集群 WSO2 EI ESB 配置文件:对这些数据库中的数据库创建和表创建有一些疑问? [英] Clustering WSO2 EI ESB profile: some doubts about DBs creation and tables creation inside these DBs?
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问题描述
我正在按照这个官方文档创建一个 WSO2 EI ESB 配置文件的 2 节点集群:
I am following this official documentation to create a 2 nodes cluster of WSO2 EI ESB profile:
https://docs.wso2.com/display/EI650/Clustering+the+ESB+Profile#ClusteringtheESBProfile-创建数据库
我对在 2 个节点之间共享信息所需的数据库有以下疑问:
and I have the following doubt related the DBs needed to share information between the 2 nodes:
首先它指定创建四个数据库(WSO2_USER_DB、REGISTRY_DB、REGISTRY_LOCAL1和REGISTRY_LOCAL2)方式:
First it specify to create the four DBs (WSO2_USER_DB, REGISTRY_DB, REGISTRY_LOCAL1 and REGISTRY_LOCAL2) in this way:
mysql> create database WSO2_USER_DB;
mysql> use WSO2_USER_DB;
mysql> source <EI_HOME>/dbscripts/mysql.sql;
mysql> grant all on WSO2_USER_DB.* TO regadmin@"carbondb.mysql-wso2.com" identified by "regadmin";
mysql> create database REGISTRY_DB;
mysql> use REGISTRY_DB;
mysql> source <EI_HOME>/dbscripts/mysql.sql;
mysql> grant all on REGISTRY_DB.* TO regadmin@"carbondb.mysql-wso2.com" identified by "regadmin";
mysql> create database REGISTRY_LOCAL1;
mysql> use REGISTRY_LOCAL1;
mysql> source <EI_HOME>/dbscripts/mysql.sql;
mysql> grant all on REGISTRY_LOCAL1.* TO regadmin@"carbondb.mysql-wso2.com" identified by "regadmin";
mysql> create database REGISTRY_LOCAL2;
mysql> use REGISTRY_LOCAL2;
mysql> source <EI_HOME>/dbscripts/mysql.sql;
mysql> grant all on REGISTRY_LOCAL2.* TO regadmin@"carbondb.mysql-wso2.com" identified
by "regadmin";
我担心的是源始终是相同的:/dbscripts/mysql.sql，其中包含表创建:
My concern is that the source is always the same: /dbscripts/mysql.sql that contains the tables creation:
CREATE TABLE IF NOT EXISTS REG_CLUSTER_LOCK (
REG_LOCK_NAME VARCHAR (20),
REG_LOCK_STATUS VARCHAR (20),
REG_LOCKED_TIME TIMESTAMP,
REG_TENANT_ID INTEGER DEFAULT 0,
PRIMARY KEY (REG_LOCK_NAME)
)ENGINE INNODB;
CREATE TABLE IF NOT EXISTS REG_LOG (
REG_LOG_ID INTEGER AUTO_INCREMENT,
REG_PATH VARCHAR (750),
REG_USER_ID VARCHAR (31) NOT NULL,
REG_LOGGED_TIME TIMESTAMP NOT NULL,
REG_ACTION INTEGER NOT NULL,
REG_ACTION_DATA VARCHAR (500),
REG_TENANT_ID INTEGER DEFAULT 0,
PRIMARY KEY (REG_LOG_ID, REG_TENANT_ID)
)ENGINE INNODB;
CREATE INDEX REG_LOG_IND_BY_REG_LOGTIME USING HASH ON REG_LOG(REG_LOGGED_TIME, REG_TENANT_ID);
-- The REG_PATH_VALUE should be less than 767 bytes, and hence was fixed at 750.
-- See CARBON-5917.
CREATE TABLE IF NOT EXISTS REG_PATH(
REG_PATH_ID INTEGER NOT NULL AUTO_INCREMENT,
REG_PATH_VALUE VARCHAR(750) NOT NULL,
REG_PATH_PARENT_ID INTEGER,
REG_TENANT_ID INTEGER DEFAULT 0,
CONSTRAINT PK_REG_PATH PRIMARY KEY(REG_PATH_ID, REG_TENANT_ID)
)ENGINE INNODB;
CREATE INDEX REG_PATH_IND_BY_PATH_VALUE USING HASH ON REG_PATH(REG_PATH_VALUE, REG_TENANT_ID);
CREATE INDEX REG_PATH_IND_BY_PATH_PARENT_ID USING HASH ON REG_PATH(REG_PATH_PARENT_ID, REG_TENANT_ID);
CREATE TABLE IF NOT EXISTS REG_CONTENT (
REG_CONTENT_ID INTEGER NOT NULL AUTO_INCREMENT,
REG_CONTENT_DATA LONGBLOB,
REG_TENANT_ID INTEGER DEFAULT 0,
CONSTRAINT PK_REG_CONTENT PRIMARY KEY(REG_CONTENT_ID, REG_TENANT_ID)
)ENGINE INNODB;
CREATE TABLE IF NOT EXISTS REG_CONTENT_HISTORY (
REG_CONTENT_ID INTEGER NOT NULL,
REG_CONTENT_DATA LONGBLOB,
REG_DELETED SMALLINT,
REG_TENANT_ID INTEGER DEFAULT 0,
CONSTRAINT PK_REG_CONTENT_HISTORY PRIMARY KEY(REG_CONTENT_ID, REG_TENANT_ID)
)ENGINE INNODB;
CREATE TABLE IF NOT EXISTS REG_RESOURCE (
REG_PATH_ID INTEGER NOT NULL,
REG_NAME VARCHAR(256),
REG_VERSION INTEGER NOT NULL AUTO_INCREMENT,
REG_MEDIA_TYPE VARCHAR(500),
REG_CREATOR VARCHAR(31) NOT NULL,
REG_CREATED_TIME TIMESTAMP NOT NULL DEFAULT 0,
REG_LAST_UPDATOR VARCHAR(31),
REG_LAST_UPDATED_TIME TIMESTAMP NOT NULL DEFAULT 0,
REG_DESCRIPTION VARCHAR(1000),
REG_CONTENT_ID INTEGER,
REG_TENANT_ID INTEGER DEFAULT 0,
REG_UUID VARCHAR(100) NOT NULL,
CONSTRAINT PK_REG_RESOURCE PRIMARY KEY(REG_VERSION, REG_TENANT_ID)
)ENGINE INNODB;
ALTER TABLE REG_RESOURCE ADD CONSTRAINT REG_RESOURCE_FK_BY_PATH_ID FOREIGN KEY (REG_PATH_ID, REG_TENANT_ID) REFERENCES REG_PATH (REG_PATH_ID, REG_TENANT_ID);
ALTER TABLE REG_RESOURCE ADD CONSTRAINT REG_RESOURCE_FK_BY_CONTENT_ID FOREIGN KEY (REG_CONTENT_ID, REG_TENANT_ID) REFERENCES REG_CONTENT (REG_CONTENT_ID, REG_TENANT_ID);
CREATE INDEX REG_RESOURCE_IND_BY_NAME USING HASH ON REG_RESOURCE(REG_NAME, REG_TENANT_ID);
CREATE INDEX REG_RESOURCE_IND_BY_PATH_ID_NAME USING HASH ON REG_RESOURCE(REG_PATH_ID, REG_NAME, REG_TENANT_ID);
CREATE INDEX REG_RESOURCE_IND_BY_UUID USING HASH ON REG_RESOURCE(REG_UUID);
CREATE INDEX REG_RESOURCE_IND_BY_TENANT USING HASH ON REG_RESOURCE(REG_TENANT_ID, REG_UUID);
CREATE INDEX REG_RESOURCE_IND_BY_TYPE USING HASH ON REG_RESOURCE(REG_TENANT_ID, REG_MEDIA_TYPE);
CREATE TABLE IF NOT EXISTS REG_RESOURCE_HISTORY (
REG_PATH_ID INTEGER NOT NULL,
REG_NAME VARCHAR(256),
REG_VERSION INTEGER NOT NULL,
REG_MEDIA_TYPE VARCHAR(500),
REG_CREATOR VARCHAR(31) NOT NULL,
REG_CREATED_TIME TIMESTAMP NOT NULL,
REG_LAST_UPDATOR VARCHAR(31),
REG_LAST_UPDATED_TIME TIMESTAMP NOT NULL,
REG_DESCRIPTION VARCHAR(1000),
REG_CONTENT_ID INTEGER,
REG_DELETED SMALLINT,
REG_TENANT_ID INTEGER DEFAULT 0,
REG_UUID VARCHAR(100) NOT NULL,
CONSTRAINT PK_REG_RESOURCE_HISTORY PRIMARY KEY(REG_VERSION, REG_TENANT_ID)
)ENGINE INNODB;
ALTER TABLE REG_RESOURCE_HISTORY ADD CONSTRAINT REG_RESOURCE_HIST_FK_BY_PATHID FOREIGN KEY (REG_PATH_ID, REG_TENANT_ID) REFERENCES REG_PATH (REG_PATH_ID, REG_TENANT_ID);
ALTER TABLE REG_RESOURCE_HISTORY ADD CONSTRAINT REG_RESOURCE_HIST_FK_BY_CONTENT_ID FOREIGN KEY (REG_CONTENT_ID, REG_TENANT_ID) REFERENCES REG_CONTENT_HISTORY (REG_CONTENT_ID, REG_TENANT_ID);
CREATE INDEX REG_RESOURCE_HISTORY_IND_BY_NAME USING HASH ON REG_RESOURCE_HISTORY(REG_NAME, REG_TENANT_ID);
CREATE INDEX REG_RESOURCE_HISTORY_IND_BY_PATH_ID_NAME USING HASH ON REG_RESOURCE(REG_PATH_ID, REG_NAME, REG_TENANT_ID);
CREATE TABLE IF NOT EXISTS REG_COMMENT (
REG_ID INTEGER NOT NULL AUTO_INCREMENT,
REG_COMMENT_TEXT VARCHAR(500) NOT NULL,
REG_USER_ID VARCHAR(31) NOT NULL,
REG_COMMENTED_TIME TIMESTAMP NOT NULL,
REG_TENANT_ID INTEGER DEFAULT 0,
CONSTRAINT PK_REG_COMMENT PRIMARY KEY(REG_ID, REG_TENANT_ID)
)ENGINE INNODB;
CREATE TABLE IF NOT EXISTS REG_RESOURCE_COMMENT (
REG_COMMENT_ID INTEGER NOT NULL,
REG_VERSION INTEGER,
REG_PATH_ID INTEGER,
REG_RESOURCE_NAME VARCHAR(256),
REG_TENANT_ID INTEGER DEFAULT 0
)ENGINE INNODB;
ALTER TABLE REG_RESOURCE_COMMENT ADD CONSTRAINT REG_RESOURCE_COMMENT_FK_BY_PATH_ID FOREIGN KEY (REG_PATH_ID, REG_TENANT_ID) REFERENCES REG_PATH (REG_PATH_ID, REG_TENANT_ID);
ALTER TABLE REG_RESOURCE_COMMENT ADD CONSTRAINT REG_RESOURCE_COMMENT_FK_BY_COMMENT_ID FOREIGN KEY (REG_COMMENT_ID, REG_TENANT_ID) REFERENCES REG_COMMENT (REG_ID, REG_TENANT_ID);
CREATE INDEX REG_RESOURCE_COMMENT_IND_BY_PATH_ID_AND_RESOURCE_NAME USING HASH ON REG_RESOURCE_COMMENT(REG_PATH_ID, REG_RESOURCE_NAME, REG_TENANT_ID);
CREATE INDEX REG_RESOURCE_COMMENT_IND_BY_VERSION USING HASH ON REG_RESOURCE_COMMENT(REG_VERSION, REG_TENANT_ID);
CREATE TABLE IF NOT EXISTS REG_RATING (
REG_ID INTEGER NOT NULL AUTO_INCREMENT,
REG_RATING INTEGER NOT NULL,
REG_USER_ID VARCHAR(31) NOT NULL,
REG_RATED_TIME TIMESTAMP NOT NULL,
REG_TENANT_ID INTEGER DEFAULT 0,
CONSTRAINT PK_REG_RATING PRIMARY KEY(REG_ID, REG_TENANT_ID)
)ENGINE INNODB;
CREATE TABLE IF NOT EXISTS REG_RESOURCE_RATING (
REG_RATING_ID INTEGER NOT NULL,
REG_VERSION INTEGER,
REG_PATH_ID INTEGER,
REG_RESOURCE_NAME VARCHAR(256),
REG_TENANT_ID INTEGER DEFAULT 0
)ENGINE INNODB;
ALTER TABLE REG_RESOURCE_RATING ADD CONSTRAINT REG_RESOURCE_RATING_FK_BY_PATH_ID FOREIGN KEY (REG_PATH_ID, REG_TENANT_ID) REFERENCES REG_PATH (REG_PATH_ID, REG_TENANT_ID);
ALTER TABLE REG_RESOURCE_RATING ADD CONSTRAINT REG_RESOURCE_RATING_FK_BY_RATING_ID FOREIGN KEY (REG_RATING_ID, REG_TENANT_ID) REFERENCES REG_RATING (REG_ID, REG_TENANT_ID);
CREATE INDEX REG_RESOURCE_RATING_IND_BY_PATH_ID_AND_RESOURCE_NAME USING HASH ON REG_RESOURCE_RATING(REG_PATH_ID, REG_RESOURCE_NAME, REG_TENANT_ID);
CREATE INDEX REG_RESOURCE_RATING_IND_BY_VERSION USING HASH ON REG_RESOURCE_RATING(REG_VERSION, REG_TENANT_ID);
CREATE TABLE IF NOT EXISTS REG_TAG (
REG_ID INTEGER NOT NULL AUTO_INCREMENT,
REG_TAG_NAME VARCHAR(500) NOT NULL,
REG_USER_ID VARCHAR(31) NOT NULL,
REG_TAGGED_TIME TIMESTAMP NOT NULL,
REG_TENANT_ID INTEGER DEFAULT 0,
CONSTRAINT PK_REG_TAG PRIMARY KEY(REG_ID, REG_TENANT_ID)
)ENGINE INNODB;
CREATE TABLE IF NOT EXISTS REG_RESOURCE_TAG (
REG_TAG_ID INTEGER NOT NULL,
REG_VERSION INTEGER,
REG_PATH_ID INTEGER,
REG_RESOURCE_NAME VARCHAR(256),
REG_TENANT_ID INTEGER DEFAULT 0
)ENGINE INNODB;
ALTER TABLE REG_RESOURCE_TAG ADD CONSTRAINT REG_RESOURCE_TAG_FK_BY_PATH_ID FOREIGN KEY (REG_PATH_ID, REG_TENANT_ID) REFERENCES REG_PATH (REG_PATH_ID, REG_TENANT_ID);
ALTER TABLE REG_RESOURCE_TAG ADD CONSTRAINT REG_RESOURCE_TAG_FK_BY_TAG_ID FOREIGN KEY (REG_TAG_ID, REG_TENANT_ID) REFERENCES REG_TAG (REG_ID, REG_TENANT_ID);
CREATE INDEX REG_RESOURCE_TAG_IND_BY_PATH_ID_AND_RESOURCE_NAME USING HASH ON REG_RESOURCE_TAG(REG_PATH_ID, REG_RESOURCE_NAME, REG_TENANT_ID);
CREATE INDEX REG_RESOURCE_TAG_IND_BY_VERSION USING HASH ON REG_RESOURCE_TAG(REG_VERSION, REG_TENANT_ID);
CREATE TABLE IF NOT EXISTS REG_PROPERTY (
REG_ID INTEGER NOT NULL AUTO_INCREMENT,
REG_NAME VARCHAR(100) NOT NULL,
REG_VALUE VARCHAR(1000),
REG_TENANT_ID INTEGER DEFAULT 0,
CONSTRAINT PK_REG_PROPERTY PRIMARY KEY(REG_ID, REG_TENANT_ID)
)ENGINE INNODB;
CREATE TABLE IF NOT EXISTS REG_RESOURCE_PROPERTY (
REG_PROPERTY_ID INTEGER NOT NULL,
REG_VERSION INTEGER,
REG_PATH_ID INTEGER,
REG_RESOURCE_NAME VARCHAR(256),
REG_TENANT_ID INTEGER DEFAULT 0
)ENGINE INNODB;
ALTER TABLE REG_RESOURCE_PROPERTY ADD CONSTRAINT REG_RESOURCE_PROPERTY_FK_BY_PATH_ID FOREIGN KEY (REG_PATH_ID, REG_TENANT_ID) REFERENCES REG_PATH (REG_PATH_ID, REG_TENANT_ID);
ALTER TABLE REG_RESOURCE_PROPERTY ADD CONSTRAINT REG_RESOURCE_PROPERTY_FK_BY_TAG_ID FOREIGN KEY (REG_PROPERTY_ID, REG_TENANT_ID) REFERENCES REG_PROPERTY (REG_ID, REG_TENANT_ID);
CREATE INDEX REG_RESOURCE_PROPERTY_IND_BY_PATH_ID_AND_RESOURCE_NAME USING HASH ON REG_RESOURCE_PROPERTY(REG_PATH_ID, REG_RESOURCE_NAME, REG_TENANT_ID);
CREATE INDEX REG_RESOURCE_PROPERTY_IND_BY_VERSION USING HASH ON REG_RESOURCE_PROPERTY(REG_VERSION, REG_TENANT_ID);
-- CREATE TABLE IF NOT EXISTS REG_ASSOCIATIONS (
-- SRC_PATH_ID INTEGER,
-- SRC_RESOURCE_NAME VARCHAR(256),
-- SRC_VERSION INTEGER,
-- TGT_PATH_ID INTEGER,
-- TGT_RESOURCE_NAME VARCHAR(256),
-- TGT_VERSION INTEGER
-- )ENGINE INNODB;
--
-- ALTER TABLE REG_ASSOCIATIONS ADD CONSTRAINT REG_ASSOCIATIONS_FK_BY_SRC_PATH_ID FOREIGN KEY (SRC_PATH_ID) REFERENCES REG_PATH (PATH_ID);
-- ALTER TABLE REG_ASSOCIATIONS ADD CONSTRAINT REG_ASSOCIATIONS_FK_BY_TGT_PATH_ID FOREIGN KEY (TGT_PATH_ID) REFERENCES REG_PATH (PATH_ID);
-- CREATE INDEX REG_ASSOCIATIONS_IND_BY_SRC_VERSION ON REG_ASSOCIATIONS(SRC_VERSION);
-- CREATE INDEX REG_ASSOCIATIONS_IND_BY_TGT_VERSION ON REG_ASSOCIATIONS(TGT_VERSION);
-- CREATE INDEX REG_ASSOCIATIONS_IND_BY_SRC_RESOURCE_NAME ON REG_ASSOCIATIONS(SRC_RESOURCE_NAME);
-- CREATE INDEX REG_ASSOCIATIONS_IND_BY_TGT_RESOURCE_NAME ON REG_ASSOCIATIONS(TGT_RESOURCE_NAME);
CREATE TABLE IF NOT EXISTS REG_ASSOCIATION (
REG_ASSOCIATION_ID INTEGER AUTO_INCREMENT,
REG_SOURCEPATH VARCHAR (750) NOT NULL,
REG_TARGETPATH VARCHAR (750) NOT NULL,
REG_ASSOCIATION_TYPE VARCHAR (2000) NOT NULL,
REG_TENANT_ID INTEGER DEFAULT 0,
PRIMARY KEY (REG_ASSOCIATION_ID, REG_TENANT_ID)
)ENGINE INNODB;
CREATE TABLE IF NOT EXISTS REG_SNAPSHOT (
REG_SNAPSHOT_ID INTEGER NOT NULL AUTO_INCREMENT,
REG_PATH_ID INTEGER NOT NULL,
REG_RESOURCE_NAME VARCHAR(255),
REG_RESOURCE_VIDS LONGBLOB NOT NULL,
REG_TENANT_ID INTEGER DEFAULT 0,
CONSTRAINT PK_REG_SNAPSHOT PRIMARY KEY(REG_SNAPSHOT_ID, REG_TENANT_ID)
)ENGINE INNODB;
CREATE INDEX REG_SNAPSHOT_IND_BY_PATH_ID_AND_RESOURCE_NAME USING HASH ON REG_SNAPSHOT(REG_PATH_ID, REG_RESOURCE_NAME, REG_TENANT_ID);
ALTER TABLE REG_SNAPSHOT ADD CONSTRAINT REG_SNAPSHOT_FK_BY_PATH_ID FOREIGN KEY (REG_PATH_ID, REG_TENANT_ID) REFERENCES REG_PATH (REG_PATH_ID, REG_TENANT_ID);
-- ################################
-- USER MANAGER TABLES
-- ################################
CREATE TABLE UM_TENANT (
UM_ID INTEGER NOT NULL AUTO_INCREMENT,
UM_DOMAIN_NAME VARCHAR(255) NOT NULL,
UM_EMAIL VARCHAR(255),
UM_ACTIVE BOOLEAN DEFAULT FALSE,
UM_CREATED_DATE TIMESTAMP NOT NULL,
UM_USER_CONFIG LONGBLOB,
PRIMARY KEY (UM_ID),
UNIQUE(UM_DOMAIN_NAME)
)ENGINE INNODB;
CREATE TABLE UM_DOMAIN(
UM_DOMAIN_ID INTEGER NOT NULL AUTO_INCREMENT,
UM_DOMAIN_NAME VARCHAR(255),
UM_TENANT_ID INTEGER DEFAULT 0,
PRIMARY KEY (UM_DOMAIN_ID, UM_TENANT_ID)
)ENGINE INNODB;
CREATE UNIQUE INDEX INDEX_UM_TENANT_UM_DOMAIN_NAME
ON UM_TENANT (UM_DOMAIN_NAME);
CREATE TABLE UM_USER (
UM_ID INTEGER NOT NULL AUTO_INCREMENT,
UM_USER_NAME VARCHAR(255) NOT NULL,
UM_USER_PASSWORD VARCHAR(255) NOT NULL,
UM_SALT_VALUE VARCHAR(31),
UM_REQUIRE_CHANGE BOOLEAN DEFAULT FALSE,
UM_CHANGED_TIME TIMESTAMP NOT NULL,
UM_TENANT_ID INTEGER DEFAULT 0,
PRIMARY KEY (UM_ID, UM_TENANT_ID),
UNIQUE(UM_USER_NAME, UM_TENANT_ID)
)ENGINE INNODB;
CREATE TABLE UM_SYSTEM_USER (
UM_ID INTEGER NOT NULL AUTO_INCREMENT,
UM_USER_NAME VARCHAR(255) NOT NULL,
UM_USER_PASSWORD VARCHAR(255) NOT NULL,
UM_SALT_VALUE VARCHAR(31),
UM_REQUIRE_CHANGE BOOLEAN DEFAULT FALSE,
UM_CHANGED_TIME TIMESTAMP NOT NULL,
UM_TENANT_ID INTEGER DEFAULT 0,
PRIMARY KEY (UM_ID, UM_TENANT_ID),
UNIQUE(UM_USER_NAME, UM_TENANT_ID)
)ENGINE INNODB;
CREATE TABLE UM_ROLE (
UM_ID INTEGER NOT NULL AUTO_INCREMENT,
UM_ROLE_NAME VARCHAR(255) NOT NULL,
UM_TENANT_ID INTEGER DEFAULT 0,
UM_SHARED_ROLE BOOLEAN DEFAULT FALSE,
PRIMARY KEY (UM_ID, UM_TENANT_ID),
UNIQUE(UM_ROLE_NAME, UM_TENANT_ID)
)ENGINE INNODB;
CREATE TABLE UM_MODULE(
UM_ID INTEGER NOT NULL AUTO_INCREMENT,
UM_MODULE_NAME VARCHAR(100),
UNIQUE(UM_MODULE_NAME),
PRIMARY KEY(UM_ID)
)ENGINE INNODB;
CREATE TABLE UM_MODULE_ACTIONS(
UM_ACTION VARCHAR(255) NOT NULL,
UM_MODULE_ID INTEGER NOT NULL,
PRIMARY KEY(UM_ACTION, UM_MODULE_ID),
FOREIGN KEY (UM_MODULE_ID) REFERENCES UM_MODULE(UM_ID) ON DELETE CASCADE
)ENGINE INNODB;
CREATE TABLE UM_PERMISSION (
UM_ID INTEGER NOT NULL AUTO_INCREMENT,
UM_RESOURCE_ID VARCHAR(255) NOT NULL,
UM_ACTION VARCHAR(255) NOT NULL,
UM_TENANT_ID INTEGER DEFAULT 0,
UM_MODULE_ID INTEGER DEFAULT 0,
UNIQUE(UM_RESOURCE_ID,UM_ACTION, UM_TENANT_ID),
PRIMARY KEY (UM_ID, UM_TENANT_ID)
)ENGINE INNODB;
CREATE INDEX INDEX_UM_PERMISSION_UM_RESOURCE_ID_UM_ACTION ON UM_PERMISSION (UM_RESOURCE_ID, UM_ACTION, UM_TENANT_ID);
CREATE TABLE UM_ROLE_PERMISSION (
UM_ID INTEGER NOT NULL AUTO_INCREMENT,
UM_PERMISSION_ID INTEGER NOT NULL,
UM_ROLE_NAME VARCHAR(255) NOT NULL,
UM_IS_ALLOWED SMALLINT NOT NULL,
UM_TENANT_ID INTEGER DEFAULT 0,
UM_DOMAIN_ID INTEGER,
UNIQUE (UM_PERMISSION_ID, UM_ROLE_NAME, UM_TENANT_ID, UM_DOMAIN_ID),
FOREIGN KEY (UM_PERMISSION_ID, UM_TENANT_ID) REFERENCES UM_PERMISSION(UM_ID, UM_TENANT_ID) ON DELETE CASCADE,
FOREIGN KEY (UM_DOMAIN_ID, UM_TENANT_ID) REFERENCES UM_DOMAIN(UM_DOMAIN_ID, UM_TENANT_ID) ON DELETE CASCADE,
PRIMARY KEY (UM_ID, UM_TENANT_ID)
)ENGINE INNODB;
-- REMOVED UNIQUE (UM_PERMISSION_ID, UM_ROLE_ID)
CREATE TABLE UM_USER_PERMISSION (
UM_ID INTEGER NOT NULL AUTO_INCREMENT,
UM_PERMISSION_ID INTEGER NOT NULL,
UM_USER_NAME VARCHAR(255) NOT NULL,
UM_IS_ALLOWED SMALLINT NOT NULL,
UM_TENANT_ID INTEGER DEFAULT 0,
FOREIGN KEY (UM_PERMISSION_ID, UM_TENANT_ID) REFERENCES UM_PERMISSION(UM_ID, UM_TENANT_ID) ON DELETE CASCADE,
PRIMARY KEY (UM_ID, UM_TENANT_ID)
)ENGINE INNODB;
-- REMOVED UNIQUE (UM_PERMISSION_ID, UM_USER_ID)
CREATE TABLE UM_USER_ROLE (
UM_ID INTEGER NOT NULL AUTO_INCREMENT,
UM_ROLE_ID INTEGER NOT NULL,
UM_USER_ID INTEGER NOT NULL,
UM_TENANT_ID INTEGER DEFAULT 0,
UNIQUE (UM_USER_ID, UM_ROLE_ID, UM_TENANT_ID),
FOREIGN KEY (UM_ROLE_ID, UM_TENANT_ID) REFERENCES UM_ROLE(UM_ID, UM_TENANT_ID),
FOREIGN KEY (UM_USER_ID, UM_TENANT_ID) REFERENCES UM_USER(UM_ID, UM_TENANT_ID),
PRIMARY KEY (UM_ID, UM_TENANT_ID)
)ENGINE INNODB;
CREATE TABLE UM_SHARED_USER_ROLE(
UM_ROLE_ID INTEGER NOT NULL,
UM_USER_ID INTEGER NOT NULL,
UM_USER_TENANT_ID INTEGER NOT NULL,
UM_ROLE_TENANT_ID INTEGER NOT NULL,
UNIQUE(UM_USER_ID,UM_ROLE_ID,UM_USER_TENANT_ID, UM_ROLE_TENANT_ID),
FOREIGN KEY(UM_ROLE_ID,UM_ROLE_TENANT_ID) REFERENCES UM_ROLE(UM_ID,UM_TENANT_ID) ON DELETE CASCADE,
FOREIGN KEY(UM_USER_ID,UM_USER_TENANT_ID) REFERENCES UM_USER(UM_ID,UM_TENANT_ID) ON DELETE CASCADE
)ENGINE INNODB;
CREATE TABLE UM_ACCOUNT_MAPPING(
UM_ID INTEGER NOT NULL AUTO_INCREMENT,
UM_USER_NAME VARCHAR(255) NOT NULL,
UM_TENANT_ID INTEGER NOT NULL,
UM_USER_STORE_DOMAIN VARCHAR(100),
UM_ACC_LINK_ID INTEGER NOT NULL,
UNIQUE(UM_USER_NAME, UM_TENANT_ID, UM_USER_STORE_DOMAIN, UM_ACC_LINK_ID),
FOREIGN KEY (UM_TENANT_ID) REFERENCES UM_TENANT(UM_ID) ON DELETE CASCADE,
PRIMARY KEY (UM_ID)
)ENGINE INNODB;
CREATE TABLE UM_USER_ATTRIBUTE (
UM_ID INTEGER NOT NULL AUTO_INCREMENT,
UM_ATTR_NAME VARCHAR(255) NOT NULL,
UM_ATTR_VALUE VARCHAR(1024),
UM_PROFILE_ID VARCHAR(255),
UM_USER_ID INTEGER,
UM_TENANT_ID INTEGER DEFAULT 0,
FOREIGN KEY (UM_USER_ID, UM_TENANT_ID) REFERENCES UM_USER(UM_ID, UM_TENANT_ID),
PRIMARY KEY (UM_ID, UM_TENANT_ID)
)ENGINE INNODB;
CREATE INDEX UM_USER_ID_INDEX ON UM_USER_ATTRIBUTE(UM_USER_ID);
CREATE TABLE UM_DIALECT(
UM_ID INTEGER NOT NULL AUTO_INCREMENT,
UM_DIALECT_URI VARCHAR(255) NOT NULL,
UM_TENANT_ID INTEGER DEFAULT 0,
UNIQUE(UM_DIALECT_URI, UM_TENANT_ID),
PRIMARY KEY (UM_ID, UM_TENANT_ID)
)ENGINE INNODB;
CREATE TABLE UM_CLAIM(
UM_ID INTEGER NOT NULL AUTO_INCREMENT,
UM_DIALECT_ID INTEGER NOT NULL,
UM_CLAIM_URI VARCHAR(255) NOT NULL,
UM_DISPLAY_TAG VARCHAR(255),
UM_DESCRIPTION VARCHAR(255),
UM_MAPPED_ATTRIBUTE_DOMAIN VARCHAR(255),
UM_MAPPED_ATTRIBUTE VARCHAR(255),
UM_REG_EX VARCHAR(255),
UM_SUPPORTED SMALLINT,
UM_REQUIRED SMALLINT,
UM_DISPLAY_ORDER INTEGER,
UM_CHECKED_ATTRIBUTE SMALLINT,
UM_READ_ONLY SMALLINT,
UM_TENANT_ID INTEGER DEFAULT 0,
UNIQUE(UM_DIALECT_ID, UM_CLAIM_URI, UM_TENANT_ID,UM_MAPPED_ATTRIBUTE_DOMAIN),
FOREIGN KEY(UM_DIALECT_ID, UM_TENANT_ID) REFERENCES UM_DIALECT(UM_ID, UM_TENANT_ID),
PRIMARY KEY (UM_ID, UM_TENANT_ID)
)ENGINE INNODB;
CREATE TABLE UM_PROFILE_CONFIG(
UM_ID INTEGER NOT NULL AUTO_INCREMENT,
UM_DIALECT_ID INTEGER NOT NULL,
UM_PROFILE_NAME VARCHAR(255),
UM_TENANT_ID INTEGER DEFAULT 0,
FOREIGN KEY(UM_DIALECT_ID, UM_TENANT_ID) REFERENCES UM_DIALECT(UM_ID, UM_TENANT_ID),
PRIMARY KEY (UM_ID, UM_TENANT_ID)
)ENGINE INNODB;
CREATE TABLE IF NOT EXISTS UM_CLAIM_BEHAVIOR(
UM_ID INTEGER NOT NULL AUTO_INCREMENT,
UM_PROFILE_ID INTEGER,
UM_CLAIM_ID INTEGER,
UM_BEHAVIOUR SMALLINT,
UM_TENANT_ID INTEGER DEFAULT 0,
FOREIGN KEY(UM_PROFILE_ID, UM_TENANT_ID) REFERENCES UM_PROFILE_CONFIG(UM_ID,UM_TENANT_ID),
FOREIGN KEY(UM_CLAIM_ID, UM_TENANT_ID) REFERENCES UM_CLAIM(UM_ID,UM_TENANT_ID),
PRIMARY KEY(UM_ID, UM_TENANT_ID)
)ENGINE INNODB;
CREATE TABLE UM_HYBRID_ROLE(
UM_ID INTEGER NOT NULL AUTO_INCREMENT,
UM_ROLE_NAME VARCHAR(255),
UM_TENANT_ID INTEGER DEFAULT 0,
PRIMARY KEY (UM_ID, UM_TENANT_ID)
)ENGINE INNODB;
CREATE TABLE UM_HYBRID_USER_ROLE(
UM_ID INTEGER NOT NULL AUTO_INCREMENT,
UM_USER_NAME VARCHAR(255),
UM_ROLE_ID INTEGER NOT NULL,
UM_TENANT_ID INTEGER DEFAULT 0,
UM_DOMAIN_ID INTEGER,
UNIQUE (UM_USER_NAME, UM_ROLE_ID, UM_TENANT_ID, UM_DOMAIN_ID),
FOREIGN KEY (UM_ROLE_ID, UM_TENANT_ID) REFERENCES UM_HYBRID_ROLE(UM_ID, UM_TENANT_ID) ON DELETE CASCADE,
FOREIGN KEY (UM_DOMAIN_ID, UM_TENANT_ID) REFERENCES UM_DOMAIN(UM_DOMAIN_ID, UM_TENANT_ID) ON DELETE CASCADE,
PRIMARY KEY (UM_ID, UM_TENANT_ID)
)ENGINE INNODB;
CREATE TABLE UM_SYSTEM_ROLE(
UM_ID INTEGER NOT NULL AUTO_INCREMENT,
UM_ROLE_NAME VARCHAR(255),
UM_TENANT_ID INTEGER DEFAULT 0,
PRIMARY KEY (UM_ID, UM_TENANT_ID)
)ENGINE INNODB;
CREATE INDEX SYSTEM_ROLE_IND_BY_RN_TI ON UM_SYSTEM_ROLE(UM_ROLE_NAME, UM_TENANT_ID);
CREATE TABLE UM_SYSTEM_USER_ROLE(
UM_ID INTEGER NOT NULL AUTO_INCREMENT,
UM_USER_NAME VARCHAR(255),
UM_ROLE_ID INTEGER NOT NULL,
UM_TENANT_ID INTEGER DEFAULT 0,
UNIQUE (UM_USER_NAME, UM_ROLE_ID, UM_TENANT_ID),
FOREIGN KEY (UM_ROLE_ID, UM_TENANT_ID) REFERENCES UM_SYSTEM_ROLE(UM_ID, UM_TENANT_ID),
PRIMARY KEY (UM_ID, UM_TENANT_ID)
)ENGINE INNODB;
CREATE TABLE UM_HYBRID_REMEMBER_ME(
UM_ID INTEGER NOT NULL AUTO_INCREMENT,
UM_USER_NAME VARCHAR(255) NOT NULL,
UM_COOKIE_VALUE VARCHAR(1024),
UM_CREATED_TIME TIMESTAMP,
UM_TENANT_ID INTEGER DEFAULT 0,
PRIMARY KEY (UM_ID, UM_TENANT_ID)
)ENGINE INNODB;
所以我的疑问是:为什么要在所有 4 个数据库中创建相同的表?是正确的还是我遗漏了什么?
So my doubt is: why is it creating the same tables in all the 4 DBs? Is it correct or am I missing something?
推荐答案
脚本是所有数据库(例如:USER_DB、REGISTRY_DB、CARBON_DB 等)所需的所有表的集合.换句话说，尽管您在所有数据库中创建了所有表，但只会使用每个数据库的相应表.
The script is the collection of all the tables required for all the databases (ex: USER_DB, REGISTRY_DB, CARBON_DB, etc.). In other words, although you create all the tables in all the databases, only the respective tables for each database will be used.
这篇关于集群 WSO2 EI ESB 配置文件:对这些数据库中的数据库创建和表创建有一些疑问?的文章就介绍到这了，希望我们推荐的答案对大家有所帮助，也希望大家多多支持IT屋！
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