SELECT convert(varchar, getdate(), 100) -- mon dd yyyy hh:mmAM
SELECT convert(varchar, getdate(), 101) -- mm/dd/yyyy – 10/02/2008
SELECT convert(varchar, getdate(), 102) -- yyyy.mm.dd – 2008.10.02
SELECT convert(varchar, getdate(), 103) -- dd/mm/yyyy
SELECT convert(varchar, getdate(), 104) -- dd.mm.yyyy
SELECT convert(varchar, getdate(), 105) -- dd-mm-yyyy
SELECT convert(varchar, getdate(), 106) -- dd mon yyyy
SELECT convert(varchar, getdate(), 107) -- mon dd, yyyy
SELECT convert(varchar, getdate(), 108) -- hh:mm:ss
SELECT convert(varchar, getdate(), 109) -- mon dd yyyy hh:mm:ss:mmmAM (or PM)
SELECT convert(varchar, getdate(), 110) -- mm-dd-yyyy
SELECT convert(varchar, getdate(), 111) -- yyyy/mm/dd
SELECT convert(varchar, getdate(), 112) -- yyyymmdd
SELECT convert(varchar, getdate(), 113) -- dd mon yyyy hh:mm:ss:mmm
SELECT convert(varchar, getdate(), 114) -- hh:mm:ss:mmm(24h)
SELECT convert(varchar, getdate(), 120) -- yyyy-mm-dd hh:mm:ss(24h)
SELECT convert(varchar, getdate(), 121) -- yyyy-mm-dd hh:mm:ss.mmm
SELECT convert(varchar, getdate(), 126) -- yyyy-mm-ddThh:mm:ss.mmm
Friday, 27 July 2018
SQL Server Date Format conversion
Wednesday, 18 April 2018
appcmd - to list sites using wildcard mapping
You can use wildcard characters with appcmd using the following syntax:
appcmd list apppool /name:"$=*2007"
This command will list all application pools with a name ending in "2007". Using a variation on the same method, you can find all application pools running under the identify of users in a particular domain.
appcmd list apppool /processModel.userName:"$=MyDomain\*"
This will list all application pools with running with an identity of users in the "MyDomain" domain.
appcmd list site /name:"$=*cdo*"
This will list all sites with a name having "cdo".
Tip: You can find out all of the attributes that can be used with appcmd by querying for help after using an attribute. For example:
appcmd list apppools /name:DefaultAppPool -?
ERROR ( message:-name
-queueLength
-autoStart
-enable32BitAppOnWin64
-managedRuntimeVersion
-enableConfigurationOverride
-managedPipelineMode
-passAnonymousToken
-processModel.identityType
-processModel.userName
-processModel.password
-processModel.loadUserProfile
-processModel.manualGroupMembership
-processModel.idleTimeout
-processModel.maxProcesses
-processModel.shutdownTimeLimit
-processModel.startupTimeLimit
-processModel.pingingEnabled
-processModel.pingInterval
-processModel.pingResponseTime
-recycling.disallowOverlappingRotation
-recycling.disallowRotationOnConfigChange
-recycling.logEventOnRecycle
-recycling.periodicRestart.memory
-recycling.periodicRestart.privateMemory
-recycling.periodicRestart.requests
-recycling.periodicRestart.time
-recycling.periodicRestart.schedule.[value='timespan'].value
-failure.loadBalancerCapabilities
-failure.orphanWorkerProcess
-failure.orphanActionExe
-failure.orphanActionParams
-failure.rapidFailProtection
-failure.rapidFailProtectionInterval
-failure.rapidFailProtectionMaxCrashes
-failure.autoShutdownExe
-failure.autoShutdownParams
-cpu.limit
-cpu.action
-cpu.resetInterval
-cpu.smpAffinitized
-cpu.smpProcessorAffinityMask
-cpu.smpProcessorAffinityMask2
)
-queueLength
-autoStart
-enable32BitAppOnWin64
-managedRuntimeVersion
-enableConfigurationOverride
-managedPipelineMode
-passAnonymousToken
-processModel.identityType
-processModel.userName
-processModel.password
-processModel.loadUserProfile
-processModel.manualGroupMembership
-processModel.idleTimeout
-processModel.maxProcesses
-processModel.shutdownTimeLimit
-processModel.startupTimeLimit
-processModel.pingingEnabled
-processModel.pingInterval
-processModel.pingResponseTime
-recycling.disallowOverlappingRotation
-recycling.disallowRotationOnConfigChange
-recycling.logEventOnRecycle
-recycling.periodicRestart.memory
-recycling.periodicRestart.privateMemory
-recycling.periodicRestart.requests
-recycling.periodicRestart.time
-recycling.periodicRestart.schedule.[value='timespan'].value
-failure.loadBalancerCapabilities
-failure.orphanWorkerProcess
-failure.orphanActionExe
-failure.orphanActionParams
-failure.rapidFailProtection
-failure.rapidFailProtectionInterval
-failure.rapidFailProtectionMaxCrashes
-failure.autoShutdownExe
-failure.autoShutdownParams
-cpu.limit
-cpu.action
-cpu.resetInterval
-cpu.smpAffinitized
-cpu.smpProcessorAffinityMask
-cpu.smpProcessorAffinityMask2
)
By appending "-?" to the command above, appcmd generates an error that lists all of the attributes that can be used with application pools.
Source : https://docs.microsoft.com/en-us/previous-versions/windows/it-pro/windows-server-2008-R2-and-2008/cc771280(v%3dws.10)
Wednesday, 22 November 2017
SSMS versus SQL Operations Studio
SSMS vs SQLOpsStudio:
SQL Server Management Studio is a fully featured database management tool that enables most DBA’s tasks. It will continue to be the flagship tool with the data tools portfolio.
SQL Operations Studio enables most of the routine DBA tasks for development and operations of a database but does not have all of the functionality of SSMS.
SQL Operations Studio is meant to be light weight and easy to use for non-professional DBAs and thus will most likely always optimize usability and light weight to addressing all corner cases.
Investments in flagship Windows tools (SSMS, SSDT, PowerShell) will continue in addition to the next generation of multi-OS and multi-DB CLI and GUI tools.
The goal is to offer customers the choice of using the tools they want on the platforms of their choice for their scenarios.
Source: https://docs.microsoft.com/en-us/sql/sql-operations-studio/faq
Wednesday, 8 November 2017
Windows Batch for getting today's date
for /F "skip=1
delims=" %%F in ('
wmic
PATH Win32_LocalTime GET Day^,Month^,Year /FORMAT:TABLE
') do (
for /F
"tokens=1-3" %%L in ("%%F") do (
set CurrDay=0%%L
set CurrMonth=0%%M
set CurrYear=%%N
)
)
set dd=%CurrDay:~-2%
set mm=%CurrMonth:~-2%
set yyyy=%CurrYear%
set
today=%CurrYear%%CurrMonth:~-2%%CurrDay:~-2%
Friday, 20 October 2017
SQL Logic Operator Precedence: And and Or
And
has precedence over Or
, so, even if a <=> a1 Or a2
Where a And b
is not the same as
Where a1 Or a2 And b,
because that would be Executed as
Where a1 Or (a2 And b)
and what you want, to make them the same, is
Where (a1 Or a2) And b
Here's an example to illustrate:
Declare @x tinyInt = 1
Declare @y tinyInt = 0
Declare @z tinyInt = 0
Select Case When @x=1 OR @y=1 And @z=1 Then 'T' Else 'F' End -- outputs T
Select Case When (@x=1 OR @y=1) And @z=1 Then 'T' Else 'F' End -- outputs F
Monday, 24 July 2017
How to disable Data Compression on tables in whole database in SQL Server 2008R2?
If you restore database from enterprise edition to Standard edition and you have enabled "Data compression" on table, restoration fails. Data compression is available only Enterprise edition in SQL Server 2008R2. The best way how to disable data compression is the following:
1) make a clone of your database where data compression is enabled on enterprise edition
2) then run this script on clone database
SELECT
SCHEMA_NAME(sys.objects.schema_id) AS [SchemaName]
,OBJECT_NAME(sys.objects.object_id) AS [ObjectName]
,[rows]
,[data_compression_desc]
,[index_id] as [IndexID_on_Table]
into #compr
FROM sys.partitions
INNER JOIN sys.objects
ON sys.partitions.object_id = sys.objects.object_id
WHERE data_compression > 0
AND SCHEMA_NAME(sys.objects.schema_id) <> 'SYS'
while exists(select 1 from #compr)
begin
declare @i varchar(200) = (select top 1 [ObjectName] from #compr)
print @i
exec ('ALTER INDEX ALL ON '+@i + ' REBUILD WITH (DATA_COMPRESSION = None)')
delete from #compr where [ObjectName] = @i
end
drop table #compr
SCHEMA_NAME(sys.objects.schema_id) AS [SchemaName]
,OBJECT_NAME(sys.objects.object_id) AS [ObjectName]
,[rows]
,[data_compression_desc]
,[index_id] as [IndexID_on_Table]
into #compr
FROM sys.partitions
INNER JOIN sys.objects
ON sys.partitions.object_id = sys.objects.object_id
WHERE data_compression > 0
AND SCHEMA_NAME(sys.objects.schema_id) <> 'SYS'
while exists(select 1 from #compr)
begin
declare @i varchar(200) = (select top 1 [ObjectName] from #compr)
print @i
exec ('ALTER INDEX ALL ON '+@i + ' REBUILD WITH (DATA_COMPRESSION = None)')
delete from #compr where [ObjectName] = @i
end
drop table #compr
3) now you can backup clone database and restore on Standard edition
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