def gameFromRow(self, row):
game = Game(row['name'], int(row['wos_id']))
game.setPublisher(row['publisher'])
if 'author' in row.keys():
game.setAuthor(row['author'])
game.setYear(row['year'])
game.setGenre(row['genre'])
game.setNumberOfPlayers(row['number_of_players'])
game.setMachineType(row['machine_type'])
game.setLanguage(row['language'])
game.setAvailability(row['availability'])
game.x_rated = row['x_rated']
game.addRelease(self.releaseFromRow(row, game))
if 'multiplayer_type' in row.keys():
game.setMultiplayerType(row['multiplayer_type'])
if 'tipshop_page' in row.keys():
game.tipshop_page = row['tipshop_page']
game.tipshop_multiface_pokes_section = row[
'tipshop_multiface_pokes_section']
if game.tipshop_page or row['pok_file_contents']:
game.importPokFile(text=str(row['pok_file_contents']))
if row['md5']:
file = self.fileFromRow(row)
game.addFile(file)
if file.part > game.parts:
game.parts = file.part
return game
def getGamesFromRawData(self, raw_data):
games = []
game = Game()
release = GameRelease()
for row in raw_data:
if game.zxdb_id != row['wos_id']:
if game.zxdb_id:
games.append(game)
game = self.gameFromRow(row)
game.releases = []
release = self.releaseFromRow(row, game)
game.addRelease(release)
if release.release_seq != row['release_seq']:
release = self.releaseFromRow(row, game)
game.addRelease(release)
file = self.fileFromRow(row)
if file:
game.addFile(file, release_seq=row['release_seq'])
if file.part > game.parts:
game.parts = file.part
if game.zxdb_id:
games.append(game)
return games
class GameFile(object):
path = ''
game = None
release = None
release_seq = 0
wos_name = ''
wos_zipped_name = ''
zfname = ''
wos_path = ''
tosec_path = ''
content_desc = ''
game_name_differentiator = ''
is_demo = 0
release_date = ''
machine_type = ''
language = ''
part = 0
side = 0
mod_flags = ''
alt_mod_flag = ''
notes = ''
format = ''
size = 0
size_zipped = 0
md5 = ''
crc32 = ''
sha1 = ''
src=''
# alt_src = [] #for deleting
dest=''
alt_dest=''
is_tosec_compliant = False
is_alternate = False
# path_in_archive = None
file_is_alone_in_archive = False
file_in_archive = None
# alt_files_in_archives = []
def __init__(self, path='', size=0, game=None, release=None,
source=None):
self.bundled_times = 0
self.dest = ''
self.alt_dest = ''
self.alt_mod_flag = ''
self.alt_src = []
self.alt_files_in_archives = []
self.game_name_differentiator = ''
self.is_alternate = False
if not path:
return
filename = os.path.basename(path)
self.setSize(size)
self.format = self.getFormat(path)
self.game = game
self.release = release
if game:
if filename.endswith('.zip'):
self.wos_zipped_name = filename
self.wos_path = path
else:
self.wos_name = filename
else:
self.getGameFromFileName(path)
if source == 'wos':
self.wos_path = path
elif source == 'tosec':
self.getParamsFromTOSECPath(path)
else:
self.path = path
if type(size)==str:
size = int(size.replace(',',''))
def __repr__(self):
return '<GameFile: '+self.getPath()+' md5:'+self.md5+'>'
def __eq__(self, other):
if self.wos_name and \
self.wos_name == other.wos_name and \
self.size == other.size and \
self.format == other.format:
return True
if self.md5 and self.md5==other.md5:
return True
return False
def getPath(self):
for path in [self.alt_dest, self.dest, self.path, self.wos_path, self.tosec_path]:
if path:
return path
def importCredentialsFromGame(self, game, overwrite=False):
self.game = game
other_file = game.findFileByMD5(self.md5)
if other_file:
self.importCredentialsFromFile(other_file, overwrite=overwrite)
self.release = game.findReleaseByFile(self)
def importCredentialsFromFile(self, other_file, overwrite=False):
if other_file.format:
self.format = other_file.format
if overwrite or other_file.tosec_path:
self.tosec_path = other_file.tosec_path
if overwrite or other_file.content_desc:
self.content_desc = other_file.content_desc
if overwrite or other_file.is_demo:
self.is_demo = other_file.is_demo
if overwrite or other_file.release_date:
self.release_date = other_file.release_date
if overwrite or other_file.size:
self.size = other_file.size
if overwrite or other_file.language:
self.language = other_file.language
if overwrite or other_file.machine_type:
self.machine_type = other_file.machine_type
if overwrite or other_file.part:
self.part = other_file.part
if overwrite or other_file.side:
self.side = other_file.side
if overwrite or other_file.mod_flags:
self.mod_flags = other_file.mod_flags
if overwrite or other_file.notes:
self.notes = other_file.notes
def countFilesWithSameDestIn(self, collection=[]):
count = 0
for other_file in collection:
if self.dest:
if self.dest == other_file.dest:
count += 1
continue
return count
def countAlternateDumpsIn(self, collection=[]):
count = 0
for other_file in collection:
if self.game.name != other_file.game.name:
continue
if self.getYear() != other_file.getYear():
continue
if self.getPublisher() != other_file.getPublisher():
continue
if self.getReleaseSeq() != other_file.getReleaseSeq():
continue
if self.getMachineType() != other_file.getMachineType():
continue
if self.getMedia() != other_file.getMedia():
continue
if self.getLanguage() != other_file.getLanguage():
continue
if self.mod_flags.lower() != other_file.mod_flags.lower():
continue
if self.is_demo != other_file.is_demo:
continue
if self.getContentDesc().lower() != other_file.getContentDesc().lower():
continue
if self.format.lower() != other_file.format.lower():
continue
if self.getNotes().lower() != other_file.getNotes().lower():
continue
count += 1
if count:
self.is_alternate = True
return count
def getEquals(self, collection):
equals = []
for other_file in collection:
if self.game.zxdb_id == other_file.game.zxdb_id and \
self.getYear() == other_file.getYear() and \
self.getPublisher() == other_file.getPublisher() and \
self.getReleaseSeq() == other_file.getReleaseSeq() and \
self.content_desc == other_file.content_desc and \
self.machine_type == other_file.machine_type and \
self.side == other_file.side and \
self.part == other_file.part and \
self.getLanguage() == other_file.getLanguage() and \
self.mod_flags == other_file.mod_flags and \
self.notes == other_file.notes:
equals.append(other_file)
return equals
def addAlternateModFlag(self, copies_count, tosec_compliant, short_filenames):
if not copies_count:
return
dest = os.path.splitext(self.dest if self.dest else self.getTOSECName())
if short_filenames:
alt_mod_flag = '_'+str(copies_count+1)
dir_path = os.path.split(dest[0])
self.alt_dest = os.path.join(dir_path[0],
dir_path[1][:(8-len(alt_mod_flag))]+alt_mod_flag+dest[1])
elif not self.game.zxdb_id:
dir_path = os.path.split(dest[0])
alt_mod_flag = '_'+str(copies_count+1)
self.alt_dest = os.path.join(dir_path[0], dir_path[1]+alt_mod_flag+dest[1])
elif tosec_compliant:
if copies_count == 1:
self.alt_mod_flag = '[a]'
else:
self.alt_mod_flag = '[a' + str(copies_count) + ']'
dest_dir = os.path.dirname(dest[0])
dest_filename = os.path.basename(dest[0])
everything_except_notes = dest_filename.replace(self.getNotes(), '')
self.alt_dest = os.path.join(dest_dir,
everything_except_notes+self.alt_mod_flag+self.getNotes()+'.'+self.format)
else:
alt_mod_flag = '_'+str(copies_count+1)
self.alt_dest = dest[0]+alt_mod_flag+dest[1]
def isAlternate(self):
if self.game.zxdb_id and self.is_alternate:
return True
else:
return False
def isHack(self):
if '[c' in self.mod_flags or \
'[h' in self.mod_flags or \
'[m' in self.mod_flags or \
'[f' in self.mod_flags or \
'[t' in self.mod_flags:
return True
else:
return False
def isBadDump(self):
if '[b' in self.mod_flags:
return True
else:
return False
def isXRated(self):
if self.game.x_rated:
return True
else:
return False
def copy(self):
new = GameFile(self.wos_path, self.size, self.game)
return new
def getFileName(self):
return self.tosec_path if self.tosec_path else os.path.basename(self.wos_path)
def getGameFromFileName(self, path):
if '(demo' in path:
self.is_demo = True
filename = os.path.splitext(os.path.basename(path).replace('(demo)', ''))[0]
matches = re.findall(ROUND_BRACKETS_REGEX, filename)
game_name = re.sub(TOSEC_REGEX, '', filename).strip()
version = re.findall('v[0-9].*', game_name)
if version:
game_name = game_name.replace(version[0], '').strip()
self.content_desc = ' '+version[0].strip()
if not self.game:
self.game = Game(game_name)
else:
self.game.name = game_name
self.release = GameRelease(game=self.game)
self.game.addRelease(self.release)
self.game.addFile(self)
if len(matches)>0:
self.setReleaseDate(matches[0])
if len(matches)>1:
self.game.setPublisher(matches[1])
self.game.setGenreFromFilePath(path)
self.getParamsFromTOSECPath(path)
def sortPublishers(self):
publisher = self.release.getPublisher()
if ' - ' in publisher:
publisher = ' - '.join(sorted(publisher.split(' - '), key=str.lower))
# self.game.publisher = publisher
self.release.publisher = publisher
def getParamsFromTOSECPath(self, tosec_path):
self.tosec_path = tosec_path
filename = os.path.splitext(os.path.basename(tosec_path).replace('(demo)', ''))[0]
self.setMachineType(filename)
round_brackets_matches = re.findall(ROUND_BRACKETS_REGEX, filename)
for each in round_brackets_matches[2:]:
if len(re.findall('^M[0-9]$', each)):
self.setLanguage(each)
elif len(re.findall('^[a-z][a-z]-[a-z][a-z]$', each)):
self.setLanguage(each)
elif len(each)==2 and each.isalpha():
if each.islower():
self.setLanguage(each)
elif each.isupper():
self.setCountry(each)
elif 'Part' in each or 'Disk' in each or 'Tape' in each:
self.setPart(each)
elif 'Side' in each:
self.setSide(each)
square_brackets_matches = re.findall(SQUARE_BRACKETS_REGEX, filename)
for each in square_brackets_matches:
if len(re.findall('^a[0-9]?[0-9]?$', each)):
continue
elif len(re.findall('^[0-9\-]+K?$', each)):
self.setMachineType(each)
elif self.isModFlag(each):
mod_flag = '[{}]'.format(each)
self.addModFlag(mod_flag)
elif each.startswith('aka '):
aka = getSearchStringFromGameName(each[4:])
if aka == getSearchStringFromGameName(self.game.name):
continue
elif each in self.notes:
continue
elif 're-release' in each:
continue
elif 'ZXDB=' in each:
continue
elif each.startswith('48'):
continue
elif each.startswith('Pentagon'):
continue
elif self.machine_type and self.machine_type in each:
continue
elif each=='adult':
self.game.x_rated = 1
else:
note = '[{}]'.format(each)
# if note not in self.notes:
self.addNotes(note)
# self.sortModFlags()
if '(demo' in tosec_path.lower():
self.is_demo = 1
def isModFlag(self, match):
for each in MOD_FLAGS_ORDER:
if match==each:
return True
elif match.startswith(each) and \
match[len(each)] in (' 0123456789'):
return True
return False
def addModFlag(self, new_mod_flag):
if new_mod_flag not in self.mod_flags:
mod_flags_array = re.findall(SQUARE_BRACKETS_REGEX, self.mod_flags)
for i, flag in enumerate(mod_flags_array):
if len(flag)>1 and new_mod_flag[1:-1].startswith(flag):
self.mod_flags = self.mod_flags.replace('['+flag+']', new_mod_flag)
return
elif len(new_mod_flag)>1 and flag.startswith(new_mod_flag[1:-1]):
self.mod_flags = self.mod_flags.replace(new_mod_flag, '['+flag+']')
return
self.mod_flags += new_mod_flag
def sortModFlags(self):
mod_flags_array = re.findall(SQUARE_BRACKETS_REGEX, self.mod_flags)
mod_flags_array = sorted(set(mod_flags_array))
if 'b' in mod_flags_array:
mod_flags_array.append(mod_flags_array.pop(mod_flags_array.index('b')))
self.mod_flags = ''.join('[{}]'.format(x) for x in mod_flags_array)
def sortNotes(self):
if self.notes.startswith('NONE') or self.notes.startswith('ALT'):
return
notes_array = re.findall(SQUARE_BRACKETS_REGEX, self.notes)
notes_array = sorted(set(notes_array))
self.notes = ''.join('[{}]'.format(x) for x in notes_array)
def setContentDesc(self, filename):
if self.game and self.game.zxdb_id:
game_name = filename.split('(')[0].strip()
aliases = self.game.getAliases()
alias_found = False
if not self.content_desc and not alias_found:
if ' - ' in game_name:
self.content_desc = ' - '+' - '.join(game_name.split(' - ')[1:])
elif ' + ' in game_name:
self.content_desc = ' + '+' + '.join(game_name.split(' + ')[1:])
if not self.content_desc.startswith(' '):
self.content_desc = ''
ss_content_desc = getSearchStringFromGameName(self.content_desc)
if ss_content_desc in getSearchStringFromGameName(self.getGameName()):
self.content_desc = ''
for alias in aliases:
if ss_content_desc in getSearchStringFromGameName(alias):
self.content_desc = ''
return
self.content_desc = self.content_desc.replace(alias+' - ', '')
self.content_desc = self.content_desc.replace(' - '+alias, '')
if ss_content_desc in getSearchStringFromGameName(self.notes):
self.content_desc = ''
elif ' - Issue' in self.content_desc:
self.content_desc = ''
elif ' - Part ' in self.content_desc:
split_content_desc = self.content_desc.split(' - Part ')
part = split_content_desc[1][0]
if part.isdigit():
self.part = int(part)
split_content_desc[1] = split_content_desc[1][1:]
self.content_desc = ''.join(split_content_desc).strip()
def setReleaseDate(self, release_date):
release_date = re.findall('([12][90][x0-9][x0-9](-[x01][x0-9](-[x0-3][x0-9])?)?)', release_date)
if not release_date:
return
else:
release_date = release_date[0][0]
if len(release_date)>4:
self.release_date = release_date
year = release_date[:4]
self.game.setYear(year)
self.release.setYear(year)
def setMachineType(self, filename):
if not filename:
return
filename = filename.lower()
if 'pentagon 128' in filename or '(pentagon' in filename or '[pentagon' in filename:
self.machine_type = 'Pentagon 128K'
elif 'timex' in filename or 'tc2048' in filename or 'ts2068' in filename:
if self.format == 'dck':
self.machine_type = 'TC2068-TS2068'
else:
self.machine_type = 'TC2048-TS2068'
elif '+2a-+3' in filename:
self.machine_type = '+2A-+3'
elif '[+2a' in filename or '(+2a' in filename:
self.machine_type = '+2A'
elif '[+2' in filename or '(+2' in filename:
self.machine_type = '+2'
elif '[+3' in filename or '(+3' in filename or self.format=='dsk':
self.machine_type = '+3'
elif '128k' in filename and '48' in filename:
self.machine_type = '48K-128K'
elif '128k' in filename:
self.machine_type = '128K'
elif '48k' in filename:
self.machine_type = '48K'
elif '16k' in filename:
self.machine_type = '16K'
elif 'zx-uno' in filename or 'zxuno' in filename:
self.machine_type = 'ZX-UNO'
elif '(vega)' in filename:
self.machine_type = 'Vega'
elif '(next)' in filename:
self.machine_type = 'Next'
elif '(atm' in filename:
self.machine_type = 'ATM'
def setProtectionScheme(self, protection_scheme):
if protection_scheme and protection_scheme not in self.notes and \
protection_scheme not in ('None', 'Undetermined', 'Unknown', 'Unspecified custom loader'):
protection_scheme = protection_scheme.replace('Firebird ', '')
protection_scheme = remove_brackets_regex.sub('', protection_scheme).strip()
self.addNotes('['+protection_scheme+']')
def getMachineType(self):
if self.machine_type:
return self.machine_type
else:
return self.game.machine_type
def setLanguage(self, language):
if language and (len(language)==2 or len(language)==5):
self.language = language
def setCountry(self, country):
country = country.upper()
if len(country)==2:
if not self.release:
print(self, 'has no self.release')
self.release.country = country
self.language = COUNTRY_LANGUAGE_DICT.get(country, country.lower())
def getCountry(self):
if self.release and self.release.country:
return self.release.country
return ''
def setPart(self, part):
part = part.replace(' ', '').lower()
for word in ('part', 'disk', 'tape'):
if word in part:
index = part.index(word)+len(word)-1
if part[index] in ['-']:
index+=1
if len(part)>index+1 and part[index+1].isdigit():
index += 1
part_num = part[index]
while True:
index += 1
if index>=len(part) or not part[index].isdigit():
break
else:
part_num += part[index]
self.part = int(part_num)
if 'side' in part:
self.setSide(part)
def setLanguageFromWosName(self):
name = self.wos_name.lower()
for each in INCLUDED_LANGUAGES_LIST:
if '('+each[0]+')' in name or '('+each[1].lower()+')' in name:
self.language = each[0]
break
def getMedia(self):
return ' '.join((self.getPart(), self.getSide())).strip()
def getPart(self):
if not self.part:
return ''
if self.game.parts<2:
return ''
if self.format in DISK_FORMATS:
label = 'Disk'
elif self.format in TAPE_FORMATS:
label = 'Tape'
else:
label = 'Part'
if self.game.parts>1:
return '%s %d of %d' % (label, self.part, self.game.parts)
def getLanguage(self):
if self.language:
return self.language
elif '[tr ' in self.mod_flags:
return self.mod_flags.split('[tr ')[1][:2]
else:
return self.game.getLanguage()
def getTOSECName(self, game_name_length=MAX_GAME_NAME_LENGTH):
output_name = self.getOutputName(game_name_length=game_name_length)
return output_name
def getOutputName(self, structure=TOSEC_COMPLIANT_FILENAME_STRUCTURE,
game_name_length=MAX_GAME_NAME_LENGTH):
if not structure:
structure = TOSEC_COMPLIANT_FILENAME_STRUCTURE
structure = structure.replace('{TOSECName}', TOSEC_COMPLIANT_FILENAME_STRUCTURE)
if not structure.endswith('.{Format}'):
structure += '.{Format}'
kwargs = self.getOutputPathFormatKwargs(game_name_length=game_name_length,
for_filename=True)
output_name = structure.format(**kwargs)
if structure==TOSEC_COMPLIANT_FILENAME_STRUCTURE+'.{Format}':
country = self.getCountry().lower()
if country==self.getLanguage() or \
COUNTRY_LANGUAGE_DICT.get(country.upper())==self.getLanguage() or \
'[tr ' in self.mod_flags:
output_name = output_name.replace('(%s)' % self.getLanguage(), '')
if self.getLanguage() == 'en' or \
(self.getCountry()=='GB' and '[tr ' in self.mod_flags):
output_name = output_name.replace('(%s)' % self.getCountry(), '')
output_name = output_name.replace('(%s)' % DEFAULT_MACHINE_TYPE, '')
output_name = output_name.replace('()', '').replace('[]', '')
output_name = ' '.join([x for x in output_name.split(' ') if x])
output_name = filepath_regex.sub('', output_name.replace('/', '-').replace(':', ' -'))
filename, ext = os.path.splitext(output_name)
output_name = filename.strip()+ext
return output_name
def setSide(self, side):
side = side.lower().replace(' ', '')
if 'sidea' in side or 'side1' in side:
self.side = SIDE_A
elif 'sideb' in side or 'side2' in side:
self.side = SIDE_B
elif 'side3' in side:
self.side = SIDE_A
self.part = 2
elif 'side4' in side:
self.side = SIDE_B
self.part = 2
elif 'side5' in side:
self.side = SIDE_A
self.part = 3
elif 'side6' in side:
self.side = SIDE_B
self.part = 3
def getSide(self):
if self.side == SIDE_A:
return 'Side A'
elif self.side == SIDE_B:
return 'Side B'
else:
return ''
def setSize(self, size=0):
if type(size)==str:
size = int(size.replace(',',''))
self.size = size
def getSize(self):
return '{:,}'.format(self.size)
def getFormat(self, path=None):
if not path:
path = self.getPath()
filename = os.path.basename(path)
format = filename.replace('.zip','').split('.')[-1].lower()
if format in GAME_EXTENSIONS:
return format
format = os.path.split(os.path.dirname(path))[-1].replace('[', '').replace(']', '').lower()
if format in GAME_EXTENSIONS:
return format
if path.endswith('.zip') and os.path.exists(path):
with zipfile.ZipFile(path, 'r') as zf:
for zfname in zf.namelist():
zfname_ext = zfname.split('.')[-1].lower()
if zfname_ext in GAME_EXTENSIONS:
return zfname_ext
return None
def getMD5(self):
if self.md5:
return self.md5
local_path = self.getLocalPath()
if os.path.exists(local_path):
file_handle = self.getFileHandle(local_path)
if not file_handle:
print(self, 'has no valid file handle!')
return ''
md5 = hashlib.md5(file_handle).hexdigest()
self.md5 = md5
return md5
def getCRC32(self):
if self.crc32:
return self.crc32
local_path = self.getLocalPath()
if os.path.exists(local_path):
file_handle = self.getFileHandle(local_path)
if not file_handle:
print(self, 'has no valid file handle!')
return ''
crc32 = hex(zlib.crc32(file_handle))[2:].zfill(8)
self.crc32 = crc32
return crc32
def getSHA1(self):
if self.sha1:
return self.sha1
local_path = self.getLocalPath()
if os.path.exists(local_path):
file_handle = self.getFileHandle(local_path)
if not file_handle:
print(self, 'has no valid file handle!')
return ''
self.sha1 = hashlib.sha1(file_handle).hexdigest()
return self.sha1
def getFileHandle(self, local_path, zipped=False):
if local_path.endswith('.zip') and not zipped:
with zipfile.ZipFile(local_path, 'r') as zf:
for zfname in zf.namelist():
zfname_ext = zfname.split('.')[-1].lower()
if zfname_ext != self.format and zfname_ext in GAME_EXTENSIONS:
if self.format:
print('FORMAT MISMATCH:', self, zfname)
self.format = zfname_ext
if zfname_ext == self.format:
if not self.size:
self.setSize(zf.getinfo(zfname).file_size)
if not self.crc32:
self.crc32 = hex(zf.getinfo(zfname).CRC)[2:].zfill(8)
return zf.read(zfname)
else:
with open(local_path, 'rb')as f:
return f.read()
def getOutputPathFormatKwargs(self, game_name_length=MAX_GAME_NAME_LENGTH,
for_filename=False):
game_name = self.getGameName(game_name_length=game_name_length, for_filename=for_filename)
publisher = self.getPublisher(restrict_length=game_name_length<MAX_GAME_NAME_LENGTH)
if publisher == '-' and not for_filename:
publisher = 'Unknown Publisher'
author = self.getAuthor(restrict_length=game_name_length<MAX_GAME_NAME_LENGTH)
if author == '-' and not for_filename:
author = 'Unknown Author'
return {
'Type':self.getType(),
'Genre':self.getGenre(),
'Year':self.getYear(for_filename=for_filename),
'Letter':getWosSubfolder(game_name),
'MachineType':self.getMachineType(),
'Publisher':publisher,
'Author':author,
'MaxPlayers':self.getMaxPlayers(),
'GameName':game_name,
'Country':self.getCountry(),
'Language':self.getLanguage(),
'Format':self.format,
'Media':self.getMedia(),
'Part':self.getPart(),
'Side':self.getSide(),
'ModFlags':self.mod_flags+self.alt_mod_flag,
'ZXDB_ID':self.game.getWosID(),
'Notes':self.getNotes(),
'OriginalName':self.getOriginalName(),
}
def getOriginalName(self):
if self.src:
return os.path.splitext(os.path.basename(self.src))[0]
def getNotes(self):
if self.notes == 'NONE':
return ''
if self.notes.startswith('ALT '):
notes = self.notes[4:]
else:
notes = self.notes
if self.game.x_rated:
return notes + X_RATED_FLAG
else:
return notes
def addNotes(self, note):
if self.notes == 'NONE' or self.notes.startswith('ALT ') or note in self.notes:
return
else:
self.notes += note
def getTOSECDatName(self):
parts = ['Sinclair ZX Spectrum'] #Hardcoded until ZX81 and other machines' support is about to be added
parts += self.getType().split('\\')
parts.append('[{}]'.format(self.format.upper()))
return ' - '.join(parts)
def getGenre(self):
if self.game.genre:
return self.game.getGenre()
else:
return 'Unknown'
def getType(self):
if self.game.name.startswith('ZZZ-UNK'):
self.type = 'Unknown'
return self.type
genre = self.getGenre()
self.type = ''
if 'Compilation' in genre:
self.type += 'Compilations'
if 'Utilit' in genre:
self.type += os.sep+'Applications'
elif 'Education' in genre:
self.type += os.sep+'Educational'
elif 'Demo' in genre:
self.type += os.sep+'Demos'
elif 'Magazine' in genre:
self.type += os.sep+'Magazines'
elif 'Book' in genre:
self.type += os.sep+'Books'
elif 'Music' in genre:
self.type += os.sep+'Music'
elif 'Mixed' in genre:
self.type += os.sep+'Mixed'
else:
self.type += os.sep+'Games'
elif ('Firmware' in genre or 'Hardware' in genre) and self.format!='rom':
self.type += 'Applications'
elif 'Education' in genre:
self.type += 'Educational'
elif genre.startswith('Utilit') or \
'Programming' in genre or \
'General' in genre or \
'Emulator' in genre:
self.type += 'Applications'
elif 'Magazine' in genre:
self.type += 'Magazines'
elif 'Covertape' in genre:
self.type += 'Covertapes'
elif 'Demo' in genre:
self.type += 'Demos'
elif 'Book' in genre:
self.type += 'Books'
elif 'Documentation' in genre:
self.type += 'Documentation'
elif 'Game' in genre:
self.type += 'Games'
elif 'Music' in genre:
self.type += 'Music'
else:
self.type = 'Unknown'
if self.format == 'rom' and 'Games' not in self.type:
self.type = 'Firmware'
return self.type
def setReRelease(self):
if self.release.release_seq>0:
for release in self.game.releases:
if self.release.release_seq != release.release_seq and \
self.release.getYear()==release.getYear():
self.addNotes('[re-release]')
break
def setAka(self):
if '[aka' not in self.notes:
aliases_search_strings = []
game_name = self.getGameName(for_filename=True)
game_name = replaceRomanNumbers(game_name)
game_name_search_string = getSearchStringFromGameName(game_name)
aliases_search_strings.append(game_name_search_string)
for alias in self.release.getAllAliases():
alias = replaceRomanNumbers(alias)
alias_search_string = getSearchStringFromGameName(alias)
if not [x for x in aliases_search_strings if x in alias_search_string or alias_search_string in x]:
alias = putPrefixToEnd(alias)
self.addNotes('[aka '+alias+']')
aliases_search_strings.append(alias_search_string)
def getGameName(self, game_name_length=MAX_GAME_NAME_LENGTH,
for_filename=False,
short=False):
if for_filename and game_name_length<=70:
self.removeAka()
release_aliases = self.release.getAllAliases()
game_name = release_aliases[0] if release_aliases else self.game.name
if not game_name:
print('No game_name for file:', self)
return ''
game_name = filepath_regex.sub('', game_name.replace('/', '-').replace(':', ' -')).strip()
if not for_filename:
while game_name.endswith('.'):
game_name = game_name[:-1]
if short:
return getMeaningfulEightLetterName(game_name)
if for_filename and self.content_desc:
game_name += self.getContentDesc()
if self.game_name_differentiator:
game_name += '('+self.game_name_differentiator+')'
while len(game_name)>game_name_length:
game_name = [x for x in game_name.split(' ') if x][:-1]
game_name = ' '.join(game_name)
game_name = [x for x in game_name.split(' ') if x]
while len(game_name[-1])<2 and \
not game_name[-1][-1].isalnum():
game_name = ' '.join(game_name[:-1])
game_name = [x for x in game_name.split(' ') if x]
game_name = ' '.join(game_name).strip()
if for_filename and self.is_demo:
game_name += ' (demo)'
return game_name
def removeAka(self):
if '[aka' in self.notes:
self.notes = re.sub('(\[aka.+?\])', '', self.notes, count=1)
def getContentDesc(self):
if self.content_desc=='NONE':
return ''
elif self.content_desc.startswith('ALT'):
return self.content_desc[3:]
elif self.content_desc:
return self.content_desc
else:
return ''
def getYear(self, for_filename=True):
if for_filename and self.release_date:
return self.release_date
if self.release:
year = self.release.getYear()
else:
year = self.game.getYear()
if not for_filename:
year = year[:4]
return year
def getPublisher(self, restrict_length=False):
if self.release:
publisher = self.release.getPublisher()
else:
publisher = self.game.getPublisher()
if restrict_length:
publisher = [x for x in publisher.split(' ') if x][:3]
if len(publisher)==3 and len(publisher[-1])<3:
publisher = publisher[:-1]
publisher = ' '.join(publisher).strip()
return publisher
def getAuthor(self, restrict_length = False):
author = self.game.getAuthor()
if restrict_length:
author = [x for x in author.split(' - ') if x][:3]
if len(author)==3 and len(author[-1])<3:
author = author[:-1]
author = ' '.join(author).strip()
return author
def getMaxPlayers(self):
result = str(self.game.number_of_players) + 'P'
return result
#FUTURE:
# if self.game.multiplayer_type:
# result += ' (%s)' % self.game.getMultiplayerType()
# return result
def getReleaseSeq(self):
return self.release.release_seq if self.release else 0
def getSortIndex(self, preferred_formats_list=GAME_EXTENSIONS):
try:
return preferred_formats_list.index(self.format)
except IndexError:
return 99
def getWosPath(self, wos_mirror_root = WOS_SITE_ROOT):
return wos_mirror_root+self.wos_path
def getLocalPath(self):
if self.wos_path:
local_path = os.path.abspath(self.getWosPath(wos_mirror_root=LOCAL_FTP_ROOT))
return local_path
elif self.path:
return self.path
elif self.tosec_path:
return self.tosec_path
def getDestPath(self):
dest = self.alt_dest if self.alt_dest else self.dest
return dest
def getSrcPathForLog(self):
src = self.src
if self.zfname and src.lower().endswith('.zip'):
src = self.zfname + ' from ' + src
return src
def getBundleName(self, depth_level, bundle_key_length=3):
root_dir, bundled_part = self.getSplitDest(depth_level)
bundle_name = bundled_part.split('\\')[0]
bundle_name = ''.join([x for x in bundle_name if x.isalnum()])[:bundle_key_length].lower()
return bundle_name
def setBundle(self, bundle_name, depth_level):
root_dir, bundled_part = self.getSplitDest(depth_level)
dest = os.path.join(root_dir, bundle_name, bundled_part)
self.bundled_times += 1
self.alt_dest = dest
def getSplitDest(self, depth_level):
if not depth_level:
depth_level += 1
dest = self.getDestPath()
dest = dest.replace('/', '\\').split('\\')
root_dir = os.sep.join(dest[:-depth_level])
depth_level -= self.getBundledTimes(dest)
bundled_part = os.sep.join(dest[-depth_level:])
# dest = [re.sub('^[0-9a-z]{,3}\-[0-9a-z]{,3}[0-9]?$', '', x) for x in dest]
# dest = [x for x in dest if x]
# bundled_part = os.sep.join(dest)
return root_dir, bundled_part
def getBundledTimes(self, dest):
# return self.bundled_times
bundled_times = 0
for folder in dest:
if re.match('^[0-9a-z]{,3}\-[0-9a-z]{,3}[0-9]?$', folder):
bundled_times += 1
return bundled_times
def getAbsoluteDestPath(self):
return os.path.abspath(self.getDestPath())