Adding higher node count tests.

../Source/Correct_Results

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../Source/Inputs

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#!/usr/bin/env python3

import getopt

import sys

import os

import shutil

#import popen2

import subprocess

#

# Author: Arnold Tharrington

# Email: arnoldt@ornl.gov

# National Center of Computational Science, Scientifc Computing Group.

#

#

# This build the simple fortran program.

#

def main():

    #

    # Get the command line arguments.

    #

    try:

        opts,args = getopt.getopt(sys.argv[1:],"hi:p:")

    except getopt.GetoptError:

            usage()

            sys.exit(2)

    #

    # Parse the command line arguments.

    #

    if opts == []:

        usage()

        sys.exit()

    for o, a in opts:

        if o == "-p":

            path_to_workspace = a

        elif o == "-i":

            test_id_string = a

        elif o in ("-h", "--help"):

            usage()

            sys.exit()

        else:

            usage()

            sys.exit()

    #

    # Create the temporary workspace.

    # Save the tempoary workspace for the submit executable.

    #

    create_tmp_workspace(path_to_workspace)

    #

    #--Making the binary.

    #

    make_exit_status = make_binary(path_to_workspace)

    if make_exit_status == 0:

        make_exit_value = 0

    else:

        make_exit_value = 1

    return make_exit_value

def make_binary(path_to_workspace):

    #

    # Get the current working directory.

    #

    cwd = os.getcwd()

    #

    # Get the 2 tail paths in the cwd.

    #

    (dir_head1, dir_tail1) = os.path.split(cwd)

    (dir_head2, dir_tail2) = os.path.split(dir_head1)

    #

    # Get the path to the Source directory for the application.

    #

    path_to_source = os.path.join(dir_head2,"Source")

    print(path_to_source)

    #

    # Now make the path to the build directory.

    #

    path_to_build_directory = os.path.join(path_to_workspace,"build_directory")

    #

    #Copy Source to build directory.

    #

    cmd1 = "cp -rf " + path_to_source + " " +  path_to_build_directory

    print(cmd1)

    os.system(cmd1)

    #

    # Change back to build directory.

    #

    os.chdir(path_to_build_directory)

    # Make executable.

    cwd = os.getcwd()

    print(cwd)

    make_command = "./build_profugus.sh"

    make_exit_status = os.system(make_command)

    return make_exit_status

def usage():

    print("Usage: build_executable.x [-h|--help] -p <path_to_worspace> -i <test_id_string>")

    print("A driver program that the build the binary for the test.")

    print()

    print("-h, --help           Prints usage information.")                              

    print("-p                   The absolute path to the workspace. This path   ")

    print("                     must have the appropiate permissions to permit  ")

    print("                     the user of the test to r,w, and x.             ")

    print("-i                   The test id string. The build program           ")

    print("                     uses this string to make a unique directory     ")

    print("                     within path_to_workspace. We don't want         ")

    print("                     concurrent builds to clobber each other.        ")

def create_tmp_workspace(path1):

    #

    # Fisrt check to see if the path1 does not already exist.

    #

    os.makedirs(path1)

if __name__ == "__main__" :

    main()

id="1"

path_to_workspace="/ccs/home/sphamil/Codes/Profugus/build/acceptance/${id}"

./build_executable.x -p ${path_to_workspace} -i ${id}

#! /usr/bin/env python3

import sys

import os

import getopt

import filecmp

import re

def check_executable_driver(path_to_results,

                            test_id_string):

    #

    # Compare the results.

    #

    jstatus = check_results(path_to_results)

    #

    # Write the statis of the results to job data file.

    #

    write_to_job_data(path_to_results,jstatus)

def get_path_to_correct_results():

    cwd = os.getcwd()

    #

    # Get the head path in the cwd.

    #

    (dir_head1, dir_tail1) = os.path.split(cwd)

    #

    # This is the path to the correct results.

    #

    crslts = os.path.join(dir_head1,"Correct_Results")

    return crslts

def check_results(path_to_results):

    #-----------------------------------------------------

    #Define good and bad results.

    #                                                    -

    #-----------------------------------------------------

    GOOD_RESULTS=1

    BAD_RESULTS=0

    re_exp = re.compile("Total execution time")

    #

    # Make the file name paths to numbers squared.

    #

    file1 = os.path.join(path_to_results,"stdout.txt")

    file_obj = open(file1,"r")

    tlines = file_obj.readlines()

    file_obj.close()

    ip = 0

    for record1 in tlines:

        if re_exp.match(record1):

            ip = ip+1;

    expected_passes = 1

    check_h5 = True

    if check_h5:

        expected_passes += 1

        #

        # Get path to the correct results.

        #

        path_to_correct_results = get_path_to_correct_results()

        ref_outfile  = "c5g7_3d_output_ref.h5"

        ref_fluxfile = "c5g7_3d_flux_ref.h5"

        outfile      = "c5g7_3d_output.h5"

        fluxfile     = "c5g7_3d_flux.h5"

        # Link reference files into results directory

        if (not os.path.islink(os.path.join(path_to_results,ref_outfile))):

            os.symlink(os.path.join(path_to_correct_results,ref_outfile),

                       os.path.join(path_to_results,ref_outfile))

        if (not os.path.islink(os.path.join(path_to_results,ref_fluxfile))):

            os.symlink(os.path.join(path_to_correct_results,ref_fluxfile),

                       os.path.join(path_to_results,ref_fluxfile))

        import check_profugus

        h5_result = check_profugus.check_solution(path_to_results)

        if h5_result == 0:

            ip += 1

    if ip == expected_passes:

        ival = GOOD_RESULTS

        print("Passed")

    else:

        ival = BAD_RESULTS

        print("Failed")

    return ival

def write_to_job_data(path_to_results,jstatus):

    (dir_head1, dir_tail1) = os.path.split(path_to_results)

    (dir_head2, dir_tail2) = os.path.split(dir_head1)

    file1 = os.path.join(dir_head2,"Status",dir_tail1,"job_status.txt")

    file1_obj = open(file1,"w")

    # Set the string to write to the job_status.txt file.

    if jstatus == 0:

        pf = "1"

    elif jstatus == 1:

        pf = "0"

    elif jstatus >= 2:

        pf = "2"

    string1 = "%s\n" % (pf)

    file1_obj.write(string1)

    file1_obj.close()

def usage():

    print("Usage: check_executable.x [-h|--help] [-i <test_id_string>] [-p <path_to_results>]")

    print("A program that checks the results located at <path_to_results>")

    print("The check executable must write the status of the results to the file")

    print("Status/<test_id_string>/job_status.txt'.")

    print("")

    print("-h, --help            Prints usage information.")                              

    print("-p <path_to_results>  The absoulte path to the results of a test.")

    print("-i <test_id_string>   The test string unique id.")

if __name__ == "__main__":

    #

    # Get the command line arguments.

    #

    try:

        opts,args = getopt.getopt(sys.argv[1:],"hi:p:")

    except getopt.GetoptError:

        usage()

        sys.exit(2)

    #

    # Parse the command line arguments.

    #

    for o, a in opts:

        if o == "-p":

            path_to_results = a

        elif o == "-i":

            test_id_string = a

        elif o == ("-h", "--help"):

            usage()

            sys.exit()

        else:

            usage()

            sys.exit()

    check_executable_driver(path_to_results,

                            test_id_string)