版本控制数据库的另一种选择是使用版本控制数据库，现在有几个这样的数据库。

https://www.dolthub.com/blog/2021-09-17-database-version-control/

这些产品没有在其他类型的数据库上应用版本控制——它们是自己的数据库引擎，支持版本控制操作。因此，您需要迁移到它们，或者在它们的基础上开始构建。

我编写了其中一个，DoltDB，它结合了MySQL和Git的接口。看看这里:

https://github.com/dolthub/dolt

在VS 2010中，使用数据库项目。

脚本化数据库 对脚本或直接进行更改 您的db服务器 使用数据>同步 模式比较

使一个完美的DB版本解决方案，并使同步DB的微风。

我同意ESV的答案，正是出于这个原因，我开始了一个小项目，以帮助维护一个非常简单的文件中的数据库更新，然后可以在一个很长的源代码之外进行维护。它允许对开发人员以及UAT和生产进行轻松的更新。该工具适用于SQL Server和MySQL。

项目的一些特点:

允许模式更改 允许值树填充 允许单独的测试数据插入，例如。UAT 允许回滚选项(不是自动的) 维护对SQL server和MySQL的支持 有能力导入现有的数据库到版本控制与一个简单的命令(SQL server仅…仍在开发MySQL)

请查看代码以获得更多信息。

Red Gate的SQL Compare产品不仅允许您进行对象级比较，并从中生成更改脚本，还允许您将数据库对象导出到按对象类型组织的文件夹层次结构中，其中一个[objectname]。这些目录中每个对象的SQL创建脚本。对象类型层次结构是这样的:

\功能 \安全 \安全\角色 \ \安全模式 \安全\用户 \存储过程 \表

如果在进行更改后将脚本转储到相同的根目录，则可以使用此目录更新SVN repo，并单独保存每个对象的运行历史记录。

每个推荐RedGate工具的人都要加1分，还有额外的建议和警告。

SqlCompare also has a decently documented API: so you can, for instance, write a console app which syncs your source controlled scripts folder with a CI integration testing database on checkin, so that when someone checks in a change to the schema from their scripts folder it's automatically deployed along with the matching application code change. This helps close the gap with developers who are forgetful about propagating changes in their local db up to a shared development DB (about half of us, I think :) ).

A caveat is that with a scripted solution or otherwise, the RedGate tools are sufficiently smooth that it's easy to forget about SQL realities underlying the abstraction. If you rename all the columns in a table, SqlCompare has no way to map the old columns to the new columns and will drop all the data in the table. It will generate warnings but I've seen people click past that. There's a general point here worth making, I think, that you can only automate DB versioning and upgrade so far - the abstractions are very leaky.

为了更快地将数据转储到源代码控制系统，您可以使用sysobjects中的版本信息来查看自上次以来哪些对象发生了更改。

设置:在每个数据库中增量地创建一个表，以保存上次检查时的版本信息(第一次运行时为空)。如果要重新扫描整个数据结构，请清除此表。

IF ISNULL(OBJECT_ID('last_run_sysversions'), 0) <> 0 DROP TABLE last_run_sysversions
CREATE TABLE last_run_sysversions (
    name varchar(128), 
    id int, base_schema_ver int,
    schema_ver int,
    type char(2)
)

正常运行模式:您可以从此sql中获取结果，并为您感兴趣的sql脚本生成sql脚本，并将它们放入您选择的源代码控制中。

IF ISNULL(OBJECT_ID('tempdb.dbo.#tmp'), 0) <> 0 DROP TABLE #tmp
CREATE TABLE #tmp (
    name varchar(128), 
    id int, base_schema_ver int,
    schema_ver int,
    type char(2)
)

SET NOCOUNT ON

-- Insert the values from the end of the last run into #tmp
INSERT #tmp (name, id, base_schema_ver, schema_ver, type) 
SELECT name, id, base_schema_ver, schema_ver, type FROM last_run_sysversions

DELETE last_run_sysversions
INSERT last_run_sysversions (name, id, base_schema_ver, schema_ver, type)
SELECT name, id, base_schema_ver, schema_ver, type FROM sysobjects

-- This next bit lists all differences to scripts.
SET NOCOUNT OFF

--Renamed.
SELECT 'renamed' AS ChangeType, t.name, o.name AS extra_info, 1 AS Priority
FROM sysobjects o INNER JOIN #tmp t ON o.id = t.id
WHERE o.name <> t.name /*COLLATE*/
AND o.type IN ('TR', 'P' ,'U' ,'V')
UNION 

--Changed (using alter)
SELECT 'changed' AS ChangeType, o.name /*COLLATE*/, 
       'altered' AS extra_info, 2 AS Priority
FROM sysobjects o INNER JOIN #tmp t ON o.id = t.id 
WHERE (
   o.base_schema_ver <> t.base_schema_ver
OR o.schema_ver      <> t.schema_ver
)
AND  o.type IN ('TR', 'P' ,'U' ,'V')
AND  o.name NOT IN ( SELECT oi.name 
         FROM sysobjects oi INNER JOIN #tmp ti ON oi.id = ti.id
         WHERE oi.name <> ti.name /*COLLATE*/
         AND oi.type IN ('TR', 'P' ,'U' ,'V')) 
UNION

--Changed (actually dropped and recreated [but not renamed])
SELECT 'changed' AS ChangeType, t.name, 'dropped' AS extra_info, 2 AS Priority
FROM #tmp t
WHERE    t.name IN ( SELECT ti.name /*COLLATE*/ FROM #tmp ti
         WHERE NOT EXISTS (SELECT * FROM sysobjects oi
                           WHERE oi.id = ti.id))
AND  t.name IN ( SELECT oi.name /*COLLATE*/ FROM sysobjects oi
         WHERE NOT EXISTS (SELECT * FROM #tmp ti
                           WHERE oi.id = ti.id)
         AND   oi.type  IN ('TR', 'P' ,'U' ,'V'))
UNION

--Deleted
SELECT 'deleted' AS ChangeType, t.name, '' AS extra_info, 0 AS Priority
FROM #tmp t
WHERE NOT EXISTS (SELECT * FROM sysobjects o
                  WHERE o.id = t.id)
AND t.name NOT IN (  SELECT oi.name /*COLLATE*/ FROM sysobjects oi
         WHERE NOT EXISTS (SELECT * FROM #tmp ti
                           WHERE oi.id = ti.id)
         AND   oi.type  IN ('TR', 'P' ,'U' ,'V'))
UNION

--Added
SELECT 'added' AS ChangeType, o.name /*COLLATE*/, '' AS extra_info, 4 AS Priority
FROM sysobjects o
WHERE NOT EXISTS (SELECT * FROM #tmp t
                  WHERE o.id = t.id)
AND      o.type  IN ('TR', 'P' ,'U' ,'V')
AND  o.name NOT IN ( SELECT ti.name /*COLLATE*/ FROM #tmp ti
         WHERE NOT EXISTS (SELECT * FROM sysobjects oi
                           WHERE oi.id = ti.id))
ORDER BY Priority ASC

注意:如果在任何数据库中使用非标准排序规则，则需要将/* COLLATE */替换为数据库排序规则。即COLLATE Latin1_General_CI_AI