def getGamePathsHandler(requestData):
id = requestData['id']
selectedSubMods = [
self.idToSubMod[id]
] if id is not None else self.allSubModConfigs
fullInstallConfigs, partiallyUninstalledPaths = gameScanner.scanForFullInstallConfigs(
selectedSubMods)
fullInstallConfigHandles = []
for fullConfig in fullInstallConfigs:
fullInstallConfigHandles.append({
'id':
fullConfig.subModConfig.id,
'modName':
fullConfig.subModConfig.modName,
'subModName':
fullConfig.subModConfig.subModName,
'path':
fullConfig.installPath,
'isSteam':
fullConfig.isSteam,
})
return {
'fullInstallConfigHandles': fullInstallConfigHandles,
'partiallyUninstalledPaths':
partiallyUninstalledPaths, # Game installs which have been partially uninstalled via Steam, but where some mod files still exist on disk
}
def tryGetFullInstallConfig(subMod, installPath): # type: (SubModConfig, str) -> List[FullInstallConfiguration] fullInstallConfigs = None if os.path.isdir(installPath): fullInstallConfigs = gameScanner.scanForFullInstallConfigs([subMod], possiblePaths=[installPath]) # If normal scan fails, then scan the path using the more in-depth 'scanUserSelectedPath(...)' function if not fullInstallConfigs: fullInstallConfigs, errorMessage = gameScanner.scanUserSelectedPath([subMod], installPath) print(errorMessage) return fullInstallConfigs
def askUserInstallPathGetFullInstallConfig():
# type: () -> FullInstallConfiguration
manualPathMarker = "Choose Path Manually"
fullInstallConfigs, partiallyUninstalledPaths = gameScanner.scanForFullInstallConfigs(
[subModToInstall])
if partiallyUninstalledPaths:
print(
"-----------------------------------------------------------------"
)
print(
"WARNING: The following games were uninstalled via Steam, but the mod files still remain on disk:"
)
for path in partiallyUninstalledPaths:
print(" - {}".format(path))
print(
"Please manually delete these folders to free disk space and avoid problems with the installer."
)
print(
"-----------------------------------------------------------------"
)
userAskYesNo("Have you read the above message?")
_, installConfigIndex = userPickFromList(
[x.installPath for x in fullInstallConfigs] + [manualPathMarker],
"Please choose the game path to install to")
if installConfigIndex < len(fullInstallConfigs):
return fullInstallConfigs[installConfigIndex]
else:
# Ask the user where they want to install the game
while True:
installPath = input(
"\n---- Please copy and paste the game path below ----\nIt should contain one of {}\nDO NOT include the quotation characters [\"] or ['] in your path!\nExample: C:\\Program Files\\Steam\\steamapps\\common\\Umineko (for Umineko Question Arcs)\n>>"
.format(subModToInstall.identifiers))
print("Validating [{}]".format(installPath))
fullInstallConfigList = tryGetFullInstallConfig(
subModToInstall, installPath)
if fullInstallConfigList:
return fullInstallConfigList[
0] # type: FullInstallConfiguration
else:
print("---- Invalid game path, please try again ----")
def getGamePathsHandler(requestData):
id = requestData['id']
selectedSubMods = [
self.idToSubMod[id]
] if id is not None else self.allSubModConfigs
fullInstallConfigs = gameScanner.scanForFullInstallConfigs(
selectedSubMods)
fullInstallConfigHandles = []
for fullConfig in fullInstallConfigs:
fullInstallConfigHandles.append({
'id':
fullConfig.subModConfig.id,
'modName':
fullConfig.subModConfig.modName,
'subModName':
fullConfig.subModConfig.subModName,
'path':
fullConfig.installPath,
'isSteam':
fullConfig.isSteam,
})
return fullInstallConfigHandles
def try_start_install(self, subMod, installPath, validateOnly):
#type: (installConfiguration.SubModConfig, str, bool) -> (bool, installConfiguration.FullInstallConfiguration)
import higurashiInstaller
import uminekoInstaller
import uminekoNScripterInstaller
fullInstallConfigs = None
if os.path.isdir(installPath):
fullInstallConfigs = gameScanner.scanForFullInstallConfigs(
[subMod], possiblePaths=[installPath])
# If normal scan fails, then scan the path using the more in-depth 'scanUserSelectedPath(...)' function
if not fullInstallConfigs:
fullInstallConfigs, errorMessage = gameScanner.scanUserSelectedPath(
[subMod], installPath)
print(errorMessage)
if validateOnly:
return (True,
fullInstallConfigs[0]) if fullInstallConfigs else (False,
'')
else:
if not fullInstallConfigs:
raise Exception(
"Can't start install - No game found for mod [{}] at [{}]".
format(subMod.modName, installPath))
fullInstallSettings = fullInstallConfigs[0]
installerFunction = {
"higurashi": higurashiInstaller.main,
"umineko": uminekoInstaller.mainUmineko,
"umineko_nscripter": uminekoNScripterInstaller.main
}.get(fullInstallSettings.subModConfig.family, None)
if not installerFunction:
raise Exception(
"Error - Unknown Game Family - I don't know how to install [{}] family of games. Please notify 07th-mod developers."
.format(fullInstallSettings.subModConfig.family))
# Prevent accidentally starting two installations at once
if self.installAlreadyInProgress():
raise Exception("Can't start install - installer already running.")
def errorPrintingInstaller(args):
try:
installerFunction(args)
except Exception as e:
print('{}{}'.format(
common.Globals().INSTALLER_MESSAGE_ERROR_PREFIX, e))
raise
common.tryDeleteLockFile()
# This lock file allows the installer to detect if there is already an install in progress in a different instance of the program
# This lock file method is not foolproof, but should handle most cases
# It is cleaned up when the install finishes (even if the install was unsuccessful), but is NOT cleaned up
# if the program was force closed.
common.tryCreateLockFile()
self.threadHandle = threading.Thread(target=errorPrintingInstaller,
args=(fullInstallSettings, ))
self.threadHandle.setDaemon(
True) # Use setter for compatability with Python 2
self.threadHandle.start()
return (True, fullInstallSettings)