kettle使用mysql作为资源库报错 创建资源库时只有25张表，原本应该46张表。

kettle使用mysql作为资源库报错 创建资源库时只有25张表，原本应该46张表。

连用户表都没有 ,导致连 默认的 admin和guest都无法登陆自己的资源库！！！！

问题是 SQL语句里边使用 ‘Y’ ‘N’ 给boolean类型的赋值产生sql失败

话不多说，直接将一下的sql语句在mysql 或者mariadb中 建立的资源库中执行，便可解决！！！

我用的mysql版本是5.6 kettle版本是pdi-ce-5.0.1.A-stable

难道是我用的kettle版本太高了 大家有遇到这种问题的吗？

解决方法是将sql语句copy出来 修改一下 然后覆盖回去 或者是通过mysql的cli执行

CREATE TABLE R_REPOSITORY_LOG ( ID_REPOSITORY_LOG BIGINT NOT NULL PRIMARY KEY , REP_VERSION VARCHAR(255) , LOG_DATE DATETIME , LOG_USER VARCHAR(255) , OPERATION_DESC MEDIUMTEXT ) ;

CREATE TABLE R_VERSION ( ID_VERSION BIGINT NOT NULL PRIMARY KEY , MAJOR_VERSION INT , MINOR_VERSION INT , UPGRADE_DATE DATETIME , IS_UPGRADE BOOLEAN ) ; INSERT INTO R_VERSION(ID_VERSION, MAJOR_VERSION, MINOR_VERSION, UPGRADE_DATE, IS_UPGRADE) VALUES (1,5,0,‘2014/11/23 13:27:43.013’,false); CREATE TABLE R_DATABASE_TYPE ( ID_DATABASE_TYPE BIGINT NOT NULL PRIMARY KEY , CODE VARCHAR(255) , DESCRIPTION VARCHAR(255) ) ; INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (1,‘DERBY’,‘Apache Derby’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (2,‘AS/400’,‘AS/400’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (3,‘INTERBASE’,‘Borland Interbase’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (4,‘INFINIDB’,‘Calpont InfiniDB’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (5,‘DBASE’,‘dBase III, IV or 5’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (6,‘EXASOL4’,‘Exasol 4’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (7,‘EXTENDB’,‘ExtenDB’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (8,‘FIREBIRD’,‘Firebird SQL’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (9,‘GENERIC’,‘Generic database’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (10,‘GREENPLUM’,‘Greenplum’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (11,‘SQLBASE’,‘Gupta SQL Base’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (12,‘H2’,‘H2’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (13,‘HIVE’,‘Hadoop Hive’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (14,‘HIVE2’,‘Hadoop Hive 2’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (15,‘HYPERSONIC’,‘Hypersonic’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (16,‘DB2’,‘IBM DB2’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (17,‘IMPALA’,‘Impala’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (18,‘INFOBRIGHT’,‘Infobright’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (19,‘INFORMIX’,‘Informix’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (20,‘INGRES’,‘Ingres’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (21,‘VECTORWISE’,‘Ingres VectorWise’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (22,‘CACHE’,‘Intersystems Cache’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (23,‘KettleThin’,‘Kettle thin JDBC driver’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (24,‘KINGBASEES’,‘KingbaseES’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (25,‘LucidDB’,‘LucidDB’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (26,‘SAPDB’,‘MaxDB (SAP DB)’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (27,‘MONETDB’,‘MonetDB’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (28,‘MSACCESS’,‘MS Access’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (29,‘MSSQL’,‘MS SQL Server’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (30,‘MSSQLNATIVE’,‘MS SQL Server (Native)’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (31,‘MYSQL’,‘MySQL’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (32,‘MONDRIAN’,‘Native Mondrian’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (33,‘NEOVIEW’,‘Neoview’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (34,‘NETEZZA’,‘Netezza’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (35,‘OpenERPDatabaseMeta’,‘OpenERP Server’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (36,‘ORACLE’,‘Oracle’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (37,‘ORACLERDB’,‘Oracle RDB’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (38,‘PALO’,‘Palo MOLAP Server’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (39,‘PostgreSQL’,‘PostgreSQL’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (40,‘REMEDY-AR-SYSTEM’,‘Remedy Action Request System’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (41,‘SAPR3’,‘SAP ERP System’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (42,‘SQLITE’,‘SQLite’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (43,‘SYBASE’,‘Sybase’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (44,‘SYBASEIQ’,‘SybaseIQ’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (45,‘TERADATA’,‘Teradata’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (46,‘UNIVERSE’,‘UniVerse database’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (47,‘VERTICA’,‘Vertica’); INSERT INTO R_DATABASE_TYPE(ID_DATABASE_TYPE, CODE, DESCRIPTION) VALUES (48,‘VERTICA5’,‘Vertica 5+’); CREATE TABLE R_DATABASE_CONTYPE ( ID_DATABASE_CONTYPE BIGINT NOT NULL PRIMARY KEY , CODE VARCHAR(255) , DESCRIPTION VARCHAR(255) ) ; INSERT INTO R_DATABASE_CONTYPE(ID_DATABASE_CONTYPE, CODE, DESCRIPTION) VALUES (1,‘Native’,‘Native (JDBC)’); INSERT INTO R_DATABASE_CONTYPE(ID_DATABASE_CONTYPE, CODE, DESCRIPTION) VALUES (2,‘ODBC’,‘ODBC’); INSERT INTO R_DATABASE_CONTYPE(ID_DATABASE_CONTYPE, CODE, DESCRIPTION) VALUES (3,‘OCI’,‘OCI’); INSERT INTO R_DATABASE_CONTYPE(ID_DATABASE_CONTYPE, CODE, DESCRIPTION) VALUES (4,‘Plugin’,‘Plugin specific access method’); INSERT INTO R_DATABASE_CONTYPE(ID_DATABASE_CONTYPE, CODE, DESCRIPTION) VALUES (5,’, ',‘JNDI’); CREATE TABLE R_NOTE ( ID_NOTE BIGINT NOT NULL PRIMARY KEY , VALUE_STR MEDIUMTEXT , GUI_LOCATION_X INT , GUI_LOCATION_Y INT , GUI_LOCATION_WIDTH INT , GUI_LOCATION_HEIGHT INT , FONT_NAME MEDIUMTEXT , FONT_SIZE INT , FONT_BOLD BOOLEAN , FONT_ITALIC BOOLEAN , FONT_COLOR_RED INT , FONT_COLOR_GREEN INT , FONT_COLOR_BLUE INT , FONT_BACK_GROUND_COLOR_RED INT , FONT_BACK_GROUND_COLOR_GREEN INT , FONT_BACK_GROUND_COLOR_BLUE INT , FONT_BORDER_COLOR_RED INT , FONT_BORDER_COLOR_GREEN INT , FONT_BORDER_COLOR_BLUE INT , DRAW_SHADOW BOOLEAN ) ; CREATE TABLE R_DATABASE ( ID_DATABASE BIGINT NOT NULL PRIMARY KEY , NAME VARCHAR(255) , ID_DATABASE_TYPE INT , ID_DATABASE_CONTYPE INT , HOST_NAME VARCHAR(255) , DATABASE_NAME MEDIUMTEXT , PORT INT , USERNAME VARCHAR(255) , PASSWORD VARCHAR(255) , SERVERNAME VARCHAR(255) , DATA_TBS VARCHAR(255) , INDEX_TBS VARCHAR(255) ) ; CREATE TABLE R_DATABASE_ATTRIBUTE ( ID_DATABASE_ATTRIBUTE BIGINT NOT NULL PRIMARY KEY , ID_DATABASE INT , CODE VARCHAR(255) , VALUE_STR MEDIUMTEXT ) ; CREATE UNIQUE INDEX IDX_R_DATABASE_ATTRIBUTE_AK ON R_DATABASE_ATTRIBUTE(ID_DATABASE, CODE) ; CREATE TABLE R_DIRECTORY ( ID_DIRECTORY BIGINT NOT NULL PRIMARY KEY , ID_DIRECTORY_PARENT INT , DIRECTORY_NAME VARCHAR(255) ) ; CREATE UNIQUE INDEX IDX_R_DIRECTORY_AK ON R_DIRECTORY(ID_DIRECTORY_PARENT, DIRECTORY_NAME) ; CREATE TABLE R_TRANSFORMATION ( ID_TRANSFORMATION BIGINT NOT NULL PRIMARY KEY , ID_DIRECTORY INT , NAME VARCHAR(255) , DESCRIPTION MEDIUMTEXT , EXTENDED_DESCRIPTION MEDIUMTEXT , TRANS_VERSION VARCHAR(255) , TRANS_STATUS INT , ID_STEP_READ INT , ID_STEP_WRITE INT , ID_STEP_INPUT INT , ID_STEP_OUTPUT INT , ID_STEP_UPDATE INT , ID_DATABASE_LOG INT , TABLE_NAME_LOG VARCHAR(255) , USE_BATCHID BOOLEAN , USE_LOGFIELD BOOLEAN , ID_DATABASE_MAXDATE INT , TABLE_NAME_MAXDATE VARCHAR(255) , FIELD_NAME_MAXDATE VARCHAR(255) , OFFSET_MAXDATE DOUBLE , DIFF_MAXDATE DOUBLE , CREATED_USER VARCHAR(255) , CREATED_DATE DATETIME , MODIFIED_USER VARCHAR(255) , MODIFIED_DATE DATETIME , SIZE_ROWSET INT ) ; CREATE TABLE R_TRANS_ATTRIBUTE ( ID_TRANS_ATTRIBUTE BIGINT NOT NULL PRIMARY KEY , ID_TRANSFORMATION INT , NR INT , CODE VARCHAR(255) , VALUE_NUM BIGINT , VALUE_STR MEDIUMTEXT ) ; CREATE UNIQUE INDEX IDX_TRANS_ATTRIBUTE_LOOKUP ON R_TRANS_ATTRIBUTE(ID_TRANSFORMATION, CODE, NR) ; CREATE TABLE R_JOB_ATTRIBUTE ( ID_JOB_ATTRIBUTE BIGINT NOT NULL PRIMARY KEY , ID_JOB INT , NR INT , CODE VARCHAR(255) , VALUE_NUM BIGINT , VALUE_STR MEDIUMTEXT ) ; CREATE UNIQUE INDEX IDX_JOB_ATTRIBUTE_LOOKUP ON R_JOB_ATTRIBUTE(ID_JOB, CODE, NR) ; CREATE TABLE R_DEPENDENCY ( ID_DEPENDENCY BIGINT NOT NULL PRIMARY KEY , ID_TRANSFORMATION INT , ID_DATABASE INT , TABLE_NAME VARCHAR(255) , FIELD_NAME VARCHAR(255) ) ; CREATE TABLE R_PARTITION_SCHEMA ( ID_PARTITION_SCHEMA BIGINT NOT NULL PRIMARY KEY , NAME VARCHAR(255) , DYNAMIC_DEFINITION BOOLEAN , PARTITIONS_PER_SLAVE VARCHAR(255) ) ; CREATE TABLE R_PARTITION ( ID_PARTITION BIGINT NOT NULL PRIMARY KEY , ID_PARTITION_SCHEMA INT , PARTITION_ID VARCHAR(255) ) ; CREATE TABLE R_TRANS_PARTITION_SCHEMA ( ID_TRANS_PARTITION_SCHEMA BIGINT NOT NULL PRIMARY KEY , ID_TRANSFORMATION INT , ID_PARTITION_SCHEMA INT ) ; CREATE TABLE R_CLUSTER ( ID_CLUSTER BIGINT NOT NULL PRIMARY KEY , NAME VARCHAR(255) , BASE_PORT VARCHAR(255) , SOCKETS_BUFFER_SIZE VARCHAR(255) , SOCKETS_FLUSH_INTERVAL VARCHAR(255) , SOCKETS_COMPRESSED BOOLEAN , DYNAMIC_CLUSTER BOOLEAN ) ; CREATE TABLE R_SLAVE ( ID_SLAVE BIGINT NOT NULL PRIMARY KEY , NAME VARCHAR(255) , HOST_NAME VARCHAR(255) , PORT VARCHAR(255) , WEB_APP_NAME VARCHAR(255) , USERNAME VARCHAR(255) , PASSWORD VARCHAR(255) , PROXY_HOST_NAME VARCHAR(255) , PROXY_PORT VARCHAR(255) , NON_PROXY_HOSTS VARCHAR(255) , MASTER BOOLEAN ) ; CREATE TABLE R_CLUSTER_SLAVE ( ID_CLUSTER_SLAVE BIGINT NOT NULL PRIMARY KEY , ID_CLUSTER INT , ID_SLAVE INT ) ; CREATE TABLE R_TRANS_SLAVE ( ID_TRANS_SLAVE BIGINT NOT NULL PRIMARY KEY , ID_TRANSFORMATION INT , ID_SLAVE INT ) ; CREATE TABLE R_TRANS_CLUSTER ( ID_TRANS_CLUSTER BIGINT NOT NULL PRIMARY KEY , ID_TRANSFORMATION INT , ID_CLUSTER INT ) ; CREATE TABLE R_TRANS_HOP ( ID_TRANS_HOP BIGINT NOT NULL PRIMARY KEY , ID_TRANSFORMATION INT , ID_STEP_FROM INT , ID_STEP_TO INT , ENABLED BOOLEAN ) ; CREATE TABLE R_TRANS_STEP_CONDITION ( ID_TRANSFORMATION INT , ID_STEP INT , ID_CONDITION INT ) ; CREATE TABLE R_CONDITION ( ID_CONDITION BIGINT NOT NULL PRIMARY KEY , ID_CONDITION_PARENT INT , NEGATED BOOLEAN , OPERATOR VARCHAR(255) , LEFT_NAME VARCHAR(255) , CONDITION_FUNCTION VARCHAR(255) , RIGHT_NAME VARCHAR(255) , ID_VALUE_RIGHT INT ) ; CREATE TABLE R_VALUE ( ID_VALUE BIGINT NOT NULL PRIMARY KEY , NAME VARCHAR(255) , VALUE_TYPE VARCHAR(255) , VALUE_STR VARCHAR(255) , IS_NULL BOOLEAN ) ; CREATE TABLE R_STEP_TYPE ( ID_STEP_TYPE BIGINT NOT NULL PRIMARY KEY , CODE VARCHAR(255) , DESCRIPTION VARCHAR(255) , HELPTEXT VARCHAR(255) ) ; INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (1,‘AccessInput’,‘Access 输入’,‘Read data from a Microsoft Access file’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (2,‘AccessOutput’,‘Access 输出’,‘Stores records into an MS-Access database table.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (3,‘AvroInput’,‘Avro Input’,‘Reads data from an Avro file’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (4,‘CassandraInput’,‘Cassandra Input’,‘Reads data from a Cassandra table’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (5,‘CassandraOutput’,‘Cassandra Output’,‘Writes to a Cassandra table’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (6,‘ClosureGenerator’,‘Closure Generator’,‘This step allows you to generates a closure table using parent-child relationships.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (7,‘ConcatFields’,‘Concat Fields’,‘Concat fields together into a new field (similar to the Text File Output step)’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (8,‘CouchDbInput’,‘CouchDb Input’,‘Reads from a Couch DB view’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (9,‘CsvInput’,‘CSV文件输入’,‘Simple CSV file input’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (10,‘CubeInput’,‘Cube 文件输入’,‘从一个cube读取记录.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (11,‘CubeOutput’,‘Cube输出’,‘把数据写入一个cube’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (12,‘TypeExitEdi2XmlStep’,‘Edi to XML’,‘Converts Edi text to generic XML’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (13,‘ElasticSearchBulk’,‘ElasticSearch 批量加载’,‘Performs bulk inserts into ElasticSearch’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (14,‘ShapeFileReader’,‘ESRI Shapefile Reader’,‘Reads shape file data from an ESRI shape file and linked DBF file’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (15,‘MetaInject’,‘ETL元数据注入’,‘This step allows you to inject metadata into an existing transformation prior to execution. This allows for the creation of dynamic and highly flexible data integration solutions.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (16,‘DummyPlugin’,‘Example plugin’,‘This is an example for a plugin test step’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (17,‘ExcelInput’,‘Excel输入’,‘从一个微软的Excel文件里读取数据. 兼容Excel 95, 97 and 2000.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (18,‘ExcelOutput’,‘Excel输出’,‘Stores records into an Excel (XLS) document with formatting information.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (19,‘GetSlaveSequence’,‘Get ID from slave server’,‘Retrieves unique IDs in blocks from a slave server. The referenced sequence needs to be configured on the slave server in the XML configuration file.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (20,‘TypeExitGoogleAnalyticsInputStep’,‘Google Analytics 输入’,‘Fetches data from google analytics account’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (21,‘GPLoad’,‘Greenplum Load’,‘Greenplum Load’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (22,‘GPBulkLoader’,‘Greenplum 批量加载’,‘Greenplum Bulk Loader’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (23,‘ParallelGzipCsvInput’,‘GZIP CSV Input’,‘Parallel GZIP CSV file input reader’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (24,‘HadoopFileInputPlugin’,‘Hadoop File Input’,‘Process files from an HDFS location’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (25,‘HadoopFileOutputPlugin’,‘Hadoop File Output’,‘Create files in an HDFS location’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (26,‘HBaseInput’,‘HBase Input’,‘Reads data from a HBase table according to a mapping’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (27,‘HBaseOutput’,‘HBase Output’,‘Writes data to an HBase table according to a mapping’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (28,‘HBaseRowDecoder’,‘HBase Row Decoder’,‘Decodes an incoming key and HBase result object according to a mapping’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (29,‘HL7Input’,‘HL7 Input’,‘Reads and parses HL7 messages and outputs a series of values from the messages’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (30,‘HTTP’,‘HTTP client’,‘Call a web service over HTTP by supplying a base URL by allowing parameters to be set dynamically’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (31,‘HTTPPOST’,‘HTTP Post’,‘Call a web service request over HTTP by supplying a base URL by allowing parameters to be set dynamically’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (32,‘InfobrightOutput’,‘Infobright 批量加载’,‘Load data to an Infobright database table’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (33,‘VectorWiseBulkLoader’,‘Ingres VectorWise 批量加载’,‘This step interfaces with the Ingres VectorWise Bulk Loader “COPY TABLE” command.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (34,‘UserDefinedJavaClass’,‘Java 代码’,‘This step allows you to program a step using Java code’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (35,‘ScriptValueMod’,‘JavaScript代码’,‘This is a modified plugin for the Scripting Values with improved interface and performance.\nWritten & donated to open source by Martin Lange, Proconis : http://www.proconis.de’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (36,‘JsonInput’,‘Json 输入’,‘Extract relevant portions out of JSON structures (file or incoming field) and output rows’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (37,‘JsonOutput’,‘Json 输出’,‘Create Json bloc and output it in a field ou a file.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (38,‘LDAPInput’,‘LDAP 输入’,‘Read data from LDAP host’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (39,‘LDAPOutput’,‘LDAP 输出’,‘Perform Insert, upsert, update, add or delete operations on records based on their DN (Distinguished Name).’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (40,‘LDIFInput’,‘LDIF 输入’,‘Read data from LDIF files’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (41,‘LucidDBBulkLoader’,‘LucidDB 批量加载’,‘Load data into LucidDB by using their bulk load command in streaming mode. (Doesnt work on Windows!)’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (42,‘LucidDBStreamingLoader’,‘LucidDB 流加载’,‘Load data into LucidDB by using Remote Rows UDX.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (43,‘HadoopEnterPlugin’,‘MapReduce Input’,‘Enter a Hadoop Mapper or Reducer transformation’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (44,‘HadoopExitPlugin’,‘MapReduce Output’,‘Exit a Hadoop Mapper or Reducer transformation’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (45,‘TypeExitExcelWriterStep’,‘Microsoft Excel 输出’,‘Writes or appends data to an Excel file’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (46,‘MondrianInput’,‘Mondrian 输入’,‘Execute and retrieve data using an MDX query against a Pentaho Analyses OLAP server (Mondrian)’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (47,‘MonetDBAgileMart’,‘MonetDB Agile Mart’,‘Load data into MonetDB for Agile BI use cases’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (48,‘MonetDBBulkLoader’,‘MonetDB 批量加载’,‘Load data into MonetDB by using their bulk load command in streaming mode.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (49,‘MongoDbInput’,‘MongoDB Input’,‘Reads from a Mongo DB collection’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (50,‘MongoDbOutput’,‘MongoDB Output’,‘Writes to a Mongo DB collection’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (51,‘MultiwayMergeJoin’,‘Multiway Merge Join’,‘Multiway Merge Join’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (52,‘MySQLBulkLoader’,‘MySQL 批量加载’,‘MySQL bulk loader step, loading data over a named pipe (not available on MS Windows)’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (53,‘OlapInput’,‘OLAP 输入’,‘Execute and retrieve data using an MDX query against any XML/A OLAP datasource using olap4j’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (54,‘OpenERPObjectDelete’,‘OpenERP Object Delete’,‘Deletes OpenERP objects’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (55,‘OpenERPObjectInput’,‘OpenERP Object Input’,‘Reads data from OpenERP objects’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (56,‘OpenERPObjectOutputImport’,‘OpenERP Object Output’,‘Writes data into OpenERP objects using the object import procedure’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (57,‘OraBulkLoader’,‘Oracle 批量加载’,‘Use Oracle Bulk Loader to load data’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (58,‘PaloCellInput’,‘Palo Cell Input’,‘Reads data from a defined Palo Cube ‘); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (59,‘PaloCellOutput’,‘Palo Cell Output’,‘Writes data to a defined Palo Cube’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (60,‘PaloDimInput’,‘Palo Dim Input’,‘Reads data from a defined Palo Dimension’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (61,‘PaloDimOutput’,‘Palo Dim Output’,‘Writes data to defined Palo Dimension’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (62,‘PentahoReportingOutput’,‘Pentaho 报表输出’,‘Executes an existing report (PRPT)’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (63,‘PGPDecryptStream’,‘PGP Decrypt stream’,‘Decrypt data stream with PGP’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (64,‘PGPEncryptStream’,‘PGP Encrypt stream’,‘Encrypt data stream with PGP’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (65,‘PGBulkLoader’,‘PostgreSQL 批量加载’,‘PostgreSQL Bulk Loader’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (66,‘Rest’,‘REST Client’,‘Consume RESTfull services.\nREpresentational State Transfer (REST) is a key design idiom that embraces a stateless client-server\narchitecture in which the web services are viewed as resources and can be identified by their URLs’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (67,‘RssInput’,‘RSS 输入’,‘Read RSS feeds’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (68,‘RssOutput’,‘RSS 输出’,‘Read RSS stream.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (69,‘RuleAccumulator’,‘Rule Accumulator’,‘Execute a rule against a set of all incoming rows’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (70,‘RuleExecutor’,‘Rule Executor’,‘Execute a rule against each row or a set of rows’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (71,‘S3CSVINPUT’,‘S3 CSV 输入’,‘S3 CSV 输入’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (72,‘S3FileOutputPlugin’,‘S3 File Output’,‘Create files in an S3 location’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (73,‘SalesforceUpsert’,‘Salesforce Upsert’,‘Insert or update records in Salesforce module.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (74,‘SalesforceDelete’,‘Salesforce 删除’,‘Delete records in Salesforce module.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (75,‘SalesforceInsert’,‘Salesforce 插入’,‘Insert records in Salesforce module.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (76,‘SalesforceUpdate’,‘Salesforce 更新’,‘Update records in Salesforce module.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (77,‘SalesforceInput’,‘Salesforce 输入’,’!BaseStep.TypeTooltipDesc.SalesforceInput!’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (78,‘SapInput’,‘SAP 输入’,‘Read data from SAP ERP, optionally with parameters’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (79,‘SASInput’,‘SAS 输入’,‘This step reads files in sas7bdat (SAS) native format’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (80,‘Script’,‘Script’,‘Calculate values by scripting in Ruby, Python, Groovy, JavaScript, … (JSR-223)’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (81,‘SFTPPut’,‘SFTP Put’,‘Upload a file or a stream file to remote host via SFTP’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (82,‘SimpleMapping’,‘Simple Mapping (sub-transformation)’,‘Run a mapping (sub-transformation), use MappingInput and MappingOutput to specify the fields interface. This is the simplified version only allowing one input and one output data set.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (83,‘SingleThreader’,‘Single Threader’,‘Executes a transformation snippet in a single thread. You need a standard mapping or a transformation with an Injector step where data from the parent transformation will arive in blocks.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (84,‘SocketWriter’,‘Socket 写’,‘Socket writer. A socket server that can send rows of data to a socket reader.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (85,‘SocketReader’,‘Socket 读’,‘Socket reader. A socket client that connects to a server (Socket Writer step).’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (86,‘SQLFileOutput’,‘SQL 文件输出’,‘Output SQL INSERT statements to file’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (87,‘SSTableOutput’,‘SSTable Output’,‘Writes to a filesystem directory as a Cassandra SSTable’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (88,‘SwitchCase’,‘Switch / Case’,‘Switch a row to a certain target step based on the case value in a field.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (89,‘TableAgileMart’,‘Table Agile Mart’,‘Load data into a table for Agile BI use cases’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (90,‘TeraFast’,‘Teradata Fastload 批量加载’,‘The Teradata Fastload Bulk loader’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (91,‘TransExecutor’,‘Transformation Executor’,‘This step executes a Pentaho Data Integration transformation, sets parameters and passes rows.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (92,‘WebServiceLookup’,‘Web 服务查询’,‘使用 Web 服务查询信息’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (93,‘XBaseInput’,‘XBase输入’,‘从一个XBase类型的文件(DBF)读取记录’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (94,‘getXMLData’,‘XML 文件输入’,‘Get data from XML file by using XPath.\n This step also allows you to parse XML defined in a previous field.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (95,‘XMLInputStream’,‘XML 文件输入 (StAX解析)’,‘This step is capable of processing very large and complex XML files very fast.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (96,‘XMLInputSax’,‘XML 流输入’,‘Read data from an XML file in a streaming fashing, working faster and consuming less memory’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (97,‘XMLJoin’,‘XML 连接’,‘Joins a stream of XML-Tags into a target XML string’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (98,‘XMLInput’,‘XML输入’,‘从一个XML读取数据’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (99,‘XMLOutput’,‘XML输出’,‘写数据到一个XML文件’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (100,‘XSLT’,‘XSL 转换’,‘Transform XML stream using XSL (eXtensible Stylesheet Language).’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (101,‘YamlInput’,‘Yaml 输入’,'Read YAML source (file or stream) parse them and convert them to rows and writes these to one or more output. '); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (102,‘ZipFile’,‘Zip 文件’,‘Zip a file.\nFilename will be extracted from incoming stream.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (103,‘Abort’,‘中止’,‘Abort a transformation’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (104,‘FilesFromResult’,‘从结果获取文件’,‘This step allows you to read filenames used or generated in a previous entry in a job.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (105,‘RowsFromResult’,‘从结果获取记录’,‘这个允许你从同一个任务的前一个条目里读取记录.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (106,‘XSDValidator’,‘使用 XSD 检验 XML 文件’,‘Validate XML source (files or Streams) against XML Schema Definition.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (107,‘ValueMapper’,‘值映射’,‘Maps values of a certain field from one value to another’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (108,‘CloneRow’,‘克隆行’,‘Clone a row as many times as needed’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (109,‘Formula’,‘公式’,‘使用 Pentaho 的公式库来计算公式’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (110,‘WriteToLog’,‘写日志’,‘Write data to log’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (111,‘AnalyticQuery’,‘分析查询’,‘Execute analytic queries over a sorted dataset (LEAD/LAG/FIRST/LAST)’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (112,‘GroupBy’,‘分组’,‘以分组的形式创建聚合.{0}这个仅仅在一个已经排好序的输入有效.{1}如果输入没有排序, 仅仅两个连续的记录行被正确处理.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (113,‘SplitFieldToRows3’,‘列拆分为多行’,‘Splits a single string field by delimiter and creates a new row for each split term’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (114,‘Denormaliser’,‘列转行’,‘Denormalises rows by looking up key-value pairs and by assigning them to new fields in the输出 rows.{0}This method aggregates and needs the输入 rows to be sorted on the grouping fields’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (115,‘Delete’,‘删除’,‘基于关键字删除记录’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (116,‘Janino’,‘利用Janino计算Java表达式’,‘Calculate the result of a Java Expression using Janino’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (117,‘StringCut’,‘剪切字符串’,‘Strings cut (substring).’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (118,‘UnivariateStats’,‘单变量统计’,‘This step computes some simple stats based on a single input field’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (119,‘Unique’,‘去除重复记录’,‘去除重复的记录行，保持记录{0}这个仅仅基于一个已经排好序的输入.{1}如果输入没有排序, 仅仅两个连续的记录行被正确处理.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (120,‘SyslogMessage’,‘发送信息至Syslog’,‘Send message to Syslog server’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (121,‘Mail’,‘发送邮件’,‘Send eMail.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (122,‘MergeRows’,‘合并记录’,‘合并两个数据流, 并根据某个关键字排序. 这两个数据流被比较，以标识相等的、变更的、删除的和新建的记录.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (123,‘ExecProcess’,‘启动一个进程’,‘Execute a process and return the result’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (124,‘UniqueRowsByHashSet’,‘行 (哈希值)’,‘Remove double rows and leave only unique occurrences by using a HashSet.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (125,‘FixedInput’,‘固定宽度文件输入’,‘Fixed file input’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (126,‘MemoryGroupBy’,‘在内存中分组’,‘Builds aggregates in a group by fashion.\nThis step doesn’t require sorted input.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (127,‘AddXML’,‘增加XML列’,‘Encode several fields into an XML fragment’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (128,‘Constant’,‘增加常量’,‘给记录增加一到多个常量’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (129,‘Sequence’,‘增加序列’,‘从序列获取下一个值’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (130,‘CheckSum’,‘增加校验列’,‘Add a checksum column for each input row’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (131,‘ProcessFiles’,‘处理文件’,‘Process one file per row (copy or move or delete).\nThis step only accept filename in input.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (132,‘FilesToResult’,‘复制文件到结果’,‘This step allows you to set filenames in the result of this transformation.\nSubsequent job entries can then use this information.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (133,‘RowsToResult’,‘复制记录到结果’,‘使用这个步骤把记录写到正在执行的任务.{0}信息将会被传递给同一个任务里的下一个条目.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (134,‘SelectValues’,‘字段选择’,‘选择或移除记录里的字。{0}此外，可以设置字段的元数据: 类型, 长度和精度.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (135,‘StringOperations’,‘字符串操作’,‘Apply certain operations like trimming, padding and others to string value.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (136,‘ReplaceString’,‘字符串替换’,‘Replace all occurences a word in a string with another word.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (137,‘SymmetricCryptoTrans’,‘对称加密’,‘Encrypt or decrypt a string using symmetric encryption.\nAvailable algorithms are DES, AEC, TripleDES.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (138,‘SetValueConstant’,‘将字段值设置为常量’,‘Set value of a field to a constant’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (139,‘Delay’,‘延迟行’,‘Output each input row after a delay’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (140,‘DynamicSQLRow’,‘执行Dynamic SQL’,‘Execute dynamic SQL statement build in a previous field’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (141,‘ExecSQL’,‘执行SQL脚本’,‘执行一个SQL脚本, 另外，可以使用输入的记录作为参数’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (142,‘ExecSQLRow’,‘执行SQL脚本(字段流替换)’,‘Execute SQL script extracted from a field\ncreated in a previous step.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (143,‘JobExecutor’,‘执行作业’,‘This step executes a Pentaho Data Integration job, sets parameters and passes rows.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (144,‘FieldSplitter’,‘拆分字段’,‘当你想把一个字段拆分成多个时，使用这个类型.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (145,‘SortedMerge’,‘排序合并’,‘Sorted Merge’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (146,‘SortRows’,‘排序记录’,‘基于字段值把记录排序(升序或降序)’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (147,‘InsertUpdate’,‘插入 / 更新’,‘基于关键字更新或插入记录到数据库.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (148,‘ChangeFileEncoding’,‘改变文件编码’,‘Change file encoding and create a new file’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (149,‘NumberRange’,‘数值范围’,‘Create ranges based on numeric field’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (150,‘SynchronizeAfterMerge’,‘数据同步’,‘This step perform insert/update/delete in one go based on the value of a field. ‘); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (151,‘DBLookup’,‘数据库查询’,‘使用字段值在数据库里查询值’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (152,‘DBJoin’,‘数据库连接’,‘使用数据流里的值作为参数执行一个数据库查询’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (153,‘Validator’,‘数据检验’,‘Validates passing data based on a set of rules’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (154,‘PrioritizeStreams’,‘数据流优先级排序’,‘Prioritize streams in an order way.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (155,‘ReservoirSampling’,‘数据采样’,’[Transform] Samples a fixed number of rows from the incoming stream’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (156,‘LoadFileInput’,‘文件内容加载至内存’,‘Load file content in memory’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (157,‘TextFileInput’,‘文本文件输入’,‘从一个文本文件（几种格式）里读取数据{0}这些数据可以被传递到下一个步骤里…’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (158,‘TextFileOutput’,‘文本文件输出’,‘写记录到一个文本文件.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (159,‘Mapping’,‘映射 (子转换)’,‘运行一个映射 (子转换), 使用MappingInput和MappingOutput来指定接口的字段’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (160,‘MappingInput’,‘映射输入规范’,‘指定一个映射的字段输入’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (161,‘MappingOutput’,‘映射输出规范’,‘指定一个映射的字段输出’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (162,‘Update’,‘更新’,‘基于关键字更新记录到数据库’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (163,‘IfNull’,‘替换NULL值’,‘Sets a field value to a constant if it is null.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (164,‘SampleRows’,‘样本行’,‘Filter rows based on the line number.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (165,‘JavaFilter’,‘根据Java代码过滤记录’,‘Filter rows using java code’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (166,‘FieldsChangeSequence’,‘根据字段值来改变序列’,'Add sequence depending of fields value change.\nEach time value of at least one field change, PDI will reset sequence. '); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (167,‘WebServiceAvailable’,‘检查web服务是否可用’,‘Check if a webservice is available’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (168,‘FileExists’,‘检查文件是否存在’,‘Check if a file exists’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (169,‘FileLocked’,‘检查文件是否已被锁定’,‘Check if a file is locked by another process’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (170,‘TableExists’,‘检查表是否存在’,‘Check if a table exists on a specified connection’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (171,‘ColumnExists’,‘检查表里的列是否存在’,‘Check if a column exists in a table on a specified connection.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (172,‘DetectEmptyStream’,‘检测空流’,‘This step will output one empty row if input stream is empty\n(ie when input stream does not contain any row)’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (173,‘CreditCardValidator’,‘检验信用卡号码是否有效’,‘The Credit card validator step will help you tell:\n(1) if a credit card number is valid (uses LUHN10 (MOD-10) algorithm)\n(2) which credit card vendor handles that number\n(VISA, MasterCard, Diners Club, EnRoute, American Express (AMEX),…)’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (174,‘MailValidator’,‘检验邮件地址’,‘Check if an email address is valid.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (175,‘FuzzyMatch’,‘模糊匹配’,‘Finding approximate matches to a string using matching algorithms.\nRead a field from a main stream and output approximative value from lookup stream.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (176,‘RegexEval’,‘正则表达式’,‘Regular expression Evaluation\nThis step uses a regular expression to evaluate a field. It can also extract new fields out of an existing field with capturing groups.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (177,‘TableCompare’,‘比较表’,‘Compares 2 tables and gives back a list of differences’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (178,‘StreamLookup’,‘流查询’,‘从转换中的其它流里查询值.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (179,‘StepMetastructure’,‘流的元数据’,‘This is a step to read the metadata of the incoming stream.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (180,‘SecretKeyGenerator’,‘生成密钥’,‘Generate secrete key for algorithms such as DES, AEC, TripleDES.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (181,‘RowGenerator’,‘生成记录’,‘产生一些空记录或相等的行.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (182,‘RandomValue’,‘生成随机数’,‘Generate random value’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (183,‘RandomCCNumberGenerator’,‘生成随机的信用卡号’,‘Generate random valide (luhn check) credit card numbers’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (184,‘Dummy’,‘空操作 (什么也不做)’,‘这个步骤类型什么都不作.{0} 当你想测试或拆分数据流的时候有用.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (185,‘DimensionLookup’,‘维度查询/更新’,‘在一个数据仓库里更新一个渐变维 {0} 或者在这个维里查询信息.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (186,‘CombinationLookup’,‘联合查询/更新’,‘更新数据仓库里的一个junk维 {0} 可选的, 科研查询维里的信息.{1}junk维的主键是所有的字段.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (187,‘AggregateRows’,‘聚合记录’,‘这个步骤类型允许你聚合记录.{0}它不能使用在分组的情况.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (188,‘AutoDoc’,‘自动文档输出’,‘This step automatically generates documentation based on input in the form of a list of transformations and jobs’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (189,‘DataGrid’,‘自定义常量数据’,‘Enter rows of static data in a grid, usually for testing, reference or demo purpose’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (190,‘GetPreviousRowField’,‘获取上一次的记录’,‘Get fields value of previous row.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (191,‘GetVariable’,‘获取变量’,‘Determine the values of certain (environment or Kettle) variables and put them in field values.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (192,‘GetSubFolders’,‘获取子目录名’,‘Read a parent folder and return all subfolders’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (193,‘GetFileNames’,‘获取文件名’,‘Get file names from the operating system and send them to the next step.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (194,‘GetFilesRowsCount’,‘获取文件行数’,‘Returns rows count for text files.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (195,‘SystemInfo’,‘获取系统信息’,‘获取系统信息，例如时间、日期.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (196,‘GetTableNames’,‘获取表名’,‘Get table names from database connection and send them to the next step’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (197,‘GetRepositoryNames’,‘获取资源库配置’,‘Lists detailed information about transformations and/or jobs in a repository’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (198,‘Flattener’,‘行扁平化’,‘Flattens consequetive rows based on the order in which they appear in the输入 stream’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (199,‘Normaliser’,‘行转列’,‘De-normalised information can be normalised using this step type.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (200,‘TableInput’,‘表输入’,‘从数据库表里读取信息.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (201,‘TableOutput’,‘表输出’,‘写信息到一个数据库表’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (202,‘Calculator’,‘计算器’,‘通过执行简单的计算创建一个新字段’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (203,‘JoinRows’,‘记录关联 (笛卡尔输出)’,‘这个步骤的输出是输入流的笛卡尔的结果.{0} 输出结果的记录数是输入流记录之间的乘积.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (204,‘Injector’,‘记录注射’,‘Injector step to allow to inject rows into the transformation through the java API’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (205,‘MergeJoin’,‘记录集连接’,‘Joins two streams on a given key and outputs a joined set. The input streams must be sorted on the join key’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (206,‘NullIf’,‘设置值为NULL’,‘如果一个字段值等于某个固定值，那么把这个字段值设置成null’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (207,‘SetVariable’,‘设置变量’,‘Set environment variables based on a single input row.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (208,‘SetValueField’,‘设置字段值’,‘Set value of a field with another value field’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (209,‘DetectLastRow’,‘识别流的最后一行’,‘Last row will be marked’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (210,‘DBProc’,‘调用DB存储过程’,‘通过调用数据库存储过程获得返回值.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (211,‘StepsMetrics’,‘转换步骤信息统计’,‘Return metrics for one or several steps’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (212,‘FilterRows’,‘过滤记录’,‘使用简单的相等来过滤记录’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (213,‘SSH’,‘运行SSH命令’,‘Run SSH commands and returns result.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (214,‘Append’,‘追加流’,‘Append 2 streams in an ordered way’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (215,‘MailInput’,‘邮件信息输入’,‘Read POP3/IMAP server and retrieve messages’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (216,‘PropertyInput’,‘配置文件输入’,‘Read data (key, value) from properties files.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (217,‘PropertyOutput’,‘配置文件输出’,‘Write data to properties file’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (218,‘BlockingStep’,‘阻塞数据’,‘This step blocks until all incoming rows have been processed. Subsequent steps only recieve the last input row to this step.’); INSERT INTO R_STEP_TYPE(ID_STEP_TYPE, CODE, DESCRIPTION, HELPTEXT) VALUES (219,‘BlockUntilStepsFinish’,‘阻塞数据直到步骤都完成’,‘Block this step until selected steps finish.’); CREATE TABLE R_STEP ( ID_STEP BIGINT NOT NULL PRIMARY KEY , ID_TRANSFORMATION INT , NAME VARCHAR(255) , DESCRIPTION MEDIUMTEXT , ID_STEP_TYPE INT , DISTRIBUTE BOOLEAN , COPIES INT , GUI_LOCATION_X INT , GUI_LOCATION_Y INT , GUI_DRAW BOOLEAN , COPIES_STRING VARCHAR(255) ) ; CREATE TABLE R_STEP_ATTRIBUTE ( ID_STEP_ATTRIBUTE BIGINT NOT NULL PRIMARY KEY , ID_TRANSFORMATION INT , ID_STEP INT , NR INT , CODE VARCHAR(255) , VALUE_NUM BIGINT , VALUE_STR MEDIUMTEXT ) ; CREATE UNIQUE INDEX IDX_R_STEP_ATTRIBUTE_LOOKUP ON R_STEP_ATTRIBUTE(ID_STEP, CODE, NR) ; CREATE TABLE R_STEP_DATABASE ( ID_TRANSFORMATION INT , ID_STEP INT , ID_DATABASE INT ) ; CREATE INDEX IDX_R_STEP_DATABASE_LU1 ON R_STEP_DATABASE(ID_TRANSFORMATION) ; CREATE INDEX IDX_R_STEP_DATABASE_LU2 ON R_STEP_DATABASE(ID_DATABASE) ; CREATE TABLE R_TRANS_NOTE ( ID_TRANSFORMATION INT , ID_NOTE INT ) ; CREATE TABLE R_LOGLEVEL ( ID_LOGLEVEL BIGINT NOT NULL PRIMARY KEY , CODE VARCHAR(255) , DESCRIPTION VARCHAR(255) ) ; INSERT INTO R_LOGLEVEL(ID_LOGLEVEL, CODE, DESCRIPTION) VALUES (1,‘Error’,‘错误日志’); INSERT INTO R_LOGLEVEL(ID_LOGLEVEL, CODE, DESCRIPTION) VALUES (2,‘Minimal’,‘最小日志’); INSERT INTO R_LOGLEVEL(ID_LOGLEVEL, CODE, DESCRIPTION) VALUES (3,‘Basic’,‘基本日志’); INSERT INTO R_LOGLEVEL(ID_LOGLEVEL, CODE, DESCRIPTION) VALUES (4,‘Detailed’,‘详细日志’); INSERT INTO R_LOGLEVEL(ID_LOGLEVEL, CODE, DESCRIPTION) VALUES (5,‘Debug’,‘调试’); INSERT INTO R_LOGLEVEL(ID_LOGLEVEL, CODE, DESCRIPTION) VALUES (6,‘Rowlevel’,‘行级日志(非常详细)’); CREATE TABLE R_LOG ( ID_LOG BIGINT NOT NULL PRIMARY KEY , NAME VARCHAR(255) , ID_LOGLEVEL INT , LOGTYPE VARCHAR(255) , FILENAME VARCHAR(255) , FILEEXTENTION VARCHAR(255) , ADD_DATE BOOLEAN , ADD_TIME BOOLEAN , ID_DATABASE_LOG INT , TABLE_NAME_LOG VARCHAR(255) ) ; CREATE TABLE R_JOB ( ID_JOB BIGINT NOT NULL PRIMARY KEY , ID_DIRECTORY INT , NAME VARCHAR(255) , DESCRIPTION MEDIUMTEXT , EXTENDED_DESCRIPTION MEDIUMTEXT , JOB_VERSION VARCHAR(255) , JOB_STATUS INT , ID_DATABASE_LOG INT , TABLE_NAME_LOG VARCHAR(255) , CREATED_USER VARCHAR(255) , CREATED_DATE DATETIME , MODIFIED_USER VARCHAR(255) , MODIFIED_DATE DATETIME , USE_BATCH_ID BOOLEAN , PASS_BATCH_ID BOOLEAN , USE_LOGFIELD BOOLEAN , SHARED_FILE VARCHAR(255) ) ; CREATE TABLE R_JOBENTRY_DATABASE ( ID_JOB INT , ID_JOBENTRY INT , ID_DATABASE INT ) ; CREATE INDEX IDX_R_JOBENTRY_DATABASE_LU1 ON R_JOBENTRY_DATABASE(ID_JOB) ; CREATE INDEX IDX_R_JOBENTRY_DATABASE_LU2 ON R_JOBENTRY_DATABASE(ID_DATABASE) ; CREATE TABLE R_JOBENTRY_TYPE ( ID_JOBENTRY_TYPE BIGINT NOT NULL PRIMARY KEY , CODE VARCHAR(255) , DESCRIPTION VARCHAR(255) ) ; INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (1,‘EMRJobExecutorPlugin’,‘Amazon EMR Job Executor’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (2,‘HiveJobExecutorPlugin’,‘Amazon Hive Job Executor’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (3,‘DOS_UNIX_CONVERTER’,‘DOS和UNIX之间的文本转换’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (4,‘DTD_VALIDATOR’,‘DTD 验证’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (5,‘DummyJob’,‘Example plugin’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (6,‘FTP_PUT’,‘FTP 上传’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (7,‘FTP’,‘FTP 下载’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (8,‘FTP_DELETE’,‘FTP 删除’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (9,‘FTPS_PUT’,‘FTPS 上传’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (10,‘FTPS_GET’,‘FTPS 下载’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (11,‘HadoopCopyFilesPlugin’,‘Hadoop Copy Files’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (12,‘HadoopJobExecutorPlugin’,‘Hadoop Job Executor’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (13,‘HL7MLLPAcknowledge’,‘HL7 MLLP Acknowledge’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (14,‘HL7MLLPInput’,‘HL7 MLLP Input’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (15,‘HTTP’,‘HTTP’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (16,‘MS_ACCESS_BULK_LOAD’,‘MS Access 批量加载’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (17,‘MYSQL_BULK_LOAD’,‘Mysql 批量加载’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (18,‘OozieJobExecutor’,‘Oozie Job Executor’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (19,‘PALO_CUBE_CREATE’,‘Palo Cube Create’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (20,‘PALO_CUBE_DELETE’,‘Palo Cube Delete’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (21,‘HadoopTransJobExecutorPlugin’,‘Pentaho MapReduce’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (22,‘HadoopPigScriptExecutorPlugin’,‘Pig Script Executor’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (23,‘PING’,‘Ping 一台主机’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (24,‘GET_POP’,‘POP 收信’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (25,‘SFTPPUT’,‘SFTP 上传’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (26,‘SFTP’,‘SFTP 下载’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (27,‘SHELL’,‘Shell’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (28,‘SQL’,‘SQL’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (29,‘MSSQL_BULK_LOAD’,‘SQLServer 批量加载’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (30,‘SqoopExport’,‘Sqoop Export’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (31,‘SqoopImport’,‘Sqoop Import’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (32,‘SSH2_PUT’,‘SSH2 上传’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (33,‘SSH2_GET’,‘SSH2 下载’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (34,‘TALEND_JOB_EXEC’,‘Talend 作业执行’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (35,‘XSD_VALIDATOR’,‘XSD 验证器’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (36,‘XSLT’,‘XSL 转换’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (37,‘ZIP_FILE’,‘Zip 压缩文件’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (38,‘ABORT’,‘中止作业’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (39,‘MYSQL_BULK_FILE’,‘从 Mysql 批量导出到文件’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (40,‘DELETE_RESULT_FILENAMES’,‘从结果文件中删除文件’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (41,‘JOB’,‘作业’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (42,‘EVAL’,‘使用 JavaScript 脚本验证’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (43,‘WRITE_TO_FILE’,‘写入文件’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (44,‘WRITE_TO_LOG’,‘写日志’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (45,‘CREATE_FOLDER’,‘创建一个目录’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (46,‘CREATE_FILE’,‘创建文件’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (47,‘DELETE_FILE’,‘删除一个文件’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (48,‘DELETE_FILES’,‘删除多个文件’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (49,‘DELETE_FOLDERS’,‘删除目录’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (50,‘SNMP_TRAP’,‘发送 SNMP 自陷’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (51,‘SEND_NAGIOS_PASSIVE_CHECK’,‘发送Nagios 被动检查’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (52,‘MAIL’,‘发送邮件’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (53,‘COPY_MOVE_RESULT_FILENAMES’,‘复制/移动结果文件’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (54,‘COPY_FILES’,‘复制文件’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (55,‘EXPORT_REPOSITORY’,‘导出资源库到XML文件’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (56,‘SUCCESS’,‘成功’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (57,‘MSGBOX_INFO’,‘显示消息对话框’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (58,‘XML_WELL_FORMED’,‘检查 XML 文件格式’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (59,‘WEBSERVICE_AVAILABLE’,‘检查web服务是否可用’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (60,‘FILE_EXISTS’,‘检查一个文件是否存在’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (61,‘COLUMNS_EXIST’,‘检查列是否存在’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (62,‘FILES_EXIST’,‘检查多个文件是否存在’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (63,‘CHECK_DB_CONNECTIONS’,‘检查数据库连接’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (64,‘CHECK_FILES_LOCKED’,‘检查文件是否被锁’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (65,‘CONNECTED_TO_REPOSITORY’,‘检查是否连接到资源库’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (66,‘FOLDER_IS_EMPTY’,‘检查目录是否为空’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (67,‘TABLE_EXISTS’,‘检查表是否存在’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (68,‘SIMPLE_EVAL’,‘检验字段的值’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (69,‘FILE_COMPARE’,‘比较文件’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (70,‘FOLDERS_COMPARE’,‘比较目录’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (71,‘ADD_RESULT_FILENAMES’,‘添加文件到结果文件中’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (72,‘TRUNCATE_TABLES’,‘清空表’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (73,‘SPECIAL’,‘特殊作业项’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (74,‘SYSLOG’,‘用 Syslog 发送信息’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (75,‘PGP_ENCRYPT_FILES’,‘用PGP加密文件’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (76,‘PGP_DECRYPT_FILES’,‘用PGP解密文件’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (77,‘PGP_VERIFY_FILES’,‘用PGP验证文件签名’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (78,‘MOVE_FILES’,‘移动文件’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (79,‘DELAY’,‘等待’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (80,‘WAIT_FOR_SQL’,‘等待SQL’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (81,‘WAIT_FOR_FILE’,‘等待文件’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (82,‘UNZIP’,‘解压缩文件’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (83,‘EVAL_FILES_METRICS’,‘计算文件大小或个数’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (84,‘EVAL_TABLE_CONTENT’,‘计算表中的记录数’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (85,‘SET_VARIABLES’,‘设置变量’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (86,‘TRANS’,‘转换’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (87,‘TELNET’,‘远程登录一台主机’); INSERT INTO R_JOBENTRY_TYPE(ID_JOBENTRY_TYPE, CODE, DESCRIPTION) VALUES (88,‘MAIL_VALIDATOR’,‘邮件验证’); CREATE TABLE R_JOBENTRY ( ID_JOBENTRY BIGINT NOT NULL PRIMARY KEY , ID_JOB INT , ID_JOBENTRY_TYPE INT , NAME VARCHAR(255) , DESCRIPTION MEDIUMTEXT ) ; CREATE TABLE R_JOBENTRY_COPY ( ID_JOBENTRY_COPY BIGINT NOT NULL PRIMARY KEY , ID_JOBENTRY INT , ID_JOB INT , ID_JOBENTRY_TYPE INT , NR INT , GUI_LOCATION_X INT , GUI_LOCATION_Y INT , GUI_DRAW BOOLEAN , PARALLEL BOOLEAN ) ; CREATE TABLE R_JOBENTRY_ATTRIBUTE ( ID_JOBENTRY_ATTRIBUTE BIGINT NOT NULL PRIMARY KEY , ID_JOB INT , ID_JOBENTRY INT , NR INT , CODE VARCHAR(255) , VALUE_NUM DOUBLE , VALUE_STR MEDIUMTEXT ) ; CREATE UNIQUE INDEX IDX_R_JOBENTRY_ATTRIBUTE_LOOKUP ON R_JOBENTRY_ATTRIBUTE(ID_JOBENTRY_ATTRIBUTE, CODE, NR) ; CREATE TABLE R_JOB_HOP ( ID_JOB_HOP BIGINT NOT NULL PRIMARY KEY , ID_JOB INT , ID_JOBENTRY_COPY_FROM INT , ID_JOBENTRY_COPY_TO INT , ENABLED BOOLEAN , EVALUATION BOOLEAN , UNCONDITIONAL BOOLEAN ) ; CREATE TABLE R_JOB_NOTE ( ID_JOB INT , ID_NOTE INT ) ; CREATE TABLE R_TRANS_LOCK ( ID_TRANS_LOCK BIGINT NOT NULL PRIMARY KEY , ID_TRANSFORMATION INT , ID_USER INT , LOCK_MESSAGE MEDIUMTEXT , LOCK_DATE DATETIME ) ; CREATE TABLE R_JOB_LOCK ( ID_JOB_LOCK BIGINT NOT NULL PRIMARY KEY , ID_JOB INT , ID_USER INT , LOCK_MESSAGE MEDIUMTEXT , LOCK_DATE DATETIME ) ; CREATE TABLE R_NAMESPACE ( ID_NAMESPACE BIGINT NOT NULL PRIMARY KEY , NAME MEDIUMTEXT ) ; CREATE TABLE R_ELEMENT_TYPE ( ID_ELEMENT_TYPE BIGINT NOT NULL PRIMARY KEY , ID_NAMESPACE INT , NAME MEDIUMTEXT , DESCRIPTION MEDIUMTEXT ) ; CREATE TABLE R_ELEMENT ( ID_ELEMENT BIGINT NOT NULL PRIMARY KEY , ID_ELEMENT_TYPE INT , NAME MEDIUMTEXT ) ; CREATE TABLE R_ELEMENT_ATTRIBUTE ( ID_ELEMENT_ATTRIBUTE BIGINT NOT NULL PRIMARY KEY , ID_ELEMENT INT , ID_ELEMENT_ATTRIBUTE_PARENT INT , ATTR_KEY VARCHAR(255) , ATTR_VALUE MEDIUMTEXT ) ; CREATE TABLE R_USER ( ID_USER BIGINT NOT NULL PRIMARY KEY , LOGIN VARCHAR(255) , PASSWORD VARCHAR(255) , NAME VARCHAR(255) , DESCRIPTION VARCHAR(255) , ENABLED BOOLEAN ) ; INSERT INTO R_USER(ID_USER, LOGIN, PASSWORD, NAME, DESCRIPTION, ENABLED) VALUES (1,‘admin’,‘2be98afc86aa7f2e4cb79ce71da9fa6d4’,‘Administrator’,‘User manager’,true); INSERT INTO R_USER(ID_USER, LOGIN, PASSWORD, NAME, DESCRIPTION, ENABLED) VALUES (2,‘guest’,‘2be98afc86aa7f2e4cb79ce77cb97bcce’,‘Guest account’,‘Read-only guest account’,true);