Ret_t buildDevInfExtCmd(XltDecoderPtr_t pDecoder, VoidPtr_t *ppElem) {
XltDecScannerPtr_t pScanner;
SmlDevInfExtPtr_t pElem;
Ret_t rc;
pScanner = pDecoder->scanner;
if (*ppElem != NULL)
return SML_ERR_XLT_INVAL_SYNCML_DOC;
if ((pElem = (SmlDevInfExtPtr_t)smlLibMalloc(sizeof(SmlDevInfExt_t))) == NULL)
return SML_ERR_NOT_ENOUGH_SPACE;
smlLibMemset(pElem, 0, sizeof(SmlDevInfExt_t));
if (IS_EMPTY(pScanner->curtok)) {
*ppElem = pElem;
return SML_ERR_OK;
}
if (((rc = nextToken(pDecoder)) != SML_ERR_OK)) {
smlLibFree(pElem);
return rc;
}
while (pScanner->curtok->type != TOK_TAG_END) {
switch (pScanner->curtok->tagid) {
case TN_DEVINF_XNAM:
rc = buildPCData(pDecoder, (VoidPtr_t)&pElem->xnam);
break;
case TN_DEVINF_XVAL:
rc = buildPCDataList(pDecoder, (VoidPtr_t)&pElem->xval);
break;
default:
rc = SML_ERR_XLT_INVAL_SYNCML_DOC;
}
if (rc != SML_ERR_OK) {
smlLibFree(pElem);
return rc;
}
if (((rc = nextToken(pDecoder)) != SML_ERR_OK)) {
smlLibFree(pElem);
return rc;
}
}
*ppElem = pElem;
return SML_ERR_OK;
}
Ret_t buildMetInfMetInfCmd(XltDecoderPtr_t pDecoder, VoidPtr_t *ppElem) {
XltDecScannerPtr_t pScanner;
SmlMetInfMetInfPtr_t pMeta;
Ret_t rc;
int foundWrapper = 0;
pScanner = pDecoder->scanner;
if (*ppElem != NULL)
return SML_ERR_XLT_INVAL_SYNCML_DOC;
if ((pMeta = (SmlMetInfMetInfPtr_t)smlLibMalloc(sizeof(SmlMetInfMetInf_t))) == NULL)
return SML_ERR_NOT_ENOUGH_SPACE;
smlLibMemset(pMeta, 0, sizeof(SmlMetInfMetInf_t));
if (IS_EMPTY(pScanner->curtok)) {
*ppElem = pMeta;
return SML_ERR_OK;
}
if (((rc = nextToken(pDecoder)) != SML_ERR_OK)) {
smlFreeMetinfMetinf(pMeta);
//smlLibFree(pMeta);
return rc;
}
while (pScanner->curtok->type != TOK_TAG_END) {
switch (pScanner->curtok->tagid) {
case TN_METINF_METINF: /* ignore - it's just the wrapper tag */
foundWrapper = 1;
break;
case TN_METINF_FORMAT:
rc = buildPCData(pDecoder, (VoidPtr_t)&pMeta->format);
break;
case TN_METINF_TYPE:
rc = buildPCData(pDecoder, (VoidPtr_t)&pMeta->type);
break;
case TN_METINF_MARK:
rc = buildPCData(pDecoder, (VoidPtr_t)&pMeta->mark);
break;
case TN_METINF_SIZE:
rc = buildPCData(pDecoder, (VoidPtr_t)&pMeta->size);
break;
case TN_METINF_VERSION:
rc = buildPCData(pDecoder, (VoidPtr_t)&pMeta->version);
break;
case TN_METINF_NEXTNONCE:
rc = buildPCData(pDecoder, (VoidPtr_t)&pMeta->nextnonce);
break;
case TN_METINF_ANCHOR:
rc = buildMetInfAnchorCmd(pDecoder, (VoidPtr_t)&pMeta->anchor);
break;
case TN_METINF_MAXMSGSIZE:
rc = buildPCData(pDecoder, (VoidPtr_t)&pMeta->maxmsgsize);
break;
/* SCTSTK - 18/03/2002 S.H. 2002-04-05: SyncML 1.1 */
case TN_METINF_MAXOBJSIZE:
rc = buildPCData(pDecoder, (VoidPtr_t)&pMeta->maxobjsize);
break;
case TN_METINF_MEM:
rc = buildMetInfMemCmd(pDecoder, (VoidPtr_t)&pMeta->mem);
break;
case TN_METINF_EMI:
rc = buildPCDataList(pDecoder, (VoidPtr_t)&pMeta->emi);
break;
/* SyncML DS 1.2, Synthesis/luz 2005-08-24 */
case TN_METINF_FIELDLEVEL:
pMeta->flags |= SmlMetInfFieldLevel_f;
rc = buildEmptyTag(pDecoder); // allow for <tag></tag> instead of <tag/>
break;
default:
rc = SML_ERR_XLT_INVAL_SYNCML_DOC;
}
if (rc != SML_ERR_OK) {
smlFreeMetinfMetinf(pMeta);
//smlLibFree(pMeta);
return rc;
}
if (((rc = nextToken(pDecoder)) != SML_ERR_OK)) {
smlFreeMetinfMetinf(pMeta);
//smlLibFree(pMeta);
return rc;
}
}
if (foundWrapper) {
/* Optional Metinf root tag was used in this message.
* The actual token is the closing root tag.
* It is required that the scanner points to the first tag _after_
* <MetInf>...</MetInf>, so we just skip to the next token and continue.
*/
if (((rc = nextToken(pDecoder)) != SML_ERR_OK)) {
smlFreeMetinfMetinf(pMeta);
//smlLibFree(pMeta);
return rc;
}
}
*ppElem = pMeta;
return SML_ERR_OK;
}
Ret_t buildDevInfCtcap(XltDecoderPtr_t pDecoder, VoidPtr_t *ppElem) {
SmlDevInfCtcapListPtr_t pCtcap = NULL, pPrev = NULL;
SmlDevInfCTDataPropListPtr_t pOldProp = NULL, pProp = NULL;
SmlDevInfCTDataListPtr_t pOldParam = NULL, pParam = NULL;
SmlDevInfCtcapListPtr_t pElem = NULL;
XltDecScannerPtr_t pScanner;
Ret_t rc;
pElem = (SmlDevInfCtcapListPtr_t) *ppElem;
pScanner = pDecoder->scanner;
if (IS_EMPTY(pScanner->curtok)) {
*ppElem = pElem;
return SML_ERR_OK;
}
if (((rc = nextToken(pDecoder)) != SML_ERR_OK)) {
smlLibFree(pElem);
return rc;
}
while (pScanner->curtok->type != TOK_TAG_END) {
switch (pScanner->curtok->tagid) {
case TN_DEVINF_CTTYPE:
pCtcap = (SmlDevInfCtcapListPtr_t) *ppElem;
/* advance to the end of the list, and create ther an empty list element */
while (pCtcap != NULL) {
pPrev = pCtcap;
pCtcap = pPrev->next;
}
if ((pCtcap = (SmlDevInfCtcapListPtr_t)smlLibMalloc(sizeof(SmlDevInfCtcapList_t))) == NULL)
return SML_ERR_NOT_ENOUGH_SPACE;
smlLibMemset(pCtcap, 0, sizeof(SmlDevInfCtcapList_t));
if (pPrev != NULL) /* we already had some entries in the list */
pPrev->next = pCtcap;
else /* nope we created a new list */
*ppElem = pCtcap;
pCtcap->data = (SmlDevInfCTCapPtr_t)smlLibMalloc(sizeof(SmlDevInfCTCap_t));
if (pCtcap->data == NULL) return SML_ERR_NOT_ENOUGH_SPACE;
smlLibMemset(pCtcap->data, 0, sizeof(SmlDevInfCTCap_t));
rc = buildPCData(pDecoder, (VoidPtr_t)&pCtcap->data->cttype);
break;
case TN_DEVINF_PROPNAME:
pCtcap = (SmlDevInfCtcapListPtr_t) *ppElem;
if (pCtcap == NULL) return SML_ERR_XLT_INVAL_SYNCML_DOC;
while (pCtcap->next != NULL) {
pPrev = pCtcap;
pCtcap = pCtcap->next;
}
/* here we are at the latest defined DevInfCTCapPtr_t */
/* now we need to create a new DevInfCTDataPtr_t element, tostore the properties name */
pOldProp = NULL;
pProp = pCtcap->data->prop;
while (pProp != NULL) {
pOldProp = pProp;
pProp = pProp->next;
}
pProp = (SmlDevInfCTDataPropListPtr_t) smlLibMalloc(sizeof(SmlDevInfCTDataPropList_t));
if (pProp == NULL) return SML_ERR_NOT_ENOUGH_SPACE;
smlLibMemset(pProp, 0, sizeof(SmlDevInfCTDataPropList_t));
if (pOldProp != NULL)
pOldProp->next = pProp;
else
pCtcap->data->prop = pProp;
pProp->data = (SmlDevInfCTDataPropPtr_t)smlLibMalloc(sizeof(SmlDevInfCTDataProp_t));
if (pProp->data == NULL) return SML_ERR_NOT_ENOUGH_SPACE;
smlLibMemset(pProp->data, 0, sizeof(SmlDevInfCTDataProp_t));
pProp->data->prop = (SmlDevInfCTDataPtr_t)smlLibMalloc(sizeof(SmlDevInfCTData_t));
if (pProp->data->prop == NULL) return SML_ERR_NOT_ENOUGH_SPACE;
smlLibMemset(pProp->data->prop, 0, sizeof(SmlDevInfCTData_t));
rc = buildPCData(pDecoder, (VoidPtr_t)&pProp->data->prop->name);
break;
case TN_DEVINF_PARAMNAME:
pCtcap = (SmlDevInfCtcapListPtr_t) *ppElem;
if (pCtcap == NULL) return SML_ERR_XLT_INVAL_SYNCML_DOC;
while (pCtcap->next != NULL) {
pPrev = pCtcap;
pCtcap = pCtcap->next;
}
/* here we are at the latest defined DevInfCTCapPtr_t */
pProp = pCtcap->data->prop;
if (pProp == NULL) return SML_ERR_XLT_INVAL_SYNCML_DOC;
while (pProp->next != NULL) {
pProp = pProp->next;
}
/* here we are at the latest defined PropList Element in the latest defined CTCap element */
/* now lets insert a new Param element into this property */
pOldParam = NULL;
pParam = pProp->data->param;
while (pParam != NULL) {
pOldParam = pParam;
pParam = pParam->next;
}
pParam = (SmlDevInfCTDataListPtr_t)smlLibMalloc(sizeof(SmlDevInfCTDataList_t));
if (pParam == NULL) return SML_ERR_NOT_ENOUGH_SPACE;
smlLibMemset(pParam, 0, sizeof(SmlDevInfCTDataList_t));
if (pOldParam != NULL)
pOldParam->next = pParam;
else
pProp->data->param = pParam;
pParam->data = (SmlDevInfCTDataPtr_t)smlLibMalloc(sizeof(SmlDevInfCTData_t));
if (pParam->data == NULL) return SML_ERR_NOT_ENOUGH_SPACE;
smlLibMemset(pParam->data, 0, sizeof(SmlDevInfCTData_t));
rc = buildPCData(pDecoder, (VoidPtr_t)&pParam->data->name);
break;
case TN_DEVINF_DISPLAYNAME:
case TN_DEVINF_VALENUM:
case TN_DEVINF_DATATYPE:
case TN_DEVINF_SIZE:
/* The code for the above 4 is basically the same.
* The hardpart is finding the right SmlDevInfCTDataPtr_t
* struct, as it can be either within a Property or an Parameter.
*/
pCtcap = (SmlDevInfCtcapListPtr_t) *ppElem;
if (pCtcap == NULL) return SML_ERR_XLT_INVAL_SYNCML_DOC;
while (pCtcap->next != NULL) {
pCtcap = pCtcap->next;
}
/* here we are at the latest defined DevInfCTCapPtr_t */
pProp = pCtcap->data->prop;
if (pProp == NULL) return SML_ERR_XLT_INVAL_SYNCML_DOC;
while (pProp->next != NULL) {
pProp = pProp->next;
}
if (pProp->data == NULL) return SML_ERR_XLT_INVAL_SYNCML_DOC;
if (pProp->data->prop == NULL) return SML_ERR_XLT_INVAL_SYNCML_DOC;
if (pProp->data->param == NULL) {
/* No Param's yet so we have Property fields to fill */
switch(pScanner->curtok->tagid) {
case TN_DEVINF_DISPLAYNAME:
rc = buildPCData(pDecoder, (VoidPtr_t)&pProp->data->prop->dname);
break;
case TN_DEVINF_VALENUM:
rc = buildPCDataList(pDecoder, (VoidPtr_t)&pProp->data->prop->valenum);
break;
case TN_DEVINF_DATATYPE:
rc = buildPCData(pDecoder, (VoidPtr_t)&pProp->data->prop->datatype);
break;
case TN_DEVINF_SIZE:
rc = buildPCData(pDecoder, (VoidPtr_t)&pProp->data->prop->size);
break;
default:
break;
}
} else {
pParam = pProp->data->param;
while (pParam->next != NULL) {
pParam = pParam->next;
}
if (pParam->data == NULL) return SML_ERR_XLT_INVAL_SYNCML_DOC;
switch(pScanner->curtok->tagid) {
case TN_DEVINF_DISPLAYNAME:
rc = buildPCData(pDecoder, (VoidPtr_t)&pParam->data->dname);
break;
case TN_DEVINF_VALENUM:
rc = buildPCDataList(pDecoder, (VoidPtr_t)&pParam->data->valenum);
break;
case TN_DEVINF_DATATYPE:
rc = buildPCData(pDecoder, (VoidPtr_t)&pParam->data->datatype);
break;
case TN_DEVINF_SIZE:
rc = buildPCData(pDecoder, (VoidPtr_t)&pParam->data->size);
break;
default:
break;
}
}
break;
default:
rc = SML_ERR_XLT_INVAL_SYNCML_DOC;
}
if (rc != SML_ERR_OK) {
smlLibFree(pElem);
return rc;
}
if (((rc = nextToken(pDecoder)) != SML_ERR_OK)) {
smlLibFree(pElem);
return rc;
}
} /* eof while */
pElem = *ppElem;
return SML_ERR_OK;
}