void parse_file_args(int *argc, char *argv[], int nf, t_filenm fnm[],
const char *deffnm, gmx_bool bReadNode)
{
int i, j;
gmx_bool *bRemove;
check_opts(nf, fnm);
for (i = 0; (i < nf); i++)
{
UN_SET(fnm[i]);
}
if (*argc > 1)
{
snew(bRemove, (*argc)+1);
i = 1;
do
{
for (j = 0; (j < nf); j++)
{
if (strcmp(argv[i], fnm[j].opt) == 0)
{
DO_SET(fnm[j]);
bRemove[i] = TRUE;
i++;
/* check if we are out of arguments for this option */
if ((i >= *argc) || (argv[i][0] == '-'))
{
set_filenm(&fnm[j], fnm[j].fn, deffnm, bReadNode);
}
/* sweep up all file arguments for this option */
while ((i < *argc) && (argv[i][0] != '-'))
{
set_filenm(&fnm[j], argv[i], NULL, bReadNode);
bRemove[i] = TRUE;
i++;
/* only repeat for 'multiple' file options: */
if (!IS_MULT(fnm[j]))
{
break;
}
}
break; /* jump out of 'j' loop */
}
}
/* No file found corresponding to option argv[i] */
if (j == nf)
{
i++;
}
}
while (i < *argc);
/* Remove used entries */
for (i = j = 0; (i <= *argc); i++)
{
if (!bRemove[i])
{
argv[j++] = argv[i];
}
}
(*argc) = j - 1;
sfree(bRemove);
}
set_filenms(nf, fnm, deffnm, bReadNode);
}
/*!
* Memory copy using HW engines
*
* reserved [unused]
* pDmaInputBuffer [in] -A structure which represents the DMA input buffer.
* pDmaOutputBuffer [in/out] -A structure which represents the DMA output buffer.
*
* \return int One of DX_SYM_* error codes defined in dx_error.h.
*/
int ProcessBypass(struct sep_ctx_generic *reserved, DmaBuffer_s *pDmaInputBuffer, DmaBuffer_s *pDmaOutputBuffer)
{
Bypass_t dmaTypeIn, dmaTypeOut;
int drvRc = DX_RET_OK;
dmaTypeIn = GetBypassType(pDmaInputBuffer->dmaBufType, pDmaInputBuffer->pData);
dmaTypeOut = GetBypassType(pDmaOutputBuffer->dmaBufType, pDmaOutputBuffer->pData);
if ((dmaTypeIn == BYPASS_MAX) || (dmaTypeOut == BYPASS_MAX)) {
DX_PAL_LOG_ERR("Invalid din/dout memory type\n");
drvRc = DX_RET_INVARG;
goto EndWithErr;
}
switch (dmaTypeIn) {
case BYPASS_SRAM:
switch (dmaTypeOut) {
case BYPASS_DLLI:
if (IS_ALIGNED(pDmaInputBuffer->pData, sizeof(uint32_t)) ||
IS_MULT(pDmaInputBuffer->size, sizeof(uint32_t))) {
DescBypass(
DMA_SRAM,
pDmaInputBuffer->pData,
pDmaInputBuffer->size,
pDmaInputBuffer->axiNs,
DMA_DLLI,
pDmaOutputBuffer->pData,
pDmaOutputBuffer->size,
pDmaOutputBuffer->axiNs);
} else {
DX_PAL_LOG_ERR("Bad address or bad size. SRAM to DLLI copy -Input address %xl with %ul B\n",
pDmaInputBuffer->pData, pDmaInputBuffer->size);
drvRc = DX_RET_INVARG;
goto EndWithErr;
}
break;
default:
DX_PAL_LOG_ERR("Invalid BYPASS mode\n");
drvRc = DX_RET_UNSUPP_ALG_MODE;
goto EndWithErr;
}
break;
case BYPASS_DLLI:
switch (dmaTypeOut) {
case BYPASS_SRAM:
if (IS_ALIGNED(pDmaInputBuffer->pData, sizeof(uint32_t)) ||
IS_MULT(pDmaInputBuffer->size, sizeof(uint32_t))) {
DescBypass(
DMA_DLLI,
pDmaInputBuffer->pData,
pDmaInputBuffer->size,
pDmaInputBuffer->axiNs,
DMA_SRAM,
pDmaOutputBuffer->pData,
pDmaOutputBuffer->size,
pDmaOutputBuffer->axiNs);
} else {
DX_PAL_LOG_ERR("Bad address or bad size. SRAM to DLLI copy -Input address %xl with %ul B\n",
pDmaInputBuffer->pData, pDmaInputBuffer->size);
drvRc = DX_RET_INVARG;
goto EndWithErr;
}
break;
case BYPASS_DLLI:
DescBypass(
DMA_BUF_TYPE_TO_MODE(pDmaInputBuffer->dmaBufType),
pDmaInputBuffer->pData,
pDmaInputBuffer->size,
pDmaInputBuffer->axiNs,
DMA_BUF_TYPE_TO_MODE(pDmaOutputBuffer->dmaBufType),
pDmaOutputBuffer->pData,
pDmaOutputBuffer->size,
pDmaOutputBuffer->axiNs);
break;
default:
DX_PAL_LOG_ERR("Invalid BYPASS mode\n");
drvRc = DX_RET_UNSUPP_ALG_MODE;
goto EndWithErr;
}
break;
default:
DX_PAL_LOG_ERR("Invalid BYPASS mode\n");
drvRc = DX_RET_UNSUPP_ALG_MODE;
break;
}
EndWithErr:
return drvRc;
}
