);
create index IDX_OA2ATOKSCP_SCP
on CDR_OAUTH2_ATOKEN_SCOPE (SCOPE, TOKEN_PID);
create index IDX_OA2AUTHCODE_EXPIRATION
on CDR_OAUTH2_AUTH_CODE (EXPIRATION);
create index IDX_OA2JWTUNIQID_TIMESTAMP
on CDR_OAUTH2_JWT_UNIQ_ID (CONSUMED_TIMESTAMP);
create index IDX_OA2REFTOKEN_USER
on CDR_OAUTH2_REFRESH_TOKEN (USER_PID);
create index IDX_OA2REFTOKEN_EXPIRATION
on CDR_OAUTH2_REFRESH_TOKEN (EXPIRATION);
create index IDX_OA2RTOKSCP_SCP
on CDR_OAUTH2_RTOKEN_SCOPE (SCOPE, TOKEN_PID);
create index IDX_NID_CR_VER
on CDR_RESTORE (NODE_PID, CREATED, VERSION);
create index FK_CDR_RESTORE_NODE
on CDR_RESTORE (NODE_PID);
create index FK_CDR_RESTORE_USER
on CDR_RESTORE (USER_PID);
create index IDX_USER_FAMILYNAME
on CDR_USER_DETAILS (MODULE_PID, FAMILY_NAME);
create index IDX_USER_GIVENNAME
on CDR_USER_DETAILS (MODULE_PID, GIVEN_NAME);
create index IDX_USERDEFLNCHCTX_USER
on CDR_USER_DETAILS_DEF_LNCH_CTX (USER_PID);
create index IDX_USROA2CLNTAPRVDSCP_CLNTUSR
on CDR_USER_DETAILS_OA2CLNAPRVSCP (CLIENT_PID, USER_PID);
create index IDX_USER_OA2CLN_TOS_USRCLNT
on CDR_USER_OA2CLN_TOS (USER_PID, CLIENT_PID);
create index IDX_USER_PERM_PERM_USER
on CDR_USER_PERM (PERMISSION_TYPE, USER_PID);
create index IDX_USER_PSN_USR
on CDR_USER_PSN (USER_PID, VERSION, CREATED_DATE, REVOKED_DATE);
create index IDX_XACTLOG_INITTS
on CDR_XACT_LOG (INITIAL_TIMESTAMP);
create index IDX_XACTID
on CDR_XACT_LOG (SRC_XACT_ID);
create index IDX_XACTLOGSTEP_LOGID
on CDR_XACT_LOG_STEP (LOG_PID);
create index IDX_XACTLOGSO_STEP
on CDR_XACT_LOG_STOR_OUTCOME (STEP_PID);
create index IDX_XACTLOGSO_SOURCE_TGT
on CDR_XACT_LOG_STOR_OUTCOME (SOURCE_URI, TARGET_RESOURCE_TYPE, TARGET_RESOURCE_ID, TARGET_OUTCOME);
create index IDX_XACTLOGSO_TGT_SOURCE
on CDR_XACT_LOG_STOR_OUTCOME (TARGET_RESOURCE_TYPE, TARGET_RESOURCE_ID, TARGET_OUTCOME, SOURCE_URI);
alter table if exists AG_ADDRESS
add constraint FK_AG_ADDRESS_AG_PROFILE
foreign key (AG_PROFILE_PID)
references AG_PROFILE;
alter table if exists AG_APP_REQUEST
add constraint FK_AG_APP_REQUEST_MODULE
foreign key (MODULE_PID)
references CDR_MODULE;
alter table if exists AG_APPL
add constraint FK_AG_APPL_JWK_SET
foreign key (JWK_SET_PID)
references AG_DATA;
alter table if exists AG_APPL
add constraint FK_AG_APPL_AG_ATTESTATION
foreign key (ATTESTATION_PID)
references AG_ATTESTATION;
alter table if exists AG_APPL
add constraint FK_AG_APPL_ICON
foreign key (ICON_PID)
references AG_DATA;
alter table if exists AG_APPL
add constraint FK_AG_APPL_MODULE
foreign key (MODULE_PID)
references CDR_MODULE;
alter table if exists AG_APPL
add constraint FK_AG_APPL_OAUTH2_CLIENT
foreign key (OAUTH2_CLIENT_PID)
references CDR_OAUTH2_CLIENT_DETAILS;
alter table if exists AG_APPL
add constraint FK_AG_APPL_PARENT_PID
foreign key (PARENT_PID)
references AG_APPL;
alter table if exists AG_APPL
add constraint FK_AG_APPL_AG_PROFILE
foreign key (PROFILE_PID)
references AG_PROFILE;
alter table if exists AG_APPL
add constraint FK_AG_APPL_USER
foreign key (USER_PID)
references CDR_USER_DETAILS;
alter table if exists AG_ATTESTATION
add constraint FK_AG_ATTESTATION_HTML
foreign key (HTML_PID)
references AG_DATA;
alter table if exists AG_ATTESTATION
add constraint FK_AG_ATTESTATION_MODULE
foreign key (MODULE_PID)
references CDR_MODULE;
alter table if exists AG_ATTESTATION
add constraint FK_AG_ATTESTATION_PLAIN_HTML
foreign key (PLAIN_HTML_PID)
references AG_DATA;
alter table if exists AG_CLASS
add constraint FK_AG_CLASS_AG_APPL
foreign key (AG_APPL_PID)
references AG_APPL;
alter table if exists AG_COUNTRY
add constraint FK_AG_COUNTRY_AG_APPL
foreign key (AG_APPL_PID)
references AG_APPL;
alter table if exists AG_DOCUMENT
add constraint FK_AG_DOCUMENT_DATA_BLOB
foreign key (DOCUMENT_PID)
references AG_DATA;
alter table if exists AG_DOCUMENT
add constraint FK_AG_DOCUMENT_AG_APPL
foreign key (AG_APPL_PID)
references AG_APPL;
alter table if exists AG_DRAFT
add constraint FK_AG_DRAFT_DATA_BLOB
foreign key (DRAFT_PID)
references AG_DATA;
alter table if exists AG_DRAFT
add constraint FK_AG_DRAFT_MODULE
foreign key (MODULE_PID)
references CDR_MODULE;
alter table if exists AG_DRAFT
add constraint FK_AG_DRAFT_SOURCE_APP_PID
foreign key (SOURCE_APP_PID)
references AG_APPL;
alter table if exists AG_DRAFT
add constraint FK_AG_DRAFT_USER
foreign key (USER_PID)
references CDR_USER_DETAILS;
alter table if exists AG_MEMBER_PHONE
add constraint FK_AG_MEMBER_PHONE_APP_REQUEST
foreign key (AG_APP_REQUEST_PID)
references AG_APP_REQUEST;
alter table if exists AG_METADATA
add constraint FK_AG_METADATA_AG_APPL
foreign key (AG_APPL_PID)
references AG_APPL;
alter table if exists AG_NOTE
add constraint FK_AG_NOTE_AG_APPL
foreign key (AG_APPL_PID)
references AG_APPL;
alter table if exists AG_OAUTH_REDIRECT
add constraint FK_AG_OAUTH_REDIRECT_AG_APPL
foreign key (AG_APPL_PID)
references AG_APPL;
alter table if exists AG_PERMISSION
add constraint FK_AG_PERMISSION_AG_APPL
foreign key (AG_APPL_PID)
references AG_APPL;
alter table if exists AG_PHONE
add constraint FK_AG_PHONE_AG_PROFILE
foreign key (AG_PROFILE_PID)
references AG_PROFILE;
alter table if exists AG_PREREQUISITE
add constraint FK_AG_PREREQUISITE_AG_APPL
foreign key (AG_APPL_PID)
references AG_APPL;
alter table if exists AG_PROFILE
add constraint FK_AG_PROFILE_MODULE
foreign key (MODULE_PID)
references CDR_MODULE;
alter table if exists AG_PROFILE
add constraint FK_AG_PROFILE_USER
foreign key (USER_PID)
references CDR_USER_DETAILS;
alter table if exists AG_SANDBOX_CLIENT
add constraint FK_AG_SANDBOX_CLIENT_MODULE
foreign key (MODULE_PID)
references CDR_MODULE;
alter table if exists AG_SANDBOX_CLIENT
add constraint FK_AG_CLIENT_OAUTH2_CLIENT
foreign key (OAUTH2_CLIENT_PID)
references CDR_OAUTH2_CLIENT_DETAILS;
alter table if exists AG_SANDBOX_CLIENT
add constraint FK_AG_SANDBOX_CLIENT_USER
foreign key (USER_PID)
references CDR_USER_DETAILS;
alter table if exists AG_SCOPE
add constraint FK_AG_SCOPE_AG_APPL
foreign key (AG_APPL_PID)
references AG_APPL;
alter table if exists AG_SCREENSHOT
add constraint FK_AG_SCREENSHOT_DATA_BLOB
foreign key (SCREENSHOT_PID)
references AG_DATA;
alter table if exists AG_SCREENSHOT
add constraint FK_AG_SCREENSHOT_AG_APPL
foreign key (AG_APPL_PID)
references AG_APPL;
alter table if exists CDR_AUDIT_EVT
add constraint FK_AUDITEVT_CLIENT
foreign key (CLIENT_PID)
references CDR_OAUTH2_CLIENT_DETAILS;
alter table if exists CDR_AUDIT_EVT
add constraint FK_AUDITEVT_ENDPOINTMODULE
foreign key (ENDPOINT_MODULE_PID)
references CDR_MODULE;
alter table if exists CDR_AUDIT_EVT
add constraint FK_AUDITEVT_TYPE
foreign key (TYPE_PID)
references CDR_AUDIT_EVT_TYPE;
alter table if exists CDR_AUDIT_EVT
add constraint FK_AUDITEVT_USER
foreign key (USER_PID)
references CDR_USER_DETAILS;
alter table if exists CDR_AUDIT_EVT_HEADER
add constraint FK_AUDITEVT_HEADER_EVT
foreign key (EVENT_PID)
references CDR_AUDIT_EVT;
alter table if exists CDR_AUDIT_EVT_TARGET_MODULE
add constraint FK_AUDITEVT_TARGETMODULE_EVT
foreign key (EVENT_PID)
references CDR_AUDIT_EVT;
alter table if exists CDR_AUDIT_EVT_TARGET_MODULE
add constraint FK_AUDITEVT_TARGETMOD_MODULE
foreign key (MODULE_PID)
references CDR_MODULE;
alter table if exists CDR_AUDIT_EVT_TARGET_RES
add constraint FK_AUDITEVT_TARGETRES_EVT
foreign key (EVENT_PID)
references CDR_AUDIT_EVT;
alter table if exists CDR_AUDIT_EVT_TARGET_RES
add constraint FK_AUDITEVT_TARGETRES_PERSMOD
foreign key (PERS_MODULE_PID)
references CDR_MODULE;
alter table if exists CDR_AUDIT_EVT_TARGET_USER
add constraint FK_AUDITEVT_TARGETUSER_EVT
foreign key (EVENT_PID)
references CDR_AUDIT_EVT;
alter table if exists CDR_AUDIT_EVT_TARGET_USER
add constraint FK_AUDITEVT_TARGETUSER_USER
foreign key (USER_PID)
references CDR_USER_DETAILS;
alter table if exists CDR_CACHE_SYNC
add constraint FK_CACHE_MODULE
foreign key (MODULE_PID)
references CDR_MODULE;
alter table if exists CDR_CDA_TEMPLATE
add constraint FK_CDA_MODULE
foreign key (MODULE_PID)
references CDR_MODULE;
alter table if exists CDR_CDA_TEMPLATE_PARAM
add constraint FK_CDATEMPLATE_PID
foreign key (TEMPLATE_PID)
references CDR_CDA_TEMPLATE;
alter table if exists CDR_HTTP_SESSION
add constraint FK_HTTPSESSION_MODULE
foreign key (MODULE_PID)
references CDR_MODULE;
alter table if exists CDR_IDENTIFICATION_CODES
add constraint FK_IDCODE_USER
foreign key (USER_PID)
references CDR_USER_DETAILS;
alter table if exists CDR_METRIC_HEALTH
add constraint FK_HEALTH_MODP
foreign key (MODPROC_PID)
references CDR_MODULE_PROCESS;
alter table if exists CDR_MODULE
add constraint FK_MODULE_NODE
foreign key (NODE_PID)
references CDR_NODE;
alter table if exists CDR_MODULE
add constraint FK_MODULE_PROTOTYPE
foreign key (PROTOTYPE_PID)
references CDR_MODULE_PROTOTYPE;
alter table if exists CDR_MODULE_CFG_PROP
add constraint FK_MODULECFGPROP_MODULE
foreign key (MODULE_PID)
references CDR_MODULE;
alter table if exists CDR_MODULE_CFG_PROP
add constraint FK_MODULECFGPROP_PROTOTYPE
foreign key (PROTOTYPE_PID)
references CDR_MODULE_PROT_CFG;
alter table if exists CDR_MODULE_DEP
add constraint FK_MODULEDEP_MODULE
foreign key (MODULE_PID)
references CDR_MODULE;
alter table if exists CDR_MODULE_DEP
add constraint FK_MODULEDEP_PROTOTYPE
foreign key (PROTOTYPE_PID)
references CDR_MODULE_PROT_DEP;
alter table if exists CDR_MODULE_DEP
add constraint FK_MODULEDEP_TARGET
foreign key (TARGET_PID)
references CDR_MODULE;
alter table if exists CDR_MODULE_PROCESS
add constraint FK_MODPROC_MODULE
foreign key (MODULE_PID)
references CDR_MODULE;
alter table if exists CDR_MODULE_PROCESS
add constraint FK_MODPROC_NODEPROC
foreign key (NODEPROC_PID)
references CDR_NODE_PROCESS;
alter table if exists CDR_MODULE_PROT_CFG
add constraint FK_CDR_MODULEPROTCFG_PROT
foreign key (PROTOTYPE_PID)
references CDR_MODULE_PROTOTYPE;
alter table if exists CDR_MODULE_PROT_DEP
add constraint FK_MODULE_PROT_DEP_PROT
foreign key (PROTOTYPE_PID)
references CDR_MODULE_PROTOTYPE;
alter table if exists CDR_MODULE_PROT_SUPPLIES
add constraint FK_MODULE_PROT_SUPPLIES_PROT
foreign key (PROTOTYPE_PID)
references CDR_MODULE_PROTOTYPE;
alter table if exists CDR_MODULE_STATE
add constraint FK_MODSTAT_MODULE
foreign key (MODULE_PID)
references CDR_MODULE;
alter table if exists CDR_NODE_MODULE_DIAGNOSTICS
add constraint FK_MULTI_NODE_MODULE_PID
foreign key (MODULE_PID)
references CDR_MODULE;
alter table if exists CDR_NODE_MODULE_DIAGNOSTICS
add constraint FK_MULTI_NODE_PID
foreign key (NODE_PID)
references CDR_NODE;
alter table if exists CDR_NODE_PROCESS
add constraint FK_NODEPROCESS_NODE
foreign key (NODE_PID)
references CDR_NODE;
alter table if exists CDR_OA2_CLI_DET_AUTH_GRNT_TYP
add constraint FK_OA2CLIDETAUTHGRNTTY_CLI
foreign key (CLIENT_PID)
references CDR_OAUTH2_CLIENT_DETAILS;
alter table if exists CDR_OA2_CLI_DET_AUTOAP_SCOPE
add constraint FK_OA2CLIDETAUTOAPPSCOP_CLI
foreign key (CLIENT_PID)
references CDR_OAUTH2_CLIENT_DETAILS;
alter table if exists CDR_OA2_CLI_DET_AUTOGRNT_SCOPE
add constraint FK_OA2CLIDETAUTOGRNTPSCOP_CLI
foreign key (CLIENT_PID)
references CDR_OAUTH2_CLIENT_DETAILS;
alter table if exists CDR_OA2_CLI_DET_CLISEC
add constraint FK_OA2CLIDETCLISEC_CLI
foreign key (CLIENT_PID)
references CDR_OAUTH2_CLIENT_DETAILS;
alter table if exists CDR_OA2_CLI_DET_REG_REDIR_URI
add constraint FK_OA2CLIDETREGREDURI_CLI
foreign key (CLIENT_PID)
references CDR_OAUTH2_CLIENT_DETAILS;
alter table if exists CDR_OA2_SERVER
add constraint FK_OA2SERVER_MODULE
foreign key (MODULE_PID)
references CDR_MODULE;
alter table if exists CDR_OAUTH2_ATOKEN
add constraint FK_OA2ATOKEN_CLIENT
foreign key (CLIENT_PID)
references CDR_OAUTH2_CLIENT_DETAILS;
alter table if exists CDR_OAUTH2_ATOKEN
add constraint FK_OA2ATOKEN_MODULE
foreign key (MODULE_PID)
references CDR_MODULE;
alter table if exists CDR_OAUTH2_ATOKEN
add constraint FK_OA2ATOKEN_REF_TOK
foreign key (REFRESH_TOKEN_PID)
references CDR_OAUTH2_REFRESH_TOKEN;
alter table if exists CDR_OAUTH2_ATOKEN
add constraint FK_OA2ATOKEN_USER
foreign key (USER_PID)
references CDR_USER_DETAILS;
alter table if exists CDR_OAUTH2_ATOKEN_ADNLINFO
add constraint FK_OA2ATOKADNLINFO_TOKEN
foreign key (TOKEN_PID)
references CDR_OAUTH2_ATOKEN;
alter table if exists CDR_OAUTH2_ATOKEN_GRNTDA
add constraint FK_OA2ATOKGRNTDA_TOKEN
foreign key (TOKEN_PID)
references CDR_OAUTH2_ATOKEN;
alter table if exists CDR_OAUTH2_ATOKEN_SCOPE
add constraint FK_OA2ATOKSCP_TOKEN
foreign key (TOKEN_PID)
references CDR_OAUTH2_ATOKEN;
alter table if exists CDR_OAUTH2_ATOKEN_UDATA
add constraint FK_OA2ATOKUD_TOKEN
foreign key (ATOKEN_PID)
references CDR_OAUTH2_ATOKEN;
alter table if exists CDR_OAUTH2_ATOKEN_UDATA_BIN
add constraint FK_OA2ATOKUDBIN_TOKEN
foreign key (ATOKEN_PID)
references CDR_OAUTH2_ATOKEN;
alter table if exists CDR_OAUTH2_CLIENT_DET_SCOPE
add constraint FK_OA2CLIDETSCOP_CLIENT
foreign key (CLIENT_PID)
references CDR_OAUTH2_CLIENT_DETAILS;
alter table if exists CDR_OAUTH2_CLIENT_DETAILS
add constraint FK_OA2CLIENTDETAILS_MODULE
foreign key (MODULE_PID)
references CDR_MODULE;
alter table if exists CDR_OAUTH2_CLIENT_PERM
add constraint FK_OA2CLIENTPERM_CLIENT
foreign key (CLIENT_PID)
references CDR_OAUTH2_CLIENT_DETAILS;
alter table if exists CDR_OAUTH2_REFRESH_TOKEN
add constraint FK_OA2REFTOKEN_CLIENT
foreign key (CLIENT_PID)
references CDR_OAUTH2_CLIENT_DETAILS;
alter table if exists CDR_OAUTH2_REFRESH_TOKEN
add constraint FK_OA2REFTOKEN_USER
foreign key (USER_PID)
references CDR_USER_DETAILS;
alter table if exists CDR_OAUTH2_RTOKEN_ADNLINFO
add constraint FK_OA2RTOKADNLINFO_TOKEN
foreign key (TOKEN_PID)
references CDR_OAUTH2_REFRESH_TOKEN;
alter table if exists CDR_OAUTH2_RTOKEN_GRNTDA
add constraint FK_OA2RTOKGRNTDA_TOKEN
foreign key (TOKEN_PID)
references CDR_OAUTH2_REFRESH_TOKEN;
alter table if exists CDR_OAUTH2_RTOKEN_LNCHRESID
add constraint FK_OA2RTOKLNCHRESID_TOKEN
foreign key (TOKEN_PID)
references CDR_OAUTH2_REFRESH_TOKEN;
alter table if exists CDR_OAUTH2_RTOKEN_REQPRM
add constraint FK_OA2RTOKREQPRM_TOKEN
foreign key (TOKEN_PID)
references CDR_OAUTH2_REFRESH_TOKEN;
alter table if exists CDR_OAUTH2_RTOKEN_SCOPE
add constraint FK_OA2RTOKSCP_TOKEN
foreign key (TOKEN_PID)
references CDR_OAUTH2_REFRESH_TOKEN;
alter table if exists CDR_OAUTH2_RTOKEN_UDATA
add constraint FK_OA2RTOKUD_TOKEN
foreign key (TOKEN_PID)
references CDR_OAUTH2_REFRESH_TOKEN;
alter table if exists CDR_OAUTH2_RTOKEN_UDATA_BIN
add constraint FK_OA2RTOKUDBIN_TOKEN
foreign key (TOKEN_PID)
references CDR_OAUTH2_REFRESH_TOKEN;
alter table if exists CDR_RESTORE
add constraint FK_CDR_RESTORE_NODE
foreign key (NODE_PID)
references CDR_NODE;
alter table if exists CDR_RESTORE
add constraint FK_CDR_RESTORE_USER
foreign key (USER_PID)
references CDR_USER_DETAILS;
alter table if exists CDR_USER_DETAILS
add constraint FK_USERDETAILS_MODULE
foreign key (MODULE_PID)
references CDR_MODULE;
alter table if exists CDR_USER_DETAILS_DEF_LNCH_CTX
add constraint FK_USERDEFLNCHCTX_USER
foreign key (USER_PID)
references CDR_USER_DETAILS;
alter table if exists CDR_USER_DETAILS_OA2CLNAPRVSCP
add constraint FK_USROA2CLNTAPRVDSCP_CLIENT
foreign key (CLIENT_PID)
references CDR_OAUTH2_CLIENT_DETAILS;
alter table if exists CDR_USER_DETAILS_OA2CLNAPRVSCP
add constraint FK_USROA2CLNTAPRVDSCP_USER
foreign key (USER_PID)
references CDR_USER_DETAILS;
alter table if exists CDR_USER_OA2CLN_TOS
add constraint FK_USER_OA2CLN_TOS_CLIENT
foreign key (CLIENT_PID)
references CDR_OAUTH2_CLIENT_DETAILS;
alter table if exists CDR_USER_OA2CLN_TOS
add constraint FK_USER_OA2CLN_TOS_USER
foreign key (USER_PID)
references CDR_USER_DETAILS;
alter table if exists CDR_USER_PERM
add constraint FK_USERPERM_USER
foreign key (USER_PID)
references CDR_USER_DETAILS;
alter table if exists CDR_USER_PSN
add constraint FK_USER_PSN_USER
foreign key (USER_PID)
references CDR_USER_DETAILS;
alter table if exists CDR_USER_TFA_KEY
add constraint FK_USERTFAKEY_USER
foreign key (USER_PID)
references CDR_USER_DETAILS;
alter table if exists CDR_XACT_LOG
add constraint FK_TRANSIT_CLIENT
foreign key (CLIENT_PID)
references CDR_OAUTH2_CLIENT_DETAILS;
alter table if exists CDR_XACT_LOG
add constraint FK_XACTLOGSTEP_MODULE
foreign key (CDR_ENDPOINT_MODULE_PID)
references CDR_MODULE;
alter table if exists CDR_XACT_LOG
add constraint FK_TRANSIT_EVENT
foreign key (USER_PID)
references CDR_USER_DETAILS;
alter table if exists CDR_XACT_LOG_STEP
add constraint FK_XACTLOGSTEP_XACTLOG
foreign key (LOG_PID)
references CDR_XACT_LOG;
9.2.6FHIR Storage Database
This page contains several schemas you can use to initialize a database for use as a FHIR Storage (RDBMS) module:
- The Standard schema is for repositories with Database Partition Mode disabled (this is the default configuration).
- The Database Partition Mode schema is for repositories with Database Partition Mode enabled. It does not enable any native underlying partitioning support provided by Postgresql though.
- The 5 Hash Partition schema is an example of a schema designed for Database Partition Mode which creates 5 hash-based Postgresql partitions.
9.2.7FHIR Storage Database: Standard
To initialize a new PostgreSQL database for FHIR Storage (RDBMS), initialize a database with the following SQL:
create sequence SEQ_BLKEXCOL_PID start with 1 increment by 50;
create sequence SEQ_BLKEXCOLFILE_PID start with 1 increment by 50;
create sequence SEQ_BLKEXJOB_PID start with 1 increment by 50;
create sequence SEQ_BLKIMJOB_PID start with 1 increment by 50;
create sequence SEQ_BLKIMJOBFILE_PID start with 1 increment by 50;
create sequence SEQ_CDH_LB_REF start with 1 increment by 50;
create sequence SEQ_CDH_LB_SUB_GROUP start with 1 increment by 50;
create sequence SEQ_CDH_LB_WL start with 1 increment by 50;
create sequence SEQ_CDH_LB_WL_SUBS start with 1 increment by 50;
create sequence SEQ_CNCPT_MAP_GRP_ELM_TGT_PID start with 1 increment by 50;
create sequence SEQ_CODESYSTEM_PID start with 1 increment by 50;
create sequence SEQ_CODESYSTEMVER_PID start with 1 increment by 50;
create sequence SEQ_CONCEPT_DESIG_PID start with 1 increment by 50;
create sequence SEQ_CONCEPT_MAP_GROUP_PID start with 1 increment by 50;
create sequence SEQ_CONCEPT_MAP_GRP_ELM_PID start with 1 increment by 50;
create sequence SEQ_CONCEPT_MAP_PID start with 1 increment by 50;
create sequence SEQ_CONCEPT_PC_PID start with 1 increment by 50;
create sequence SEQ_CONCEPT_PID start with 1 increment by 50;
create sequence SEQ_CONCEPT_PROP_PID start with 1 increment by 50;
create sequence SEQ_EMPI_LINK_ID start with 1 increment by 50;
create sequence SEQ_FORCEDID_ID start with 1 increment by 50;
create sequence SEQ_HFJ_REVINFO start with 1 increment by 50;
create sequence SEQ_HISTORYTAG_ID start with 1 increment by 50;
create sequence SEQ_IDXCMBTOKNU_ID start with 1 increment by 50;
create sequence SEQ_IDXCMPSTRUNIQ_ID start with 1 increment by 50;
create sequence SEQ_NPM_PACK start with 1 increment by 50;
create sequence SEQ_NPM_PACKVER start with 1 increment by 50;
create sequence SEQ_NPM_PACKVERRES start with 1 increment by 50;
create sequence SEQ_RES_REINDEX_JOB start with 1 increment by 50;
create sequence SEQ_RESLINK_ID start with 1 increment by 50;
create sequence SEQ_RESOURCE_HISTORY_ID start with 1 increment by 50;
create sequence SEQ_RESOURCE_ID start with 1 increment by 50;
create sequence SEQ_RESPARMPRESENT_ID start with 1 increment by 50;
create sequence SEQ_RESTAG_ID start with 1 increment by 50;
create sequence SEQ_SEARCH start with 1 increment by 50;
create sequence SEQ_SEARCH_INC start with 1 increment by 50;
create sequence SEQ_SEARCH_RES start with 1 increment by 50;
create sequence SEQ_SPIDX_COORDS start with 1 increment by 50;
create sequence SEQ_SPIDX_DATE start with 1 increment by 50;
create sequence SEQ_SPIDX_IDENTITY start with 1 increment by 1;
create sequence SEQ_SPIDX_NUMBER start with 1 increment by 50;
create sequence SEQ_SPIDX_QUANTITY start with 1 increment by 50;
create sequence SEQ_SPIDX_QUANTITY_NRML start with 1 increment by 50;
create sequence SEQ_SPIDX_STRING start with 1 increment by 50;
create sequence SEQ_SPIDX_TOKEN start with 1 increment by 50;
create sequence SEQ_SPIDX_URI start with 1 increment by 50;
create sequence SEQ_SUBSCRIPTION_ID start with 1 increment by 50;
create sequence SEQ_TAGDEF_ID start with 1 increment by 50;
create sequence SEQ_VALUESET_C_DSGNTN_PID start with 1 increment by 50;
create sequence SEQ_VALUESET_CONCEPT_PID start with 1 increment by 50;
create sequence SEQ_VALUESET_PID start with 1 increment by 50;
create table BT2_JOB_INSTANCE (
ID varchar(100) not null,
JOB_CANCELLED boolean not null,
CMB_RECS_PROCESSED integer,
CMB_RECS_PER_SEC float(53),
CREATE_TIME timestamp(6) not null,
CUR_GATED_STEP_ID varchar(100),
DEFINITION_ID varchar(100) not null,
DEFINITION_VER integer not null,
END_TIME timestamp(6),
ERROR_COUNT integer not null,
ERROR_MSG varchar(500),
EST_REMAINING varchar(100),
FAST_TRACKING boolean,
PARAMS_JSON varchar(2000),
PARAMS_JSON_LOB oid,
PARAMS_JSON_VC text,
PROGRESS_PCT float(53) not null,
REPORT oid,
REPORT_VC text,
START_TIME timestamp(6),
STAT varchar(20) not null,
TOT_ELAPSED_MILLIS integer,
CLIENT_ID varchar(200),
USER_NAME varchar(200),
UPDATE_TIME timestamp(6),
USER_DATA_JSON text,
WARNING_MSG varchar(4000),
WORK_CHUNKS_PURGED boolean not null,
primary key (ID)
);
create table BT2_WORK_CHUNK (
ID varchar(100) not null,
CREATE_TIME timestamp(6) not null,
END_TIME timestamp(6),
ERROR_COUNT integer not null,
ERROR_MSG varchar(500),
INSTANCE_ID varchar(100) not null,
DEFINITION_ID varchar(100) not null,
DEFINITION_VER integer not null,
NEXT_POLL_TIME timestamp(6),
POLL_ATTEMPTS integer,
RECORDS_PROCESSED integer,
SEQ integer not null,
CHUNK_DATA oid,
CHUNK_DATA_VC text,
START_TIME timestamp(6),
STAT varchar(20) not null,
TGT_STEP_ID varchar(100) not null,
UPDATE_TIME timestamp(6),
WARNING_MSG varchar(4000),
primary key (ID)
);
create table CDH_LB_REF (
PID bigint not null,
EXPIRES timestamp(6),
LB_RES_ID bigint not null,
LB_RES_PARTITION_ID integer,
ORDER_DATE timestamp(6),
ROOT_RES_ID bigint not null,
ROOT_RES_PARTITION_ID integer,
RULE_SYSTEM varchar(200) not null,
RULE_VALUE varchar(200) not null,
SUBS_RES_ID bigint not null,
SUBS_RES_PARTITION_ID integer,
TRACK_PARAM varchar(200),
TRACK_SUBPARAM varchar(200),
primary key (PID),
constraint IDX_CDH_LB_REF_UNIQ unique (RULE_SYSTEM, RULE_VALUE, ROOT_RES_ID, SUBS_RES_ID, LB_RES_ID)
);
create table CDH_LB_SUB_GROUP (
PID bigint not null,
SUBS_GROUP varchar(200) not null,
SUBS_ID varchar(200) not null,
SUBS_RES_ID bigint not null,
SUBS_RES_PARTITION_ID integer,
primary key (PID),
constraint IDX_CDH_LB_SUB_ID_GROUP unique (SUBS_RES_ID, SUBS_GROUP)
);
create table CDH_LB_WL (
PID bigint not null,
SUBSCRIBER_TYPE varchar(200) not null,
WATCHLIST_SYSTEM varchar(200) not null,
WATCHLIST_VALUE varchar(200) not null,
primary key (PID),
constraint IDX_CDH_LB_WL_WATCHLIST_TOKEN unique (WATCHLIST_SYSTEM, WATCHLIST_VALUE)
);
create table CDH_LB_WL_SUBS (
PID bigint not null,
SEED_STATUS integer not null,
SUBS_ID varchar(200) not null,
SUBS_RES_ID bigint not null,
SUBS_RES_PARTITION_ID integer,
WATCHLIST_ID bigint not null,
primary key (PID),
constraint IDX_CDH_LB_WL_SUBS_WATCHLIST unique (WATCHLIST_ID, SUBS_RES_ID)
);
create table HFJ_BINARY_STORAGE_BLOB (
BLOB_ID varchar(200) not null,
BLOB_DATA oid,
CONTENT_TYPE varchar(100) not null,
BLOB_HASH varchar(128),
PUBLISHED_DATE timestamp(6) not null,
RESOURCE_ID varchar(100) not null,
BLOB_SIZE bigint not null,
STORAGE_CONTENT_BIN bytea,
primary key (BLOB_ID)
);
create table HFJ_BLK_EXPORT_COLFILE (
PID bigint not null,
RES_ID varchar(100) not null,
COLLECTION_PID bigint not null,
primary key (PID)
);
create table HFJ_BLK_EXPORT_COLLECTION (
PID bigint not null,
TYPE_FILTER varchar(1000),
RES_TYPE varchar(40) not null,
OPTLOCK integer not null,
JOB_PID bigint not null,
primary key (PID)
);
create table HFJ_BLK_EXPORT_JOB (
PID bigint not null,
CREATED_TIME timestamp(6) not null,
EXP_TIME timestamp(6),
JOB_ID varchar(36) not null,
REQUEST varchar(1024) not null,
EXP_SINCE timestamp(6),
JOB_STATUS varchar(10) not null,
STATUS_MESSAGE varchar(500),
STATUS_TIME timestamp(6) not null,
OPTLOCK integer not null,
primary key (PID),
constraint IDX_BLKEX_JOB_ID unique (JOB_ID)
);
create table HFJ_BLK_IMPORT_JOB (
PID bigint not null,
BATCH_SIZE integer not null,
FILE_COUNT integer not null,
JOB_DESC varchar(500),
JOB_ID varchar(36) not null,
ROW_PROCESSING_MODE varchar(20) not null,
JOB_STATUS varchar(10) not null,
STATUS_MESSAGE varchar(500),
STATUS_TIME timestamp(6) not null,
OPTLOCK integer not null,
primary key (PID),
constraint IDX_BLKIM_JOB_ID unique (JOB_ID)
);
create table HFJ_BLK_IMPORT_JOBFILE (
PID bigint not null,
JOB_CONTENTS oid,
JOB_CONTENTS_VC text,
FILE_DESCRIPTION varchar(500),
FILE_SEQ integer not null,
TENANT_NAME varchar(200),
JOB_PID bigint not null,
primary key (PID)
);
create table HFJ_FORCED_ID (
PID bigint not null,
PARTITION_ID integer,
PARTITION_DATE date,
FORCED_ID varchar(100) not null,
RESOURCE_PID bigint not null,
RESOURCE_TYPE varchar(100) default '',
primary key (PID)
);
create table HFJ_HISTORY_TAG (
PID bigint not null,
PARTITION_ID integer,
PARTITION_DATE date,
TAG_ID bigint,
RES_VER_PID bigint not null,
RES_ID bigint not null,
RES_TYPE varchar(40) not null,
primary key (PID),
constraint IDX_RESHISTTAG_TAGID unique (RES_VER_PID, TAG_ID)
);
create table HFJ_IDX_CMB_TOK_NU (
PID bigint not null,
PARTITION_ID integer,
PARTITION_DATE date,
HASH_COMPLETE bigint not null,
IDX_STRING varchar(500) not null,
RES_ID bigint,
primary key (PID)
);
create table HFJ_IDX_CMP_STRING_UNIQ (
PID bigint not null,
PARTITION_ID integer,
PARTITION_DATE date,
HASH_COMPLETE bigint,
HASH_COMPLETE_2 bigint,
IDX_STRING varchar(500) not null,
RES_ID bigint,
primary key (PID),
constraint IDX_IDXCMPSTRUNIQ_STRING unique (IDX_STRING)
);
create table HFJ_PARTITION (
PART_ID integer not null,
PART_DESC varchar(200),
PART_NAME varchar(200) not null,
primary key (PART_ID),
constraint IDX_PART_NAME unique (PART_NAME)
);
create table HFJ_RES_LINK (
PID bigint not null,
PARTITION_ID integer,
PARTITION_DATE date,
SRC_PATH varchar(500) not null,
SRC_RESOURCE_ID bigint not null,
SOURCE_RESOURCE_TYPE varchar(40) not null,
TARGET_RES_PARTITION_DATE date,
TARGET_RES_PARTITION_ID integer,
TARGET_RESOURCE_ID bigint,
TARGET_RESOURCE_TYPE varchar(40) not null,
TARGET_RESOURCE_URL varchar(200),
TARGET_RESOURCE_VERSION bigint,
SP_UPDATED timestamp(6),
primary key (PID)
);
create table HFJ_RES_PARAM_PRESENT (
PID bigint not null,
PARTITION_ID integer,
PARTITION_DATE date,
HASH_PRESENCE bigint,
SP_PRESENT boolean not null,
RES_ID bigint not null,
primary key (PID)
);
create table HFJ_RES_REINDEX_JOB (
PID bigint not null,
JOB_DELETED boolean not null,
REINDEX_COUNT integer,
RES_TYPE varchar(100),
SUSPENDED_UNTIL timestamp(6),
UPDATE_THRESHOLD_HIGH timestamp(6) not null,
UPDATE_THRESHOLD_LOW timestamp(6),
primary key (PID)
);
create table HFJ_RES_SEARCH_URL (
RES_SEARCH_URL varchar(768) not null,
PARTITION_ID integer not null,
CREATED_TIME timestamp(6) not null,
PARTITION_DATE date,
RES_ID bigint not null,
primary key (RES_SEARCH_URL, PARTITION_ID)
);
create table HFJ_RES_TAG (
PID bigint not null,
PARTITION_ID integer,
PARTITION_DATE date,
TAG_ID bigint,
RES_ID bigint,
RES_TYPE varchar(40) not null,
primary key (PID),
constraint IDX_RESTAG_TAGID unique (RES_ID, TAG_ID)
);
create table HFJ_RES_VER (
PARTITION_ID integer,
PID bigint not null,
RES_DELETED_AT timestamp(6),
RES_VERSION varchar(7),
HAS_TAGS boolean not null,
RES_PUBLISHED timestamp(6) not null,
RES_UPDATED timestamp(6) not null,
RES_ENCODING varchar(5) not null,
PARTITION_DATE date,
REQUEST_ID varchar(16),
RES_TEXT oid,
RES_ID bigint not null,
RES_TEXT_VC text,
RES_TYPE varchar(40) not null,
RES_VER bigint not null,
SOURCE_URI varchar(768),
primary key (PID),
constraint IDX_RESVER_ID_VER unique (RES_ID, RES_VER)
);
create table HFJ_RES_VER_PROV (
RES_VER_PID bigint not null,
PARTITION_ID integer,
PARTITION_DATE date,
REQUEST_ID varchar(16),
RES_PID bigint not null,
SOURCE_URI varchar(768),
primary key (RES_VER_PID)
);
create table HFJ_RESOURCE (
RES_ID bigint not null,
PARTITION_ID integer,
RES_DELETED_AT timestamp(6),
RES_VERSION varchar(7),
HAS_TAGS boolean not null,
RES_PUBLISHED timestamp(6) not null,
RES_UPDATED timestamp(6) not null,
FHIR_ID varchar(64),
SP_HAS_LINKS boolean not null,
HASH_SHA256 varchar(64),
SP_INDEX_STATUS smallint,
RES_LANGUAGE varchar(20),
SP_CMPSTR_UNIQ_PRESENT boolean,
SP_CMPTOKS_PRESENT boolean,
SP_COORDS_PRESENT boolean not null,
SP_DATE_PRESENT boolean not null,
SP_NUMBER_PRESENT boolean not null,
SP_QUANTITY_NRML_PRESENT boolean not null,
SP_QUANTITY_PRESENT boolean not null,
SP_STRING_PRESENT boolean not null,
SP_TOKEN_PRESENT boolean not null,
SP_URI_PRESENT boolean not null,
PARTITION_DATE date,
RES_TYPE varchar(40) not null,
SEARCH_URL_PRESENT boolean,
RES_VER bigint not null,
primary key (RES_ID),
constraint IDX_RES_TYPE_FHIR_ID unique (RES_TYPE, FHIR_ID)
);
create table HFJ_RESOURCE_MODIFIED (
RES_ID varchar(256) not null,
RES_VER varchar(8) not null,
CREATED_TIME timestamp(6) not null,
RESOURCE_TYPE varchar(40) not null,
SUMMARY_MESSAGE varchar(4000) not null,
primary key (RES_ID, RES_VER)
);
create table HFJ_REVINFO (
REV bigint not null,
REVTSTMP timestamp(6),
primary key (REV)
);
create table HFJ_SEARCH (
PID bigint not null,
CREATED timestamp(6) not null,
SEARCH_DELETED boolean,
EXPIRY_OR_NULL timestamp(6),
FAILURE_CODE integer,
FAILURE_MESSAGE varchar(500),
LAST_UPDATED_HIGH timestamp(6),
LAST_UPDATED_LOW timestamp(6),
NUM_BLOCKED integer,
NUM_FOUND integer not null,
PARTITION_ID integer,
PREFERRED_PAGE_SIZE integer,
RESOURCE_ID bigint,
RESOURCE_TYPE varchar(200),
SEARCH_PARAM_MAP oid,
SEARCH_PARAM_MAP_BIN bytea,
SEARCH_QUERY_STRING oid,
SEARCH_QUERY_STRING_HASH integer,
SEARCH_QUERY_STRING_VC text,
SEARCH_TYPE integer not null,
SEARCH_STATUS varchar(10) not null,
TOTAL_COUNT integer,
SEARCH_UUID varchar(48) not null,
OPTLOCK_VERSION integer,
primary key (PID),
constraint IDX_SEARCH_UUID unique (SEARCH_UUID)
);
create table HFJ_SEARCH_INCLUDE (
PID bigint not null,
SEARCH_INCLUDE varchar(200) not null,
INC_RECURSE boolean not null,
REVINCLUDE boolean not null,
SEARCH_PID bigint not null,
primary key (PID)
);
create table HFJ_SEARCH_RESULT (
PID bigint not null,
SEARCH_ORDER integer not null,
RESOURCE_PARTITION_ID integer,
RESOURCE_PID bigint not null,
SEARCH_PID bigint not null,
primary key (PID),
constraint IDX_SEARCHRES_ORDER unique (SEARCH_PID, SEARCH_ORDER)
);
create table HFJ_SPIDX_COORDS (
SP_ID bigint not null,
PARTITION_ID integer,
PARTITION_DATE date,
HASH_IDENTITY bigint,
SP_MISSING boolean not null,
SP_NAME varchar(100),
RES_ID bigint not null,
RES_TYPE varchar(100),
SP_UPDATED timestamp(6),
SP_LATITUDE float(53),
SP_LONGITUDE float(53),
primary key (SP_ID)
);
create table HFJ_SPIDX_DATE (
SP_ID bigint not null,
PARTITION_ID integer,
PARTITION_DATE date,
HASH_IDENTITY bigint,
SP_MISSING boolean not null,
SP_NAME varchar(100),
RES_ID bigint not null,
RES_TYPE varchar(100),
SP_UPDATED timestamp(6),
SP_VALUE_HIGH timestamp(6),
SP_VALUE_HIGH_DATE_ORDINAL integer,
SP_VALUE_LOW timestamp(6),
SP_VALUE_LOW_DATE_ORDINAL integer,
primary key (SP_ID)
);
create table HFJ_SPIDX_IDENTITY (
SP_IDENTITY_ID integer not null,
HASH_IDENTITY bigint not null,
SP_NAME varchar(256) not null,
RES_TYPE varchar(100) not null,
primary key (SP_IDENTITY_ID),
constraint IDX_HASH_IDENTITY unique (HASH_IDENTITY)
);
create table HFJ_SPIDX_NUMBER (
SP_ID bigint not null,
PARTITION_ID integer,
PARTITION_DATE date,
HASH_IDENTITY bigint,
SP_MISSING boolean not null,
SP_NAME varchar(100),
RES_ID bigint not null,
RES_TYPE varchar(100),
SP_UPDATED timestamp(6),
SP_VALUE decimal(19,2),
primary key (SP_ID)
);
create table HFJ_SPIDX_QUANTITY (
SP_ID bigint not null,
PARTITION_ID integer,
PARTITION_DATE date,
HASH_IDENTITY bigint,
SP_MISSING boolean not null,
SP_NAME varchar(100),
RES_ID bigint not null,
RES_TYPE varchar(100),
SP_UPDATED timestamp(6),
HASH_IDENTITY_AND_UNITS bigint,
HASH_IDENTITY_SYS_UNITS bigint,
SP_SYSTEM varchar(200),
SP_UNITS varchar(200),
SP_VALUE float(53),
primary key (SP_ID)
);
create table HFJ_SPIDX_QUANTITY_NRML (
SP_ID bigint not null,
PARTITION_ID integer,
PARTITION_DATE date,
HASH_IDENTITY bigint,
SP_MISSING boolean not null,
SP_NAME varchar(100),
RES_ID bigint not null,
RES_TYPE varchar(100),
SP_UPDATED timestamp(6),
HASH_IDENTITY_AND_UNITS bigint,
HASH_IDENTITY_SYS_UNITS bigint,
SP_SYSTEM varchar(200),
SP_UNITS varchar(200),
SP_VALUE float(53),
primary key (SP_ID)
);
create table HFJ_SPIDX_STRING (
SP_ID bigint not null,
PARTITION_ID integer,
PARTITION_DATE date,
HASH_IDENTITY bigint,
SP_MISSING boolean not null,
SP_NAME varchar(100),
RES_ID bigint not null,
RES_TYPE varchar(100),
SP_UPDATED timestamp(6),
HASH_EXACT bigint,
HASH_NORM_PREFIX bigint,
SP_VALUE_EXACT varchar(768),
SP_VALUE_NORMALIZED varchar(768),
primary key (SP_ID)
);
create table HFJ_SPIDX_TOKEN (
SP_ID bigint not null,
PARTITION_ID integer,
PARTITION_DATE date,
HASH_IDENTITY bigint,
SP_MISSING boolean not null,
SP_NAME varchar(100),
RES_ID bigint not null,
RES_TYPE varchar(100),
SP_UPDATED timestamp(6),
HASH_SYS bigint,
HASH_SYS_AND_VALUE bigint,
HASH_VALUE bigint,
SP_SYSTEM varchar(200),
SP_VALUE varchar(200),
primary key (SP_ID)
);
create table HFJ_SPIDX_URI (
SP_ID bigint not null,
PARTITION_ID integer,
PARTITION_DATE date,
HASH_IDENTITY bigint,
SP_MISSING boolean not null,
SP_NAME varchar(100),
RES_ID bigint not null,
RES_TYPE varchar(100),
SP_UPDATED timestamp(6),
HASH_URI bigint,
SP_URI varchar(500),
primary key (SP_ID)
);
create table HFJ_SUBSCRIPTION_STATS (
PID bigint not null,
CREATED_TIME timestamp(6) not null,
RES_ID bigint,
primary key (PID),
constraint IDX_SUBSC_RESID unique (RES_ID)
);
create table HFJ_TAG_DEF (
TAG_ID bigint not null,
TAG_CODE varchar(200),
TAG_DISPLAY varchar(200),
TAG_SYSTEM varchar(200),
TAG_TYPE integer not null,
TAG_USER_SELECTED boolean,
TAG_VERSION varchar(30),
primary key (TAG_ID)
);
create table MPI_LINK (
PID bigint not null,
PARTITION_DATE date,
PARTITION_ID integer,
CREATED timestamp(6) not null,
EID_MATCH boolean,
GOLDEN_RESOURCE_PARTITION_ID integer,
GOLDEN_RESOURCE_PID bigint not null,
NEW_PERSON boolean,
LINK_SOURCE integer not null,
MATCH_RESULT integer not null,
TARGET_TYPE varchar(40),
PERSON_PARTITION_ID integer,
PERSON_PID bigint not null,
RULE_COUNT bigint,
SCORE float(53),
TARGET_PARTITION_ID integer,
TARGET_PID bigint not null,
UPDATED timestamp(6) not null,
VECTOR bigint,
VERSION varchar(16) not null,
primary key (PID),
constraint IDX_EMPI_PERSON_TGT unique (PERSON_PID, TARGET_PID)
);
create table MPI_LINK_AUD (
PID bigint not null,
REV bigint not null,
REVTYPE smallint,
PARTITION_DATE date,
PARTITION_ID integer,
CREATED timestamp(6),
EID_MATCH boolean,
GOLDEN_RESOURCE_PARTITION_ID integer,
GOLDEN_RESOURCE_PID bigint,
NEW_PERSON boolean,
LINK_SOURCE integer,
MATCH_RESULT integer,
TARGET_TYPE varchar(40),
PERSON_PARTITION_ID integer,
PERSON_PID bigint,
RULE_COUNT bigint,
SCORE float(53),
TARGET_PARTITION_ID integer,
TARGET_PID bigint,
UPDATED timestamp(6),
VECTOR bigint,
VERSION varchar(16),
primary key (REV, PID)
);
create table NPM_PACKAGE (
PID bigint not null,
CUR_VERSION_ID varchar(200),
PACKAGE_DESC varchar(512),
PACKAGE_ID varchar(200) not null,
UPDATED_TIME timestamp(6) not null,
primary key (PID),
constraint IDX_PACK_ID unique (PACKAGE_ID)
);
create table NPM_PACKAGE_VER (
PID bigint not null,
PKG_AUTHOR varchar(512),
AUTHOR_UPPER varchar(512),
CURRENT_VERSION boolean not null,
PKG_DESC varchar(512),
DESC_UPPER varchar(512),
FHIR_VERSION varchar(10) not null,
FHIR_VERSION_ID varchar(20) not null,
PARTITION_ID integer,
BINARY_RES_ID bigint not null,
PACKAGE_ID varchar(200) not null,
PACKAGE_SIZE_BYTES bigint not null,
SAVED_TIME timestamp(6) not null,
UPDATED_TIME timestamp(6) not null,
VERSION_ID varchar(200) not null,
PACKAGE_PID bigint not null,
primary key (PID),
constraint IDX_PACKVER unique (PACKAGE_ID, VERSION_ID)
);
create table NPM_PACKAGE_VER_RES (
PID bigint not null,
CANONICAL_URL varchar(200),
CANONICAL_VERSION varchar(200),
FILE_DIR varchar(200),
FHIR_VERSION varchar(10) not null,
FHIR_VERSION_ID varchar(20) not null,
FILE_NAME varchar(200),
PARTITION_ID integer,
RES_SIZE_BYTES bigint not null,
BINARY_RES_ID bigint not null,
RES_TYPE varchar(40) not null,
UPDATED_TIME timestamp(6) not null,
PACKVER_PID bigint not null,
primary key (PID)
);
create table TRM_CODESYSTEM (
PID bigint not null,
PARTITION_ID integer,
PARTITION_DATE date,
CODE_SYSTEM_URI varchar(200) not null,
CURRENT_VERSION_PARTITION_ID integer,
CURRENT_VERSION_PID bigint,
CS_NAME varchar(200),
RES_ID bigint not null,
primary key (PID),
constraint IDX_CS_CODESYSTEM unique (CODE_SYSTEM_URI)
);
create table TRM_CODESYSTEM_VER (
PID bigint not null,
PARTITION_ID integer,
PARTITION_DATE date,
CS_DISPLAY varchar(200),
CODESYSTEM_PID bigint,
CS_VERSION_ID varchar(200),
RES_ID bigint not null,
primary key (PID),
constraint IDX_CODESYSTEM_AND_VER unique (CODESYSTEM_PID, CS_VERSION_ID)
);
create table TRM_CONCEPT (
PID bigint not null,
PARTITION_ID integer,
CODEVAL varchar(500) not null,
CODESYSTEM_PID bigint not null,
DISPLAY varchar(400),
INDEX_STATUS smallint,
PARENT_PIDS oid,
PARENT_PIDS_VC text,
CODE_SEQUENCE integer,
CONCEPT_UPDATED timestamp(6),
primary key (PID),
constraint IDX_CONCEPT_CS_CODE unique (CODESYSTEM_PID, CODEVAL)
);
create table TRM_CONCEPT_DESIG (
PID bigint not null,
PARTITION_ID integer,
PARTITION_DATE date,
CONCEPT_PID bigint not null,
LANG varchar(500),
USE_CODE varchar(500),
USE_DISPLAY varchar(500),
USE_SYSTEM varchar(500),
VAL varchar(2000),
VAL_VC text,
CS_VER_PID bigint not null,
primary key (PID)
);
create table TRM_CONCEPT_MAP (
PID bigint not null,
PARTITION_ID integer,
PARTITION_DATE date,
RES_ID bigint not null,
SOURCE_URL varchar(200),
TARGET_URL varchar(200),
URL varchar(200) not null,
VER varchar(200),
primary key (PID),
constraint IDX_CONCEPT_MAP_URL unique (URL, VER)
);
create table TRM_CONCEPT_MAP_GROUP (
PID bigint not null,
PARTITION_ID integer,
PARTITION_DATE date,
CONCEPT_MAP_PID bigint not null,
CONCEPT_MAP_URL varchar(200),
SOURCE_URL varchar(200) not null,
SOURCE_VS varchar(200),
SOURCE_VERSION varchar(200),
TARGET_URL varchar(200) not null,
TARGET_VS varchar(200),
TARGET_VERSION varchar(200),
primary key (PID)
);
create table TRM_CONCEPT_MAP_GRP_ELEMENT (
PID bigint not null,
PARTITION_ID integer,
PARTITION_DATE date,
SOURCE_CODE varchar(500) not null,
CONCEPT_MAP_GROUP_PID bigint not null,
CONCEPT_MAP_URL varchar(200),
SOURCE_DISPLAY varchar(500),
SYSTEM_URL varchar(200),
SYSTEM_VERSION varchar(200),
VALUESET_URL varchar(200),
primary key (PID)
);
create table TRM_CONCEPT_MAP_GRP_ELM_TGT (
PID bigint not null,
PARTITION_ID integer,
PARTITION_DATE date,
TARGET_CODE varchar(500),
CONCEPT_MAP_GRP_ELM_PID bigint not null,
CONCEPT_MAP_URL varchar(200),
TARGET_DISPLAY varchar(500),
TARGET_EQUIVALENCE varchar(50),
SYSTEM_URL varchar(200),
SYSTEM_VERSION varchar(200),
VALUESET_URL varchar(200),
primary key (PID)
);
create table TRM_CONCEPT_PC_LINK (
PID bigint not null,
PARTITION_ID integer,
CHILD_PID bigint not null,
CODESYSTEM_PID bigint not null,
PARENT_PID bigint not null,
REL_TYPE integer,
primary key (PID)
);
create table TRM_CONCEPT_PROPERTY (
PID bigint not null,
PARTITION_ID integer,
PARTITION_DATE date,
PROP_CODESYSTEM varchar(500),
CS_VER_PID bigint,
CONCEPT_PID bigint not null,
PROP_DISPLAY varchar(500),
PROP_KEY varchar(500) not null,
PROP_TYPE integer not null,
PROP_VAL varchar(500),
PROP_VAL_BIN bytea,
PROP_VAL_LOB oid,
primary key (PID)
);
create table TRM_VALUESET (
PID bigint not null,
PARTITION_ID integer,
PARTITION_DATE date,
EXPANSION_STATUS varchar(50) not null,
EXPANDED_AT timestamp(6),
VSNAME varchar(200),
RES_ID bigint not null,
TOTAL_CONCEPT_DESIGNATIONS bigint default 0 not null,
TOTAL_CONCEPTS bigint default 0 not null,
URL varchar(200) not null,
VER varchar(200),
primary key (PID),
constraint IDX_VALUESET_URL unique (URL, VER)
);
create table TRM_VALUESET_C_DESIGNATION (
PID bigint not null,
PARTITION_ID integer,
PARTITION_DATE date,
VALUESET_CONCEPT_PID bigint not null,
LANG varchar(500),
USE_CODE varchar(500),
USE_DISPLAY varchar(500),
USE_SYSTEM varchar(500),
VAL varchar(2000) not null,
VALUESET_PID bigint not null,
primary key (PID)
);
create table TRM_VALUESET_CONCEPT (
PID bigint not null,
PARTITION_ID integer,
PARTITION_DATE date,
CODEVAL varchar(500) not null,
DISPLAY varchar(400),
INDEX_STATUS bigint,
VALUESET_ORDER integer not null,
SOURCE_DIRECT_PARENT_PIDS oid,
SOURCE_DIRECT_PARENT_PIDS_VC text,
SOURCE_PID bigint,
SYSTEM_URL varchar(200) not null,
SYSTEM_VER varchar(200),
VALUESET_PID bigint not null,
primary key (PID),
constraint IDX_VS_CONCEPT_CSCD unique (VALUESET_PID, SYSTEM_URL, CODEVAL),
constraint IDX_VS_CONCEPT_ORDER unique (VALUESET_PID, VALUESET_ORDER)
);
create index IDX_BT2JI_CT
on BT2_JOB_INSTANCE (CREATE_TIME);
create index IDX_BT2WC_II_SEQ
on BT2_WORK_CHUNK (INSTANCE_ID, SEQ);
create index IDX_BT2WC_II_SI_S_SEQ_ID
on BT2_WORK_CHUNK (INSTANCE_ID, TGT_STEP_ID, STAT, SEQ, ID);
create index IDX_CDH_LB_REF_RULE_SUBS
on CDH_LB_REF (RULE_SYSTEM, RULE_VALUE, SUBS_RES_ID);
create index IDX_CDH_LB_REF_TRACK_PARAM
on CDH_LB_REF (TRACK_PARAM);
create index IDX_CDH_LB_REF_TRACK_SUBPARAM
on CDH_LB_REF (TRACK_SUBPARAM);
create index IDX_CDH_LB_REF_EXPIRES
on CDH_LB_REF (EXPIRES);
create index FK_LB_RES
on CDH_LB_REF (LB_RES_ID);
create index FK_LB_SUBS
on CDH_LB_REF (SUBS_RES_ID);
create index FK_LB_ROOT
on CDH_LB_REF (ROOT_RES_ID);
create index IDX_CDH_LB_SUB_GROUP_GROUP
on CDH_LB_SUB_GROUP (SUBS_GROUP);
create index IDX_CDH_LB_SUB_GROUP_ID
on CDH_LB_SUB_GROUP (SUBS_ID);
create index FK_LB_WL_SUBS
on CDH_LB_WL_SUBS (SUBS_RES_ID);
create index IDX_BLKEX_EXPTIME
on HFJ_BLK_EXPORT_JOB (EXP_TIME);
create index IDX_BLKIM_JOBFILE_JOBID
on HFJ_BLK_IMPORT_JOBFILE (JOB_PID);
create index IDX_RESHISTTAG_RESID
on HFJ_HISTORY_TAG (RES_ID);
create index IDX_IDXCMBTOKNU_STR
on HFJ_IDX_CMB_TOK_NU (IDX_STRING);
create index IDX_IDXCMBTOKNU_HASHC
on HFJ_IDX_CMB_TOK_NU (HASH_COMPLETE, RES_ID, PARTITION_ID);
create index IDX_IDXCMBTOKNU_RES
on HFJ_IDX_CMB_TOK_NU (RES_ID);
create index IDX_IDXCMPSTRUNIQ_RESOURCE
on HFJ_IDX_CMP_STRING_UNIQ (RES_ID);
create index IDX_RL_SRC
on HFJ_RES_LINK (SRC_RESOURCE_ID);
create index IDX_RL_TGT_v2
on HFJ_RES_LINK (TARGET_RESOURCE_ID, SRC_PATH, SRC_RESOURCE_ID, TARGET_RESOURCE_TYPE, PARTITION_ID);
create index IDX_RESPARMPRESENT_RESID
on HFJ_RES_PARAM_PRESENT (RES_ID);
create index IDX_RESPARMPRESENT_HASHPRES
on HFJ_RES_PARAM_PRESENT (HASH_PRESENCE);
create index IDX_RESSEARCHURL_RES
on HFJ_RES_SEARCH_URL (RES_ID);
create index IDX_RESSEARCHURL_TIME
on HFJ_RES_SEARCH_URL (CREATED_TIME);
create index IDX_RES_TAG_RES_TAG
on HFJ_RES_TAG (RES_ID, TAG_ID, PARTITION_ID);
create index IDX_RES_TAG_TAG_RES
on HFJ_RES_TAG (TAG_ID, RES_ID, PARTITION_ID);
create index IDX_RESVER_TYPE_DATE
on HFJ_RES_VER (RES_TYPE, RES_UPDATED, RES_ID);
create index IDX_RESVER_ID_DATE
on HFJ_RES_VER (RES_ID, RES_UPDATED);
create index IDX_RESVER_DATE
on HFJ_RES_VER (RES_UPDATED, RES_ID);
create index IDX_RESVERPROV_SOURCEURI
on HFJ_RES_VER_PROV (SOURCE_URI);
create index IDX_RESVERPROV_REQUESTID
on HFJ_RES_VER_PROV (REQUEST_ID);
create index IDX_RESVERPROV_RES_PID
on HFJ_RES_VER_PROV (RES_PID);
create index IDX_RES_DATE
on HFJ_RESOURCE (RES_UPDATED);
create index IDX_RES_FHIR_ID
on HFJ_RESOURCE (FHIR_ID);
create index IDX_RES_TYPE_DEL_UPDATED
on HFJ_RESOURCE (RES_TYPE, RES_DELETED_AT, RES_UPDATED, PARTITION_ID, RES_ID);
create index IDX_RES_RESID_UPDATED
on HFJ_RESOURCE (RES_ID, RES_UPDATED, PARTITION_ID);
create index IDX_SEARCH_RESTYPE_HASHS
on HFJ_SEARCH (RESOURCE_TYPE, SEARCH_QUERY_STRING_HASH, CREATED);
create index IDX_SEARCH_CREATED
on HFJ_SEARCH (CREATED);
create index FK_SEARCHINC_SEARCH
on HFJ_SEARCH_INCLUDE (SEARCH_PID);
create index IDX_SP_COORDS_HASH_V2
on HFJ_SPIDX_COORDS (HASH_IDENTITY, SP_LATITUDE, SP_LONGITUDE, RES_ID, PARTITION_ID);
create index IDX_SP_COORDS_UPDATED
on HFJ_SPIDX_COORDS (SP_UPDATED);
create index IDX_SP_COORDS_RESID
on HFJ_SPIDX_COORDS (RES_ID);
create index IDX_SP_DATE_HASH_V2
on HFJ_SPIDX_DATE (HASH_IDENTITY, SP_VALUE_LOW, SP_VALUE_HIGH, RES_ID, PARTITION_ID);
create index IDX_SP_DATE_HASH_HIGH_V2
on HFJ_SPIDX_DATE (HASH_IDENTITY, SP_VALUE_HIGH, RES_ID, PARTITION_ID);
create index IDX_SP_DATE_ORD_HASH_V2
on HFJ_SPIDX_DATE (HASH_IDENTITY, SP_VALUE_LOW_DATE_ORDINAL, SP_VALUE_HIGH_DATE_ORDINAL, RES_ID, PARTITION_ID);
create index IDX_SP_DATE_ORD_HASH_HIGH_V2
on HFJ_SPIDX_DATE (HASH_IDENTITY, SP_VALUE_HIGH_DATE_ORDINAL, RES_ID, PARTITION_ID);
create index IDX_SP_DATE_RESID_V2
on HFJ_SPIDX_DATE (RES_ID, HASH_IDENTITY, SP_VALUE_LOW, SP_VALUE_HIGH, SP_VALUE_LOW_DATE_ORDINAL, SP_VALUE_HIGH_DATE_ORDINAL, PARTITION_ID);
create index IDX_SP_NUMBER_HASH_VAL_V2
on HFJ_SPIDX_NUMBER (HASH_IDENTITY, SP_VALUE, RES_ID, PARTITION_ID);
create index IDX_SP_NUMBER_RESID_V2
on HFJ_SPIDX_NUMBER (RES_ID, HASH_IDENTITY, SP_VALUE, PARTITION_ID);
create index IDX_SP_QUANTITY_HASH_V2
on HFJ_SPIDX_QUANTITY (HASH_IDENTITY, SP_VALUE, RES_ID, PARTITION_ID);
create index IDX_SP_QUANTITY_HASH_UN_V2
on HFJ_SPIDX_QUANTITY (HASH_IDENTITY_AND_UNITS, SP_VALUE, RES_ID, PARTITION_ID);
create index IDX_SP_QUANTITY_HASH_SYSUN_V2
on HFJ_SPIDX_QUANTITY (HASH_IDENTITY_SYS_UNITS, SP_VALUE, RES_ID, PARTITION_ID);
create index IDX_SP_QUANTITY_RESID_V2
on HFJ_SPIDX_QUANTITY (RES_ID, HASH_IDENTITY, HASH_IDENTITY_SYS_UNITS, HASH_IDENTITY_AND_UNITS, SP_VALUE, PARTITION_ID);
create index IDX_SP_QNTY_NRML_HASH_V2
on HFJ_SPIDX_QUANTITY_NRML (HASH_IDENTITY, SP_VALUE, RES_ID, PARTITION_ID);
create index IDX_SP_QNTY_NRML_HASH_UN_V2
on HFJ_SPIDX_QUANTITY_NRML (HASH_IDENTITY_AND_UNITS, SP_VALUE, RES_ID, PARTITION_ID);
create index IDX_SP_QNTY_NRML_HASH_SYSUN_V2
on HFJ_SPIDX_QUANTITY_NRML (HASH_IDENTITY_SYS_UNITS, SP_VALUE, RES_ID, PARTITION_ID);
create index IDX_SP_QNTY_NRML_RESID_V2
on HFJ_SPIDX_QUANTITY_NRML (RES_ID, HASH_IDENTITY, HASH_IDENTITY_SYS_UNITS, HASH_IDENTITY_AND_UNITS, SP_VALUE, PARTITION_ID);
create index IDX_SP_STRING_HASH_IDENT_V2
on HFJ_SPIDX_STRING (HASH_IDENTITY, RES_ID, PARTITION_ID);
create index IDX_SP_STRING_HASH_NRM_V2
on HFJ_SPIDX_STRING (HASH_NORM_PREFIX, SP_VALUE_NORMALIZED, RES_ID, PARTITION_ID);
create index IDX_SP_STRING_HASH_EXCT_V2
on HFJ_SPIDX_STRING (HASH_EXACT, RES_ID, PARTITION_ID);
create index IDX_SP_STRING_RESID_V2
on HFJ_SPIDX_STRING (RES_ID, HASH_NORM_PREFIX, PARTITION_ID);
create index IDX_SP_TOKEN_HASH_V2
on HFJ_SPIDX_TOKEN (HASH_IDENTITY, SP_SYSTEM, SP_VALUE, RES_ID, PARTITION_ID);
create index IDX_SP_TOKEN_HASH_S_V2
on HFJ_SPIDX_TOKEN (HASH_SYS, RES_ID, PARTITION_ID);
create index IDX_SP_TOKEN_HASH_SV_V2
on HFJ_SPIDX_TOKEN (HASH_SYS_AND_VALUE, RES_ID, PARTITION_ID);
create index IDX_SP_TOKEN_HASH_V_V2
on HFJ_SPIDX_TOKEN (HASH_VALUE, RES_ID, PARTITION_ID);
create index IDX_SP_TOKEN_RESID_V2
on HFJ_SPIDX_TOKEN (RES_ID, HASH_SYS_AND_VALUE, HASH_VALUE, HASH_SYS, HASH_IDENTITY, PARTITION_ID);
create index IDX_SP_URI_HASH_URI_V2
on HFJ_SPIDX_URI (HASH_URI, RES_ID, PARTITION_ID);
create index IDX_SP_URI_HASH_IDENTITY_V2
on HFJ_SPIDX_URI (HASH_IDENTITY, SP_URI, RES_ID, PARTITION_ID);
create index IDX_SP_URI_COORDS
on HFJ_SPIDX_URI (RES_ID);
create index IDX_TAG_DEF_TP_CD_SYS
on HFJ_TAG_DEF (TAG_TYPE, TAG_CODE, TAG_SYSTEM, TAG_ID, TAG_VERSION, TAG_USER_SELECTED);
create index IDX_EMPI_MATCH_TGT_VER
on MPI_LINK (MATCH_RESULT, TARGET_PID, VERSION);
create index IDX_EMPI_GR_TGT
on MPI_LINK (GOLDEN_RESOURCE_PID, TARGET_PID);
create index FK_EMPI_LINK_TARGET
on MPI_LINK (TARGET_PID);
create index IDX_EMPI_TGT_MR_LS
on MPI_LINK (TARGET_TYPE, MATCH_RESULT, LINK_SOURCE);
create index IDX_EMPI_TGT_MR_SCORE
on MPI_LINK (TARGET_TYPE, MATCH_RESULT, SCORE);
create index FK_NPM_PKV_PKG
on NPM_PACKAGE_VER (PACKAGE_PID);
create index FK_NPM_PKV_RESID
on NPM_PACKAGE_VER (BINARY_RES_ID);
create index IDX_PACKVERRES_URL
on NPM_PACKAGE_VER_RES (CANONICAL_URL);
create index FK_NPM_PACKVERRES_PACKVER
on NPM_PACKAGE_VER_RES (PACKVER_PID);
create index FK_NPM_PKVR_RESID
on NPM_PACKAGE_VER_RES (BINARY_RES_ID);
create index FK_TRMCODESYSTEM_RES
on TRM_CODESYSTEM (RES_ID);
create index FK_TRMCODESYSTEM_CURVER
on TRM_CODESYSTEM (CURRENT_VERSION_PID);
create index FK_CODESYSVER_RES_ID
on TRM_CODESYSTEM_VER (RES_ID);
create index FK_CODESYSVER_CS_ID
on TRM_CODESYSTEM_VER (CODESYSTEM_PID);
create index IDX_CONCEPT_INDEXSTATUS
on TRM_CONCEPT (INDEX_STATUS);
create index IDX_CONCEPT_UPDATED
on TRM_CONCEPT (CONCEPT_UPDATED);
create index FK_CONCEPTDESIG_CONCEPT
on TRM_CONCEPT_DESIG (CONCEPT_PID);
create index FK_CONCEPTDESIG_CSV
on TRM_CONCEPT_DESIG (CS_VER_PID);
create index FK_TRMCONCEPTMAP_RES
on TRM_CONCEPT_MAP (RES_ID);
create index FK_TCMGROUP_CONCEPTMAP
on TRM_CONCEPT_MAP_GROUP (CONCEPT_MAP_PID);
create index IDX_CNCPT_MAP_GRP_CD
on TRM_CONCEPT_MAP_GRP_ELEMENT (SOURCE_CODE);
create index FK_TCMGELEMENT_GROUP
on TRM_CONCEPT_MAP_GRP_ELEMENT (CONCEPT_MAP_GROUP_PID);
create index IDX_CNCPT_MP_GRP_ELM_TGT_CD
on TRM_CONCEPT_MAP_GRP_ELM_TGT (TARGET_CODE);
create index FK_TCMGETARGET_ELEMENT
on TRM_CONCEPT_MAP_GRP_ELM_TGT (CONCEPT_MAP_GRP_ELM_PID);
create index FK_TERM_CONCEPTPC_CHILD
on TRM_CONCEPT_PC_LINK (CHILD_PID);
create index FK_TERM_CONCEPTPC_PARENT
on TRM_CONCEPT_PC_LINK (PARENT_PID);
create index FK_TERM_CONCEPTPC_CS
on TRM_CONCEPT_PC_LINK (CODESYSTEM_PID);
create index FK_CONCEPTPROP_CONCEPT
on TRM_CONCEPT_PROPERTY (CONCEPT_PID);
create index FK_CONCEPTPROP_CSV
on TRM_CONCEPT_PROPERTY (CS_VER_PID);
create index FK_TRMVALUESET_RES
on TRM_VALUESET (RES_ID);
create index FK_TRM_VALUESET_CONCEPT_PID
on TRM_VALUESET_C_DESIGNATION (VALUESET_CONCEPT_PID);
create index FK_TRM_VSCD_VS_PID
on TRM_VALUESET_C_DESIGNATION (VALUESET_PID);
alter table if exists BT2_WORK_CHUNK
add constraint FK_BT2WC_INSTANCE
foreign key (INSTANCE_ID)
references BT2_JOB_INSTANCE;
alter table if exists CDH_LB_REF
add constraint FK_LB_RES
foreign key (LB_RES_ID)
references HFJ_RESOURCE;
alter table if exists CDH_LB_REF
add constraint FK_LB_ROOT
foreign key (ROOT_RES_ID)
references HFJ_RESOURCE;
alter table if exists CDH_LB_REF
add constraint FK_LB_SUBS
foreign key (SUBS_RES_ID)
references HFJ_RESOURCE;
alter table if exists CDH_LB_SUB_GROUP
add constraint FK_LB_GP_SUBS
foreign key (SUBS_RES_ID)
references HFJ_RESOURCE;
alter table if exists CDH_LB_WL_SUBS
add constraint FK_LB_WL_SUBS
foreign key (SUBS_RES_ID)
references HFJ_RESOURCE;
alter table if exists CDH_LB_WL_SUBS
add constraint FK_LB_WL_ID
foreign key (WATCHLIST_ID)
references CDH_LB_WL;
alter table if exists HFJ_BLK_EXPORT_COLFILE
add constraint FK_BLKEXCOLFILE_COLLECT
foreign key (COLLECTION_PID)
references HFJ_BLK_EXPORT_COLLECTION;
alter table if exists HFJ_BLK_EXPORT_COLLECTION
add constraint FK_BLKEXCOL_JOB
foreign key (JOB_PID)
references HFJ_BLK_EXPORT_JOB;
alter table if exists HFJ_BLK_IMPORT_JOBFILE
add constraint FK_BLKIMJOBFILE_JOB
foreign key (JOB_PID)
references HFJ_BLK_IMPORT_JOB;
alter table if exists HFJ_HISTORY_TAG
add constraint FK_HISTORYTAG_HISTORY
foreign key (RES_VER_PID)
references HFJ_RES_VER;
alter table if exists HFJ_IDX_CMB_TOK_NU
add constraint FK_IDXCMBTOKNU_RES_ID
foreign key (RES_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_IDX_CMP_STRING_UNIQ
add constraint FK_IDXCMPSTRUNIQ_RES_ID
foreign key (RES_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_RES_LINK
add constraint FK_RESLINK_SOURCE
foreign key (SRC_RESOURCE_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_RES_PARAM_PRESENT
add constraint FK_RESPARMPRES_RESID
foreign key (RES_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_RES_TAG
add constraint FK_RESTAG_RESOURCE
foreign key (RES_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_RES_VER
add constraint FK_RESOURCE_HISTORY_RESOURCE
foreign key (RES_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_RES_VER_PROV
add constraint FK_RESVERPROV_RES_PID
foreign key (RES_PID)
references HFJ_RESOURCE;
alter table if exists HFJ_SEARCH_INCLUDE
add constraint FK_SEARCHINC_SEARCH
foreign key (SEARCH_PID)
references HFJ_SEARCH;
alter table if exists HFJ_SPIDX_COORDS
add constraint FKC97MPK37OKWU8QVTCEG2NH9VN
foreign key (RES_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_SPIDX_DATE
add constraint FK_SP_DATE_RES
foreign key (RES_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_SPIDX_NUMBER
add constraint FK_SP_NUMBER_RES
foreign key (RES_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_SPIDX_QUANTITY
add constraint FK_SP_QUANTITY_RES
foreign key (RES_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_SPIDX_QUANTITY_NRML
add constraint FK_SP_QUANTITYNM_RES
foreign key (RES_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_SPIDX_STRING
add constraint FK_SPIDXSTR_RESOURCE
foreign key (RES_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_SPIDX_TOKEN
add constraint FK_SP_TOKEN_RES
foreign key (RES_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_SPIDX_URI
add constraint FKGXSREUTYMMFJUWDSWV3Y887DO
foreign key (RES_ID)
references HFJ_RESOURCE;
alter table if exists MPI_LINK
add constraint FK_EMPI_LINK_GOLDEN_RESOURCE
foreign key (GOLDEN_RESOURCE_PID)
references HFJ_RESOURCE;
alter table if exists MPI_LINK
add constraint FK_EMPI_LINK_PERSON
foreign key (PERSON_PID)
references HFJ_RESOURCE;
alter table if exists MPI_LINK
add constraint FK_EMPI_LINK_TARGET
foreign key (TARGET_PID)
references HFJ_RESOURCE;
alter table if exists MPI_LINK_AUD
add constraint FKaow7nxncloec419ars0fpp58m
foreign key (REV)
references HFJ_REVINFO;
alter table if exists NPM_PACKAGE_VER
add constraint FK_NPM_PKV_PKG
foreign key (PACKAGE_PID)
references NPM_PACKAGE;
alter table if exists NPM_PACKAGE_VER
add constraint FK_NPM_PKV_RESID
foreign key (BINARY_RES_ID)
references HFJ_RESOURCE;
alter table if exists NPM_PACKAGE_VER_RES
add constraint FK_NPM_PACKVERRES_PACKVER
foreign key (PACKVER_PID)
references NPM_PACKAGE_VER;
alter table if exists NPM_PACKAGE_VER_RES
add constraint FK_NPM_PKVR_RESID
foreign key (BINARY_RES_ID)
references HFJ_RESOURCE;
alter table if exists TRM_CODESYSTEM
add constraint FK_TRMCODESYSTEM_CURVER
foreign key (CURRENT_VERSION_PID)
references TRM_CODESYSTEM_VER;
alter table if exists TRM_CODESYSTEM
add constraint FK_TRMCODESYSTEM_RES
foreign key (RES_ID)
references HFJ_RESOURCE;
alter table if exists TRM_CODESYSTEM_VER
add constraint FK_CODESYSVER_CS_ID
foreign key (CODESYSTEM_PID)
references TRM_CODESYSTEM;
alter table if exists TRM_CODESYSTEM_VER
add constraint FK_CODESYSVER_RES_ID
foreign key (RES_ID)
references HFJ_RESOURCE;
alter table if exists TRM_CONCEPT
add constraint FK_CONCEPT_PID_CS_PID
foreign key (CODESYSTEM_PID)
references TRM_CODESYSTEM_VER;
alter table if exists TRM_CONCEPT_DESIG
add constraint FK_CONCEPTDESIG_CSV
foreign key (CS_VER_PID)
references TRM_CODESYSTEM_VER;
alter table if exists TRM_CONCEPT_DESIG
add constraint FK_CONCEPTDESIG_CONCEPT
foreign key (CONCEPT_PID)
references TRM_CONCEPT;
alter table if exists TRM_CONCEPT_MAP
add constraint FK_TRMCONCEPTMAP_RES
foreign key (RES_ID)
references HFJ_RESOURCE;
alter table if exists TRM_CONCEPT_MAP_GROUP
add constraint FK_TCMGROUP_CONCEPTMAP
foreign key (CONCEPT_MAP_PID)
references TRM_CONCEPT_MAP;
alter table if exists TRM_CONCEPT_MAP_GRP_ELEMENT
add constraint FK_TCMGELEMENT_GROUP
foreign key (CONCEPT_MAP_GROUP_PID)
references TRM_CONCEPT_MAP_GROUP;
alter table if exists TRM_CONCEPT_MAP_GRP_ELM_TGT
add constraint FK_TCMGETARGET_ELEMENT
foreign key (CONCEPT_MAP_GRP_ELM_PID)
references TRM_CONCEPT_MAP_GRP_ELEMENT;
alter table if exists TRM_CONCEPT_PC_LINK
add constraint FK_TERM_CONCEPTPC_CHILD
foreign key (CHILD_PID)
references TRM_CONCEPT;
alter table if exists TRM_CONCEPT_PC_LINK
add constraint FK_TERM_CONCEPTPC_CS
foreign key (CODESYSTEM_PID)
references TRM_CODESYSTEM_VER;
alter table if exists TRM_CONCEPT_PC_LINK
add constraint FK_TERM_CONCEPTPC_PARENT
foreign key (PARENT_PID)
references TRM_CONCEPT;
alter table if exists TRM_CONCEPT_PROPERTY
add constraint FK_CONCEPTPROP_CSV
foreign key (CS_VER_PID)
references TRM_CODESYSTEM_VER;
alter table if exists TRM_CONCEPT_PROPERTY
add constraint FK_CONCEPTPROP_CONCEPT
foreign key (CONCEPT_PID)
references TRM_CONCEPT;
alter table if exists TRM_VALUESET
add constraint FK_TRMVALUESET_RES
foreign key (RES_ID)
references HFJ_RESOURCE;
alter table if exists TRM_VALUESET_C_DESIGNATION
add constraint FK_TRM_VALUESET_CONCEPT_PID
foreign key (VALUESET_CONCEPT_PID)
references TRM_VALUESET_CONCEPT;
alter table if exists TRM_VALUESET_C_DESIGNATION
add constraint FK_TRM_VSCD_VS_PID
foreign key (VALUESET_PID)
references TRM_VALUESET;
alter table if exists TRM_VALUESET_CONCEPT
add constraint FK_TRM_VALUESET_PID
foreign key (VALUESET_PID)
references TRM_VALUESET;
ALTER TABLE hfj_resource SET (autovacuum_vacuum_scale_factor = 0.01);
ALTER TABLE hfj_forced_id SET (autovacuum_vacuum_scale_factor = 0.01);
ALTER TABLE hfj_res_link SET (autovacuum_vacuum_scale_factor = 0.01);
ALTER TABLE hfj_spidx_coords SET (autovacuum_vacuum_scale_factor = 0.01);
ALTER TABLE hfj_spidx_date SET (autovacuum_vacuum_scale_factor = 0.01);
ALTER TABLE hfj_spidx_number SET (autovacuum_vacuum_scale_factor = 0.01);
ALTER TABLE hfj_spidx_quantity SET (autovacuum_vacuum_scale_factor = 0.01);
ALTER TABLE hfj_spidx_quantity_nrml SET (autovacuum_vacuum_scale_factor = 0.01);
ALTER TABLE hfj_spidx_string SET (autovacuum_vacuum_scale_factor = 0.01);
ALTER TABLE hfj_spidx_token SET (autovacuum_vacuum_scale_factor = 0.01);
ALTER TABLE hfj_spidx_uri SET (autovacuum_vacuum_scale_factor = 0.01);
alter table hfj_res_link alter column src_path set statistics 10000;
alter table hfj_res_link alter column target_resource_id set statistics 10000;
alter table hfj_res_link alter column src_resource_id set statistics 10000;
alter table hfj_spidx_coords alter column hash_identity set statistics 1000;
alter table hfj_spidx_date alter column hash_identity set statistics 1000;
alter table hfj_spidx_number alter column hash_identity set statistics 1000;
alter table hfj_spidx_quantity alter column hash_identity set statistics 1000;
alter table hfj_spidx_quantity alter column hash_identity_and_units set statistics 10000;
alter table hfj_spidx_quantity alter column hash_identity_sys_units set statistics 10000;
alter table hfj_spidx_quantity_nrml alter column hash_identity set statistics 1000;
alter table hfj_spidx_quantity_nrml alter column hash_identity_and_units set statistics 10000;
alter table hfj_spidx_quantity_nrml alter column hash_identity_sys_units set statistics 10000;
alter table hfj_spidx_string alter column hash_identity set statistics 1000;
alter table hfj_spidx_string alter column hash_exact set statistics 10000;
alter table hfj_spidx_string alter column hash_norm_prefix set statistics 10000;
alter table hfj_spidx_token alter column hash_identity set statistics 1000;
alter table hfj_spidx_token alter column hash_sys set statistics 10000;
alter table hfj_spidx_token alter column hash_sys_and_value set statistics 10000;
alter table hfj_spidx_token alter column hash_value set statistics 10000;
alter table hfj_spidx_uri alter column hash_identity set statistics 1000;
alter table hfj_spidx_uri alter column hash_uri set statistics 10000;
9.2.8FHIR Storage Database: Database Partition Mode
If you are using Database Partition Mode, use the following SQL to initialize a database:
create sequence SEQ_BLKEXCOL_PID start with 1 increment by 50;
create sequence SEQ_BLKEXCOLFILE_PID start with 1 increment by 50;
create sequence SEQ_BLKEXJOB_PID start with 1 increment by 50;
create sequence SEQ_BLKIMJOB_PID start with 1 increment by 50;
create sequence SEQ_BLKIMJOBFILE_PID start with 1 increment by 50;
create sequence SEQ_CDH_LB_REF start with 1 increment by 50;
create sequence SEQ_CDH_LB_SUB_GROUP start with 1 increment by 50;
create sequence SEQ_CDH_LB_WL start with 1 increment by 50;
create sequence SEQ_CDH_LB_WL_SUBS start with 1 increment by 50;
create sequence SEQ_CNCPT_MAP_GRP_ELM_TGT_PID start with 1 increment by 50;
create sequence SEQ_CODESYSTEM_PID start with 1 increment by 50;
create sequence SEQ_CODESYSTEMVER_PID start with 1 increment by 50;
create sequence SEQ_CONCEPT_DESIG_PID start with 1 increment by 50;
create sequence SEQ_CONCEPT_MAP_GROUP_PID start with 1 increment by 50;
create sequence SEQ_CONCEPT_MAP_GRP_ELM_PID start with 1 increment by 50;
create sequence SEQ_CONCEPT_MAP_PID start with 1 increment by 50;
create sequence SEQ_CONCEPT_PC_PID start with 1 increment by 50;
create sequence SEQ_CONCEPT_PID start with 1 increment by 50;
create sequence SEQ_CONCEPT_PROP_PID start with 1 increment by 50;
create sequence SEQ_EMPI_LINK_ID start with 1 increment by 50;
create sequence SEQ_FORCEDID_ID start with 1 increment by 50;
create sequence SEQ_HFJ_REVINFO start with 1 increment by 50;
create sequence SEQ_HISTORYTAG_ID start with 1 increment by 50;
create sequence SEQ_IDXCMBTOKNU_ID start with 1 increment by 50;
create sequence SEQ_IDXCMPSTRUNIQ_ID start with 1 increment by 50;
create sequence SEQ_NPM_PACK start with 1 increment by 50;
create sequence SEQ_NPM_PACKVER start with 1 increment by 50;
create sequence SEQ_NPM_PACKVERRES start with 1 increment by 50;
create sequence SEQ_RES_REINDEX_JOB start with 1 increment by 50;
create sequence SEQ_RESLINK_ID start with 1 increment by 50;
create sequence SEQ_RESOURCE_HISTORY_ID start with 1 increment by 50;
create sequence SEQ_RESOURCE_ID start with 1 increment by 50;
create sequence SEQ_RESPARMPRESENT_ID start with 1 increment by 50;
create sequence SEQ_RESTAG_ID start with 1 increment by 50;
create sequence SEQ_SEARCH start with 1 increment by 50;
create sequence SEQ_SEARCH_INC start with 1 increment by 50;
create sequence SEQ_SEARCH_RES start with 1 increment by 50;
create sequence SEQ_SPIDX_COORDS start with 1 increment by 50;
create sequence SEQ_SPIDX_DATE start with 1 increment by 50;
create sequence SEQ_SPIDX_IDENTITY start with 1 increment by 1;
create sequence SEQ_SPIDX_NUMBER start with 1 increment by 50;
create sequence SEQ_SPIDX_QUANTITY start with 1 increment by 50;
create sequence SEQ_SPIDX_QUANTITY_NRML start with 1 increment by 50;
create sequence SEQ_SPIDX_STRING start with 1 increment by 50;
create sequence SEQ_SPIDX_TOKEN start with 1 increment by 50;
create sequence SEQ_SPIDX_URI start with 1 increment by 50;
create sequence SEQ_SUBSCRIPTION_ID start with 1 increment by 50;
create sequence SEQ_TAGDEF_ID start with 1 increment by 50;
create sequence SEQ_VALUESET_C_DSGNTN_PID start with 1 increment by 50;
create sequence SEQ_VALUESET_CONCEPT_PID start with 1 increment by 50;
create sequence SEQ_VALUESET_PID start with 1 increment by 50;
create table BT2_JOB_INSTANCE (
ID varchar(100) not null,
JOB_CANCELLED boolean not null,
CMB_RECS_PROCESSED integer,
CMB_RECS_PER_SEC float(53),
CREATE_TIME timestamp(6) not null,
CUR_GATED_STEP_ID varchar(100),
DEFINITION_ID varchar(100) not null,
DEFINITION_VER integer not null,
END_TIME timestamp(6),
ERROR_COUNT integer not null,
ERROR_MSG varchar(500),
EST_REMAINING varchar(100),
FAST_TRACKING boolean,
PARAMS_JSON varchar(2000),
PARAMS_JSON_LOB oid,
PARAMS_JSON_VC text,
PROGRESS_PCT float(53) not null,
REPORT oid,
REPORT_VC text,
START_TIME timestamp(6),
STAT varchar(20) not null,
TOT_ELAPSED_MILLIS integer,
CLIENT_ID varchar(200),
USER_NAME varchar(200),
UPDATE_TIME timestamp(6),
USER_DATA_JSON text,
WARNING_MSG varchar(4000),
WORK_CHUNKS_PURGED boolean not null,
primary key (ID)
);
create table BT2_WORK_CHUNK (
ID varchar(100) not null,
CREATE_TIME timestamp(6) not null,
END_TIME timestamp(6),
ERROR_COUNT integer not null,
ERROR_MSG varchar(500),
INSTANCE_ID varchar(100) not null,
DEFINITION_ID varchar(100) not null,
DEFINITION_VER integer not null,
NEXT_POLL_TIME timestamp(6),
POLL_ATTEMPTS integer,
RECORDS_PROCESSED integer,
SEQ integer not null,
CHUNK_DATA oid,
CHUNK_DATA_VC text,
START_TIME timestamp(6),
STAT varchar(20) not null,
TGT_STEP_ID varchar(100) not null,
UPDATE_TIME timestamp(6),
WARNING_MSG varchar(4000),
primary key (ID)
);
create table CDH_LB_REF (
PID bigint not null,
EXPIRES timestamp(6),
LB_RES_ID bigint not null,
LB_RES_PARTITION_ID integer,
ORDER_DATE timestamp(6),
ROOT_RES_ID bigint not null,
ROOT_RES_PARTITION_ID integer not null,
RULE_SYSTEM varchar(200) not null,
RULE_VALUE varchar(200) not null,
SUBS_RES_ID bigint not null,
SUBS_RES_PARTITION_ID integer,
TRACK_PARAM varchar(200),
TRACK_SUBPARAM varchar(200),
primary key (PID),
constraint IDX_CDH_LB_REF_UNIQ unique (RULE_SYSTEM, RULE_VALUE, ROOT_RES_ID, SUBS_RES_ID, LB_RES_ID)
);
create table CDH_LB_SUB_GROUP (
PID bigint not null,
SUBS_GROUP varchar(200) not null,
SUBS_ID varchar(200) not null,
SUBS_RES_ID bigint not null,
SUBS_RES_PARTITION_ID integer not null,
primary key (PID),
constraint IDX_CDH_LB_SUB_ID_GROUP unique (SUBS_RES_ID, SUBS_GROUP)
);
create table CDH_LB_WL (
PID bigint not null,
SUBSCRIBER_TYPE varchar(200) not null,
WATCHLIST_SYSTEM varchar(200) not null,
WATCHLIST_VALUE varchar(200) not null,
primary key (PID),
constraint IDX_CDH_LB_WL_WATCHLIST_TOKEN unique (WATCHLIST_SYSTEM, WATCHLIST_VALUE)
);
create table CDH_LB_WL_SUBS (
PID bigint not null,
SEED_STATUS integer not null,
SUBS_ID varchar(200) not null,
SUBS_RES_ID bigint not null,
SUBS_RES_PARTITION_ID integer not null,
WATCHLIST_ID bigint not null,
primary key (PID),
constraint IDX_CDH_LB_WL_SUBS_WATCHLIST unique (WATCHLIST_ID, SUBS_RES_ID)
);
create table HFJ_BINARY_STORAGE_BLOB (
BLOB_ID varchar(200) not null,
BLOB_DATA oid,
CONTENT_TYPE varchar(100) not null,
BLOB_HASH varchar(128),
PUBLISHED_DATE timestamp(6) not null,
RESOURCE_ID varchar(100) not null,
BLOB_SIZE bigint not null,
STORAGE_CONTENT_BIN bytea,
primary key (BLOB_ID)
);
create table HFJ_BLK_EXPORT_COLFILE (
PID bigint not null,
RES_ID varchar(100) not null,
COLLECTION_PID bigint not null,
primary key (PID)
);
create table HFJ_BLK_EXPORT_COLLECTION (
PID bigint not null,
TYPE_FILTER varchar(1000),
RES_TYPE varchar(40) not null,
OPTLOCK integer not null,
JOB_PID bigint not null,
primary key (PID)
);
create table HFJ_BLK_EXPORT_JOB (
PID bigint not null,
CREATED_TIME timestamp(6) not null,
EXP_TIME timestamp(6),
JOB_ID varchar(36) not null,
REQUEST varchar(1024) not null,
EXP_SINCE timestamp(6),
JOB_STATUS varchar(10) not null,
STATUS_MESSAGE varchar(500),
STATUS_TIME timestamp(6) not null,
OPTLOCK integer not null,
primary key (PID),
constraint IDX_BLKEX_JOB_ID unique (JOB_ID)
);
create table HFJ_BLK_IMPORT_JOB (
PID bigint not null,
BATCH_SIZE integer not null,
FILE_COUNT integer not null,
JOB_DESC varchar(500),
JOB_ID varchar(36) not null,
ROW_PROCESSING_MODE varchar(20) not null,
JOB_STATUS varchar(10) not null,
STATUS_MESSAGE varchar(500),
STATUS_TIME timestamp(6) not null,
OPTLOCK integer not null,
primary key (PID),
constraint IDX_BLKIM_JOB_ID unique (JOB_ID)
);
create table HFJ_BLK_IMPORT_JOBFILE (
PID bigint not null,
JOB_CONTENTS oid,
JOB_CONTENTS_VC text,
FILE_DESCRIPTION varchar(500),
FILE_SEQ integer not null,
TENANT_NAME varchar(200),
JOB_PID bigint not null,
primary key (PID)
);
create table HFJ_FORCED_ID (
PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
FORCED_ID varchar(100) not null,
RESOURCE_PID bigint not null,
RESOURCE_TYPE varchar(100) default '',
primary key (PID, PARTITION_ID)
);
create table HFJ_HISTORY_TAG (
PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
TAG_ID bigint,
RES_VER_PID bigint not null,
RES_ID bigint not null,
RES_TYPE varchar(40) not null,
primary key (PID, PARTITION_ID),
constraint IDX_RESHISTTAG_TAGID unique (PARTITION_ID, RES_VER_PID, TAG_ID)
);
create table HFJ_IDX_CMB_TOK_NU (
PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
HASH_COMPLETE bigint not null,
IDX_STRING varchar(500) not null,
RES_ID bigint,
primary key (PID, PARTITION_ID)
);
create table HFJ_IDX_CMP_STRING_UNIQ (
PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
HASH_COMPLETE bigint,
HASH_COMPLETE_2 bigint,
IDX_STRING varchar(500) not null,
RES_ID bigint,
primary key (PID, PARTITION_ID),
constraint IDX_IDXCMPSTRUNIQ_STRING unique (PARTITION_ID, IDX_STRING)
);
create table HFJ_PARTITION (
PART_ID integer not null,
PART_DESC varchar(200),
PART_NAME varchar(200) not null,
primary key (PART_ID),
constraint IDX_PART_NAME unique (PART_NAME)
);
create table HFJ_RES_LINK (
PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
SRC_PATH varchar(500) not null,
SRC_RESOURCE_ID bigint not null,
SOURCE_RESOURCE_TYPE varchar(40) not null,
TARGET_RES_PARTITION_DATE date,
TARGET_RES_PARTITION_ID integer,
TARGET_RESOURCE_ID bigint,
TARGET_RESOURCE_TYPE varchar(40) not null,
TARGET_RESOURCE_URL varchar(200),
TARGET_RESOURCE_VERSION bigint,
SP_UPDATED timestamp(6),
primary key (PID, PARTITION_ID)
);
create table HFJ_RES_PARAM_PRESENT (
PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
HASH_PRESENCE bigint,
SP_PRESENT boolean not null,
RES_ID bigint not null,
primary key (PID, PARTITION_ID)
);
create table HFJ_RES_REINDEX_JOB (
PID bigint not null,
JOB_DELETED boolean not null,
REINDEX_COUNT integer,
RES_TYPE varchar(100),
SUSPENDED_UNTIL timestamp(6),
UPDATE_THRESHOLD_HIGH timestamp(6) not null,
UPDATE_THRESHOLD_LOW timestamp(6),
primary key (PID)
);
create table HFJ_RES_SEARCH_URL (
RES_SEARCH_URL varchar(768) not null,
PARTITION_ID integer not null,
CREATED_TIME timestamp(6) not null,
PARTITION_DATE date,
RES_ID bigint not null,
primary key (RES_SEARCH_URL, PARTITION_ID)
);
create table HFJ_RES_TAG (
PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
TAG_ID bigint,
RES_ID bigint,
RES_TYPE varchar(40) not null,
primary key (PID, PARTITION_ID),
constraint IDX_RESTAG_TAGID unique (PARTITION_ID, RES_ID, TAG_ID)
);
create table HFJ_RES_VER (
PARTITION_ID integer not null,
PID bigint not null,
RES_DELETED_AT timestamp(6),
RES_VERSION varchar(7),
HAS_TAGS boolean not null,
RES_PUBLISHED timestamp(6) not null,
RES_UPDATED timestamp(6) not null,
RES_ENCODING varchar(5) not null,
PARTITION_DATE date,
REQUEST_ID varchar(16),
RES_TEXT oid,
RES_ID bigint not null,
RES_TEXT_VC text,
RES_TYPE varchar(40) not null,
RES_VER bigint not null,
SOURCE_URI varchar(768),
primary key (PARTITION_ID, PID),
constraint IDX_RESVER_ID_VER unique (PARTITION_ID, RES_ID, RES_VER)
);
create table HFJ_RES_VER_PROV (
RES_VER_PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
REQUEST_ID varchar(16),
RES_PID bigint not null,
SOURCE_URI varchar(768),
primary key (RES_VER_PID, PARTITION_ID)
);
create table HFJ_RESOURCE (
RES_ID bigint not null,
PARTITION_ID integer not null,
RES_DELETED_AT timestamp(6),
RES_VERSION varchar(7),
HAS_TAGS boolean not null,
RES_PUBLISHED timestamp(6) not null,
RES_UPDATED timestamp(6) not null,
FHIR_ID varchar(64),
SP_HAS_LINKS boolean not null,
HASH_SHA256 varchar(64),
SP_INDEX_STATUS smallint,
RES_LANGUAGE varchar(20),
SP_CMPSTR_UNIQ_PRESENT boolean,
SP_CMPTOKS_PRESENT boolean,
SP_COORDS_PRESENT boolean not null,
SP_DATE_PRESENT boolean not null,
SP_NUMBER_PRESENT boolean not null,
SP_QUANTITY_NRML_PRESENT boolean not null,
SP_QUANTITY_PRESENT boolean not null,
SP_STRING_PRESENT boolean not null,
SP_TOKEN_PRESENT boolean not null,
SP_URI_PRESENT boolean not null,
PARTITION_DATE date,
RES_TYPE varchar(40) not null,
SEARCH_URL_PRESENT boolean,
RES_VER bigint not null,
primary key (RES_ID, PARTITION_ID),
constraint IDX_RES_TYPE_FHIR_ID unique (PARTITION_ID, RES_TYPE, FHIR_ID)
);
create table HFJ_RESOURCE_MODIFIED (
RES_ID varchar(256) not null,
RES_VER varchar(8) not null,
CREATED_TIME timestamp(6) not null,
RESOURCE_TYPE varchar(40) not null,
SUMMARY_MESSAGE varchar(4000) not null,
primary key (RES_ID, RES_VER)
);
create table HFJ_REVINFO (
REV bigint not null,
REVTSTMP timestamp(6),
primary key (REV)
);
create table HFJ_SEARCH (
PID bigint not null,
CREATED timestamp(6) not null,
SEARCH_DELETED boolean,
EXPIRY_OR_NULL timestamp(6),
FAILURE_CODE integer,
FAILURE_MESSAGE varchar(500),
LAST_UPDATED_HIGH timestamp(6),
LAST_UPDATED_LOW timestamp(6),
NUM_BLOCKED integer,
NUM_FOUND integer not null,
PARTITION_ID integer,
PREFERRED_PAGE_SIZE integer,
RESOURCE_ID bigint,
RESOURCE_TYPE varchar(200),
SEARCH_PARAM_MAP oid,
SEARCH_PARAM_MAP_BIN bytea,
SEARCH_QUERY_STRING oid,
SEARCH_QUERY_STRING_HASH integer,
SEARCH_QUERY_STRING_VC text,
SEARCH_TYPE integer not null,
SEARCH_STATUS varchar(10) not null,
TOTAL_COUNT integer,
SEARCH_UUID varchar(48) not null,
OPTLOCK_VERSION integer,
primary key (PID),
constraint IDX_SEARCH_UUID unique (SEARCH_UUID)
);
create table HFJ_SEARCH_INCLUDE (
PID bigint not null,
SEARCH_INCLUDE varchar(200) not null,
INC_RECURSE boolean not null,
REVINCLUDE boolean not null,
SEARCH_PID bigint not null,
primary key (PID)
);
create table HFJ_SEARCH_RESULT (
PID bigint not null,
SEARCH_ORDER integer not null,
RESOURCE_PARTITION_ID integer,
RESOURCE_PID bigint not null,
SEARCH_PID bigint not null,
primary key (PID),
constraint IDX_SEARCHRES_ORDER unique (SEARCH_PID, SEARCH_ORDER)
);
create table HFJ_SPIDX_COORDS (
SP_ID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
HASH_IDENTITY bigint,
SP_MISSING boolean not null,
SP_NAME varchar(100),
RES_ID bigint not null,
RES_TYPE varchar(100),
SP_UPDATED timestamp(6),
SP_LATITUDE float(53),
SP_LONGITUDE float(53),
primary key (SP_ID, PARTITION_ID)
);
create table HFJ_SPIDX_DATE (
SP_ID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
HASH_IDENTITY bigint,
SP_MISSING boolean not null,
SP_NAME varchar(100),
RES_ID bigint not null,
RES_TYPE varchar(100),
SP_UPDATED timestamp(6),
SP_VALUE_HIGH timestamp(6),
SP_VALUE_HIGH_DATE_ORDINAL integer,
SP_VALUE_LOW timestamp(6),
SP_VALUE_LOW_DATE_ORDINAL integer,
primary key (SP_ID, PARTITION_ID)
);
create table HFJ_SPIDX_IDENTITY (
SP_IDENTITY_ID integer not null,
HASH_IDENTITY bigint not null,
SP_NAME varchar(256) not null,
RES_TYPE varchar(100) not null,
primary key (SP_IDENTITY_ID),
constraint IDX_HASH_IDENTITY unique (HASH_IDENTITY)
);
create table HFJ_SPIDX_NUMBER (
SP_ID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
HASH_IDENTITY bigint,
SP_MISSING boolean not null,
SP_NAME varchar(100),
RES_ID bigint not null,
RES_TYPE varchar(100),
SP_UPDATED timestamp(6),
SP_VALUE decimal(19,2),
primary key (SP_ID, PARTITION_ID)
);
create table HFJ_SPIDX_QUANTITY (
SP_ID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
HASH_IDENTITY bigint,
SP_MISSING boolean not null,
SP_NAME varchar(100),
RES_ID bigint not null,
RES_TYPE varchar(100),
SP_UPDATED timestamp(6),
HASH_IDENTITY_AND_UNITS bigint,
HASH_IDENTITY_SYS_UNITS bigint,
SP_SYSTEM varchar(200),
SP_UNITS varchar(200),
SP_VALUE float(53),
primary key (SP_ID, PARTITION_ID)
);
create table HFJ_SPIDX_QUANTITY_NRML (
SP_ID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
HASH_IDENTITY bigint,
SP_MISSING boolean not null,
SP_NAME varchar(100),
RES_ID bigint not null,
RES_TYPE varchar(100),
SP_UPDATED timestamp(6),
HASH_IDENTITY_AND_UNITS bigint,
HASH_IDENTITY_SYS_UNITS bigint,
SP_SYSTEM varchar(200),
SP_UNITS varchar(200),
SP_VALUE float(53),
primary key (SP_ID, PARTITION_ID)
);
create table HFJ_SPIDX_STRING (
SP_ID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
HASH_IDENTITY bigint,
SP_MISSING boolean not null,
SP_NAME varchar(100),
RES_ID bigint not null,
RES_TYPE varchar(100),
SP_UPDATED timestamp(6),
HASH_EXACT bigint,
HASH_NORM_PREFIX bigint,
SP_VALUE_EXACT varchar(768),
SP_VALUE_NORMALIZED varchar(768),
primary key (SP_ID, PARTITION_ID)
);
create table HFJ_SPIDX_TOKEN (
SP_ID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
HASH_IDENTITY bigint,
SP_MISSING boolean not null,
SP_NAME varchar(100),
RES_ID bigint not null,
RES_TYPE varchar(100),
SP_UPDATED timestamp(6),
HASH_SYS bigint,
HASH_SYS_AND_VALUE bigint,
HASH_VALUE bigint,
SP_SYSTEM varchar(200),
SP_VALUE varchar(200),
primary key (SP_ID, PARTITION_ID)
);
create table HFJ_SPIDX_URI (
SP_ID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
HASH_IDENTITY bigint,
SP_MISSING boolean not null,
SP_NAME varchar(100),
RES_ID bigint not null,
RES_TYPE varchar(100),
SP_UPDATED timestamp(6),
HASH_URI bigint,
SP_URI varchar(500),
primary key (SP_ID, PARTITION_ID)
);
create table HFJ_SUBSCRIPTION_STATS (
PID bigint not null,
CREATED_TIME timestamp(6) not null,
RES_ID bigint,
primary key (PID),
constraint IDX_SUBSC_RESID unique (RES_ID)
);
create table HFJ_TAG_DEF (
TAG_ID bigint not null,
TAG_CODE varchar(200),
TAG_DISPLAY varchar(200),
TAG_SYSTEM varchar(200),
TAG_TYPE integer not null,
TAG_USER_SELECTED boolean,
TAG_VERSION varchar(30),
primary key (TAG_ID)
);
create table MPI_LINK (
PID bigint not null,
PARTITION_DATE date,
PARTITION_ID integer,
CREATED timestamp(6) not null,
EID_MATCH boolean,
GOLDEN_RESOURCE_PARTITION_ID integer,
GOLDEN_RESOURCE_PID bigint not null,
NEW_PERSON boolean,
LINK_SOURCE integer not null,
MATCH_RESULT integer not null,
TARGET_TYPE varchar(40),
PERSON_PARTITION_ID integer,
PERSON_PID bigint not null,
RULE_COUNT bigint,
SCORE float(53),
TARGET_PARTITION_ID integer,
TARGET_PID bigint not null,
UPDATED timestamp(6) not null,
VECTOR bigint,
VERSION varchar(16) not null,
primary key (PID),
constraint IDX_EMPI_PERSON_TGT unique (PERSON_PID, TARGET_PID)
);
create table MPI_LINK_AUD (
PID bigint not null,
REV bigint not null,
REVTYPE smallint,
PARTITION_DATE date,
PARTITION_ID integer,
CREATED timestamp(6),
EID_MATCH boolean,
GOLDEN_RESOURCE_PARTITION_ID integer,
GOLDEN_RESOURCE_PID bigint,
NEW_PERSON boolean,
LINK_SOURCE integer,
MATCH_RESULT integer,
TARGET_TYPE varchar(40),
PERSON_PARTITION_ID integer,
PERSON_PID bigint,
RULE_COUNT bigint,
SCORE float(53),
TARGET_PARTITION_ID integer,
TARGET_PID bigint,
UPDATED timestamp(6),
VECTOR bigint,
VERSION varchar(16),
primary key (REV, PID)
);
create table NPM_PACKAGE (
PID bigint not null,
CUR_VERSION_ID varchar(200),
PACKAGE_DESC varchar(512),
PACKAGE_ID varchar(200) not null,
UPDATED_TIME timestamp(6) not null,
primary key (PID),
constraint IDX_PACK_ID unique (PACKAGE_ID)
);
create table NPM_PACKAGE_VER (
PID bigint not null,
PKG_AUTHOR varchar(512),
AUTHOR_UPPER varchar(512),
CURRENT_VERSION boolean not null,
PKG_DESC varchar(512),
DESC_UPPER varchar(512),
FHIR_VERSION varchar(10) not null,
FHIR_VERSION_ID varchar(20) not null,
PARTITION_ID integer,
BINARY_RES_ID bigint not null,
PACKAGE_ID varchar(200) not null,
PACKAGE_SIZE_BYTES bigint not null,
SAVED_TIME timestamp(6) not null,
UPDATED_TIME timestamp(6) not null,
VERSION_ID varchar(200) not null,
PACKAGE_PID bigint not null,
primary key (PID),
constraint IDX_PACKVER unique (PACKAGE_ID, VERSION_ID)
);
create table NPM_PACKAGE_VER_RES (
PID bigint not null,
CANONICAL_URL varchar(200),
CANONICAL_VERSION varchar(200),
FILE_DIR varchar(200),
FHIR_VERSION varchar(10) not null,
FHIR_VERSION_ID varchar(20) not null,
FILE_NAME varchar(200),
PARTITION_ID integer,
RES_SIZE_BYTES bigint not null,
BINARY_RES_ID bigint not null,
RES_TYPE varchar(40) not null,
UPDATED_TIME timestamp(6) not null,
PACKVER_PID bigint not null,
primary key (PID)
);
create table TRM_CODESYSTEM (
PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
CODE_SYSTEM_URI varchar(200) not null,
CURRENT_VERSION_PARTITION_ID integer,
CURRENT_VERSION_PID bigint,
CS_NAME varchar(200),
RES_ID bigint not null,
primary key (PID, PARTITION_ID),
constraint IDX_CS_CODESYSTEM unique (PARTITION_ID, CODE_SYSTEM_URI)
);
create table TRM_CODESYSTEM_VER (
PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
CS_DISPLAY varchar(200),
CODESYSTEM_PID bigint,
CS_VERSION_ID varchar(200),
RES_ID bigint not null,
primary key (PID, PARTITION_ID),
constraint IDX_CODESYSTEM_AND_VER unique (PARTITION_ID, CODESYSTEM_PID, CS_VERSION_ID)
);
create table TRM_CONCEPT (
PID bigint not null,
PARTITION_ID integer not null,
CODEVAL varchar(500) not null,
CODESYSTEM_PID bigint not null,
DISPLAY varchar(400),
INDEX_STATUS smallint,
PARENT_PIDS oid,
PARENT_PIDS_VC text,
CODE_SEQUENCE integer,
CONCEPT_UPDATED timestamp(6),
primary key (PID, PARTITION_ID),
constraint IDX_CONCEPT_CS_CODE unique (PARTITION_ID, CODESYSTEM_PID, CODEVAL)
);
create table TRM_CONCEPT_DESIG (
PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
CONCEPT_PID bigint not null,
LANG varchar(500),
USE_CODE varchar(500),
USE_DISPLAY varchar(500),
USE_SYSTEM varchar(500),
VAL varchar(2000),
VAL_VC text,
CS_VER_PID bigint not null,
primary key (PID, PARTITION_ID)
);
create table TRM_CONCEPT_MAP (
PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
RES_ID bigint not null,
SOURCE_URL varchar(200),
TARGET_URL varchar(200),
URL varchar(200) not null,
VER varchar(200),
primary key (PID, PARTITION_ID),
constraint IDX_CONCEPT_MAP_URL unique (PARTITION_ID, URL, VER)
);
create table TRM_CONCEPT_MAP_GROUP (
PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
CONCEPT_MAP_PID bigint not null,
CONCEPT_MAP_URL varchar(200),
SOURCE_URL varchar(200) not null,
SOURCE_VS varchar(200),
SOURCE_VERSION varchar(200),
TARGET_URL varchar(200) not null,
TARGET_VS varchar(200),
TARGET_VERSION varchar(200),
primary key (PID, PARTITION_ID)
);
create table TRM_CONCEPT_MAP_GRP_ELEMENT (
PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
SOURCE_CODE varchar(500) not null,
CONCEPT_MAP_GROUP_PID bigint not null,
CONCEPT_MAP_URL varchar(200),
SOURCE_DISPLAY varchar(500),
SYSTEM_URL varchar(200),
SYSTEM_VERSION varchar(200),
VALUESET_URL varchar(200),
primary key (PID, PARTITION_ID)
);
create table TRM_CONCEPT_MAP_GRP_ELM_TGT (
PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
TARGET_CODE varchar(500),
CONCEPT_MAP_GRP_ELM_PID bigint not null,
CONCEPT_MAP_URL varchar(200),
TARGET_DISPLAY varchar(500),
TARGET_EQUIVALENCE varchar(50),
SYSTEM_URL varchar(200),
SYSTEM_VERSION varchar(200),
VALUESET_URL varchar(200),
primary key (PID, PARTITION_ID)
);
create table TRM_CONCEPT_PC_LINK (
PID bigint not null,
PARTITION_ID integer not null,
CHILD_PID bigint not null,
CODESYSTEM_PID bigint not null,
PARENT_PID bigint not null,
REL_TYPE integer,
primary key (PID, PARTITION_ID)
);
create table TRM_CONCEPT_PROPERTY (
PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
PROP_CODESYSTEM varchar(500),
CS_VER_PID bigint,
CONCEPT_PID bigint not null,
PROP_DISPLAY varchar(500),
PROP_KEY varchar(500) not null,
PROP_TYPE integer not null,
PROP_VAL varchar(500),
PROP_VAL_BIN bytea,
PROP_VAL_LOB oid,
primary key (PID, PARTITION_ID)
);
create table TRM_VALUESET (
PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
EXPANSION_STATUS varchar(50) not null,
EXPANDED_AT timestamp(6),
VSNAME varchar(200),
RES_ID bigint not null,
TOTAL_CONCEPT_DESIGNATIONS bigint default 0 not null,
TOTAL_CONCEPTS bigint default 0 not null,
URL varchar(200) not null,
VER varchar(200),
primary key (PID, PARTITION_ID),
constraint IDX_VALUESET_URL unique (PARTITION_ID, URL, VER)
);
create table TRM_VALUESET_C_DESIGNATION (
PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
VALUESET_CONCEPT_PID bigint not null,
LANG varchar(500),
USE_CODE varchar(500),
USE_DISPLAY varchar(500),
USE_SYSTEM varchar(500),
VAL varchar(2000) not null,
VALUESET_PID bigint not null,
primary key (PID, PARTITION_ID)
);
create table TRM_VALUESET_CONCEPT (
PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
CODEVAL varchar(500) not null,
DISPLAY varchar(400),
INDEX_STATUS bigint,
VALUESET_ORDER integer not null,
SOURCE_DIRECT_PARENT_PIDS oid,
SOURCE_DIRECT_PARENT_PIDS_VC text,
SOURCE_PID bigint,
SYSTEM_URL varchar(200) not null,
SYSTEM_VER varchar(200),
VALUESET_PID bigint not null,
primary key (PID, PARTITION_ID),
constraint IDX_VS_CONCEPT_CSCD unique (PARTITION_ID, VALUESET_PID, SYSTEM_URL, CODEVAL),
constraint IDX_VS_CONCEPT_ORDER unique (PARTITION_ID, VALUESET_PID, VALUESET_ORDER)
);
create index IDX_BT2JI_CT
on BT2_JOB_INSTANCE (CREATE_TIME);
create index IDX_BT2WC_II_SEQ
on BT2_WORK_CHUNK (INSTANCE_ID, SEQ);
create index IDX_BT2WC_II_SI_S_SEQ_ID
on BT2_WORK_CHUNK (INSTANCE_ID, TGT_STEP_ID, STAT, SEQ, ID);
create index IDX_CDH_LB_REF_RULE_SUBS
on CDH_LB_REF (RULE_SYSTEM, RULE_VALUE, SUBS_RES_ID);
create index IDX_CDH_LB_REF_TRACK_PARAM
on CDH_LB_REF (TRACK_PARAM);
create index IDX_CDH_LB_REF_TRACK_SUBPARAM
on CDH_LB_REF (TRACK_SUBPARAM);
create index IDX_CDH_LB_REF_EXPIRES
on CDH_LB_REF (EXPIRES);
create index FK_LB_RES
on CDH_LB_REF (LB_RES_ID);
create index FK_LB_SUBS
on CDH_LB_REF (SUBS_RES_ID);
create index FK_LB_ROOT
on CDH_LB_REF (ROOT_RES_ID);
create index IDX_CDH_LB_SUB_GROUP_GROUP
on CDH_LB_SUB_GROUP (SUBS_GROUP);
create index IDX_CDH_LB_SUB_GROUP_ID
on CDH_LB_SUB_GROUP (SUBS_ID);
create index FK_LB_WL_SUBS
on CDH_LB_WL_SUBS (SUBS_RES_ID);
create index IDX_BLKEX_EXPTIME
on HFJ_BLK_EXPORT_JOB (EXP_TIME);
create index IDX_BLKIM_JOBFILE_JOBID
on HFJ_BLK_IMPORT_JOBFILE (JOB_PID);
create index IDX_RESHISTTAG_RESID
on HFJ_HISTORY_TAG (RES_ID);
create index IDX_IDXCMBTOKNU_STR
on HFJ_IDX_CMB_TOK_NU (IDX_STRING);
create index IDX_IDXCMBTOKNU_HASHC
on HFJ_IDX_CMB_TOK_NU (HASH_COMPLETE, RES_ID, PARTITION_ID);
create index IDX_IDXCMBTOKNU_RES
on HFJ_IDX_CMB_TOK_NU (RES_ID);
create index IDX_IDXCMPSTRUNIQ_RESOURCE
on HFJ_IDX_CMP_STRING_UNIQ (PARTITION_ID, RES_ID);
create index IDX_RL_SRC
on HFJ_RES_LINK (SRC_RESOURCE_ID);
create index IDX_RL_TGT_v2
on HFJ_RES_LINK (TARGET_RESOURCE_ID, SRC_PATH, SRC_RESOURCE_ID, TARGET_RESOURCE_TYPE, PARTITION_ID);
create index IDX_RESPARMPRESENT_RESID
on HFJ_RES_PARAM_PRESENT (RES_ID);
create index IDX_RESPARMPRESENT_HASHPRES
on HFJ_RES_PARAM_PRESENT (HASH_PRESENCE);
create index IDX_RESSEARCHURL_RES
on HFJ_RES_SEARCH_URL (RES_ID);
create index IDX_RESSEARCHURL_TIME
on HFJ_RES_SEARCH_URL (CREATED_TIME);
create index IDX_RES_TAG_RES_TAG
on HFJ_RES_TAG (RES_ID, TAG_ID, PARTITION_ID);
create index IDX_RES_TAG_TAG_RES
on HFJ_RES_TAG (TAG_ID, RES_ID, PARTITION_ID);
create index IDX_RESVER_TYPE_DATE
on HFJ_RES_VER (RES_TYPE, RES_UPDATED, RES_ID);
create index IDX_RESVER_ID_DATE
on HFJ_RES_VER (RES_ID, RES_UPDATED);
create index IDX_RESVER_DATE
on HFJ_RES_VER (RES_UPDATED, RES_ID);
create index IDX_RESVERPROV_SOURCEURI
on HFJ_RES_VER_PROV (SOURCE_URI);
create index IDX_RESVERPROV_REQUESTID
on HFJ_RES_VER_PROV (REQUEST_ID);
create index IDX_RESVERPROV_RES_PID
on HFJ_RES_VER_PROV (RES_PID);
create index IDX_RES_DATE
on HFJ_RESOURCE (RES_UPDATED);
create index IDX_RES_FHIR_ID
on HFJ_RESOURCE (FHIR_ID);
create index IDX_RES_TYPE_DEL_UPDATED
on HFJ_RESOURCE (RES_TYPE, RES_DELETED_AT, RES_UPDATED, PARTITION_ID, RES_ID);
create index IDX_RES_RESID_UPDATED
on HFJ_RESOURCE (RES_ID, RES_UPDATED, PARTITION_ID);
create index IDX_SEARCH_RESTYPE_HASHS
on HFJ_SEARCH (RESOURCE_TYPE, SEARCH_QUERY_STRING_HASH, CREATED);
create index IDX_SEARCH_CREATED
on HFJ_SEARCH (CREATED);
create index FK_SEARCHINC_SEARCH
on HFJ_SEARCH_INCLUDE (SEARCH_PID);
create index IDX_SP_COORDS_HASH_V2
on HFJ_SPIDX_COORDS (HASH_IDENTITY, SP_LATITUDE, SP_LONGITUDE, RES_ID, PARTITION_ID);
create index IDX_SP_COORDS_UPDATED
on HFJ_SPIDX_COORDS (SP_UPDATED);
create index IDX_SP_COORDS_RESID
on HFJ_SPIDX_COORDS (RES_ID);
create index IDX_SP_DATE_HASH_V2
on HFJ_SPIDX_DATE (HASH_IDENTITY, SP_VALUE_LOW, SP_VALUE_HIGH, RES_ID, PARTITION_ID);
create index IDX_SP_DATE_HASH_HIGH_V2
on HFJ_SPIDX_DATE (HASH_IDENTITY, SP_VALUE_HIGH, RES_ID, PARTITION_ID);
create index IDX_SP_DATE_ORD_HASH_V2
on HFJ_SPIDX_DATE (HASH_IDENTITY, SP_VALUE_LOW_DATE_ORDINAL, SP_VALUE_HIGH_DATE_ORDINAL, RES_ID, PARTITION_ID);
create index IDX_SP_DATE_ORD_HASH_HIGH_V2
on HFJ_SPIDX_DATE (HASH_IDENTITY, SP_VALUE_HIGH_DATE_ORDINAL, RES_ID, PARTITION_ID);
create index IDX_SP_DATE_RESID_V2
on HFJ_SPIDX_DATE (RES_ID, HASH_IDENTITY, SP_VALUE_LOW, SP_VALUE_HIGH, SP_VALUE_LOW_DATE_ORDINAL, SP_VALUE_HIGH_DATE_ORDINAL, PARTITION_ID);
create index IDX_SP_NUMBER_HASH_VAL_V2
on HFJ_SPIDX_NUMBER (HASH_IDENTITY, SP_VALUE, RES_ID, PARTITION_ID);
create index IDX_SP_NUMBER_RESID_V2
on HFJ_SPIDX_NUMBER (RES_ID, HASH_IDENTITY, SP_VALUE, PARTITION_ID);
create index IDX_SP_QUANTITY_HASH_V2
on HFJ_SPIDX_QUANTITY (HASH_IDENTITY, SP_VALUE, RES_ID, PARTITION_ID);
create index IDX_SP_QUANTITY_HASH_UN_V2
on HFJ_SPIDX_QUANTITY (HASH_IDENTITY_AND_UNITS, SP_VALUE, RES_ID, PARTITION_ID);
create index IDX_SP_QUANTITY_HASH_SYSUN_V2
on HFJ_SPIDX_QUANTITY (HASH_IDENTITY_SYS_UNITS, SP_VALUE, RES_ID, PARTITION_ID);
create index IDX_SP_QUANTITY_RESID_V2
on HFJ_SPIDX_QUANTITY (RES_ID, HASH_IDENTITY, HASH_IDENTITY_SYS_UNITS, HASH_IDENTITY_AND_UNITS, SP_VALUE, PARTITION_ID);
create index IDX_SP_QNTY_NRML_HASH_V2
on HFJ_SPIDX_QUANTITY_NRML (HASH_IDENTITY, SP_VALUE, RES_ID, PARTITION_ID);
create index IDX_SP_QNTY_NRML_HASH_UN_V2
on HFJ_SPIDX_QUANTITY_NRML (HASH_IDENTITY_AND_UNITS, SP_VALUE, RES_ID, PARTITION_ID);
create index IDX_SP_QNTY_NRML_HASH_SYSUN_V2
on HFJ_SPIDX_QUANTITY_NRML (HASH_IDENTITY_SYS_UNITS, SP_VALUE, RES_ID, PARTITION_ID);
create index IDX_SP_QNTY_NRML_RESID_V2
on HFJ_SPIDX_QUANTITY_NRML (RES_ID, HASH_IDENTITY, HASH_IDENTITY_SYS_UNITS, HASH_IDENTITY_AND_UNITS, SP_VALUE, PARTITION_ID);
create index IDX_SP_STRING_HASH_IDENT_V2
on HFJ_SPIDX_STRING (HASH_IDENTITY, RES_ID, PARTITION_ID);
create index IDX_SP_STRING_HASH_NRM_V2
on HFJ_SPIDX_STRING (HASH_NORM_PREFIX, SP_VALUE_NORMALIZED, RES_ID, PARTITION_ID);
create index IDX_SP_STRING_HASH_EXCT_V2
on HFJ_SPIDX_STRING (HASH_EXACT, RES_ID, PARTITION_ID);
create index IDX_SP_STRING_RESID_V2
on HFJ_SPIDX_STRING (RES_ID, HASH_NORM_PREFIX, PARTITION_ID);
create index IDX_SP_TOKEN_HASH_V2
on HFJ_SPIDX_TOKEN (HASH_IDENTITY, SP_SYSTEM, SP_VALUE, RES_ID, PARTITION_ID);
create index IDX_SP_TOKEN_HASH_S_V2
on HFJ_SPIDX_TOKEN (HASH_SYS, RES_ID, PARTITION_ID);
create index IDX_SP_TOKEN_HASH_SV_V2
on HFJ_SPIDX_TOKEN (HASH_SYS_AND_VALUE, RES_ID, PARTITION_ID);
create index IDX_SP_TOKEN_HASH_V_V2
on HFJ_SPIDX_TOKEN (HASH_VALUE, RES_ID, PARTITION_ID);
create index IDX_SP_TOKEN_RESID_V2
on HFJ_SPIDX_TOKEN (RES_ID, HASH_SYS_AND_VALUE, HASH_VALUE, HASH_SYS, HASH_IDENTITY, PARTITION_ID);
create index IDX_SP_URI_HASH_URI_V2
on HFJ_SPIDX_URI (HASH_URI, RES_ID, PARTITION_ID);
create index IDX_SP_URI_HASH_IDENTITY_V2
on HFJ_SPIDX_URI (HASH_IDENTITY, SP_URI, RES_ID, PARTITION_ID);
create index IDX_SP_URI_COORDS
on HFJ_SPIDX_URI (RES_ID);
create index IDX_TAG_DEF_TP_CD_SYS
on HFJ_TAG_DEF (TAG_TYPE, TAG_CODE, TAG_SYSTEM, TAG_ID, TAG_VERSION, TAG_USER_SELECTED);
create index IDX_EMPI_MATCH_TGT_VER
on MPI_LINK (MATCH_RESULT, TARGET_PID, VERSION);
create index IDX_EMPI_GR_TGT
on MPI_LINK (GOLDEN_RESOURCE_PID, TARGET_PID);
create index FK_EMPI_LINK_TARGET
on MPI_LINK (TARGET_PID);
create index IDX_EMPI_TGT_MR_LS
on MPI_LINK (TARGET_TYPE, MATCH_RESULT, LINK_SOURCE);
create index IDX_EMPI_TGT_MR_SCORE
on MPI_LINK (TARGET_TYPE, MATCH_RESULT, SCORE);
create index FK_NPM_PKV_PKG
on NPM_PACKAGE_VER (PACKAGE_PID);
create index FK_NPM_PKV_RESID
on NPM_PACKAGE_VER (BINARY_RES_ID);
create index IDX_PACKVERRES_URL
on NPM_PACKAGE_VER_RES (CANONICAL_URL);
create index FK_NPM_PACKVERRES_PACKVER
on NPM_PACKAGE_VER_RES (PACKVER_PID);
create index FK_NPM_PKVR_RESID
on NPM_PACKAGE_VER_RES (BINARY_RES_ID);
create index FK_TRMCODESYSTEM_RES
on TRM_CODESYSTEM (RES_ID);
create index FK_TRMCODESYSTEM_CURVER
on TRM_CODESYSTEM (CURRENT_VERSION_PID);
create index FK_CODESYSVER_RES_ID
on TRM_CODESYSTEM_VER (RES_ID);
create index FK_CODESYSVER_CS_ID
on TRM_CODESYSTEM_VER (CODESYSTEM_PID);
create index IDX_CONCEPT_INDEXSTATUS
on TRM_CONCEPT (INDEX_STATUS);
create index IDX_CONCEPT_UPDATED
on TRM_CONCEPT (CONCEPT_UPDATED);
create index FK_CONCEPTDESIG_CONCEPT
on TRM_CONCEPT_DESIG (CONCEPT_PID);
create index FK_CONCEPTDESIG_CSV
on TRM_CONCEPT_DESIG (CS_VER_PID);
create index FK_TRMCONCEPTMAP_RES
on TRM_CONCEPT_MAP (RES_ID);
create index FK_TCMGROUP_CONCEPTMAP
on TRM_CONCEPT_MAP_GROUP (CONCEPT_MAP_PID);
create index IDX_CNCPT_MAP_GRP_CD
on TRM_CONCEPT_MAP_GRP_ELEMENT (SOURCE_CODE);
create index FK_TCMGELEMENT_GROUP
on TRM_CONCEPT_MAP_GRP_ELEMENT (CONCEPT_MAP_GROUP_PID);
create index IDX_CNCPT_MP_GRP_ELM_TGT_CD
on TRM_CONCEPT_MAP_GRP_ELM_TGT (TARGET_CODE);
create index FK_TCMGETARGET_ELEMENT
on TRM_CONCEPT_MAP_GRP_ELM_TGT (CONCEPT_MAP_GRP_ELM_PID);
create index FK_TERM_CONCEPTPC_CHILD
on TRM_CONCEPT_PC_LINK (CHILD_PID);
create index FK_TERM_CONCEPTPC_PARENT
on TRM_CONCEPT_PC_LINK (PARENT_PID);
create index FK_TERM_CONCEPTPC_CS
on TRM_CONCEPT_PC_LINK (CODESYSTEM_PID);
create index FK_CONCEPTPROP_CONCEPT
on TRM_CONCEPT_PROPERTY (CONCEPT_PID);
create index FK_CONCEPTPROP_CSV
on TRM_CONCEPT_PROPERTY (CS_VER_PID);
create index FK_TRMVALUESET_RES
on TRM_VALUESET (RES_ID);
create index FK_TRM_VALUESET_CONCEPT_PID
on TRM_VALUESET_C_DESIGNATION (VALUESET_CONCEPT_PID);
create index FK_TRM_VSCD_VS_PID
on TRM_VALUESET_C_DESIGNATION (VALUESET_PID);
alter table if exists BT2_WORK_CHUNK
add constraint FK_BT2WC_INSTANCE
foreign key (INSTANCE_ID)
references BT2_JOB_INSTANCE;
alter table if exists CDH_LB_REF
add constraint FK_LB_RES
foreign key (LB_RES_ID, LB_RES_PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists CDH_LB_REF
add constraint FK_LB_ROOT
foreign key (ROOT_RES_ID, ROOT_RES_PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists CDH_LB_REF
add constraint FK_LB_SUBS
foreign key (SUBS_RES_ID, SUBS_RES_PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists CDH_LB_SUB_GROUP
add constraint FK_LB_GP_SUBS
foreign key (SUBS_RES_ID, SUBS_RES_PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists CDH_LB_WL_SUBS
add constraint FK_LB_WL_SUBS
foreign key (SUBS_RES_ID, SUBS_RES_PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists CDH_LB_WL_SUBS
add constraint FK_LB_WL_ID
foreign key (WATCHLIST_ID)
references CDH_LB_WL;
alter table if exists HFJ_BLK_EXPORT_COLFILE
add constraint FK_BLKEXCOLFILE_COLLECT
foreign key (COLLECTION_PID)
references HFJ_BLK_EXPORT_COLLECTION;
alter table if exists HFJ_BLK_EXPORT_COLLECTION
add constraint FK_BLKEXCOL_JOB
foreign key (JOB_PID)
references HFJ_BLK_EXPORT_JOB;
alter table if exists HFJ_BLK_IMPORT_JOBFILE
add constraint FK_BLKIMJOBFILE_JOB
foreign key (JOB_PID)
references HFJ_BLK_IMPORT_JOB;
alter table if exists HFJ_HISTORY_TAG
add constraint FK_HISTORYTAG_HISTORY
foreign key (PARTITION_ID, RES_VER_PID)
references HFJ_RES_VER;
alter table if exists HFJ_IDX_CMB_TOK_NU
add constraint FK_IDXCMBTOKNU_RES_ID
foreign key (RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_IDX_CMP_STRING_UNIQ
add constraint FK_IDXCMPSTRUNIQ_RES_ID
foreign key (RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_RES_LINK
add constraint FK_RESLINK_SOURCE
foreign key (SRC_RESOURCE_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_RES_PARAM_PRESENT
add constraint FK_RESPARMPRES_RESID
foreign key (RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_RES_TAG
add constraint FK_RESTAG_RESOURCE
foreign key (RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_RES_VER
add constraint FK_RESOURCE_HISTORY_RESOURCE
foreign key (RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_RES_VER_PROV
add constraint FK_RESVERPROV_RES_PID
foreign key (RES_PID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_SEARCH_INCLUDE
add constraint FK_SEARCHINC_SEARCH
foreign key (SEARCH_PID)
references HFJ_SEARCH;
alter table if exists HFJ_SPIDX_COORDS
add constraint FKC97MPK37OKWU8QVTCEG2NH9VN
foreign key (RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_SPIDX_DATE
add constraint FK_SP_DATE_RES
foreign key (RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_SPIDX_NUMBER
add constraint FK_SP_NUMBER_RES
foreign key (RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_SPIDX_QUANTITY
add constraint FK_SP_QUANTITY_RES
foreign key (RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_SPIDX_QUANTITY_NRML
add constraint FK_SP_QUANTITYNM_RES
foreign key (RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_SPIDX_STRING
add constraint FK_SPIDXSTR_RESOURCE
foreign key (RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_SPIDX_TOKEN
add constraint FK_SP_TOKEN_RES
foreign key (RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_SPIDX_URI
add constraint FKGXSREUTYMMFJUWDSWV3Y887DO
foreign key (RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists MPI_LINK
add constraint FK_EMPI_LINK_GOLDEN_RESOURCE
foreign key (GOLDEN_RESOURCE_PID, GOLDEN_RESOURCE_PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists MPI_LINK
add constraint FK_EMPI_LINK_PERSON
foreign key (PERSON_PID, PERSON_PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists MPI_LINK
add constraint FK_EMPI_LINK_TARGET
foreign key (TARGET_PID, TARGET_PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists MPI_LINK_AUD
add constraint FKaow7nxncloec419ars0fpp58m
foreign key (REV)
references HFJ_REVINFO;
alter table if exists NPM_PACKAGE_VER
add constraint FK_NPM_PKV_PKG
foreign key (PACKAGE_PID)
references NPM_PACKAGE;
alter table if exists NPM_PACKAGE_VER
add constraint FK_NPM_PKV_RESID
foreign key (BINARY_RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists NPM_PACKAGE_VER_RES
add constraint FK_NPM_PACKVERRES_PACKVER
foreign key (PACKVER_PID)
references NPM_PACKAGE_VER;
alter table if exists NPM_PACKAGE_VER_RES
add constraint FK_NPM_PKVR_RESID
foreign key (BINARY_RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists TRM_CODESYSTEM
add constraint FK_TRMCODESYSTEM_CURVER
foreign key (CURRENT_VERSION_PID, CURRENT_VERSION_PARTITION_ID)
references TRM_CODESYSTEM_VER;
alter table if exists TRM_CODESYSTEM
add constraint FK_TRMCODESYSTEM_RES
foreign key (RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists TRM_CODESYSTEM_VER
add constraint FK_CODESYSVER_CS_ID
foreign key (CODESYSTEM_PID, PARTITION_ID)
references TRM_CODESYSTEM;
alter table if exists TRM_CODESYSTEM_VER
add constraint FK_CODESYSVER_RES_ID
foreign key (RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists TRM_CONCEPT
add constraint FK_CONCEPT_PID_CS_PID
foreign key (CODESYSTEM_PID, PARTITION_ID)
references TRM_CODESYSTEM_VER;
alter table if exists TRM_CONCEPT_DESIG
add constraint FK_CONCEPTDESIG_CSV
foreign key (CS_VER_PID, PARTITION_ID)
references TRM_CODESYSTEM_VER;
alter table if exists TRM_CONCEPT_DESIG
add constraint FK_CONCEPTDESIG_CONCEPT
foreign key (CONCEPT_PID, PARTITION_ID)
references TRM_CONCEPT;
alter table if exists TRM_CONCEPT_MAP
add constraint FK_TRMCONCEPTMAP_RES
foreign key (RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists TRM_CONCEPT_MAP_GROUP
add constraint FK_TCMGROUP_CONCEPTMAP
foreign key (CONCEPT_MAP_PID, PARTITION_ID)
references TRM_CONCEPT_MAP;
alter table if exists TRM_CONCEPT_MAP_GRP_ELEMENT
add constraint FK_TCMGELEMENT_GROUP
foreign key (CONCEPT_MAP_GROUP_PID, PARTITION_ID)
references TRM_CONCEPT_MAP_GROUP;
alter table if exists TRM_CONCEPT_MAP_GRP_ELM_TGT
add constraint FK_TCMGETARGET_ELEMENT
foreign key (CONCEPT_MAP_GRP_ELM_PID, PARTITION_ID)
references TRM_CONCEPT_MAP_GRP_ELEMENT;
alter table if exists TRM_CONCEPT_PC_LINK
add constraint FK_TERM_CONCEPTPC_CHILD
foreign key (CHILD_PID, PARTITION_ID)
references TRM_CONCEPT;
alter table if exists TRM_CONCEPT_PC_LINK
add constraint FK_TERM_CONCEPTPC_CS
foreign key (CODESYSTEM_PID, PARTITION_ID)
references TRM_CODESYSTEM_VER;
alter table if exists TRM_CONCEPT_PC_LINK
add constraint FK_TERM_CONCEPTPC_PARENT
foreign key (PARENT_PID, PARTITION_ID)
references TRM_CONCEPT;
alter table if exists TRM_CONCEPT_PROPERTY
add constraint FK_CONCEPTPROP_CSV
foreign key (CS_VER_PID, PARTITION_ID)
references TRM_CODESYSTEM_VER;
alter table if exists TRM_CONCEPT_PROPERTY
add constraint FK_CONCEPTPROP_CONCEPT
foreign key (CONCEPT_PID, PARTITION_ID)
references TRM_CONCEPT;
alter table if exists TRM_VALUESET
add constraint FK_TRMVALUESET_RES
foreign key (RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists TRM_VALUESET_C_DESIGNATION
add constraint FK_TRM_VALUESET_CONCEPT_PID
foreign key (VALUESET_CONCEPT_PID, PARTITION_ID)
references TRM_VALUESET_CONCEPT;
alter table if exists TRM_VALUESET_C_DESIGNATION
add constraint FK_TRM_VSCD_VS_PID
foreign key (VALUESET_PID, PARTITION_ID)
references TRM_VALUESET;
alter table if exists TRM_VALUESET_CONCEPT
add constraint FK_TRM_VALUESET_PID
foreign key (VALUESET_PID, PARTITION_ID)
references TRM_VALUESET;
ALTER TABLE hfj_resource SET (autovacuum_vacuum_scale_factor = 0.01);
ALTER TABLE hfj_forced_id SET (autovacuum_vacuum_scale_factor = 0.01);
ALTER TABLE hfj_res_link SET (autovacuum_vacuum_scale_factor = 0.01);
ALTER TABLE hfj_spidx_coords SET (autovacuum_vacuum_scale_factor = 0.01);
ALTER TABLE hfj_spidx_date SET (autovacuum_vacuum_scale_factor = 0.01);
ALTER TABLE hfj_spidx_number SET (autovacuum_vacuum_scale_factor = 0.01);
ALTER TABLE hfj_spidx_quantity SET (autovacuum_vacuum_scale_factor = 0.01);
ALTER TABLE hfj_spidx_quantity_nrml SET (autovacuum_vacuum_scale_factor = 0.01);
ALTER TABLE hfj_spidx_string SET (autovacuum_vacuum_scale_factor = 0.01);
ALTER TABLE hfj_spidx_token SET (autovacuum_vacuum_scale_factor = 0.01);
ALTER TABLE hfj_spidx_uri SET (autovacuum_vacuum_scale_factor = 0.01);
alter table hfj_res_link alter column src_path set statistics 10000;
alter table hfj_res_link alter column target_resource_id set statistics 10000;
alter table hfj_res_link alter column src_resource_id set statistics 10000;
alter table hfj_spidx_coords alter column hash_identity set statistics 1000;
alter table hfj_spidx_date alter column hash_identity set statistics 1000;
alter table hfj_spidx_number alter column hash_identity set statistics 1000;
alter table hfj_spidx_quantity alter column hash_identity set statistics 1000;
alter table hfj_spidx_quantity alter column hash_identity_and_units set statistics 10000;
alter table hfj_spidx_quantity alter column hash_identity_sys_units set statistics 10000;
alter table hfj_spidx_quantity_nrml alter column hash_identity set statistics 1000;
alter table hfj_spidx_quantity_nrml alter column hash_identity_and_units set statistics 10000;
alter table hfj_spidx_quantity_nrml alter column hash_identity_sys_units set statistics 10000;
alter table hfj_spidx_string alter column hash_identity set statistics 1000;
alter table hfj_spidx_string alter column hash_exact set statistics 10000;
alter table hfj_spidx_string alter column hash_norm_prefix set statistics 10000;
alter table hfj_spidx_token alter column hash_identity set statistics 1000;
alter table hfj_spidx_token alter column hash_sys set statistics 10000;
alter table hfj_spidx_token alter column hash_sys_and_value set statistics 10000;
alter table hfj_spidx_token alter column hash_value set statistics 10000;
alter table hfj_spidx_uri alter column hash_identity set statistics 1000;
alter table hfj_spidx_uri alter column hash_uri set statistics 10000;
9.2.9FHIR Storage Database: 5 Hash Partition
The following schema shows a schema which is suitable for Database Partition Mode, and which enables native Postgresql Table Partitioning on all partitioned tables.
This schema can be used as-is, but can also be used as an example to create your own partitioned schema. In this example, hash-based partitioning is used, with 5 partitions present for all partitioned tables. You may wish to customize this schema or use it s a guide for implementing your own customized partitioning scheme. It is not strictly necessary to customize it however, if this partitioning scheme is suitable for your needs it is suitable for production deployments.
create sequence SEQ_BLKEXCOL_PID start with 1 increment by 50;
create sequence SEQ_BLKEXCOLFILE_PID start with 1 increment by 50;
create sequence SEQ_BLKEXJOB_PID start with 1 increment by 50;
create sequence SEQ_BLKIMJOB_PID start with 1 increment by 50;
create sequence SEQ_BLKIMJOBFILE_PID start with 1 increment by 50;
create sequence SEQ_CDH_LB_REF start with 1 increment by 50;
create sequence SEQ_CDH_LB_SUB_GROUP start with 1 increment by 50;
create sequence SEQ_CDH_LB_WL start with 1 increment by 50;
create sequence SEQ_CDH_LB_WL_SUBS start with 1 increment by 50;
create sequence SEQ_CNCPT_MAP_GRP_ELM_TGT_PID start with 1 increment by 50;
create sequence SEQ_CODESYSTEM_PID start with 1 increment by 50;
create sequence SEQ_CODESYSTEMVER_PID start with 1 increment by 50;
create sequence SEQ_CONCEPT_DESIG_PID start with 1 increment by 50;
create sequence SEQ_CONCEPT_MAP_GROUP_PID start with 1 increment by 50;
create sequence SEQ_CONCEPT_MAP_GRP_ELM_PID start with 1 increment by 50;
create sequence SEQ_CONCEPT_MAP_PID start with 1 increment by 50;
create sequence SEQ_CONCEPT_PC_PID start with 1 increment by 50;
create sequence SEQ_CONCEPT_PID start with 1 increment by 50;
create sequence SEQ_CONCEPT_PROP_PID start with 1 increment by 50;
create sequence SEQ_EMPI_LINK_ID start with 1 increment by 50;
create sequence SEQ_FORCEDID_ID start with 1 increment by 50;
create sequence SEQ_HFJ_REVINFO start with 1 increment by 50;
create sequence SEQ_HISTORYTAG_ID start with 1 increment by 50;
create sequence SEQ_IDXCMBTOKNU_ID start with 1 increment by 50;
create sequence SEQ_IDXCMPSTRUNIQ_ID start with 1 increment by 50;
create sequence SEQ_NPM_PACK start with 1 increment by 50;
create sequence SEQ_NPM_PACKVER start with 1 increment by 50;
create sequence SEQ_NPM_PACKVERRES start with 1 increment by 50;
create sequence SEQ_RES_REINDEX_JOB start with 1 increment by 50;
create sequence SEQ_RESLINK_ID start with 1 increment by 50;
create sequence SEQ_RESOURCE_HISTORY_ID start with 1 increment by 50;
create sequence SEQ_RESOURCE_ID start with 1 increment by 50;
create sequence SEQ_RESPARMPRESENT_ID start with 1 increment by 50;
create sequence SEQ_RESTAG_ID start with 1 increment by 50;
create sequence SEQ_SEARCH start with 1 increment by 50;
create sequence SEQ_SEARCH_INC start with 1 increment by 50;
create sequence SEQ_SEARCH_RES start with 1 increment by 50;
create sequence SEQ_SPIDX_COORDS start with 1 increment by 50;
create sequence SEQ_SPIDX_DATE start with 1 increment by 50;
create sequence SEQ_SPIDX_IDENTITY start with 1 increment by 1;
create sequence SEQ_SPIDX_NUMBER start with 1 increment by 50;
create sequence SEQ_SPIDX_QUANTITY start with 1 increment by 50;
create sequence SEQ_SPIDX_QUANTITY_NRML start with 1 increment by 50;
create sequence SEQ_SPIDX_STRING start with 1 increment by 50;
create sequence SEQ_SPIDX_TOKEN start with 1 increment by 50;
create sequence SEQ_SPIDX_URI start with 1 increment by 50;
create sequence SEQ_SUBSCRIPTION_ID start with 1 increment by 50;
create sequence SEQ_TAGDEF_ID start with 1 increment by 50;
create sequence SEQ_VALUESET_C_DSGNTN_PID start with 1 increment by 50;
create sequence SEQ_VALUESET_CONCEPT_PID start with 1 increment by 50;
create sequence SEQ_VALUESET_PID start with 1 increment by 50;
create table BT2_JOB_INSTANCE (
ID varchar(100) not null,
JOB_CANCELLED boolean not null,
CMB_RECS_PROCESSED integer,
CMB_RECS_PER_SEC float(53),
CREATE_TIME timestamp(6) not null,
CUR_GATED_STEP_ID varchar(100),
DEFINITION_ID varchar(100) not null,
DEFINITION_VER integer not null,
END_TIME timestamp(6),
ERROR_COUNT integer not null,
ERROR_MSG varchar(500),
EST_REMAINING varchar(100),
FAST_TRACKING boolean,
PARAMS_JSON varchar(2000),
PARAMS_JSON_LOB oid,
PARAMS_JSON_VC text,
PROGRESS_PCT float(53) not null,
REPORT oid,
REPORT_VC text,
START_TIME timestamp(6),
STAT varchar(20) not null,
TOT_ELAPSED_MILLIS integer,
CLIENT_ID varchar(200),
USER_NAME varchar(200),
UPDATE_TIME timestamp(6),
USER_DATA_JSON text,
WARNING_MSG varchar(4000),
WORK_CHUNKS_PURGED boolean not null,
primary key (ID)
);
create table BT2_WORK_CHUNK (
ID varchar(100) not null,
CREATE_TIME timestamp(6) not null,
END_TIME timestamp(6),
ERROR_COUNT integer not null,
ERROR_MSG varchar(500),
INSTANCE_ID varchar(100) not null,
DEFINITION_ID varchar(100) not null,
DEFINITION_VER integer not null,
NEXT_POLL_TIME timestamp(6),
POLL_ATTEMPTS integer,
RECORDS_PROCESSED integer,
SEQ integer not null,
CHUNK_DATA oid,
CHUNK_DATA_VC text,
START_TIME timestamp(6),
STAT varchar(20) not null,
TGT_STEP_ID varchar(100) not null,
UPDATE_TIME timestamp(6),
WARNING_MSG varchar(4000),
primary key (ID)
);
create table CDH_LB_REF (
PID bigint not null,
EXPIRES timestamp(6),
LB_RES_ID bigint not null,
LB_RES_PARTITION_ID integer,
ORDER_DATE timestamp(6),
ROOT_RES_ID bigint not null,
ROOT_RES_PARTITION_ID integer not null,
RULE_SYSTEM varchar(200) not null,
RULE_VALUE varchar(200) not null,
SUBS_RES_ID bigint not null,
SUBS_RES_PARTITION_ID integer,
TRACK_PARAM varchar(200),
TRACK_SUBPARAM varchar(200),
primary key (PID),
constraint IDX_CDH_LB_REF_UNIQ unique (RULE_SYSTEM, RULE_VALUE, ROOT_RES_ID, SUBS_RES_ID, LB_RES_ID)
);
create table CDH_LB_SUB_GROUP (
PID bigint not null,
SUBS_GROUP varchar(200) not null,
SUBS_ID varchar(200) not null,
SUBS_RES_ID bigint not null,
SUBS_RES_PARTITION_ID integer not null,
primary key (PID),
constraint IDX_CDH_LB_SUB_ID_GROUP unique (SUBS_RES_ID, SUBS_GROUP)
);
create table CDH_LB_WL (
PID bigint not null,
SUBSCRIBER_TYPE varchar(200) not null,
WATCHLIST_SYSTEM varchar(200) not null,
WATCHLIST_VALUE varchar(200) not null,
primary key (PID),
constraint IDX_CDH_LB_WL_WATCHLIST_TOKEN unique (WATCHLIST_SYSTEM, WATCHLIST_VALUE)
);
create table CDH_LB_WL_SUBS (
PID bigint not null,
SEED_STATUS integer not null,
SUBS_ID varchar(200) not null,
SUBS_RES_ID bigint not null,
SUBS_RES_PARTITION_ID integer not null,
WATCHLIST_ID bigint not null,
primary key (PID),
constraint IDX_CDH_LB_WL_SUBS_WATCHLIST unique (WATCHLIST_ID, SUBS_RES_ID)
);
create table HFJ_BINARY_STORAGE_BLOB (
BLOB_ID varchar(200) not null,
BLOB_DATA oid,
CONTENT_TYPE varchar(100) not null,
BLOB_HASH varchar(128),
PUBLISHED_DATE timestamp(6) not null,
RESOURCE_ID varchar(100) not null,
BLOB_SIZE bigint not null,
STORAGE_CONTENT_BIN bytea,
primary key (BLOB_ID)
);
create table HFJ_BLK_EXPORT_COLFILE (
PID bigint not null,
RES_ID varchar(100) not null,
COLLECTION_PID bigint not null,
primary key (PID)
);
create table HFJ_BLK_EXPORT_COLLECTION (
PID bigint not null,
TYPE_FILTER varchar(1000),
RES_TYPE varchar(40) not null,
OPTLOCK integer not null,
JOB_PID bigint not null,
primary key (PID)
);
create table HFJ_BLK_EXPORT_JOB (
PID bigint not null,
CREATED_TIME timestamp(6) not null,
EXP_TIME timestamp(6),
JOB_ID varchar(36) not null,
REQUEST varchar(1024) not null,
EXP_SINCE timestamp(6),
JOB_STATUS varchar(10) not null,
STATUS_MESSAGE varchar(500),
STATUS_TIME timestamp(6) not null,
OPTLOCK integer not null,
primary key (PID),
constraint IDX_BLKEX_JOB_ID unique (JOB_ID)
);
create table HFJ_BLK_IMPORT_JOB (
PID bigint not null,
BATCH_SIZE integer not null,
FILE_COUNT integer not null,
JOB_DESC varchar(500),
JOB_ID varchar(36) not null,
ROW_PROCESSING_MODE varchar(20) not null,
JOB_STATUS varchar(10) not null,
STATUS_MESSAGE varchar(500),
STATUS_TIME timestamp(6) not null,
OPTLOCK integer not null,
primary key (PID),
constraint IDX_BLKIM_JOB_ID unique (JOB_ID)
);
create table HFJ_BLK_IMPORT_JOBFILE (
PID bigint not null,
JOB_CONTENTS oid,
JOB_CONTENTS_VC text,
FILE_DESCRIPTION varchar(500),
FILE_SEQ integer not null,
TENANT_NAME varchar(200),
JOB_PID bigint not null,
primary key (PID)
);
-- Create partitioned table HFJ_FORCED_ID
create table HFJ_FORCED_ID (
PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
FORCED_ID varchar(100) not null,
RESOURCE_PID bigint not null,
RESOURCE_TYPE varchar(100) default '',
primary key (PID, PARTITION_ID)
) PARTITION BY HASH (PARTITION_ID);
-- Create 5 partitions for table HFJ_FORCED_ID
CREATE TABLE HFJ_FORCED_ID_PART0 PARTITION OF HFJ_FORCED_ID FOR VALUES WITH (MODULUS 5, REMAINDER 0);
CREATE TABLE HFJ_FORCED_ID_PART1 PARTITION OF HFJ_FORCED_ID FOR VALUES WITH (MODULUS 5, REMAINDER 1);
CREATE TABLE HFJ_FORCED_ID_PART2 PARTITION OF HFJ_FORCED_ID FOR VALUES WITH (MODULUS 5, REMAINDER 2);
CREATE TABLE HFJ_FORCED_ID_PART3 PARTITION OF HFJ_FORCED_ID FOR VALUES WITH (MODULUS 5, REMAINDER 3);
CREATE TABLE HFJ_FORCED_ID_PART4 PARTITION OF HFJ_FORCED_ID FOR VALUES WITH (MODULUS 5, REMAINDER 4);
-- Tune 5 partitions for table HFJ_FORCED_ID
ALTER TABLE HFJ_FORCED_ID_PART0 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_FORCED_ID_PART1 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_FORCED_ID_PART2 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_FORCED_ID_PART3 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_FORCED_ID_PART4 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
-- Create partitioned table HFJ_HISTORY_TAG
create table HFJ_HISTORY_TAG (
PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
TAG_ID bigint,
RES_VER_PID bigint not null,
RES_ID bigint not null,
RES_TYPE varchar(40) not null,
primary key (PID, PARTITION_ID),
constraint IDX_RESHISTTAG_TAGID unique (PARTITION_ID, RES_VER_PID, TAG_ID)
) PARTITION BY HASH (PARTITION_ID);
-- Create 5 partitions for table HFJ_HISTORY_TAG
CREATE TABLE HFJ_HISTORY_TAG_PART0 PARTITION OF HFJ_HISTORY_TAG FOR VALUES WITH (MODULUS 5, REMAINDER 0);
CREATE TABLE HFJ_HISTORY_TAG_PART1 PARTITION OF HFJ_HISTORY_TAG FOR VALUES WITH (MODULUS 5, REMAINDER 1);
CREATE TABLE HFJ_HISTORY_TAG_PART2 PARTITION OF HFJ_HISTORY_TAG FOR VALUES WITH (MODULUS 5, REMAINDER 2);
CREATE TABLE HFJ_HISTORY_TAG_PART3 PARTITION OF HFJ_HISTORY_TAG FOR VALUES WITH (MODULUS 5, REMAINDER 3);
CREATE TABLE HFJ_HISTORY_TAG_PART4 PARTITION OF HFJ_HISTORY_TAG FOR VALUES WITH (MODULUS 5, REMAINDER 4);
-- Create partitioned table HFJ_IDX_CMB_TOK_NU
create table HFJ_IDX_CMB_TOK_NU (
PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
HASH_COMPLETE bigint not null,
IDX_STRING varchar(500) not null,
RES_ID bigint,
primary key (PID, PARTITION_ID)
) PARTITION BY HASH (PARTITION_ID);
-- Create 5 partitions for table HFJ_IDX_CMB_TOK_NU
CREATE TABLE HFJ_IDX_CMB_TOK_NU_PART0 PARTITION OF HFJ_IDX_CMB_TOK_NU FOR VALUES WITH (MODULUS 5, REMAINDER 0);
CREATE TABLE HFJ_IDX_CMB_TOK_NU_PART1 PARTITION OF HFJ_IDX_CMB_TOK_NU FOR VALUES WITH (MODULUS 5, REMAINDER 1);
CREATE TABLE HFJ_IDX_CMB_TOK_NU_PART2 PARTITION OF HFJ_IDX_CMB_TOK_NU FOR VALUES WITH (MODULUS 5, REMAINDER 2);
CREATE TABLE HFJ_IDX_CMB_TOK_NU_PART3 PARTITION OF HFJ_IDX_CMB_TOK_NU FOR VALUES WITH (MODULUS 5, REMAINDER 3);
CREATE TABLE HFJ_IDX_CMB_TOK_NU_PART4 PARTITION OF HFJ_IDX_CMB_TOK_NU FOR VALUES WITH (MODULUS 5, REMAINDER 4);
-- Create partitioned table HFJ_IDX_CMP_STRING_UNIQ
create table HFJ_IDX_CMP_STRING_UNIQ (
PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
HASH_COMPLETE bigint,
HASH_COMPLETE_2 bigint,
IDX_STRING varchar(500) not null,
RES_ID bigint,
primary key (PID, PARTITION_ID),
constraint IDX_IDXCMPSTRUNIQ_STRING unique (PARTITION_ID, IDX_STRING)
) PARTITION BY HASH (PARTITION_ID);
-- Create 5 partitions for table HFJ_IDX_CMP_STRING_UNIQ
CREATE TABLE HFJ_IDX_CMP_STRING_UNIQ_PART0 PARTITION OF HFJ_IDX_CMP_STRING_UNIQ FOR VALUES WITH (MODULUS 5, REMAINDER 0);
CREATE TABLE HFJ_IDX_CMP_STRING_UNIQ_PART1 PARTITION OF HFJ_IDX_CMP_STRING_UNIQ FOR VALUES WITH (MODULUS 5, REMAINDER 1);
CREATE TABLE HFJ_IDX_CMP_STRING_UNIQ_PART2 PARTITION OF HFJ_IDX_CMP_STRING_UNIQ FOR VALUES WITH (MODULUS 5, REMAINDER 2);
CREATE TABLE HFJ_IDX_CMP_STRING_UNIQ_PART3 PARTITION OF HFJ_IDX_CMP_STRING_UNIQ FOR VALUES WITH (MODULUS 5, REMAINDER 3);
CREATE TABLE HFJ_IDX_CMP_STRING_UNIQ_PART4 PARTITION OF HFJ_IDX_CMP_STRING_UNIQ FOR VALUES WITH (MODULUS 5, REMAINDER 4);
create table HFJ_PARTITION (
PART_ID integer not null,
PART_DESC varchar(200),
PART_NAME varchar(200) not null,
primary key (PART_ID),
constraint IDX_PART_NAME unique (PART_NAME)
);
-- Create partitioned table HFJ_RES_LINK
create table HFJ_RES_LINK (
PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
SRC_PATH varchar(500) not null,
SRC_RESOURCE_ID bigint not null,
SOURCE_RESOURCE_TYPE varchar(40) not null,
TARGET_RES_PARTITION_DATE date,
TARGET_RES_PARTITION_ID integer,
TARGET_RESOURCE_ID bigint,
TARGET_RESOURCE_TYPE varchar(40) not null,
TARGET_RESOURCE_URL varchar(200),
TARGET_RESOURCE_VERSION bigint,
SP_UPDATED timestamp(6),
primary key (PID, PARTITION_ID)
) PARTITION BY HASH (PARTITION_ID);
-- Create 5 partitions for table HFJ_RES_LINK
CREATE TABLE HFJ_RES_LINK_PART0 PARTITION OF HFJ_RES_LINK FOR VALUES WITH (MODULUS 5, REMAINDER 0);
CREATE TABLE HFJ_RES_LINK_PART1 PARTITION OF HFJ_RES_LINK FOR VALUES WITH (MODULUS 5, REMAINDER 1);
CREATE TABLE HFJ_RES_LINK_PART2 PARTITION OF HFJ_RES_LINK FOR VALUES WITH (MODULUS 5, REMAINDER 2);
CREATE TABLE HFJ_RES_LINK_PART3 PARTITION OF HFJ_RES_LINK FOR VALUES WITH (MODULUS 5, REMAINDER 3);
CREATE TABLE HFJ_RES_LINK_PART4 PARTITION OF HFJ_RES_LINK FOR VALUES WITH (MODULUS 5, REMAINDER 4);
-- Tune 5 partitions for table HFJ_RES_LINK
ALTER TABLE HFJ_RES_LINK_PART0 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_RES_LINK_PART0 ALTER COLUMN SRC_PATH SET STATISTICS 10000;
ALTER TABLE HFJ_RES_LINK_PART0 ALTER COLUMN TARGET_RESOURCE_ID SET STATISTICS 10000;
ALTER TABLE HFJ_RES_LINK_PART0 ALTER COLUMN SRC_RESOURCE_ID SET STATISTICS 10000;
ALTER TABLE HFJ_RES_LINK_PART1 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_RES_LINK_PART1 ALTER COLUMN SRC_PATH SET STATISTICS 10000;
ALTER TABLE HFJ_RES_LINK_PART1 ALTER COLUMN TARGET_RESOURCE_ID SET STATISTICS 10000;
ALTER TABLE HFJ_RES_LINK_PART1 ALTER COLUMN SRC_RESOURCE_ID SET STATISTICS 10000;
ALTER TABLE HFJ_RES_LINK_PART2 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_RES_LINK_PART2 ALTER COLUMN SRC_PATH SET STATISTICS 10000;
ALTER TABLE HFJ_RES_LINK_PART2 ALTER COLUMN TARGET_RESOURCE_ID SET STATISTICS 10000;
ALTER TABLE HFJ_RES_LINK_PART2 ALTER COLUMN SRC_RESOURCE_ID SET STATISTICS 10000;
ALTER TABLE HFJ_RES_LINK_PART3 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_RES_LINK_PART3 ALTER COLUMN SRC_PATH SET STATISTICS 10000;
ALTER TABLE HFJ_RES_LINK_PART3 ALTER COLUMN TARGET_RESOURCE_ID SET STATISTICS 10000;
ALTER TABLE HFJ_RES_LINK_PART3 ALTER COLUMN SRC_RESOURCE_ID SET STATISTICS 10000;
ALTER TABLE HFJ_RES_LINK_PART4 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_RES_LINK_PART4 ALTER COLUMN SRC_PATH SET STATISTICS 10000;
ALTER TABLE HFJ_RES_LINK_PART4 ALTER COLUMN TARGET_RESOURCE_ID SET STATISTICS 10000;
ALTER TABLE HFJ_RES_LINK_PART4 ALTER COLUMN SRC_RESOURCE_ID SET STATISTICS 10000;
-- Create partitioned table HFJ_RES_PARAM_PRESENT
create table HFJ_RES_PARAM_PRESENT (
PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
HASH_PRESENCE bigint,
SP_PRESENT boolean not null,
RES_ID bigint not null,
primary key (PID, PARTITION_ID)
) PARTITION BY HASH (PARTITION_ID);
-- Create 5 partitions for table HFJ_RES_PARAM_PRESENT
CREATE TABLE HFJ_RES_PARAM_PRESENT_PART0 PARTITION OF HFJ_RES_PARAM_PRESENT FOR VALUES WITH (MODULUS 5, REMAINDER 0);
CREATE TABLE HFJ_RES_PARAM_PRESENT_PART1 PARTITION OF HFJ_RES_PARAM_PRESENT FOR VALUES WITH (MODULUS 5, REMAINDER 1);
CREATE TABLE HFJ_RES_PARAM_PRESENT_PART2 PARTITION OF HFJ_RES_PARAM_PRESENT FOR VALUES WITH (MODULUS 5, REMAINDER 2);
CREATE TABLE HFJ_RES_PARAM_PRESENT_PART3 PARTITION OF HFJ_RES_PARAM_PRESENT FOR VALUES WITH (MODULUS 5, REMAINDER 3);
CREATE TABLE HFJ_RES_PARAM_PRESENT_PART4 PARTITION OF HFJ_RES_PARAM_PRESENT FOR VALUES WITH (MODULUS 5, REMAINDER 4);
create table HFJ_RES_REINDEX_JOB (
PID bigint not null,
JOB_DELETED boolean not null,
REINDEX_COUNT integer,
RES_TYPE varchar(100),
SUSPENDED_UNTIL timestamp(6),
UPDATE_THRESHOLD_HIGH timestamp(6) not null,
UPDATE_THRESHOLD_LOW timestamp(6),
primary key (PID)
);
-- Create partitioned table HFJ_RES_SEARCH_URL
create table HFJ_RES_SEARCH_URL (
RES_SEARCH_URL varchar(768) not null,
PARTITION_ID integer not null,
CREATED_TIME timestamp(6) not null,
PARTITION_DATE date,
RES_ID bigint not null,
primary key (RES_SEARCH_URL, PARTITION_ID)
) PARTITION BY HASH (PARTITION_ID);
-- Create 5 partitions for table HFJ_RES_SEARCH_URL
CREATE TABLE HFJ_RES_SEARCH_URL_PART0 PARTITION OF HFJ_RES_SEARCH_URL FOR VALUES WITH (MODULUS 5, REMAINDER 0);
CREATE TABLE HFJ_RES_SEARCH_URL_PART1 PARTITION OF HFJ_RES_SEARCH_URL FOR VALUES WITH (MODULUS 5, REMAINDER 1);
CREATE TABLE HFJ_RES_SEARCH_URL_PART2 PARTITION OF HFJ_RES_SEARCH_URL FOR VALUES WITH (MODULUS 5, REMAINDER 2);
CREATE TABLE HFJ_RES_SEARCH_URL_PART3 PARTITION OF HFJ_RES_SEARCH_URL FOR VALUES WITH (MODULUS 5, REMAINDER 3);
CREATE TABLE HFJ_RES_SEARCH_URL_PART4 PARTITION OF HFJ_RES_SEARCH_URL FOR VALUES WITH (MODULUS 5, REMAINDER 4);
-- Create partitioned table HFJ_RES_TAG
create table HFJ_RES_TAG (
PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
TAG_ID bigint,
RES_ID bigint,
RES_TYPE varchar(40) not null,
primary key (PID, PARTITION_ID),
constraint IDX_RESTAG_TAGID unique (PARTITION_ID, RES_ID, TAG_ID)
) PARTITION BY HASH (PARTITION_ID);
-- Create 5 partitions for table HFJ_RES_TAG
CREATE TABLE HFJ_RES_TAG_PART0 PARTITION OF HFJ_RES_TAG FOR VALUES WITH (MODULUS 5, REMAINDER 0);
CREATE TABLE HFJ_RES_TAG_PART1 PARTITION OF HFJ_RES_TAG FOR VALUES WITH (MODULUS 5, REMAINDER 1);
CREATE TABLE HFJ_RES_TAG_PART2 PARTITION OF HFJ_RES_TAG FOR VALUES WITH (MODULUS 5, REMAINDER 2);
CREATE TABLE HFJ_RES_TAG_PART3 PARTITION OF HFJ_RES_TAG FOR VALUES WITH (MODULUS 5, REMAINDER 3);
CREATE TABLE HFJ_RES_TAG_PART4 PARTITION OF HFJ_RES_TAG FOR VALUES WITH (MODULUS 5, REMAINDER 4);
-- Create partitioned table HFJ_RES_VER
create table HFJ_RES_VER (
PARTITION_ID integer not null,
PID bigint not null,
RES_DELETED_AT timestamp(6),
RES_VERSION varchar(7),
HAS_TAGS boolean not null,
RES_PUBLISHED timestamp(6) not null,
RES_UPDATED timestamp(6) not null,
RES_ENCODING varchar(5) not null,
PARTITION_DATE date,
REQUEST_ID varchar(16),
RES_TEXT oid,
RES_ID bigint not null,
RES_TEXT_VC text,
RES_TYPE varchar(40) not null,
RES_VER bigint not null,
SOURCE_URI varchar(768),
primary key (PARTITION_ID, PID),
constraint IDX_RESVER_ID_VER unique (PARTITION_ID, RES_ID, RES_VER)
) PARTITION BY HASH (PARTITION_ID);
-- Create 5 partitions for table HFJ_RES_VER
CREATE TABLE HFJ_RES_VER_PART0 PARTITION OF HFJ_RES_VER FOR VALUES WITH (MODULUS 5, REMAINDER 0);
CREATE TABLE HFJ_RES_VER_PART1 PARTITION OF HFJ_RES_VER FOR VALUES WITH (MODULUS 5, REMAINDER 1);
CREATE TABLE HFJ_RES_VER_PART2 PARTITION OF HFJ_RES_VER FOR VALUES WITH (MODULUS 5, REMAINDER 2);
CREATE TABLE HFJ_RES_VER_PART3 PARTITION OF HFJ_RES_VER FOR VALUES WITH (MODULUS 5, REMAINDER 3);
CREATE TABLE HFJ_RES_VER_PART4 PARTITION OF HFJ_RES_VER FOR VALUES WITH (MODULUS 5, REMAINDER 4);
-- Create partitioned table HFJ_RES_VER_PROV
create table HFJ_RES_VER_PROV (
RES_VER_PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
REQUEST_ID varchar(16),
RES_PID bigint not null,
SOURCE_URI varchar(768),
primary key (RES_VER_PID, PARTITION_ID)
) PARTITION BY HASH (PARTITION_ID);
-- Create 5 partitions for table HFJ_RES_VER_PROV
CREATE TABLE HFJ_RES_VER_PROV_PART0 PARTITION OF HFJ_RES_VER_PROV FOR VALUES WITH (MODULUS 5, REMAINDER 0);
CREATE TABLE HFJ_RES_VER_PROV_PART1 PARTITION OF HFJ_RES_VER_PROV FOR VALUES WITH (MODULUS 5, REMAINDER 1);
CREATE TABLE HFJ_RES_VER_PROV_PART2 PARTITION OF HFJ_RES_VER_PROV FOR VALUES WITH (MODULUS 5, REMAINDER 2);
CREATE TABLE HFJ_RES_VER_PROV_PART3 PARTITION OF HFJ_RES_VER_PROV FOR VALUES WITH (MODULUS 5, REMAINDER 3);
CREATE TABLE HFJ_RES_VER_PROV_PART4 PARTITION OF HFJ_RES_VER_PROV FOR VALUES WITH (MODULUS 5, REMAINDER 4);
-- Create partitioned table HFJ_RESOURCE
create table HFJ_RESOURCE (
RES_ID bigint not null,
PARTITION_ID integer not null,
RES_DELETED_AT timestamp(6),
RES_VERSION varchar(7),
HAS_TAGS boolean not null,
RES_PUBLISHED timestamp(6) not null,
RES_UPDATED timestamp(6) not null,
FHIR_ID varchar(64),
SP_HAS_LINKS boolean not null,
HASH_SHA256 varchar(64),
SP_INDEX_STATUS smallint,
RES_LANGUAGE varchar(20),
SP_CMPSTR_UNIQ_PRESENT boolean,
SP_CMPTOKS_PRESENT boolean,
SP_COORDS_PRESENT boolean not null,
SP_DATE_PRESENT boolean not null,
SP_NUMBER_PRESENT boolean not null,
SP_QUANTITY_NRML_PRESENT boolean not null,
SP_QUANTITY_PRESENT boolean not null,
SP_STRING_PRESENT boolean not null,
SP_TOKEN_PRESENT boolean not null,
SP_URI_PRESENT boolean not null,
PARTITION_DATE date,
RES_TYPE varchar(40) not null,
SEARCH_URL_PRESENT boolean,
RES_VER bigint not null,
primary key (RES_ID, PARTITION_ID),
constraint IDX_RES_TYPE_FHIR_ID unique (PARTITION_ID, RES_TYPE, FHIR_ID)
) PARTITION BY HASH (PARTITION_ID);
-- Create 5 partitions for table HFJ_RESOURCE
CREATE TABLE HFJ_RESOURCE_PART0 PARTITION OF HFJ_RESOURCE FOR VALUES WITH (MODULUS 5, REMAINDER 0);
CREATE TABLE HFJ_RESOURCE_PART1 PARTITION OF HFJ_RESOURCE FOR VALUES WITH (MODULUS 5, REMAINDER 1);
CREATE TABLE HFJ_RESOURCE_PART2 PARTITION OF HFJ_RESOURCE FOR VALUES WITH (MODULUS 5, REMAINDER 2);
CREATE TABLE HFJ_RESOURCE_PART3 PARTITION OF HFJ_RESOURCE FOR VALUES WITH (MODULUS 5, REMAINDER 3);
CREATE TABLE HFJ_RESOURCE_PART4 PARTITION OF HFJ_RESOURCE FOR VALUES WITH (MODULUS 5, REMAINDER 4);
-- Tune 5 partitions for table HFJ_RESOURCE
ALTER TABLE HFJ_RESOURCE_PART0 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_RESOURCE_PART1 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_RESOURCE_PART2 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_RESOURCE_PART3 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_RESOURCE_PART4 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
create table HFJ_RESOURCE_MODIFIED (
RES_ID varchar(256) not null,
RES_VER varchar(8) not null,
CREATED_TIME timestamp(6) not null,
RESOURCE_TYPE varchar(40) not null,
SUMMARY_MESSAGE varchar(4000) not null,
primary key (RES_ID, RES_VER)
);
create table HFJ_REVINFO (
REV bigint not null,
REVTSTMP timestamp(6),
primary key (REV)
);
create table HFJ_SEARCH (
PID bigint not null,
CREATED timestamp(6) not null,
SEARCH_DELETED boolean,
EXPIRY_OR_NULL timestamp(6),
FAILURE_CODE integer,
FAILURE_MESSAGE varchar(500),
LAST_UPDATED_HIGH timestamp(6),
LAST_UPDATED_LOW timestamp(6),
NUM_BLOCKED integer,
NUM_FOUND integer not null,
PARTITION_ID integer,
PREFERRED_PAGE_SIZE integer,
RESOURCE_ID bigint,
RESOURCE_TYPE varchar(200),
SEARCH_PARAM_MAP oid,
SEARCH_PARAM_MAP_BIN bytea,
SEARCH_QUERY_STRING oid,
SEARCH_QUERY_STRING_HASH integer,
SEARCH_QUERY_STRING_VC text,
SEARCH_TYPE integer not null,
SEARCH_STATUS varchar(10) not null,
TOTAL_COUNT integer,
SEARCH_UUID varchar(48) not null,
OPTLOCK_VERSION integer,
primary key (PID),
constraint IDX_SEARCH_UUID unique (SEARCH_UUID)
);
create table HFJ_SEARCH_INCLUDE (
PID bigint not null,
SEARCH_INCLUDE varchar(200) not null,
INC_RECURSE boolean not null,
REVINCLUDE boolean not null,
SEARCH_PID bigint not null,
primary key (PID)
);
create table HFJ_SEARCH_RESULT (
PID bigint not null,
SEARCH_ORDER integer not null,
RESOURCE_PARTITION_ID integer,
RESOURCE_PID bigint not null,
SEARCH_PID bigint not null,
primary key (PID),
constraint IDX_SEARCHRES_ORDER unique (SEARCH_PID, SEARCH_ORDER)
);
-- Create partitioned table HFJ_SPIDX_COORDS
create table HFJ_SPIDX_COORDS (
SP_ID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
HASH_IDENTITY bigint,
SP_MISSING boolean not null,
SP_NAME varchar(100),
RES_ID bigint not null,
RES_TYPE varchar(100),
SP_UPDATED timestamp(6),
SP_LATITUDE float(53),
SP_LONGITUDE float(53),
primary key (SP_ID, PARTITION_ID)
) PARTITION BY HASH (PARTITION_ID);
-- Create 5 partitions for table HFJ_SPIDX_COORDS
CREATE TABLE HFJ_SPIDX_COORDS_PART0 PARTITION OF HFJ_SPIDX_COORDS FOR VALUES WITH (MODULUS 5, REMAINDER 0);
CREATE TABLE HFJ_SPIDX_COORDS_PART1 PARTITION OF HFJ_SPIDX_COORDS FOR VALUES WITH (MODULUS 5, REMAINDER 1);
CREATE TABLE HFJ_SPIDX_COORDS_PART2 PARTITION OF HFJ_SPIDX_COORDS FOR VALUES WITH (MODULUS 5, REMAINDER 2);
CREATE TABLE HFJ_SPIDX_COORDS_PART3 PARTITION OF HFJ_SPIDX_COORDS FOR VALUES WITH (MODULUS 5, REMAINDER 3);
CREATE TABLE HFJ_SPIDX_COORDS_PART4 PARTITION OF HFJ_SPIDX_COORDS FOR VALUES WITH (MODULUS 5, REMAINDER 4);
-- Tune 5 partitions for table HFJ_SPIDX_COORDS
ALTER TABLE HFJ_SPIDX_COORDS_PART0 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_COORDS_PART0 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_COORDS_PART1 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_COORDS_PART1 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_COORDS_PART2 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_COORDS_PART2 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_COORDS_PART3 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_COORDS_PART3 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_COORDS_PART4 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_COORDS_PART4 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
-- Create partitioned table HFJ_SPIDX_DATE
create table HFJ_SPIDX_DATE (
SP_ID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
HASH_IDENTITY bigint,
SP_MISSING boolean not null,
SP_NAME varchar(100),
RES_ID bigint not null,
RES_TYPE varchar(100),
SP_UPDATED timestamp(6),
SP_VALUE_HIGH timestamp(6),
SP_VALUE_HIGH_DATE_ORDINAL integer,
SP_VALUE_LOW timestamp(6),
SP_VALUE_LOW_DATE_ORDINAL integer,
primary key (SP_ID, PARTITION_ID)
) PARTITION BY HASH (PARTITION_ID);
-- Create 5 partitions for table HFJ_SPIDX_DATE
CREATE TABLE HFJ_SPIDX_DATE_PART0 PARTITION OF HFJ_SPIDX_DATE FOR VALUES WITH (MODULUS 5, REMAINDER 0);
CREATE TABLE HFJ_SPIDX_DATE_PART1 PARTITION OF HFJ_SPIDX_DATE FOR VALUES WITH (MODULUS 5, REMAINDER 1);
CREATE TABLE HFJ_SPIDX_DATE_PART2 PARTITION OF HFJ_SPIDX_DATE FOR VALUES WITH (MODULUS 5, REMAINDER 2);
CREATE TABLE HFJ_SPIDX_DATE_PART3 PARTITION OF HFJ_SPIDX_DATE FOR VALUES WITH (MODULUS 5, REMAINDER 3);
CREATE TABLE HFJ_SPIDX_DATE_PART4 PARTITION OF HFJ_SPIDX_DATE FOR VALUES WITH (MODULUS 5, REMAINDER 4);
-- Tune 5 partitions for table HFJ_SPIDX_DATE
ALTER TABLE HFJ_SPIDX_DATE_PART0 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_DATE_PART0 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_DATE_PART1 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_DATE_PART1 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_DATE_PART2 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_DATE_PART2 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_DATE_PART3 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_DATE_PART3 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_DATE_PART4 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_DATE_PART4 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
create table HFJ_SPIDX_IDENTITY (
SP_IDENTITY_ID integer not null,
HASH_IDENTITY bigint not null,
SP_NAME varchar(256) not null,
RES_TYPE varchar(100) not null,
primary key (SP_IDENTITY_ID),
constraint IDX_HASH_IDENTITY unique (HASH_IDENTITY)
);
-- Create partitioned table HFJ_SPIDX_NUMBER
create table HFJ_SPIDX_NUMBER (
SP_ID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
HASH_IDENTITY bigint,
SP_MISSING boolean not null,
SP_NAME varchar(100),
RES_ID bigint not null,
RES_TYPE varchar(100),
SP_UPDATED timestamp(6),
SP_VALUE decimal(19,2),
primary key (SP_ID, PARTITION_ID)
) PARTITION BY HASH (PARTITION_ID);
-- Create 5 partitions for table HFJ_SPIDX_NUMBER
CREATE TABLE HFJ_SPIDX_NUMBER_PART0 PARTITION OF HFJ_SPIDX_NUMBER FOR VALUES WITH (MODULUS 5, REMAINDER 0);
CREATE TABLE HFJ_SPIDX_NUMBER_PART1 PARTITION OF HFJ_SPIDX_NUMBER FOR VALUES WITH (MODULUS 5, REMAINDER 1);
CREATE TABLE HFJ_SPIDX_NUMBER_PART2 PARTITION OF HFJ_SPIDX_NUMBER FOR VALUES WITH (MODULUS 5, REMAINDER 2);
CREATE TABLE HFJ_SPIDX_NUMBER_PART3 PARTITION OF HFJ_SPIDX_NUMBER FOR VALUES WITH (MODULUS 5, REMAINDER 3);
CREATE TABLE HFJ_SPIDX_NUMBER_PART4 PARTITION OF HFJ_SPIDX_NUMBER FOR VALUES WITH (MODULUS 5, REMAINDER 4);
-- Tune 5 partitions for table HFJ_SPIDX_NUMBER
ALTER TABLE HFJ_SPIDX_NUMBER_PART0 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_NUMBER_PART0 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_NUMBER_PART1 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_NUMBER_PART1 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_NUMBER_PART2 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_NUMBER_PART2 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_NUMBER_PART3 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_NUMBER_PART3 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_NUMBER_PART4 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_NUMBER_PART4 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
-- Create partitioned table HFJ_SPIDX_QUANTITY
create table HFJ_SPIDX_QUANTITY (
SP_ID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
HASH_IDENTITY bigint,
SP_MISSING boolean not null,
SP_NAME varchar(100),
RES_ID bigint not null,
RES_TYPE varchar(100),
SP_UPDATED timestamp(6),
HASH_IDENTITY_AND_UNITS bigint,
HASH_IDENTITY_SYS_UNITS bigint,
SP_SYSTEM varchar(200),
SP_UNITS varchar(200),
SP_VALUE float(53),
primary key (SP_ID, PARTITION_ID)
) PARTITION BY HASH (PARTITION_ID);
-- Create 5 partitions for table HFJ_SPIDX_QUANTITY
CREATE TABLE HFJ_SPIDX_QUANTITY_PART0 PARTITION OF HFJ_SPIDX_QUANTITY FOR VALUES WITH (MODULUS 5, REMAINDER 0);
CREATE TABLE HFJ_SPIDX_QUANTITY_PART1 PARTITION OF HFJ_SPIDX_QUANTITY FOR VALUES WITH (MODULUS 5, REMAINDER 1);
CREATE TABLE HFJ_SPIDX_QUANTITY_PART2 PARTITION OF HFJ_SPIDX_QUANTITY FOR VALUES WITH (MODULUS 5, REMAINDER 2);
CREATE TABLE HFJ_SPIDX_QUANTITY_PART3 PARTITION OF HFJ_SPIDX_QUANTITY FOR VALUES WITH (MODULUS 5, REMAINDER 3);
CREATE TABLE HFJ_SPIDX_QUANTITY_PART4 PARTITION OF HFJ_SPIDX_QUANTITY FOR VALUES WITH (MODULUS 5, REMAINDER 4);
-- Tune 5 partitions for table HFJ_SPIDX_QUANTITY
ALTER TABLE HFJ_SPIDX_QUANTITY_PART0 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_QUANTITY_PART0 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_QUANTITY_PART0 ALTER COLUMN HASH_IDENTITY_AND_UNITS SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_QUANTITY_PART0 ALTER COLUMN HASH_IDENTITY_SYS_UNITS SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_QUANTITY_PART1 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_QUANTITY_PART1 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_QUANTITY_PART1 ALTER COLUMN HASH_IDENTITY_AND_UNITS SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_QUANTITY_PART1 ALTER COLUMN HASH_IDENTITY_SYS_UNITS SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_QUANTITY_PART2 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_QUANTITY_PART2 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_QUANTITY_PART2 ALTER COLUMN HASH_IDENTITY_AND_UNITS SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_QUANTITY_PART2 ALTER COLUMN HASH_IDENTITY_SYS_UNITS SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_QUANTITY_PART3 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_QUANTITY_PART3 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_QUANTITY_PART3 ALTER COLUMN HASH_IDENTITY_AND_UNITS SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_QUANTITY_PART3 ALTER COLUMN HASH_IDENTITY_SYS_UNITS SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_QUANTITY_PART4 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_QUANTITY_PART4 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_QUANTITY_PART4 ALTER COLUMN HASH_IDENTITY_AND_UNITS SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_QUANTITY_PART4 ALTER COLUMN HASH_IDENTITY_SYS_UNITS SET STATISTICS 10000;
-- Create partitioned table HFJ_SPIDX_QUANTITY_NRML
create table HFJ_SPIDX_QUANTITY_NRML (
SP_ID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
HASH_IDENTITY bigint,
SP_MISSING boolean not null,
SP_NAME varchar(100),
RES_ID bigint not null,
RES_TYPE varchar(100),
SP_UPDATED timestamp(6),
HASH_IDENTITY_AND_UNITS bigint,
HASH_IDENTITY_SYS_UNITS bigint,
SP_SYSTEM varchar(200),
SP_UNITS varchar(200),
SP_VALUE float(53),
primary key (SP_ID, PARTITION_ID)
) PARTITION BY HASH (PARTITION_ID);
-- Create 5 partitions for table HFJ_SPIDX_QUANTITY_NRML
CREATE TABLE HFJ_SPIDX_QUANTITY_NRML_PART0 PARTITION OF HFJ_SPIDX_QUANTITY_NRML FOR VALUES WITH (MODULUS 5, REMAINDER 0);
CREATE TABLE HFJ_SPIDX_QUANTITY_NRML_PART1 PARTITION OF HFJ_SPIDX_QUANTITY_NRML FOR VALUES WITH (MODULUS 5, REMAINDER 1);
CREATE TABLE HFJ_SPIDX_QUANTITY_NRML_PART2 PARTITION OF HFJ_SPIDX_QUANTITY_NRML FOR VALUES WITH (MODULUS 5, REMAINDER 2);
CREATE TABLE HFJ_SPIDX_QUANTITY_NRML_PART3 PARTITION OF HFJ_SPIDX_QUANTITY_NRML FOR VALUES WITH (MODULUS 5, REMAINDER 3);
CREATE TABLE HFJ_SPIDX_QUANTITY_NRML_PART4 PARTITION OF HFJ_SPIDX_QUANTITY_NRML FOR VALUES WITH (MODULUS 5, REMAINDER 4);
-- Tune 5 partitions for table HFJ_SPIDX_QUANTITY_NRML
ALTER TABLE HFJ_SPIDX_QUANTITY_NRML_PART0 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_QUANTITY_NRML_PART0 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_QUANTITY_NRML_PART0 ALTER COLUMN HASH_IDENTITY_AND_UNITS SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_QUANTITY_NRML_PART0 ALTER COLUMN HASH_IDENTITY_SYS_UNITS SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_QUANTITY_NRML_PART1 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_QUANTITY_NRML_PART1 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_QUANTITY_NRML_PART1 ALTER COLUMN HASH_IDENTITY_AND_UNITS SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_QUANTITY_NRML_PART1 ALTER COLUMN HASH_IDENTITY_SYS_UNITS SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_QUANTITY_NRML_PART2 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_QUANTITY_NRML_PART2 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_QUANTITY_NRML_PART2 ALTER COLUMN HASH_IDENTITY_AND_UNITS SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_QUANTITY_NRML_PART2 ALTER COLUMN HASH_IDENTITY_SYS_UNITS SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_QUANTITY_NRML_PART3 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_QUANTITY_NRML_PART3 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_QUANTITY_NRML_PART3 ALTER COLUMN HASH_IDENTITY_AND_UNITS SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_QUANTITY_NRML_PART3 ALTER COLUMN HASH_IDENTITY_SYS_UNITS SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_QUANTITY_NRML_PART4 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_QUANTITY_NRML_PART4 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_QUANTITY_NRML_PART4 ALTER COLUMN HASH_IDENTITY_AND_UNITS SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_QUANTITY_NRML_PART4 ALTER COLUMN HASH_IDENTITY_SYS_UNITS SET STATISTICS 10000;
-- Create partitioned table HFJ_SPIDX_STRING
create table HFJ_SPIDX_STRING (
SP_ID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
HASH_IDENTITY bigint,
SP_MISSING boolean not null,
SP_NAME varchar(100),
RES_ID bigint not null,
RES_TYPE varchar(100),
SP_UPDATED timestamp(6),
HASH_EXACT bigint,
HASH_NORM_PREFIX bigint,
SP_VALUE_EXACT varchar(768),
SP_VALUE_NORMALIZED varchar(768),
primary key (SP_ID, PARTITION_ID)
) PARTITION BY HASH (PARTITION_ID);
-- Create 5 partitions for table HFJ_SPIDX_STRING
CREATE TABLE HFJ_SPIDX_STRING_PART0 PARTITION OF HFJ_SPIDX_STRING FOR VALUES WITH (MODULUS 5, REMAINDER 0);
CREATE TABLE HFJ_SPIDX_STRING_PART1 PARTITION OF HFJ_SPIDX_STRING FOR VALUES WITH (MODULUS 5, REMAINDER 1);
CREATE TABLE HFJ_SPIDX_STRING_PART2 PARTITION OF HFJ_SPIDX_STRING FOR VALUES WITH (MODULUS 5, REMAINDER 2);
CREATE TABLE HFJ_SPIDX_STRING_PART3 PARTITION OF HFJ_SPIDX_STRING FOR VALUES WITH (MODULUS 5, REMAINDER 3);
CREATE TABLE HFJ_SPIDX_STRING_PART4 PARTITION OF HFJ_SPIDX_STRING FOR VALUES WITH (MODULUS 5, REMAINDER 4);
-- Tune 5 partitions for table HFJ_SPIDX_STRING
ALTER TABLE HFJ_SPIDX_STRING_PART0 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_STRING_PART0 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_STRING_PART0 ALTER COLUMN HASH_EXACT SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_STRING_PART0 ALTER COLUMN HASH_NORM_PREFIX SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_STRING_PART1 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_STRING_PART1 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_STRING_PART1 ALTER COLUMN HASH_EXACT SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_STRING_PART1 ALTER COLUMN HASH_NORM_PREFIX SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_STRING_PART2 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_STRING_PART2 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_STRING_PART2 ALTER COLUMN HASH_EXACT SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_STRING_PART2 ALTER COLUMN HASH_NORM_PREFIX SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_STRING_PART3 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_STRING_PART3 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_STRING_PART3 ALTER COLUMN HASH_EXACT SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_STRING_PART3 ALTER COLUMN HASH_NORM_PREFIX SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_STRING_PART4 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_STRING_PART4 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_STRING_PART4 ALTER COLUMN HASH_EXACT SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_STRING_PART4 ALTER COLUMN HASH_NORM_PREFIX SET STATISTICS 10000;
-- Create partitioned table HFJ_SPIDX_TOKEN
create table HFJ_SPIDX_TOKEN (
SP_ID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
HASH_IDENTITY bigint,
SP_MISSING boolean not null,
SP_NAME varchar(100),
RES_ID bigint not null,
RES_TYPE varchar(100),
SP_UPDATED timestamp(6),
HASH_SYS bigint,
HASH_SYS_AND_VALUE bigint,
HASH_VALUE bigint,
SP_SYSTEM varchar(200),
SP_VALUE varchar(200),
primary key (SP_ID, PARTITION_ID)
) PARTITION BY HASH (PARTITION_ID);
-- Create 5 partitions for table HFJ_SPIDX_TOKEN
CREATE TABLE HFJ_SPIDX_TOKEN_PART0 PARTITION OF HFJ_SPIDX_TOKEN FOR VALUES WITH (MODULUS 5, REMAINDER 0);
CREATE TABLE HFJ_SPIDX_TOKEN_PART1 PARTITION OF HFJ_SPIDX_TOKEN FOR VALUES WITH (MODULUS 5, REMAINDER 1);
CREATE TABLE HFJ_SPIDX_TOKEN_PART2 PARTITION OF HFJ_SPIDX_TOKEN FOR VALUES WITH (MODULUS 5, REMAINDER 2);
CREATE TABLE HFJ_SPIDX_TOKEN_PART3 PARTITION OF HFJ_SPIDX_TOKEN FOR VALUES WITH (MODULUS 5, REMAINDER 3);
CREATE TABLE HFJ_SPIDX_TOKEN_PART4 PARTITION OF HFJ_SPIDX_TOKEN FOR VALUES WITH (MODULUS 5, REMAINDER 4);
-- Tune 5 partitions for table HFJ_SPIDX_TOKEN
ALTER TABLE HFJ_SPIDX_TOKEN_PART0 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_TOKEN_PART0 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_TOKEN_PART0 ALTER COLUMN HASH_SYS SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_TOKEN_PART0 ALTER COLUMN HASH_SYS_AND_VALUE SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_TOKEN_PART0 ALTER COLUMN HASH_VALUE SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_TOKEN_PART1 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_TOKEN_PART1 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_TOKEN_PART1 ALTER COLUMN HASH_SYS SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_TOKEN_PART1 ALTER COLUMN HASH_SYS_AND_VALUE SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_TOKEN_PART1 ALTER COLUMN HASH_VALUE SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_TOKEN_PART2 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_TOKEN_PART2 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_TOKEN_PART2 ALTER COLUMN HASH_SYS SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_TOKEN_PART2 ALTER COLUMN HASH_SYS_AND_VALUE SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_TOKEN_PART2 ALTER COLUMN HASH_VALUE SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_TOKEN_PART3 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_TOKEN_PART3 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_TOKEN_PART3 ALTER COLUMN HASH_SYS SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_TOKEN_PART3 ALTER COLUMN HASH_SYS_AND_VALUE SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_TOKEN_PART3 ALTER COLUMN HASH_VALUE SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_TOKEN_PART4 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_TOKEN_PART4 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_TOKEN_PART4 ALTER COLUMN HASH_SYS SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_TOKEN_PART4 ALTER COLUMN HASH_SYS_AND_VALUE SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_TOKEN_PART4 ALTER COLUMN HASH_VALUE SET STATISTICS 10000;
-- Create partitioned table HFJ_SPIDX_URI
create table HFJ_SPIDX_URI (
SP_ID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
HASH_IDENTITY bigint,
SP_MISSING boolean not null,
SP_NAME varchar(100),
RES_ID bigint not null,
RES_TYPE varchar(100),
SP_UPDATED timestamp(6),
HASH_URI bigint,
SP_URI varchar(500),
primary key (SP_ID, PARTITION_ID)
) PARTITION BY HASH (PARTITION_ID);
-- Create 5 partitions for table HFJ_SPIDX_URI
CREATE TABLE HFJ_SPIDX_URI_PART0 PARTITION OF HFJ_SPIDX_URI FOR VALUES WITH (MODULUS 5, REMAINDER 0);
CREATE TABLE HFJ_SPIDX_URI_PART1 PARTITION OF HFJ_SPIDX_URI FOR VALUES WITH (MODULUS 5, REMAINDER 1);
CREATE TABLE HFJ_SPIDX_URI_PART2 PARTITION OF HFJ_SPIDX_URI FOR VALUES WITH (MODULUS 5, REMAINDER 2);
CREATE TABLE HFJ_SPIDX_URI_PART3 PARTITION OF HFJ_SPIDX_URI FOR VALUES WITH (MODULUS 5, REMAINDER 3);
CREATE TABLE HFJ_SPIDX_URI_PART4 PARTITION OF HFJ_SPIDX_URI FOR VALUES WITH (MODULUS 5, REMAINDER 4);
-- Tune 5 partitions for table HFJ_SPIDX_URI
ALTER TABLE HFJ_SPIDX_URI_PART0 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_URI_PART0 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_URI_PART0 ALTER COLUMN HASH_URI SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_URI_PART1 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_URI_PART1 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_URI_PART1 ALTER COLUMN HASH_URI SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_URI_PART2 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_URI_PART2 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_URI_PART2 ALTER COLUMN HASH_URI SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_URI_PART3 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_URI_PART3 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_URI_PART3 ALTER COLUMN HASH_URI SET STATISTICS 10000;
ALTER TABLE HFJ_SPIDX_URI_PART4 SET (AUTOVACUUM_VACUUM_SCALE_FACTOR = 0.01);
ALTER TABLE HFJ_SPIDX_URI_PART4 ALTER COLUMN HASH_IDENTITY SET STATISTICS 1000;
ALTER TABLE HFJ_SPIDX_URI_PART4 ALTER COLUMN HASH_URI SET STATISTICS 10000;
create table HFJ_SUBSCRIPTION_STATS (
PID bigint not null,
CREATED_TIME timestamp(6) not null,
RES_ID bigint,
primary key (PID),
constraint IDX_SUBSC_RESID unique (RES_ID)
);
create table HFJ_TAG_DEF (
TAG_ID bigint not null,
TAG_CODE varchar(200),
TAG_DISPLAY varchar(200),
TAG_SYSTEM varchar(200),
TAG_TYPE integer not null,
TAG_USER_SELECTED boolean,
TAG_VERSION varchar(30),
primary key (TAG_ID)
);
create table MPI_LINK (
PID bigint not null,
PARTITION_DATE date,
PARTITION_ID integer,
CREATED timestamp(6) not null,
EID_MATCH boolean,
GOLDEN_RESOURCE_PARTITION_ID integer,
GOLDEN_RESOURCE_PID bigint not null,
NEW_PERSON boolean,
LINK_SOURCE integer not null,
MATCH_RESULT integer not null,
TARGET_TYPE varchar(40),
PERSON_PARTITION_ID integer,
PERSON_PID bigint not null,
RULE_COUNT bigint,
SCORE float(53),
TARGET_PARTITION_ID integer,
TARGET_PID bigint not null,
UPDATED timestamp(6) not null,
VECTOR bigint,
VERSION varchar(16) not null,
primary key (PID),
constraint IDX_EMPI_PERSON_TGT unique (PERSON_PID, TARGET_PID)
);
create table MPI_LINK_AUD (
PID bigint not null,
REV bigint not null,
REVTYPE smallint,
PARTITION_DATE date,
PARTITION_ID integer,
CREATED timestamp(6),
EID_MATCH boolean,
GOLDEN_RESOURCE_PARTITION_ID integer,
GOLDEN_RESOURCE_PID bigint,
NEW_PERSON boolean,
LINK_SOURCE integer,
MATCH_RESULT integer,
TARGET_TYPE varchar(40),
PERSON_PARTITION_ID integer,
PERSON_PID bigint,
RULE_COUNT bigint,
SCORE float(53),
TARGET_PARTITION_ID integer,
TARGET_PID bigint,
UPDATED timestamp(6),
VECTOR bigint,
VERSION varchar(16),
primary key (REV, PID)
);
create table NPM_PACKAGE (
PID bigint not null,
CUR_VERSION_ID varchar(200),
PACKAGE_DESC varchar(512),
PACKAGE_ID varchar(200) not null,
UPDATED_TIME timestamp(6) not null,
primary key (PID),
constraint IDX_PACK_ID unique (PACKAGE_ID)
);
create table NPM_PACKAGE_VER (
PID bigint not null,
PKG_AUTHOR varchar(512),
AUTHOR_UPPER varchar(512),
CURRENT_VERSION boolean not null,
PKG_DESC varchar(512),
DESC_UPPER varchar(512),
FHIR_VERSION varchar(10) not null,
FHIR_VERSION_ID varchar(20) not null,
PARTITION_ID integer,
BINARY_RES_ID bigint not null,
PACKAGE_ID varchar(200) not null,
PACKAGE_SIZE_BYTES bigint not null,
SAVED_TIME timestamp(6) not null,
UPDATED_TIME timestamp(6) not null,
VERSION_ID varchar(200) not null,
PACKAGE_PID bigint not null,
primary key (PID),
constraint IDX_PACKVER unique (PACKAGE_ID, VERSION_ID)
);
create table NPM_PACKAGE_VER_RES (
PID bigint not null,
CANONICAL_URL varchar(200),
CANONICAL_VERSION varchar(200),
FILE_DIR varchar(200),
FHIR_VERSION varchar(10) not null,
FHIR_VERSION_ID varchar(20) not null,
FILE_NAME varchar(200),
PARTITION_ID integer,
RES_SIZE_BYTES bigint not null,
BINARY_RES_ID bigint not null,
RES_TYPE varchar(40) not null,
UPDATED_TIME timestamp(6) not null,
PACKVER_PID bigint not null,
primary key (PID)
);
-- Create partitioned table TRM_CODESYSTEM
create table TRM_CODESYSTEM (
PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
CODE_SYSTEM_URI varchar(200) not null,
CURRENT_VERSION_PARTITION_ID integer,
CURRENT_VERSION_PID bigint,
CS_NAME varchar(200),
RES_ID bigint not null,
primary key (PID, PARTITION_ID),
constraint IDX_CS_CODESYSTEM unique (PARTITION_ID, CODE_SYSTEM_URI)
) PARTITION BY HASH (PARTITION_ID);
-- Create 5 partitions for table TRM_CODESYSTEM
CREATE TABLE TRM_CODESYSTEM_PART0 PARTITION OF TRM_CODESYSTEM FOR VALUES WITH (MODULUS 5, REMAINDER 0);
CREATE TABLE TRM_CODESYSTEM_PART1 PARTITION OF TRM_CODESYSTEM FOR VALUES WITH (MODULUS 5, REMAINDER 1);
CREATE TABLE TRM_CODESYSTEM_PART2 PARTITION OF TRM_CODESYSTEM FOR VALUES WITH (MODULUS 5, REMAINDER 2);
CREATE TABLE TRM_CODESYSTEM_PART3 PARTITION OF TRM_CODESYSTEM FOR VALUES WITH (MODULUS 5, REMAINDER 3);
CREATE TABLE TRM_CODESYSTEM_PART4 PARTITION OF TRM_CODESYSTEM FOR VALUES WITH (MODULUS 5, REMAINDER 4);
-- Create partitioned table TRM_CODESYSTEM_VER
create table TRM_CODESYSTEM_VER (
PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
CS_DISPLAY varchar(200),
CODESYSTEM_PID bigint,
CS_VERSION_ID varchar(200),
RES_ID bigint not null,
primary key (PID, PARTITION_ID),
constraint IDX_CODESYSTEM_AND_VER unique (PARTITION_ID, CODESYSTEM_PID, CS_VERSION_ID)
) PARTITION BY HASH (PARTITION_ID);
-- Create 5 partitions for table TRM_CODESYSTEM_VER
CREATE TABLE TRM_CODESYSTEM_VER_PART0 PARTITION OF TRM_CODESYSTEM_VER FOR VALUES WITH (MODULUS 5, REMAINDER 0);
CREATE TABLE TRM_CODESYSTEM_VER_PART1 PARTITION OF TRM_CODESYSTEM_VER FOR VALUES WITH (MODULUS 5, REMAINDER 1);
CREATE TABLE TRM_CODESYSTEM_VER_PART2 PARTITION OF TRM_CODESYSTEM_VER FOR VALUES WITH (MODULUS 5, REMAINDER 2);
CREATE TABLE TRM_CODESYSTEM_VER_PART3 PARTITION OF TRM_CODESYSTEM_VER FOR VALUES WITH (MODULUS 5, REMAINDER 3);
CREATE TABLE TRM_CODESYSTEM_VER_PART4 PARTITION OF TRM_CODESYSTEM_VER FOR VALUES WITH (MODULUS 5, REMAINDER 4);
-- Create partitioned table TRM_CONCEPT
create table TRM_CONCEPT (
PID bigint not null,
PARTITION_ID integer not null,
CODEVAL varchar(500) not null,
CODESYSTEM_PID bigint not null,
DISPLAY varchar(400),
INDEX_STATUS smallint,
PARENT_PIDS oid,
PARENT_PIDS_VC text,
CODE_SEQUENCE integer,
CONCEPT_UPDATED timestamp(6),
primary key (PID, PARTITION_ID),
constraint IDX_CONCEPT_CS_CODE unique (PARTITION_ID, CODESYSTEM_PID, CODEVAL)
) PARTITION BY HASH (PARTITION_ID);
-- Create 5 partitions for table TRM_CONCEPT
CREATE TABLE TRM_CONCEPT_PART0 PARTITION OF TRM_CONCEPT FOR VALUES WITH (MODULUS 5, REMAINDER 0);
CREATE TABLE TRM_CONCEPT_PART1 PARTITION OF TRM_CONCEPT FOR VALUES WITH (MODULUS 5, REMAINDER 1);
CREATE TABLE TRM_CONCEPT_PART2 PARTITION OF TRM_CONCEPT FOR VALUES WITH (MODULUS 5, REMAINDER 2);
CREATE TABLE TRM_CONCEPT_PART3 PARTITION OF TRM_CONCEPT FOR VALUES WITH (MODULUS 5, REMAINDER 3);
CREATE TABLE TRM_CONCEPT_PART4 PARTITION OF TRM_CONCEPT FOR VALUES WITH (MODULUS 5, REMAINDER 4);
-- Create partitioned table TRM_CONCEPT_DESIG
create table TRM_CONCEPT_DESIG (
PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
CONCEPT_PID bigint not null,
LANG varchar(500),
USE_CODE varchar(500),
USE_DISPLAY varchar(500),
USE_SYSTEM varchar(500),
VAL varchar(2000),
VAL_VC text,
CS_VER_PID bigint not null,
primary key (PID, PARTITION_ID)
) PARTITION BY HASH (PARTITION_ID);
-- Create 5 partitions for table TRM_CONCEPT_DESIG
CREATE TABLE TRM_CONCEPT_DESIG_PART0 PARTITION OF TRM_CONCEPT_DESIG FOR VALUES WITH (MODULUS 5, REMAINDER 0);
CREATE TABLE TRM_CONCEPT_DESIG_PART1 PARTITION OF TRM_CONCEPT_DESIG FOR VALUES WITH (MODULUS 5, REMAINDER 1);
CREATE TABLE TRM_CONCEPT_DESIG_PART2 PARTITION OF TRM_CONCEPT_DESIG FOR VALUES WITH (MODULUS 5, REMAINDER 2);
CREATE TABLE TRM_CONCEPT_DESIG_PART3 PARTITION OF TRM_CONCEPT_DESIG FOR VALUES WITH (MODULUS 5, REMAINDER 3);
CREATE TABLE TRM_CONCEPT_DESIG_PART4 PARTITION OF TRM_CONCEPT_DESIG FOR VALUES WITH (MODULUS 5, REMAINDER 4);
-- Create partitioned table TRM_CONCEPT_MAP
create table TRM_CONCEPT_MAP (
PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
RES_ID bigint not null,
SOURCE_URL varchar(200),
TARGET_URL varchar(200),
URL varchar(200) not null,
VER varchar(200),
primary key (PID, PARTITION_ID),
constraint IDX_CONCEPT_MAP_URL unique (PARTITION_ID, URL, VER)
) PARTITION BY HASH (PARTITION_ID);
-- Create 5 partitions for table TRM_CONCEPT_MAP
CREATE TABLE TRM_CONCEPT_MAP_PART0 PARTITION OF TRM_CONCEPT_MAP FOR VALUES WITH (MODULUS 5, REMAINDER 0);
CREATE TABLE TRM_CONCEPT_MAP_PART1 PARTITION OF TRM_CONCEPT_MAP FOR VALUES WITH (MODULUS 5, REMAINDER 1);
CREATE TABLE TRM_CONCEPT_MAP_PART2 PARTITION OF TRM_CONCEPT_MAP FOR VALUES WITH (MODULUS 5, REMAINDER 2);
CREATE TABLE TRM_CONCEPT_MAP_PART3 PARTITION OF TRM_CONCEPT_MAP FOR VALUES WITH (MODULUS 5, REMAINDER 3);
CREATE TABLE TRM_CONCEPT_MAP_PART4 PARTITION OF TRM_CONCEPT_MAP FOR VALUES WITH (MODULUS 5, REMAINDER 4);
-- Create partitioned table TRM_CONCEPT_MAP_GROUP
create table TRM_CONCEPT_MAP_GROUP (
PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
CONCEPT_MAP_PID bigint not null,
CONCEPT_MAP_URL varchar(200),
SOURCE_URL varchar(200) not null,
SOURCE_VS varchar(200),
SOURCE_VERSION varchar(200),
TARGET_URL varchar(200) not null,
TARGET_VS varchar(200),
TARGET_VERSION varchar(200),
primary key (PID, PARTITION_ID)
) PARTITION BY HASH (PARTITION_ID);
-- Create 5 partitions for table TRM_CONCEPT_MAP_GROUP
CREATE TABLE TRM_CONCEPT_MAP_GROUP_PART0 PARTITION OF TRM_CONCEPT_MAP_GROUP FOR VALUES WITH (MODULUS 5, REMAINDER 0);
CREATE TABLE TRM_CONCEPT_MAP_GROUP_PART1 PARTITION OF TRM_CONCEPT_MAP_GROUP FOR VALUES WITH (MODULUS 5, REMAINDER 1);
CREATE TABLE TRM_CONCEPT_MAP_GROUP_PART2 PARTITION OF TRM_CONCEPT_MAP_GROUP FOR VALUES WITH (MODULUS 5, REMAINDER 2);
CREATE TABLE TRM_CONCEPT_MAP_GROUP_PART3 PARTITION OF TRM_CONCEPT_MAP_GROUP FOR VALUES WITH (MODULUS 5, REMAINDER 3);
CREATE TABLE TRM_CONCEPT_MAP_GROUP_PART4 PARTITION OF TRM_CONCEPT_MAP_GROUP FOR VALUES WITH (MODULUS 5, REMAINDER 4);
-- Create partitioned table TRM_CONCEPT_MAP_GRP_ELEMENT
create table TRM_CONCEPT_MAP_GRP_ELEMENT (
PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
SOURCE_CODE varchar(500) not null,
CONCEPT_MAP_GROUP_PID bigint not null,
CONCEPT_MAP_URL varchar(200),
SOURCE_DISPLAY varchar(500),
SYSTEM_URL varchar(200),
SYSTEM_VERSION varchar(200),
VALUESET_URL varchar(200),
primary key (PID, PARTITION_ID)
) PARTITION BY HASH (PARTITION_ID);
-- Create 5 partitions for table TRM_CONCEPT_MAP_GRP_ELEMENT
CREATE TABLE TRM_CONCEPT_MAP_GRP_ELEMENT_PART0 PARTITION OF TRM_CONCEPT_MAP_GRP_ELEMENT FOR VALUES WITH (MODULUS 5, REMAINDER 0);
CREATE TABLE TRM_CONCEPT_MAP_GRP_ELEMENT_PART1 PARTITION OF TRM_CONCEPT_MAP_GRP_ELEMENT FOR VALUES WITH (MODULUS 5, REMAINDER 1);
CREATE TABLE TRM_CONCEPT_MAP_GRP_ELEMENT_PART2 PARTITION OF TRM_CONCEPT_MAP_GRP_ELEMENT FOR VALUES WITH (MODULUS 5, REMAINDER 2);
CREATE TABLE TRM_CONCEPT_MAP_GRP_ELEMENT_PART3 PARTITION OF TRM_CONCEPT_MAP_GRP_ELEMENT FOR VALUES WITH (MODULUS 5, REMAINDER 3);
CREATE TABLE TRM_CONCEPT_MAP_GRP_ELEMENT_PART4 PARTITION OF TRM_CONCEPT_MAP_GRP_ELEMENT FOR VALUES WITH (MODULUS 5, REMAINDER 4);
-- Create partitioned table TRM_CONCEPT_MAP_GRP_ELM_TGT
create table TRM_CONCEPT_MAP_GRP_ELM_TGT (
PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
TARGET_CODE varchar(500),
CONCEPT_MAP_GRP_ELM_PID bigint not null,
CONCEPT_MAP_URL varchar(200),
TARGET_DISPLAY varchar(500),
TARGET_EQUIVALENCE varchar(50),
SYSTEM_URL varchar(200),
SYSTEM_VERSION varchar(200),
VALUESET_URL varchar(200),
primary key (PID, PARTITION_ID)
) PARTITION BY HASH (PARTITION_ID);
-- Create 5 partitions for table TRM_CONCEPT_MAP_GRP_ELM_TGT
CREATE TABLE TRM_CONCEPT_MAP_GRP_ELM_TGT_PART0 PARTITION OF TRM_CONCEPT_MAP_GRP_ELM_TGT FOR VALUES WITH (MODULUS 5, REMAINDER 0);
CREATE TABLE TRM_CONCEPT_MAP_GRP_ELM_TGT_PART1 PARTITION OF TRM_CONCEPT_MAP_GRP_ELM_TGT FOR VALUES WITH (MODULUS 5, REMAINDER 1);
CREATE TABLE TRM_CONCEPT_MAP_GRP_ELM_TGT_PART2 PARTITION OF TRM_CONCEPT_MAP_GRP_ELM_TGT FOR VALUES WITH (MODULUS 5, REMAINDER 2);
CREATE TABLE TRM_CONCEPT_MAP_GRP_ELM_TGT_PART3 PARTITION OF TRM_CONCEPT_MAP_GRP_ELM_TGT FOR VALUES WITH (MODULUS 5, REMAINDER 3);
CREATE TABLE TRM_CONCEPT_MAP_GRP_ELM_TGT_PART4 PARTITION OF TRM_CONCEPT_MAP_GRP_ELM_TGT FOR VALUES WITH (MODULUS 5, REMAINDER 4);
-- Create partitioned table TRM_CONCEPT_PC_LINK
create table TRM_CONCEPT_PC_LINK (
PID bigint not null,
PARTITION_ID integer not null,
CHILD_PID bigint not null,
CODESYSTEM_PID bigint not null,
PARENT_PID bigint not null,
REL_TYPE integer,
primary key (PID, PARTITION_ID)
) PARTITION BY HASH (PARTITION_ID);
-- Create 5 partitions for table TRM_CONCEPT_PC_LINK
CREATE TABLE TRM_CONCEPT_PC_LINK_PART0 PARTITION OF TRM_CONCEPT_PC_LINK FOR VALUES WITH (MODULUS 5, REMAINDER 0);
CREATE TABLE TRM_CONCEPT_PC_LINK_PART1 PARTITION OF TRM_CONCEPT_PC_LINK FOR VALUES WITH (MODULUS 5, REMAINDER 1);
CREATE TABLE TRM_CONCEPT_PC_LINK_PART2 PARTITION OF TRM_CONCEPT_PC_LINK FOR VALUES WITH (MODULUS 5, REMAINDER 2);
CREATE TABLE TRM_CONCEPT_PC_LINK_PART3 PARTITION OF TRM_CONCEPT_PC_LINK FOR VALUES WITH (MODULUS 5, REMAINDER 3);
CREATE TABLE TRM_CONCEPT_PC_LINK_PART4 PARTITION OF TRM_CONCEPT_PC_LINK FOR VALUES WITH (MODULUS 5, REMAINDER 4);
-- Create partitioned table TRM_CONCEPT_PROPERTY
create table TRM_CONCEPT_PROPERTY (
PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
PROP_CODESYSTEM varchar(500),
CS_VER_PID bigint,
CONCEPT_PID bigint not null,
PROP_DISPLAY varchar(500),
PROP_KEY varchar(500) not null,
PROP_TYPE integer not null,
PROP_VAL varchar(500),
PROP_VAL_BIN bytea,
PROP_VAL_LOB oid,
primary key (PID, PARTITION_ID)
) PARTITION BY HASH (PARTITION_ID);
-- Create 5 partitions for table TRM_CONCEPT_PROPERTY
CREATE TABLE TRM_CONCEPT_PROPERTY_PART0 PARTITION OF TRM_CONCEPT_PROPERTY FOR VALUES WITH (MODULUS 5, REMAINDER 0);
CREATE TABLE TRM_CONCEPT_PROPERTY_PART1 PARTITION OF TRM_CONCEPT_PROPERTY FOR VALUES WITH (MODULUS 5, REMAINDER 1);
CREATE TABLE TRM_CONCEPT_PROPERTY_PART2 PARTITION OF TRM_CONCEPT_PROPERTY FOR VALUES WITH (MODULUS 5, REMAINDER 2);
CREATE TABLE TRM_CONCEPT_PROPERTY_PART3 PARTITION OF TRM_CONCEPT_PROPERTY FOR VALUES WITH (MODULUS 5, REMAINDER 3);
CREATE TABLE TRM_CONCEPT_PROPERTY_PART4 PARTITION OF TRM_CONCEPT_PROPERTY FOR VALUES WITH (MODULUS 5, REMAINDER 4);
-- Create partitioned table TRM_VALUESET
create table TRM_VALUESET (
PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
EXPANSION_STATUS varchar(50) not null,
EXPANDED_AT timestamp(6),
VSNAME varchar(200),
RES_ID bigint not null,
TOTAL_CONCEPT_DESIGNATIONS bigint default 0 not null,
TOTAL_CONCEPTS bigint default 0 not null,
URL varchar(200) not null,
VER varchar(200),
primary key (PID, PARTITION_ID),
constraint IDX_VALUESET_URL unique (PARTITION_ID, URL, VER)
) PARTITION BY HASH (PARTITION_ID);
-- Create 5 partitions for table TRM_VALUESET
CREATE TABLE TRM_VALUESET_PART0 PARTITION OF TRM_VALUESET FOR VALUES WITH (MODULUS 5, REMAINDER 0);
CREATE TABLE TRM_VALUESET_PART1 PARTITION OF TRM_VALUESET FOR VALUES WITH (MODULUS 5, REMAINDER 1);
CREATE TABLE TRM_VALUESET_PART2 PARTITION OF TRM_VALUESET FOR VALUES WITH (MODULUS 5, REMAINDER 2);
CREATE TABLE TRM_VALUESET_PART3 PARTITION OF TRM_VALUESET FOR VALUES WITH (MODULUS 5, REMAINDER 3);
CREATE TABLE TRM_VALUESET_PART4 PARTITION OF TRM_VALUESET FOR VALUES WITH (MODULUS 5, REMAINDER 4);
-- Create partitioned table TRM_VALUESET_C_DESIGNATION
create table TRM_VALUESET_C_DESIGNATION (
PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
VALUESET_CONCEPT_PID bigint not null,
LANG varchar(500),
USE_CODE varchar(500),
USE_DISPLAY varchar(500),
USE_SYSTEM varchar(500),
VAL varchar(2000) not null,
VALUESET_PID bigint not null,
primary key (PID, PARTITION_ID)
) PARTITION BY HASH (PARTITION_ID);
-- Create 5 partitions for table TRM_VALUESET_C_DESIGNATION
CREATE TABLE TRM_VALUESET_C_DESIGNATION_PART0 PARTITION OF TRM_VALUESET_C_DESIGNATION FOR VALUES WITH (MODULUS 5, REMAINDER 0);
CREATE TABLE TRM_VALUESET_C_DESIGNATION_PART1 PARTITION OF TRM_VALUESET_C_DESIGNATION FOR VALUES WITH (MODULUS 5, REMAINDER 1);
CREATE TABLE TRM_VALUESET_C_DESIGNATION_PART2 PARTITION OF TRM_VALUESET_C_DESIGNATION FOR VALUES WITH (MODULUS 5, REMAINDER 2);
CREATE TABLE TRM_VALUESET_C_DESIGNATION_PART3 PARTITION OF TRM_VALUESET_C_DESIGNATION FOR VALUES WITH (MODULUS 5, REMAINDER 3);
CREATE TABLE TRM_VALUESET_C_DESIGNATION_PART4 PARTITION OF TRM_VALUESET_C_DESIGNATION FOR VALUES WITH (MODULUS 5, REMAINDER 4);
-- Create partitioned table TRM_VALUESET_CONCEPT
create table TRM_VALUESET_CONCEPT (
PID bigint not null,
PARTITION_ID integer not null,
PARTITION_DATE date,
CODEVAL varchar(500) not null,
DISPLAY varchar(400),
INDEX_STATUS bigint,
VALUESET_ORDER integer not null,
SOURCE_DIRECT_PARENT_PIDS oid,
SOURCE_DIRECT_PARENT_PIDS_VC text,
SOURCE_PID bigint,
SYSTEM_URL varchar(200) not null,
SYSTEM_VER varchar(200),
VALUESET_PID bigint not null,
primary key (PID, PARTITION_ID),
constraint IDX_VS_CONCEPT_CSCD unique (PARTITION_ID, VALUESET_PID, SYSTEM_URL, CODEVAL),
constraint IDX_VS_CONCEPT_ORDER unique (PARTITION_ID, VALUESET_PID, VALUESET_ORDER)
) PARTITION BY HASH (PARTITION_ID);
-- Create 5 partitions for table TRM_VALUESET_CONCEPT
CREATE TABLE TRM_VALUESET_CONCEPT_PART0 PARTITION OF TRM_VALUESET_CONCEPT FOR VALUES WITH (MODULUS 5, REMAINDER 0);
CREATE TABLE TRM_VALUESET_CONCEPT_PART1 PARTITION OF TRM_VALUESET_CONCEPT FOR VALUES WITH (MODULUS 5, REMAINDER 1);
CREATE TABLE TRM_VALUESET_CONCEPT_PART2 PARTITION OF TRM_VALUESET_CONCEPT FOR VALUES WITH (MODULUS 5, REMAINDER 2);
CREATE TABLE TRM_VALUESET_CONCEPT_PART3 PARTITION OF TRM_VALUESET_CONCEPT FOR VALUES WITH (MODULUS 5, REMAINDER 3);
CREATE TABLE TRM_VALUESET_CONCEPT_PART4 PARTITION OF TRM_VALUESET_CONCEPT FOR VALUES WITH (MODULUS 5, REMAINDER 4);
create index IDX_BT2JI_CT
on BT2_JOB_INSTANCE (CREATE_TIME);
create index IDX_BT2WC_II_SEQ
on BT2_WORK_CHUNK (INSTANCE_ID, SEQ);
create index IDX_BT2WC_II_SI_S_SEQ_ID
on BT2_WORK_CHUNK (INSTANCE_ID, TGT_STEP_ID, STAT, SEQ, ID);
create index IDX_CDH_LB_REF_RULE_SUBS
on CDH_LB_REF (RULE_SYSTEM, RULE_VALUE, SUBS_RES_ID);
create index IDX_CDH_LB_REF_TRACK_PARAM
on CDH_LB_REF (TRACK_PARAM);
create index IDX_CDH_LB_REF_TRACK_SUBPARAM
on CDH_LB_REF (TRACK_SUBPARAM);
create index IDX_CDH_LB_REF_EXPIRES
on CDH_LB_REF (EXPIRES);
create index FK_LB_RES
on CDH_LB_REF (LB_RES_ID);
create index FK_LB_SUBS
on CDH_LB_REF (SUBS_RES_ID);
create index FK_LB_ROOT
on CDH_LB_REF (ROOT_RES_ID);
create index IDX_CDH_LB_SUB_GROUP_GROUP
on CDH_LB_SUB_GROUP (SUBS_GROUP);
create index IDX_CDH_LB_SUB_GROUP_ID
on CDH_LB_SUB_GROUP (SUBS_ID);
create index FK_LB_WL_SUBS
on CDH_LB_WL_SUBS (SUBS_RES_ID);
create index IDX_BLKEX_EXPTIME
on HFJ_BLK_EXPORT_JOB (EXP_TIME);
create index IDX_BLKIM_JOBFILE_JOBID
on HFJ_BLK_IMPORT_JOBFILE (JOB_PID);
create index IDX_RESHISTTAG_RESID
on HFJ_HISTORY_TAG (RES_ID);
create index IDX_IDXCMBTOKNU_STR
on HFJ_IDX_CMB_TOK_NU (IDX_STRING);
create index IDX_IDXCMBTOKNU_HASHC
on HFJ_IDX_CMB_TOK_NU (HASH_COMPLETE, RES_ID, PARTITION_ID);
create index IDX_IDXCMBTOKNU_RES
on HFJ_IDX_CMB_TOK_NU (RES_ID);
create index IDX_IDXCMPSTRUNIQ_RESOURCE
on HFJ_IDX_CMP_STRING_UNIQ (PARTITION_ID, RES_ID);
create index IDX_RL_SRC
on HFJ_RES_LINK (SRC_RESOURCE_ID);
create index IDX_RL_TGT_v2
on HFJ_RES_LINK (TARGET_RESOURCE_ID, SRC_PATH, SRC_RESOURCE_ID, TARGET_RESOURCE_TYPE, PARTITION_ID);
create index IDX_RESPARMPRESENT_RESID
on HFJ_RES_PARAM_PRESENT (RES_ID);
create index IDX_RESPARMPRESENT_HASHPRES
on HFJ_RES_PARAM_PRESENT (HASH_PRESENCE);
create index IDX_RESSEARCHURL_RES
on HFJ_RES_SEARCH_URL (RES_ID);
create index IDX_RESSEARCHURL_TIME
on HFJ_RES_SEARCH_URL (CREATED_TIME);
create index IDX_RES_TAG_RES_TAG
on HFJ_RES_TAG (RES_ID, TAG_ID, PARTITION_ID);
create index IDX_RES_TAG_TAG_RES
on HFJ_RES_TAG (TAG_ID, RES_ID, PARTITION_ID);
create index IDX_RESVER_TYPE_DATE
on HFJ_RES_VER (RES_TYPE, RES_UPDATED, RES_ID);
create index IDX_RESVER_ID_DATE
on HFJ_RES_VER (RES_ID, RES_UPDATED);
create index IDX_RESVER_DATE
on HFJ_RES_VER (RES_UPDATED, RES_ID);
create index IDX_RESVERPROV_SOURCEURI
on HFJ_RES_VER_PROV (SOURCE_URI);
create index IDX_RESVERPROV_REQUESTID
on HFJ_RES_VER_PROV (REQUEST_ID);
create index IDX_RESVERPROV_RES_PID
on HFJ_RES_VER_PROV (RES_PID);
create index IDX_RES_DATE
on HFJ_RESOURCE (RES_UPDATED);
create index IDX_RES_FHIR_ID
on HFJ_RESOURCE (FHIR_ID);
create index IDX_RES_TYPE_DEL_UPDATED
on HFJ_RESOURCE (RES_TYPE, RES_DELETED_AT, RES_UPDATED, PARTITION_ID, RES_ID);
create index IDX_RES_RESID_UPDATED
on HFJ_RESOURCE (RES_ID, RES_UPDATED, PARTITION_ID);
create index IDX_SEARCH_RESTYPE_HASHS
on HFJ_SEARCH (RESOURCE_TYPE, SEARCH_QUERY_STRING_HASH, CREATED);
create index IDX_SEARCH_CREATED
on HFJ_SEARCH (CREATED);
create index FK_SEARCHINC_SEARCH
on HFJ_SEARCH_INCLUDE (SEARCH_PID);
create index IDX_SP_COORDS_HASH_V2
on HFJ_SPIDX_COORDS (HASH_IDENTITY, SP_LATITUDE, SP_LONGITUDE, RES_ID, PARTITION_ID);
create index IDX_SP_COORDS_UPDATED
on HFJ_SPIDX_COORDS (SP_UPDATED);
create index IDX_SP_COORDS_RESID
on HFJ_SPIDX_COORDS (RES_ID);
create index IDX_SP_DATE_HASH_V2
on HFJ_SPIDX_DATE (HASH_IDENTITY, SP_VALUE_LOW, SP_VALUE_HIGH, RES_ID, PARTITION_ID);
create index IDX_SP_DATE_HASH_HIGH_V2
on HFJ_SPIDX_DATE (HASH_IDENTITY, SP_VALUE_HIGH, RES_ID, PARTITION_ID);
create index IDX_SP_DATE_ORD_HASH_V2
on HFJ_SPIDX_DATE (HASH_IDENTITY, SP_VALUE_LOW_DATE_ORDINAL, SP_VALUE_HIGH_DATE_ORDINAL, RES_ID, PARTITION_ID);
create index IDX_SP_DATE_ORD_HASH_HIGH_V2
on HFJ_SPIDX_DATE (HASH_IDENTITY, SP_VALUE_HIGH_DATE_ORDINAL, RES_ID, PARTITION_ID);
create index IDX_SP_DATE_RESID_V2
on HFJ_SPIDX_DATE (RES_ID, HASH_IDENTITY, SP_VALUE_LOW, SP_VALUE_HIGH, SP_VALUE_LOW_DATE_ORDINAL, SP_VALUE_HIGH_DATE_ORDINAL, PARTITION_ID);
create index IDX_SP_NUMBER_HASH_VAL_V2
on HFJ_SPIDX_NUMBER (HASH_IDENTITY, SP_VALUE, RES_ID, PARTITION_ID);
create index IDX_SP_NUMBER_RESID_V2
on HFJ_SPIDX_NUMBER (RES_ID, HASH_IDENTITY, SP_VALUE, PARTITION_ID);
create index IDX_SP_QUANTITY_HASH_V2
on HFJ_SPIDX_QUANTITY (HASH_IDENTITY, SP_VALUE, RES_ID, PARTITION_ID);
create index IDX_SP_QUANTITY_HASH_UN_V2
on HFJ_SPIDX_QUANTITY (HASH_IDENTITY_AND_UNITS, SP_VALUE, RES_ID, PARTITION_ID);
create index IDX_SP_QUANTITY_HASH_SYSUN_V2
on HFJ_SPIDX_QUANTITY (HASH_IDENTITY_SYS_UNITS, SP_VALUE, RES_ID, PARTITION_ID);
create index IDX_SP_QUANTITY_RESID_V2
on HFJ_SPIDX_QUANTITY (RES_ID, HASH_IDENTITY, HASH_IDENTITY_SYS_UNITS, HASH_IDENTITY_AND_UNITS, SP_VALUE, PARTITION_ID);
create index IDX_SP_QNTY_NRML_HASH_V2
on HFJ_SPIDX_QUANTITY_NRML (HASH_IDENTITY, SP_VALUE, RES_ID, PARTITION_ID);
create index IDX_SP_QNTY_NRML_HASH_UN_V2
on HFJ_SPIDX_QUANTITY_NRML (HASH_IDENTITY_AND_UNITS, SP_VALUE, RES_ID, PARTITION_ID);
create index IDX_SP_QNTY_NRML_HASH_SYSUN_V2
on HFJ_SPIDX_QUANTITY_NRML (HASH_IDENTITY_SYS_UNITS, SP_VALUE, RES_ID, PARTITION_ID);
create index IDX_SP_QNTY_NRML_RESID_V2
on HFJ_SPIDX_QUANTITY_NRML (RES_ID, HASH_IDENTITY, HASH_IDENTITY_SYS_UNITS, HASH_IDENTITY_AND_UNITS, SP_VALUE, PARTITION_ID);
create index IDX_SP_STRING_HASH_IDENT_V2
on HFJ_SPIDX_STRING (HASH_IDENTITY, RES_ID, PARTITION_ID);
create index IDX_SP_STRING_HASH_NRM_V2
on HFJ_SPIDX_STRING (HASH_NORM_PREFIX, SP_VALUE_NORMALIZED, RES_ID, PARTITION_ID);
create index IDX_SP_STRING_HASH_EXCT_V2
on HFJ_SPIDX_STRING (HASH_EXACT, RES_ID, PARTITION_ID);
create index IDX_SP_STRING_RESID_V2
on HFJ_SPIDX_STRING (RES_ID, HASH_NORM_PREFIX, PARTITION_ID);
create index IDX_SP_TOKEN_HASH_V2
on HFJ_SPIDX_TOKEN (HASH_IDENTITY, SP_SYSTEM, SP_VALUE, RES_ID, PARTITION_ID);
create index IDX_SP_TOKEN_HASH_S_V2
on HFJ_SPIDX_TOKEN (HASH_SYS, RES_ID, PARTITION_ID);
create index IDX_SP_TOKEN_HASH_SV_V2
on HFJ_SPIDX_TOKEN (HASH_SYS_AND_VALUE, RES_ID, PARTITION_ID);
create index IDX_SP_TOKEN_HASH_V_V2
on HFJ_SPIDX_TOKEN (HASH_VALUE, RES_ID, PARTITION_ID);
create index IDX_SP_TOKEN_RESID_V2
on HFJ_SPIDX_TOKEN (RES_ID, HASH_SYS_AND_VALUE, HASH_VALUE, HASH_SYS, HASH_IDENTITY, PARTITION_ID);
create index IDX_SP_URI_HASH_URI_V2
on HFJ_SPIDX_URI (HASH_URI, RES_ID, PARTITION_ID);
create index IDX_SP_URI_HASH_IDENTITY_V2
on HFJ_SPIDX_URI (HASH_IDENTITY, SP_URI, RES_ID, PARTITION_ID);
create index IDX_SP_URI_COORDS
on HFJ_SPIDX_URI (RES_ID);
create index IDX_TAG_DEF_TP_CD_SYS
on HFJ_TAG_DEF (TAG_TYPE, TAG_CODE, TAG_SYSTEM, TAG_ID, TAG_VERSION, TAG_USER_SELECTED);
create index IDX_EMPI_MATCH_TGT_VER
on MPI_LINK (MATCH_RESULT, TARGET_PID, VERSION);
create index IDX_EMPI_GR_TGT
on MPI_LINK (GOLDEN_RESOURCE_PID, TARGET_PID);
create index FK_EMPI_LINK_TARGET
on MPI_LINK (TARGET_PID);
create index IDX_EMPI_TGT_MR_LS
on MPI_LINK (TARGET_TYPE, MATCH_RESULT, LINK_SOURCE);
create index IDX_EMPI_TGT_MR_SCORE
on MPI_LINK (TARGET_TYPE, MATCH_RESULT, SCORE);
create index FK_NPM_PKV_PKG
on NPM_PACKAGE_VER (PACKAGE_PID);
create index FK_NPM_PKV_RESID
on NPM_PACKAGE_VER (BINARY_RES_ID);
create index IDX_PACKVERRES_URL
on NPM_PACKAGE_VER_RES (CANONICAL_URL);
create index FK_NPM_PACKVERRES_PACKVER
on NPM_PACKAGE_VER_RES (PACKVER_PID);
create index FK_NPM_PKVR_RESID
on NPM_PACKAGE_VER_RES (BINARY_RES_ID);
create index FK_TRMCODESYSTEM_RES
on TRM_CODESYSTEM (RES_ID);
create index FK_TRMCODESYSTEM_CURVER
on TRM_CODESYSTEM (CURRENT_VERSION_PID);
create index FK_CODESYSVER_RES_ID
on TRM_CODESYSTEM_VER (RES_ID);
create index FK_CODESYSVER_CS_ID
on TRM_CODESYSTEM_VER (CODESYSTEM_PID);
create index IDX_CONCEPT_INDEXSTATUS
on TRM_CONCEPT (INDEX_STATUS);
create index IDX_CONCEPT_UPDATED
on TRM_CONCEPT (CONCEPT_UPDATED);
create index FK_CONCEPTDESIG_CONCEPT
on TRM_CONCEPT_DESIG (CONCEPT_PID);
create index FK_CONCEPTDESIG_CSV
on TRM_CONCEPT_DESIG (CS_VER_PID);
create index FK_TRMCONCEPTMAP_RES
on TRM_CONCEPT_MAP (RES_ID);
create index FK_TCMGROUP_CONCEPTMAP
on TRM_CONCEPT_MAP_GROUP (CONCEPT_MAP_PID);
create index IDX_CNCPT_MAP_GRP_CD
on TRM_CONCEPT_MAP_GRP_ELEMENT (SOURCE_CODE);
create index FK_TCMGELEMENT_GROUP
on TRM_CONCEPT_MAP_GRP_ELEMENT (CONCEPT_MAP_GROUP_PID);
create index IDX_CNCPT_MP_GRP_ELM_TGT_CD
on TRM_CONCEPT_MAP_GRP_ELM_TGT (TARGET_CODE);
create index FK_TCMGETARGET_ELEMENT
on TRM_CONCEPT_MAP_GRP_ELM_TGT (CONCEPT_MAP_GRP_ELM_PID);
create index FK_TERM_CONCEPTPC_CHILD
on TRM_CONCEPT_PC_LINK (CHILD_PID);
create index FK_TERM_CONCEPTPC_PARENT
on TRM_CONCEPT_PC_LINK (PARENT_PID);
create index FK_TERM_CONCEPTPC_CS
on TRM_CONCEPT_PC_LINK (CODESYSTEM_PID);
create index FK_CONCEPTPROP_CONCEPT
on TRM_CONCEPT_PROPERTY (CONCEPT_PID);
create index FK_CONCEPTPROP_CSV
on TRM_CONCEPT_PROPERTY (CS_VER_PID);
create index FK_TRMVALUESET_RES
on TRM_VALUESET (RES_ID);
create index FK_TRM_VALUESET_CONCEPT_PID
on TRM_VALUESET_C_DESIGNATION (VALUESET_CONCEPT_PID);
create index FK_TRM_VSCD_VS_PID
on TRM_VALUESET_C_DESIGNATION (VALUESET_PID);
alter table if exists BT2_WORK_CHUNK
add constraint FK_BT2WC_INSTANCE
foreign key (INSTANCE_ID)
references BT2_JOB_INSTANCE;
alter table if exists CDH_LB_REF
add constraint FK_LB_RES
foreign key (LB_RES_ID, LB_RES_PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists CDH_LB_REF
add constraint FK_LB_ROOT
foreign key (ROOT_RES_ID, ROOT_RES_PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists CDH_LB_REF
add constraint FK_LB_SUBS
foreign key (SUBS_RES_ID, SUBS_RES_PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists CDH_LB_SUB_GROUP
add constraint FK_LB_GP_SUBS
foreign key (SUBS_RES_ID, SUBS_RES_PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists CDH_LB_WL_SUBS
add constraint FK_LB_WL_SUBS
foreign key (SUBS_RES_ID, SUBS_RES_PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists CDH_LB_WL_SUBS
add constraint FK_LB_WL_ID
foreign key (WATCHLIST_ID)
references CDH_LB_WL;
alter table if exists HFJ_BLK_EXPORT_COLFILE
add constraint FK_BLKEXCOLFILE_COLLECT
foreign key (COLLECTION_PID)
references HFJ_BLK_EXPORT_COLLECTION;
alter table if exists HFJ_BLK_EXPORT_COLLECTION
add constraint FK_BLKEXCOL_JOB
foreign key (JOB_PID)
references HFJ_BLK_EXPORT_JOB;
alter table if exists HFJ_BLK_IMPORT_JOBFILE
add constraint FK_BLKIMJOBFILE_JOB
foreign key (JOB_PID)
references HFJ_BLK_IMPORT_JOB;
alter table if exists HFJ_HISTORY_TAG
add constraint FK_HISTORYTAG_HISTORY
foreign key (PARTITION_ID, RES_VER_PID)
references HFJ_RES_VER;
alter table if exists HFJ_IDX_CMB_TOK_NU
add constraint FK_IDXCMBTOKNU_RES_ID
foreign key (RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_IDX_CMP_STRING_UNIQ
add constraint FK_IDXCMPSTRUNIQ_RES_ID
foreign key (RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_RES_LINK
add constraint FK_RESLINK_SOURCE
foreign key (SRC_RESOURCE_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_RES_PARAM_PRESENT
add constraint FK_RESPARMPRES_RESID
foreign key (RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_RES_TAG
add constraint FK_RESTAG_RESOURCE
foreign key (RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_RES_VER
add constraint FK_RESOURCE_HISTORY_RESOURCE
foreign key (RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_RES_VER_PROV
add constraint FK_RESVERPROV_RES_PID
foreign key (RES_PID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_SEARCH_INCLUDE
add constraint FK_SEARCHINC_SEARCH
foreign key (SEARCH_PID)
references HFJ_SEARCH;
alter table if exists HFJ_SPIDX_COORDS
add constraint FKC97MPK37OKWU8QVTCEG2NH9VN
foreign key (RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_SPIDX_DATE
add constraint FK_SP_DATE_RES
foreign key (RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_SPIDX_NUMBER
add constraint FK_SP_NUMBER_RES
foreign key (RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_SPIDX_QUANTITY
add constraint FK_SP_QUANTITY_RES
foreign key (RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_SPIDX_QUANTITY_NRML
add constraint FK_SP_QUANTITYNM_RES
foreign key (RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_SPIDX_STRING
add constraint FK_SPIDXSTR_RESOURCE
foreign key (RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_SPIDX_TOKEN
add constraint FK_SP_TOKEN_RES
foreign key (RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists HFJ_SPIDX_URI
add constraint FKGXSREUTYMMFJUWDSWV3Y887DO
foreign key (RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists MPI_LINK
add constraint FK_EMPI_LINK_GOLDEN_RESOURCE
foreign key (GOLDEN_RESOURCE_PID, GOLDEN_RESOURCE_PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists MPI_LINK
add constraint FK_EMPI_LINK_PERSON
foreign key (PERSON_PID, PERSON_PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists MPI_LINK
add constraint FK_EMPI_LINK_TARGET
foreign key (TARGET_PID, TARGET_PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists MPI_LINK_AUD
add constraint FKaow7nxncloec419ars0fpp58m
foreign key (REV)
references HFJ_REVINFO;
alter table if exists NPM_PACKAGE_VER
add constraint FK_NPM_PKV_PKG
foreign key (PACKAGE_PID)
references NPM_PACKAGE;
alter table if exists NPM_PACKAGE_VER
add constraint FK_NPM_PKV_RESID
foreign key (BINARY_RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists NPM_PACKAGE_VER_RES
add constraint FK_NPM_PACKVERRES_PACKVER
foreign key (PACKVER_PID)
references NPM_PACKAGE_VER;
alter table if exists NPM_PACKAGE_VER_RES
add constraint FK_NPM_PKVR_RESID
foreign key (BINARY_RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists TRM_CODESYSTEM
add constraint FK_TRMCODESYSTEM_CURVER
foreign key (CURRENT_VERSION_PID, CURRENT_VERSION_PARTITION_ID)
references TRM_CODESYSTEM_VER;
alter table if exists TRM_CODESYSTEM
add constraint FK_TRMCODESYSTEM_RES
foreign key (RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists TRM_CODESYSTEM_VER
add constraint FK_CODESYSVER_CS_ID
foreign key (CODESYSTEM_PID, PARTITION_ID)
references TRM_CODESYSTEM;
alter table if exists TRM_CODESYSTEM_VER
add constraint FK_CODESYSVER_RES_ID
foreign key (RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists TRM_CONCEPT
add constraint FK_CONCEPT_PID_CS_PID
foreign key (CODESYSTEM_PID, PARTITION_ID)
references TRM_CODESYSTEM_VER;
alter table if exists TRM_CONCEPT_DESIG
add constraint FK_CONCEPTDESIG_CSV
foreign key (CS_VER_PID, PARTITION_ID)
references TRM_CODESYSTEM_VER;
alter table if exists TRM_CONCEPT_DESIG
add constraint FK_CONCEPTDESIG_CONCEPT
foreign key (CONCEPT_PID, PARTITION_ID)
references TRM_CONCEPT;
alter table if exists TRM_CONCEPT_MAP
add constraint FK_TRMCONCEPTMAP_RES
foreign key (RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists TRM_CONCEPT_MAP_GROUP
add constraint FK_TCMGROUP_CONCEPTMAP
foreign key (CONCEPT_MAP_PID, PARTITION_ID)
references TRM_CONCEPT_MAP;
alter table if exists TRM_CONCEPT_MAP_GRP_ELEMENT
add constraint FK_TCMGELEMENT_GROUP
foreign key (CONCEPT_MAP_GROUP_PID, PARTITION_ID)
references TRM_CONCEPT_MAP_GROUP;
alter table if exists TRM_CONCEPT_MAP_GRP_ELM_TGT
add constraint FK_TCMGETARGET_ELEMENT
foreign key (CONCEPT_MAP_GRP_ELM_PID, PARTITION_ID)
references TRM_CONCEPT_MAP_GRP_ELEMENT;
alter table if exists TRM_CONCEPT_PC_LINK
add constraint FK_TERM_CONCEPTPC_CHILD
foreign key (CHILD_PID, PARTITION_ID)
references TRM_CONCEPT;
alter table if exists TRM_CONCEPT_PC_LINK
add constraint FK_TERM_CONCEPTPC_CS
foreign key (CODESYSTEM_PID, PARTITION_ID)
references TRM_CODESYSTEM_VER;
alter table if exists TRM_CONCEPT_PC_LINK
add constraint FK_TERM_CONCEPTPC_PARENT
foreign key (PARENT_PID, PARTITION_ID)
references TRM_CONCEPT;
alter table if exists TRM_CONCEPT_PROPERTY
add constraint FK_CONCEPTPROP_CSV
foreign key (CS_VER_PID, PARTITION_ID)
references TRM_CODESYSTEM_VER;
alter table if exists TRM_CONCEPT_PROPERTY
add constraint FK_CONCEPTPROP_CONCEPT
foreign key (CONCEPT_PID, PARTITION_ID)
references TRM_CONCEPT;
alter table if exists TRM_VALUESET
add constraint FK_TRMVALUESET_RES
foreign key (RES_ID, PARTITION_ID)
references HFJ_RESOURCE;
alter table if exists TRM_VALUESET_C_DESIGNATION
add constraint FK_TRM_VALUESET_CONCEPT_PID
foreign key (VALUESET_CONCEPT_PID, PARTITION_ID)
references TRM_VALUESET_CONCEPT;
alter table if exists TRM_VALUESET_C_DESIGNATION
add constraint FK_TRM_VSCD_VS_PID
foreign key (VALUESET_PID, PARTITION_ID)
references TRM_VALUESET;
alter table if exists TRM_VALUESET_CONCEPT
add constraint FK_TRM_VALUESET_PID
foreign key (VALUESET_PID, PARTITION_ID)
references TRM_VALUESET;