// Function to filter sentences out of a stream
static inline bool parsesentence( const char*& seek, Sentence& out )
{
std::string content;
while ( true )
{
const char c = *seek++;
switch( c )
{
// End of the stream
case 0:
seek--;
// If there is no new sentence and the stream ended, we have to quit reading
if ( content.empty() )
return false; // ... indicated by false
out = Sentence( content, SENTENCE_NORMAL );
return true;
// Some standard sentence.
case '.':
// We should not care about empty sentences
if ( content.empty() )
break;
out = Sentence( content, SENTENCE_NORMAL );
return true;
// The guy wants to express something!
case '!':
if ( content.empty() )
break;
out = Sentence( content, SENTENCE_COMMAND );
return true;
// We are getting some question!
case '?':
if ( content.empty() )
break;
out = Sentence( content, SENTENCE_QUESTION );
return true;
}
content += c;
}
return true;
}
void VoiceEndpoint::timerEvent(QTimerEvent *event)
{
if(m_sesTimer > 0 && event && event->timerId() == m_sesTimer) {
killTimer(m_sesTimer);
m_sesTimer = 0;
switch (m_sesPhase) {
case PhSetupRequest:
sessionSetupResponse(ResTimeout,QUuid());
break;
case PhSetupComplete:
sessionSetupResponse(ResInvalidMessage,QUuid());
break;
case PhAudioStarted:
stopAudioStream(m_sessId);
break;
case PhAudioStopped:
//transcriptionResponse(ResTimeout,QList<Sentence>(),QUuid()); // We should actualy reply like this but lets do...
transcriptionResponse(ResSuccess,
QList<Sentence>({
Sentence({8,QList<Word>({{1,2,"No"},{1,3,"one"},{1,5,"dared"},{1,2,"to"},{1,5,"reply"},{1,1,"."},{1,7,"Service"},{1,7,"Timeout"}})})
}),
m_appUuid); // Example transcription - for the reference
break;
case PhResultReceived:
sendDictationResults();
sessionDestroy();
break;
default:
qDebug() << "Unhandled timer event for phase" << m_sesPhase;
}
}
}
int XML4NLP::SetSentencesToParagraph(const vector<string> &vecSentence, int paragraphIdx) {
if (0 != CheckRange(paragraphIdx)) {
return -1;
}
if (!document.paragraphs[paragraphIdx].sentences.empty()) {
return -1;
}
Paragraph & paragraph = document.paragraphs[paragraphIdx];
TiXmlElement * paragraphPtr = paragraph.paragraphPtr;
vector<Sentence> &sentences = paragraph.sentences;
TiXmlText *textPtr = paragraphPtr->FirstChild()->ToText();
if (textPtr == NULL) {
return -1;
} else {
paragraphPtr->RemoveChild(textPtr);
}
for (int i = 0; i < vecSentence.size(); ++i) {
TiXmlElement *sentencePtr = new TiXmlElement(TAG_SENT);
sentencePtr->SetAttribute(TAG_ID, static_cast<int>(i));
sentencePtr->SetAttribute(TAG_CONT, vecSentence[i].c_str());
paragraphPtr->LinkEndChild(sentencePtr);
sentences.push_back( Sentence() );
sentences[sentences.size()-1].sentencePtr = sentencePtr;
}
return 0;
}
Sentence Paragraph::first(){
if(head){
return head->data;
}else{
Sentence s = Sentence();
return s;
}
}
int XML4NLP::InitXmlSentence(vector<Sentence> &sentences, TiXmlElement *stnsPtr)
{
sentences.push_back( Sentence() );
Sentence &sentence = sentences[sentences.size()-1];
sentence.sentencePtr = stnsPtr;
TiXmlElement *wordPtr = stnsPtr->FirstChildElement(TAG_WORD);
if (wordPtr == NULL) return 0; // have not done word segment
do
{
if (0 != InitXmlWord(sentence.words, wordPtr)) return -1;
wordPtr = wordPtr->NextSiblingElement(TAG_WORD);
} while(wordPtr != NULL);
return 0;
}
static Bitmap read_bmp_or_throw(const FilePath& filePath){
BinaryReader in(filePath);
if (!in.good()){
throw ReadBmpError(error_open_file_read(filePath));
}
auto bitmapFileHeader = read_struct_or_throw_bmp<BitmapFileHeader>(in);
if (bitmapFileHeader.fileType != BITMAP_SIGNATURE){
throw ReadBmpError(error_bitmap_signature(bitmapFileHeader.fileType));
}
auto bitmapInfoHeader = read_struct_or_throw_bmp<BitmapInfoHeader>(in);
if (invalid_header_length(bitmapInfoHeader.headerLen)){
throw ReadBmpError(error_truncated_bmp_header(bitmapInfoHeader.headerLen));
}
if (bitmapInfoHeader.compression != Compression::BI_RGB){
throw ReadBmpError(error_compression(bitmapInfoHeader.compression));
}
if (bitmapInfoHeader.colorPlanes != 1){
throw ReadBmpError(error_color_planes(bitmapInfoHeader.colorPlanes));
}
auto bmpSize = get_size_and_order(bitmapInfoHeader);
if (bitmapInfoHeader.paletteColors != 0){
if (bitmapInfoHeader.bitsPerPixel != 8){ // Fixme: Maybe support?
throw ReadBmpError("Palette for non 8-bpp bitmaps unsupported by Faint.");
}
auto colorList = or_throw(read_color_table(in, bitmapInfoHeader.paletteColors),
"Failed reading color table.");
in.seekg(bitmapFileHeader.dataOffset);
auto alphaMap = or_throw(read_8bipp_BI_RGB(in, bmpSize),
"Failed reading 8-bits-per-pixel data");
return bitmap_from_indexed_colors(alphaMap, colorList);
}
else{
// No palette
in.seekg(bitmapFileHeader.dataOffset);
if (bitmapInfoHeader.bitsPerPixel == 8){
auto alphaMap = or_throw(read_8bipp_BI_RGB(in, bmpSize),
"Failed reading 8-bits-per-pixel data");
return bitmap_from_indexed_colors(alphaMap, grayscale_color_table());
}
else if (bitmapInfoHeader.bitsPerPixel == 24){
return or_throw(read_24bipp_BI_RGB(in, bmpSize),
"Failed reading 24-bits-per-pixel data.");
}
else if (bitmapInfoHeader.bitsPerPixel == 32){
return or_throw(read_32bipp_BI_RGB(in, bmpSize),
"Failed reading 32-bits-per-pixel data.");
}
}
throw ReadBmpError(Sentence("Unsupported bits-per-pixel",
bracketed(str_int(bitmapInfoHeader.bitsPerPixel))));
}