def apply_settings(settings, window, box1, box2, text1, text2, com_socket):
"""
Applies the given settings to the given components.
Settings must be a correctly formatted dictionary.
"""
runtime_info["settings"] = settings
# Server port change
if not (runtime_info["server_port"] == int(settings["server_port"])):
runtime_info["server_port"] = int(settings["server_port"])
runtime_info["force_reset"] = True
text_font = (settings["font"], int(settings["font_size"]))
if setting_handler.decode_boolean_setting(settings["double_layout"]):
set_double_layout(window, box1, box2)
else:
set_single_layout(window, box1, box2)
text1.config(font=text_font)
text2.config(font=text_font)
text1.config(fg=settings["text_color"], bg=settings["background_color"])
text2.config(fg=settings["text_color"], bg=settings["background_color"])
old_note_length = len(runtime_info["notes"])
if settings["notes"] and noter.file_exists(settings["notes"]):
new_notes = noter.get_notes(settings["notes"], settings["separator"])
if new_notes:
# Notes loaded correctly
runtime_info["notes"] = new_notes
new_note_length = len(new_notes)
if not (new_note_length == old_note_length):
show_info(
("Notes Loaded", ("Loaded notes with " +
str(new_note_length) + " splits.")))
if not runtime_info["timer_running"]:
runtime_info["active_split"] = -1
update_GUI(window, com_socket, text1, text2)
else:
show_info(config.ERRORS["NOTES_EMPTY"], True)
def apply_settings(settings, window, box1, box2, text1, text2, com_socket):
"""
Applies the given settings to the given components.
Settings must be a correctly formatted dictionary.
"""
runtime_info["settings"] = settings
# Server port change
if not (runtime_info["server_port"] == int(settings["server_port"])):
runtime_info["server_port"] = int(settings["server_port"])
runtime_info["force_reset"] = True
text_font = (settings["font"], int(settings["font_size"]))
if setting_handler.decode_boolean_setting(settings["double_layout"]):
set_double_layout(window, box1, box2)
else:
set_single_layout(window, box1, box2)
text1.config(font=text_font)
text2.config(font=text_font)
text1.config(fg=settings["text_color"], bg=settings["background_color"])
text2.config(fg=settings["text_color"], bg=settings["background_color"])
old_note_length = len(runtime_info["notes"])
if settings["notes"] and noter.file_exists(settings["notes"]):
new_notes = noter.get_notes(settings["notes"], settings["separator"])
if new_notes:
# Notes loaded correctly
runtime_info["notes"] = new_notes
new_note_length = len(new_notes)
if not (new_note_length == old_note_length):
show_info(("Notes Loaded",
("Loaded notes with " + str(new_note_length) + " splits.")))
if not runtime_info["timer_running"]:
runtime_info["active_split"] = -1
update_GUI(window, com_socket, text1, text2)
else:
show_info(config.ERRORS["NOTES_EMPTY"], True)
def init_UI(root):
"""Draws default UI and creates event bindings."""
# Create communication socket
com_socket = con.init_socket()
# Load Settings
settings = setting_handler.load_settings()
runtime_info["server_port"] = int(settings["server_port"])
runtime_info["settings"] = settings
# Graphical components
root.geometry(settings["width"] + "x" + settings["height"])
box1 = tkinter.Frame(root)
box2 = tkinter.Frame(root)
scroll1 = tkinter.Scrollbar(box1, width=config.SCROLLBAR_WIDTH)
scroll2 = tkinter.Scrollbar(box2, width=config.SCROLLBAR_WIDTH)
scroll1.pack(side=tkinter.RIGHT, fill=tkinter.Y)
scroll2.pack(side=tkinter.RIGHT, fill=tkinter.Y)
text1 = tkinter.Text(box1,
yscrollcommand=scroll1.set,
wrap=tkinter.WORD,
cursor="arrow")
text1.insert(tkinter.END, config.DEFAULT_MSG)
text1.config(state=tkinter.DISABLED)
text1.pack(fill=tkinter.BOTH, expand=True)
text2 = tkinter.Text(box2,
yscrollcommand=scroll2.set,
wrap=tkinter.WORD,
cursor="arrow")
text2.insert(tkinter.END, config.DEFAULT_MSG)
text2.config(state=tkinter.DISABLED)
text2.pack(fill=tkinter.BOTH, expand=True)
scroll1.config(command=text1.yview)
scroll2.config(command=text2.yview)
# Set font and color for text
text_font = (settings["font"], int(settings["font_size"]))
text1.config(font=text_font)
text2.config(font=text_font)
text1.config(fg=settings["text_color"], bg=settings["background_color"])
text2.config(fg=settings["text_color"], bg=settings["background_color"])
if setting_handler.decode_boolean_setting(settings["double_layout"]):
set_double_layout(root, box1, box2)
else:
set_single_layout(root, box1, box2)
# create popup menu
popup = tkinter.Menu(root, tearoff=0)
popup.add_command(
label=config.MENU_OPTIONS["LOAD"],
command=(lambda: menu_load_notes(root, text1, text2, com_socket)))
popup.add_command(label=config.MENU_OPTIONS["SETTINGS"],
command=(lambda: menu_open_settings(
root, box1, box2, text1, text2, com_socket)))
# Set default window icon and title
root.tk.call('wm', 'iconphoto', root._w, red_icon)
update_title(config.DEFAULT_WINDOW["TITLE"], root)
# Check if notes can be loaded from settings
settings = setting_handler.load_settings()
if settings["notes"] and noter.file_exists(settings["notes"]):
notes = noter.get_notes(settings["notes"], settings["separator"])
if notes:
runtime_info["notes"] = notes
update_GUI(root, com_socket, text1, text2)
# Event binds
root.bind("<Configure>", (lambda e: adjust_content(root, box1, box2)))
root.bind("<Button-3>", (lambda e: show_popup(e, popup)))
root.bind("<Right>",
(lambda e: right_arrow(root, com_socket, text1, text2)))
root.bind("<Left>", (lambda e: left_arrow(root, com_socket, text1, text2)))
# Window close bind
root.protocol("WM_DELETE_WINDOW", (lambda: do_on_close(root)))
# call update loop
update(root, com_socket, text1, text2)
root.geometry(settings["width"] + "x" + settings["height"])
def init_UI(root):
"""Draws default UI and creates event bindings."""
# Create communication socket
com_socket = con.init_socket()
# Load Settings
settings = setting_handler.load_settings()
runtime_info["server_port"] = int(settings["server_port"])
runtime_info["settings"] = settings
# Graphical components
root.geometry(settings["width"] + "x" + settings["height"])
box1 = tkinter.Frame(root)
box2 = tkinter.Frame(root)
scroll1 = tkinter.Scrollbar(box1, width=config.SCROLLBAR_WIDTH)
scroll2 = tkinter.Scrollbar(box2, width=config.SCROLLBAR_WIDTH)
scroll1.pack(side=tkinter.RIGHT, fill=tkinter.Y)
scroll2.pack(side=tkinter.RIGHT, fill=tkinter.Y)
text1 = tkinter.Text(
box1,
yscrollcommand=scroll1.set,
wrap=tkinter.WORD,
cursor="arrow"
)
text1.insert(tkinter.END, config.DEFAULT_MSG)
text1.config(state=tkinter.DISABLED)
text1.pack(fill=tkinter.BOTH, expand=True)
text2 = tkinter.Text(
box2,
yscrollcommand=scroll2.set,
wrap=tkinter.WORD,
cursor="arrow"
)
text2.insert(tkinter.END, config.DEFAULT_MSG)
text2.config(state=tkinter.DISABLED)
text2.pack(fill=tkinter.BOTH, expand=True)
scroll1.config(command=text1.yview)
scroll2.config(command=text2.yview)
# Set font and color for text
text_font = (settings["font"], int(settings["font_size"]))
text1.config(font=text_font)
text2.config(font=text_font)
text1.config(fg=settings["text_color"], bg=settings["background_color"])
text2.config(fg=settings["text_color"], bg=settings["background_color"])
if setting_handler.decode_boolean_setting(settings["double_layout"]):
set_double_layout(root, box1, box2)
else:
set_single_layout(root, box1, box2)
# create popup menu
popup = tkinter.Menu(root, tearoff=0)
popup.add_command(
label=config.MENU_OPTIONS["LOAD"],
command=(lambda: menu_load_notes(root, text1, text2, com_socket))
)
popup.add_command(
label=config.MENU_OPTIONS["SETTINGS"],
command=(lambda: menu_open_settings(root, box1, box2, text1, text2, com_socket))
)
# Set default window icon and title
root.tk.call('wm', 'iconphoto', root._w, red_icon)
update_title(config.DEFAULT_WINDOW["TITLE"], root)
# Check if notes can be loaded from settings
settings = setting_handler.load_settings()
if settings["notes"] and noter.file_exists(settings["notes"]):
notes = noter.get_notes(settings["notes"], settings["separator"])
if notes:
runtime_info["notes"] = notes
update_GUI(root, com_socket, text1, text2)
# Event binds
root.bind("<Configure>", (lambda e: adjust_content(root, box1, box2)))
root.bind("<Button-3>", (lambda e: show_popup(e, popup)))
root.bind("<Right>", (lambda e: right_arrow(root, com_socket, text1, text2)))
root.bind("<Left>", (lambda e: left_arrow(root, com_socket, text1, text2)))
# Window close bind
root.protocol("WM_DELETE_WINDOW", (lambda: do_on_close(root)))
# call update loop
update(root, com_socket, text1, text2)
root.geometry(settings["width"] + "x" + settings["height"])