Généralement, lorsque je démarre dans un nouvel environnement, j'ai tendance à vérifier où sont les sauvegardes, à quel moment la dernière sauvegarde a été effectuée, à quelle date la dernière restauration a été appliquée et à la sécurité également.
La façon dont je le fais est via T-SQL.
Vérifiez les sauvegardes
;with Radhe as (
SELECT @@Servername as [Server_Name],
B.name as Database_Name,
ISNULL(STR(ABS(DATEDIFF(day, GetDate(), MAX(Backup_finish_date)))), 'NEVER') as DaysSinceLastBackup,
ISNULL(Convert(char(11), MAX(backup_finish_date), 113)+ ' ' + CONVERT(VARCHAR(8),MAX(backup_finish_date),108), 'NEVER') as LastBackupDate
,BackupSize_GB=CAST(COALESCE(MAX(A.BACKUP_SIZE),0)/1024.00/1024.00/1024.00 AS NUMERIC(18,2))
,BackupSize_MB=CAST(COALESCE(MAX(A.BACKUP_SIZE),0)/1024.00/1024.00 AS NUMERIC(18,2))
,media_set_id = MAX(A.media_set_id)
,[AVG Backup Duration]= AVG(CAST(DATEDIFF(s, A.backup_start_date, A.backup_finish_date) AS int))
,[Longest Backup Duration]= MAX(CAST(DATEDIFF(s, A.backup_start_date, A.backup_finish_date) AS int))
,A.type
FROM sys.databases B
LEFT OUTER JOIN msdb.dbo.backupset A
ON A.database_name = B.name
AND A.is_copy_only = 0
AND (A.type = 'D') --'D' full, 'L' log
GROUP BY B.Name, A.type
)
SELECT r.[Server_Name]
,r.Database_Name
,[Backup Type] = r.type
,r.DaysSinceLastBackup
,r.LastBackupDate
,r.BackupSize_GB
,r.BackupSize_MB
,F.physical_device_name
,r.[AVG Backup Duration]
,r.[Longest Backup Duration]
FROM Radhe r
LEFT OUTER JOIN msdb.dbo.backupmediafamily F
ON R.media_set_id = F.media_set_id
ORDER BY r.Server_Name, r.Database_NamePour vérifier la sécurité:
Niveau serveur et autorisations de base de données par Kenneth Fisher
Vérification des restaurations:
DECLARE @dbname sysname, @days int
SET @dbname = NULL --substitute for whatever database name you want
SET @days = -30 --previous number of days, script will default to 30
SELECT
rsh.destination_database_name AS [Database],
rsh.user_name AS [Restored By],
CASE WHEN rsh.restore_type = 'D' THEN 'Database'
WHEN rsh.restore_type = 'F' THEN 'File'
WHEN rsh.restore_type = 'G' THEN 'Filegroup'
WHEN rsh.restore_type = 'I' THEN 'Differential'
WHEN rsh.restore_type = 'L' THEN 'Log'
WHEN rsh.restore_type = 'V' THEN 'Verifyonly'
WHEN rsh.restore_type = 'R' THEN 'Revert'
ELSE rsh.restore_type
END AS [Restore Type],
rsh.restore_date AS [Restore Started],
bmf.physical_device_name AS [Restored From],
rf.destination_phys_name AS [Restored To]
FROM msdb.dbo.restorehistory rsh
INNER JOIN msdb.dbo.backupset bs ON rsh.backup_set_id = bs.backup_set_id
INNER JOIN msdb.dbo.restorefile rf ON rsh.restore_history_id = rf.restore_history_id
INNER JOIN msdb.dbo.backupmediafamily bmf ON bmf.media_set_id = bs.media_set_id
WHERE rsh.restore_date >= DATEADD(dd, ISNULL(@days, -30), GETDATE()) --want to search for previous days
--AND destination_database_name = ISNULL(@dbname, destination_database_name) --if no dbname, then return all
ORDER BY rsh.restore_history_id DESC
GORéplication:
--first thing - go to the publisher DB and find out the distributor server and DB
sp_helpdistributor
-- go to the distributor server and DB found above and run the following:
sp_replmonitorhelppublication nullMise en miroir:
--==============================================================================
-- query that shows the current state of each database in the mirroring
--==============================================================================
SELECT db_name(sd.[database_id]) AS [Database Name]
,sd.mirroring_state AS [Mirror State]
,sd.mirroring_state_desc AS [Mirror State]
,sd.mirroring_partner_name AS [Partner Name]
,sd.mirroring_role_desc AS [Mirror Role]
,sd.mirroring_safety_level_desc AS [Safety Level]
,sd.mirroring_witness_name AS [Witness]
,sd.mirroring_connection_timeout AS [Timeout(sec)]
FROM sys.database_mirroring AS sd
WHERE mirroring_guid IS NOT null
ORDER BY [Database Name];TOUJOURS SUR
J'utilise le script de Rudy Panigas
-- Always On Status Report
--
-- This script will show the status of the Alway On replication status
SELECT DISTINCT
primary_replica as 'Primary Server',
[endpoint_url] as 'End Point URL',
primary_recovery_health_desc as 'Primary Server Health Status',
secondary_recovery_health_desc as 'Secondary Server Health Status',
operational_state_desc as 'Operational State',
connected_state_desc as 'Connection State',
recovery_health_desc as 'Recovery Health',
synchronization_state_desc as 'Synchronization State',
database_state_desc as 'Database State',
JOIN_state_desc as 'Join State',
suspend_reason_desc as 'Suspended Reason',
availability_mode_desc as 'Availability Mode',
failover_mode_desc as 'Failover Mode',
primary_role_allow_connections_desc as 'Primary Connections Allowed',
secondary_role_allow_connections_desc as 'Secondary Connections Allowed',
create_date as 'Date Created',
modify_date as 'Date Modified',
[backup_priority] as 'Backup Priority',
role_desc as 'Role Type',
last_connect_error_description as 'Last Connection Error',
last_connect_error_timestamp as 'Last Connection Error Time',
last_sent_time as 'Last Data Send Time',
last_received_time as 'Last Data Recieved TIme',
last_hardened_time as 'Last Hardened Time',
last_redone_time as 'Last Redone Time',
log_send_queue_size as 'Log Send Queue Size',
log_send_rate as 'Log Send Rate',
redo_queue_size as 'Redo Queue Size',
redo_rate as 'Rate of Redo',
filestream_send_rate as 'Filestream Send Rate',
last_commit_time as ' Last Commit Time',
low_water_mark_for_ghosts as 'Low Water Mark for Ghosts'
FROM sys.dm_hadr_availability_group_states
JOIN sys.availability_replicas
ON sys.dm_hadr_availability_group_states.group_id = sys.availability_replicas.group_id
JOIN sys.dm_hadr_availability_replica_cluster_states
ON sys.dm_hadr_availability_group_states.group_id = sys.dm_hadr_availability_replica_cluster_states.group_id
JOIN sys.dm_hadr_availability_replica_states
ON sys.dm_hadr_availability_group_states.group_id = sys.dm_hadr_availability_replica_states.group_id
JOIN sys.dm_hadr_database_replica_states
ON sys.dm_hadr_availability_group_states.group_id = sys.dm_hadr_database_replica_states.group_id
WHERE operational_state_desc IS NOT NULL
AND database_state_desc IS NOT NULL
ORDER BY [endpoint_url] DESC
-- Testing section
/*
-- Suspend replication from primary
ALTER DATABASE [AdventureWorksLT2008] SET HADR SUSPEND
-- Resume replication from secondary
ALTER DATABASE [AdventureWorksLT2008] SET HADR RESUME
-- Force a manual failover of replication with data loss. MUST EXECUTE ON SECONDARY SQL SERVER
ALTER AVAILABILITY GROUP [AG-AdventureWorksLT2008] FORCE_FAILOVER_ALLOW_DATA_LOSS;
-- Force a manual failover of replication with NO data loss MUST EXECUTE ON SECONDARY SQL SERVER
--- YOU MUST EXECUTE THE FOLLOWING SCRIPT IN SQLCMD MODE.
--Connect VDV1OPS03
ALTER AVAILABILITY GROUP [AG-AdventureWorksLT2008] FAILOVER;
GO
--- YOU MUST EXECUTE THE FOLLOWING SCRIPT IN SQLCMD MODE.
--:Connect OPSDBSRV
ALTER AVAILABILITY GROUP [AG-AdventureWorksLT2008] FAILOVER;
GO
*/Envoi de journaux:
Différentes façons de surveiller les bases de données Log Shipping pour SQL Server
Question:
À part ce qui précède, y a-t-il autre chose que je devrais vérifier lors du démarrage prioritaire d'un nouvel environnement?