ParallelTestElmerFoamFSI.C

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#include "ComLine.H"
#include "TestElmerFoamFSI.H"
#include "COMM.H"


namespace ElmerFoamFSI{
  
  typedef IRAD::Comm::CommunicatorObject CommType;
  int ParallelTest(int argc,char *argv[])
  {

    int com_initialized = COM_initialized();
    bool com_initialized_pass = (com_initialized <= 0);

    COM_init(&argc, &argv);
    if(com_initialized_pass)
    com_initialized = (COM_initialized() > 0);
 
    // The default verbosity is 0
    int verblevel = 0;

    // This sets everything up with MPI
    ElmerFoamFSI::CommType communicator(&argc,&argv);
    int rank  = communicator.Rank();
    int nproc = communicator.Size();
    bool do_stdout = !rank;

    // This line creates the ElmerFoamFSI::TestComLine object and passes in 
    // the command line arguments as a (const char **).
    TestComLine comline((const char **)(argv));
    // The call to comline.Initialize() reads the command line arguments
    // from the array passed in the previous line.
    comline.Initialize();
    
    
    // The ProcessOptions() call does detailed examination of the command
    // line arguments to check for user errors or other problems. This call
    // will return non-zero if there were errors on the commandline.
    int clerr = comline.ProcessOptions();
    // Check if the user just wanted to get the help and exit
    if(!comline.GetOption("help").empty()){
      // Print out the "long usage" (i.e. help) message to stdout
      if(do_stdout){
        std::cout << comline.LongUsage() << std::endl;
        if(verblevel > 1)
          std::cout << "ElmerFoamFSI::ParallelTest: Exiting test function (success)" 
                    << std::endl;
      }
      communicator.SetExit(1);
    }
    if(communicator.Check())
      return(0);
    if(clerr){
      if(do_stdout){
        std::cout << comline.ErrorReport() << std::endl
                  << std::endl << comline.ShortUsage() << std::endl;
        if(verblevel > 2)
          std::cout << "ElmerFoamFSI::ParallelTest: Exiting test function (fail)" << std::endl;
      }
      communicator.SetExit(1);
    }
    if(communicator.Check())
      return(1);

    // These outstreams allow the output to file to be set up and separated
    // from the stdout.
    std::ofstream Ouf;
    std::ostream *Out = NULL;
    if(do_stdout)
      Out = &std::cout;

    // The next few lines populate some strings based on the 
    // users input from the commandline.
    std::string OutFileName(comline.GetOption("output"));
    std::string TestName(comline.GetOption("name"));
    std::string ListName(comline.GetOption("list"));
    std::string sverb(comline.GetOption("verblevel"));
    std::string SourcePath(comline.GetOption("source"));
    
    // The following block parses and sets the verbosity level
    if(!sverb.empty()){
      verblevel = 1;
      if(sverb != ".true."){
        std::istringstream Istr(sverb);
        Istr >> verblevel;
        if(verblevel < 0)
          verblevel = 1;
      }
    }
    
    // This block sets up the output file if the user specified one
    if(!OutFileName.empty()){
      if(Out){
        Ouf.open(OutFileName.c_str());
        if(!Ouf){
          std::cout << "ElmerFoamFSI::ParallelTest> Error: Could not open output file, " 
                    <<  OutFileName << " for test output. Exiting (fail)." << std::endl;
          communicator.SetExit(1);
        }
        Out = &Ouf;
      }
      if(communicator.Check())
        return(1);
    }
    
    if(verblevel > 1 && Out)
      *Out << "ElmerFoamFSI::ParallelTest: Entering test function" << std::endl;
    
    // Make an instance of the ElmerFoamFSI testing object, ElmerFoamFSI::ParallelTestingObject
    ElmerFoamFSI::ParallelTestingObject<ElmerFoamFSI::CommType,ElmerFoamFSI::TestResults> test(communicator);
    // Make an instance of the ElmerFoamFSI results object, ElmerFoamFSI::TestResults
    ElmerFoamFSI::TestResults results;
    
    //Set the source directory for the testing object if it was input 
    if(!SourcePath.empty()){
      test.SetSourceDirPath(SourcePath);
    }

    // If the user specified a name, then run only the named test
    if(!TestName.empty()){
      // This call runs a test by name
      if (do_stdout)
         std::cout << "Processing test : " << TestName << std::endl;
      test.RunTest(TestName,results);
    }
    // Otherwise, if the user specified a list, then read the list and
    // run the listed tests.
    else if(!ListName.empty()){
      if (do_stdout)
         std::cout << "Processing list of tests" << std::endl;
      std::ifstream ListInf;
      ListInf.open(ListName.c_str());
      if(!ListInf){
        if(Out)
          *Out << "ElmerFoamFSI::ParallelTest> Error: Could not open list of tests in file " 
               << ListName << ". Exiting (fail)." << std::endl;
        communicator.SetExit(1);
      }
      if(communicator.Check())
        return(1);
      std::string testname;
      while(std::getline(ListInf,testname))
        test.RunTest(testname,results);
      ListInf.close();
    }
    else {
      // This call runs all the tests for the ElmerFoamFSI namespace.
      if (do_stdout)
         std::cout << "Processing all of the tests" << std::endl;
      test.Process(results);
    }
    if(Out)
      *Out << results << std::endl;
    
    if(Out && Ouf)
      Ouf.close();

    if((verblevel > 1) && Out)
      *Out << "ElmerFoamFSI::ParallelTest: Exiting test function (success)" << std::endl;
    
    return(0);
  }
};

int main(int argc,char *argv[])
{
  return(ElmerFoamFSI::ParallelTest(argc,argv));
}