Example #1
0
WFUTError WFUTClient::getLocalList(const std::string &filename, ChannelFileList &files) {
  assert (m_initialised == true);
  if (parseFileList(filename, files)) {
//    printf("Error parsing local file list\n");
    return WFUT_PARSE_ERROR;
  }
  return WFUT_NO_ERROR;
}
Example #2
0
    FileTransfer::FileTransfer( const Tag* tag )
      : Plugin( PluginFileTransfer ), m_type( Invalid )
    {
      if( !tag || tag->xmlns() != XMLNS_JINGLE_FILE_TRANSFER )
        return;

      std::string name = tag->name();
      if( name == "description" )
      {
        const Tag* c = tag->findTag( "description/offer|description/request" );
        if( c )
        {
          parseFileList( c->findChildren( "file" ) );
          name = c->name();
        }
      }
      else if( name == "checksum" || name == "abort" || name == "received" )
      {
        parseFileList( tag->findChildren( "file" ) );
      }

      m_type = (Type)util::lookup( name, typeValues );
    }
bool VirtualKinectCapture::open(std::string filelist)
{
    if (!bOpened_)
    {
        bOpened_ = parseFileList(filelist);

        if (bOpened_)
        {
            if ((depthFileType_ == VK_DEPTH_FILE_VIDEO) && depthCapture_.open(depthFile_[0]))
            {
                showVideoInfo(depthCapture_);

                frameCount_ = depthCapture_.get(CV_CAP_PROP_FRAME_COUNT);
            }
            else if (depthFileType_ == VK_DEPTH_FILE_IMAGE)
            {
                frameCount_ = depthFile_.size();
            }
            bOpened_ = frameCount_ != 0;

            if ((colorFileType_ == VK_COLOR_FILE_VIDEO) && colorCapture_.open(colorFile_[0]))
            {
                bOpened_ = colorCapture_.get(CV_CAP_PROP_FRAME_COUNT) == frameCount_;

                if (!bOpened_)
                    std::cerr << "Error: frame count of BGR images is not equal to that of depth maps !\n";
                else
                {
                    showVideoInfo(colorCapture_);

                    bOpened_ = colorCapture_.get(CV_CAP_PROP_FOURCC) == depthCapture_.get(CV_CAP_PROP_FOURCC);
                    if (!bOpened_)
                        std::cerr << "The codecs of image video and depth video must be the same!\n";
                }

            }
            else if (colorFileType_ = VK_COLOR_FILE_IMAGE)
            {
                bOpened_ = colorFile_.size() == frameCount_;
                if (!bOpened_)
                    std::cerr << "Error: frame count of BGR images is not equal to that of depth maps !\n";
            }
        }
    }

    return (bOpened_);
}
Example #4
0
void fileTransferThread::readyRead() {
	while( socket->bytesAvailable() ) {
		if(stream.isEmpty()) {
			streamHeader=socket->read(8-streamHeader.size());
			if(streamHeader.size() < 8)
				return;
			memcpy(&streamSize, streamHeader.mid(4).data(), 4);
		}
		stream+=socket->read( streamSize-stream.size() );

		if( streamSize > (quint32)stream.size() ) //packet is not full
			return;

		if( streamHeader.at(0) == ConnectionRequest ) {
			qDebug()<<"ConnectionRequest";
			estabilishFileTransfering( stream );
		} else if( streamHeader.at(0) == ConnectionRequestAck) {
			qDebug()<<"ConnectionRequestAck";
		} else if( streamHeader.at(0) == FileList) {
			qDebug()<<"FileList";
			parseFileList( stream );
		} else if( streamHeader.at(0) == FileListAck) {
			qDebug()<<"FileListAck";
		} else if( streamHeader.at(0) == FileRequest) {
			qDebug()<<"FileRequest";
			sendFile( stream );
		} else if( streamHeader.at(0) == FileData) {
			qDebug()<<"FileData";
			parseWriteData( stream );
		} else if( streamHeader.at(0) == EndOfFile) {
			qDebug()<<"EndOfFile";
			parseEndOfFile();
		} else if( streamHeader.at(0) == TransferAbort) {
			qDebug()<<"TransferAbort";
		} else {
			qDebug()<<"Unknown type";
		}
		stream.clear();
		streamHeader.clear();
	}
}