ComplianceAsCode / content

    print()

def move_rule_linux_os(ssg_root, current_product, path, obj_name):

    global linux_os

    base_path = os.path.dirname(path)

    new_rule_dir = abs_join(base_path, obj_name)

    new_rule_path = abs_join(new_rule_dir, "rule.yml")

    assert not os.path.exists(new_rule_dir)

    sub_dirs = ['oval', 'bash', 'ansible', 'anaconda', 'puppet']

    new_rule_subdirs = [abs_join(new_rule_dir, j) for j in sub_dirs]

    product_list = set(['shared']).union(linux_os)

    move_templates = [

        {

            'source_dir': "%s/checks/oval",

            'source_name': "%s.xml",

            'dest_dir': new_rule_subdirs[0],

            'dest_name': "%s.xml"

        },

        {

            'source_dir': "%s/fixes/bash",

            'source_name': "%s.sh",

            'dest_dir': new_rule_subdirs[1],

            'dest_name': "%s.sh"

        },

        {

            'source_dir': "%s/fixes/ansible",

            'source_name': "%s.yml",

            'dest_dir': new_rule_subdirs[2],

            'dest_name': "%s.yml"

        },

        {

            'source_dir': "%s/fixes/anaconda",

            'source_name': "%s.anaconda",

            'dest_dir': new_rule_subdirs[3],

            'dest_name': "%s.anaconda"

        },

        {

            'source_dir': "%s/fixes/puppet",

            'source_name': "%s.pp",

            'dest_dir': new_rule_subdirs[4],

            'dest_name': "%s.pp"

        },

    ]

    moves = []

    # Generate possible build artifact paths and add them to the move queue.

    # The queue will later be filtered for existance before the move is

    # performed.

    for move_template in move_templates:

        for product in product_list:

            source_dir = move_template['source_dir'] % product

            source_name = move_template['source_name'] % obj_name

            source_file = abs_join(ssg_root, source_dir, source_name)

            dest_dir = move_template['dest_dir']

            dest_name = move_template['dest_name'] % product

            dest_file = abs_join(dest_dir, dest_name)

            moves.append((source_file, dest_file))

    # Find the test case location

    #assert path.startswith(ssg_root + "/")

    #without_ssg_root = path[len(ssg_root)+1:]

    #assert without_ssg_root.startswith("linux_os/guide/")

    #without_linuxos_guide = without_ssg_root[len("linux_os/guide/"):]

    #slash_split_paths = without_linuxos_guide.split(os.path.sep)

    #group_parts = list(map(lambda x: "group_" + x, slash_split_paths[:-1]))

    #rule_part = "rule_" + obj_name

    #test_path = abs_join(ssg_root, "tests", "data", *group_parts, rule_part)

    #if os.path.isdir(test_path):

    #    for _file in os.listdir(test_path):

    #        start_path = abs_join(test_path, _file)

    #        dest_path = abs_join(new_rule_subdirs[5], _file)

    #        moves.append((start_path, dest_path))

    print("mkdir -p '%s'" % new_rule_dir)

    for sub_dir in new_rule_subdirs:

        print("mkdir -p '%s'" % sub_dir)

    print("mv '%s' -v '%s'" % (path, new_rule_path))

    for move_tuple in moves:

        if os.path.exists(move_tuple[0]):

            print("mv '%s' -v '%s'" % move_tuple)

    print()

def fix_ocil_clause(ssg_root, path, obj_name):

    return '{{' and '}}' in "\n".join(file_contents[range[0]:range[1]+1])

def move_rule_other(ssg_root, current_product, path, obj_name):

    base_path = os.path.dirname(path)

    new_rule_dir = abs_join(base_path, obj_name)

    new_rule_path = abs_join(new_rule_dir, "rule.yml")

    assert not os.path.exists(new_rule_dir)

    sub_dirs = ['oval', 'bash', 'ansible', 'anaconda', 'puppet']

    new_rule_subdirs = [abs_join(new_rule_dir, j) for j in sub_dirs]

    move_templates = [

        {

            'source_dir': "%s/checks/oval",

            'source_name': "%s.xml",

            'dest_dir': new_rule_subdirs[0],

            'dest_name': "%s.xml"

        },

        {

            'source_dir': "%s/fixes/bash",

            'source_name': "%s.sh",

            'dest_dir': new_rule_subdirs[1],

            'dest_name': "%s.sh"

        },

        {

            'source_dir': "%s/fixes/ansible",

            'source_name': "%s.yml",

            'dest_dir': new_rule_subdirs[2],

            'dest_name': "%s.yml"

        },

        {

            'source_dir': "%s/fixes/anaconda",

            'source_name': "%s.anaconda",

            'dest_dir': new_rule_subdirs[3],

            'dest_name': "%s.anaconda"

        },

        {

            'source_dir': "%s/fixes/puppet",

            'source_name': "%s.pp",

            'dest_dir': new_rule_subdirs[4],

            'dest_name': "%s.pp"

        },

    ]

    moves = []

    # Generate possible build artifact paths and add them to the move queue.

    # The queue will later be filtered for existance before the move is

    # performed.

    for move_template in move_templates:

        source_dir = move_template['source_dir'] % current_product

        source_name = move_template['source_name'] % obj_name

        source_file = abs_join(ssg_root, source_dir, source_name)

        dest_dir = move_template['dest_dir']

        dest_name = move_template['dest_name'] % current_product

        dest_file = abs_join(dest_dir, dest_name)

        moves.append((source_file, dest_file))

    print("mkdir -p '%s'" % new_rule_dir)

    for sub_dir in new_rule_subdirs:

        print("mkdir -p '%s'" % sub_dir)

    print("mv '%s' -v '%s'" % (path, new_rule_path))

    for move_tuple in moves:

        if os.path.exists(move_tuple[0]):

            print("mv '%s' -v '%s'" % move_tuple)

    print()

def move_rule_linux_os(ssg_root, current_product, path, obj_name):