clDsmUtils.h File Reference

eader to the clDsmUtils module. More...

#include "clDsmSystem.h"
#include "defMemUtilsContig.h"
#include "defMemUtilsMgd.h"

Go to the source code of this file.

Macros
#define	READ_UINT8_L0CHK(pData, var8, condn, dbgErrActn, relErrActn)
#define	READ_UINT16_L0CHK(pData, var16, condn, dbgErrActn, relErrActn)
#define	READ_UINT32_L0CHK(pData, var32, condn, dbgErrActn, relErrActn)
#define	GET_UINT8_L0CHK(pData, var8, condn, dbgErrActn, relErrActn)
#define	GET_UINT16_L0CHK(pData, var16, condn, dbgErrActn, relErrActn)
#define	GET_UINT32_L0CHK(pData, var32, condn, dbgErrActn, relErrActn)
#define	READ_UINT8_L1CHK(pData, var8, condn, dbgErrActn, relErrActn)
#define	READ_UINT16_L1CHK(pData, var16, condn, dbgErrActn, relErrActn)
#define	READ_UINT32_L1CHK(pData, var32, condn, dbgErrActn, relErrActn)
#define	ADV_UINT8_L1CHK   READ_UINT8_L1CHK
#define	ADV_UINT16_L1CHK   READ_UINT16_L1CHK
#define	ADV_UINT32_L1CHK   READ_UINT32_L1CHK
#define	GET_UINT8_L1CHK(pData, var8, condn, dbgErrActn, relErrActn)
#define	GET_UINT16_L1CHK(pData, var16, condn, dbgErrActn, relErrActn)
#define	GET_UINT32_L1CHK(pData, var32, condn, dbgErrActn, relErrActn)
#define	READ_UINT8_L2CHK(pData, var8, condn, dbgErrActn, relErrActn)
#define	READ_UINT16_L2CHK(pData, var16, condn, dbgErrActn, relErrActn)
#define	READ_UINT32_L2CHK(pData, var32, condn, dbgErrActn, relErrActn)
#define	ADV_UINT8_L2CHK   READ_UINT8_L2CHK
#define	ADV_UINT16_L2CHK   READ_UINT16_L2CHK
#define	ADV_UINT32_L2CHK   READ_UINT32_L2CHK
#define	GET_UINT8_L2CHK(pData, var8, condn, dbgErrActn, relErrActn)
#define	GET_UINT16_L2CHK(pData, var16, condn, dbgErrActn, relErrActn)
#define	GET_UINT32_L2CHK(pData, var32, condn, dbgErrActn, relErrActn)
#define	GET_UINT8_C(pData, opVar)   opVar = *(pData)
#define	GET_UINT16_C(pData, opVar)
#define	GET_UINT32_C(pData, opVar)
#define	READ_UINT8_C(pData, opVar)   (opVar = *(pData)++)
#define	READ_UINT16_C(pData, opVar)
#define	READ_UINT32_C(pData, opVar)
#define	READ_OBJECT_KEY_C(pData, objKey, valid)

Functions
clDsmObjectKind_t	convertObjectKindStr (U32BIT objectKindStr)
clDsmErr_t	handleInLoopError (pclDsmInstData_t idp, clDsmErr_t currErr, clDsmErr_t newErr)
void	readUInt16Seq (MemSeqRef memAreaRef, U16BIT *pUi16)
void	readUInt32Seq (MemSeqRef memAreaRef, U32BIT *pUi32)
void	getUInt8Seq (MemSeqRef memAreaRef, U8BIT *pUi8)
void	getUInt16Seq (MemSeqRef memAreaRef, U16BIT *pUi16)
void	getUInt32Seq (MemSeqRef memAreaRef, U32BIT *pUi32)
void	readObjectKeySeq (MemSeqRef memAreaRef, ObjectKey_t *pObjectKey, BOOLEAN *pValid)
U16BIT	getIorInfoContig (const MemPtr mpIorData, U32BIT *pIorTypeId, ObjectLocation_t *pLocation, DeliveryParaTap_t *pTap)
U16BIT	getIorInfoSeq (const MemPtr mpIorData, U32BIT *pIorTypeId, ObjectLocation_t *pLocation, DeliveryParaTap_t *pTap)

Detailed Description

eader to the clDsmUtils module.

Date

28/9/2001

Author

R Taylor

Macro Definition Documentation

#define GET_UINT16_C	(		pData,
			opVar
	)

Value:

{                                                       \
        U16BIT result;                                      \
                                                            \
        result = (U16BIT)*(pData);                          \
        opVar  = (U16BIT)((result << 8) | *((pData) + 1));  \
    }

#define GET_UINT16_L0CHK	(		pData,
			var16,
			condn,
			dbgErrActn,
			relErrActn
	)

Value:

GET_UINT16( pData, var16 );                                         \
        if (!( condn )) { dbgErrActn; relErrActn; }

#define GET_UINT16_L1CHK	(		pData,
			var16,
			condn,
			dbgErrActn,
			relErrActn
	)

Value:

GET_UINT16( pData, var16 );                                         \
            if (!( condn )) { dbgErrActn; relErrActn; }

#define GET_UINT16_L2CHK	(		pData,
			var16,
			condn,
			dbgErrActn,
			relErrActn
	)

Value:

GET_UINT16( pData, var16 );                                     \
            if (!( condn )) { dbgErrActn; }

#define GET_UINT32_C	(		pData,
			opVar
	)

Value:

{                                                       \
        U32BIT result;                                      \
                                                            \
        result = (U32BIT)*(pData);                          \
        result = (U32BIT)((result << 8) | *((pData) + 1));  \
        result = (U32BIT)((result << 8) | *((pData) + 2));  \
        opVar  = (U32BIT)((result << 8) | *((pData) + 3));  \
    }

#define GET_UINT32_L0CHK	(		pData,
			var32,
			condn,
			dbgErrActn,
			relErrActn
	)

Value:

GET_UINT32( pData, var32 );                                         \
        if (!( condn )) { dbgErrActn; relErrActn; }

#define GET_UINT32_L1CHK	(		pData,
			var32,
			condn,
			dbgErrActn,
			relErrActn
	)

Value:

GET_UINT32( pData, var32 );                                         \
            if (!( condn )) { dbgErrActn; relErrActn; }

#define GET_UINT32_L2CHK	(		pData,
			var32,
			condn,
			dbgErrActn,
			relErrActn
	)

Value:

GET_UINT32( pData, var32 );                                     \
            if (!( condn )) { dbgErrActn; }

#define GET_UINT8_L0CHK	(		pData,
			var8,
			condn,
			dbgErrActn,
			relErrActn
	)

Value:

GET_UINT8( pData, var8 );                                           \
        if (!( condn )) { dbgErrActn; relErrActn; }

#define GET_UINT8_L1CHK	(		pData,
			var8,
			condn,
			dbgErrActn,
			relErrActn
	)

Value:

GET_UINT8( pData, var8 );                                           \
            if (!( condn )) { dbgErrActn; relErrActn; }

#define GET_UINT8_L2CHK	(		pData,
			var8,
			condn,
			dbgErrActn,
			relErrActn
	)

Value:

GET_UINT8( pData, var8 );                                       \
            if (!( condn )) { dbgErrActn; }

#define READ_UINT16_C	(		pData,
			opVar
	)

Value:

{                                                   \
        U16BIT result;                                  \
                                                        \
        result = (U16BIT)*(pData)++;                    \
        opVar  = (U16BIT)((result << 8) | *(pData)++);  \
    }

#define READ_UINT16_L0CHK	(		pData,
			var16,
			condn,
			dbgErrActn,
			relErrActn
	)

Value:

READ_UINT16( pData, var16 );                                        \
        if (!( condn )) { dbgErrActn; relErrActn; }

#define READ_UINT16_L1CHK	(		pData,
			var16,
			condn,
			dbgErrActn,
			relErrActn
	)

Value:

READ_UINT16( pData, var16 );                                        \
            if (!( condn )) { dbgErrActn; relErrActn; }

#define READ_UINT16_L2CHK	(		pData,
			var16,
			condn,
			dbgErrActn,
			relErrActn
	)

Value:

READ_UINT16( pData, var16 );                                    \
            if (!( condn )) { dbgErrActn; }

#define READ_UINT32_C	(		pData,
			opVar
	)

Value:

{                                                   \
        U32BIT result;                                  \
                                                        \
        result = (U32BIT)*(pData)++;                    \
        result = (U32BIT)((result << 8) | *(pData)++);  \
        result = (U32BIT)((result << 8) | *(pData)++);  \
        opVar  = (U32BIT)((result << 8) | *(pData)++);  \
    }

#define READ_UINT32_L0CHK	(		pData,
			var32,
			condn,
			dbgErrActn,
			relErrActn
	)

Value:

READ_UINT32( pData, var32 );                                        \
        if (!( condn )) { dbgErrActn; relErrActn; }

#define READ_UINT32_L1CHK	(		pData,
			var32,
			condn,
			dbgErrActn,
			relErrActn
	)

Value:

READ_UINT32( pData, var32 );                                        \
            if (!( condn )) { dbgErrActn; relErrActn; }

#define READ_UINT32_L2CHK	(		pData,
			var32,
			condn,
			dbgErrActn,
			relErrActn
	)

Value:

READ_UINT32( pData, var32 );                                    \
            if (!( condn )) { dbgErrActn; }

#define READ_UINT8_L0CHK	(		pData,
			var8,
			condn,
			dbgErrActn,
			relErrActn
	)

Value:

READ_UINT8( pData, var8 );                                          \
        if (!( condn )) { dbgErrActn; relErrActn; }

#define READ_UINT8_L1CHK	(		pData,
			var8,
			condn,
			dbgErrActn,
			relErrActn
	)

Value:

READ_UINT8( pData, var8 );                                          \
            if (!( condn )) { dbgErrActn; relErrActn; }

#define READ_UINT8_L2CHK	(		pData,
			var8,
			condn,
			dbgErrActn,
			relErrActn
	)

Value:

READ_UINT8( pData, var8 );                                      \
            if (!( condn )) { dbgErrActn; }