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#                Magicbane Emulator Project © 2013 - 2022
#                           www.magicbane.com
#

import glob
import io
import json
import os
import sys
import wave
from tqdm import tqdm

from arcane.ArcImage import *
from arcane.ArcMesh import *
from arcane.ArcMotion import *
from arcane.ArcRender import *
from arcane.ArcSkeleton import *
from arcane.ArcSound import *
from arcane.ArcTile import *
from arcane.ArcVisual import *
from arcane.enums.arc_object import *
from arcane.objects import *
from arcane.objects import ArcObj, ArcDoorObject, ArcStaticObject, ArcStructureObject, ArcAssetStructureObject, \
    ArcDungeonUnitObject, ArcDungeonExitObject, ArcDungeonStairObject, ArcItem, ArcCharacter
from arcane.util import *
from arcane.zones import *


DUMP_DIRECTORY = 'ARCANE_DUMP'
WORKING_DIRECTORY = os.path.dirname(__file__)
TARGET_DIRECTORY = os.path.join(WORKING_DIRECTORY, DUMP_DIRECTORY)
COBJECTS_DIRECTORY = os.path.join(TARGET_DIRECTORY, 'COBJECTS')
CZONE_DIRECTORY = os.path.join(TARGET_DIRECTORY, 'CZONE')
SOUND_DIRECTORY = os.path.join(TARGET_DIRECTORY, 'SOUND')
TEXTURE_DIRECTORY = os.path.join(TARGET_DIRECTORY, 'TEXTURE')
TERRAIN_DIRECTORY = os.path.join(TARGET_DIRECTORY, 'TERRAIN')
MESH_DIRECTORY = os.path.join(TARGET_DIRECTORY, 'MESH')
VISUAL_DIRECTORY = os.path.join(TARGET_DIRECTORY, 'VISUAL')
MOTION_DIRECTORY = os.path.join(TARGET_DIRECTORY, 'MOTION')
TILE_DIRECTORY = os.path.join(TARGET_DIRECTORY, 'TILE')
SKELETON_DIRECTORY = os.path.join(TARGET_DIRECTORY, 'SKELETON')
RENDER_DIRECTORY = os.path.join(TARGET_DIRECTORY, 'RENDER')
COBJECTS_MAGIC = 0x434c4e54

COBJECTS_MAP = {
    OBJECT_TYPE_LIGHT: ArcObj,
    OBJECT_TYPE_DOOR: ArcDoorObject,
    OBJECT_TYPE_STATIC: ArcStaticObject,
    OBJECT_TYPE_STRUCTURE: ArcStructureObject,
    OBJECT_TYPE_ASSETSTRUCTURE: ArcAssetStructureObject,
    OBJECT_TYPE_DUNGEONUNIT: ArcDungeonUnitObject,
    OBJECT_TYPE_DUNGEONEXIT: ArcDungeonExitObject,
    OBJECT_TYPE_DUNGEONSTAIR: ArcDungeonStairObject,
    OBJECT_TYPE_ITEM: ArcItem,
    OBJECT_TYPE_PLAYER: ArcCharacter,
    OBJECT_TYPE_MOBILE: ArcCharacter,
    OBJECT_TYPE_RUNE: ArcRune,
    OBJECT_TYPE_CONTAINER: ArcContainerObject,
    OBJECT_TYPE_DEED: ArcDeed,
    OBJECT_TYPE_KEY: ArcKey,
    OBJECT_TYPE_ASSET: ArcCityAssetTemplate,
    OBJECT_TYPE_OBJECT: ArcObj,
}

EDITOR_COMMANDS = [
    'pack',
    'unpack',
    'test'
]

EDITOR_TARGETS = [
    'cobjects',
    'czones',
    'sound',
    'texture',
    'mesh',
    'visual',
    'motion',
    'tile',
    'skeleton',
    'terrain',
    'render',
    'all'
]


def init_cobjects():
    for obj_type in COBJECTS_MAP:
        directory_path = os.path.join(COBJECTS_DIRECTORY, OBJECT_TYPE_TO_STRING[obj_type])
        os.makedirs(directory_path, exist_ok=True)


def init_czones():
    directory_path = CZONE_DIRECTORY
    os.makedirs(directory_path, exist_ok=True)


def init_sound():
    directory_path = SOUND_DIRECTORY
    os.makedirs(directory_path, exist_ok=True)


def init_texture():
    directory_path = TEXTURE_DIRECTORY
    os.makedirs(directory_path, exist_ok=True)


def init_terrain():
    directory_path = TERRAIN_DIRECTORY
    os.makedirs(directory_path, exist_ok=True)


def init_mesh():
    directory_path = MESH_DIRECTORY
    os.makedirs(directory_path, exist_ok=True)


def init_visual():
    directory_path = VISUAL_DIRECTORY
    os.makedirs(directory_path, exist_ok=True)


def init_motion():
    directory_path = MOTION_DIRECTORY
    os.makedirs(directory_path, exist_ok=True)


def init_tile():
    directory_path = TILE_DIRECTORY
    os.makedirs(directory_path, exist_ok=True)


def init_skeleton():
    directory_path = SKELETON_DIRECTORY
    os.makedirs(directory_path, exist_ok=True)


def init_render():
    directory_path = RENDER_DIRECTORY
    os.makedirs(directory_path, exist_ok=True)


def unpack_cobjects():
    init_cobjects()

    resources = load_cache_file('CObjects.cache')

    with tqdm(total=len(resources)) as pBar:
        for res_id, data in resources:
            in_stream = ResStream(data)
            magic = in_stream.read_dword()
            obj_type = in_stream.read_dword()

            arc_in = COBJECTS_MAP[obj_type]()
            filepath = os.path.join(
                COBJECTS_DIRECTORY,
                OBJECT_TYPE_TO_STRING[obj_type],
                f'{res_id:d}.json'
            )
            arc_in.load_binary(in_stream)
            parsed = arc_in.save_json()
            with open(filepath, 'w') as fp:
                json.dump(parsed, fp, indent=2)
            pBar.update(1)


def pack_cobjects():
    init_cobjects()

    resources = []
    for obj_type in COBJECTS_MAP:
        directory = os.path.join(
            COBJECTS_DIRECTORY,
            OBJECT_TYPE_TO_STRING[obj_type]
        )
        for filepath in glob.glob(os.path.join(directory, '*.json')):
            filename = os.path.basename(filepath)
            res_id = int(filename.split('.json')[0])
            json_data = json.load(open(filepath))

            out_stream = ResStream()
            out_stream.write_dword(COBJECTS_MAGIC)
            out_stream.write_dword(obj_type)

            arc_in = COBJECTS_MAP[obj_type]()
            arc_in.load_json(json_data)
            arc_in.save_binary(out_stream)

            resources.append([res_id, out_stream.get_bytes()])

    save_cache_file('CObjects.cache.new', resources)


def test_cobjects():
    resources = load_cache_file('CObjects.cache')
    for res_id, data in resources:
        in_stream = ResStream(data)
        out_stream = ResStream()

        magic = in_stream.read_dword()
        o_type = in_stream.read_dword()
        out_stream.write_dword(magic)
        out_stream.write_dword(o_type)

        arc_in = COBJECTS_MAP[o_type]()
        arc_out = COBJECTS_MAP[o_type]()

        arc_in.load_binary(in_stream)
        parsed = arc_in.save_json()
        arc_out.load_json(parsed)
        arc_out.save_binary(out_stream)
        try:
            assert in_stream.get_bytes() == out_stream.get_bytes()
        except:
            print(res_id, in_stream.buffer.tell(), out_stream.buffer.tell())


def unpack_czones():
    init_czones()

    resources = load_cache_file('CZone.cache')

    with tqdm(total=len(resources)) as pBar:
        for res_id, data in resources:
            arc_zone = ArcZone()
            in_stream = ResStream(data)
            filepath = os.path.join(
                CZONE_DIRECTORY,
                f'{res_id:d}.json'
            )
            arc_zone.load_binary(in_stream)
            parsed = arc_zone.save_json()
            with open(filepath, 'w') as fp:
                json.dump(parsed, fp, indent=2)
            pBar.update(1)


def pack_czones():
    init_czones()

    resources = []
    directory = CZONE_DIRECTORY
    for filepath in glob.glob(os.path.join(directory, '*.json')):
        filename = os.path.basename(filepath)
        res_id = int(filename.split('.json')[0])
        json_data = json.load(open(filepath))

        out_stream = ResStream()
        arc_zone = ArcZone()
        arc_zone.load_json(json_data)
        arc_zone.save_binary(out_stream)

        resources.append([res_id, out_stream.get_bytes()])

    save_cache_file('CZone.cache.new', resources)


def test_czones():
    resources = load_cache_file('CZone.cache')
    for res_id, data in resources:
        in_stream = ResStream(data)
        out_stream = ResStream()

        arc_in = ArcZone()
        arc_out = ArcZone()

        arc_in.load_binary(in_stream)
        parsed = arc_in.save_json()
        arc_out.load_json(parsed)
        arc_out.save_binary(out_stream)
        try:
            assert in_stream.get_bytes() == out_stream.get_bytes()
        except:
            print(res_id, in_stream.buffer.tell(), out_stream.buffer.tell())


def unpack_sound():
    init_sound()

    resources = load_cache_file('Sound.cache')

    with tqdm(total=len(resources)) as pBar:
        for res_id, data in resources:
            arc_sound = ArcSound()
            in_stream = ResStream(data)
            filepath = os.path.join(
                SOUND_DIRECTORY,
                f'{res_id:d}.wav'
            )

            arc_sound.load_binary(in_stream)
            with open(filepath, 'wb') as fp:
                wave_writer = wave.Wave_write(fp)
                arc_sound.save_wav(wave_writer)
                wave_writer.close()
            pBar.update(1)


def pack_sound():
    init_sound()

    resources = []
    directory = SOUND_DIRECTORY
    for filepath in glob.glob(os.path.join(directory, '*.wav')):
        filename = os.path.basename(filepath)
        res_id = int(filename.split('.wav')[0])
        wav_reader = Wave_read(open(filepath, 'rb'))

        out_stream = ResStream()
        arc_sound = ArcSound()
        arc_sound.load_wav(wav_reader)
        arc_sound.save_binary(out_stream)
        wav_reader.close()

        resources.append([res_id, out_stream.get_bytes()])

    save_cache_file('Sound.cache.new', resources, False)


def test_sound():
    resources = load_cache_file('Sound.cache')
    for res_id, data in resources:
        in_stream = ResStream(data)
        out_stream = ResStream()

        arc_in = ArcSound()
        arc_out = ArcSound()

        arc_in.load_binary(in_stream)

        temp = io.BytesIO()
        writer = wave.Wave_write(temp)
        arc_in.save_wav(writer)

        temp.seek(0, 0)

        reader = wave.Wave_read(temp)
        arc_out.load_wav(reader)
        reader.close()
        arc_out.save_binary(out_stream)
        try:
            assert in_stream.get_bytes() == out_stream.get_bytes()
        except:
            print(res_id, in_stream.buffer.tell(), out_stream.buffer.tell())


def unpack_texture():
    init_texture()

    print('Decompressing Texture Cache...')
    resources = load_cache_file('Textures.cache')

    print('Writing images')
    with tqdm(total=len(resources)) as pBar:
        for res_id, data in resources:
            filepath = os.path.join(
                TEXTURE_DIRECTORY,
                f'{res_id:d}.tga'
            )

            arc_texture = ArcTexture()
            in_stream = ResStream(data)
            arc_texture.load_binary(in_stream)
            arc_texture.save_img(filepath)
            pBar.update(1)


def pack_texture():
    init_texture()

    resources = []
    directory = TEXTURE_DIRECTORY
    for filepath in glob.glob(os.path.join(directory, '*.tga')):
        filename = os.path.basename(filepath)
        res_id = int(filename.split('.tga')[0])

        arc_texture = ArcTexture()
        out_stream = ResStream()
        arc_texture.load_img(filepath)
        arc_texture.save_binary(out_stream)

        resources.append([res_id, out_stream.get_bytes()])

    save_cache_file('Textures.cache.new', resources)


def test_texture():
    resources = load_cache_file('Textures.cache')
    temp = 'temp.tga'
    for res_id, data in resources:
        in_stream = ResStream(data)
        out_stream = ResStream()

        arc_in = ArcTexture()
        arc_out = ArcTexture()

        temp = 'temp.tga'

        arc_in.load_binary(in_stream)
        arc_in.save_img(temp)

        arc_out.load_img(temp)
        arc_out.save_binary(out_stream)
        try:
            assert in_stream.get_bytes() == out_stream.get_bytes()
        except:
            print(res_id, in_stream.buffer.tell(), out_stream.buffer.tell())

    try:
        os.unlink(temp)
    except:
        pass


def unpack_terrain():
    init_terrain()

    resources = load_cache_file('TerrainAlpha.cache')

    with tqdm(total=len(resources)) as pBar:
        for res_id, data in resources:
            filepath = os.path.join(
                TERRAIN_DIRECTORY,
                f'{res_id:d}.tga'
            )

            arc_terrain = ArcTerrain()
            in_stream = ResStream(data)
            arc_terrain.load_binary(in_stream)
            arc_terrain.save_img(filepath)
            pBar.update(1)


def pack_terrain():
    init_terrain()

    resources = []
    directory = TERRAIN_DIRECTORY
    for filepath in glob.glob(os.path.join(directory, '*.tga')):
        filename = os.path.basename(filepath)
        res_id = int(filename.split('.tga')[0])

        arc_terrain = ArcTerrain()
        out_stream = ResStream()
        arc_terrain.load_img(filepath)
        arc_terrain.save_binary(out_stream)

        resources.append([res_id, out_stream.get_bytes()])

    save_cache_file('TerrainAlpha.cache.new', resources)


def test_terrain():
    resources = load_cache_file('TerrainAlpha.cache')
    temp = 'temp.tga'
    for res_id, data in resources:
        in_stream = ResStream(data)
        out_stream = ResStream()

        arc_in = ArcTerrain()
        arc_out = ArcTerrain()

        temp = 'temp.tga'

        arc_in.load_binary(in_stream)
        arc_in.save_img(temp)

        arc_out.load_img(temp)
        arc_out.save_binary(out_stream)
        try:
            assert in_stream.get_bytes() == out_stream.get_bytes()
        except:
            print(res_id, in_stream.buffer.tell(), out_stream.buffer.tell())
            print()
            break

    try:
        os.unlink(temp)
    except:
        pass


def unpack_mesh():
    init_mesh()

    resources = load_cache_file('Mesh.cache')

    with tqdm(total=len(resources)) as pBar:
        for res_id, data in resources:
            arc_mesh = ArcMesh()
            in_stream = ResStream(data)
            filepath = os.path.join(
                MESH_DIRECTORY,
                f'{res_id:d}.json'
            )
            arc_mesh.load_binary(in_stream)
            parsed = arc_mesh.save_json()
            with open(filepath, 'w') as fp:
                json.dump(parsed, fp, indent=2)
            pBar.update(1)


def pack_mesh():
    init_mesh()

    resources = []
    directory = MESH_DIRECTORY
    for filepath in glob.glob(os.path.join(directory, '*.json')):
        filename = os.path.basename(filepath)
        res_id = int(filename.split('.json')[0])
        json_data = json.load(open(filepath))

        out_stream = ResStream()
        arc_mesh = ArcMesh()
        arc_mesh.load_json(json_data)
        arc_mesh.save_binary(out_stream)

        resources.append([res_id, out_stream.get_bytes()])

    save_cache_file('Mesh.cache.new', resources)


def test_mesh():
    resources = load_cache_file('Mesh.cache')
    for res_id, data in resources:
        in_stream = ResStream(data)
        out_stream = ResStream()

        arc_in = ArcMesh()
        arc_out = ArcMesh()

        arc_in.load_binary(in_stream)
        parsed = arc_in.save_json()
        arc_out.load_json(parsed)
        arc_out.save_binary(out_stream)
        try:
            assert in_stream.get_bytes() == out_stream.get_bytes()
        except:
            print(res_id, in_stream.buffer.tell(), out_stream.buffer.tell())


def unpack_visual():
    init_visual()

    resources = load_cache_file('Visual.cache')

    with tqdm(total=len(resources)) as pBar:
        for res_id, data in resources:
            arc_visual = ArcVisual()
            in_stream = ResStream(data)
            filepath = os.path.join(
                VISUAL_DIRECTORY,
                f'{res_id:d}.json'
            )
            arc_visual.load_binary(in_stream)
            parsed = arc_visual.save_json()
            with open(filepath, 'w') as fp:
                json.dump(parsed, fp, indent=2)
            pBar.update(1)


def pack_visual():
    init_visual()

    resources = []
    directory = VISUAL_DIRECTORY
    for filepath in glob.glob(os.path.join(directory, '*.json')):
        filename = os.path.basename(filepath)
        res_id = int(filename.split('.json')[0])
        json_data = json.load(open(filepath))

        out_stream = ResStream()
        arc_visual = ArcVisual()
        arc_visual.load_json(json_data)
        arc_visual.save_binary(out_stream)

        resources.append([res_id, out_stream.get_bytes()])

    save_cache_file('Visual.cache.new', resources)


def test_visual():
    resources = load_cache_file('Visual.cache')
    for res_id, data in resources:
        in_stream = ResStream(data)
        out_stream = ResStream()

        arc_in = ArcVisual()
        arc_out = ArcVisual()

        arc_in.load_binary(in_stream)
        parsed = arc_in.save_json()
        arc_out.load_json(parsed)
        arc_out.save_binary(out_stream)
        try:
            assert in_stream.get_bytes() == out_stream.get_bytes()
        except:
            print(res_id, in_stream.buffer.tell(), out_stream.buffer.tell())


def unpack_motion():
    init_motion()

    resources = load_cache_file('Motion.cache')

    with tqdm(total=len(resources)) as pBar:
        for res_id, data in resources:
            arc_motion = ArcMotion()
            in_stream = ResStream(data)
            filepath = os.path.join(
                MOTION_DIRECTORY,
                f'{res_id:d}.json'
            )
            arc_motion.load_binary(in_stream)
            parsed = arc_motion.save_json()
            with open(filepath, 'w') as fp:
                json.dump(parsed, fp, indent=2)
            pBar.update(1)


def pack_motion():
    init_motion()

    resources = []
    directory = MOTION_DIRECTORY
    for filepath in glob.glob(os.path.join(directory, '*.json')):
        filename = os.path.basename(filepath)
        res_id = int(filename.split('.json')[0])
        json_data = json.load(open(filepath))

        out_stream = ResStream()
        arc_motion = ArcMotion()
        arc_motion.load_json(json_data)
        arc_motion.save_binary(out_stream)

        resources.append([res_id, out_stream.get_bytes()])

    save_cache_file('Motion.cache.new', resources)


def test_motion():
    resources = load_cache_file('Motion.cache')
    for res_id, data in resources:
        in_stream = ResStream(data)
        out_stream = ResStream()

        arc_in = ArcMotion()
        arc_out = ArcMotion()

        arc_in.load_binary(in_stream)
        parsed = arc_in.save_json()
        arc_out.load_json(parsed)
        arc_out.save_binary(out_stream)
        try:
            assert in_stream.get_bytes() == out_stream.get_bytes()
        except:
            print(res_id, in_stream.buffer.tell(), out_stream.buffer.tell())


def unpack_tile():
    init_tile()

    resources = load_cache_file('Tile.cache')

    with tqdm(total=len(resources)) as pBar:
        for res_id, data in resources:
            arc_tile = ArcTileManager()
            in_stream = ResStream(data)
            filepath = os.path.join(
                TILE_DIRECTORY,
                f'{res_id:d}.json'
            )
            arc_tile.load_binary(in_stream)
            parsed = arc_tile.save_json()
            with open(filepath, 'w') as fp:
                json.dump(parsed, fp, indent=2)
            pBar.update(1)


def pack_tile():
    init_tile()

    resources = []
    directory = TILE_DIRECTORY
    for filepath in glob.glob(os.path.join(directory, '*.json')):
        filename = os.path.basename(filepath)
        res_id = int(filename.split('.json')[0])
        json_data = json.load(open(filepath))

        out_stream = ResStream()
        arc_tile = ArcTileManager()
        arc_tile.load_json(json_data)
        arc_tile.save_binary(out_stream)

        resources.append([res_id, out_stream.get_bytes()])

    save_cache_file('Tile.cache.new', resources)


def test_tile():
    resources = load_cache_file('Tile.cache')
    for res_id, data in resources:
        in_stream = ResStream(data)
        out_stream = ResStream()

        arc_in = ArcTileManager()
        arc_out = ArcTileManager()

        arc_in.load_binary(in_stream)
        parsed = arc_in.save_json()
        arc_out.load_json(parsed)
        arc_out.save_binary(out_stream)
        try:
            assert in_stream.get_bytes() == out_stream.get_bytes()
        except:
            print(res_id, in_stream.buffer.tell(), out_stream.buffer.tell())


def unpack_skeleton():
    init_skeleton()

    resources = load_cache_file('Skeleton.cache')

    with tqdm(total=len(resources)) as pBar:
        for res_id, data in resources:
            arc_skeleton = ArcSkeleton()
            in_stream = ResStream(data)
            filepath = os.path.join(
                SKELETON_DIRECTORY,
                f'{res_id:d}.json'
            )
            arc_skeleton.load_binary(in_stream)

            parsed = arc_skeleton.save_json()
            with open(filepath, 'w') as fp:
                json.dump(parsed, fp, indent=2)
            pBar.update(1)


def pack_skeleton():
    init_skeleton()

    resources = []
    directory = SKELETON_DIRECTORY
    for filepath in glob.glob(os.path.join(directory, '*.json')):
        filename = os.path.basename(filepath)
        res_id = int(filename.split('.json')[0])
        json_data = json.load(open(filepath))

        out_stream = ResStream()
        arc_skeleton = ArcSkeleton()
        arc_skeleton.load_json(json_data)
        arc_skeleton.save_binary(out_stream)

        resources.append([res_id, out_stream.get_bytes()])

    save_cache_file('Skeleton.cache.new', resources)


def test_skeleton():
    resources = load_cache_file('Skeleton.cache')
    for res_id, data in resources:
        in_stream = ResStream(data)
        out_stream = ResStream()

        arc_in = ArcSkeleton()
        arc_out = ArcSkeleton()

        arc_in.load_binary(in_stream)
        parsed = arc_in.save_json()
        arc_out.load_json(parsed)
        arc_out.save_binary(out_stream)
        try:
            assert in_stream.get_bytes() == out_stream.get_bytes()
        except:
            print(res_id, in_stream.buffer.tell(), out_stream.buffer.tell())


def unpack_render():
    init_render()

    resources = load_cache_file('render.cache')

    with tqdm(total=len(resources)) as pBar:
        for res_id, data in resources:
            arc_render = ArcRender()
            in_stream = ResStream(data)
            filepath = os.path.join(
                RENDER_DIRECTORY,
                f'{res_id:d}.json'
            )
            arc_render.load_binary(in_stream)

            parsed = arc_render.save_json()
            with open(filepath, 'w') as fp:
                json.dump(parsed, fp, indent=2)
            pBar.update(1)


def pack_render():
    init_render()

    resources = []
    directory = RENDER_DIRECTORY
    for filepath in glob.glob(os.path.join(directory, '*.json')):
        filename = os.path.basename(filepath)
        res_id = int(filename.split('.json')[0])
        json_data = json.load(open(filepath))

        out_stream = ResStream()
        arc_render = ArcRender()
        arc_render.load_json(json_data)
        arc_render.save_binary(out_stream)

        resources.append([res_id, out_stream.get_bytes()])

    save_cache_file('Render.cache.new', resources)


def test_render():
    resources = load_cache_file('Render.cache')
    for res_id, data in resources:
        in_stream = ResStream(data)
        out_stream = ResStream()

        arc_in = ArcRender()
        arc_out = ArcRender()

        arc_in.load_binary(in_stream)
        parsed = arc_in.save_json()
        arc_out.load_json(parsed)
        arc_out.save_binary(out_stream)
        try:
            assert in_stream.get_bytes() == out_stream.get_bytes()
        except:
            print(res_id, in_stream.buffer.tell(), out_stream.buffer.tell())


def unpack_all():
    for cache_type in EDITOR_TARGETS[:-1]:
        method = 'unpack_' + cache_type + '()'
        print(method)
        try:
            exec(method)
        except:
            print('***Error: Missing or corrupt ' + cache_type + ' cache.')


def pack_all():
    for cache_type in EDITOR_TARGETS[:-1]:
        method = 'pack_' + cache_type + '()'
        print(method)
        try:
            exec(method)
        except:
            print('***Error: Missing or corrupt ' + cache_type + ' cache.')


def test_all():
    for cache_type in EDITOR_TARGETS[:-1]:
        method = 'test_' + cache_type + '()'
        print(method)
        try:
            exec(method)
        except:
            print('***Error: Missing or corrupt ' + cache_type + ' cache.')


def usage():
    print('_____________mbEditorPro_2.0_______________')
    print('   www.magicbane.com | repo.magicbane.com')
    print('')
    print('Commands: ')
    print(*EDITOR_COMMANDS)
    print('Targets: ')
    print(*EDITOR_TARGETS)
    print('')
    print('example:  unpack texture')
    print('example:  pack texture')
    exit(1)


def main():
    if not sys.argv[2:]:
        usage()

    if sys.argv[1] not in EDITOR_COMMANDS:
        usage()

    if sys.argv[2] not in EDITOR_TARGETS:
        usage()

    method = '_'.join(sys.argv[1:3]) + '()'
    print(method)
    exec(method)


main()