| Oracle® Fusion Middlewareディザスタ・リカバリ・ガイド 11g リリース1(11.1.1) B61394-04 |
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この付録は、Oracle Site Guardのサンプル・スクリプトを示しています。次が含まれています。
例B-1 Oracle Site Guard構成スクリプト
#Login to emcli emcli login -username="sysman" -password="sysman" #Create site definitions emcli create_siteguard_configuration -primary_system_name="NetappServer1System" -standby_system_name="NetappServer2System" emcli get_siteguard_configuration #Create credential associations #Host credentials emcli create_siteguard_credential_association -system_name="NetappServer1System" -credential_type="HostNormal" -credential_name="SG_CRED_HOST" -credential_owner="sysman" emcli create_siteguard_credential_association -system_name="NetappServer1System" -credential_type="HostPrivileged" -credential_name="SG_CRED_HOST-PRIV" -credential_owner="sysman" emcli create_siteguard_credential_association -system_name="NetappServer2System" -credential_type="HostNormal" -credential_name="SG_CRED_HOST" -credential_owner="sysman" emcli create_siteguard_credential_association -system_name="NetappServer2System" -credential_type="HostPrivileged" -credential_name="SG_CRED_HOST-PRIV" -credential_owner="sysman" #WLS credentials emcli create_siteguard_credential_association -system_name="NetappServer1System" -credential_type="WLSAdmin" -credential_name="SG_CRED_WLS" -credential_owner="sysman" emcli create_siteguard_credential_association -system_name="NetappServer2System" -credential_type="WLSAdmin" -credential_name="SG_CRED_WLS" -credential_owner="sysman" #Database credentials emcli create_siteguard_credential_association -system_name="NetappServer1System" -credential_type="DatabaseSysdba" -credential_name="SG_CRED_DB" -credential_owner="sysman" emcli create_siteguard_credential_association -system_name="NetappServer2System" -credential_type="DatabaseSysdba" -credential_name="SG_CRED_DB" -credential_owner="sysman" emcli get_siteguard_credential_association -system_name="NetappServer1System" emcli get_siteguard_credential_association -system_name="NetappServer2System" #Create operation plans #Start/Stop NetappServer1System emcli create_operation_plan -system_name="NetappServer1System" -operation="Start" -name="start-NetappServer1System" emcli create_operation_plan -system_name="NetappServer1System" -operation="Stop" -name="stop-NetappServer1System" #Start/Stop NetappServer2System emcli create_operation_plan -system_name="NetappServer2System" -operation="Start" -name="start-NetappServer2System" emcli create_operation_plan -system_name="NetappServer2System" -operation="Stop" -name="stop-NetappServer2System" emcli get_operation_plans #Switchover sites #Swithover to NetappServer2System emcli create_operation_plan -primary_system_name="NetappServer1System" -standby_system_name="NetappServer2System" -operation="Switchover" -name="switchover-to-NetappServer2System" #Switchback to NetappServer2System emcli create_operation_plan -primary_system_name="NetappServer2System" -standby_system_name="NetappServer1System" -operation="Switchover" -name="switchback-to-NetappServer1System" #Failover sites #Failover to NetappServer2System emcli create_operation_plan -primary_system_name="NetappServer1System" -standby_system_name="NetappServer2System" -operation="Failover" -name="failover-to-NetappServer2System" #Failover to NetappServer1System emcli create_operation_plan -primary_system_name="NetappServer2System" -standby_system_name="NetappServer1System" -operation="Failover" -name="failover-to-NetappServer1System" emcli get_operation_plans
例B-2 Sun Storage ZFS Storage Applianceのロール・リバース・スクリプト
1: # This script executes the switchover script of S7000 by doing role-reversal 2: # 3: # 4: ## Get the confirmation.. 5: echo "Status at the source [ $CURRENT_PRIMARY ] " 6: ssh -T $CURRENT_PRIMARY < s7000_status_repl_src.aksh 7: 8: echo " Status at the target [$CURRENT_STANDBY] 9: ssh -T $CURRENT_STANDBY < s7000_status_repl_tgt.aksh 9: 10:echo "Going to failover from the source : $CURRENT_PRIMARY to the target : 11:CURRENT_STANDBY ." 12: 13:# Stop the replication 14:echo "Suspending the continuous replication at the source : $CURRENT_PRIMARY " 15: 16:ssh -T $CURRENT_PRIMARY < s7000_stop_repl_at_source.aksh 17: 18:echo "Performing the role reversal at the target : $CURRENT_STANDBY " 19: 20:ssh -T $CURRENT_STANDBY < s7000_role_reverse_at_target.aksh 21: 22:echo "Status at the new source [$CURRENT_STANDBY ]" 23: 24: ssh -T $CURRENT_STANDBY < s7000_status_repl_src.aksh 25: 26:echo "Status at the new target [$CURRENT_PRIMARY_S7000 ]" 27:ssh -T $CURRENT_PRIMARY_S7000 < s7000_status_repl_tgt.aksh 28:
例B-3 NetAppストレージのロール・リバース・スクリプト
# Perform SnapMirror Update from the target storage system site rsh BIHOST1 snapmirror update -S BIHOST2:VOLFMW1 BIHOST1:VOLFMW1 sleep 100 rsh BIHOST1 snapmirror update -S BIHOST2:VOLFMW2 BIHOST1:VOLFMW2 sleep 100 rsh BIHOST1 snapmirror update -S BIHOST2:VOLADMIN BIHOST1:VOLADMIN sleep 100 rsh BIHOST1 snapmirror update -S BIHOST2:VOLBI1 BIHOST1:VOLBI1 sleep 100 rsh BIHOST1 snapmirror update -S BIHOST2:VOLBI2 BIHOST1:VOLBI2 rsh BIHOST1 snapmirror update -S BIHOST2:VOLBIINST1 BIHOST1:VOLBIINST1 sleep 100 rsh BIHOST1 snapmirror update -S BIHOST2:VOLBIINST2 BIHOST1:VOLBIINST2 rsh BIHOST1 snapmirror update -S BIHOST2:VOLWEB1 BIHOST1:VOLWEB1 sleep 100 rsh BIHOST1 snapmirror update -S BIHOST2:VOLWEB2 BIHOST1:VOLWEB2 sleep 100 rsh BIHOST1 snapmirror update -S BIHOST2:VOLWEBINST1 BIHOST1:VOLWEBINST1 sleep 100 rsh BIHOST1 snapmirror update -S BIHOST2:VOLWEBINST2 BIHOST1:VOLWEBINST2 sleep 100 rsh BIHOST1 snapmirror update -S BIHOST2:VOLDATA1 BIHOST1:VOLDATA1 sleep 30 rsh BIHOST1 snapmirror update -S BIHOST2:VOLDATA2 BIHOST1:VOLDATA2 sleep 30 rsh BIHOST1 snapmirror update -S BIHOST2:VOLDATA3 BIHOST1:VOLDATA3 sleep 30 rsh BIHOST1 snapmirror update -S BIHOST2:VOLDATA4 BIHOST1:VOLDATA4 sleep 100 # Make Netapp volumes on the new primary storage writable rsh BIHOST1 snapmirror break BIHOST1:VOLWEB1 sleep 30 rsh BIHOST1 snapmirror break BIHOST1:VOLWEB2 sleep 30 rsh BIHOST1 snapmirror break BIHOST1:VOLWEBINST1 sleep 30 rsh BIHOST1 snapmirror break BIHOST1:VOLWEBINST2 sleep 30 rsh BIHOST1 snapmirror break BIHOST1:VOLFMW1 sleep 30 rsh BIHOST1 snapmirror break BIHOST1:VOLFMW2 sleep 30 rsh BIHOST1 snapmirror break BIHOST1:VOLADMIN sleep 30 rsh BIHOST1 snapmirror break BIHOST1:VOLBI1 sleep 30 rsh BIHOST1 snapmirror break BIHOST1:VOLBI2 sleep 30 rsh BIHOST1 snapmirror break BIHOST1:VOLBIINST1 sleep 30 rsh BIHOST1 snapmirror break BIHOST1:VOLBIINST2 sleep 30 rsh BIHOST1 snapmirror break BIHOST1:VOLDATA1 sleep 30 rsh BIHOST1 snapmirror break BIHOST1:VOLDATA2 sleep 30 rsh BIHOST1 snapmirror break BIHOST1:VOLDATA3 sleep 30 rsh BIHOST1 snapmirror break BIHOST1:VOLDATA4 sleep 100 # Reverse Storage Roles rsh BIHOST2 snapmirror resync -f -S BIHOST1:VOLWEB1 -w BIHOST2:VOLWEB1 sleep 20 rsh BIHOST2 snapmirror resync -f -S BIHOST1:VOLWEB2 -w BIHOST2:VOLWEB2 sleep 20 rsh BIHOST2 snapmirror resync -f -S BIHOST1:VOLWEBINST1 -w BIHOST2:VOLWEBINST1 sleep 20 rsh BIHOST2 snapmirror resync -f -S BIHOST1:VOLWEBINST2 -w BIHOST2:VOLWEBINST2 sleep 20 rsh BIHOST2 snapmirror resync -f -S BIHOST1:VOLBIINST1 -w BIHOST2:VOLBIINST1 sleep 20 rsh BIHOST2 snapmirror resync -f -S BIHOST1:VOLBIINST2 -w BIHOST2:VOLBIINST2 sleep 20 rsh BIHOST2 snapmirror resync -f -S BIHOST1:VOLFMW1 -w BIHOST2:VOLFMW1 sleep 20 rsh BIHOST2 snapmirror resync -f -S BIHOST1:VOLFMW2 -w BIHOST2:VOLFMW2 sleep 20 rsh BIHOST2 snapmirror resync -f -S BIHOST1:VOLADMIN -w BIHOST2:VOLADMIN sleep 20 rsh BIHOST2 snapmirror resync -f -S BIHOST1:VOLBI1 -w BIHOST2:VOLBI1 sleep 20 rsh BIHOST2 snapmirror resync -f -S BIHOST1:VOLBI2 -w BIHOST2:VOLBI2 sleep 20 rsh BIHOST2 snapmirror resync -f -S BIHOST1:VOLDATA1 -w BIHOST2:VOLDATA1 sleep 20 rsh BIHOST2 snapmirror resync -f -S BIHOST1:VOLDATA2 -w BIHOST2:VOLDATA2 sleep 20 rsh BIHOST2 snapmirror resync -f -S BIHOST1:VOLDATA3 -w BIHOST2:VOLDATA3 sleep 20 rsh BIHOST2 snapmirror resync -f -S BIHOST1:VOLDATA4 -w BIHOST2:VOLDATA4 sleep 20
例B-4 akshスクリプト
script
/**********************************************************
* Script to role reverse the target Sun Storage Appliance *
* Written By ABC *
* 2 Feburary 2011 *
**********************************************************/
function deleteExistingProject(projectName, poolName)
{
printf("Making sure project: '" + projectName + "' do not exist before on the standby appliance\n");
run ('cd /');
run ('shares');
run ('set pool=' + poolName);
try {
run ('select ' + projectName);
run ('confirm destroy');
} catch (err) {
printf("No Project to to delete.. \n");
}
}
function getSourcePackages(poolName, sourceId)
{
printf("Selecting the packages for source: " + sourceId + "\n");
run ('cd /');
run ('shares');
run ('set pool=' + poolName);
run('replication sources select ' + sourceId);
var packages = list();
return packages;
}
function roleReverseProject(projectName, poolName, sourceId)
{
deleteExistingProject(projectName, poolName);
var packages = getSourcePackages(poolName, sourceId);
for (var i = 0; i < packages.length; i++) {
run('select ' + packages[i]);
var projName = list();
if (projName == projectName) {
package = packages[i] ;
run('confirm reverse');
printf("Project Details after reversal \n");
run('show');
printf("Source and the target roles are reversed now..\n");
reverseReplication(projectName, poolName);
printf("Replication direction is reversed also\n");
break;
}//EOF if
run('cd ..');
}//EOF for
printf("The package chosen to role reverse : %s \n", package);
return package;
}
function reverseReplication(projectName, poolName)
{
run('cd /');
run('shares');
run('set pool=' + poolName);
run('select ' + projectName + ' replication');
run('select action-000');
run('set continuous=true');
run('commit');
}
roleReverseProject('SiteGuard','pool-0','source-000');
