def refresh_available_windows(self, *args, **kwargs):
"""Refresh each grid table with available tables
After an app is selected, other grids should not be able to select it as well.
"""
dpg_core.log_debug(f"Refreshing available windows for table {self.id}")
active_windows = set(self.ACTIVE_WINDOWS)
available_windows = active_windows - self._allocated_windows
grid_mapping = defaultdict(list)
for row in range(1, self._nrows + 1):
dpg_core.clear_table(f"{self._id}_{row}_table")
selected_active_windows = set(
self._grid_mapping[row]) & active_windows
grid_mapping[row] = list(selected_active_windows)
windows = sorted(list(available_windows | selected_active_windows))
for n, name in enumerate(windows):
dpg_core.add_row(f"{self._id}_{row}_table", [name])
if name in selected_active_windows:
dpg_core.set_table_selection(f"{self._id}_{row}_table", n,
0, True)
self._grid_mapping = grid_mapping
dpg_core.log_debug(f"Refreshed available windows for table {self.id}")
def compose_workout(self):
equipment_val = core.get_value("Equipment##widget")
exercise_type_val = core.get_value("Exercise Type##widget")
muscle_group_val = core.get_value("Muscle Group##widget")
if not equipment_val or not exercise_type_val or not muscle_group_val:
simple.show_item("Fill all the inputs, please.")
else:
simple.hide_item("workout_composition_group")
self._composed_workout = workout_services.get_composed_workout(
equipment_val, exercise_type_val, muscle_group_val)
core.add_group(name="buttons", parent="workout_execution_group")
core.add_table(
"workout_table",
["Exercise", "Sets", "Reps", "Example"],
parent="workout_execution_group",
callback=self.toggle,
)
for workout in self._composed_workout:
core.add_row("workout_table", list(workout.values()))
core.add_button("Cancel##widget",
callback=self.cancel_workout,
parent="buttons")
core.add_button("Clear##widget",
callback=self.clear_table,
parent="buttons")
core.add_button("Save##widget",
callback=self.save_workout,
parent="buttons")
def clear_table(self):
for workout in self._composed_workout:
workout["Sets"] = 0
workout["Reps"] = 0
core.clear_table("workout_table")
for workout in self._composed_workout:
core.add_row("workout_table", list(workout.values()))
def __render(self, sender, data):
"""Run every frame to update the GUI.
Updates the table by clearing it and inserting rows with the data.
"""
dpg.clear_table('Files')
for f in self.files_list:
dpg.add_row('Files', [f['path'], f['name']])
def update_password_table():
"""Update password table contents.
Clear the all contents in the password table,
and recreate table entirely.
"""
core.clear_table('##password_table')
try:
password_infos = model.select_all_items()
except Exception:
logger.add_error_message('Failed to fetch passwords.')
return
if password_infos:
for password_info in password_infos:
core.add_row('##password_table', [
password_info.row_id,
password_info.title,
password_info.identifier,
format_password(password_info.password.decode()),
password_info.note,
])
logger.add_info_message('Password table was updated.')
def __render(self, sender, data):
"""Run every frame to update the GUI.
Updates the table by clearing it and inserting rows with the data.
"""
dpg.clear_table('Todos')
for todo in self.todos:
dpg.add_row('Todos', [todo['id'], todo['content'], todo['done']])
def file_callback(sender, data):
nonlocal c_board
nonlocal pars
pars = Parser()
pars.get_plays(data[0]+'/'+data[1])
# Lista de partidas cargadas--------------------------------TODO
dpg.add_window('Lista de Partidas',on_close=close_callback)
colums = set()
for match in pars.matches:
for att in match.attr:
colums.add(att)
colums = list(colums)
# colums.sort()
dpg.add_table("Partidas", colums, callback=load_match)
rows = list()
for match in pars.matches:
row = list()
for colum in colums:
row.append(match.attr[colum])
rows.append(row)
for row in rows:
dpg.add_row("Partidas", row)
dpg.end()
def generate_records_table(self):
self._records = record_services.get_all_records_by_user(self._username)
core.add_table(
"record_table",
["Exercise", "Sets", "Reps", "Date"],
)
for record_arr in self._records:
core.add_row("record_table", record_arr)
def __render(self, sender, data):
"""Run every frame to update the GUI.
Updates the table by clearing it and inserting rows with the data.
"""
dpg.clear_table("Stocks")
for stock in self.stocks:
dpg.add_row(
"Stocks",
[stock["Stock"], stock["Prediction"], stock["Confidence"]])
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 add_row_to_entry_table(self, entry: Entry) -> None:
"""
Helper to add entry to the table
:param entry: A single entry to convert to entries table
:return: New row attached to the Entries##table
"""
row_data = [
entry.project_name,
entry.description,
str(entry.duration)[:10],
entry.start_time.time().strftime("%I:%M"),
entry.end_time.time().strftime("%I:%M"),
]
c.add_row(self.table_name, row_data)
def compose_workout(self):
equipment_val = core.get_value("Equipment##widget")
exercise_type_val = core.get_value("Exercise Type##widget")
muscle_group_val = core.get_value("Muscle Group##widget")
if not equipment_val or not exercise_type_val or not muscle_group_val:
simple.show_item("Fill all the inputs, please.")
else:
self.composed_workout = get_composed_workout(
equipment_val, exercise_type_val, muscle_group_val)
simple.hide_item("workout_composition_group")
core.add_table("Workout", ["Exercise", "Sets", "Reps", "Example"],
callback=self.toggle)
for el in self.composed_workout:
core.add_row("Workout", list(el.values()))
core.add_button("Cancel##widget")
core.add_button("Save##widget")
def set_rows(self, nrows):
""" "Set the rows in the table
Each row has two columns. The first column is the grid number. The second column is a list
of applications to snap to the grid. We use a table to enable multiselect
"""
dpg_core.log_info(f"Refreshing rows for table {self.id}")
for row in range(1, nrows + 1):
name = f"{self._id}_{row}"
# If the row already exists, we don't need to do anything else
if dpg_core.does_item_exist(name):
continue
with dpg_simple.managed_columns(name,
len(self.HEADER),
parent=self.parent):
# The first column is the grid number
dpg_core.add_input_int(
f"##{self._id}_{row}_number",
default_value=row,
readonly=True,
step=0,
parent=name,
)
# The second column is the table. Wrap in a collapsing header so the screen isn't
# too full the entire time.
with dpg_simple.collapsing_header(f"##{self._id}_{row}_header",
parent=name):
dpg_core.add_table(
f"{self._id}_{row}_table",
[""], # no headers
callback=self.selected,
parent=f"##{self._id}_{row}_header",
)
# populate the table with the names of available windows
for window_name in sorted(self.ACTIVE_WINDOWS):
dpg_core.add_row(f"{self._id}_{row}_table",
[window_name])
# Separate each row with a line
dpg_core.add_separator(name=f"{self._id}_{row}_sep", parent=name)
self._nrows = nrows
dpg_core.log_info(f"Refreshed rows for table {self.id}")
def user_dashboard(self):
with window("User Dash", width=500, height=500):
self.menu(True, False, False, False)
with group("Basic user info", horizontal=True):
gg.add_text(f"Username: {self.user.file[:-3]}")
gg.add_text(f"Starting Balance: {self.user.start_funds}")
net_worth = round(sum(self.user.share_quantity[ticker]*yfs.get_live_price(ticker)
for ticker in self.user.share_quantity), 2) + self.user.current_balance
gg.add_text(f"Net Worth: {net_worth}")
with group("Tables", horizontal=True):
gg.add_table("Your Watchlist", headers=["Watchlist Ticker Name"], width=150)
for stock in self.user.watchlist:
gg.add_row("Your Watchlist", [f"{stock}"])
gg.add_table("Your stocks", headers=["Ticker Name", "Date", "Quantity"])
for stock in self.user.share_by_name:
for share_data in self.user.share_by_name[stock]:
row = [stock, share_data[1], str(share_data[-1])]
gg.add_row("Your stocks", row)
def info_single_stock(self, data: dict):
ticker = data["Ticker"]
with window(ticker + "##window", width=500, height=500, no_scrollbar=False):
self.menu(False, False, False, False)
ticker_data = yfs.get_quote_table(ticker, dict_result=True)
date_time = datetime.datetime.now()
time = date_time.time()
date = date_time.date()
price = round(ticker_data["Quote Price"], 2)
with group("heading", horizontal=True):
with group("day_info"):
gg.add_text("Date: " + str(date), color=[255, 0, 0])
gg.add_text("Time: " + str(time), color=[255, 0, 0])
try:
gg.add_label_text("Current Shares",
label=f"Number of shares: {self.user.share_quantity[ticker]}",
color=[0, 255, 0])
except KeyError:
gg.add_label_text("Current Shares",
label=f"Number of shares: 0",
color=[0, 255, 0])
with menu_bar("local_info"):
gg.add_menu_item("ticker", label=ticker, enabled=False)
gg.add_label_text("Current Balance", label=f"Current Balance: {self.user.current_balance}",
color=[255, 0, 0])
gg.add_separator()
gg.add_text("Today")
gg.add_separator()
with managed_columns("day_info_ticker", columns=3):
gg.add_text("Last close: " + str(ticker_data["Previous Close"]))
gg.add_text("Open price: " + str(ticker_data["Open"]))
gg.add_text("Current price: " + str(price))
gg.add_separator()
with group("Extra info", horizontal=True):
with group("Extra Info##1"):
gg.add_text("Volume: " + str(ticker_data["Volume"]), bullet=True)
gg.add_text("Market Cap: " + str(ticker_data["Market Cap"]), bullet=True)
with group("Extra info##2"):
gg.add_text("52 Week Range: " + str(ticker_data["52 Week Range"]), bullet=True)
one_year_estimate = ticker_data["1y Target Est"]
percent_change = get_percent_change(price, one_year_estimate)
if one_year_estimate > price:
colour = [0, 255, 0]
else:
colour = [255, 0, 0]
with group("1Y estimate", horizontal=True):
gg.add_text(f"1y Target Estimate: {ticker_data['1y Target Est']} |", bullet=True)
gg.add_text(f"{percent_change}%", color=colour)
gg.add_spacing(count=5)
# Table of share data on first day of each month since 365 days ago
date_data_since = date - datetime.timedelta(365)
table_monthly_interval_data = yfs.get_data(ticker, start_date=date_data_since, interval="1mo")
gg.add_table("monthly_data", headers=["date"] + [header for header in table_monthly_interval_data])
for date_index in table_monthly_interval_data.index:
list_values = [str(date_index)[:10]]
list_values.extend(list(table_monthly_interval_data.loc[date_index]))
for i in range(len(list_values)):
if type(list_values[i]) == str:
continue
else:
list_values[i] = str(round(list_values[i], 3))
gg.add_row("monthly_data", list_values)
gg.add_spacing(count=2)
def make_plot():
date_data_since = date - datetime.timedelta(30)
scatter_plot_weekly_data = yfs.get_data(ticker, start_date=date_data_since, interval="1d")
indecis = [x for x in scatter_plot_weekly_data.index]
start_date = indecis[0]
x_axis = [(x - start_date).days for x in indecis]
y_axis_max = [scatter_plot_weekly_data.loc[x]['high'] for x in indecis]
y_axis_min = [scatter_plot_weekly_data.loc[x]['low'] for x in indecis]
gg.add_plot("30 Day Price Fluctuation", height=300, scale_max=.5,
x_axis_name=f"Days since {start_date}", y_axis_name="Single share price")
gg.add_scatter_series("30 Day Price Fluctuation", "Day High", x=x_axis, y=y_axis_max, size=3)
gg.add_scatter_series("30 Day Price Fluctuation", "Day Low", x=x_axis, y=y_axis_min, marker=1, size=3)
# Set initial plot view
gg.set_plot_xlimits("30 Day Price Fluctuation", 0, 30)
gg.set_plot_ylimits("30 Day Price Fluctuation", min(y_axis_min)*.97, max(y_axis_max)*1.03)
gg.set_plot_ylimits_auto("30 Day Price Fluctuation")
gg.set_plot_xlimits_auto("30 Day Price Fluctuation")
make_plot()
# Create purchase button and what not
def purchase_stocks(sender, data):
quantity = round(gg.get_value("Quantity"), 2)
total_price = quantity * price
gg.set_item_color("Message", style=1, color=[255, 0, 0])
if self.user.current_balance < total_price:
set_item_label("Message", "Cannot purchase, insufficient funds")
elif 0 >= total_price:
set_item_label("Message", "Must spend more than 0$")
else:
set_item_label("Message", f"Purchase of {quantity} {ticker} shares at {price} made")
gg.set_item_color("Message", style=1, color=[0, 255, 0])
self.user.buy_share(quantity, price, ticker, str(date), str(time))
set_item_label("Current Balance", f"Current Balance: {self.user.current_balance}")
set_item_label("Current Shares", f"Number of shares: {self.user.share_quantity[ticker]}")
def add_to_watchlist(sender, data):
self.user.add_to_watchlist(ticker, price, database=True)
set_item_label(sender, "Remove From Watchlist")
gg.set_item_callback(sender, remove_from_watchlist)
def remove_from_watchlist(sender, data):
self.user.remove_from_watchlist(ticker)
set_item_label(sender, "Add To Watchlist")
gg.set_item_callback(sender, add_to_watchlist)
with group("footer", horizontal=True):
with group("Buy Stock Group"):
def get_dynamic_cost(sender, data):
# TODO dynamic colouring
cost = round(gg.get_value("Quantity") * price, 2)
set_item_label("Stock volume", f"Total Cost: {cost}")
gg.add_input_float("Stock volume", default_value=0,
width=100, source="Quantity", label="Total cost: 0",
callback=get_dynamic_cost, on_enter=True)
gg.add_label_text("Message", label="", color=[255, 0, 0])
gg.add_button("Buy Shares", callback=purchase_stocks)
with group("Stock Watchlist"):
if ticker not in self.user.watchlist:
gg.add_button("Watchlist Button", callback=add_to_watchlist, label="Add To Watchlist")
else:
gg.add_button("Watchlist Button", callback=remove_from_watchlist, label="Remove From Watchlist")
core.set_table_item("Earnings", 5, 1, repr(calendar.iloc[5, 0]))
core.set_table_item("Earnings", 6, 1, repr(calendar.iloc[6, 0]))
with simple.window("Tables",
height=300,
width=500,
x_pos=980,
y_pos=110,
no_close=True):
with simple.menu("Select Company##table"):
for file in os.listdir("dataset"):
filename = os.fsdecode(file)
if filename.endswith(".csv"):
core.add_menu_item(filename.split('_')[0] + "##table",
callback_data=filename.split('_')[0],
callback=update_table)
core.add_table("Earnings", ["Specs", "Value"])
core.add_row("Earnings", ["Earnings Date", ""])
core.add_row("Earnings", ["Earnings Average", ""])
core.add_row("Earnings", ["Earnings Low", ""])
core.add_row("Earnings", ["Earnings High", ""])
core.add_row("Earnings", ["Revenue Average", ""])
core.add_row("Earnings", ["Revenue Low", ""])
core.add_row("Earnings", ["Revenue High", ""])
# core.show_logger()
# simple.show_documentation()
core.start_dearpygui()