BOOL CConfigData::bGetData(void*& lpData, int& nStreamLength, std::string strSectionName)
{
BOOL bRetVal = FALSE;
// is the configuration loaded?
// if((m_bConfigInfoLoaded == TRUE) && (bRetVal == TRUE))
{
SectionData tempSecData;
tempSecData.sectionName = strSectionName;
bRetVal = getSectionData(m_strCurrProjName, tempSecData.sectionName, tempSecData);
if (bRetVal != FALSE)
{
bRetVal = FALSE;
BYTE* pbNewDat = new BYTE[tempSecData.blobLen];
if (pbNewDat != NULL)
{
memcpy(pbNewDat, tempSecData.blob, tempSecData.blobLen);
nStreamLength = tempSecData.blobLen;
lpData = (void*) pbNewDat;
bRetVal = TRUE;
}
else
{
}
}
}
return bRetVal;
}
void EhFrame::moveInputFragments(EhFrame& pInFrame, CIE& pInCIE, CIE* pOutCIE) {
SectionData& in_sd = *pInFrame.getSectionData();
SectionData::FragmentListType& in_frag_list = in_sd.getFragmentList();
SectionData& out_sd = *getSectionData();
SectionData::FragmentListType& out_frag_list = out_sd.getFragmentList();
if (!pOutCIE) {
// Newly inserted
Fragment* frag = in_frag_list.remove(SectionData::iterator(pInCIE));
out_frag_list.push_back(frag);
frag->setParent(&out_sd);
for (fde_iterator i = pInCIE.begin(), e = pInCIE.end(); i != e; ++i) {
frag = in_frag_list.remove(SectionData::iterator(**i));
out_frag_list.push_back(frag);
frag->setParent(&out_sd);
}
return;
}
SectionData::iterator cur_iter(*pOutCIE);
assert(cur_iter != out_frag_list.end());
for (fde_iterator i = pInCIE.begin(), e = pInCIE.end(); i != e; ++i) {
Fragment* frag = in_frag_list.remove(SectionData::iterator(**i));
cur_iter = out_frag_list.insertAfter(cur_iter, frag);
frag->setParent(&out_sd);
}
}
void EhFrame::moveInputFragments(EhFrame& pInFrame) {
SectionData& in_sd = *pInFrame.getSectionData();
SectionData::FragmentListType& in_frag_list = in_sd.getFragmentList();
SectionData& out_sd = *getSectionData();
SectionData::FragmentListType& out_frag_list = out_sd.getFragmentList();
while (!in_frag_list.empty()) {
Fragment* frag = in_frag_list.remove(in_frag_list.begin());
out_frag_list.push_back(frag);
frag->setParent(&out_sd);
}
}
size_t EhFrame::computeOffsetSize() {
size_t offset = 0u;
SectionData::FragmentListType& frag_list =
getSectionData()->getFragmentList();
for (SectionData::iterator i = frag_list.begin(), e = frag_list.end(); i != e;
++i) {
Fragment& frag = *i;
frag.setOffset(offset);
offset += frag.size();
}
getSection().setSize(offset);
return offset;
}
errlHndl_t AttributeSync::syncSectionToFsp(
TARGETING::SECTION_TYPE i_section_to_sync )
{
errlHndl_t l_errl = NULL;
msg_t * msg = NULL;
iv_section_to_sync = i_section_to_sync;
do{
// set up the pointers to the data area
getSectionData();
for( iv_current_page = 0;
iv_current_page < iv_total_pages; iv_current_page++ )
{
msg = msg_allocate();
msg->type = ATTR_SYNC_SECTION_TO_FSP;
msg->data[0] = 0;
ATTR_SYNC_ADD_SECTION_ID( iv_section_to_sync, msg->data[0] );
ATTR_SYNC_ADD_PAGE_NUMBER( iv_current_page, msg->data[0] );
// set the 2nd data word to the buffer size
msg->data[1] = PAGESIZE;
// allocated storage will always be 4k
msg->extra_data = MBOX::allocate( PAGESIZE );
// copy the attributes from mem to our buffer.
memcpy( msg->extra_data,
iv_pages[iv_current_page].dataPtr, PAGESIZE );
TARG_INF("syncSectionToFsp() - copy %d bytes from %p to %p",
PAGESIZE, iv_pages[iv_current_page].dataPtr,
msg->extra_data);
// mailbox code will free both the msg and the extra data
// we allocated above for an async message.
l_errl = sendMboxMessage( ASYNCHRONOUS, msg );
if( l_errl )
{
TARG_ERR("failed sending sync message");
break;
}
}
if(( l_errl == NULL ) && ( iv_total_pages != 0 ))
{
// tell fsp to commit the last section of data we sent
l_errl = sendSyncCompleteMessage();
if( l_errl )
{
TARG_ERR("failed sending sync complete message");
}
}
}while(0);
return l_errl;
}
