Example #1
0
static bool PersistentFilespace_FileRepVerifyScanTupleCallback(
															   ItemPointer 			persistentTid,
															   int64				persistentSerialNum,
															   Datum				*values)
{
	Oid		filespaceOid;

	int16	dbId1;
	char	locationBlankPadded1[FilespaceLocationBlankPaddedWithNullTermLen];

	int16	dbId2;
	char	locationBlankPadded2[FilespaceLocationBlankPaddedWithNullTermLen];

	PersistentFileSysState	state;

	int64	createMirrorDataLossTrackingSessionNum;

	MirroredObjectExistenceState	mirrorExistenceState;

	int32					reserved;
	TransactionId			parentXid;
	int64					serialNum;
	ItemPointerData			previousFreeTid;

	GpPersistentFilespaceNode_GetValues(
										values,
										&filespaceOid,
										&dbId1,
										locationBlankPadded1,
										&dbId2,
										locationBlankPadded2,
										&state,
										&createMirrorDataLossTrackingSessionNum,
										&mirrorExistenceState,
										&reserved,
										&parentXid,
										&serialNum,
										&previousFreeTid);

	elog(LOG,
			"PersistentFilespace_FileRepVerify: filespace %u, location1 %s location2 %s dbId1 %d, dbId2 %d, state '%s', mirror existence state '%s', TID %s, serial number " INT64_FORMAT,
			filespaceOid,
			locationBlankPadded1,
			locationBlankPadded2,
			dbId1,
			dbId2,
			PersistentFileSysObjState_Name(state),
			MirroredObjectExistenceState_Name(mirrorExistenceState),
			ItemPointerToString2(persistentTid),
			persistentSerialNum);

	return true;	// Continue.
}
Example #2
0
static bool PersistentFilespace_CheckScanTupleCallback(
	ItemPointer 			persistentTid,
	int64					persistentSerialNum,
	Datum					*values)
{
	Oid		filespaceOid;

	int16	dbId1;
	char	locationBlankPadded1[FilespaceLocationBlankPaddedWithNullTermLen];

	int16	dbId2;
	char	locationBlankPadded2[FilespaceLocationBlankPaddedWithNullTermLen];

	PersistentFileSysState	state;

	int64	createMirrorDataLossTrackingSessionNum;

	MirroredObjectExistenceState	mirrorExistenceState;

	int32					reserved;
	TransactionId			parentXid;
	int64					serialNum;
	ItemPointerData			previousFreeTid;

	GpPersistentFilespaceNode_GetValues(
									values,
									&filespaceOid,
									&dbId1,
									locationBlankPadded1,
									&dbId2,
									locationBlankPadded2,
									&state,
									&createMirrorDataLossTrackingSessionNum,
									&mirrorExistenceState,
									&reserved,
									&parentXid,
									&serialNum,
									&previousFreeTid);

	if (state == PersistentFileSysState_Created &&
		filespaceOid == persistentFilespaceCheck)
	{
		persistentFilespaceCheckFound = true;
		return false;
	}

	return true;	// Continue.
}
Example #3
0
void GpPersistent_GetCommonValues(
	PersistentFsObjType 			fsObjType,
	Datum							*values,

	PersistentFileSysObjName		*fsObjName,
	PersistentFileSysState			*persistentState,
	MirroredObjectExistenceState	*mirrorExistenceState,
	TransactionId					*parentXid,
	int64							*persistentSerialNum)
{
	int64 createMirrorDataLossTrackingSessionNum;
	int32 reserved;

	switch (fsObjType)
	{
	case PersistentFsObjType_RelationFile:
		{
			RelFileNode 					relFileNode;
			int32 							segmentFileNum;

			PersistentFileSysRelStorageMgr	relationStorageManager;
			MirroredRelDataSynchronizationState mirrorDataSynchronizationState;
			bool							mirrorBufpoolMarkedForScanIncrementalResync;
			int64							mirrorBufpoolResyncChangedPageCount;
			XLogRecPtr						mirrorBufpoolResyncCkptLoc;
			BlockNumber 					mirrorBufpoolResyncCkptBlockNum;
			int64							mirrorAppendOnlyLossEof;
			int64							mirrorAppendOnlyNewEof;
			PersistentFileSysRelBufpoolKind relBufpoolKind;

			GpPersistentRelationNode_GetValues(
											values,
											&relFileNode.spcNode,
											&relFileNode.dbNode,
											&relFileNode.relNode,
											&segmentFileNum,
											&relationStorageManager,
											persistentState,
											&createMirrorDataLossTrackingSessionNum,
											mirrorExistenceState,
											&mirrorDataSynchronizationState,
											&mirrorBufpoolMarkedForScanIncrementalResync,
											&mirrorBufpoolResyncChangedPageCount,
											&mirrorBufpoolResyncCkptLoc,
											&mirrorBufpoolResyncCkptBlockNum,
											&mirrorAppendOnlyLossEof,
											&mirrorAppendOnlyNewEof,
											&relBufpoolKind,
											parentXid,
											persistentSerialNum);

			PersistentFileSysObjName_SetRelationFile(
												fsObjName,
												&relFileNode,
												segmentFileNum);
			
		}
		break;

	case PersistentFsObjType_DatabaseDir:
		{
			DbDirNode dbDirNode;

			GpPersistentDatabaseNode_GetValues(
									values,
									&dbDirNode.tablespace,
									&dbDirNode.database,
									persistentState,
									&createMirrorDataLossTrackingSessionNum,
									mirrorExistenceState,
									&reserved,
									parentXid,
									persistentSerialNum);

			PersistentFileSysObjName_SetDatabaseDir(
											fsObjName,
											dbDirNode.tablespace,
											dbDirNode.database);
		}
		break;

	case PersistentFsObjType_TablespaceDir:
		{
			Oid tablespaceOid;
			Oid filespaceOid;

			GpPersistentTablespaceNode_GetValues(
											values,
											&filespaceOid,
											&tablespaceOid,
											persistentState,
											&createMirrorDataLossTrackingSessionNum,
											mirrorExistenceState,
											&reserved,
											parentXid,
											persistentSerialNum);

			PersistentFileSysObjName_SetTablespaceDir(
												fsObjName, 
												tablespaceOid);
		}
	break;
	
	case PersistentFsObjType_FilespaceDir:
		{
			Oid filespaceOid;
			int16 dbId1;
			char locationBlankPadded1[FilespaceLocationBlankPaddedWithNullTermLen];
			int16 dbId2;
			char locationBlankPadded2[FilespaceLocationBlankPaddedWithNullTermLen];

			GpPersistentFilespaceNode_GetValues(
											values,
											&filespaceOid,
											&dbId1,
											locationBlankPadded1,
											&dbId2,
											locationBlankPadded2,
											persistentState,
											&createMirrorDataLossTrackingSessionNum,
											mirrorExistenceState,
											&reserved,
											parentXid,
											persistentSerialNum);

			PersistentFileSysObjName_SetFilespaceDir(
												fsObjName, 
												filespaceOid);
		}
	break;

	default:
		elog(ERROR, "Unexpected persistent file-system object type: %d",
			 fsObjType);
	}
		
}
static bool PersistentFilespace_ScanTupleCallback(
	ItemPointer 			persistentTid,
	int64					persistentSerialNum,
	Datum					*values)
{
	Oid		filespaceOid;

	int16	dbId1;
	char	locationBlankPadded1[FilespaceLocationBlankPaddedWithNullTermLen];

	int16	dbId2;
	char	locationBlankPadded2[FilespaceLocationBlankPaddedWithNullTermLen];

	PersistentFileSysState	state;

	int64	createMirrorDataLossTrackingSessionNum;

	MirroredObjectExistenceState	mirrorExistenceState;

	int32					reserved;
	TransactionId			parentXid;
	int64					serialNum;

	FilespaceDirEntry filespaceDirEntry;

	GpPersistentFilespaceNode_GetValues(
									values,
									&filespaceOid,
									&dbId1,
									locationBlankPadded1,
									&dbId2,
									locationBlankPadded2,
									&state,
									&createMirrorDataLossTrackingSessionNum,
									&mirrorExistenceState,
									&reserved,
									&parentXid,
									&serialNum);

   /*
	* Normally we would acquire this lock with the WRITE_FILESPACE_HASH_LOCK
	* macro, however, this particular function can be called during startup.
	* During startup, which executes in a single threaded context, no
	* PersistentObjLock exists and we cannot assert that we're holding it.
	*/
	LWLockAcquire(FilespaceHashLock, LW_EXCLUSIVE);

	filespaceDirEntry =	PersistentFilespace_CreateDirUnderLock(filespaceOid);

	filespaceDirEntry->dbId1 = dbId1;
	memcpy(filespaceDirEntry->locationBlankPadded1, locationBlankPadded1, FilespaceLocationBlankPaddedWithNullTermLen);

	filespaceDirEntry->dbId2 = dbId2;
	memcpy(filespaceDirEntry->locationBlankPadded2, locationBlankPadded2, FilespaceLocationBlankPaddedWithNullTermLen);

	filespaceDirEntry->state = state;
	filespaceDirEntry->persistentSerialNum = serialNum;
	filespaceDirEntry->persistentTid = *persistentTid;

	LWLockRelease(FilespaceHashLock);

	if (Debug_persistent_print)
		elog(Persistent_DebugPrintLevel(),
			 "PersistentFilespace_ScanTupleCallback: filespace %u, dbId1 %d, dbId2 %d, state '%s', mirror existence state '%s', TID %s, serial number " INT64_FORMAT,
			 filespaceOid,
			 dbId1,
			 dbId2,
			 PersistentFileSysObjState_Name(state),
			 MirroredObjectExistenceState_Name(mirrorExistenceState),
			 ItemPointerToString2(persistentTid),
			 persistentSerialNum);

	return true;	// Continue.
}
Example #5
0
void GpPersistent_GetCommonValues(
	PersistentFsObjType 			fsObjType,
	Datum							*values,
	PersistentFileSysObjName		*fsObjName,
	PersistentFileSysState			*persistentState,
	TransactionId					*parentXid,
	int64							*persistentSerialNum)
{
	int32 reserved;
	ItemPointerData previousFreeTid;
	bool sharedStorage;

	switch (fsObjType)
	{
	case PersistentFsObjType_RelationFile:
		{
			RelFileNode 					relFileNode;
			int32 							segmentFileNum;

			PersistentFileSysRelStorageMgr	relationStorageManager;
			PersistentFileSysRelBufpoolKind relBufpoolKind;

			GpPersistentRelfileNode_GetValues(
											values,
											&relFileNode.spcNode,
											&relFileNode.dbNode,
											&relFileNode.relNode,
											&segmentFileNum,
											&relationStorageManager,
											persistentState,
											&relBufpoolKind,
											parentXid,
											persistentSerialNum,
											&previousFreeTid,
											&sharedStorage);

			PersistentFileSysObjName_SetRelationFile(
												fsObjName,
												&relFileNode,
												segmentFileNum,
												NULL);
			fsObjName->hasInited = true;
			fsObjName->sharedStorage = sharedStorage;
			
		}
		break;

	case PersistentFsObjType_RelationDir:
		{
			RelFileNode relFileNode;

			GpPersistentRelationNode_GetValues(
									values,
									&relFileNode.spcNode,
									&relFileNode.dbNode,
									&relFileNode.relNode,
									persistentState,
									&reserved,
									parentXid,
									persistentSerialNum,
									&previousFreeTid,
									&sharedStorage);

			PersistentFileSysObjName_SetRelationDir(
									fsObjName,
									&relFileNode,
									NULL);
			fsObjName->hasInited = true;
			fsObjName->sharedStorage = sharedStorage;
		}
		break;

	case PersistentFsObjType_DatabaseDir:
		{
			DbDirNode dbDirNode;

			GpPersistentDatabaseNode_GetValues(
									values,
									&dbDirNode.tablespace,
									&dbDirNode.database,
									persistentState,
									&reserved,
									parentXid,
									persistentSerialNum,
									&previousFreeTid,
									&sharedStorage);

			PersistentFileSysObjName_SetDatabaseDir(
											fsObjName,
											dbDirNode.tablespace,
											dbDirNode.database,
											NULL);
			fsObjName->hasInited = true;
			fsObjName->sharedStorage = sharedStorage;
		}
		break;

	case PersistentFsObjType_TablespaceDir:
		{
			Oid tablespaceOid;
			Oid filespaceOid;

			GpPersistentTablespaceNode_GetValues(
											values,
											&filespaceOid,
											&tablespaceOid,
											persistentState,
											&reserved,
											parentXid,
											persistentSerialNum,
											&previousFreeTid,
											&sharedStorage);

			PersistentFileSysObjName_SetTablespaceDir(
												fsObjName, 
												tablespaceOid,
												NULL);
			fsObjName->hasInited = true;
			fsObjName->sharedStorage = sharedStorage;
		}
	break;
	
	case PersistentFsObjType_FilespaceDir:
		{
			Oid filespaceOid;
			int16 dbId1;
			char locationBlankPadded1[FilespaceLocationBlankPaddedWithNullTermLen];

			GpPersistentFilespaceNode_GetValues(
											values,
											&filespaceOid,
											&dbId1,
											locationBlankPadded1,
											persistentState,
											&reserved,
											parentXid,
											persistentSerialNum,
											&previousFreeTid,
											&sharedStorage);

			PersistentFileSysObjName_SetFilespaceDir(
												fsObjName, 
												filespaceOid,
												NULL);
			fsObjName->hasInited = true;
			fsObjName->sharedStorage = sharedStorage;
		}
	break;

	default:
		elog(ERROR, "Unexpected persistent file-system object type: %d",
			 fsObjType);
	}
		
}
Example #6
0
static bool PersistentFilespace_ScanTupleCallback(
	ItemPointer 			persistentTid,
	int64					persistentSerialNum,
	Datum					*values)
{
	Oid		filespaceOid;

	int16	dbId1;
	char	locationBlankPadded1[FilespaceLocationBlankPaddedWithNullTermLen];

	int16	dbId2;
	char	locationBlankPadded2[FilespaceLocationBlankPaddedWithNullTermLen];

	PersistentFileSysState	state;

	int64	createMirrorDataLossTrackingSessionNum;

	MirroredObjectExistenceState	mirrorExistenceState;

	int32					reserved;
	TransactionId			parentXid;
	int64					serialNum;
	ItemPointerData			previousFreeTid;

	FilespaceDirEntry filespaceDirEntry;

	GpPersistentFilespaceNode_GetValues(
									values,
									&filespaceOid,
									&dbId1,
									locationBlankPadded1,
									&dbId2,
									locationBlankPadded2,
									&state,
									&createMirrorDataLossTrackingSessionNum,
									&mirrorExistenceState,
									&reserved,
									&parentXid,
									&serialNum,
									&previousFreeTid);

	if (state == PersistentFileSysState_Free)
	{
		if (Debug_persistent_print)
			elog(Persistent_DebugPrintLevel(),
				 "PersistentFilespace_ScanTupleCallback: TID %s, serial number " INT64_FORMAT " is free",
				 ItemPointerToString2(persistentTid),
				 persistentSerialNum);
		return true;	// Continue.
	}

	filespaceDirEntry =
			PersistentFilespace_CreateDirUnderLock(
											filespaceOid);

	filespaceDirEntry->dbId1 = dbId1;
	memcpy(filespaceDirEntry->locationBlankPadded1, locationBlankPadded1, FilespaceLocationBlankPaddedWithNullTermLen);

	filespaceDirEntry->dbId2 = dbId2;
	memcpy(filespaceDirEntry->locationBlankPadded2, locationBlankPadded2, FilespaceLocationBlankPaddedWithNullTermLen);

	filespaceDirEntry->state = state;
	filespaceDirEntry->persistentSerialNum = serialNum;
	filespaceDirEntry->persistentTid = *persistentTid;

	if (Debug_persistent_print)
		elog(Persistent_DebugPrintLevel(),
			 "PersistentFilespace_ScanTupleCallback: filespace %u, dbId1 %d, dbId2 %d, state '%s', mirror existence state '%s', TID %s, serial number " INT64_FORMAT,
			 filespaceOid,
			 dbId1,
			 dbId2,
			 PersistentFileSysObjState_Name(state),
			 MirroredObjectExistenceState_Name(mirrorExistenceState),
			 ItemPointerToString2(persistentTid),
			 persistentSerialNum);

	return true;	// Continue.
}
static bool PersistentFilespace_ScanTupleCallback(
	ItemPointer 			persistentTid,
	int64					persistentSerialNum,
	Datum					*values)
{
	Oid		filespaceOid;

	int16	dbId1;
	char	locationBlankPadded1[FilespaceLocationBlankPaddedWithNullTermLen];

	PersistentFileSysState	state;
	int32					reserved;
	TransactionId			parentXid;
	int64					serialNum;
	ItemPointerData			previousFreeTid;

	FilespaceDirEntry filespaceDirEntry;
	bool					sharedStorage;

	GpPersistentFilespaceNode_GetValues(
									values,
									&filespaceOid,
									&dbId1,
									locationBlankPadded1,
									&state,
									&reserved,
									&parentXid,
									&serialNum,
									&previousFreeTid,
									&sharedStorage);

	if (state == PersistentFileSysState_Free)
	{
		if (Debug_persistent_print)
			elog(Persistent_DebugPrintLevel(),
				 "PersistentFilespace_ScanTupleCallback: TID %s, serial number " INT64_FORMAT " is free",
				 ItemPointerToString2(persistentTid),
				 persistentSerialNum);
		return true;	// Continue.
	}

	filespaceDirEntry =
			PersistentFilespace_CreateDirUnderLock(
											filespaceOid);

	if (filespaceDirEntry == NULL)
		elog(ERROR, "Out of shared-memory for persistent filespaces");

	memcpy(filespaceDirEntry->locationBlankPadded1, locationBlankPadded1, FilespaceLocationBlankPaddedWithNullTermLen);

	filespaceDirEntry->state = state;
	filespaceDirEntry->persistentSerialNum = serialNum;
	filespaceDirEntry->persistentTid = *persistentTid;

	if (Debug_persistent_print)
		elog(Persistent_DebugPrintLevel(),
			 "PersistentFilespace_ScanTupleCallback: filespace %u, dbId1 %d, state '%s', TID %s, serial number " INT64_FORMAT,
			 filespaceOid,
			 dbId1,
			 PersistentFileSysObjState_Name(state),
			 ItemPointerToString2(persistentTid),
			 persistentSerialNum);

	return true;	// Continue.
}