void GLShaderDev::buildCurrentProject()
{
ShaderProgram* prog = new ShaderProgram;
bool success = true;
int i = 1;
OutputParser parser(_glInfo.getVendor());
const ShaderProject::Stages& stages = _projectManager.getCurrentProject()->getStages();
_editor->saveAll();
_output->getModel()->clear();
_buildOutputDock->setVisible(true);
for (ShaderProject::Stages::const_iterator it = stages.begin(); it != stages.end(); ++it)
{
QFile file(it->second);
QFileInfo fileInfo(file);
ShaderObject* obj = new ShaderObject;
QString str = QString(tr("[%1/%2] Compiling %3...")).arg(i).arg(stages.size()).arg(fileInfo.fileName());
_output->getModel()->addItem(OutputItem(str, OutputItem::InformationItem));
if (!file.open(QIODevice::ReadOnly))
throw (GlsdException(std::string("Could not open shader file") + it->second.toStdString())); // TODO proper exception handling
if (!obj->compile(QString(file.readAll()).toStdString(), static_cast<ShaderObject::ShaderType>(it->first)))
{
_output->getModel()->addItems(parser.parse(obj->getErrorLog(), fileInfo.absoluteFilePath().toStdString()));
success = false;
}
prog->attach(*obj);
++i;
}
_output->getModel()->addItem(OutputItem(tr("Linking shader..."), OutputItem::InformationItem));
if (!prog->link())
{
_output->getModel()->addItem(OutputItem(prog->getLog().c_str(), OutputItem::ErrorItem));
success = false;
}
if (!success)
{
_output->getModel()->addItem(OutputItem(tr("*** Compilation failed ***"), OutputItem::StandardItem));
return;
}
_output->getModel()->addItem(OutputItem(tr("*** Compilation successful ***"), OutputItem::StandardItem));
// FIXME Set shader properly, with attributes correctly bound
_glwidget->setShader(prog);
prog->printDebug();
}
void OutputWindow::GoToTop()
{
if (!_hScintilla)
{
_queue.push_back(OutputItem(OUTPUTITEM_GOTOTOP));
}
else
{
::SendMessageA(_hScintilla, SCI_GOTOPOS, 0, 0);
}
}
void OutputWindow::GoToBottom()
{
if (!_hScintilla)
{
_queue.push_back(OutputItem(OUTPUTITEM_GOTOBOTTOM));
}
else
{
int endPos = ::SendMessageA(_hScintilla, SCI_GETTEXTLENGTH, 0, 0);
::SendMessageA(_hScintilla, SCI_GOTOPOS, endPos, 0);
}
}
void OutputWindow::Write(const wchar_t* pszText)
{
if (!pszText || !*pszText) return;
if (!_hScintilla || _forceQueue)
{
_queue.push_back(OutputItem(OUTPUTITEM_WRITE, _style, pszText));
}
NativeWToUtf8BufA(pszText, _bufA);
WriteBuffer();
}
void CChainComparer::DebugChainWalk(const CChainElement* const pAnchor1, const CChainElement* const pAnchor2)
{
const CChainElement* pTracer1 = pAnchor1;
const CChainElement* pTracer2 = pAnchor2;
while (pTracer1 != NULL || pTracer2 != NULL)
{
while (pTracer1 != NULL && pTracer2 != NULL && pTracer1->GetBridge() == pTracer2)
{
CHECK_ALGORITHM_INTEGRITY(pTracer1->GetBridge() == pTracer2);
// output matched stuff
OutputItem(0, pTracer1);
pTracer1 = pTracer1->GetNext();
pTracer2 = pTracer2->GetNext();
}
// Generalising this routine beyond this point 13/12/00.
// Chain 1 could be shorter so list stuff in both chains up to the next match in either
// This could be a backwards move but not trying anything clever at this time
while (pTracer1 != NULL && (!pTracer1->IsMatched() || pTracer2 == NULL))
{
OutputItem(1, pTracer1);
pTracer1 = pTracer1->GetNext();
}
while (pTracer2 != NULL && (!pTracer2->IsMatched() || pTracer1 == NULL))
{
OutputItem(2, pTracer2);
pTracer2 = pTracer2->GetNext();
}
// If it is a simple insertion, deletion or change pTracer1 and pTracer2 are bridged in which case
// just carry on with the matched stuff. If not look for next bridge on both sides wherever they go
if (pTracer1 != NULL && pTracer2 != NULL && pTracer1->GetBridge() == pTracer2)
{
continue;
}
const CChainElement* pTarg1 = pTracer1;
const CChainElement* pTarg2 = pTracer2;
while (pTarg1 != NULL && pTarg2 != NULL && !pTarg1->IsMatched() && !pTarg2->IsMatched())
{
pTarg1 = pTarg1->GetNext();
pTarg2 = pTarg2->GetNext();
}
// These could be the same bridge but that is incidental and not tested for
if (pTarg1 != NULL && pTarg1->IsMatched())
{
pTarg2 = pTarg1->GetBridge();
}
if (pTarg2 != NULL && pTarg2->IsMatched())
{
pTarg1 = pTarg2->GetBridge();
}
while (pTracer1 != NULL && pTracer1 != pTarg1)
{
OutputItem(1, pTracer1);
pTracer1 = pTracer1->GetNext();
}
while (pTracer2 != NULL && pTracer2 != pTarg2)
{
OutputItem(2, pTracer2);
pTracer2 = pTracer2->GetNext();
}
}
}