def choiceOrderWizard():
# Prepare the orders
orders = []
# Print the welcome message
print('\n[ Render Order Wizard ]')
# Enter the add another loop
addedAtLeastOne = False
while (not addedAtLeastOne) or gu.askUserYesNo('Would you like to add another task', True):
# Ask the user to choose the media type
print('Select the type of media being added to the order.')
targetTypeChoices = ['image', 'video']
targetTypeIndex = int(gu.presentTextMenu(None, targetTypeChoices))
# Collect and add manipulation specs
orders.append(collectManipulationSpecs(targetTypeChoices[targetTypeIndex]))
# Set added at least one
addedAtLeastOne = True
# Add a spacer
print('')
# Ask if the user wants to save the order
if gu.askUserYesNo('Do you want to save the order to a file', True):
# Convert the orders to a json
ordersJson = json.dumps(orders)
# Get the file name
outputFileName = gu.managedInputForced('Enter the desired order file\'s name (without extension)')
# Write the order's json file
gu.writeFullFile(outputFileName+'.json', ordersJson)
# Ask if the user wants to run the order
if gu.askUserYesNo('Do you want to run the order now', True):
# Process the order
processOrder(orders)
def settingsMenuOptions(choice):
# Decide what action to take
if choice == "0":
# Change if packer closes on game start
# Ask the user if the game should close
shouldClose = gu.askUserYesNo(
"Should the Brigador Mod Packer close when Brigador is started?",
True)
# Alter the settings in memory
SETTINGS['Settings']['remainOpen'] = (not shouldClose)
# Save the settings
with open(SETTINGS_FILE, "w") as sFile:
json.dump(SETTINGS, sFile)
def main():
# Indicate global
global MERCER
# Startup Mercer in specified mode
mode = utils.askUserYesNo("Start in Debug Mode?", True)
MERCER = mercerControl.MERCER(mode)
# Welcome message
print("\n<< Welcome to Mercer Main Control >>")
# Enter menu functions
options = ["Learning Menu", "Generation Menu", "Administration Menu"]
utils.textMenu("Mercer Main Menu", options, "Save and Quit",
mainMenuFunctions)
# Exit Mercer safely
MERCER.exitMercer()
# Safe to exit message
print(
"\nMercer has shutdown successfully.\nIt is now safe to close this window."
)
def collectManipulationSpecs(targetType):
# Prepare the specs dictionary
specs = {
"type": targetType
}
# Get the filepath
specs['path'] = gu.managedInputForced('Enter the filepath of the source '+targetType)
# Get the output name
specs['output'] = gu.managedInputForced('Enter the name for the output file (without extension)')
# Ask if advanced options are needed
specs['warp'] = ac.getDefaultWarp()
specs['fontFile'] = FONT_FONT
specs['fontSize'] = FONT_SIZE
specs['fontColors'] = ac.getDefaultTextColors()
specs['backgroundColor'] = ac.getDefaultBackgroundColor()
if gu.askUserYesNo('Modify advanced options?', True):
# Advanced options
(specs['warp'], specs['fontSize'], specs['fontColors'], specs['backgroundColor']) = askForAdvancedSettings()
return specs
def adminMenuFunctions(answer):
# Indicate global
global MERCER
# Because Python Switch statements don't exist
if answer == "0":
# Log dictionary process
# Ask if user is sure
print("This is a massive text dump that is often not human readable.")
shouldContinue = utils.askUserYesNo(
"Are you sure you want to continue?", True)
# Check if should continue
if shouldContinue:
print(MERCER.logDictionary())
elif answer == "1":
# Show dictionary statistics process
MERCER.getDictionaryStats()
elif answer == "2":
# Show toggle debug mode process
# Ask for mode to switch
mode = utils.askUserYesNo("Enable Debug Mode?", True)
# Set the mode
MERCER.setDebug(mode)
# Choose print
if mode:
print("Debug Mode has been enabled.")
else:
print("Debug Mode has been disabled.")
elif answer == "3":
# Show set max generation attempts process
# Enter number
maxNum = utils.managedInputNumber("Set max generation attempts to",
"Cancel")
# Check
minLimit = 1
if maxNum != None and maxNum >= minLimit:
# Set max generation attempts
MERCER.setMaxGenerationAttempts(maxNum)
# Report
print("Set max generation attempts to " + str(maxNum) + ".")
elif maxNum < minLimit:
# Report
print(
str(minLimit) +
" is minimum max generation attempts that can be set.")
elif answer == "4":
# Set max commonality difference process
# Notes
print(
"Higher numbers will allow more words to be considered as options under most circumstances."
)
print("Max commonality difference is currently set to top " +
str(MERCER.getMaxCommonalityDifference()) + "%.")
# Get number
amount = utils.managedInputNumberRange(
"Set max commonality difference to", 100, 1, "Cancel")
# Check
if amount != None:
# Set number
MERCER.setMaxCommonalityDifference(amount)
# Report
print("Set max commonality difference to top " + str(amount) +
"%.")
def generateModDetailsFile():
# Mark globals
global MODS_AVAILABLE
global MOD_INFO_FILE
global GLOBAL_FILE
global MOD_INFO_FILE
global ARCH_MECH
global ARCH_MISSION
global ARCH_OVERMAP
global ARCH_PILOT
global ARCH_WEAPON
# Ask the user which mod to generate a details file for
modChoice = gu.presentTextMenu(
"What mod should the details file be generated for?", MODS_AVAILABLE)
# Get the actual mod choice string
modChoice = MODS_AVAILABLE[int(modChoice)]
# Establish the mod's base directory
modBaseDir = ("../" + modChoice)
# Get the title of the mod from the user
modTitle = gu.managedInputForced("Enter a title for the mod")
# Create the base for the new mod details file
detailsFileData = {}
detailsFileData['title'] = modTitle
detailsFileData['description'] = gu.managedInputForced(
"Enter a short description for the mod")
detailsFileData['author'] = gu.managedInputForced("Enter the mod's author")
detailsFileData['version'] = gu.managedInputForced(
"Enter the mod's current version (like v1.0.0)")
detailsFileData['category'] = (modTitle.upper() + " | SNC Requisitions")
detailsFileData['files'] = []
# Loop through the files in the mod folder
for dirpath, dirnames, filenames in os.walk(modBaseDir):
# Loop through the files in the current directory
for filename in filenames:
# Make sure it's a valid json
if filename != GLOBAL_FILE and filename != MOD_INFO_FILE and os.fsdecode(
filename).endswith(".json"):
# Create a file data dict
fileData = {}
# Formulate the local file path
path = (dirpath + "/" + filename).replace("\\", "/").replace(
"//", "/")
print(path)
# Add the standardized game time file path
fileData['path'] = pathToStandard(path)
# Check what type of archetype the json file is
with open(path, "r", encoding="latin-1") as jsonFile:
# Get the archetype of the file
fileArchetype = getFileArchetype(json.load(jsonFile))
# Decide if the file should be marked as player usable
playerUsableList = [ARCH_MECH, ARCH_PILOT, ARCH_WEAPON]
if fileArchetype in playerUsableList:
# Mark as player usable
fileData['forPlayer'] = True
else:
# Mark as not player usable
fileData['forPlayer'] = False
# Add the new file data to the details
detailsFileData['files'].append(fileData)
# Check if a details file already exists
canContinue = True
if os.path.exists(modBaseDir + "/" + MOD_INFO_FILE):
# Ask the user if an overwrite is ok
canContinue = gu.askUserYesNo(
"A " + MOD_INFO_FILE +
" file already exists. Would you like to overwrite it?", True)
# Check if this can continue
if canContinue:
# Create a new mod details file
with open((modBaseDir + "/" + MOD_INFO_FILE), "w+") as detailsFile:
# Dump the details string to the file
json.dump(detailsFileData, detailsFile)
# Report the process
print("\nCreated a " + MOD_INFO_FILE + " file for " + modChoice + ".")
else:
# Report the cancel
print("\nCanceled the " + MOD_INFO_FILE + " file generation.")