def convert_mslugx(input, output):
# Same ROMs for MVS/AES
# wrong CRC
output.createFile(
"p1.p1",
getAsymmetricPart(input.regions['P'].data, 0 * KILOBYTE,
1024 * KILOBYTE))
# correct CRC
output.createFile(
"p2.ep1",
getAsymmetricPart(input.regions['P'].data, 1024 * KILOBYTE,
4 * 1024 * KILOBYTE))
output.createFile("m1.m1", input.regions['M'].data)
output.createFile(
"v1.v1",
getAsymmetricPart(input.regions['V1'].data, 0 * 1024 * KILOBYTE,
4 * 1024 * KILOBYTE))
output.createFile(
"v2.v2",
getAsymmetricPart(input.regions['V1'].data, 4 * 1024 * KILOBYTE,
4 * 1024 * KILOBYTE))
output.createFile(
"v3.v3",
getAsymmetricPart(input.regions['V1'].data, 8 * 1024 * KILOBYTE,
2 * 1024 * KILOBYTE))
output.createFile("s1.s1", input.regions['S'].data)
convert_common_c(input, output, 3)
def convert_kof98h(input, output):
# wrong CRC for kof98h (MVS/AES), but works
# kof98 (MVS) has encrypted code
# to be able to play this as "kof98" in mame, we would need to encrypt this ROM, reversing: https://github.com/ColumPaget/gngeo-cjp/blob/master/src/neocrypt.c
output.createFile(
"pn1.p1",
getAsymmetricPart(input.regions['P'].data, 0 * KILOBYTE,
1024 * KILOBYTE))
output.createFile(
"p2.sp2",
getAsymmetricPart(input.regions['P'].data, 1024 * KILOBYTE,
4 * 1024 * KILOBYTE))
# used for kof98 (MVS), correct CRC!
# output.createFile("m1.m1", input.regions['M'].data)
# used for kof98h (MVS/AES). wrong CRC!
output.createFile("mg1.m1", input.regions['M'].data)
split_region(input, output, 'V1', ['v1.v1', 'v2.v2', 'v3.v3', 'v4.v4'])
output.createFile("s1.s1", input.regions['S'].data)
convert_common_c(input, output, 4)
def convert_shocktr2(input, output):
# Same ROM for MVS/AES
# Shipped with AES roms
# All roms except P2 has correct checksum
output.createFile(
"p1.p1",
getAsymmetricPart(input.regions['P'].data, 0 * KILOBYTE,
1024 * KILOBYTE))
output.createFile(
"p2.sp2",
getAsymmetricPart(input.regions['P'].data, 1024 * KILOBYTE,
4 * 1024 * KILOBYTE))
output.createFile("m1.m1", input.regions['M'].data)
output.createFile(
"v1.v1",
getAsymmetricPart(input.regions['V1'].data, 0 * 1024 * KILOBYTE,
4 * 1024 * KILOBYTE))
output.createFile(
"v2.v2",
getAsymmetricPart(input.regions['V1'].data, 4 * 1024 * KILOBYTE,
4 * 1024 * KILOBYTE))
output.createFile(
"v3.v3",
getAsymmetricPart(input.regions['V1'].data, 8 * 1024 * KILOBYTE,
2 * 1024 * KILOBYTE))
output.createFile("s1.s1", input.regions['S'].data)
convert_common_c(input, output, 3)
def convert_shocktro(input, output):
# Shipped with AES BIOS
# All file except pg1.p1 has correct CRC.
# The AES and MVS original has different P1s, the VC version matches none of them,
# so not sure if the VC version is based of the MVS or AES version.
output.createFile(
"pg1.p1",
getAsymmetricPart(input.regions['P'].data, 0, 1 * 1024 * KILOBYTE))
output.createFile(
"p2.sp2",
getAsymmetricPart(input.regions['P'].data, 1024 * KILOBYTE,
4 * 1024 * KILOBYTE))
output.createFile("m1.m1", input.regions['M'].data)
output.createFile(
"v1.v1",
getAsymmetricPart(input.regions['V1'].data, 0 * KILOBYTE,
4 * 1024 * KILOBYTE))
output.createFile(
"v2.v2",
getAsymmetricPart(input.regions['V1'].data, 4 * 1024 * KILOBYTE,
2 * 1024 * KILOBYTE))
output.createFile("s1.s1", input.regions['S'].data)
convert_common_c(input, output, 4)
def convert_mslug3(input, output):
# Comes with AES bios
# TODO:
# - The original game's C rom is encrypted, the Virtual Console version is not encrypted. Do we have to encrypt the bugger to get it playable in mame??
# - The P roms are different (9 MB in Wii version, 4 MB + 4 MB + 256 KB in arcade versions, 1 MB + 4 MB in home version)
# TODO: mame does not use this.
output.createFile("p1.p1", input.regions['P'].data)
# TODO: mame does not use this
output.createFile("s1.s1", input.regions['S'].data)
#v1 and m1 hash matches mslug3, mslug3a, mslug3h.
output.createFile("m1.m1", input.regions['M'].data)
split_region(input, output, 'V1', ['v1.v1', 'v2.v2', 'v3.v3', 'v4.v4'])
#correct checksum for a rom only found in "mslug3", file not used in home version
output.createFile(
"green.neo-sma",
getAsymmetricPart(input.regions['P'].data, 3 * 256 * KILOBYTE,
256 * KILOBYTE), None, False)
# not correct - game does not run, bad crcs. probably mame wants the encrypted file, the VC versions are decrypted
output.createFile(
"pg1.p1",
getAsymmetricPart(input.regions['P'].data, 1 * 1024 * KILOBYTE,
4 * 1024 * KILOBYTE))
output.createFile(
"pg2.p2",
getAsymmetricPart(input.regions['P'].data, 5 * 1024 * KILOBYTE,
4 * 1024 * KILOBYTE))
# if ran as mslug3h (home version), the game kind of starts, but reboots after main menu. home version
# Note, home version only has 1+4MB P, while arcade has 4+4 mb + the green file. The VC version has 9 MB P ROM.
output.createFile(
"ph1.p1",
getAsymmetricPart(input.regions['P'].data, 1 * 1024 * KILOBYTE,
1 * 1024 * KILOBYTE))
output.createFile(
"ph2.sp2",
getAsymmetricPart(input.regions['P'].data, 5 * 1024 * KILOBYTE,
4 * 1024 * KILOBYTE))
# C files are not correct, they are decrypted but mame expects encrypted version.
convert_common_c(input, output, 4)
print("This game is NOT correctly exported yet")
def convert_mslug4(input, output):
# wrong checksum for both MVS and AES, but seems to work
output.createFile(
"p1.p1",
getAsymmetricPart(input.regions['P'].data, 0 * KILOBYTE,
1024 * KILOBYTE))
# correct CRC for MVS version, not for AES version
output.createFile(
"p2.sp2",
getAsymmetricPart(input.regions['P'].data, 1024 * KILOBYTE,
4 * 1024 * KILOBYTE))
split_region(input, output, 'V1', ['v1.v1', 'v2.v2'])
# Original hardware has decryption hardware for S, M and C, which MAME emulates.
# Hence MAME and original hardware expects encrypted ROMs.
# Wii comes with decrypted ROMs.
# We need to encrypt them to make them playable with MAME.
# C ROM (includes S ROM)
if input.regions['C'].data[0:3] == b'ACM':
data = neogeo_acm.decompressAcm(input.regions['C'].data)
else:
data = input.regions['C'].data
# key found in https://github.com/mamedev/mame/blob/master/src/devices/bus/neogeo/prot_cmc.h
convert_c(neogeo_cmc.encrypt_cmc50_gfx(data, 0x31), output, 3,
[[0, 2], [1, 3]])
# Note: MAME does additional unscrambling of the S part at the end of the C ROM.
# We do not have to scramble it, because the decrypted Wii C ROM version already contains the
# scrambled S portion. (The Wii version ALSO contains this as an separate unscrambled S ROM, which
# we ignore)
# TODO: M is not decrypted yet. No audio and probably cause crash during early gameplay
output.createFile("m1.m1", input.regions['M'].data)
# TODO: SFIX, maybe other roms are missing or have wrong CRC
print("This game is NOT correctly exported yet")
def convert_rbffspec(input, output):
# Same ROM for MVS/AES
# p1 rom has wrong checksum, all others have correct checksum
output.createFile(
"p1.p1",
getAsymmetricPart(input.regions['P'].data, 0 * KILOBYTE,
1024 * KILOBYTE))
output.createFile(
"p2.sp2",
getAsymmetricPart(input.regions['P'].data, 1024 * KILOBYTE,
4 * 1024 * KILOBYTE))
output.createFile("m1.m1", input.regions['M'].data)
split_region(input, output, 'V1', ['v1.v1', 'v2.v2', 'v3.v3'])
output.createFile("s1.s1", input.regions['S'].data)
convert_common_c(input, output, 4)
def convert_mslug2(input, output):
# Same ROM for MVS/AES
# CRC is incorrect for p*, otherwise all CRCs match
# Shipped with MVS BIOS
output.createFile(
"p1.p1",
getAsymmetricPart(input.regions['P'].data, 0 * KILOBYTE,
1024 * KILOBYTE))
output.createFile(
"p2.sp2",
getAsymmetricPart(input.regions['P'].data, 1024 * KILOBYTE,
2 * 1024 * KILOBYTE))
output.createFile("m1.m1", input.regions['M'].data)
split_region(input, output, 'V1', ['v1.v1', 'v2.v2'])
output.createFile("s1.s1", input.regions['S'].data)
convert_common_c(input, output, 2)
def convert_lastbld2(input, output):
# Same ROM for MVS/AES
# Shipped with AES BIOS
# All roms except PG1 have correct checksums
output.createFile(
"pg1.p1",
getAsymmetricPart(input.regions['P'].data, 0 * KILOBYTE,
1024 * KILOBYTE))
output.createFile(
"pg2.sp2",
getAsymmetricPart(input.regions['P'].data, 1024 * KILOBYTE,
4 * 1024 * KILOBYTE))
output.createFile("m1.m1", input.regions['M'].data)
split_region(input, output, 'V1', ['v1.v1', 'v2.v2', 'v3.v3', 'v4.v4'])
output.createFile("s1.s1", input.regions['S'].data)
convert_common_c(input, output, 3)
def convert_kotm(input, output):
#Not 100% sure this is the MVS version (kotm) or AES version (kotmh).
#P1 ROM has wrong checksom for both kotm (p1.p1) and kotmh (hp1.p1). All other files have correct checksum for both.
#Shipped with MVS BIOS, so assuming it is the MVS version.
output.createFile(
"p1.p1",
getAsymmetricPart(input.regions['P'].data, 0 * KILOBYTE,
512 * KILOBYTE))
output.createFile(
"p2.p2",
pad(
getAsymmetricPart(input.regions['P'].data, 512 * KILOBYTE,
64 * KILOBYTE), 128 * KILOBYTE))
output.createFile("m1.m1", input.regions['M'].data)
split_region(input, output, 'V1', ['v1.v1', 'v2.v2'])
output.createFile("s1.s1", input.regions['S'].data)
convert_common_c(input, output, 2)