def login_succeeded():
#Remove login, and add main window
core.delete_item("login_window")
core.delete_item("status_window")
#Create the app
main_app.create_app()
def logged_in_mode(self):
Menu()
core.delete_item("Login Window")
core.add_tab_bar(name="tab_bar", parent="Main Window")
Tab("Workout", "tab_bar").generate_tab()
Tab("Records", "tab_bar").generate_tab()
simple.show_item("Main Menu")
def create_new_user_data(sender, data) -> None:
initial_data = {
"User Name": gg.get_value("##user_name"),
"Start Balance": gg.get_value("##balance_input")
}
if not initial_data["User Name"].isalpha():
gg.add_label_text("Error", color=[255, 0, 0],
before="##balance_input", label="Username must be alphabetical")
gg.log_error("User-name must be only alphabets")
return
elif initial_data["User Name"] + ".db" in os.listdir():
gg.add_label_text("Error", color=[255, 0, 0],
before="##balance_input",label="Username already exists!")
gg.log_error("User-name must be unique")
return
if initial_data["Start Balance"] <= 0:
gg.add_label_text("Error_start_balance",
color=[255, 0, 0], before="Proceed",label="Balance must be greater than 0$")
gg.log_error("Balance must be greater than 0$!")
return
create_database(initial_data["User Name"] + ".db", initial_data["Start Balance"])
gg.delete_item("Main")
initial_screen()
def request_login():
#Get info from login input
login_key = core.get_value("login_input")
#Don't login if not connected
if console_client.client.connected != True:
create_error_text(
"You can't login if you're not connected to a server")
return
#Check login key
login_attempt = console_client.client.save_auth_token(login_key)
#If the login succeeded
if login_attempt.success:
login_succeeded()
#If login key failed, say something
else:
#Delete the current error text if it exists
if core.does_item_exist("login_error_text"):
core.delete_item("login_error_text")
#Setup error text
error_text = "There was an error checking your key!"
if login_attempt.message == "file_editing":
error_text = "There was an error editing the key file on disk"
if login_attempt.message == "non_key":
error_text = "The key you entered wasn't a key..."
#Finally, add error
create_error_text(error_text)
def load(self, *args, **kwargs):
"""Load a the serialized profiles for the current set of monitors"""
dpg_core.log_info("Loading save profile")
monitor_set_id = self.get_or_create_monitor_set_id()
dpg_core.log_debug(f"Monitor set ID: {monitor_set_id}")
serialized_profiles = self._saved_profiles.get(monitor_set_id)
if not serialized_profiles:
dpg_core.log_debug(
f"No serialized profile for monitor set ID {monitor_set_id}")
return
dpg_core.log_debug(
f"Found serialized profile for monitor set ID {monitor_set_id}")
self.show_status("Load Successful!")
for label in self._profiles:
dpg_core.delete_item(label)
self._profiles = {}
self._tab_number = 1
for serialized_profile in serialized_profiles:
profile = self.add_tab()
# Ensure the plot width is accurate
self.resize_callback(None, None)
profile.load_dict(serialized_profile)
self.resize_callback(None, None)
dpg_core.log_info(
f"Successfully loaded saved profile {monitor_set_id}")
def change_to_window(self, sender, data):
scene = data["Scene Function"]
gg.delete_item(gg.get_active_window())
try:
scene(data['kwargs'])
except KeyError:
scene()
def save_new_project(self, *_args):
"""
Fetches data from the create new project window and inserts into db and then refreshes the
combo dropdown values
"""
project_data = dict()
# pylint: disable=no-member
for val in Project.__annotations__:
project_data[val] = c.get_value(f"{val}##new_project")
self.db.add_project(Project(**project_data, id=None))
c.delete_item("Projects##ProjectMenu", children_only=True)
for name in self.db.get_project_names():
c.add_menu_item(
name=name,
callback=self.select_project,
callback_data=name,
parent="Projects##ProjectMenu",
)
c.add_menu_item(
"Add project",
parent="Projects##ProjectMenu",
callback=self.create_new_project,
)
c.delete_item("Create New Project")
def refresh(self):
'''
Refreshes the MainMenu
usage -- NOTE: draw() must be called before refresh()
'''
core.delete_item(self.title)
self.draw()
def multiple_accounts(sender, data):
core.delete_item('Account Email')
core.delete_item('Account Password')
core.add_input_text('Accounts File',
default_value='accs_to_level.txt',
before='Login',
width=200)
def _delete_widgets(self, widgets: [str]):
"""
Helper function that takes a list of widget names (ids) and deletes them
:param widgets: list of widgets
:return:
"""
if widgets:
for name in widgets:
core.delete_item(name)
def create_error_text(error):
#Delete the current error text if it exists
if core.does_item_exist("login_error_text"):
core.delete_item("login_error_text")
core.add_text("login_error_text",
default_value=error,
before="login_button",
wrap=0)
def create_tab(self, sender, data):
tab_name = dpg.get_value("NewTabName")
dpg.delete_item("NewPopup")
if dpg.does_item_exist("inittext"):
dpg.delete_item("inittext")
tab = trackers.Tab(tab_name, "tab_bar_1")
self.tab_tracker.add_tab(tab)
page = Page(f"{tab_name}Page", f"tab{tab.id}")
tab.render(page)
def delete_items(data):
"""
Removes the window name.
Parameters:
data (List[str]): items to be deleted
"""
for item in data:
core.delete_item(item)
def createTokenFile(sender, data):
"""
Creates a new token.txt files and writes token to it.
"""
token = core.get_value("##token")
with open('token.txt', 'w') as token_f:
token_f.write(token)
core.delete_item('Enter you personal token from IBM website')
start()
def cancel_workout(self):
if core.does_item_exist("example_image"):
core.delete_item("example_image")
core.delete_item("buttons")
core.delete_item("workout_table")
simple.show_item("workout_composition_group")
if core.get_value("Results successfully saved"):
core.delete_item("Results successfully saved")
if core.get_value("Error happened while saving the result"):
core.delete_item("Results successfully saved")
def switch_back_to_menu():
logging.info("Switch back to start menu")
global start_threading
start_threading = 0
hwnd = win32gui.GetForegroundWindow()
win32gui.MoveWindow(hwnd, 0, 0, 492, 830, True)
simple.show_item("##Overlay")
simple.show_item("##Config")
faceit_name = config_functions.get_faceit_name_from_db()
core.delete_item(f"{faceit_name} Elo")
win32gui.SetWindowText(hwnd, "FACEIT Elo Overlay")
def show_example(self, link):
if core.does_item_exist("example_image"):
core.delete_item("example_image")
response = requests.get(link)
if response.status_code == 200:
open(EXAMPLE_IMAGE_FILE_PATH, "wb").write(response.content)
core.add_image(
"example_image",
EXAMPLE_IMAGE_FILE_PATH,
parent="workout_execution_group",
)
def checkCustomConnections(sender, data):
# colect and process the connections between nodes
for node_name in gui.arbitrary_node_list:
connections = core.get_value(
"connections to node {}##node_connection_{}".format(
node_name, node_name))
connections = list(item.strip(" ") for item in connections.split(","))
gui.arbitrary_node_connections[node_name] = connections
# transition the window to the next state
core.delete_item('connection creation##100')
core.configure_item('finalization##110', show=True)
def __restore_tab(self, data):
try:
if dpg.does_item_exist("inittext"):
dpg.delete_item("inittext")
tab = trackers.Tab(data["pagename"].replace("Page", ""),
"tab_bar_1")
self.tab_tracker.add_tab(tab)
page = Page(data["pagename"], f"tab{tab.id}", data["path"],
data["filename"])
tab.render(page, data)
except Exception as e:
# TODO: Actually do something about this
raise e
def __tableRefresh(self):
if core.does_item_exist("table"):
core.delete_item("table")
# build the data model so we can search it
core.add_table("table", self.__headers, parent="panel")
search = core.get_value("filter")
search = re.compile(filter, re.I)
for row in self.__rows:
for cell in row:
if search.search(cell):
core.add_row("table", row)
break
def save_new_row(self, sender, data):
"""
Appends data from Add Data Window to table data
and closes window
"""
dev.log_debug("Adding new row -")
self.table_data.append([
len(self.table_data),
c.get_value(": x_val"),
c.get_value(": y_val"),
])
self.update_data()
c.delete_item("Add Data Window")
def _render_start_scan_window(self):
core.delete_item(item=self._window_name, children_only=True)
core.add_text('Please choose directories to scan.', parent=self._window_name)
core.add_text('Press \'Start Scan\' to run duplicate images search.', parent=self._window_name)
core.add_text( '', parent=self._window_name)
core.add_separator(parent=self._window_name)
core.add_button(
'Add Scan Directory',
callback=self._add_scan_directory_callback,
parent=self._window_name)
core.add_text('', parent=self._window_name)
core.add_text('Folders to scan', parent=self._window_name)
if not self._scan_directories:
core.add_text('No directories chosen',
parent=self._window_name,
color=[249, 19, 19])
for scan_directory in self._scan_directories:
core.add_button(
name='Remove ##'+scan_directory,
parent=self._window_name,
callback=self._remove_scan_dir_click_handler,
callback_data=scan_directory)
core.add_same_line(
parent=self._window_name)
core.add_text(
name=scan_directory,
parent=self._window_name)
core.add_separator(parent=self._window_name)
core.add_text( '', parent=self._window_name)
core.add_button(
'Start Scan',
callback=self._start_scan_click_handler,
callback_data=self._scan_directories,
parent=self._window_name)
def load_match(sender,data):
nonlocal pars
nonlocal c_board
coords = dpg.get_table_selections(sender)
dpg.delete_item('Partidas')
dpg.delete_item('Lista de Partidas')
i = coords[0][0]
match = pars.matches[i]
pars.current_match = match
c_board.board = match.board
c_board.reading_pgn = True
dpg.set_value('accion','Leyendo partida PGN')
dpg.set_value('pieza','Sin seleccionar')
c_board.draw_board()
def show_button(sender, data):
"""
Displays all the elements after connecting to IBM.
"""
if (gui.server_on):
if (gui.loading):
core.delete_item('Please wait')
gui.loading = False
core.configure_item('##file_block', show=True)
core.configure_item('##settings_block', show=True)
core.configure_item('Process', show=True)
core.configure_item('##images_block', show=True)
core.configure_item('##output_block1', show=True)
core.configure_item('##output_block2', show=True)
core.configure_item('Program output:', show=True)
def __redraw(self):
items = core.get_all_items()
if "Layout" in items:
core.delete_item("Layout")
with simple.group("Layout", parent="MainWindow"):
for index, i in enumerate(self.__board):
core.add_image_button(f"button-{i}",
f"image-{i}",
width=self.__width,
height=self.__height,
frame_padding=0,
callback=self.__cbButtonMove)
if (index + 1) % self.__rows != 0:
core.add_same_line()
def add_data_option(self, sender, data):
"""
Creates the data input window for the add data window
"""
with s.window(
"Add Data Window",
autosize=True,
x_pos=0,
y_pos=350,
):
# Title text
c.add_text("Add a new data row:")
c.add_text(
name=f"Idx: \t{len(self.table_data)}",
tip="This is created automatically",
)
# Text divider
c.add_text("-" * 30)
# input sliders
c.add_slider_int(name=": x_val")
c.add_slider_int(name=": y_val")
# Action buttons
c.add_button(
"Cancel",
callback=lambda *args: c.delete_item("Add Data Window"),
)
c.add_same_line()
c.add_button("Add Row", callback=self.save_new_row)
def __render(self):
for x in ["press", "down", "release"]:
kid = f"{x}-kid"
if core.does_item_exist(kid):
core.delete_item(kid)
with simple.group(kid, parent=x, width=250):
core.add_text(f'{x}-text', default_value=' ')
for k, v in self.__keymap.items():
if v['val'] == 1:
core.add_text(v['name'], parent="press-kid")
if v['val'] == 2:
core.add_text(v['name'], parent="down-kid")
if v['val'] == 4:
core.add_text(v['name'], parent="release-kid")
self.__keymap[k]['val'] = 0
def delete_arbitrary_coupling_view():
core.delete_item('##space9')
if core.get_value("Architecture name:"):
core.delete_item('Architecture name:')
core.delete_item('radio##3')
else:
core.delete_item('There are no arbitrary couplings.')
gui.prev_architecture = 0
def check_iteration_num(sender, data):
"""
Controls the number_of_iterations value so it will not be less than 1.
If value is less than 1, a warning message is displayed and default value of 1 is set.
"""
if core.get_value(sender) > 1 and core.get_value(
'Number of iterations should not be less than 1.'):
core.delete_item('Number of iterations should not be less than 1.')
if core.get_value(sender) < 1:
core.set_value('##num_of_iter', 1)
if not core.get_value(
'Number of iterations should not be less than 1.'):
core.add_text('Number of iterations should not be less than 1.',
color=[255, 0, 0, 255],
before='##num_of_iter',
wrap=300)
def remove_tab(self, *args, **kwargs):
"""Close a tab"""
# Due to https://github.com/hoffstadt/DearPyGui/issues/429, when a tab is closed, we have to
# search for the tab to remove the profile itself
remove = set()
for label in self._profiles:
if dpg_core.is_item_shown(label):
dpg_core.configure_item(label,
closable=dpg_core.get_value(label))
else:
dpg_core.delete_item(label)
remove.add(label)
self._profiles = {
label: self._profiles[label]
for label in self._profiles if label not in remove
}
dpg_core.log_info(f"Profiles {remove} successfully closed")