曾经想实现Log Explorer for sql Server的功能，利用ldf里面的日志来还原误删除的数据
以下为译文：http://raresql.com/2011/10/22/how-to-recover-deleted-data-from-sql-sever/
在我使用sqlSERVER的这些年里面，大部分人都会问我一个问题：“能不能恢复被删除的数据？？”
现在，从sqlSERVER2005 或以上版本能很容易能够恢复被删除的数据
（注意：这个脚本能恢复下面的数据类型的数据 而且兼容CS 排序规则）
- image
- text
- uniqueidentifier
- tinyint
- smallint
- int
- smalldatetime
- real
- money
- datetime
- float
- sql_variant
- ntext
- bit
- decimal
- numeric
- smallmoney
- bigint
- varbinary
- varchar
- binary
- char
- timestamp
- nvarchar
- nchar
- xml
- sysname
让我来用demo来解释一下我是怎么做到的
现在你需要创建一个存储过程来恢复你的数据
Script Name: Recover_Deleted_Data_Proc -- Script Type : Recovery Procedure Develop By: Muhammad Imran Date Created: 15 Oct 2011 Modify Date: 22 Aug 2012 Version : 3.1 Notes : Included BLOB data types for recovery.& Compatibile with Default,CS collation,arabic_CI_AS. PROCEDURE Recover_Deleted_Data_Proc @Database_Name NVARCHAR(MAX),@SchemaName_n_TableName @Date_From DATETIME = 1900/01/01',0)">@Date_To 9999/12/31AS DECLARE @RowLogContents VARBINARY(8000) @TransactionID MAX) @AllocUnitID BIGINT @AllocUnitName @sql @Compatibility_Level INT SELECT @Compatibility_Level = dtb.compatibility_level FROM master.sys.databases AS dtb WHERE dtb.name = @Database_Name IF ISNULL(@Compatibility_Level,0)">0) <= 80 BEGIN RAISERROR(The compatibility level should be equal to or greater sql SERVER 2005 (90)',0)">16,0)">1) RETURN END IF ( COUNT(*) FROM informatION_SCHEMA.TABLES WHERE TABLE_SCHEMA] + .' TABLE_NAME@SchemaName_n_TableName ) = 0 Could not found the table in the defined database@bitTable TABLE ( ID] INT,0)">BitvalueINT ) Create table to set the bit position of one byte. INSERT INTO @bitTable SELECT 0,2 UNION ALL 1,0)">2,0)">4 3,0)">8 4,0)">16 5,0)">32 6,0)">64 7,0)">128 Create table to collect the row data. @DeletedRecords Row IDINT 1),0)">RowLogContents8000),0)">AllocUnitIDBIGINT,0)">Transaction IDFixedLengthDataSMALLINT,0)">TotalNoOfColsNullBitMapLengthNullBytesTotalNoofVarColsColumnOffsetArrayVarColumnStartSlot IDNullBitMapVARCHAR(MAX) ) Create a common table expression to get all the row data plus how many bytes we have for each row. ; WITH RowData AS ( SELECT RowLog Contents 0AS ],0)">] [Fixed Length Data] = Substring (RowLog content 0,Status Bit A+ Status Bit B + 1,2 bytes) ,255)">CONVERT(SMALLINT,BINARY(2),255)">REVERSE(SUBSTRING(2 + 2)))) ] @FixedLengthData [TotalnoOfCols] = Substring (RowLog content 0,[Fixed Length Data] + 1,255)">INT,0)">2)))) ] [NullBitMapLength]=ceiling([Total No of Columns] /8.0) ,255)">CEILING(/ 8.0)) ] [Null Bytes] = Substring (RowLog content 0,Status Bit A+ Status Bit B + [Fixed Length Data] +1,[NullBitMapLength] ) ,0)">8.0))) [TotalNoofVarCols] = Substring (RowLog content 0,[Null Bitmap length] + 2 ) ,( CASE WHEN ],128)">IN ( 0x10,0)">0x30,0)">0x70 ) THEN 3 8.0)),0)">2)))) ELSE NULL END ) [ColumnOffsetArray]= Substring (RowLog content 0,[Null Bitmap length] + 2,[TotalNoofVarCols]*2 ) ,0)">3 8.0)) IN ( 0x10,0)">0x70 ) 2)))) NULL END ) * 2) Variable column Start = Status Bit A+ Status Bit B + [Fixed Length Data] + [Null Bitmap length] + 2+([TotalNoofVarCols]*2) ,128)">IN ( 0x70 ) THEN ( 4 8.0)) + ( ( 0x70 ) 2)))) NULL 2 ) ) NULL END ] FROM sys.fn_dblog(NULL,NULL) WHERE AllocUnitId IN ( SELECT Allocation_unit_id] FROM sys.allocation_units allocunits INNER JOIN sys.partitions partitions ON ( allocunits.type IN ( 3 ) AND partitions.hobt_id = allocunits.container_id ) OR ( allocunits.type 2 AND partitions.partition_id = allocunits.container_id ) WHERE object_id OBJECT_ID('' + @SchemaName_n_TableName '') ) AND Context IN ( LCX_MARK_AS_GHOSTLCX_HEAP' ) AND Operation LOP_DELETE_ROWSAND 0x70 ) /*Use this subquery to filter the date*/ TRANSACTION IDSELECT disTINCT FROM sys.fn_dblog(NULL) WHERE Context LCX_NULL' ) LOP_BEGIN_XACTTransaction NameDELETEuser_transactionNVARCHAR(11),0)">Begin Time]) BETWEEN @Date_From AND @Date_To ) ),128)">Use this technique to repeate the row till the no of bytes of the row. N1 ( n ) SELECT 1 ALL 1 ),N2 ( n ) FROM N1 AS X,N1 AS Y ),N3 ( n ) FROM N2 SELECT ROW_NUMBER() OVER ( ORDER BY X.n ) FROM N3 AS Y ) @DeletedRecords SELECT RowLogContents,0)">] -Get the Null value against each column (1 means null zero means not null) ,128)">= ( REPLACE(STUFF(( SELECT ,0)">' + ( CASE 0 1),( SUBSTRING(NullBytes,n,128)">% 2 )) ELSE 1) / ] ) as [nullBitMap] FROM N4 AS Nums JOIN RowData AS C ON n <= NullBitMapLength CROSS JOIN @bitTable WHERE C.= D.] BY ASC FOR XML PATH('') ),0)">''),0)">'') ) FROM RowData D FROM @DeletedRecords ) There is no data in the log as per the search criteria@ColumnNameAndData RowlogcontentsVARBINARY(] SYSNAME,0)">nullbitleaf_offsetlengthsystem_type_idtinyint,0)">bitposxprecxscaleis_nullColumn value SizeColumn Lengthhex_ValueUpdateINT ) Create common table expression and join it with the rowdata table to get each column details /*This part is for variable data columns*/ @RowLogContents,128)">(col.columnOffValue - col.columnLength) + 1,128)">col.columnLength) @ColumnNameAndData AS nullbit,leaf_offset,255)">ISNULL(syscolumns.length,cols.max_length) stem_type_id,cols.leaf_bit_position AS bitpos,255)">ISNULL(syscolumns.xprec,cols.precision) AS xprec,255)">ISNULL(syscolumns.xscale,cols.scale) AS xscale,0)">nullBitMap1) AS is_null,255)">WHEN leaf_offset < 1 0 * leaf_offset -1 ) - > 30000 2)))) - POWER(2,0)">15) 2)))) END ) 30000 ISNULL(NULLIF(* ( ( leaf_offset 1 ) ) 2)))),0)">0),0)">varColumnStartSystem_type_idIN ( 35,0)">34,0)">99 ) THEN 16 ELSE 24 END ) 24 2)))) ]) ) 15) ]) 1 THEN NULL SUBSTRING(Rowlogcontents,( ( 30000 2)))) 15) 2)))) END ) - ( 30000 30000 99 ) 16 24 24 2)))) ]) 15) ]) END ) ) 30000 30000 99 ) 16 24 24 ABS(])) 15) 2)))) ]) END )) AS hex_Value,0)">0 FROM @DeletedRecords A JOIN sys.allocation_units allocunits ON A.AllocUnitId= allocunits.Allocation_Unit_Id] = allocunits.container_id ) = allocunits.container_id ) JOIN sys.system_internals_partition_columns cols ON cols.partition_id = partitions.partition_id LEFT OUTER JOIN syscolumns ON syscolumns.id = partitions.object_id AND syscolumns.colid = cols.partition_column_id WHERE leaf_offset UNION This part is for fixed data columns*/ TOP 1 SUM(WHEN C.leaf_offset 1 THEN max_length 0 END),0)">0) FROM sys.system_internals_partition_columns C WHERE cols.partition_id = C.partition_id AND C.leaf_null_bit < cols.leaf_null_bit ) 5 1 NULL 1 1 AND C.leaf_bit_position THEN max_length 0) FROM sys.system_internals_partition_columns C = C.partition_id < cols.leaf_null_bit ) BY nullbit @BitColumnByte AS INT @BitColumnByte *) 8.0)) @ColumnNameAndData System_Type_id104; WITH N1 ( n ) SELECT RowLogContents,0)">BitMapSUBSTRING(( SUBSTRING(hex_Value,128)">as [nullBitMap] FROM N4 @ColumnNameAndData <= @BitColumnByte 104 AND bitpos @bitTable ] ASC FOR XML PATH('') ),0)">''),0)">'') ),bitpos 1))) FROM @ColumnNameAndData D WHERE 104 ) UPDATE A SET ] @ColumnNameAndData A JOIN CTE B = B.] AND A.] *************Check for BLOB DATA TYPES******************************/ @Fileid @Pageid @Slotid @CurrentLSN @LinkID @Context VARCHAR(50) @ConsolidatedPageID @LCX_TEXT_MIX MAX) @temppagedata ParentObjectObjectFieldValue] SYSNAME ) @pagedata Page IDFile IDSPage IDS@ModifiedRawData PAGE IDFILE IDSPAGE IDSRowLog Contents 0_varRowLog Length50),0)">RowLog LenLink IDINT DEFAULT ( 0 ),255)">INT ) DECLARE Page_Data_Cursor CURSOR FOR We need to filter LOP_MODIFY_ROW,LOP_MODIFY_COLUMNS from log for deleted records of BLOB data type& Get its Slot No,Page ID & AllocUnit IDLTRIM(RTRIM(DescriptionDeallocated''))) NULL NULL) WHERE AllocUnitId IN ( FROM sys.allocation_units allocunits '' @SchemaName_n_TableName '') ) LOP_MODIFY_ROW' ) ContextLCX_PFSAND Description LIKE %Deallocated%' */ disTINCT NULL) ' @Date_To ) GROUP UNION 15,255)">LEN(])) 7,0)">2)),Context ,CAST(RIGHT([Current LSN],4) AS INT) AS [Current LSN] LCX_TEXT_MIX' ) @Date_To ) ***************************************/ OPEN Page_Data_Cursor FETCH NEXT FROM Page_Data_Cursor @ConsolidatedPageID,0)">@Slotid,0)">@AllocUnitID,0)">@LCX_TEXT_MIX,0)">@LinkID,0)">@Context WHILE @@FETCH_STATUS @hex_pageid MAX) Page ID contains File Number and page number It looks like 0001:00000130. In this example 0001 is file Number & 00000130 is Page Number & These numbers are in Hex formatSET @Fileid SUBSTRING(CHARINDEX(:@ConsolidatedPageID)) Seperate File ID from Page ID @hex_pageid 0x@ConsolidatedPageID,0)">@ConsolidatedPageID) LEN(@ConsolidatedPageID)) -Seperate the page ID @Pageid CAST('' AS XML).value(xs:hexBinary(substring(sql:variable("@hex_pageid"),sql:column("t.pos")) )varbinary(max)')) Convert Page ID from hex to integer FROM ( SELECT CASE @hex_pageid,0)">2) ' 3 0 END ) AS t ( pos ) IF @Context ' BEGIN DELETE @temppagedata @temppagedata EXEC ( DBCC PAGE(@DataBase_Name ' @fileid @pageid ' ); @pagedata @fileid,0)">@pageid,0)">@AllocUnitID,0)">@temppagedata END ELSE ' BEGIN @ModifiedRawData VARBINARY,0)">@LCX_TEXT_MIX,0)">11,0)">2)))),0)">@LinkID,0)">0 END @Context END CLOSE Page_Data_Cursor DEALLOCATE Page_Data_Cursor @Newhexstring MAX); The data is in multiple rows in the page,so we need to convert it into one row as a single hex value. This hex value is in string format @ModifiedRawData ( ] ) SlotOffset]) 4 ) ) 2) SUBSTRING(( †]) ])),0)">'') FROM @pagedata C WHERE B.= C.] SUBSTRING(B.4 ) )) SUBSTRING(C.4 ) )) %Memory Dump%' LEFT(1) FOR XML PATH('') ),0)">' '') ),0)">20000) ' '') FROM @pagedata C WHERE B.' 1) FOR XML PATH('') ),0)">4) Length] @pagedata B ]] UPDATE @ModifiedRawData 8000),0)">xs:hexBinary(substring(sql:column("[RowLog Length]"),0))varbinary(Max)'))) LINK ID0 xs:hexBinary(substring(sql:column("[RowLog Contents 0_var]"),0)">') UPDATE B SET B.WHEN A.IS NULL AND C.NULL THEN A.] + C.] IS THEN C.] END ),255)">ISNULL(B.1 @ModifiedRawData B @ModifiedRawData A MAX),0)">15 14,0)">19 ] @ModifiedRawData C ON C.27 31 ] WHERE ( A.NULL OR C.NULL ) END ) <> B.] AND B.0 0 NULL ) >= 8000 15,0)">]) 6))))) ] @ColumnNameAndData A @ModifiedRawData B hex_value17,0)">4)))) ] 9,0)">2)) System_Type_Id99,0)">167,0)">175,0)">231,0)">239,0)">241,0)">165,0)">98 ) <> 0 WHEN B.NULL NULL THEN B.] ] @ColumnNameAndData A 5,128)">AND ( B.NULL NULL ) 3,0)">99 ) 0 0xFFFE ])) 241 #temp_Data] ( FieldNameFieldValueINTO #temp_Data SELECT NAME,255)">WHEN system_type_id 239 ) NVARCHAR,NCHAR 175 ) VARCHAR,CHAR 35 ) Text 99 ) nText 48 tinyint,255)">REVERSE(hex_Value)))) TINY INTEGER 52 SMALL INTEGER 56 4),128)"> INTEGER 127 BIGINT,0)">8),255)">REVERSE(hex_Value)))) BIG INTEGER 61 DATETIME,255)">REVERSE(hex_Value))),0)">100) DATETIME 58 SMALLDATETIME,128)">SMALL DATETIME 108 CONVERT(NUMERIC(38,0)">20),xprec) + hex_Value)) - NUMERIC 106 DECIMAL(- DECIMAL 60,0)">122 ) MONEY,128)">MONEY,SMALLMONEY 104 CONVERT (BIT,hex_Value) 2)) BIT 62 STR(FLOAT,255)">SIGN(REVERSE(hex_Value)) BIGINT)) * ( 1.0 BIGINT) & 0x000FFFFFFFFFFFFF ) * POWER(CAST(2 FLOAT),0)">52) ) BIGINT) 0x7ff0000000000000 ) EXP(52 LOG(2)) 1023 ))),0)">53,255)">LEN(hex_Value)))) - FLOAT 59 BIGINT)) 1.0 BIGINT) 0x007FFFFF ) REAL),0)">23) ) REAL),( ( ( INT) ) 0x7f800000 ) 23 2)) 127 )) 23,0)">23)),0)">8) Real 173 ) CHARINDEX(0x,0)">xs:hexBinary(sql:column("hex_Value"))VARBINARY(8000)')) 0 ' '' varchar(max)') BINARY,VARBINARY 34 ') IMAGE 36 UNIQUEIDENTIFIER,hex_Value)) UNIQUEIDENTIFIER 231 CONVERT(SYSNAME,128)">SYSNAME 241 CONVERT(XML,128)">XML 189 TIMESTAMP 98 SUBSTRING(hex_Value,0)">1)) 56 LEN(hex_Value)))))) INTEGER 108 38,0)">1)) 4,0)">0) - NUMERIC 167 9,255)">LEN(hex_Value))))) 36 SUBSTRING(( hex_Value ),0)">20))) UNIQUEIDENTIFIER 61 LEN(hex_Value))))),128)">DATETIME 165 ' 0 ' '' END ) '),255)">LEN(hex_Value)) END ) AS FieldValue,255)">BY nullbit Create the column name in the same order to do pivot table. @FieldName @FieldName ' QUOTENAME(Name]) MAX)) FROM syscolumns WHERE id '' @SchemaName_n_TableName '') FOR XML PATH('') ),0)">'') Finally did pivot table and get the data back in the same format. @sql SELECT @FieldName FROM #temp_Data PIVOT (Min([FieldValue]) FOR FieldName IN (' )) AS pvt' EXEC sp_executesql @sql GO
恢复你的数据
恢复数据，不加时间段条件 参数：数据库名，表名EXAMPLE #1 : FOR ALL DELETED RECORDS
EXEC Recover_Deleted_Data_Proc 'dbo.恢复数据，加时间段条件EXAMPLE #2 : FOR ANY SPECIFIC DATE RANGE
2014-04-23'
dbo.aaGO
解释
究竟他是如何工作的?让我们来一步一步来,这个过程涉及到7个步骤:
步骤1:
我们需要获得sqlSERVER删除的数据记录.使用标准sqlSERVER函数fn_dblog，我们能够容易的获得事务日志记录（包括
已删的数据。不过，我们只需要事务日志中选中的被删数据，所以我们的过滤条件需要包含3个字段 Context,Operation & AllocUnitName）
We need to get the deleted records from sql server. By using the standard sql Server function fn_blog,we can easily get all transaction log (Including deleted data. But,we need only the selected deleted records from the transaction log. So we included three filters (Context,Operation,AllocUnitName).
- Context (‘LCX_MARK_AS_GHOST’and ‘LCX_HEAP’)
- Operation (‘LOP_DELETE_ROWS’)
- AllocUnitName(‘dbo.aa’) –- Schema + table Name
Context可以说明是堆表还是聚集表
Operation：删除操作
AllocUnitName：分配单元名称，表名
NULL)
WHERE AllocUnitName ' )
' )
这个查询会返回不同列的信息，但是我们只需要选择[RowLog Contents 0]列，去获得被删除的数据的内容
RowLog content 0列的内容类似于这样
“0x300018000100000000000000006B0000564920205900000
00500E001002800426F62206A65727279″
步骤2:
现在，我们已经删除了数据，这些数据以hex码的形式放在事务日志里，这些hex码是有规律的，我们根据这些规律可以很容易恢复这些数据。
不过在恢复这些数据之前，我们需要理解这些格式。这些格式在KalenDelaney’s sql Internal’s book.的书里面有讲解
- 1 Byte : Status Bit A
- 1 Byte : Status Bit B
- 2 Bytes : Fixed length size
- n Bytes : Fixed length data
- 2 Bytes : Total Number of Columns
- n Bytes : NULL Bitmap (1 bit for each column as 1 indicates that the column is null and 0 indicate that the column is not null)
- 2 Bytes : Number of variable-length columns
- n Bytes : Column offset array (2x variable length column)
- n Bytes : Data for variable length columns
所以,hex码的“RowLog content 0″列的内容就等价于
“Status Bit A +Status Bit B +Fixed length size +Fixed length data +Total Number of Columns +NULL Bitmap +Number of variable-length columns +NULL Bitmap+Number of variable-length columns +Column offset array +Data for variable length columns.”
更详细的可以参考：SQL Server2008存储结构之堆表、行溢出
关于数据行的结构我们还可以采用稍微宏观一些的视角来查看。
步骤3:
现在，我们需要解剖RowLog Content o列的内容（我们删除的数据的Hex码），利用上面的数据行的结构
- [Fixed Length Data] = Substring (RowLog content 0, Status Bit A+Status Bit B + 1,2 bytes)
- [Total No of Columns]= Substring (RowLog content 0, [Fixed Length Data] + 1,2 bytes)
- [Null Bitmap length] = Ceiling ([Total No of Columns]/8.0)
- [Null Bytes]= Substring (RowLog content 0,0)">Status Bit A+ Status Bit B +[Fixed Length Data] +1, [Null Bitmap length] )
- Total no of variable columns = Substring (RowLog content 0,0)"> Status Bit A+ Status Bit B + [Fixed Length Data] +1, [Null Bitmap length] + 2 )
- Column Offset Array= Substring (RowLog content 0, [Null Bitmap length] + 2, Total no of variable columns*2 )
- Variable Column Start = Status Bit B + [Fixed Length Data] + [Null Bitmap length] + 2+( Total no of variable columns*2)
步骤4:
现在我们已经将hex码切开了(0x300008000100000002000001001300604F7D59),所以,我们能找到删除的行的某列的数据是否为null值
根据NULL位图。为了完成将NULL Bytes的hex码转换为二进制格式（正如之前讨论的，1表示行中对应的那一列为null，而0则表示对应的列有实际的数据）
如果还不是明白的童鞋可以看一下我写的这篇文章：《SQLSERVER中NULL位图的作用》
步骤5:
现在，我们已经做了初步的数据分割 (Step-3) 和null值判断(Step-4) 。然后我们需要使用代码片段去获得列数据，例如：列名，列大小，精度，范围
和最重要的叶子的null位（确保列数据是固定长度的（<=-1表示可变长度）或者固定长度的（>=1））
使用下面的sql语句
*
FROM sys.allocation_units allocunits
3 )
= allocunits.container_id
)
2
= allocunits.container_id
)
= partitions.partition_id
object_id
= cols.partition_column_id
与(Step-1,2,3,4) 获得的数据表做join连接，根据allocunits.[Allocation_Unit_Id]。
现在我们知道表和表中的数据信息，那么我们需要利用这些数据去将 [RowLog Contents 0] 列里的hex码的数据插入到表中的相应列
现在我们需要关心每一列的数据究竟是固定长度的还是可变长度的
步骤6:
我们收集了每列的hex格式的数据。现在我们需要利用[System_type_id]去转换这些数据回去正确的数据类型
每一种数据类型都有不同的数据类型转换机制。
IN (239) THEN max),hex_Value)))
175) max),255)">REPLACE(hex_Value,0)">0x00,0)">0x20))))
TINY INTEGER
48 REVERSE (hex_Value))))
SMALL INTEGER
52 INTEGER
56 REVERSE(hex_Value))))
BIG INTEGER
127 DATETIME
61 Then Max),255)">Convert(REVERSE (hex_Value))),0)">100)
SMALL DATETIME
=58 SMALL DATETIME
- NUMERIC
108 18,0)">14),xprec)++ hex_Value) as FLOAT))
In(122) Reverse(hex_Value))),0)">2)
- DECIMAL
106 Decimal(34),128)"> BIT
104 %2))
- FLOAT
62 Str(Reverse(hex_Value)) BIGINT)) * (1.0 + (BIGINT) 0x000FFFFFFFFFFFFF) FLOAT),0)">52)) 0x7ff0000000000000) 2))1023))),0)">53,255)">LEN(hex_Value))))
REAL
When system_type_id 59 THEN Left(Cast(BIGINT))0x007FFFFF) Real),0)">23)) INT) )0x7f800000)127))23,0)">8)
BINARY,VARBINARY
In (173) THEN (Charindex(0x,255)">cast(xs:hexBinary(sql:column("hex_value"))0 END) ')
UNIQUEIDENTIFIER
36
我的测试
步骤7:
最终我们做一个数据透视表，你会看到最后的结果：被删的数据回来了！
注意：这些数据只是展示出来并没有自动插入回表中，你需要将这些数据重新插入回去表中！
我的测试
经过测试，作者写的这个存储过程还是有些问题
如果你创建的测试表的数据类型有xml或者是一些text数据类型的字段会有报错
Msg 537,255)">Level Procedure Recover_Deleted_Data_Proc,Line 525 Invalid length parameter passed to the or SUBSTRING function. Msg 9420,0)">651 XML parsing: line character gal xml character
但是一般的数据类型则不会，例如nvarchar这些
还有不要在存储过程的最后加
Recover the deleted data without date range
dbo.Test_TableRecover the deleted data it with date range
2012-06-012012-06-30 否则会报错
总结
消息 50000，级别 16，状态 1，过程 Recover_Deleted_Data_Proc，第 290 行 There is no data in the log as per the search criteria
总结
实际上这个存储过程还是挺有研究意义的，对于想做一个跟Log Explorer for sql Server软件功能差不多的软件出来
还是有可能的，跟着作者的思路，一步一步实现
苦于最近太忙，先分享出来，以后再研究这个存储过程了~
如有不对的地方，欢迎大家拍砖o(∩_∩)o
支持date类型 感谢园友 dwchaoyue
sssdbo.testdaterecover2014-10-23DROP TABLE testdaterecover TABLE testdaterecover(dd DATE,cc DATETIME) INSERT INTO testdaterecoverddccVALUES ( GETDATE(),128)"> dd - date GETDATE() cc - datetime ) 120) FROM ] DELETE ] 121) DATETIME
