void RTFCompData::Write(CRtfWriter* fp, char cDelineator)
{
unsigned long iOutSize = 0;
unsigned long iTotSize = 0;
RTFinflator rfi(pData,iSize+1);
CQuickBuildString cqs;
char* pInflated=new char[16385];
THROW_IF_FAILED_TO_ALLOCATE_MEMORY(pInflated, _T("Failed to allocate Char buffer"));
while (!rfi.IsFinished())
{
iOutSize=rfi.GetData(pInflated,16384);
iTotSize+=iOutSize;
cqs.Assign(pInflated,iOutSize);
if (cDelineator != 0) // non-delineator
fp->WriteDelineatedStringDirect(cqs, cDelineator);
else
fp->WriteStringDirect(cqs);
}
CHECK_ALGORITHM_INTEGRITY(rfi.IsFinished());
CHECK_ALGORITHM_INTEGRITY(iTotSize==iFullSize);
::delete [] pInflated;
}
/**
* Scan a file for Rcd meta-data, and add it to the collection if all is well.
* @param fname Filename of the file to scan.
* @return Error message, or \c nullptr if no error found.
*/
const char *RcdFileCollection::ScanFileForMetaInfo(const char *fname)
{
RcdFileReader rcd_file(fname);
if (!rcd_file.CheckFileHeader("RCDF", 2)) return "Wrong header";
/* Load block. */
if (!rcd_file.ReadBlockHeader() || (strcmp(rcd_file.name, "INFO") != 0)) {
/* End reached or found a non-meta block, end scanning. */
return "No INFO block found.";
}
/* Load INFO block. */
if (rcd_file.version != 1) return "INFO block has wrong version";
uint32 remaining = rcd_file.size;
std::string build = GetString(rcd_file, 16, &remaining);
std::string name = GetString(rcd_file, 64, &remaining);
std::string uri = GetString(rcd_file, 128, &remaining);
std::string website = GetString(rcd_file, 128, &remaining);
std::string description = GetString(rcd_file, 512, &remaining);
if (remaining != 0) return "Error while reading INFO text.";
RcdFileInfo rfi(fname, uri, build);
this->AddFile(rfi);
return nullptr; // Success.
}
FindFiles::IIList &FindFilesInMappedDirs::loadItems() {
FindFiles::clear();
RecursiveFileIterator rfi(&std::cerr);
const TPKGS::PathPairSet &pmap = tss.t.getInstallPathMap();
for(TPKGS::PathPairSet::const_iterator a = pmap.begin(); a != pmap.end(); a++) {
rfi.addPathToVisit(a->second.string());
}
rfi.run(*this);
return result;
}
int main()
{
pfd(2.0);
CHECK_GOOD(3);
pfi(2);
CHECK_GOOD(3+4);
rfi(2);
CHECK_GOOD(3+4+4);
rfd(2.0);
CHECK_GOOD(3+4+4+3);
return errors != 0;
}
void cPluginRadio::Replaying(const cControl *Control, const char *Name, const char *FileName, bool On)
{
IsRadioOrReplay = 0;
radioAudio->DisableRadioTextProcessing();
if (S_Activate == false) return;
bool isRadio = false;
if (On && FileName != NULL) {
char *vdrfile;
// check VDR PES-Recordings
asprintf(&vdrfile, "%s/001.vdr", FileName);
if (file_exists(vdrfile)) {
#if VDRVERSNUM >= 10703
cFileName fn(FileName, false, true, true);
#else
cFileName fn(FileName, false, true);
#endif
cUnbufferedFile *f = fn.Open();
if (f) {
uchar b[4] = { 0x00, 0x00, 0x00, 0x00 };
ReadFrame(f, b, sizeof (b), sizeof (b));
fn.Close();
isRadio = (b[0] == 0x00) && (b[1] == 0x00) && (b[2] == 0x01) && (0xc0 <= b[3] && b[3] <= 0xdf);
}
}
#if VDRVERSNUM >= 10703
// check VDR TS-Recordings
asprintf(&vdrfile, "%s/info", FileName);
if (file_exists(vdrfile)) {
cRecordingInfo rfi(FileName);
if (rfi.Read()) {
if (rfi.FramesPerSecond() > 0 && rfi.FramesPerSecond() < 18) // max. seen 13.88 @ ARD-RadioTP 320k
isRadio = true;
}
}
#endif
free(vdrfile);
}
if (isRadio) {
if (!file_exists(ReplayFile))
dsyslog("radio: replay-image not found '%s'", ReplayFile);
else
radioImage->SetBackgroundImage(ReplayFile);
radioAudio->EnableRadioTextProcessing(Name, 0, true);
IsRadioOrReplay = 2;
}
}
FindFiles::IIList &FindFilesInInstallDirs::loadItems(const Path &installDirsFile) {
FindFiles::clear();
RecursiveFileIterator rfi(&std::cerr);
std::ifstream installFolderFileStream;
installFolderFileStream.exceptions(std::ios::badbit);
installFolderFileStream.open(installDirsFile.c_str(), std::ios::in);
std::string line;
while(!!getline(installFolderFileStream, line)) {
boost::trim(line);
if(!line.empty()) {
rfi.addPathToVisit(line);
}
}
rfi.run(*this);
return result;
}
BYTE* RTFCompData::GetUncompressedDataAsBytes(long* lBufferLength) const
{
// unpack it, but also turn it into bytes, from the text representation, eg 0100055EFF etc
(*lBufferLength) = 0;
long lLength = iFullSize / 2;
BYTE* byteBuffer = new BYTE[1 + lLength];
THROW_IF_FAILED_TO_ALLOCATE_MEMORY(byteBuffer, _T("Failed to allocate byte buffer"));
BYTE b;
unsigned long iOutSize = 0;
unsigned long iTotSize = 0;
RTFinflator rfi(pData,iSize+1);
char* pInflated=new char[16385];
THROW_IF_FAILED_TO_ALLOCATE_MEMORY(pInflated, _T("Failed to allocate Char buffer"));
while (!rfi.IsFinished())
{
iOutSize=rfi.GetData(pInflated,16384);
for (unsigned long i = 0, j = 0; i < iOutSize; i++,j++)
{
if (isdigit(pInflated[i])) b = pInflated[i] - '0';
else b = pInflated[i] - 'a' + 10; // always lower
i++;
b <<= 4;
if (isdigit(pInflated[i])) b |= pInflated[i] - '0';
else b |= pInflated[i] - 'a' + 10; // always lower
byteBuffer[(iTotSize/2)+j] = b;
}
iTotSize+=iOutSize;
}
CHECK_ALGORITHM_INTEGRITY(rfi.IsFinished());
CHECK_ALGORITHM_INTEGRITY(iTotSize==iFullSize);
::delete [] pInflated;
(*lBufferLength) = lLength;
return byteBuffer;
}
int main()
{
if( fv(rfc()) == fv(rfi()) ) fail(__LINE__);
_PASS;
}
