/*
* Try to populate a req struct with
* all the various arguments and
* parameters.
*/
int initReq(struct extRequest *req) {
req->url = NULL;
req->args = NULL;
req->numargs = 0;
if(!parseURL(req)) {
exitStatus(400, "Error parsing URL.\n");
return 0;
}
if(!parseArguments(req)) {
exitStatus(400, "Error parsing passed arguments or values.\n");
return 0;
}
/*
* The callback function is not required,
* because some JSON-producing webservices
* provide their own parameter for this.
*/
parseCallback(req);
return 1;
}
void KompareProcess::slotProcessExited( KProcess* /* proc */ )
{
// exit status of 0: no differences
// 1: some differences
// 2: error but there may be differences !
kdDebug(8101) << "Exited with exit status : " << exitStatus() << endl;
emit diffHasFinished( normalExit() && exitStatus() != 0 );
}
bool Process::failed()
// ----------------------------------------------------------------------------
// Return true if the process crashed or returned a non-zero value
// ----------------------------------------------------------------------------
{
return (exitStatus() != QProcess::NormalExit) || exitCode();
}
keyFileTask::~keyFileTask()
{
close( m_qfread ) ;
close( m_qfwrite ) ;
if( m_status != keyFileTask::cancelled ){
QFile::setPermissions( m_path,QFile::ReadOwner|QFile::WriteOwner ) ;
}
emit exitStatus( m_status ) ;
}
void KJavaProcess::slotExited()
{
int status = -1;
if ( exitStatus() == NormalExit ) {
status = exitCode();
}
kDebug(6100) << "jvm exited with status " << status;
emit exited(status);
}
int KProcess::execute(int msecs)
{
start();
if (!waitForFinished(msecs)) {
kill();
waitForFinished(-1);
return -2;
}
return (exitStatus() == QProcess::NormalExit) ? exitCode() : -1;
}
void ScProcess::postQuitNotification()
{
QString message;
switch (exitStatus()) {
case QProcess::CrashExit:
message = tr("Interpreter has crashed or stopped forcefully. [Exit code: %1]\n").arg(exitCode());
break;
default:
message = tr("Interpreter has quit. [Exit code: %1]\n").arg(exitCode());
}
emit scPost(message);
}
std::string ProcessReturnCode::str() const {
switch (state()) {
case NOT_STARTED:
return "not started";
case RUNNING:
return "running";
case EXITED:
return to<std::string>("exited with status ", exitStatus());
case KILLED:
return to<std::string>("killed by signal ", killSignal(),
(coreDumped() ? " (core dumped)" : ""));
}
CHECK(false); // unreached
}
void TEPty::donePty()
{
emit done(exitStatus());
}
void Task::openMountPointTask()
{
auto r = utility::Task( QString( "%1 \"%2\"" ).arg( m_folderOpener ).arg( m_mpoint ) ) ;
m_exitCode = r.exitCode() ;
m_exitStatus = r.exitStatus() ;
}
/** Runs the command.
@param timeout timeout to use for waiting when starting and when waiting for the process to finish
@return true on success
*/
bool ExternalCommand::run(int timeout)
{
return start(timeout) && waitFor(timeout) && exitStatus() == 0;
}
bool ExportSpreadsheet::exportSpreadsheet(const analysisdriver::SimpleProject& project)
{
//Make sure a QApplication exists
openstudio::Application::instance().application();
//get the project's directory
openstudio::path projectPath = project.projectDir();
LOG_FREE(Debug, "ExportSpreadsheet", "Starting export of projectPath:" << toString(projectPath));
openstudio::path rubyPath;
#if defined(Q_OS_WIN)
rubyPath = getOpenStudioEmbeddedRubyPath() / toPath("bin/ruby.exe");
#else
rubyPath = "ruby";
#endif
openstudio::path rubyIncludePath = getOpenStudioRubyIncludePath();
if (!boost::filesystem::exists(rubyIncludePath)) {
LOG_FREE(Error, "ExportSpreadsheet", "Ruby include path '" << rubyIncludePath << "' cannot be found.");
return false;
}
openstudio::path scriptPath = getOpenStudioRubyScriptsPath() / openstudio::toPath("openstudio/analysisdriver/ExportToSpreadsheet.rb");
if (!boost::filesystem::exists(scriptPath)) {
LOG_FREE(Error, "ExportSpreadsheet", "ExportToSpreadsheet script '" << scriptPath << "' cannot be found.");
return false;
}
QStringList args;
args << "-I";
args << openstudio::toQString(rubyIncludePath);
args << openstudio::toQString(scriptPath);
args << openstudio::toQString(projectPath);
auto p = new QProcess();
p->start(toQString(rubyPath), args);
if (!p->waitForStarted(30000)) {
p->terminate();
p->deleteLater();
LOG_FREE(Error, "ExportSpreadsheet", "Process failed to start");
return false;
}
if (!p->waitForFinished(300000)) {
p->terminate();
p->deleteLater();
LOG_FREE(Error, "ExportSpreadsheet", "Process failed to complete");
return false;
}
QByteArray error = p->readAllStandardError();
std::string errorString = toString(QString(error));
LOG_FREE(Debug, "ExportSpreadsheet", "StandardError:" << std::endl << errorString);
QByteArray output = p->readAllStandardOutput();
std::string outputString = toString(QString(output));
LOG_FREE(Debug, "ExportSpreadsheet", "StandardOutput:" << std::endl << outputString);
// remove previous export
openstudio::path exportPath = projectPath / toPath("analysis_spreadsheet_export");
openstudio::path modelMeasuresCSV = exportPath / toPath("spreadsheet_model_measures_export.csv");
openstudio::path energyplusMeasuresCSV = exportPath / toPath("spreadsheet_energyplus_measures_export.csv");
openstudio::path reportingMeasuresCSV = exportPath / toPath("spreadsheet_reporting_measures_export.csv");
openstudio::path outputsCSV = exportPath / toPath("spreadsheet_outputs_export.csv");
bool result = ((p->exitStatus() == QProcess::NormalExit) &&
boost::filesystem::exists(modelMeasuresCSV) &&
boost::filesystem::exists(energyplusMeasuresCSV) &&
boost::filesystem::exists(reportingMeasuresCSV) &&
boost::filesystem::exists(outputsCSV));
p->deleteLater();
return result;
}
int Process::start()
{
logTrace("Process::start");
int childIn[2] = { -1, -1 };
int childOut[2] = { -1, -1 };
int childErr[2] = { -1, -1 };
//
// We either have 2 parameters and this process
// will exec() a new command, or we have one or
// none and this process will yield control to
// a function.
//
if (function_ == NULL && (parameters_[0] == NULL ||
parameters_[1] == NULL))
{
logTest("Process::start", "Can't start the process "
"without a command or function");
logError("Process::start", ESET(EPERM));
return -1;
}
#ifdef TEST
if (function_ == NULL)
{
logTest("Process::start", "Executing command '%s'",
parameters_[0]);
for (int i = 1; i < parametersLimit_ &&
parameters_[i] != NULL; i++)
{
logTest("Process::start", "Parameter [%d] is '%s'",
i, parameters_[i]);
}
}
else
{
logTest("Process::start", "Executing function at %p",
function_);
logTest("Process::start", "Passing data as %p",
parameters_[0]);
}
for (int i = 0; i < environmentLimit_ &&
environment_[i] != NULL; i++)
{
logTest("Process::start", "Environment [%d] is '%s'",
i, environment_[i]);
}
#endif
//
// Create the pipes that will be used to replace
// the standard descriptors.
//
if ((in_ == -1 && pipe(childIn) != 0) ||
(out_ == -1 && pipe(childOut) != 0) ||
(err_ == -1 && pipe(childErr) != 0))
{
logError("Process::start::pipe", EGET());
return -1;
}
//
// The fork() on Cygwin can show intermittent
// failures. In this case we try again after
// some time.
//
#ifdef __CYGWIN32__
switch (pid_ = waitFork())
#else
switch (pid_ = fork())
#endif
{
case -1:
{
//
// An error was encountered.
//
logError("Process::start::fork", EGET());
if (in_ == -1)
{
close(childIn[0]);
close(childIn[1]);
}
if (out_ == -1)
{
close(childOut[0]);
close(childOut[1]);
}
if (err_ == -1)
{
close(childErr[0]);
close(childErr[1]);
}
return -1;
}
case 0:
{
//
// We are the child process.
//
logTest("Process::start", "Child running with pid %d", getpid());
//
// Drop the privileges.
//
if (privileged_ != 1)
{
logTest("Process::start", "Child dropping the permissions");
setgid(getgid());
setuid(getuid());
}
//
// Let the input descriptor inherited from the
// parent replace the standard descriptors. The
// descriptor can be either the one set by the
// parent or our end of the pipe we created be-
// fore forking.
//
// Handle the standard input.
//
if (in_ == -1)
{
logTest("Process::start", "Child replacing pipe "
"%d and %d for input", childIn[0], childIn[1]);
if (childIn[0] != 0)
{
dup2(childIn[0], 0);
close(childIn[0]);
}
close(childIn[1]);
}
else if (in_ != 0)
{
logTest("Process::start", "Child replacing input %d", in_);
dup2(in_, 0);
if (in_ != out_ && in_ != err_)
{
close(in_);
}
}
else
{
logTest("Process::start", "Child inherited input");
}
in_ = 0;
//
// Handle the standard output.
//
if (out_ == -1)
{
logTest("Process::start", "Child replacing pipe "
"%d and %d for output", childOut[0], childOut[1]);
if (childOut[1] != 1)
{
dup2(childOut[1], 1);
close(childOut[1]);
}
close(childOut[0]);
}
else if (out_ != 1)
{
logTest("Process::start", "Child replacing output %d", out_);
dup2(out_, 1);
if (out_ != err_)
{
close(out_);
}
}
else
{
logTest("Process::start", "Child inherited output");
}
out_ = 1;
//
// Handle the standard error.
//
if (err_ == -1)
{
logTest("Process::start", "Child replacing pipe "
"%d and %d for error", childErr[0], childErr[1]);
if (childErr[1] != 2)
{
dup2(childErr[1], 2);
close(childErr[1]);
}
close(childErr[0]);
}
else if (err_ != 2)
{
logTest("Process::start", "Child replacing error %d", err_);
dup2(err_, 2);
close(err_);
}
else
{
logTest("Process::start", "Child inherited error");
}
err_ = 2;
//
// Let the pid be our own pid.
//
pid_ = getpid();
logTest("Process::start", "Child has descriptors "
"%d, %d, %d and pid %d", in_, out_, err_, pid_);
//
// Set the new environment for the process.
//
for (int i = 0; i < environmentLimit_ &&
environment_[i] != NULL; i++)
{
putenv(environment_[i]);
}
//
// Either execute the requested command or
// yield control to the function.
//
if (parameters_[1] != NULL)
{
if (execvp(parameters_[0], parameters_ + 1) == -1)
{
logTest("Process::start", "Child failed to execute the command");
logError("Process::start::execvp", EGET());
}
exitStatus(-1);
}
else
{
int result = function_((void *) parameters_[0]);
exitStatus(result);
}
}
default:
{
//
// We are the parent process.
//
logTest("Process::start", "Parent started child with pid %d", pid_);
if (in_ == -1)
{
close(childIn[0]);
in_ = childIn[1];
}
if (out_ == -1)
{
close(childOut[1]);
out_ = childOut[0];
}
if (err_ == -1)
{
close(childErr[1]);
err_ = childErr[0];
}
logTest("Process::start", "Parent using descriptors %d, %d, %d",
in_, out_, err_);
return 1;
}
}
}