bool Inet::Request(const wchar_t* cmd,const wchar_t* url,PairDataArray head,PairDataArray content){
wstring res;
wstring head_str,content_str;
wstring proto,host,path;
m_func.UrlSplit(url,&proto,&host,&path);
Connect(host.c_str(),proto.c_str());
SetDefaultHeader(&head);
m_func.HeaderJoin(head,&head_str);
m_func.ContentJoin(content,&content_str);
m_func.GetRequestString(cmd,url,head_str.c_str(),content_str.c_str(),&res);
m_socket.Send(res.c_str(),res.size());
return true;
}
TInt E32ImageFile_ELF::Translate(const char* aFileName, TUint aDataBase, TBool aAllowDllData, \
TBool aSymLkupEnabled)
//
// Translate a ELF format file to a E32Image file
//
{
iSource = EElfFile;
ELFFile elffile;
if (!elffile.Init((const TText * const)aFileName)) return KErrGeneral;
iFileName = strdup(aFileName);
Adjust(ALIGN4(sizeof(E32ImageHeaderV))); // fixed for now because holes not supported
SetDefaultHeader();
iHdr->iDllRefTableCount = elffile.NumberOfImportDlls();
iHdr->iExportDirCount = elffile.NumberOfExports();
iHdr->iCodeBase = elffile.iLinkedBase;
if(aSymLkupEnabled)
{
if( !SetUpLookupTable(elffile) )
return KErrGeneral;
}
TInt size = ALIGN4(sizeof(E32ImageHeaderV)); // fixed for now because holes not supported
iHdr->iCodeOffset = size;
TInt pos = size;
size+=DoCodeHeader(elffile);
size += DoSymbolLookupHeader(elffile, size - pos);
TInt nimports=elffile.NumberOfImports();
TInt importSectionSize;
char *newImportSection=CreateImportSection(elffile, importSectionSize);
TInt t=DoDataHeader(elffile, aDataBase);
if (t>0)
{
iHdr->iDataOffset = size;
size += t;
}
if (importSectionSize!=0)
{
iHdr->iImportOffset=size;
size+=ALIGN4(importSectionSize);
}
char *newCodeRelocs=NULL;
char *newDataRelocs=NULL;
TInt codeRelocSize=0, dataRelocSize=0;
TInt nCodeRelocs=elffile.NumberOfCodeRelocs();
TInt nDataRelocs=elffile.NumberOfDataRelocs();
if (nCodeRelocs + nDataRelocs)
{
Elf32_Rel **codeRelocs=new Elf32_Rel * [nCodeRelocs];
Elf32_Rel **dataRelocs=new Elf32_Rel * [nDataRelocs];
if (!elffile.GetRelocs(codeRelocs, dataRelocs)) return KErrGeneral;
FixRelocs(elffile, codeRelocs, dataRelocs);
if (elffile.iCodeSegmentHdr)
newCodeRelocs=CreateRelocs(elffile, codeRelocs, nCodeRelocs, codeRelocSize, elffile.iCodeSegmentHdr->p_vaddr);
if (elffile.iDataSegmentHdr)
newDataRelocs=CreateRelocs(elffile, dataRelocs, nDataRelocs, dataRelocSize, elffile.iDataSegmentHdr->p_vaddr);
if (codeRelocSize)
{
iHdr->iCodeRelocOffset = size;
size += codeRelocSize;
}
if (dataRelocSize)
{
iHdr->iDataRelocOffset = size;
size += dataRelocSize;
}
delete [] codeRelocs;
delete [] dataRelocs;
}
Adjust(size);
t=CopyCode(iData + pos, elffile);
if (t<0)
return KErrGeneral;
pos += t;
t = CopyExportSymInfo(iData+pos, elffile);
if (t<0)
return KErrGeneral;
pos += t;
pos += CopyData(iData + pos, elffile);
if (nimports)
{
memcpy(iData + pos, newImportSection, importSectionSize);
pos += ALIGN4(importSectionSize);
}
if (codeRelocSize)
{
memcpy(iData + pos, newCodeRelocs, codeRelocSize);
pos += codeRelocSize;
}
if (dataRelocSize)
{
memcpy(iData + pos, newDataRelocs, dataRelocSize);
pos += dataRelocSize;
}
// locate the entry point
TUint entryPointOffset=elffile.GetEntryPointOffset();
// Arrange a header for this E32 Image
iHdr->iCpuIdentifier = (TUint16)ECpuArmV4;
// Import format is ELF-derived
iHdr->iFlags |= KImageImpFmt_ELF;
// ABI is ARM EABI
iHdr->iFlags |= KImageABI_EABI;
if (ImageIsDll(elffile))
{
iHdr->iFlags |= KImageDll;
if (iHdr->iDataSize && !aAllowDllData)
return Print(EError, "Dll '%s' has initialised data.\n", iFileName);
if (iHdr->iBssSize && !aAllowDllData)
return Print(EError, "Dll '%s' has uninitialised data.\n", iFileName);
}
iHdr->iHeapSizeMin = elffile.iHeapCommittedSize;
iHdr->iHeapSizeMax = elffile.iHeapReservedSize;
iHdr->iStackSize = elffile.iStackCommittedSize;
iHdr->iEntryPoint = entryPointOffset;
TInt r = DetermineEntryPointType();
if (r == KErrCorrupt)
return Print(EError, "File '%s': Bad Entry Point.\n", iFileName);
else if (r == KErrNotSupported)
return Print(EError, "File '%s': Bad Entry Point Type.\n", iFileName);
SetUpExceptions(elffile);
delete [] newImportSection;
delete [] newCodeRelocs;
delete [] newDataRelocs;
return KErrNone;
}