void UBGraphicsRuler::mouseMoveEvent(QGraphicsSceneMouseEvent *event)
{
if (!mResizing && !mRotating)
{
QGraphicsItem::mouseMoveEvent(event);
}
else
{
if (mResizing)
{
QPointF delta = event->pos() - event->lastPos();
if (rect().width() + delta.x() < sMinLength)
delta.setX(sMinLength - rect().width());
if (rect().width() + delta.x() > sMaxLength)
delta.setX(sMaxLength - rect().width());
setRect(QRectF(rect().topLeft(), QSizeF(rect().width() + delta.x(), rect().height())));
}
else
{
QLineF currentLine(rotationCenter(), event->pos());
QLineF lastLine(rotationCenter(), event->lastPos());
rotateAroundCenter(currentLine.angleTo(lastLine));
}
event->accept();
}
}
/*! \brief
* Returns the text for a line.
*
* \param[in] line Zero-based line index.
* \returns Text for line \p line, or empty string if \p line has
* no text for this column.
*/
std::string textForLine(int line) const
{
// The second conditional matches if there are no lines
if (line < firstLine() || line > lastLine())
{
return std::string();
}
return lines_[line - firstLine()];
}
static void emitStory(const char* m)
{
Story st;
memset(&st, 0, sizeof(st));
st.sub[0] = crewTable;
st.subSize[0] = 100; // plenty
st.sub[1] = opTable;
st.subSize[1] = DIM(opTable);
// emit on the message line
lastLine();
story(m, &st);
}
vector<string> fullJustify(vector<string> &words, int L) {
vector<string> result;
if(L == 0) return vector<string>(1,"");
if(words.size() == 0)
{
string lastLine(L, ' ');
result.push_back(lastLine);
return result;
}
helper(words, 0, L, result);
return result;
}
void UBGraphicsCompass::mouseMoveEvent(QGraphicsSceneMouseEvent *event)
{
if (UBDrawingController::drawingController ()->stylusTool() != UBStylusTool::Selector &&
UBDrawingController::drawingController ()->stylusTool() != UBStylusTool::Play)
return;
if (!mResizing && !mRotating && !mDrawing)
{
QGraphicsRectItem::mouseMoveEvent(event);
mDrewCenterCross = false;
}
else
{
if (mResizing)
{
QPointF delta = event->pos() - event->lastPos();
if (rect().width() + delta.x() < sMinRadius)
delta.setX(sMinRadius - rect().width());
setRect(QRectF(rect().topLeft(), QSizeF(rect().width() + delta.x(), rect().height())));
}
else
{
QLineF currentLine(needlePosition(), event->pos());
QLineF lastLine(needlePosition(), event->lastPos());
qreal deltaAngle = currentLine.angleTo(lastLine);
if (deltaAngle > 180)
deltaAngle -= 360;
else if (deltaAngle < -180)
deltaAngle += 360;
rotateAroundNeedle(deltaAngle);
if (mDrawing)
{
mSpanAngleInDegrees += deltaAngle;
if (mSpanAngleInDegrees >= 1080)
mSpanAngleInDegrees -= 360;
else if (mSpanAngleInDegrees < -1080)
mSpanAngleInDegrees += 360;
drawArc();
}
}
event->accept();
}
}
PassOwnPtr<FunctionCodeBlock> FunctionExecutable::produceCodeBlockFor(JSScope* scope, CodeSpecializationKind specializationKind, JSObject*& exception)
{
if (!!codeBlockFor(specializationKind))
return adoptPtr(new FunctionCodeBlock(CodeBlock::CopyParsedBlock, *codeBlockFor(specializationKind)));
JSGlobalData* globalData = scope->globalData();
JSGlobalObject* globalObject = scope->globalObject();
ParserError error;
DebuggerMode debuggerMode = globalObject->hasDebugger() ? DebuggerOn : DebuggerOff;
ProfilerMode profilerMode = globalObject->hasProfiler() ? ProfilerOn : ProfilerOff;
UnlinkedFunctionCodeBlock* unlinkedCodeBlock = m_unlinkedExecutable->codeBlockFor(*globalData, m_source, specializationKind, debuggerMode, profilerMode, error);
recordParse(m_unlinkedExecutable->features(), m_unlinkedExecutable->hasCapturedVariables(), lineNo(), lastLine());
if (!unlinkedCodeBlock) {
exception = error.toErrorObject(globalObject, m_source);
return nullptr;
}
OwnPtr<FunctionCodeBlock> result = adoptPtr(new FunctionCodeBlock(this, unlinkedCodeBlock, globalObject, source().provider(), source().startOffset()));
result->copyPostParseDataFrom(codeBlockFor(specializationKind).get());
return result.release();
}
void editfile( struct options *options, list_ref list ){
char stdinline[1024];
char *operand = NULL;
int stdincount = 0;
int lineCount = 0;
char *linepos = NULL;
for(;;){
if(!options->s_opt_silent)
printf("%s: ", progname);
linepos = fgets( stdinline, sizeof stdinline, stdin );
if( linepos == NULL ) break;
if(options->e_opt_echo && !options->s_opt_silent)
printf("%s",stdinline);
linepos = strchr( stdinline, '\n' );
if( linepos == NULL || stdinline[0] == '\0' ){
badline( stdincount, stdinline );
}else{
*linepos = '\0';
operand=stdinline+1;
switch( stdinline[0] ){
case '$':
if(stdinline[1] != '\0') {
badline(stdincount, stdinline);
break;
}
lastLine(list, options);
break;
case '*':
if(stdinline[1] != '\0') {
badline(stdincount, stdinline);
break;
}
printAll(list, options);
break;
case '.':
if(stdinline[1] != '\0') {
badline(stdincount, stdinline);
break;
}
printCurr(list, options);
break;
case '0':
if(stdinline[1] != '\0') {
badline(stdincount, stdinline);
break;
}
firstLine(list, options);
break;
case '<':
if(stdinline[1] != '\0') {
badline(stdincount, stdinline);
break;
}
prevLine(list, options);
break;
case '>':
if(stdinline[1] != '\0') {
badline(stdincount, stdinline);
break;
}
nextLine(list, options);
break;
case '@':
if(stdinline[1] != '\0') {
badline(stdincount, stdinline);
break;
}
debugdump_list( list );
break;
case 'a':
insertAfter(list, operand, options);
break;
case 'd':
if(stdinline[1] != '\0') {
badline(stdincount, stdinline);
break;
}
deleteLine(list, options);
break;
case 'i':
insertBefore(list, operand, options);
break;
case 'r':
lineCount = readFile(list, operand, options);
if(lineCount>=0 && !options->s_opt_silent)
printf("%s: %d lines read.\n", progname, lineCount);
break;
case 'w':
lineCount = writeFile(list, operand, options);
if(lineCount>=0 && !options->s_opt_silent)
printf("%s: %d lines written to %s\n", progname, lineCount, operand);
break;
default :
badline( stdincount, stdinline );
};
};
++stdincount;
};
if(!options->s_opt_silent)
printf("\n");
}
QGestureRecognizer::Result QPinchGestureRecognizer::recognize(QGesture *state,
QObject *,
QEvent *event)
{
QPinchGesture *q = static_cast<QPinchGesture *>(state);
QPinchGesturePrivate *d = q->d_func();
const QTouchEvent *ev = static_cast<const QTouchEvent *>(event);
QGestureRecognizer::Result result;
switch (event->type()) {
case QEvent::TouchBegin: {
result = QGestureRecognizer::MayBeGesture;
break;
}
case QEvent::TouchEnd: {
if (q->state() != Qt::NoGesture) {
result = QGestureRecognizer::FinishGesture;
} else {
result = QGestureRecognizer::CancelGesture;
}
break;
}
case QEvent::TouchUpdate: {
d->changeFlags = 0;
if (ev->touchPoints().size() == 2) {
QTouchEvent::TouchPoint p1 = ev->touchPoints().at(0);
QTouchEvent::TouchPoint p2 = ev->touchPoints().at(1);
d->hotSpot = p1.screenPos();
d->isHotSpotSet = true;
QPointF centerPoint = (p1.screenPos() + p2.screenPos()) / 2.0;
if (d->isNewSequence) {
d->startPosition[0] = p1.screenPos();
d->startPosition[1] = p2.screenPos();
d->lastCenterPoint = centerPoint;
} else {
d->lastCenterPoint = d->centerPoint;
}
d->centerPoint = centerPoint;
d->changeFlags |= QPinchGesture::CenterPointChanged;
if (d->isNewSequence) {
d->scaleFactor = 1.0;
d->lastScaleFactor = 1.0;
} else {
d->lastScaleFactor = d->scaleFactor;
QLineF line(p1.screenPos(), p2.screenPos());
QLineF lastLine(p1.lastScreenPos(), p2.lastScreenPos());
d->scaleFactor = line.length() / lastLine.length();
}
d->totalScaleFactor = d->totalScaleFactor * d->scaleFactor;
d->changeFlags |= QPinchGesture::ScaleFactorChanged;
qreal angle = QLineF(p1.screenPos(), p2.screenPos()).angle();
if (angle > 180)
angle -= 360;
qreal startAngle = QLineF(p1.startScreenPos(), p2.startScreenPos()).angle();
if (startAngle > 180)
startAngle -= 360;
const qreal rotationAngle = startAngle - angle;
if (d->isNewSequence)
d->lastRotationAngle = 0.0;
else
d->lastRotationAngle = d->rotationAngle;
d->rotationAngle = rotationAngle;
d->totalRotationAngle += d->rotationAngle - d->lastRotationAngle;
d->changeFlags |= QPinchGesture::RotationAngleChanged;
d->totalChangeFlags |= d->changeFlags;
d->isNewSequence = false;
result = QGestureRecognizer::TriggerGesture;
} else {
d->isNewSequence = true;
if (q->state() == Qt::NoGesture)
result = QGestureRecognizer::Ignore;
else
result = QGestureRecognizer::FinishGesture;
}
break;
}
case QEvent::MouseButtonPress:
case QEvent::MouseMove:
case QEvent::MouseButtonRelease:
result = QGestureRecognizer::Ignore;
break;
default:
result = QGestureRecognizer::Ignore;
break;
}
return result;
}
RefPtr<CodeBlock> ScriptExecutable::newCodeBlockFor(
CodeSpecializationKind kind, JSFunction* function, JSScope* scope, JSObject*& exception)
{
VM* vm = scope->vm();
ASSERT(vm->heap.isDeferred());
ASSERT(startColumn() != UINT_MAX);
ASSERT(endColumn() != UINT_MAX);
if (classInfo() == EvalExecutable::info()) {
EvalExecutable* executable = jsCast<EvalExecutable*>(this);
RELEASE_ASSERT(kind == CodeForCall);
RELEASE_ASSERT(!executable->m_evalCodeBlock);
RELEASE_ASSERT(!function);
return adoptRef(new EvalCodeBlock(
executable, executable->m_unlinkedEvalCodeBlock.get(), scope,
executable->source().provider()));
}
if (classInfo() == ProgramExecutable::info()) {
ProgramExecutable* executable = jsCast<ProgramExecutable*>(this);
RELEASE_ASSERT(kind == CodeForCall);
RELEASE_ASSERT(!executable->m_programCodeBlock);
RELEASE_ASSERT(!function);
return adoptRef(new ProgramCodeBlock(
executable, executable->m_unlinkedProgramCodeBlock.get(), scope,
executable->source().provider(), executable->source().startColumn()));
}
RELEASE_ASSERT(classInfo() == FunctionExecutable::info());
RELEASE_ASSERT(function);
FunctionExecutable* executable = jsCast<FunctionExecutable*>(this);
RELEASE_ASSERT(!executable->codeBlockFor(kind));
JSGlobalObject* globalObject = scope->globalObject();
ParserError error;
DebuggerMode debuggerMode = globalObject->hasDebugger() ? DebuggerOn : DebuggerOff;
ProfilerMode profilerMode = globalObject->hasProfiler() ? ProfilerOn : ProfilerOff;
UnlinkedFunctionCodeBlock* unlinkedCodeBlock =
executable->m_unlinkedExecutable->codeBlockFor(*vm, executable->m_source, kind, debuggerMode, profilerMode, error, executable->isArrowFunction());
recordParse(executable->m_unlinkedExecutable->features(), executable->m_unlinkedExecutable->hasCapturedVariables(), firstLine(), lastLine(), startColumn(), endColumn());
if (!unlinkedCodeBlock) {
exception = vm->throwException(
globalObject->globalExec(),
error.toErrorObject(globalObject, executable->m_source));
return nullptr;
}
SourceProvider* provider = executable->source().provider();
unsigned sourceOffset = executable->source().startOffset();
unsigned startColumn = executable->source().startColumn();
return adoptRef(new FunctionCodeBlock(
executable, unlinkedCodeBlock, scope, provider, sourceOffset, startColumn));
}
bool wxTextFile::OnRead(const wxMBConv& conv)
{
// file should be opened
wxASSERT_MSG( m_file.IsOpened(), wxT("can't read closed file") );
// read the entire file in memory: this is not the most efficient thing to
// do it but there is no good way to avoid it in Unicode build because if
// we read the file block by block we can't convert each block to Unicode
// separately (the last multibyte char in the block might be only partially
// read and so the conversion would fail) and, as the file contents is kept
// in memory by wxTextFile anyhow, it shouldn't be a big problem to read
// the file entirely
size_t bufSize = 0;
// number of bytes to (try to) read from disk at once
static const size_t BLOCK_SIZE = 4096;
wxCharBuffer buf;
// first determine if the file is seekable or not and so whether we can
// determine its length in advance
wxFileOffset fileLength;
{
wxLogNull logNull;
fileLength = m_file.Length();
}
// some non-seekable files under /proc under Linux pretend that they're
// seekable but always return 0; others do return an error
const bool seekable = fileLength != wxInvalidOffset && fileLength != 0;
if ( seekable )
{
// we know the required length, so set the buffer size in advance
bufSize = fileLength;
if ( !buf.extend(bufSize) )
return false;
// if the file is seekable, also check that we're at its beginning
wxASSERT_MSG( m_file.Tell() == 0, wxT("should be at start of file") );
char *dst = buf.data();
for ( size_t nRemaining = bufSize; nRemaining > 0; )
{
size_t nToRead = BLOCK_SIZE;
// the file size could have changed, avoid overflowing the buffer
// even if it did
if ( nToRead > nRemaining )
nToRead = nRemaining;
ssize_t nRead = m_file.Read(dst, nToRead);
if ( nRead == wxInvalidOffset )
{
// read error (error message already given in wxFile::Read)
return false;
}
if ( nRead == 0 )
{
// this file can't be empty because we checked for this above
// so this must be the end of file
break;
}
dst += nRead;
nRemaining -= nRead;
}
wxASSERT_MSG( dst - buf.data() == (wxFileOffset)bufSize,
wxT("logic error") );
}
else // file is not seekable
{
char block[BLOCK_SIZE];
for ( ;; )
{
ssize_t nRead = m_file.Read(block, WXSIZEOF(block));
if ( nRead == wxInvalidOffset )
{
// read error (error message already given in wxFile::Read)
return false;
}
if ( nRead == 0 )
{
// if no bytes have been read, presumably this is a
// valid-but-empty file
if ( bufSize == 0 )
return true;
// otherwise we've finished reading the file
break;
}
// extend the buffer for new data
if ( !buf.extend(bufSize + nRead) )
return false;
// and append it to the buffer
memcpy(buf.data() + bufSize, block, nRead);
bufSize += nRead;
}
}
const wxString str(buf, conv, bufSize);
// there's no risk of this happening in ANSI build
#if wxUSE_UNICODE
if ( bufSize > 4 && str.empty() )
{
wxLogError(_("Failed to convert file \"%s\" to Unicode."), GetName());
return false;
}
#endif // wxUSE_UNICODE
// we don't need this memory any more
buf.reset();
// now break the buffer in lines
// the beginning of the current line, changes inside the loop
wxString::const_iterator lineStart = str.begin();
const wxString::const_iterator end = str.end();
for ( wxString::const_iterator p = lineStart; p != end; p++ )
{
const wxChar ch = *p;
if ( ch == '\r' || ch == '\n' )
{
// Determine the kind of line ending this is.
wxTextFileType lineType = wxTextFileType_None;
if ( ch == '\r' )
{
wxString::const_iterator next = p + 1;
if ( next != end && *next == '\n' )
lineType = wxTextFileType_Dos;
else
lineType = wxTextFileType_Mac;
}
else // ch == '\n'
{
lineType = wxTextFileType_Unix;
}
AddLine(wxString(lineStart, p), lineType);
// DOS EOL is the only one consisting of two chars, not one.
if ( lineType == wxTextFileType_Dos )
p++;
lineStart = p + 1;
}
}
// anything in the last line?
if ( lineStart != end )
{
// Add the last line; notice that it is certainly not terminated with a
// newline, otherwise it would be handled above.
wxString lastLine(lineStart, end);
AddLine(lastLine, wxTextFileType_None);
}
return true;
}
void UBGraphicsTriangle::mouseMoveEvent(QGraphicsSceneMouseEvent *event)
{
if (!mResizing1 && !mResizing2 && !mRotating)
{
QGraphicsItem::mouseMoveEvent(event);
}
else
{
QPoint currPos = sceneTransform().inverted().map(event->screenPos());
if (mResizing1)
{
if (mOrientation == TopLeft || mOrientation == BottomLeft)
{
int deltaX = currPos.x() - lastPos.x();
if (lastRect.width() + deltaX < sMinWidth)
deltaX = sMinWidth - lastRect.width();
setRect(QRectF(lastRect.left(), lastRect.top(),
lastRect.width() + deltaX, lastRect.height()), mOrientation);
}
else
{
int deltaX = lastPos.x() - currPos.x();
if (lastRect.width() + deltaX < sMinWidth)
deltaX = sMinWidth - lastRect.width();
setRect(QRectF(lastRect.left() - deltaX, lastRect.top(),
lastRect.width() + deltaX, lastRect.height()), mOrientation);
}
}
//-----------------------------------------------//
if (mResizing2)
{
if (mOrientation == BottomRight || mOrientation == BottomLeft)
{
int deltaY = lastPos.y() - currPos.y();
if (lastRect.height() + deltaY < sMinHeight)
deltaY = sMinHeight - lastRect.height();
setRect(QRectF(lastRect.left(), lastRect.top() - deltaY,
lastRect.width(), lastRect.height() + deltaY), mOrientation);
}
else
{
int deltaY = currPos.y() - lastPos.y();
if (lastRect.height() + deltaY < sMinHeight)
deltaY = sMinHeight - lastRect.height();
setRect(QRectF(lastRect.left(), lastRect.top(),
lastRect.width(), lastRect.height() + deltaY), mOrientation);
}
}
//-----------------------------------------------//
if (mRotating)
{
QLineF currentLine(rotationCenter(), event->pos());
QLineF lastLine(rotationCenter(), event->lastPos());
rotateAroundCenter(currentLine.angleTo(lastLine));
}
//-----------------------------------------------//
event->accept();
}
}
int32_t ScriptEngineClient::start(std::string command)
{
try
{
_socketPath = GD::runDir + "homegearSE.sock";
for(int32_t i = 0; i < 2; i++)
{
_fileDescriptor = GD::bl->fileDescriptorManager.add(socket(AF_LOCAL, SOCK_STREAM, 0));
if(!_fileDescriptor || _fileDescriptor->descriptor == -1)
{
GD::out.printError("Could not create socket.");
return 1;
}
if(GD::bl->debugLevel >= 4 && i == 0) std::cout << "Info: Trying to connect..." << std::endl;
sockaddr_un remoteAddress;
remoteAddress.sun_family = AF_LOCAL;
//104 is the size on BSD systems - slightly smaller than in Linux
if(_socketPath.length() > 104)
{
//Check for buffer overflow
GD::out.printCritical("Critical: Socket path is too long.");
return 2;
}
strncpy(remoteAddress.sun_path, _socketPath.c_str(), 104);
remoteAddress.sun_path[103] = 0; //Just to make sure it is null terminated.
if(connect(_fileDescriptor->descriptor, (struct sockaddr*)&remoteAddress, strlen(remoteAddress.sun_path) + 1 + sizeof(remoteAddress.sun_family)) == -1)
{
GD::bl->fileDescriptorManager.shutdown(_fileDescriptor);
if(i == 0)
{
GD::out.printDebug("Debug: Socket closed. Trying again...");
//When socket was not properly closed, we sometimes need to reconnect
std::this_thread::sleep_for(std::chrono::milliseconds(2000));
continue;
}
else
{
GD::out.printError("Could not connect to socket. Error: " + std::string(strerror(errno)));
return 3;
}
}
else break;
}
if(GD::bl->debugLevel >= 4) std::cout << "Info: Connected." << std::endl;
if(command.empty()) _pingThread = std::thread(&ScriptEngineClient::ping, this);
rl_bind_key('\t', rl_abort); //no autocompletion
std::string level = "";
std::string lastCommand;
std::string currentCommand;
char* sendBuffer;
char receiveBuffer[1025];
int32_t bytes = 0;
while(!command.empty() || (sendBuffer = readline((level + "> ").c_str())) != NULL)
{
if(command.empty())
{
if(_closed) break;
bytes = strlen(sendBuffer);
if(sendBuffer[0] == '\n' || sendBuffer[0] == 0) continue;
if(strncmp(sendBuffer, "quit", 4) == 0 || strncmp(sendBuffer, "exit", 4) == 0 || strncmp(sendBuffer, "moin", 4) == 0)
{
_closed = true;
//If we close the socket, the socket file gets deleted. We don't want that
//GD::bl->fileDescriptorManager.close(_fileDescriptor);
free(sendBuffer);
return 4;
}
_sendMutex.lock();
if(_closed)
{
_sendMutex.unlock();
break;
}
if(send(_fileDescriptor->descriptor, sendBuffer, bytes, MSG_NOSIGNAL) == -1)
{
_sendMutex.unlock();
GD::out.printError("Error sending to socket.");
//If we close the socket, the socket file gets deleted. We don't want that
//GD::bl->fileDescriptorManager.close(_fileDescriptor);
free(sendBuffer);
return 5;
}
currentCommand = std::string(sendBuffer);
if(currentCommand != lastCommand)
{
lastCommand = currentCommand;
add_history(sendBuffer); //Sets sendBuffer to 0
}
else
{
free(sendBuffer);
sendBuffer = 0;
}
}
else
{
_sendMutex.lock();
if(_closed)
{
_sendMutex.unlock();
break;
}
if(send(_fileDescriptor->descriptor, command.c_str(), command.size(), MSG_NOSIGNAL) == -1)
{
_sendMutex.unlock();
GD::out.printError("Error sending to socket.");
return 6;
}
}
while(true)
{
bytes = recv(_fileDescriptor->descriptor, receiveBuffer, 1024, 0);
if(bytes > 0)
{
receiveBuffer[bytes] = 0;
std::string response(receiveBuffer);
if(response.size() > 15)
{
if(response.compare(7, 6, "family") == 0)
{
if((signed)response.find("unselected") != (signed)std::string::npos)
{
level = "";
}
else if((signed)response.find("selected") != (signed)std::string::npos)
{
level = "(Family)";
}
}
else if(response.compare(0, 4, "Peer") == 0)
{
if((signed)response.find("unselected") != (signed)std::string::npos)
{
level = "(Family)";
}
else if((signed)response.find("selected") != (signed)std::string::npos)
{
level = "(Peer)";
}
}
/*else if(response.compare(0, 6, "Device") == 0)
{
if((signed)response.find("unselected") != (signed)std::string::npos)
{
level = "(Family)";
}
else if((signed)response.find("selected") != (signed)std::string::npos)
{
level = "(Device)";
}
}*/
}
if(bytes < 1024 || (bytes == 1024 && receiveBuffer[bytes - 1] == 0))
{
if(!command.empty())
{
_sendMutex.unlock();
// {{{ Get last line and check if it contains the exit code.
if(response.size() > 2)
{
const char* pos = response.c_str() + response.size() - 2; // -2, because last line ends with new line
while(pos > response.c_str())
{
if(*pos == '\n')
{
pos++;
break;
}
pos--;
}
int32_t count = (response.c_str() + response.size()) - pos - 1;
std::string lastLine(pos, count);
if(lastLine.compare(0, 11, "Exit code: ") == 0 && lastLine.size() > 11)
{
count = pos - response.c_str();
response = response.substr(0, count);
std::cout << response;
std::string exitCode = lastLine.substr(11);
return BaseLib::Math::getNumber(exitCode);
}
else std::cout << response;
}
// }}}
return 0;
}
else std::cout << response;
break;
}
else std::cout << response;
}
else
{
_sendMutex.unlock();
if(bytes < 0) std::cerr << "Error receiving data from socket." << std::endl;
else std::cout << "Connection closed." << std::endl;
//If we close the socket, the socket file gets deleted. We don't want that
//GD::bl->fileDescriptorManager.close(_fileDescriptor);
return 8;
}
}
_sendMutex.unlock();
}
}
catch(const std::exception& ex)
{
GD::out.printError("Couldn't create socket file " + _socketPath + ": " + ex.what());;
}
catch(BaseLib::Exception& ex)
{
GD::out.printEx(__FILE__, __LINE__, __PRETTY_FUNCTION__, ex.what());
}
catch(...)
{
GD::out.printEx(__FILE__, __LINE__, __PRETTY_FUNCTION__);
}
return 0;
}
PassRefPtr<CodeBlock> ScriptExecutable::newCodeBlockFor(
CodeSpecializationKind kind, JSFunction* function, JSScope** scope, JSObject*& exception)
{
VM* vm = (*scope)->vm();
ASSERT(vm->heap.isDeferred());
ASSERT(startColumn() != UINT_MAX);
ASSERT(endColumn() != UINT_MAX);
if (classInfo() == EvalExecutable::info()) {
EvalExecutable* executable = jsCast<EvalExecutable*>(this);
RELEASE_ASSERT(kind == CodeForCall);
RELEASE_ASSERT(!executable->m_evalCodeBlock);
RELEASE_ASSERT(!function);
return adoptRef(new EvalCodeBlock(
executable, executable->m_unlinkedEvalCodeBlock.get(), *scope,
executable->source().provider()));
}
if (classInfo() == ProgramExecutable::info()) {
ProgramExecutable* executable = jsCast<ProgramExecutable*>(this);
RELEASE_ASSERT(kind == CodeForCall);
RELEASE_ASSERT(!executable->m_programCodeBlock);
RELEASE_ASSERT(!function);
return adoptRef(new ProgramCodeBlock(
executable, executable->m_unlinkedProgramCodeBlock.get(), *scope,
executable->source().provider(), executable->source().startColumn()));
}
RELEASE_ASSERT(classInfo() == FunctionExecutable::info());
RELEASE_ASSERT(function);
FunctionExecutable* executable = jsCast<FunctionExecutable*>(this);
RELEASE_ASSERT(!executable->codeBlockFor(kind));
JSGlobalObject* globalObject = (*scope)->globalObject();
ParserError error;
DebuggerMode debuggerMode = globalObject->hasDebugger() ? DebuggerOn : DebuggerOff;
ProfilerMode profilerMode = globalObject->hasProfiler() ? ProfilerOn : ProfilerOff;
UnlinkedFunctionCodeBlock* unlinkedCodeBlock =
executable->m_unlinkedExecutable->codeBlockFor(
*vm, executable->m_source, kind, debuggerMode, profilerMode, error);
recordParse(executable->m_unlinkedExecutable->features(), executable->m_unlinkedExecutable->hasCapturedVariables(), lineNo(), lastLine(), startColumn(), endColumn());
if (!unlinkedCodeBlock) {
exception = vm->throwException(
globalObject->globalExec(),
error.toErrorObject(globalObject, executable->m_source));
return 0;
}
// Parsing reveals whether our function uses features that require a separate function name object in the scope chain.
// Be sure to add this scope before linking the bytecode because this scope will change the resolution depth of non-local variables.
if (!executable->m_didParseForTheFirstTime) {
executable->m_didParseForTheFirstTime = true;
function->addNameScopeIfNeeded(*vm);
*scope = function->scope();
}
SourceProvider* provider = executable->source().provider();
unsigned sourceOffset = executable->source().startOffset();
unsigned startColumn = executable->source().startColumn();
return adoptRef(new FunctionCodeBlock(
executable, unlinkedCodeBlock, *scope, provider, sourceOffset, startColumn));
}
PassRefPtr<FunctionCodeBlock> FunctionExecutable::produceCodeBlockFor(JSScope* scope, CodeSpecializationKind specializationKind, JSObject*& exception)
{
RefPtr<FunctionCodeBlock> alternative = codeBlockFor(specializationKind);
if (!!alternative) {
RefPtr<FunctionCodeBlock> result = adoptRef(new FunctionCodeBlock(CodeBlock::CopyParsedBlock, *codeBlockFor(specializationKind)));
result->setAlternative(alternative);
return result.release();
}
VM* vm = scope->vm();
JSGlobalObject* globalObject = scope->globalObject();
ParserError error;
DebuggerMode debuggerMode = globalObject->hasDebugger() ? DebuggerOn : DebuggerOff;
ProfilerMode profilerMode = globalObject->hasProfiler() ? ProfilerOn : ProfilerOff;
UnlinkedFunctionCodeBlock* unlinkedCodeBlock = m_unlinkedExecutable->codeBlockFor(*vm, m_source, specializationKind, debuggerMode, profilerMode, error);
recordParse(m_unlinkedExecutable->features(), m_unlinkedExecutable->hasCapturedVariables(), lineNo(), lastLine(), startColumn());
if (!unlinkedCodeBlock) {
exception = error.toErrorObject(globalObject, m_source);
return 0;
}
SourceProvider* provider = source().provider();
unsigned sourceOffset = source().startOffset();
unsigned startColumn = source().startColumn();
return adoptRef(new FunctionCodeBlock(this, unlinkedCodeBlock, scope, provider, sourceOffset, startColumn));
}
int main(int argc, char **argv) {
/* Initial number of changepoints */
int nK0=1;
#ifdef FIXED
FILE *pfp, *kfp, *Lfp;
char *pfn="Probs.dat", *kfn="K.dat", *Lfn="Likelihood.dat";
prefix=NULL;
#endif
#ifndef FIXED
getArgs(argc, argv);
#else
getFixedArgs(argc, argv);
#endif
processData(dataFn);
initialise();
#ifdef FIXED
if(prefix) {
pfn=addPrefix(pfn, prefix);
kfn=addPrefix(kfn, prefix);
Lfn=addPrefix(Lfn, prefix);
}
pfp=fopen(pfn,"w");
kfp=fopen(kfn,"w");
Lfp=fopen(Lfn,"w");
setData(CDFdata, getNdata());
setSample(sampleMixed);
iterate(pfp, kfp, Lfp, /* dPriorNew */dPriorFixedChangepoints, dFixedLikelihood,p0,nProb, ip0, nK, seed, nIter);
#endif
#ifdef DEFAULT
if(!restart) {
iterateRJ(prefix, prefix, prefix, prefix,
sampleBirthDeath,
dPriorChangepoints,dLikelihood,
p0, nK0+1,1, nProb,
ip0, nK0,1, nK, seed, nIter);
}
else {
/* int k0[]={50000, 100000}; */
/* nK0=2; */
/* initialiseLocations(ip0, k0, CDFdata,getNdata()-1, */
/* p0, 2); */
FILE *re_fp=fopen(re_K, "rb");
char *buf=malloc(MAX_LEN+1);
char *ll;
int nReK=0, nReP=0;
int i;
int nums[NCHANGE+1];
double dNums[NCHANGE+2];
ll=lastLine(re_fp, buf, MAX_LEN);
fclose(re_fp);
nReK=str2ints(ll, nums);
/* for(i=0; i<nReK; i++) { */
/* fprintf(OUT, "%d\t", nums[i]); */
/* } */
/* fprintf(OUT, "\nSuccessfully converted %d integers\n", nReK); */
re_fp=fopen(re_P, "rb");
ll=lastLine(re_fp, buf, MAX_LEN);
free(buf);
fclose(re_fp);
nReP=str2doubles(ll, dNums);
/* for(i=0; i<nReP; i++) { */
/* fprintf(OUT, "%f\t", dNums[i]); */
/* } */
/* fprintf(OUT, "\nSuccessfully converted %d doubles\n", nReP); */
initialiseLocationsAndProbs(ip0, p0,
nums+1, dNums+1,
nReK-1);
/* printIntParameters(OUT, ip0, nReK-1); */
/* printParameters(OUT, p0, nReP-1); */
/* exit(1); */
iterateRJ(prefix, prefix, prefix, prefix,
sampleBirthDeath,
dPriorChangepoints,dLikelihood,
p0, nReP-1,1, nProb,
ip0, nReK-1,1, nK, seed, nIter);
}
#endif
#ifdef GEO
iterateRJ(prefix, prefix, prefix, prefix,
sampleBirthDeath,
dPriorChangepointsGeo,dLikelihood,
p0, nK0+1,1, nProb,
ip0, nK0,1, nK, seed, nIter);
#endif
#ifdef NEGATIVEBINK1
iterateRJ(prefix, prefix, prefix, prefix,
sampleBirthDeath,
dPriorChangepointsNegativeBinK1,dLikelihood,
p0, nK0+1,1, nProb,
ip0, nK0,1, nK, seed, nIter);
#endif
#ifdef NEGATIVEBINK2
iterateRJ(prefix, prefix, prefix, prefix,
sampleBirthDeath,
dPriorChangepointsNegativeBinK2,dLikelihood,
p0, nK0+1,1, nProb,
ip0, nK0,1, nK, seed, nIter);
#endif
#ifdef NJGEONEGATIVEBINK1
iterateRJ(prefix, prefix, prefix, prefix,
sampleBirthDeath,
dPriorChangepoints_nJGeoNegativeBinK1,dLikelihood,
p0, nK0+1,1, nProb,
ip0, nK0,1, nK, seed, nIter);
#endif
#ifdef NJGEONEGATIVEBINK2
iterateRJ(prefix, prefix, prefix, prefix,
sampleBirthDeath,
dPriorChangepoints_nJGeoNegativeBinK2,dLikelihood,
p0, nK0+1,1, nProb,
ip0, nK0,1, nK, seed, nIter);
#endif
return 0;
}
void Debugger::handleControlKey(ControlKey ck)
{
pthread_mutex_lock(&printingMutex);
int heapLines = heapSize / wHeapBytes;
int stackLines = stackMaxSize / wStackBytes;
int codeWindowHeight = 20;
if (ck == ckTab)
{
activeWindow = (DebuggerActiveWindow)((activeWindow + 1) % dawSize);
}
else if (ck == ckUp && activeWindow == dawCode)
{
wSelectedLineFollowsFlow = false;
wSelectedLine --;
}
else if (ck == ckDown && activeWindow == dawCode)
{
wSelectedLineFollowsFlow = false;
wSelectedLine ++;
}
else if (ck == ckPageUp && activeWindow == dawCode)
{
wSelectedLineFollowsFlow = false;
wSelectedLine -= codeWindowHeight / 2;
}
else if (ck == ckPageDown && activeWindow == dawCode)
{
wSelectedLineFollowsFlow = false;
wSelectedLine += codeWindowHeight / 2;
}
else if (ck == ckSpace && activeWindow == dawCode)
{
wSelectedLineFollowsFlow = true;
}
else if (ck == ckUp && activeWindow == dawHeap)
{
wHeapTopRow --;
}
else if (ck == ckDown && activeWindow == dawHeap)
{
wHeapTopRow ++;
}
else if (ck == ckUp && activeWindow == dawStack)
{
wStackTopRow --;
}
else if (ck == ckDown && activeWindow == dawStack)
{
wStackTopRow ++;
}
else if (ck == ckPageUp && activeWindow == dawHeap)
{
wHeapTopRow -= topSpace / 2;
}
else if (ck == ckPageDown && activeWindow == dawHeap)
{
wHeapTopRow += topSpace / 2;
}
else if (ck == ckPageUp && activeWindow == dawStack)
{
wStackTopRow -= topSpace / 2;
}
else if (ck == ckPageDown && activeWindow == dawStack)
{
wStackTopRow += topSpace / 2;
}
if (wSelectedLine < 0) wSelectedLine = 0;
if (wSelectedLine > lastLine()) wSelectedLine = lastLine();
if (wHeapTopRow < 0) wHeapTopRow = 0;
if (wHeapTopRow > heapLines) wHeapTopRow = heapLines;
if (wStackTopRow < 0) wStackTopRow = 0;
if (wStackTopRow > stackLines) wStackTopRow = stackLines;
pthread_mutex_unlock(&printingMutex);
updateUI();
}