openaccess/tests/run_tests.py

from distutils.dir_util import copy_tree
import os
import sys

import compare
import file

def clean_sources(sources_path):
    print("Clean the sources")

    # remove the source code of test module and macros
    for file_path in ("modules\\test_methods.bas", 
                      "macros\\test_export.bas", 
                      "macros\\test_import.bas"):
        sources_path = os.path.abspath(sources_path)
        try:
            os.remove( file.fjoin(sources_path, file_path) )
        except FileNotFoundError:
            pass
        
    # remove the reference to OpenAccess.accda from references.csv
    path = file.fjoin(sources_path, "references.csv")
    tmp_path = file.fjoin(sources_path, "references_tmp.csv")
    if file.fexists(path):
        with open(path, "r") as ref_file:
            with open(tmp_path, "w") as new_ref_file:
                for line in ref_file:
                    if line.strip() != os.path.abspath("..\OpenAccess.accda"):
                        new_ref_file.write(line)
    os.remove(path)
    os.rename(tmp_path, path)


print("\n** PREPARATION **")

if not file.fexists("..\\OpenAccess.accda"):
    print("unzip OpenAccess.zip in .\\work")
    os.system("unzip -q ..\\OpenAccess.zip -d .\\work")

for subdir in (".\\work", ".\\results"):
    if file.fexists(subdir):
        print("clean "+subdir)
        file.frmdir(subdir)
    else:
        print("make dir "+subdir)
        file.fmkdir(subdir)


for zipped_file in ("project0.zip", "db.zip", "empty_project.zip"):
    print("unzip .\\initial\\{} to .\\work".format(zipped_file))
    os.system("unzip  -q .\\initial\\{} -d .\\work".format(zipped_file))

clean_sources(".\\reference\\source")



print("\n** TEST EXPORT **")

accdb_path = ".\\work\\project0.accdb"
print("Export the sources from " + accdb_path)
os.system( accdb_path + " /X test_export" )

clean_sources( ".\\work\\source\\" )

zipped_project0 = ".\\work\\project0.zip"
print("control existence of " + zipped_project0)
if not file.fexists( zipped_project0 ):
    print( zipped_project0 +" does not exist" )
    sys.exit(1)

source = ".\\work\\source"
target = ".\\results\\source1"
print("Copy {} to {}".format(source, target))
copy_tree(source, target)

print("control the result")
result = compare.compare_dirs( ".\\results\\source1",  ".\\reference\\source" )
if result != 0:
    sys.exit(result)

print("\n** TEST IMPORTS **")

result_count = 1
for import_project in (".\\work\\empty_project.accdb", ".\\work\\project0.accdb"):

    print("Import .\\work\\sources in " + import_project)
    os.system(import_project + " /X test_import")
    
    result_count += 1
    print("copy {} to {}".format(import_project, ".\\results\\result{}.accdb".format(result_count)))
    file.fcopy(import_project, ".\\results\\result{}.accdb".format(result_count))
    
    print("control existence of backup")
    if not file.fexists(import_project + ".old"):
        print(import_project + ".old do not exist")
        sys.exit(1)
        

print("** TEST RESULTS **")

for id_result in range(2, result_count + 1):
    
    resulting_accdb = ".\\results\\result{}.accdb".format(id_result)
    print("Export " + resulting_accdb)
    os.system(resulting_accdb + " /X test_export")
    print("rename .\\results\\source to .\\results\\source{}".format(id_result))
    os.rename(".\\results\\source", ".\\results\\source{}".format(id_result))
    print("Control the result")
    compare.compare_dirs( ".\\results\\source{}".format(id_result), ".\\reference\\source")


print("** end **")
sys.exit(0)