/**
** Changement de taille d'une zone
**/
void *
smMemRealloc(void *pBlock, size_t newSize)
{
SM_MALLOC_CHUNK *c;
void *newBlock;
/* get a pointer to the old block header */
c = (SM_MALLOC_CHUNK *)pBlock - 1;
if (c->next != MALLOC_MAGIC) {
LOGDBG(("comLib:smMemLib: realloc(something not returned by malloc)\n"));
return NULL;
}
/* alloc new block */
newBlock = smMemMalloc(newSize);
if (newBlock == NULL) {
return NULL;
}
if (pBlock != NULL) {
if (newSize > c->length)
memcpy(newBlock, pBlock, c->length);
else
memcpy(newBlock, pBlock, newSize);
smMemFree(pBlock);
}
return newBlock;
}
void
h2rngDelete(H2RNG_ID rngId)
{
if (rngId == NULL) {
return;
}
/* Reseter le flag d'initialisation */
rngId->flgInit = 0;
/* Liberer le pool de memoire */
smMemFree ((char *) rngId);
}
STATUS
h2devClean(const char *name)
{
int i, match = 0;
unsigned char *pool;
if (h2devAttach() == ERROR) {
return ERROR;
}
/* Look for devices */
for (i = 0; i < H2_DEV_MAX; i++) {
if (H2DEV_TYPE(i) != H2_DEV_TYPE_NONE &&
fnmatch(name, H2DEV_NAME(i), 0) == 0) {
logMsg("Freeing %s\n", H2DEV_NAME(i));
match++;
switch (H2DEV_TYPE(i)) {
case H2_DEV_TYPE_MBOX:
mboxDelete(i);
break;
case H2_DEV_TYPE_POSTER:
pool = smObjGlobalToLocal(H2DEV_POSTER_POOL(i));
if (pool != NULL)
smMemFree(pool);
h2semDelete(H2DEV_POSTER_SEM_ID(i));
h2devFree(i);
break;
case H2_DEV_TYPE_TASK:
h2semDelete(H2DEV_TASK_SEM_ID(i));
h2devFree(i);
break;
case H2_DEV_TYPE_SEM:
case H2_DEV_TYPE_NONE:
break;
default:
/* error */
logMsg("comLib: unknown device type %d\n", H2DEV_TYPE(i));
return ERROR;
break;
} /* switch */
}
} /* for */
if (match == 0) {
logMsg("No matching device\n");
return ERROR;
}
return OK;
}
MSG_Q_ID msgQSmCreate
(
int maxMsgs, /* max messages that can be queued */
int maxMsgLength, /* max bytes in a message */
int options /* message queue options */
)
{
SM_MSG_Q_ID smMsgQId;
void * pSmMsgPool; /* pointer to memory for messages */
int nodeSize = SM_MSG_NODE_SIZE (maxMsgLength);
int temp; /* temp storage */
if (INT_RESTRICT () != OK) /* restrict ISR from calling */
{
return (NULL);
}
/*
* allocate shared memory message queue descriptor from
* dedicated shared memory pool.
*/
smMsgQId = (SM_MSG_Q_ID) smMemPartAlloc ((SM_PART_ID) smMsgQPartId,
sizeof (SM_MSG_Q));
if (smMsgQId == NULL)
{
return (NULL);
}
/*
* allocate shared memory message queue data buffers from
* shared memory system pool.
*/
pSmMsgPool = smMemMalloc (nodeSize * maxMsgs);
if (pSmMsgPool == NULL)
{
smMemPartFree ((SM_PART_ID) smMsgQPartId, (char *) smMsgQId);
return (NULL);
}
/* Initialize shared memory message queue structure */
if (msgQSmInit (smMsgQId, maxMsgs, maxMsgLength, options, pSmMsgPool) !=OK)
{
smMemPartFree ((SM_PART_ID) smMsgQPartId, (char *) smMsgQId);
smMemFree ((char *) pSmMsgPool);
return (NULL);
}
/* update shared infos data */
CACHE_PIPE_FLUSH (); /* CACHE FLUSH [SPR 68334] */
temp = pSmObjHdr->curNumMsgQ; /* PCI bridge bug [SPR 68844]*/
pSmObjHdr->curNumMsgQ = htonl (ntohl (pSmObjHdr->curNumMsgQ) + 1);
CACHE_PIPE_FLUSH (); /* CACHE FLUSH [SPR 68334] */
temp = pSmObjHdr->curNumMsgQ; /* BRIDGE FLUSH [SPR 68334] */
return ((MSG_Q_ID) (SM_OBJ_ADRS_TO_ID (smMsgQId)));
}
