Example #1
0
def main():
    parser = argparse.ArgumentParser()
    parser.add_argument(
        'global_requirements',
        default='global-requirements.txt',
        help='path to the global-requirements.txt file',
    )
    parser.add_argument(
        'upper_constraints',
        default='upper-constraints.txt',
        help='path to the upper-constraints.txt file',
    )
    parser.add_argument(
        'blacklist',
        default='blacklist.txt',
        help='path to the blacklist.txt file',
    )
    args = parser.parse_args()

    error_count = 0

    # Check the format of the constraints file.
    print('\nChecking %s' % args.upper_constraints)
    upper_constraints = read_requirements_file(args.upper_constraints)
    for msg in constraints.check_format(upper_constraints):
        print(msg)
        error_count += 1

    # Check that the constraints and requirements are compatible.
    print('\nChecking %s' % args.global_requirements)
    global_reqs = read_requirements_file(args.global_requirements)
    for msg in constraints.check_compatible(global_reqs, upper_constraints):
        print(msg)
        error_count += 1

    # Check that all of the items in the global-requirements list
    # appear in exactly one of the constraints file or the blacklist.
    print('\nChecking %s' % args.blacklist)
    blacklist = read_requirements_file(args.blacklist)
    for msg in constraints.check_blacklist_coverage(global_reqs,
                                                    upper_constraints,
                                                    blacklist,
                                                    'upper-constraints.txt'):
        print(msg)
        error_count += 1

    return 1 if error_count else 0
Example #2
0
def main():
    parser = argparse.ArgumentParser()
    parser.add_argument(
        'global_requirements',
        default='global-requirements.txt',
        help='path to the global-requirements.txt file',
    )
    parser.add_argument(
        'upper_constraints',
        default='upper-constraints.txt',
        help='path to the upper-constraints.txt file',
    )
    parser.add_argument(
        'blacklist',
        default='blacklist.txt',
        help='path to the blacklist.txt file',
    )
    args = parser.parse_args()

    error_count = 0

    # Check the format of the constraints file.
    print('\nChecking %s' % args.upper_constraints)
    upper_constraints = read_requirements_file(args.upper_constraints)
    for msg in constraints.check_format(upper_constraints):
        print(msg)
        error_count += 1

    # Check that the constraints and requirements are compatible.
    print('\nChecking %s' % args.global_requirements)
    global_reqs = read_requirements_file(args.global_requirements)
    for msg in constraints.check_compatible(global_reqs, upper_constraints):
        print(msg)
        error_count += 1

    # Check that all of the items in the global-requirements list
    # appear in exactly one of the constraints file or the blacklist.
    print('\nChecking %s' % args.blacklist)
    blacklist = read_requirements_file(args.blacklist)
    for msg in constraints.check_blacklist_coverage(global_reqs,
                                                    upper_constraints,
                                                    blacklist,
                                                    'upper-constraints.txt'):
        print(msg)
        error_count += 1

    return 1 if error_count else 0
Example #3
0
def main():
    parser = argparse.ArgumentParser()
    parser.add_argument(
        'global_requirements',
        default='global-requirements.txt',
        help='path to the global-requirements.txt file',
    )
    parser.add_argument(
        'upper_constraints',
        default='upper-constraints.txt',
        help='path to the upper-constraints.txt file',
    )
    parser.add_argument(
        'blacklist',
        default='blacklist.txt',
        help='path to the blacklist.txt file',
    )
    args = parser.parse_args()

    error_count = 0

    # Check the format of the constraints file.
    print('\nChecking %s' % args.upper_constraints)
    constraints_txt = read_requirements_file(args.upper_constraints)
    for msg in constraints.check_format(constraints_txt):
        print(msg)
        error_count += 1

    # Check that the constraints and requirements are compatible.
    print('\nChecking %s' % args.global_requirements)
    global_reqs = read_requirements_file(args.global_requirements)
    for msg in constraints.check_compatible(global_reqs, constraints_txt):
        print(msg)
        error_count += 1

    # Check requirements to satisfy policy.
    print('\nChecking requirements on %s' % args.global_requirements)
    for msg in requirement.check_reqs_bounds_policy(global_reqs):
        print(msg)
        error_count += 1

    # Check that global requirements are uniformly formatted
    print('\nValidating uniform formatting on %s' % args.global_requirements)
    with open(args.global_requirements, 'rt') as f:
        for line in f:
            if line == '\n':
                continue
            req = requirement.parse_line(line)
            normed_req = req.to_line(comment_prefix='  ', sort_specifiers=True)
            if line.rstrip() != normed_req.rstrip():
                print("-%s\n+%s" % (line.rstrip(), normed_req.rstrip()))
                error_count += 1

    # Check that all of the items in the global-requirements list
    # appear in exactly one of the constraints file or the blacklist.
    print('\nChecking %s' % args.blacklist)
    blacklist = read_requirements_file(args.blacklist)
    for msg in constraints.check_blacklist_coverage(
            global_reqs, constraints_txt, blacklist,
            os.path.basename(args.upper_constraints)):
        print(msg)
        error_count += 1

    return 1 if error_count else 0
Example #4
0
def main():
    parser = argparse.ArgumentParser()
    parser.add_argument(
        'global_requirements',
        default='global-requirements.txt',
        help='path to the global-requirements.txt file',
    )
    parser.add_argument(
        'upper_constraints',
        default='upper-constraints.txt',
        help='path to the upper-constraints.txt file',
    )
    parser.add_argument(
        'blacklist',
        default='blacklist.txt',
        help='path to the blacklist.txt file',
    )
    args = parser.parse_args()

    error_count = 0

    # Check the format of the constraints file.
    print('\nChecking %s' % args.upper_constraints)
    constraints_txt = read_requirements_file(args.upper_constraints)
    for msg in constraints.check_format(constraints_txt):
        print(msg)
        error_count += 1

    # Check that the constraints and requirements are compatible.
    print('\nChecking %s' % args.global_requirements)
    global_reqs = read_requirements_file(args.global_requirements)
    for msg in constraints.check_compatible(global_reqs, constraints_txt):
        print(msg)
        error_count += 1

    # Check requirements to satisfy policy.
    print('\nChecking requirements on %s' % args.global_requirements)
    for msg in requirement.check_reqs_bounds_policy(global_reqs):
        print(msg)
        error_count += 1

    # Check that global requirements are uniformly formatted
    print('\nValidating uniform formatting on %s' % args.global_requirements)
    with open(args.global_requirements, 'rt') as f:
        for line in f:
            if line == '\n':
                continue
            req = requirement.parse_line(line)
            normed_req = req.to_line(comment_prefix='  ', sort_specifiers=True)
            if line.rstrip() != normed_req.rstrip():
                print("-%s\n+%s" % (line.rstrip(), normed_req.rstrip()))
                error_count += 1

    # Check that all of the items in the global-requirements list
    # appear in exactly one of the constraints file or the blacklist.
    print('\nChecking %s' % args.blacklist)
    blacklist = read_requirements_file(args.blacklist)
    for msg in constraints.check_blacklist_coverage(
            global_reqs, constraints_txt, blacklist,
            os.path.basename(args.upper_constraints)):
        print(msg)
        error_count += 1

    return 1 if error_count else 0
 def test_two_equals(self):
     bad_constraints = requirement.parse("foo==1.2.5\n")
     self.assertEqual(
         1,
         len(list(constraints.check_format(bad_constraints)))
     )
 def test_ok(self):
     good_constraints = requirement.parse("foo===1.2.5\n")
     self.assertEqual(
         [],
         list(constraints.check_format(good_constraints))
     )