static void OpenUsingDde(HWND targetWnd, const WCHAR *filePath, CommandLineInfo& i, bool isFirstWin)
{
// delegate file opening to a previously running instance by sending a DDE message
WCHAR fullpath[MAX_PATH];
GetFullPathName(filePath, dimof(fullpath), fullpath, NULL);
str::Str<WCHAR> cmd;
cmd.AppendFmt(L"[" DDECOMMAND_OPEN L"(\"%s\", 0, 1, 0)]", fullpath);
if (i.destName && isFirstWin) {
cmd.AppendFmt(L"[" DDECOMMAND_GOTO L"(\"%s\", \"%s\")]", fullpath, i.destName);
}
else if (i.pageNumber > 0 && isFirstWin) {
cmd.AppendFmt(L"[" DDECOMMAND_PAGE L"(\"%s\", %d)]", fullpath, i.pageNumber);
}
if ((i.startView != DM_AUTOMATIC || i.startZoom != INVALID_ZOOM ||
i.startScroll.x != -1 && i.startScroll.y != -1) && isFirstWin) {
const WCHAR *viewMode = prefs::conv::FromDisplayMode(i.startView);
cmd.AppendFmt(L"[" DDECOMMAND_SETVIEW L"(\"%s\", \"%s\", %.2f, %d, %d)]",
fullpath, viewMode, i.startZoom, i.startScroll.x, i.startScroll.y);
}
if (i.forwardSearchOrigin && i.forwardSearchLine) {
ScopedMem<WCHAR> sourcePath(path::Normalize(i.forwardSearchOrigin));
cmd.AppendFmt(L"[" DDECOMMAND_SYNC L"(\"%s\", \"%s\", %d, 0, 0, 1)]",
fullpath, sourcePath, i.forwardSearchLine);
}
if (!i.reuseDdeInstance) {
// try WM_COPYDATA first, as that allows targetting a specific window
COPYDATASTRUCT cds = { 0x44646557 /* DdeW */, (DWORD)(cmd.Size() + 1) * sizeof(WCHAR), cmd.Get() };
LRESULT res = SendMessage(targetWnd, WM_COPYDATA, NULL, (LPARAM)&cds);
if (res)
return;
}
DDEExecute(PDFSYNC_DDE_SERVICE, PDFSYNC_DDE_TOPIC, cmd.Get());
}
static void OpenUsingDde(const TCHAR *filePath, CommandLineInfo& i, bool isFirstWin)
{
// delegate file opening to a previously running instance by sending a DDE message
TCHAR fullpath[MAX_PATH];
GetFullPathName(filePath, dimof(fullpath), fullpath, NULL);
ScopedMem<TCHAR> cmd(str::Format(_T("[") DDECOMMAND_OPEN _T("(\"%s\", 0, 1, 0)]"), fullpath));
DDEExecute(PDFSYNC_DDE_SERVICE, PDFSYNC_DDE_TOPIC, cmd);
if (i.destName && isFirstWin) {
cmd.Set(str::Format(_T("[") DDECOMMAND_GOTO _T("(\"%s\", \"%s\")]"), fullpath, i.destName));
DDEExecute(PDFSYNC_DDE_SERVICE, PDFSYNC_DDE_TOPIC, cmd);
}
else if (i.pageNumber > 0 && isFirstWin) {
cmd.Set(str::Format(_T("[") DDECOMMAND_PAGE _T("(\"%s\", %d)]"), fullpath, i.pageNumber));
DDEExecute(PDFSYNC_DDE_SERVICE, PDFSYNC_DDE_TOPIC, cmd);
}
if ((i.startView != DM_AUTOMATIC || i.startZoom != INVALID_ZOOM ||
i.startScroll.x != -1 && i.startScroll.y != -1) && isFirstWin) {
const TCHAR *viewMode = DisplayModeConv::NameFromEnum(i.startView);
cmd.Set(str::Format(_T("[") DDECOMMAND_SETVIEW _T("(\"%s\", \"%s\", %.2f, %d, %d)]"),
fullpath, viewMode, i.startZoom, i.startScroll.x, i.startScroll.y));
DDEExecute(PDFSYNC_DDE_SERVICE, PDFSYNC_DDE_TOPIC, cmd);
}
if (i.forwardSearchOrigin && i.forwardSearchLine) {
ScopedMem<TCHAR> sourcePath(path::Normalize(i.forwardSearchOrigin));
cmd.Set(str::Format(_T("[") DDECOMMAND_SYNC _T("(\"%s\", \"%s\", %d, 0, 0, 1)]"),
filePath, sourcePath, i.forwardSearchLine));
DDEExecute(PDFSYNC_DDE_SERVICE, PDFSYNC_DDE_TOPIC, cmd);
}
}
void CodeManager::createDirectories()
{
// check directory structure
createDirectory(QDir(cpuPath()));
createDirectory(QDir(sourcePath()));
createDirectory(QDir(libPath()));
createDirectory(QDir(incPath()));
}
int CodeManager::compile()
{
// create arguments
QStringList args
= QStringList::split(' ', Settings::instance()->compilerCmd());
args.append(filename());
ProcessDialog *dialog = ProcessDialog::instance();
return dialog->run(sourcePath(), args);
}
QString QmlObserverTool::toolByInstallData(const QString &qtInstallData)
{
if (!Core::ICore::instance())
return QString();
const QStringList directories = installDirectories(qtInstallData);
const QStringList binFilenames = validBinaryFilenames();
return byInstallDataHelper(sourcePath(), sourceFileNames(), directories, binFilenames, false);
}
bool CodeManager::edit()
{
QProcess *proc = new QProcess();
QStringList args
= QStringList::split(' ', Settings::instance()->editorCmd());
args.append(filename());
proc->setArguments(args);
proc->setWorkingDirectory(QDir(sourcePath()));
return proc->launch("");
}
void FileTransfer::downloadFile(const std::string filepath)
{
std::string sourcePath(Plugin::GIT_CACHE_DIR);
sourcePath.append("/").append(filepath);
Process::Args args;
args.push_back(filepath);
// TODO: Change this name
std::string targetPath("~/keshig-storage/");
targetPath.append(filepath);
Poco::ProcessHandle ph = Process::launch("scp", args, 0, 0, 0);
if (ph.wait() != 0) throw new Poco::RuntimeException("Failed to upload file");
}
/**
* parses the selected path for files to upload
**/
void MainWindow::processSelectedPath() {
QDir sourcePath(ui->leGalleryPath->text());
sourcePath.setFilter(QDir::Files | QDir::NoDotAndDotDot);
QStringList filters;
filters << "*.jpg" << "*.jpeg" << "*.png" << "*.tiff"; // list of accepted files
sourcePath.setNameFilters(filters);
qDebug() << "reading content of directory: " << sourcePath.absolutePath();
QFileInfoList fileList = sourcePath.entryInfoList();
for(int i = 0; i < fileList.size(); i++) {
m_pLPUploader->addEntryToUpload(fileList.at(i).absoluteFilePath());
qDebug() << "MainWindow::processSelectedPath: added " << fileList.at(i).absoluteFilePath();
}
}
void testInfos(const char *className, const char *methodName, const char *classPath, const char *type_of_test, const char *language)
{
const std::string& module_name = sbf::pkg::Module::get( "vgd", "0-5" )->getName();
std::string module_description = sbf::pkg::Module::get()->getDescription();
boost::filesystem::path initial_path = boost::filesystem::current_path();
initial_path = initial_path.parent_path();
boost::filesystem::path sourcePath( initial_path / "include" / module_name / classPath );
TYPE_OF_TEST(type_of_test);
TESTED_MODULE(module_name.c_str());
MODULE_DESCRIPTION(module_description.c_str());
TESTED_CLASS(className);
TESTED_METHOD(methodName);
TESTED_CLASSPATH(sourcePath.string().c_str());
LANGUAGE(language);
}
string CViewRenderer::renderFile(const IRenderingContext * context, const string & sourceFile, CDT & data, bool ret) throw (CException)
{
boost::filesystem::path sourcePath(sourceFile);
if (!boost::filesystem::exists(sourcePath)) {
throw CException("View file \"" + sourceFile + "\" does not exist.");
}
string viewFile = getViewFile(sourceFile);
boost::filesystem::path viewPath(viewFile);
if (!boost::filesystem::exists(viewPath) || boost::filesystem::last_write_time(sourcePath) > boost::filesystem::last_write_time(viewPath)) {
if (generateViewFile(sourceFile, viewFile)) {
chmod(viewFile.c_str(), filePermission);
} else {
throw CException("Can't generate view file \"" + viewFile + "\" from source file \"" + sourceFile + "\".");
}
}
if (context != 0) {
return context->renderInternal(viewFile, data, ret);
}
stringstream os;
StreamOutputCollector outputCollector(os);
TDynamicTemplateCacheMap::const_iterator found = _templateCache.find(viewFile);
VMLoader * oLoader = 0;
if (found == _templateCache.end()) {
oLoader = new VMFileLoader(viewFile.c_str());
_templateCache[viewFile.c_str()] = boost::shared_ptr<VMLoader>(oLoader);
} else {
oLoader = found->second.get();
}
PROFILE_BEGIN("CViewRenderer::rendering template bytecode of \"" + viewFile + "\"")
UINT_32 iIP = 0;
VM * vm = Cws::app()->getTemplateEngine()->getVM();
const VMMemoryCore * pVMMemoryCore = oLoader->GetCore();
vm->Init(pVMMemoryCore, &outputCollector, 0);
vm->Run(pVMMemoryCore, &outputCollector, iIP, data, 0);
PROFILE_END()
if (ret) {
return os.str();
} else {
Cws::app()->getOutputStack().top()->echo(os.str());
return "";
}
}
LRESULT SnapshotWizardPage1::OnWizardNext() {
CAutoPtr<wchar_t> sourcePath(new wchar_t[sourceEdit_.GetWindowTextLengthW() + 1]);
sourceEdit_.GetWindowTextW(sourcePath, sourceEdit_.GetWindowTextLengthW() + 1);
CAutoPtr<wchar_t> destinationPath(new wchar_t[destinationEdit_.GetWindowTextLengthW() + 1]);
destinationEdit_.GetWindowTextW(destinationPath, destinationEdit_.GetWindowTextLengthW() + 1);
wchar_t expandedSourcePath[MAX_PATH];
wchar_t expandedDestinationPath[MAX_PATH];
if (0 == ::ExpandEnvironmentStrings(sourcePath, expandedSourcePath, MAX_PATH)) {
ShowMessageBox(L"Bad source path format.");
return -1;
}
if (0 == ::ExpandEnvironmentStrings(destinationPath, expandedDestinationPath, MAX_PATH)) {
ShowMessageBox(L"Bad destination path format.");
return -1;
}
if (!ATLPath::FileExists(expandedSourcePath)) {
ShowMessageBox(L"The source file does not exists.");
return -1;
}
if (ATLPath::FileExists(expandedDestinationPath)) {
ShowMessageBox(L"The Destination file already exists.");
return -1;
}
auto hr = Vss::CopyFileFromSnapshot(sourcePath, destinationPath);
if (FAILED(hr)) {
CString errorMessage;
errorMessage.Format(L"%s : %d", L"Vss copy Failed.", hr);
ShowMessageBox(errorMessage);
return -1;
}
if (!InvokeEsentutilP(destinationPath)) {
CString errorMessage;
errorMessage.Format(L"%s : %d", L"Database repair Failed. : ", GetLastError());
ShowMessageBox(errorMessage);
return -1;
}
wcscpy_s(sharedStringPage1_, MAX_PATH + 1, destinationPath);
return 0;
}
static WindowInfo *LoadOnStartup(const WCHAR *filePath, CommandLineInfo& i, bool isFirstWin)
{
LoadArgs args(filePath);
args.showWin = !(i.printDialog && i.exitWhenDone) && !gPluginMode;
WindowInfo *win = LoadDocument(args);
if (!win)
return win;
if (win->IsDocLoaded() && i.destName && isFirstWin) {
win->linkHandler->GotoNamedDest(i.destName);
} else if (win->IsDocLoaded() && i.pageNumber > 0 && isFirstWin) {
if (win->ctrl->ValidPageNo(i.pageNumber))
win->ctrl->GoToPage(i.pageNumber, false);
}
if (i.hwndPluginParent)
MakePluginWindow(*win, i.hwndPluginParent);
if (!win->IsDocLoaded() || !isFirstWin)
return win;
if (i.enterPresentation || i.enterFullScreen) {
if (i.enterPresentation && win->isFullScreen || i.enterFullScreen && win->presentation)
ExitFullScreen(*win);
EnterFullScreen(*win, i.enterPresentation);
}
if (i.startView != DM_AUTOMATIC)
SwitchToDisplayMode(win, i.startView);
if (i.startZoom != INVALID_ZOOM)
ZoomToSelection(win, i.startZoom);
if ((i.startScroll.x != -1 || i.startScroll.y != -1) && win->AsFixed()) {
DisplayModel *dm = win->AsFixed();
ScrollState ss = dm->GetScrollState();
ss.x = i.startScroll.x;
ss.y = i.startScroll.y;
dm->SetScrollState(ss);
}
if (i.forwardSearchOrigin && i.forwardSearchLine && win->AsFixed() && win->AsFixed()->pdfSync) {
UINT page;
Vec<RectI> rects;
ScopedMem<WCHAR> sourcePath(path::Normalize(i.forwardSearchOrigin));
int ret = win->AsFixed()->pdfSync->SourceToDoc(sourcePath, i.forwardSearchLine, 0, &page, rects);
ShowForwardSearchResult(win, sourcePath, i.forwardSearchLine, 0, ret, page, rects);
}
return win;
}
QString QmlObserverTool::copy(const QString &qtInstallData, QString *errorMessage)
{
const QStringList directories = installDirectories(qtInstallData);
// Try to find a writable directory.
foreach (const QString &directory, directories) {
if (!mkpath(directory, errorMessage))
continue;
errorMessage->clear();
if (copyFiles(sourcePath(), sourceFileNames(), directory, errorMessage)) {
errorMessage->clear();
return directory;
}
}
*errorMessage = QCoreApplication::translate("ProjectExplorer::QmlObserverTool",
"QMLObserver could not be built in any of the directories:\n- %1\n\nReason: %2")
.arg(directories.join(QLatin1String("\n- ")), *errorMessage);
return QString();
}
QString QmlDebuggingLibrary::copy(const QString &qtInstallData, QString *errorMessage)
{
const QStringList directories = QmlDebuggingLibrary::installDirectories(qtInstallData);
// Try to find a writeable directory.
foreach (const QString &directory, directories) {
if (!mkpath(directory, errorMessage)) {
continue;
} else {
errorMessage->clear();
}
if (copyFiles(sourcePath(), sourceFileNames(),
directory, errorMessage))
{
errorMessage->clear();
return directory;
}
}
*errorMessage = QCoreApplication::translate("Qt4ProjectManager::QmlDebuggingLibrary",
"QML Debugging library could not be built in any of the directories:\n- %1\n\nReason: %2")
.arg(directories.join(QLatin1String("\n- ")), *errorMessage);
return QString();
}
void SchemaValue::getAllowedValues(std::vector<AllowedValue> &allowedValues, const std::shared_ptr<const EnvironmentNode> &pEnvNode) const
{
//
// If enumerated, get the allowed values
if (m_pType->isEnumerated())
{
allowedValues = m_pType->getEnumeratedValues();
}
//
// Is there a specialized rule that limits the values? The order is important here. Place more restrictive rules first. Note also that
// a rule could be used inside a unique value set which should remain the last entry in this if then else if block
//
// uniqueItemType_espBinding - value is based on a unique item type described by the data for the rule. This is version 1
else if (m_valueLimitRuleType == "uniqueItemType_espBinding")
{
std::vector<std::string> params = splitString(m_valueLimitRuleData, ",");
if (params.size() != 2)
{
std::string msg = "Applying rule " + m_valueLimitRuleType + ", expected 2 parameters in rule data";
throw(ParseException(msg));
}
//
// First parameter is the source values for an attribute search. The two parts of the parameter are the path to the
// node set where the atttribute, the second part, name is found (not that there may be no entries). Find all the nodes
// for the path (parts[0]), then get all of the values for the attribute (parts[1]). This serves as the list of existing
// values that are eliminated from the final list of allowable values.
ConfigPath sourcePath(params[0]);
std::shared_ptr<ConfigPathItem> pSourcePath = sourcePath.getNextPathItem();
std::vector<std::shared_ptr<EnvironmentNode>> existingSourceNodes;
pEnvNode->fetchNodes(pSourcePath->getElementName(), existingSourceNodes);
std::vector<std::string> existingSourceAttributeValues;
for (auto &existingNodeIt: existingSourceNodes)
{
existingSourceAttributeValues.push_back( existingNodeIt->getAttributeValue(pSourcePath->getAttributeName()));
}
//
// Get the full set of possible values using the params[1] values. From its parts, parts[0] is the path
// to find the set of all possible nodes that could serve as an allowable value.
std::vector<std::shared_ptr<EnvironmentNode>> allSourceNodes;
ConfigPath valuesPath(params[1]);
std::shared_ptr<ConfigPathItem> pValuesPath = valuesPath.getNextPathItem();
std::string sourceAttributeName = pValuesPath->getAttributeName(); // for use below in case parts is reused later
pEnvNode->fetchNodes(pValuesPath->getElementName(), allSourceNodes);
//
// For each exising source node, using the existingSourceAttributeValues, matching the name to the value in
// sourceAttributeName, and collect the itemType values found.
std::vector<std::string> existingItemTypes;
for (auto &existingValueIt: existingSourceAttributeValues)
{
std::vector<std::shared_ptr<EnvironmentNode>>::iterator sourceIt = std::find_if(allSourceNodes.begin(), allSourceNodes.end(),
[&](std::shared_ptr<EnvironmentNode> &srcIt) {
return srcIt->getAttributeValue(sourceAttributeName) == existingValueIt;
});
if (sourceIt != allSourceNodes.end())
{
existingItemTypes.push_back((*sourceIt)->getSchemaItem()->getItemType());
}
}
//
// Build the allowable value list by only adding itmes from the all sources list that don't hvae
// an entry in the existing item type vector
for (auto &sourceIt: allSourceNodes)
{
std::vector<std::string>::const_iterator itemTypeIt = std::find_if(existingItemTypes.begin(), existingItemTypes.end(), [&](const std::string &itemIt) {
return itemIt == sourceIt->getSchemaItem()->getItemType();
});
if (itemTypeIt == existingItemTypes.end())
{
allowedValues.push_back({ sourceIt->getAttributeValue(sourceAttributeName), "" });
}
}
}
//
// Or, keyed? (note that the keyed check MUST be last since a more restrictive rule may be defined for UI purposes
// while a keyed reference is present for XML schema validation)
else if (isFromUniqueValueSet())
{
std::vector<std::string> refValues;
getAllKeyRefValues(refValues);
for (auto it = refValues.begin(); it != refValues.end(); ++it)
{
allowedValues.push_back({ *it, "" });
}
if (!allowedValues.empty() && m_valueLimitRuleType == "addDependencies_FromSiblingAttributeValue")
{
std::vector<std::string> params = splitString(m_valueLimitRuleData, ",");
if (params.size() != 2)
{
std::string msg = "Applying rule " + m_valueLimitRuleType + ", expected 4 parameters in rule data";
throw(ParseException(msg));
}
std::string matchPath = params[0];
std::string matchAttribute = params[1];
std::string depAttrSource = params[2];
std::string depAttrTarget = params[3];
//
// Get an environment node pointer using the first entry in the env values vector. We know it's not empty because
// we have at least one allowed value. Use this for fetching
std::shared_ptr<EnvironmentNode> pEnvNode = m_envValues[0].lock()->getEnvironmentNode();
//
// Loop through each allowed value and find it's environment node (by value). Then add a dependency
// based on the dependent attribute source.
for (auto &allowedValue: allowedValues)
{
std::string path = matchPath + "[@" + matchAttribute + "='" + allowedValue.m_value + "']";
std::vector<std::shared_ptr<EnvironmentNode>> envNodes;
pEnvNode->fetchNodes(path, envNodes);
if (!envNodes.empty())
{
std::shared_ptr<EnvironmentValue> pAttr = envNodes[0]->getAttribute(depAttrSource);
if (pAttr)
{
allowedValue.addDependentValue(depAttrTarget, pAttr->getValue());
}
}
}
}
}
}
int RawConverter::parseArguments( int argc, char** argv )
{
try // command line parsing
{
po::options_description options(
std::string( "eVolveConverter - eVolve file converter " ) +
QUOTE( EQUALIZER_VERSION ) );
bool showHelp(false);
double scaleX = 1.0;
double scaleY = 1.0;
double scaleZ = 1.0;
bool recalcDerivates(false);
bool cmpRawDerivVhf(false);
bool dscToVhf(false);
bool savToVhf(false);
bool derToRaw(false);
bool rawToRaw(false);
bool pvmToRaw(false);
std::string sourcePath("");
std::string destinationPath("");
options.add_options()
( "help,h", po::bool_switch(&showHelp)->default_value(false),
"produce help message" )
( "sW", po::value<double>(&scaleX), "scale factor for width")
( "sH", po::value<double>(&scaleY), "scale factor for height" )
( "sD", po::value<double>(&scaleZ), "scale factor for depth" )
( "sA", po::value<double>(), "common scale factor")
( "rec,e", po::bool_switch(&recalcDerivates)->default_value(false),
"recalculate derivatives in raw+der")
( "cmp,m", po::bool_switch(&cmpRawDerivVhf)->default_value(false),
"compare raw+derivations+vhf")
( "dsc,c", po::bool_switch(&dscToVhf)->default_value(false),
"dsc -> vhf file converter")
( "sav,v", po::bool_switch(&savToVhf)->default_value(false),
"sav -> vhf transfer function converter")
( "der,r", po::bool_switch(&derToRaw)->default_value(false),
"raw -> raw+derivatives")
( "raw,w", po::bool_switch(&rawToRaw)->default_value(false),
"raw+derivatives -> raw")
( "pvm,p", po::bool_switch(&pvmToRaw)->default_value(false),
"pvm[+sav] -> raw+derivatives+vhf" )
( "dst,d", po::value<std::string>(&destinationPath),
"destination file, e.g. Bucky32x32x32_d.raw" )
( "src,s", po::value<std::string>(&sourcePath),
"source file, e.g. Bucky32x32x32.raw" );
//parse program options
po::variables_map variableMap;
po::store( po::parse_command_line( argc, argv, options ), variableMap );
po::notify( variableMap );
if (showHelp)
{
std::cout << options << std::endl;
return EXIT_SUCCESS;
}
if ( variableMap.count( "dst" ) != 1 )
throw std::runtime_error( "You must specify one destination path" );
if ( variableMap.count( "src" ) != 1 )
throw std::runtime_error( "You must specify a source path" );
if( rawToRaw ) // raw + derivatives -> raw
return RawConverter::RawPlusDerivativesToRawConverter(
sourcePath, destinationPath );
if( derToRaw ) // raw -> raw + derivatives
return RawConverter::RawToRawPlusDerivativesConverter(
sourcePath, destinationPath );
if( savToVhf ) // sav -> vhf
return RawConverter::SavToVhfConverter(
sourcePath, destinationPath );
if( dscToVhf ) // dsc -> vhf
return RawConverter::DscToVhfConverter(
sourcePath, destinationPath );
if( pvmToRaw ) // pvm -> raw
return RawConverter::PvmSavToRawDerVhfConverter(
sourcePath, destinationPath );
if( cmpRawDerivVhf ) // cmp raw+derivations+vhf
return RawConverter::CompareTwoRawDerVhf(
sourcePath, destinationPath );
if( recalcDerivates ) // recalculate derivatives
return RawConverter::RecalculateDerivatives(
sourcePath, destinationPath );
// Scale model
if ( variableMap.count("sA") == 1 )
{
double scaleVal = variableMap["sA"].as<double>();
if (variableMap.count("sW") == 0)
scaleX = scaleVal;
if (variableMap.count("sH") == 0)
scaleY = scaleVal;
if (variableMap.count("sD") == 0)
scaleZ = scaleVal;
}
if ( ( variableMap.count("sW") + variableMap.count("sH")
+ variableMap.count("sD") + variableMap.count("sA") ) >= 1 )
{
// At least one scale parameter is set, so scale...
return RawConverter::ScaleRawDerFile(
sourcePath, destinationPath,
scaleX, scaleY, scaleZ );
}
throw std::runtime_error("Converter options were not specified completely.");
}
catch( std::exception& exception )
{
std::cerr << "Command line parse error: " << exception.what()
<< std::endl;
return EXIT_FAILURE;
}
return EXIT_SUCCESS;
}
QStringList QmlObserverTool::sourceFileNames()
{
return recursiveFileList(QDir(sourcePath()));
}
string CViewRenderer::getViewFile(const string & file)
{
boost::filesystem::path sourcePath(file);
return sourcePath.parent_path().string() + "/" + boost::filesystem::basename(sourcePath) + ".ct2";
}
void Foam::multiSolver::setInitialSolverDomain(const word& solverDomainName)
{
if (!solverDomains_.found(solverDomainName))
{
FatalErrorIn("multiSolver::setInitialSolverDomain")
<< "Initial solverDomainName '" << solverDomainName << "' does"
<< " not exist in multiSolver dictionary. Found entries are: "
<< solverDomains_.toc()
<< abort(FatalError);
}
currentSolverDomain_ = solverDomainName;
setSolverDomainControls(currentSolverDomain_);
// Purge all time directories from case directory root
purgeTimeDirs(multiDictRegistry_.path());
// Purge any constant/superLoopData/
fileName superLoopDataPath
(
multiDictRegistry_.path()/multiDictRegistry_.constant()
/"superLoopData"
);
if (exists(superLoopDataPath))
{
rmDir(superLoopDataPath);
}
// Read initial settings and determine data source (from which path the
// initial data is copied, the starting superLoop_, and the current
// globalTime (used to determine globalOffset). Rules that are applied:
//
// 1. superLoop_ = data source superLoop
// a. unless data source solverDomain != currentSolverDomain_, in
// which case, superLoop_ = data source superLoop + 1
// 2. globalTime = data source globalTime. globalTime does not increment
// when swapping solver domains.
// 3. startTime = data source local time
// a. unless data source solverDomain != currentSolverDomain_, in
// which case, startTime is dictated by the solverDomains
// subdictionary.
// 4. endTime is determined by the solverDomains subdictionary
// a. unless the finalStopAt trumps it
// Find initial data source
timeCluster tcSource(initialDataSource());
fileName sourcePath(findInstancePath(tcSource, tcSource.size() - 1));
superLoop_ = tcSource.superLoop();
globalIndex_ = tcSource.globalIndex();
// If starting from initial conditions, superLoop_ = -1
if (superLoop_ < 0) superLoop_ = 0;
scalar globalTime(tcSource.globalValue(tcSource.size() - 1));
scalar localStartTime(tcSource.localValue(tcSource.size() -1));
// Now to apply the exceptions if currentSolverDomain_ != data source
// solverDomain (see long comment above).
if (sourcePath.path().path().name() != currentSolverDomain_)
{
superLoop_++;
globalIndex_++;
switch (startFrom_)
{
case mtsFirstTime:
localStartTime = 0;
break;
case mtsStartTime:
localStartTime = startTime_;
break;
case mtsLatestTimeThisDomain:
{
timeCluster tcTemp
(
findLatestLocalTime
(
readSolverDomainTimes(currentSolverDomain_)
)
);
localStartTime = tcTemp.localValue(0);
}
break;
case mtsLatestTimeAllDomains:
localStartTime = globalTime;
break;
}
}
startTime_ = localStartTime;
globalTimeOffset_ = globalTime - startTime_;
// Give multiDictRegistry a time value (required for regIOobject::write()
// to case/[timeValue]
multiDictRegistry_.setTime(startTime_, 0);
// Copy the source data and any previous time directories to
// case/[localTime]
forAll(tcSource, i)
{
fileName copyMe(findInstancePath(tcSource, i));
cp(copyMe, multiDictRegistry_.path());
}
Project *
App::CreateNewProject(const BMessage &settings)
{
Project *proj = NULL;
BString projectName, targetName, projectPath, templateName, pldName;
int32 projectType, scmType;
bool createFolder, populateProject = true;
settings.FindString("name",&projectName);
settings.FindString("target",&targetName);
settings.FindInt32("type",&projectType);
settings.FindString("path",&projectPath);
settings.FindInt32("scmtype", &scmType);
settings.FindBool("createfolder",&createFolder);
settings.FindString("template", &templateName);
settings.FindString("pldfile", &pldName);
if (templateName.CountChars() > 0)
{
// Templates are now a directory with a TEMPLATEINFO file. All files in the
// directory are copies, allowing for much greater flexibility than before.
BString projectFileName(projectName);
projectFileName << ".pld";
DPath templatePath(gAppPath.GetFolder());
templatePath << "Templates" << templateName;
// Copy the contents of the chosen template folder to the project path
DPath sourcePath(templatePath);
DPath destPath(gProjectPath);
if (createFolder)
{
destPath << projectName;
create_directory(destPath.GetFullPath(), 0700);
}
BString wildcard("'");
wildcard << sourcePath.GetFullPath() << "'/*";
ShellHelper shell("cp -a ");
shell << wildcard;
shell.AddQuotedArg(destPath.GetFullPath());
shell.Run();
// The copy command copies *everything*, so we have to delete the
// TEMPLATEINFO file.
DPath templateInfo(destPath);
templateInfo << "TEMPLATEINFO";
BEntry infoEntry(templateInfo.GetFullPath());
infoEntry.Remove();
infoEntry.Unset();
DPath finalPath;
// Load project and set info or create one, if needed.
// If the settings contain the name of a .pld project file, we'll search
// for that first. Assuming that it exists, we'll rename that file to the
// project name specified. If it doesn't exist or the .pld name is empty,
// we'll create a new project with the appropriate name.
// The pldname field comes from the TEMPLATEINFO file, which can designate
// the main project file in a template. This allows a template to have
// multiple project files, such as for the Tracker Add-on development framework
// which has both a project file for generating the actual addon and another
// one which is the testing framework.
bool createProjFile = true;
if (pldName.CountChars() > 0)
{
// If a .pld project file was specified in TEMPLATEINFO, check to see if
// the file exists and rename it. If it doesn't exist, we'll create a new
// file, and if a .pld file already exists with the intended name, we won't
// do anything except tell the user what's happened.
DPath oldPldNamePath(destPath);
oldPldNamePath << pldName;
BEntry oldPldNameEntry(oldPldNamePath.GetFullPath());
DPath newPldNamePath(destPath);
newPldNamePath << projectFileName;
BEntry newPldNameEntry(newPldNamePath.GetFullPath());
if (newPldNameEntry.Exists())
{
// createProjFile is false here only if there is a .pld file with the
// user's chosen project name. If that is the case, we keep both files and
// let the user sort it out.
BString errMsg = B_TRANSLATE(
"Project file '%projectname%.pld' already exists. The "
"original file for this template is '%pldname%'. You'll need "
"to open the project folder and figure out which one you wish to keep.");
errMsg.ReplaceFirst("%projectname%", projectName);
errMsg.ReplaceFirst("%pldname%", pldName);
ShowAlert(errMsg);
populateProject = createProjFile = false;
finalPath = newPldNamePath;
}
else
if (oldPldNameEntry.Exists())
{
oldPldNameEntry.Rename(projectFileName.String());
populateProject = createProjFile = false;
finalPath = newPldNamePath;
}
}
if (createProjFile)
{
proj = Project::CreateProject(projectName.String(), targetName.String(),
projectType, projectPath.String(), createFolder);
if (proj)
finalPath = proj->GetPath();
}
else
{
proj = new Project();
if (proj->Load(finalPath.GetFullPath()) != B_OK)
{
delete proj;
return NULL;
}
}
}
else
{
// This case is for stuff like the Quick Import feature
proj = Project::CreateProject(projectName.String(), targetName.String(),
projectType, projectPath.String(), createFolder);
}
if (!proj)
return NULL;
scm_t detectedSCM = DetectSCM(projectPath);
proj->SetSourceControl(detectedSCM == SCM_NONE ? (scm_t)scmType : detectedSCM);
gCurrentProject = proj;
gProjectList->Lock();
gProjectList->AddItem(proj);
gProjectList->Unlock();
BRect r(0,0,200,300);
/*
r.OffsetTo(gProjectWindowPoint);
gProjectWindowPoint.x += 25;
gProjectWindowPoint.y += 25;
if (gProjectWindowPoint.x < 0)
gProjectWindowPoint.x = 0;
if (gProjectWindowPoint.y < 0)
gProjectWindowPoint.y - 0;
*/
ProjectWindow *projwin = new ProjectWindow(r,gCurrentProject);
projwin->Show();
BEntry entry(gCurrentProject->GetPath().GetFullPath());
if (entry.InitCheck() == B_OK)
{
entry_ref newprojref;
entry.GetRef(&newprojref);
UpdateRecentItems(newprojref);
}
if (populateProject)
{
entry_ref addRef;
int32 i = 0;
while (settings.FindRef("libs",i++,&addRef) == B_OK)
{
if (BEntry(&addRef).Exists())
proj->AddLibrary(DPath(addRef).GetFullPath());
}
i = 0;
BMessage addMsg(M_IMPORT_REFS);
while (settings.FindRef("refs",i++,&addRef) == B_OK)
addMsg.AddRef("refs",&addRef);
PostToProjectWindow(&addMsg,NULL);
}
return proj;
}
void ProjectGenerator::OnGenerateButton(const nuiEvent& rEvent)
{
nglString source = mpNuiSource->GetText();
nglString target = mpProjectTarget->GetText();
source.Trim();
target.Trim();
if ((source == nglString::Null) || (target == nglString::Null))
{
nuiMessageBox* pMessageBox = new nuiMessageBox(GetMainWindow(), _T("Project Creator"), _T("source and target information can't be empty!"), eMB_OK);
pMessageBox->QueryUser();
rEvent.Cancel();
return;
}
nglPath sourcePath(source);
if (!sourcePath.Exists())
{
nglString msg;
msg.Format(_T("the nui source directory '%ls' does not exist!"), sourcePath.GetChars());
nuiMessageBox* pMessageBox = new nuiMessageBox(GetMainWindow(), nglString(_T("Project Creator")), msg, eMB_OK);
pMessageBox->QueryUser();
rEvent.Cancel();
return;
}
if (!mNuiCheckProjectFile || !mNuiCheckTools)
{
nglString msg;
msg.Format(_T("Parts of nui could not be found.\nCheck the nui source directory or checkout the complete nui sources from libnui.net!"));
nuiMessageBox* pMessageBox = new nuiMessageBox(GetMainWindow(), nglString(_T("Project Creator")), msg, eMB_OK);
pMessageBox->QueryUser();
rEvent.Cancel();
return;
}
mNuiSourcePath = source;
mProjectTargetPath = target;
nglPath path = nglPath(target);
mProjectName = path.GetNodeName();
nglPath targetPath(target);
nglString xcodeproj = mProjectName + _T(".xcodeproj");
targetPath += nglPath(xcodeproj);
if (targetPath.Exists())
{
nglString msg;
msg.Format(_T("the following project exists already!\n'%ls'"), targetPath.GetChars());
nuiMessageBox* pMessageBox = new nuiMessageBox(GetMainWindow(), nglString(_T("Project Creator")), msg, eMB_OK);
pMessageBox->QueryUser();
rEvent.Cancel();
return;
}
GetPreferences().Save();
Make();
rEvent.Cancel();
}
void ReflectionParser::GenerateFiles(void)
{
fs::path sourceRootDirectory( m_options.sourceRoot );
fs::path outputFileDirectory( m_options.outputModuleFileDirectory );
m_moduleFileHeaderTemplate = LoadTemplate( kTemplateModuleFileHeader );
if (!m_moduleFileHeaderTemplate.isValid( ))
{
std::stringstream error;
error << "Unable to compile module file header template." << std::endl;
error << m_moduleFileHeaderTemplate.errorMessage( );
throw std::exception( error.str( ).c_str( ) );
}
m_moduleFileSourceTemplate = LoadTemplate( kTemplateModuleFileSource );
if (!m_moduleFileSourceTemplate.isValid( ))
{
std::stringstream error;
error << "Unable to compile module file source template." << std::endl;
error << m_moduleFileSourceTemplate.errorMessage( );
throw std::exception( error.str( ).c_str( ) );
}
TemplateData moduleFilesData { TemplateData::Type::List };
fs::path metaCacheFileName = m_options.outputModuleFileDirectory;
metaCacheFileName /= ".meta-cache";
auto metaCacheFileExists = exists( metaCacheFileName );
std::string moduleFileCache;
for (auto &file : m_moduleFiles)
{
fs::path filePath( file.first );
// path relative to the source root
auto relativeDir = utils::MakeRelativePath( sourceRootDirectory, filePath )
.replace_extension( "" ).string( );
if (relativeDir.find_first_of( ".." ) != std::string::npos)
continue;
auto outputFile = outputFileDirectory / relativeDir;
auto outputFileHeader = change_extension( outputFile, "Generated.h" );
auto outputFileSource = change_extension( outputFile, "Generated.cpp" );
// module file name
file.second.name = boost::regex_replace(
relativeDir,
kSpecialCharsRegex,
"_"
);
moduleFileCache += file.second.name + '\n';
TemplateData moduleFileData { TemplateData::Type::Object };
moduleFileData[ "name" ] = file.second.name;
moduleFileData[ "header" ] = outputFileHeader.string( );
moduleFilesData << moduleFileData;
// if the generated file header doesn't exist, we need to regenerate
if (m_options.forceRebuild || !metaCacheFileExists || !exists( outputFileHeader ))
{
generateModuleFile( outputFileHeader, outputFileSource, file.first, file.second );
continue;
}
auto lastSourceWrite = last_write_time( filePath );
auto lastGeneratedWrite = last_write_time( outputFileHeader );
// if the generated file is older than the source file, we need to regenerate
if (lastSourceWrite > lastGeneratedWrite)
generateModuleFile( outputFileHeader, outputFileSource, file.first, file.second );
}
fs::path moduleCacheFileName = m_options.outputModuleFileDirectory;
moduleCacheFileName /= ".meta-cache";
if (!m_options.forceRebuild && metaCacheFileExists)
{
std::ifstream cacheFile( moduleCacheFileName.string( ) );
std::istreambuf_iterator<char> cacheFileBegin( cacheFile );
std::istreambuf_iterator<char> cacheFileEnd( nullptr );
// the cache is the same, so we don't need to write the source files
if (utils::RangeEqual(
moduleFileCache.begin( ), moduleFileCache.end( ),
cacheFileBegin, cacheFileEnd
))
{
return;
}
}
// update the cache
utils::WriteText(
moduleCacheFileName.string( ),
moduleFileCache
);
// module source file
{
auto sourceTemplate = LoadTemplate( kTemplateModuleSource );
if (!sourceTemplate.isValid( ))
{
std::stringstream error;
error << "Unable to compile module source template." << std::endl;
error << sourceTemplate.errorMessage( );
throw std::exception( error.str( ).c_str( ) );
}
TemplateData sourceData { TemplateData::Type::Object };
addGlobalTemplateData( sourceData );
sourceData[ "moduleFile" ] = moduleFilesData;
COMPILE_TYPE_TEMPLATES( sourceData, "external", m_externals );
fs::path sourcePath( m_options.outputModuleSource );
fs::create_directory( sourcePath.parent_path( ) );
utils::WriteText(
sourcePath.string( ),
sourceTemplate.render( sourceData )
);
}
}
QString CodeManager::sourceFilePath(QString extension)
{
return QString("%1/%2")
.arg(sourcePath())
.arg(filename(extension));
}
static QStringList sourceFileNames()
{
return recursiveFileList(QDir(sourcePath()), QString());
}
void CState::HandleDroppedFiles(const wxFileDataObject* pFileDataObject, const CLocalPath& path, bool copy)
{
const wxArrayString &files = pFileDataObject->GetFilenames();
if (!files.Count())
return;
#ifdef __WXMSW__
int len = 1;
for (unsigned int i = 0; i < files.Count(); i++)
len += files[i].Len() + 1;
// SHFILEOPSTRUCT's pTo and pFrom accept null-terminated lists
// of null-terminated filenames.
wxChar* from = new wxChar[len];
wxChar* p = from;
for (unsigned int i = 0; i < files.Count(); i++)
{
wxStrcpy(p, files[i]);
p += files[i].Len() + 1;
}
*p = 0; // End of list
wxChar* to = new wxChar[path.GetPath().Len() + 2];
wxStrcpy(to, path.GetPath());
to[path.GetPath().Len() + 1] = 0; // End of list
SHFILEOPSTRUCT op = {0};
op.pFrom = from;
op.pTo = to;
op.wFunc = copy ? FO_COPY : FO_MOVE;
op.hwnd = (HWND)m_pMainFrame->GetHandle();
SHFileOperation(&op);
delete [] to;
delete [] from;
#else
for (unsigned int i = 0; i < files.Count(); i++)
{
const wxString& file(files[i]);
wxLongLong size;
bool is_link;
CLocalFileSystem::local_fileType type = CLocalFileSystem::GetFileInfo(file, is_link, &size, 0, 0);
if (type == CLocalFileSystem::file)
{
wxString name;
CLocalPath sourcePath(file, &name);
if (name.empty())
continue;
if (copy)
wxCopyFile(file, path.GetPath() + name);
else
wxRenameFile(file, path.GetPath() + name);
}
else if (type == CLocalFileSystem::dir)
{
if (copy)
RecursiveCopy(CLocalPath(file), path);
else
{
CLocalPath sourcePath(file);
if (!sourcePath.HasParent())
continue;
wxRenameFile(file, path.GetPath() + sourcePath.GetLastSegment());
}
}
}
#endif
RefreshLocal();
}
void CState::HandleDroppedFiles(const wxFileDataObject* pFileDataObject, const CLocalPath& path, bool copy)
{
const wxArrayString &files = pFileDataObject->GetFilenames();
if (!files.Count())
return;
#ifdef __WXMSW__
int len = 1;
for (unsigned int i = 0; i < files.Count(); i++)
len += files[i].Len() + 1;
// SHFILEOPSTRUCT's pTo and pFrom accept null-terminated lists
// of null-terminated filenames.
wxChar* from = new wxChar[len];
wxChar* p = from;
for (unsigned int i = 0; i < files.Count(); i++)
{
wxStrcpy(p, files[i]);
p += files[i].Len() + 1;
}
*p = 0; // End of list
wxChar* to = new wxChar[path.GetPath().Len() + 2];
wxStrcpy(to, path.GetPath());
to[path.GetPath().Len() + 1] = 0; // End of list
SHFILEOPSTRUCT op = {0};
op.pFrom = from;
op.pTo = to;
op.wFunc = copy ? FO_COPY : FO_MOVE;
op.hwnd = (HWND)m_pMainFrame->GetHandle();
SHFileOperation(&op);
delete [] to;
delete [] from;
#else
wxString error;
for (unsigned int i = 0; i < files.Count(); i++)
{
const wxString& file(files[i]);
int64_t size;
bool is_link;
CLocalFileSystem::local_fileType type = CLocalFileSystem::GetFileInfo(file, is_link, &size, 0, 0);
if (type == CLocalFileSystem::file)
{
wxString name;
CLocalPath sourcePath(file, &name);
if (name.empty())
continue;
wxString target = path.GetPath() + name;
if (file == target)
continue;
if (copy)
wxCopyFile(file, target);
else
wxRenameFile(file, target);
}
else if (type == CLocalFileSystem::dir)
{
CLocalPath sourcePath(file);
if (sourcePath == path || sourcePath.GetParent() == path)
continue;
if (sourcePath.IsParentOf(path))
{
error = _("A directory cannot be dragged into one of its subdirectories.");
continue;
}
if (copy)
RecursiveCopy(sourcePath, path);
else
{
if (!sourcePath.HasParent())
continue;
wxRenameFile(file, path.GetPath() + sourcePath.GetLastSegment());
}
}
}
if (!error.empty())
wxMessageBoxEx(error, _("Could not complete operation"));
#endif
RefreshLocal();
}
QStringList QmlDebuggingLibrary::sourceFileNames()
{
return recursiveFileList(QDir(sourcePath()));
}