void CRDPStatus::ShowInfo(void)
{
CDirControl dir(Global::config.GetInfoDrivePath()); // (also changes drive)
std::string file = Global::config.GetInfoFile();
size_t numwritten;
FILE *infoStrm;
char* xmlHead = "<?xml version=\"1.0\" encoding=\"utf-8\"?>\n";
char* rdpHead = "<RDP>\n";
char* rdpTail = "</RDP>\n";
char* statusHead = "\t<STATUS>\n";
char* statusTail = "\t</STATUS>\n";
char* mssHead = "\t<MSS CONNECTED=\"";
std::string s;
std::string prefix1("\t"); // prefix 1 tab
std::string prefix2("\t\t"); // prefix 2 tabs
if (fopen_s(&infoStrm, file.c_str(), "w+b") == 0) {
numwritten = fwrite(xmlHead, 1, strlen(xmlHead), infoStrm);
fwrite(rdpHead, 1, strlen(rdpHead), infoStrm);
// MSS status
s = mssHead;
if (Global::status.IsMSSConnected()) {
s += "YES\"/>\n";
fwrite(s.c_str(), 1, s.length(), infoStrm);
} else {
s += "NO\"/>\n";
fwrite(s.c_str(), 1, s.length(), infoStrm);
}
// Capture status
s = ShowCapture(prefix1);
fwrite(s.c_str(), 1, s.length(), infoStrm);
// interface cards status
fwrite(statusHead, 1, strlen(statusHead), infoStrm);
for (int card = 0; card < Global::MAX_CARDS; card++) {
s = ShowCard(card, prefix2);
fwrite(s.c_str(), 1, s.length(), infoStrm);
}
fwrite(statusTail, 1, strlen(statusTail), infoStrm);
fwrite(rdpTail, 1, strlen(rdpTail), infoStrm);
fclose(infoStrm);
} else {
MsgLog::Error("CRDPStatus::ShowInfo Problem opening file %s\n", file.c_str());
}
}
int main (int argc, char** argv) {
MPIW& mpihandler = MPIW::Instance();
bool silent = mpihandler.getRank() != 0;
std::string paramFile = "config/torch-config.lua";
std::string setupFile = "config/torch-setup.lua";
// Parse parameters
if (argc > 4) {
showUsage();
return 0;
}
if (argc > 1) {
for (int iarg = 1; iarg < argc; ++iarg) {
std::string arg = argv[iarg];
std::string prefix1("--paramfile=");
std::string prefix2("--setupfile=");
std::string prefix3("-s");
if (!arg.compare(0, prefix1.size(), prefix1))
paramFile = arg.substr(prefix1.size()).c_str();
else if (!arg.compare(0, prefix2.size(), prefix2))
setupFile = arg.substr(prefix2.size()).c_str();
else if (!arg.compare(0, prefix3.size(), prefix3))
silent = true;
else {
showUsage();
return 0;
}
}
}
std::unique_ptr<LogPolicyInterface> consoleLogPolicy
= std::unique_ptr<ConsoleLogPolicy>(new ConsoleLogPolicy());
consoleLogPolicy->setLogLevel(silent ? SeverityType::ERROR : SeverityType::DEBUG);
Logger::Instance().registerLogPolicy("console", std::move(consoleLogPolicy));
TorchParameters tpars;
try {
mpihandler.serial([&] () {
tpars.outputDirectory = parseOutputDirectory(paramFile);
});
if (mpihandler.getRank() == 0) {
FileManagement::makeDirectoryPath(tpars.outputDirectory);
FileManagement::deleteFileContents(tpars.outputDirectory);
FileManagement::makeDirectoryPath(tpars.outputDirectory + "/log");
FileManagement::deleteFileContents(tpars.outputDirectory + "/log");
FileManagement::copyConfigFile(setupFile, tpars.outputDirectory);
FileManagement::copyConfigFile(paramFile, tpars.outputDirectory);
}
mpihandler.barrier();
std::unique_ptr<LogPolicyInterface> fileLogPolicy
= std::unique_ptr<FileLogPolicy>(
new FileLogPolicy(tpars.outputDirectory + "/log/torch.log" + std::to_string(mpihandler.getRank()))
);
fileLogPolicy->setLogLevel(SeverityType::NOTICE);
Logger::Instance().registerLogPolicy("file", std::move(fileLogPolicy));
}
catch (std::exception& e) {
Logger::Instance().print<SeverityType::FATAL_ERROR>(e.what());
mpihandler.abort();
}
try {
mpihandler.serial([&] () {
parseParameters( paramFile, tpars);
tpars.setupFile = setupFile;
});
Torch torch;
torch.initialise(tpars);
torch.run();
}
catch (std::exception& e) {
Logger::Instance().print<SeverityType::FATAL_ERROR>(e.what());
std::cout << "See " << tpars.outputDirectory << "/log/torch.log* for more details." << std::endl;
MPIW::Instance().abort();
}
return 0;
}
void FuzzyStringComparator::reportFailure_(char const* const message) const
{
// We neither want this entire method be non-const nor make
// is_status_success_ a mutable. So lets hack around it. (Documented in
// class.)
const_cast<bool&>(is_status_success_) = false;
if (verbose_level_ >= 1)
{
PrefixInfo_ prefix1(input_line_1_, tab_width_, first_column_);
PrefixInfo_ prefix2(input_line_2_, tab_width_, first_column_);
std::string prefix;
if (use_prefix_)
{
prefix = " :|: ";
}
*log_dest_ << std::boolalpha <<
prefix << "FAILED: '" << message << "'\n" <<
prefix << "\n" <<
prefix << " input:\tin1\tin2\n" <<
prefix << " line:\t" << line_num_1_ << '\t' << line_num_2_ << "\n" <<
prefix << " pos/col:\t" << input_line_1_.line_position_ << '/' << prefix1.line_column << '\t' << input_line_2_.line_position_ << '/' << prefix2.line_column << "\n" <<
prefix << " --------------------------------\n" <<
prefix << " is_number:\t" << element_1_.is_number << '\t' << element_2_.is_number << "\n" <<
prefix << " numbers:\t" << element_1_.number << '\t' << element_2_.number << "\n" <<
prefix << " is_space:\t" << element_1_.is_space << '\t' << element_2_.is_space << "\n" <<
prefix << " is_letter:\t" << (!element_1_.is_number && !element_1_.is_space) << '\t' << (!element_2_.is_number && !element_2_.is_space) << "\n" <<
prefix << " letters:\t\"" << element_1_.letter << "\"\t\"" << element_2_.letter << "\"\n" <<
prefix << " char_codes:\t" << static_cast<UInt>(element_1_.letter) << "\t" << static_cast<UInt>(element_2_.letter) << "\n" <<
prefix << " --------------------------------\n" <<
prefix << " relative_max: " << ratio_max_ << "\n" <<
prefix << " relative_acceptable: " << ratio_max_allowed_ << "\n" <<
prefix << " --------------------------------\n" <<
prefix << " absolute_max: " << absdiff_max_ << "\n" <<
prefix << " absolute_acceptable: " << absdiff_max_allowed_ << std::endl;
writeWhitelistCases_(prefix);
*log_dest_
<< prefix << "\n"
<< prefix << "Offending lines:\t\t\t(tab_width = " << tab_width_ << ", first_column = " << first_column_ << ")\n"
<< prefix << "\n"
<< prefix << "in1: " << QDir::toNativeSeparators(File::absolutePath(input_1_name_).toQString()).toStdString() << " (line: " << line_num_1_ << ", position/column: " << input_line_1_.line_position_ << '/' << prefix1.line_column << ")\n"
<< prefix << prefix1.prefix << "!\n"
<< prefix << prefix1.prefix_whitespaces << OpenMS::String(input_line_1_.line_.str()).suffix(input_line_1_.line_.str().size() - prefix1.prefix.size()) << "\n"
<< prefix << "\n"
<< prefix << "in2: " << QDir::toNativeSeparators(File::absolutePath(input_2_name_).toQString()).toStdString() << " (line: " << line_num_2_ << ", position/column: " << input_line_2_.line_position_ << '/' << prefix2.line_column << ")\n"
<< prefix << prefix2.prefix << "!\n"
<< prefix << prefix2.prefix_whitespaces << OpenMS::String(input_line_2_.line_.str()).suffix(input_line_2_.line_.str().size() - prefix2.prefix.size()) << "\n"
<< prefix << "\n\n"
<< "Easy Access:" << "\n"
<< QDir::toNativeSeparators(File::absolutePath(input_1_name_).toQString()).toStdString() << ':' << line_num_1_ << ":" << prefix1.line_column << ":\n"
<< QDir::toNativeSeparators(File::absolutePath(input_2_name_).toQString()).toStdString() << ':' << line_num_2_ << ":" << prefix2.line_column << ":\n"
<< "\n"
#ifdef WIN32
<< "TortoiseMerge"
<< " /base:\"" << QDir::toNativeSeparators(File::absolutePath(input_1_name_).toQString()).toStdString() << "\""
<< " /mine:\"" << QDir::toNativeSeparators(File::absolutePath(input_2_name_).toQString()).toStdString() << "\""
#else
<< "diff"
<< " " << QDir::toNativeSeparators(File::absolutePath(input_1_name_).toQString()).toStdString()
<< " " << QDir::toNativeSeparators(File::absolutePath(input_2_name_).toQString()).toStdString()
#endif
<< std::endl;
}
// If verbose level is low, report only the first error.
if (verbose_level_ < 3)
{
throw FuzzyStringComparator::AbortComparison();
}
return;
} // reportFailure_()