This scenario USES the GSDB database.
本场景使用DSADEMO数据库。
Navigate to the Tables folder under database GSDB.
浏览数据库gsdb下的Tables文件夹。
Follow these steps to create a sample database named GSDB.
遵循以下步骤创建一个名为GSDB的示例数据库。
Ensure the connection GSDB exists and is in the connected state.
确保存在连接GSDB，并且它处于已连接状态。
Click on Run to deploy the changes to the GSDB production database.
单击Run将修改部署到GSDB生产数据库中。
Erik now performs the following steps to back up the GSDB database.
Erik现在执行以下步骤备份GSDB数据库。
To copy the CUST table from GSDB to GSDBDEV, perform the following steps.
执行以下步骤就可以将GSDB的cust表复制到gsdbdev。
Click on the Object List TAB to show all the tables in the GSDB database.
单击objectList选项卡显示GSDB数据库中所有的表。
Make a connection to the GSDB database and navigate to the GOSALESCT schema.
连接GSDB数据库并导航到GOSALESCT模式。
This example USES GSDB and GS_DB_TEST, but you could also create a connection to SAMPLE.
这个示例使用GSDB和GS_DB_TEST，但是还可以创建到SAMPLE数据库的连接。
Once connected to the GSDB database, Erik wants to view the row count of selected tables.
连接到GSDB数据库后，Erik想查看选中的表中的行数。
To create a new change management script on the GSDB database, perform the following steps
执行以下步骤就可以在GSDB数据库上创建一个新的变更管理脚本
Click on the button Run... in the editor to deploy the commands against the database GSDB.
在编辑器中单击run…按钮，以GSDB数据库为基础部署命令。
Migrate the changes from the test database (GSDBDEV) back to the production database (GSDB).
将测试数据库(GSDBDEV)的修改移植到生产数据库(GSDB)。
You need to also use the sample database named GSDB. Follow these steps to create the database.
您还需要使用GSDB示例数据库。
One of his responsibilities is to create and maintain test database instances for GSDB developers.
他的职责之一是为GSDB开发人员创建和维护测试数据库实例。
From the data Source explorer, drill down to the tables in the GOSALES schema in the GSDB database.
从数据源资源管理器，下钻到GSDB数据库的GOSALES模式中的表。
From the data Source explorer, drill down to the tables in the GOSALESCT schema in the GSDB database.
从数据源资源管理器，下钻到GSDB数据库中的GOSALESCT模式中的表。
He has defined the data privacy masking rules and methods for the GSDB database that his developers use.
他为开发人员使用的GSDB数据库定义了数据隐私屏蔽规则和方法。
Roslyn associates the physical model from the imported project with her connection to the GSDB database.
Roslyn将来自导出项目的物理模型与GSDB数据库连接关联起来。
From the Data Source Explorer, drill down to any table in the GOSALES schema in GSDB, such as the PRODUCT table.
从数据源资源管理器中下钻到GSDB数据库的GOSALES模式中的任何表，比如product表。
Tom now associates the domain models with the specific columns in the physical data model that represent the GSDB schema.
现在，Tom将域模型与表示GSDB模式的物理数据模型中的特定列关联起来。
Before opening the file GSDB.changexml in the editor, ensure that the connection GSDB exists and is in the connected state.
在编辑器中打开GSDB .changexml文件之前，确保连接GSDB存在并且处于已连接状态。
Re-open the file GSDB. changexml, and then add a new column called PROMO_CODE of type INTEGER to the table GOSALESCT.CUST_ORD.
重新打开 GSDB.changexml文件，然后向 GOSALESCT.CUST_ORD表添加一个类型为INTEGER的新列 PROMO_CODE。
To help manage the changes from the GSDBDEV database into the production GSDB database, Erik creates a new change management script to hold his changes.
为了便于管理从GSDBDEV数据库到生产数据库gsdb的修改，Erik创建一个新的变更脚本来保存这些修改。
The changexml script file and the database model files are created in a new project called GSDB, and they can be accessed using the Data Project Explorer view.
changexml脚本文件并数据库模型文件是在新的GSDB项目中创建的，并且可以使用DataProjectExplorer视图来访问它们。
For the purposes of this article, let's assume Erik has done the necessary testing and feels the changes can be incorporated back into the production GSDB database.
根据本文的目的，让我们假定erik已经完成了必要的测试，并认为所作的修改可以合并回到生产数据库gsdb上。
Tom knows that the GSDB application performs validation on the credit card number, and he wants to ensure that the application logic will correctly identify the randomly generated credit card Numbers.
Tom知道GSDB应用程序对信用卡号执行验证，所以他想要确保应用程序的逻辑能够正确识别随机生成的信用卡号。
Tom knows that the GSDB application performs validation on the credit card number, and he wants to ensure that the application logic will correctly identify the randomly generated credit card Numbers.
Tom知道GSDB应用程序对信用卡号执行验证，所以他想要确保应用程序的逻辑能够正确识别随机生成的信用卡号。
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