def test_is_init_patch():
init_program_hashes = {
'og': '9d2fd7e2e97edc87306d8360eb881534',
'xd': 'fd6940f683f8b69966fc3fd08bbb5ee3',
'prologue': 'a4fa5be24cb09c35a91e81ef2bbf71af',
}
flavour = "xd"
hash = init_program_hashes["xd"]
assert common.is_init_patch(flavour, hash)
flavour = "og"
hash = init_program_hashes["og"]
assert common.is_init_patch(flavour, hash)
flavour = "prologue"
hash = init_program_hashes["prologue"]
assert common.is_init_patch(flavour, hash)
flavour = "xd"
hash = init_program_hashes["og"]
assert common.is_init_patch(flavour, hash) == False
flavour = "xd"
hash = init_program_hashes["prologue"]
assert common.is_init_patch(flavour, hash) == False
def LoadData(self, fileobj):
self.zipobj = ZipFile(fileobj.name, "r", compression=ZIP_DEFLATED, compresslevel=9)
self.proglist = common.zipread_progbins(self.zipobj)
lc = self.listCtrl
lc.ClearAll()
lc.AppendColumn("id")
lc.AppendColumn("name")
lc.AppendColumn("md5:4")
lc.SetColumnWidth(0, 40)
lc.SetColumnWidth(1, 200)
lc.SetColumnWidth(2, 50)
for i, p in enumerate(self.proglist):
patchdata = self.zipobj.read(p)
hash = hashlib.md5(patchdata).hexdigest()
flavour = common.patch_type(patchdata)
if not common.is_init_patch(flavour, hash):
prgname = common.program_name(patchdata, flavour)
lc.Append([i+1, prgname, hash[:4]])
def translate(filename, match_name, match_ident, verbose, unskip_init, force_preset):
"""Translate a minilogue program or program bank to the minilogue xd.
\b
Examples
--------
translate og_program_bank.mnlgpreset
translate -n OGProgName og_program_bank.mnlgpreset
translate -n "OG Prog Name" og_program_bank.mnlgpreset
translate OGProgName.mnlgprog
"""
input_file = pathlib.Path(filename)
assert input_file.suffix in {
".mnlgprog", ".mnlgpreset", ".mnlglib",
".prlgprog", ".prlgpreset", ".prlglib",
".molgprog", ".molgpreset", ".molglib",
".mnlgxdpreset", ".mnlgxdlib",
".syx"
}
if input_file.suffix != ".syx":
out_flavour = "xd"
zipobj = ZipFile(filename, "r", compression=ZIP_DEFLATED, compresslevel=9)
proglist = common.zipread_progbins(zipobj)
if input_file.suffix in {".mnlgprog", ".syx"}:
# single patch/program
match_name = input_file
match_ident = 1
elif match_name is not None:
# patch library/program pack
match_ident = common.id_from_name(zipobj, match_name)
if input_file.suffix == ".syx":
stem = input_file.stem
proglist = ["Prog_000.prog_bin"]
out_flavour, patchdata = convert_from_syx(input_file)
patch_ext = {
"monologue":".molgprog",
"xd":".mnlgxdprog",
"og":".mnlgprog",
"prologue":".prlgprog"
}[out_flavour]
elif match_ident is not None:
proglist = [proglist[match_ident - 1]]
# https://stackoverflow.com/a/13593932
stem = re.sub(r"[^\w\-_\.]", "_", match_name.stem)
patch_ext = ".mnlgxdprog"
else:
stem = input_file.stem
patch_ext = ".mnlgxdlib"
if force_preset:
patch_ext = ".mnlgxdpreset"
output_file = input_file.with_name(stem).with_suffix(patch_ext)
# Read any information from preset if available
dataid = stem
name = stem
version = None
date = None
prefix = None
copyright = None
author = None
comment = None
if input_file.suffix in {".mnlgxdpreset", ".mnlgpreset", ".prlgpreset", ".molgpreset"}:
dataid, name, author, version, numofprog, date, prefix, copyright = common.all_from_presetinformation_xml(zipobj)
if dataid is None:
dataid = name
non_init_patch_ids = []
numofprog = 0
with ZipFile(output_file, "w") as xdzip:
for i, p in enumerate(proglist):
if input_file.suffix != ".syx":
patchdata = zipobj.read(p)
flavour = common.patch_type(patchdata)
if common.is_init_patch(flavour, hash):
# Init Program identified based on hash; i.e. a "True" Init Program
continue
prgname = common.program_name(patchdata, flavour)
if common.is_init_program_name(prgname) and not unskip_init:
# Init Program found and option not to skip is unchecked
continue
non_init_patch_ids.append(i)
print(f"{int(p[5:8])+1:03d}: {prgname}")
if input_file.suffix != ".syx":
if flavour == 'og':
raw_patch = common.parse_patchdata(patchdata)
patch = og.normalise_og_patch(raw_patch)
patch_xd, patchdata = convert_to_xd(patch, flavour)
elif flavour == 'prologue':
raw_patch = common.parse_patchdata(patchdata)
patch = prologue.normalise_patch(raw_patch)
patch_xd, patchdata = convert_to_xd(patch, flavour)
elif flavour == 'monologue':
raw_patch = common.parse_patchdata(patchdata)
patch = monologue.normalise_patch(raw_patch)
patch_xd, patchdata = convert_to_xd(patch, flavour)
# .prog_bin record/file
xdzip.writestr(f"Prog_{i:03d}.prog_bin", patchdata)
# .prog_info record/file
prog_info_xd = common.prog_info_template_xml(out_flavour)
xdzip.writestr(f"Prog_{i:03d}.prog_info", prog_info_xd)
numofprog += 1
if verbose:
pprint(vars(patch))
print()
if len(proglist) > 1 and not force_preset:
if out_flavour == "prologue":
xdzip.writestr(f"LivesetData.lvs_data", getattr(globals()[out_flavour], "favorite_template"))
else:
# FavoriteData.fav_data record/file
try:
xdzip.writestr(f"FavoriteData.fav_data", getattr(globals()[out_flavour], "favorite_template"))
except:
pass
if force_preset:
xdzip.writestr(f"PresetInformation.xml", common.presetinfo_xml(out_flavour, dataid, name, author, version, str(numofprog), date, prefix, copyright))
# FileInformation.xml record/file
xdzip.writestr(f"FileInformation.xml", common.fileinfo_xml(out_flavour, non_init_patch_ids, force_preset))
print("Wrote", output_file)
def explode(filename, match_name, match_ident, prepend_id, append_md5_4,
append_version, unskip_init):
"""Explode a minilogue og or xd or prologue program bank or extract a program.
\b
Examples
--------
explode xd_program_bank.mnlgxdlib
explode -n XDProgName xd_program_bank.mnlgxdlib
"""
zipobj = ZipFile(filename, "r", compression=ZIP_DEFLATED, compresslevel=9)
proglist = common.zipread_progbins(zipobj)
proginfo_dict = common.zipread_all_prog_info(zipobj)
if match_name is not None:
match_ident = common.id_from_name(zipobj, match_name)
if match_ident is not None:
proglist = [proglist[match_ident - 1]]
# Create directory based on the filename stem
input_file = pathlib.Path(filename)
dir_path = input_file.with_suffix("")
dir_path.mkdir(exist_ok=True)
if input_file.suffix in {".mnlgxdpreset", ".mnlgxdlib"}:
suffix = ".mnlgxdprog"
flavour = "xd"
elif input_file.suffix in {".mnlgpreset", ".mnlglib"}:
suffix = ".mnlgprog"
flavour = "og"
elif input_file.suffix in {".prlgpreset", ".prlglib"}:
suffix = ".prlgprog"
flavour = "prologue"
elif input_file.suffix in {".molgpreset", ".molglib"}:
suffix = ".molgprog"
flavour = "monologue"
elif input_file.suffix in {".kklib"}:
suffix = ".kkprog"
flavour = "kk"
fileinfo_xml = common.fileinfo_xml(flavour, [0])
# Read any copyright and author information if available
copyright = None
author = None
comment = None
if input_file.suffix in {
".mnlgxdpreset", ".mnlgpreset", ".prlgpreset", ".molgpreset"
}:
author, copyright = common.author_copyright_from_presetinformation_xml(
zipobj)
sanitise = common.sanitise_patchname()
for i, p in enumerate(proglist):
patchdata = zipobj.read(p)
hash = hashlib.md5(patchdata).hexdigest()
flavour = common.patch_type(patchdata)
if common.is_init_patch(flavour, hash):
# Init Program identified based on hash; i.e. a "True" Init Program
continue
prgname = common.program_name(patchdata, flavour)
if common.is_init_program_name(prgname) and not unskip_init:
# Init Program found and option not to skip is unchecked
continue
if prepend_id:
prgname = f"{i+1:03d}_{prgname}"
if append_md5_4:
hash = hashlib.md5(patchdata).hexdigest()
prgname = f"{prgname}-{hash[:4]}"
if append_version:
ver = version.__version__.replace(".", "")
prgname = f"{prgname}-v{ver}"
output_path = (dir_path / (sanitise(prgname) + suffix))
with ZipFile(output_path, "w") as zip:
binary = zipobj.read(p)
# .prog_bin record/file
zip.writestr(f"Prog_000.prog_bin", binary)
# .prog_info record/file
# Use any available presetinformation_xml author and copyright fields
if author is not None:
comment = f"Author: {author}"
proginfo_comment = (proginfo_dict[p])['Comment']
if proginfo_comment is not None:
comment = f"{comment}, " + proginfo_comment
prog_info_template = common.prog_info_template_xml(
flavour, comment=comment, copyright=copyright)
zip.writestr(f"Prog_000.prog_info", prog_info_template)
# FileInformation.xml record/file
zip.writestr(f"FileInformation.xml", fileinfo_xml)
print(f"{int(p[5:8])+1:03d}: {prgname:<12s} -> {output_path}")
def collapse(filename, unskip_init, force_preset):
proglist = []
for p in common.patch_suffixes:
proglist.extend(glob.glob(join(filename, "*" + p)))
(flavor, lib_ext, preset_ext) = {
".molgprog": ("monologue", ".molglib", ".molgpreset"),
".mnlgxdprog": ("xd", ".mnlgxdlib", ".mnlgxdpreset"),
".mnlgprog": ("og", ".mnlglib", ".mnlgpreset"),
".prlgprog": ("prologue", ".prlglib", ".prlgpreset")
}[splitext(proglist[0])[1]]
if force_preset:
output_file = filename + preset_ext
else:
output_file = filename + lib_ext
name = split(filename)[1]
dataid = name
version = None
date = None
prefix = None
copyright = None
author = None
comment = None
non_init_patch_ids = []
numofprog = 0
with ZipFile(output_file, "w") as xdzip:
for i, p in enumerate(proglist):
zipobj = ZipFile(p, "r", compression=ZIP_DEFLATED, compresslevel=9)
patchdata = zipobj.read(common.zipread_progbins(zipobj)[0])
flavour = common.patch_type(patchdata)
if flavor != flavour:
# actual patch type did not match with the first one
continue
if common.is_init_patch(flavour, hash):
# Init Program identified based on hash; i.e. a "True" Init Program
continue
prgname = common.program_name(patchdata, flavour)
if common.is_init_program_name(prgname) and not unskip_init:
# Init Program found and option not to skip is unchecked
continue
non_init_patch_ids.append(i)
print(f"{i+1:03d}: {prgname}")
# .prog_bin record/file
xdzip.writestr(f"Prog_{i:03d}.prog_bin", patchdata)
# .prog_info record/file
prog_info = common.prog_info_template_xml(flavor)
xdzip.writestr(f"Prog_{i:03d}.prog_info", prog_info)
numofprog += 1
if force_preset:
xdzip.writestr(
f"PresetInformation.xml",
common.presetinfo_xml(flavor, dataid, name, author, version,
str(numofprog), date, prefix, copyright))
elif flavor == "prologue":
xdzip.writestr(f"LivesetData.lvs_data",
getattr(globals()[flavor], "favorite_template"))
else:
# FavoriteData.fav_data record/file
try:
xdzip.writestr(f"FavoriteData.fav_data",
getattr(globals()[flavor], "favorite_template"))
except:
pass
# FileInformation.xml record/file
xdzip.writestr(
f"FileInformation.xml",
common.fileinfo_xml(flavor, non_init_patch_ids, force_preset))
print("Wrote", output_file)
def translate(filename, match_name, match_ident, verbose, unskip_init):
"""Translate a minilogue program or program bank to the minilogue xd.
\b
Examples
--------
translate og_program_bank.mnlgpreset
translate -n OGProgName og_program_bank.mnlgpreset
translate -n "OG Prog Name" og_program_bank.mnlgpreset
translate OGProgName.mnlgprog
"""
zipobj = ZipFile(filename, "r", compression=ZIP_DEFLATED, compresslevel=9)
proglist = common.zipread_progbins(zipobj)
input_file = pathlib.Path(filename)
assert input_file.suffix in {".mnlgprog", ".mnlgpreset", ".mnlglib"}
if input_file.suffix == ".mnlgprog":
# single patch/program
match_name = input_file
match_ident = 1
elif match_name is not None:
# patch library/program pack
match_ident = common.id_from_name(zipobj, match_name)
if match_ident is not None:
proglist = [proglist[match_ident - 1]]
# https://stackoverflow.com/a/13593932
stem = re.sub(r"[^\w\-_\.]", "_", match_name.stem)
patch_ext = ".mnlgxdprog"
else:
stem = input_file.stem
patch_ext = ".mnlgxdlib"
output_file = input_file.with_name(stem).with_suffix(patch_ext)
# Read any copyright and author information if available
copyright = None
author = None
comment = None
if input_file.suffix == ".mnlgpreset":
author, copyright = common.author_copyright_from_presetinformation_xml(zipobj)
non_init_patch_ids = []
with ZipFile(output_file, "w") as xdzip:
for i, p in enumerate(proglist):
patchdata = zipobj.read(p)
flavour = common.patch_type(patchdata)
if common.is_init_patch(flavour, hash):
# Init Program identified based on hash; i.e. a "True" Init Program
continue
prgname = common.program_name(patchdata, flavour)
if common.is_init_program_name(prgname) and not unskip_init:
# Init Program found and option not to skip is unchecked
continue
non_init_patch_ids.append(i)
print(f"{int(p[5:8])+1:03d}: {prgname}")
raw_og_patch = common.parse_patchdata(patchdata)
patch = og.normalise_og_patch(raw_og_patch)
patch_xd, binary_xd = convert_og_to_xd(patch)
# .prog_bin record/file
xdzip.writestr(f"Prog_{i:03d}.prog_bin", binary_xd)
# .prog_info record/file
prog_info_xd = common.prog_info_template_xml("xd")
xdzip.writestr(f"Prog_{i:03d}.prog_info", prog_info_xd)
if verbose:
pprint(vars(patch))
print()
if len(proglist) > 1:
# FavoriteData.fav_data record/file
xdzip.writestr(f"FavoriteData.fav_data", xd.favorite_template)
# FileInformation.xml record/file
xdzip.writestr(f"FileInformation.xml", common.fileinfo_xml("xd", non_init_patch_ids))
print("Wrote", output_file)