def init_recipe(self):
# fills the item helper areas from data in config.json
# get data
data = util.get_options()
table_picker = {
'chrome': self.contents.chrome_items,
'firefox': self.contents.firefox_items
}
tree_picker = {
'chrome': self.contents.chrome_recipe,
'firefox': self.contents.firefox_recipe
}
# we connect signal here to avoid calling update_full_recipe when user interacts with options window
self.signals.recipe_signal.connect(self.update_full_recipe)
# fill chrome_items table
for browser in table_picker:
if data[browser]['LW']:
self.browser = browser # need this so update_full_recipe knows which to update
tree_picker[browser].addTopLevelItem(
QtWidgets.QTreeWidgetItem([data[browser]['LW'], '1']))
total_basic_items = self.db.find_recipe(data[browser]['LW'], 1)
for item in total_basic_items:
table_picker[browser].addItem(item + ': ' +
str(total_basic_items[item]))
tree_picker[browser].expandAll()
table_picker[browser].sortItems()
del self.browser
self.signals.recipe_signal.disconnect(self.update_full_recipe)
def change_cooldown(self, gui_lower, gui_upper, browser: str):
# changes the time between arena and world actions in MINUTES
try:
lower = float(gui_lower.displayText()) * 60
upper = float(gui_upper.displayText()) * 60
except ValueError:
return
if lower and upper: # make sure the fields at least have text in them
# save to file
data = util.get_options()
data[browser]['cooldown']['lower'] = lower
data[browser]['cooldown']['upper'] = upper
util.save_options(data)
# update data
self.signals.options_signal.emit(data)
# log
self.signals.options_msg_signal.emit(
f'cooldown changed to {lower/60} - {upper/60} minutes',
browser)
# clear fields
gui_lower.clear()
gui_upper.clear()
def save_mission(self, area: str, mission: str, browser: str):
# changes the world mission
if area and mission: # make sure they're not empty strings
# save to file
data = util.get_options()
data[browser]['world']['area_url'] = area
data[browser]['world']['mission_num'] = mission
util.save_options(data)
# update data
self.signals.options_signal.emit(data)
# log
self.signals.options_msg_signal.emit(
f'mission changed to {area}/{mission}', browser)
def change_mission(self, gui_object, browser: str):
row = gui_object.currentRow()
if row == -1: # if nothing is selected
return
url = gui_object.item(row, 2).text()
mission = gui_object.item(row, 3).text()
data = util.get_options()
data[browser]['world']['area_url'] = url
data[browser]['world']['mission_num'] = mission
util.save_options(data)
self.signals.options_signal.emit(data)
self.log(f'mission changed to {url}/{mission}', browser)
def __init__(self, loggers, stats, signals, db):
# pyqt definitions
self.window = QtWidgets.QMainWindow()
self.contents = main_ui.Ui_main_window()
self.contents.setupUi(self.window)
# variables received
self.loggers = loggers
self.stats = stats
self.signals = signals
self.db = db
# variables created
self.browsers = {}
self.items = {}
# init
self.connect_events()
self.ui_changes()
self.init_recipe()
self.contents.chrome_notes.setText(
util.get_options()['chrome']['notes'])
self.contents.firefox_notes.setText(
util.get_options()['firefox']['notes'])
def __init__(self, signals, db):
# pyqt definitions
self.window = QtWidgets.QMainWindow()
self.contents = options_ui.Ui_options_window()
self.contents.setupUi(self.window)
# variables received
self.signals = signals
self.db = db
# variables created
self.options = util.get_options()
# init
self.connect_events()
self.ui_changes()
self.fill_fields()
self.populate_tables()
def change_repeat(self, gui, browser: str):
# changes how many times the world missions are repeated
try:
new_repeat = int(gui.displayText())
except ValueError:
return
if new_repeat: # make sure the fields at least have text in them
# save to file
data = util.get_options()
data[browser]['world']['repeat'] = new_repeat
util.save_options(data)
# update data
self.signals.options_signal.emit(data)
# log
self.signals.options_msg_signal.emit(
f'repeat changed to {new_repeat}', browser)
# clear fields
gui.clear()
def __init__(self, stats, logger, signals, browser: str):
# variables received
self.stats = stats
self.logger = logger
self.browser = browser
self.signals = signals
# variables created
self.errors = 0
self.options = util.get_options()
self.turn_off = False
self.logged_in = False
self.arena_energy = True
self.world_energy = True
if self.browser == 'chrome':
self.bot = webdriver.Chrome(
executable_path=r'drivers\chromedriver.exe')
elif self.browser == 'firefox':
self.bot = webdriver.Firefox(
executable_path=r'drivers\geckodriver.exe')
# start
self.startup()
def pin_recipe(self, browser):
# copies contents of recipe and basic items to main window
transfer = {}
# recipe
transfer['recipe'] = self.contents.recipe.takeTopLevelItem(0)
# basic items
transfer['items'] = []
for row in range(len(self.contents.basic_items)):
transfer['items'].append(self.contents.basic_items.takeItem(0))
# clear areas
self.contents.areas.clear()
# output
self.signals.pin_signal.emit(transfer, browser)
# save so we don't have to keep selecting the LW every time we open the program
data = util.get_options()
data[browser]['LW'] = transfer['recipe'].text(0)
util.save_options(data)
self.options = data
def save_notes(self, gui_object, browser: str):
data = util.get_options()
data[browser]['notes'] = gui_object.toPlainText()
util.save_options(data)
