def start_main() -> None:
"""Starts the TK and Trio loops.
See https://github.com/richardsheridan/trio-guest/.
"""
def tk_func() -> None:
"""Called to execute the callback."""
queue.popleft()()
def run_sync_soon_threadsafe(func: Callable[[], Any]) -> None:
"""Run the specified func in the next loop, from other threads."""
queue.append(func)
TK_ROOT.call("after", "idle", tk_func_name)
def run_sync_soon_not_threadsafe(func: Callable[[], Any]) -> None:
"""Run the specified func in the next loop."""
queue.append(func)
# The zero here apparently avoids blocking the event loop if an endless stream of
# callbacks is triggered.
TK_ROOT.call("after", "idle", "after", 0, tk_func_name)
queue: collections.deque[Callable[[], Any]] = collections.deque()
tk_func_name = TK_ROOT.register(tk_func)
LOGGER.debug('Starting Trio loop.')
trio.lowlevel.start_guest_run(
app_main,
run_sync_soon_threadsafe=run_sync_soon_threadsafe,
run_sync_soon_not_threadsafe=run_sync_soon_not_threadsafe,
done_callback=done_callback,
)
TK_ROOT.mainloop()
def start_main() -> None:
LOGGER.debug('Starting Trio loop.')
trio.lowlevel.start_guest_run(
app_main,
run_sync_soon_threadsafe=TK_ROOT.after_idle,
done_callback=done_callback,
)
TK_ROOT.mainloop()
def run_screen(
pipe_send: multiprocessing.connection.Connection,
pipe_rec: multiprocessing.connection.Connection,
# Pass in various bits of translated text
# so we don't need to do it here.
translations,
):
"""Runs in the other process, with an end of a pipe for input."""
global PIPE_REC, PIPE_SEND
PIPE_SEND = pipe_send
PIPE_REC = pipe_rec
TRANSLATION.update(translations)
force_ontop = True
def check_queue():
"""Update stages from the parent process."""
nonlocal force_ontop
had_values = False
while PIPE_REC.poll(): # Pop off all the values.
had_values = True
operation, scr_id, args = PIPE_REC.recv()
if operation == 'init':
# Create a new loadscreen.
is_main, title, stages = args
screen = (SplashScreen if is_main else LoadScreen)(scr_id,
title,
force_ontop,
stages)
SCREENS[scr_id] = screen
elif operation == 'set_force_ontop':
[force_ontop] = args
for screen in SCREENS.values():
screen.win.attributes('-topmost', force_ontop)
else:
try:
func = getattr(SCREENS[scr_id], 'op_' + operation)
except AttributeError:
raise ValueError('Bad command "{}"!'.format(operation))
try:
func(*args)
except Exception:
raise Exception(operation)
# Continually re-run this function in the TK loop.
# If we didn't find anything in the pipe, wait longer.
# Otherwise we hog the CPU.
TK_ROOT.after(1 if had_values else 200, check_queue)
TK_ROOT.after(10, check_queue)
TK_ROOT.mainloop() # Infinite loop, until the entire process tree quits.
if __name__ == '__main__':
srctools.logger.init_logging()
LOGGER = srctools.logger.get_logger('BEE2')
init(True, log_level='DEBUG')
# Generate a bunch of log messages to test the window.
def errors():
# Use a generator to easily run these functions with a delay.
yield LOGGER.info('Info Message')
yield LOGGER.critical('Critical Message')
yield LOGGER.warning('Warning')
try:
raise ValueError('An error')
except ValueError:
yield LOGGER.exception('Error message')
yield LOGGER.warning('Post-Exception warning')
yield LOGGER.info('Info')
yield LOGGER.debug('Debug Message')
err_iterator = errors()
def next_error():
# Use False since functions return None usually
if next(err_iterator, False) is not False:
TK_ROOT.after(1000, next_error)
TK_ROOT.after(1000, next_error)
TK_ROOT.mainloop()
def test() -> None:
"""Test the GUI."""
from BEE2_config import GEN_OPTS
from packages import find_packages, PACKAGE_SYS
# Setup images to read from packages.
print('Loading packages for images.')
GEN_OPTS.load()
find_packages(GEN_OPTS['Directories']['package'])
img.load_filesystems(PACKAGE_SYS)
print('Done.')
left_frm = ttk.Frame(TK_ROOT)
right_canv = tkinter.Canvas(TK_ROOT)
left_frm.grid(row=0, column=0, sticky='NSEW', padx=8)
right_canv.grid(row=0, column=1, sticky='NSEW', padx=8)
TK_ROOT.rowconfigure(0, weight=1)
TK_ROOT.columnconfigure(1, weight=1)
slot_dest = []
slot_src = []
class TestItem:
def __init__(
self,
name: str,
pak_id: str,
icon: str,
group: str=None,
group_icon: str=None,
) -> None:
self.name = name
self.dnd_icon = img.Handle.parse_uri(utils.PackagePath(pak_id, ('items/clean/{}.png'.format(icon))), 64, 64)
self.dnd_group = group
if group_icon:
self.dnd_group_icon = img.Handle.parse_uri(utils.PackagePath(pak_id, 'items/clean/{}.png'.format(group_icon)), 64, 64)
def __repr__(self) -> str:
return '<Item {}>'.format(self.name)
manager = Manager[TestItem](TK_ROOT, config_icon=True)
def func(ev):
def call(slot):
print('Cback: ', ev, slot)
return call
for event in Event:
manager.reg_callback(event, func(event))
PAK_CLEAN = 'BEE2_CLEAN_STYLE'
PAK_ELEM = 'VALVE_TEST_ELEM'
items = [
TestItem('Dropper', PAK_CLEAN, 'dropper'),
TestItem('Entry', PAK_CLEAN, 'entry_door'),
TestItem('Exit', PAK_CLEAN, 'exit_door'),
TestItem('Large Obs', PAK_CLEAN, 'large_obs_room'),
TestItem('Faith Plate', PAK_ELEM, 'faithplate'),
TestItem('Standard Cube', PAK_ELEM, 'cube', 'ITEM_CUBE', 'cubes'),
TestItem('Companion Cube', PAK_ELEM, 'companion_cube', 'ITEM_CUBE', 'cubes'),
TestItem('Reflection Cube', PAK_ELEM, 'reflection_cube', 'ITEM_CUBE', 'cubes'),
TestItem('Edgeless Cube', PAK_ELEM, 'edgeless_safety_cube', 'ITEM_CUBE', 'cubes'),
TestItem('Franken Cube', PAK_ELEM, 'frankenturret', 'ITEM_CUBE', 'cubes'),
TestItem('Repulsion Gel', PAK_ELEM, 'paintsplat_bounce', 'ITEM_PAINT_SPLAT', 'paints'),
TestItem('Propulsion Gel', PAK_ELEM, 'paintsplat_speed', 'ITEM_PAINT_SPLAT', 'paints'),
TestItem('Reflection Gel', PAK_ELEM, 'paintsplat_reflection', 'ITEM_PAINT_SPLAT', 'paints'),
TestItem('Conversion Gel', PAK_ELEM, 'paintsplat_portal', 'ITEM_PAINT_SPLAT', 'paints'),
TestItem('Cleansing Gel', PAK_ELEM, 'paintsplat_water', 'ITEM_PAINT_SPLAT', 'paints'),
]
for y in range(8):
for x in range(4):
slot = manager.slot(left_frm, source=False, label=(format(x + 4*y, '02') if y < 3 else ''))
slot.grid(column=x, row=y, padx=1, pady=1)
slot_dest.append(slot)
for i, item in enumerate(items):
slot = manager.slot(right_canv, source=True, label=format(i+1, '02'))
slot_src.append(slot)
slot.contents = item
def configure(e):
manager.flow_slots(right_canv, slot_src)
configure(None)
right_canv.bind('<Configure>', configure)
ttk.Button(
TK_ROOT,
text='Debug',
command=lambda: print('Dest:', [slot.contents for slot in slot_dest])
).grid(row=2, column=0)
ttk.Button(
TK_ROOT,
text='Debug',
command=lambda: print('Source:', [slot.contents for slot in slot_src])
).grid(row=2, column=1)
name_lbl = ttk.Label(TK_ROOT, text='')
name_lbl.grid(row=3, column=0)
def enter(slot):
if slot.contents is not None:
name_lbl['text'] = 'Name: ' + slot.contents.name
def exit(slot):
name_lbl['text'] = ''
manager.reg_callback(Event.HOVER_ENTER, enter)
manager.reg_callback(Event.HOVER_EXIT, exit)
manager.reg_callback(Event.CONFIG, lambda slot: messagebox.showinfo('Hello World', str(slot.contents)))
TK_ROOT.deiconify()
TK_ROOT.mainloop()
def run_background(
pipe_send: multiprocessing.connection.Connection,
pipe_rec: multiprocessing.connection.Connection,
log_pipe_send: multiprocessing.connection.Connection,
log_pipe_rec: multiprocessing.connection.Connection,
# Pass in various bits of translated text
# so we don't need to do it here.
translations: dict,
):
"""Runs in the other process, with an end of a pipe for input."""
global PIPE_REC, PIPE_SEND
PIPE_SEND = pipe_send
PIPE_REC = pipe_rec
TRANSLATION.update(translations)
force_ontop = True
log_window = LogWindow(translations, log_pipe_send)
def check_queue():
"""Update stages from the parent process."""
nonlocal force_ontop
had_values = False
try:
while PIPE_REC.poll(): # Pop off all the values.
had_values = True
operation, scr_id, args = PIPE_REC.recv()
if operation == 'init':
# Create a new loadscreen.
is_main, title, stages = args
screen = (SplashScreen if is_main else LoadScreen)(
scr_id, title, force_ontop, stages)
SCREENS[scr_id] = screen
elif operation == 'quit_daemon':
# Shutdown.
TK_ROOT.quit()
return
elif operation == 'set_force_ontop':
[force_ontop] = args
for screen in SCREENS.values():
screen.win.attributes('-topmost', force_ontop)
else:
try:
func = getattr(SCREENS[scr_id], 'op_' + operation)
except AttributeError:
raise ValueError(f'Bad command "{operation}"!')
try:
func(*args)
except Exception:
raise Exception(operation)
while log_pipe_rec.poll():
log_window.handle(log_pipe_rec.recv())
except BrokenPipeError:
# A pipe failed, means the main app quit. Terminate ourselves.
print('BG: Lost pipe!')
TK_ROOT.quit()
return
# Continually re-run this function in the TK loop.
# If we didn't find anything in the pipe, wait longer.
# Otherwise we hog the CPU.
TK_ROOT.after(1 if had_values else 200, check_queue)
TK_ROOT.after(10, check_queue)
TK_ROOT.mainloop() # Infinite loop, until the entire process tree quits.
