def main(*, game_name, game_path, mod_type, mod_options=[], is_steam=True):
sys.stdout = logger.Logger(common.Globals.LOG_FILE_PATH)
logger.setGlobalLogger(sys.stdout)
sys.stderr = logger.StdErrRedirector(sys.stdout)
common.Globals.scanForExecutables()
gui_main.check07thModServerConnection()
modList = gui_main.getModList()
subModList = gui_main.getSubModConfigList(modList)
print("\n")
suitableSubMods = [
x
for x in subModList
if all(y in x.modName.lower().split() for y in game_name.lower().split("-"))
and x.subModName == mod_type
]
if len(suitableSubMods) != 1:
print(f'Could not find a mod matching "{game_name}"')
return
neededSubMod = suitableSubMods[0]
neededModOptions = []
for i in mod_options:
neededModOption = [
x
for x in neededSubMod.modOptions
if all(y in x.id.lower().split() for y in i.lower().split("-"))
]
if len(neededModOption) == 1:
neededModOptions += neededModOption
if len(neededModOptions) != len(mod_options):
print("Couldn't find specified mod options.")
return
for i in neededSubMod.modOptions:
if i.id in [x.id for x in neededModOptions]:
i.value = True
install_config = installConfiguration.FullInstallConfiguration(
neededSubMod, game_path, is_steam
)
if neededSubMod.family == "umineko":
uminekoInstaller.mainUmineko(install_config)
elif neededSubMod.family == "umineko_nscripter":
uminekoNScripterInstaller.main(install_config)
elif neededSubMod.family == "higurashi":
higurashiInstaller.main(install_config)
else:
print(
f"Submod family is not recognised, the script may be out of date."
"Please ask us to update it."
)
Description: [{}]""".format(option.name, option.description)
)
# Ask the user about each group of radio options
def customFormatter(option):
return "[{}]:\n{}\n".format(option.name, option.description)
for (optionGroupName, optionList) in radioOptions.items():
chosenRadioOption = userPickFromList(optionList, "Please choose [{}]".format(optionGroupName),
customFormatter=customFormatter)
chosenRadioOption.value = True
if __name__ == "__main__":
sys.stdout = logger.Logger(common.Globals.LOG_FILE_PATH)
logger.setGlobalLogger(sys.stdout)
sys.stderr = logger.StdErrRedirector(sys.stdout)
gui_main.check07thModServerConnection()
common.Globals.scanForExecutables()
modList = gui_main.getModList()
subModList = gui_main.getSubModConfigList(modList) #type: List[SubModConfig]
# Get a list of unique game names
uniqueGameNames = []
seenGameNames = set()
for subMod in subModList:
if subMod.modName not in seenGameNames:
seenGameNames.add(subMod.modName)
uniqueGameNames.append(subMod.modName)
# Ask the user which game they want to install
def installerCommonStartupTasks():
"""
Peforms tasks common to both the normal GUI installer and the CLI Installer
- Change current directory to path of the launched python file
- Setup logging
- Read the launcher path (works only on Windows)
- Enable developer mode if installData.json found on disk
- Log information about the environment (current dir, python version etc.)
- On Windows, check for hostname problems
"""
errors = []
print("Installer script name (argv[0]): [{}]".format(sys.argv[0]))
# If you double-click on the file in Finder on macOS, it will not open with a path that is near the .py file
# Since we want to properly find things like `./aria2c`, we should move to that path first.
dirname = os.path.dirname(sys.argv[0])
if dirname.strip():
os.chdir(dirname)
# redirect stdout to both a file and console
# TODO: on MAC using a .app file, not sure if this logfile will be writeable
# could do a try-catch, and then only begin logging once the game path has been set?
sys.stdout = logger.Logger(common.Globals.LOG_FILE_PATH)
logger.setGlobalLogger(sys.stdout)
sys.stderr = logger.StdErrRedirector(sys.stdout)
parser = argparse.ArgumentParser()
parser.add_argument("launcher_path", nargs='?', default=None)
parser.add_argument(
"-ao",
"--asset-os",
action="store",
dest="force_asset_os_string",
metavar="ASSET_OS",
default=None,
choices=['windows', 'linux', 'mac'],
help=
('Force the installer to install assets from another operating system'
'Mainly used on Linux to install Windows assets for use under Wine'),
)
args = parser.parse_args()
# Optional first argument tells the script the path of the launcher (currently only used with Windows launcher)
if args.launcher_path is not None:
common.Globals.NATIVE_LAUNCHER_PATH = sys.argv[1]
print("Launcher is located at [{}]".format(
common.Globals.NATIVE_LAUNCHER_PATH))
else:
if common.Globals.IS_WINDOWS:
print(
"WARNING: Launcher path not given to Python script. Will try to use PowerShell file chooser instead of native one."
)
common.Globals.FORCE_ASSET_OS_STRING = args.force_asset_os_string
if common.Globals.FORCE_ASSET_OS_STRING is not None:
print(
"Warning: Force asset argument passed - will install {} assets despite os being {}"
.format(common.Globals.FORCE_ASSET_OS_STRING,
common.Globals.OS_STRING))
# Enable developer mode if we detect the program is run from the git repository
# Comment out this line to simulate a 'normal' installation - files will be fetched from the web.
if os.path.exists("installData.json"):
common.Globals.DEVELOPER_MODE = True
print(
"""------ NOTE: Developer mode is enabled (will use installData.json from disk) ----"""
)
print("> Install Started On {}".format(datetime.datetime.now()))
common.Globals.getBuildInfo()
print("Python {}".format(sys.version))
print("Locale - Default: {} | Preferred: {} | Filesystem: {}".format(
sys.getdefaultencoding(), locale.getpreferredencoding(),
sys.getfilesystemencoding()))
print("Installer Build Information: {}".format(common.Globals.BUILD_INFO))
print("Installer is being run from: [{}]".format(os.getcwd()))
# Windows only checks
if common.Globals.IS_WINDOWS:
# Check for non-ascii characters in hostname, which prevent the server starting up
if not all(ord(c) < 128 for c in socket.gethostname()):
errors.append(
"ERROR: It looks like your hostname [{}] contains non-ASCII characters. This may prevent the installer from starting up.\n"
"Please change your hostname to only contain ASCII characters, then restart the installer."
.format(socket.gethostname()))
# Check if installer is being run from system root (C:\Windows for example)
system_root = os.environ.get('SYSTEMROOT')
if system_root:
if os.path.realpath(os.getcwd()).startswith(
os.path.realpath(system_root)):
errors.append(
"ERROR: You are trying to run the installer from the system folder [{}]. Please do not use the start menu to launch the installer. Please run the installer from a user writeable folder instead"
.format(dirname))
# Check if the current folder is writeable
try:
# Write some dummy data to a temp file
test_data = "test"
temp_file_handle, temp_file_path = tempfile.mkstemp(dir='.')
with os.fdopen(temp_file_handle, 'w') as temp_file:
temp_file.write(test_data)
# Wait for the file to appear on the filesystem (in most cases this happens immediately)
for i in range(3):
if os.path.exists(temp_file_path):
break
time.sleep(.5)
# Read back the file and check its contents is the same that was written earlier
with open(temp_file_path) as temp_file:
if temp_file.read() != test_data:
errors.append(
"ERROR: File written to installer folder was not readable [{}]. Please run the installer from a user writeable folder instead"
.format(temp_file_path))
# Remove the temp file
os.remove(temp_file_path)
except Exception as e:
traceback.print_exc()
errors.append(
"ERROR: Installer folder is not writeable [{}]. Please run the installer from a user writeable folder instead. Full error:\n{}"
.format(os.getcwd(), e))
if errors:
print(
'\n--------------------------------------------------------------')
print('The following problems were found during startup:')
print('- ', end='')
print('\n- '.join(errors))
print('--------------------------------------------------------------')
print(
'Please try to fix these errors before continuing, then restart the installer.'
)
input(
'If you think the error was a false positive, press ENTER to continue anyway'
)
input(
"If you're absolutely sure you want to continue, press ENTER again"
)
def setUp(self): class DummyLogger: def write(self, message, runCallbacks=True, noTerminal=False): print(message) logger.setGlobalLogger(DummyLogger())