def _on_mouse_entered_button(event: tkinter.Event) -> None:
# Widgets have what are called "options" (the things you set with
# keyword arguments when you construct them). A widget's options are
# accessible by using the indexing operator on the widget, using the
# name of the option as the index. In this case, we want to set the
# 'text' option (which specifies the text displayed in the button).
event.widget['text'] = _ENTERED_BUTTON_TEXT
def _on_mouse_entered_button(event: tkinter.Event) -> None:
# Widgets have what are called "options" (the things you set with
# keyword arguments when you construct them). A widget's options are
# accessible by using the indexing operator on the widget, using the
# name of the option as the index. In this case, we want to set the
# 'text' option (which specifies the text displayed in the button).
event.widget['text'] = _ENTERED_BUTTON_TEXT
def paste_shape(self, *, deltax=15, deltay=15):
"""
Paste selected shape from buffer.
:param deltax: pasted shape offset in x direction in pixels.
:type deltax: integer
:param deltay: pasted shape offset in y direction in pixels.
:type deltay: integer
"""
self.TApp.paste_ctrl_v(Event())
def get_current_img(self, event: tkinter.Event):
# get the image source
swipe = event.__getattribute__('keysym').lower()
age = 'none'
name = 'none'
try:
age = self.driver.find_element_by_xpath(
'//*[@id="content"]/div/div[1]/div/main/div[1]/div/div/div[1]/div/div[1]/div[3]/div[6]/div/div[1]/div/span'
).text
except:
pass
try:
name = self.driver.find_element_by_xpath(
'//*[@id="content"]/div/div[1]/div/main/div[1]/div/div/div[1]/div/div[1]/div[3]/div[6]/div/div[1]/div/div/span'
).text
except:
pass
img_click_left = ActionChains(self.driver)
img_click_right = ActionChains(self.driver)
img_center_btn = self.driver.find_element_by_xpath(
'//*[@id="content"]/div/div[1]/div/main/div[1]/div/div/div[1]/div/div[1]/div[1]'
)
img_click_left.move_to_element_with_offset(img_center_btn, 5, 5)
img_click_left.click()
img_click_right.move_to_element_with_offset(img_center_btn, 60, 5)
img_click_right.click()
xpath = '//*[@id="content"]/div/div[1]/div/main/div[1]/div/div/div[1]/div/div[1]/div[3]/div[1]/div[1]/div/div[' + \
str(self.tkinter_current_pos) + ']/div/div[1]'
try:
img = self.driver.find_element_by_xpath(xpath)
style = img.get_attribute('style')
# print(img.get_attribute('style'))
self.tkinter_current_pos += 1
except Exception:
print('failed to get img' + str(self.tkinter_current_pos))
self.tkinter_current_pos = 1
self.dislike()
return
img_url = style[style.find('("') + 2:style.find('")')]
gurl_dict = {'age': age, 'name': name, 'img_url': img_url}
if swipe == 'left':
self.collect_nope_url(gurl_dict)
else:
self.collect_yea_url(gurl_dict)
img_click_right.perform()
def CharacterGenerationBindFunc(ev: tk.Event, char: character.Character) -> None:
sym: str = ev.__getattribute__("keysym")
if sym.lower() == "r":
char.SelfRegenerate()
graphics.deleteAllText()
graphics.after(1, char.PrintStats)
graphics.after(1, addGenerationPromt)
if sym == "Return":
pass # all is done
graphics.after(1, nextFunc)
if sym == "Escape":
graphics.after(1, MainMenu)
def _cb_mouse_wheel(self, event: tk.Event, ver: bool) -> None:
"""The mouse scroll callback that scrolls the window.
Parameters
----------
event : tk.Event
The event information.
ver : bool
If True, scroll in vertical direction, else scroll in horizontal direction.
"""
# Respond to Linux or Windows wheel event
if getattr(event, "num") == 4:
event.delta = 120
elif getattr(event, "num") == 5:
event.delta = -120
if ver:
self._canvas.yview_scroll(int(-1 * (event.delta / 120)), tk.UNITS)
else:
self._canvas.xview_scroll(int(-1 * (event.delta / 120)), tk.UNITS)
def zoom(self, event: tk.Event, factor: float = None) -> None:
if not factor:
factor = ZOOM_IN if event.delta > 0 else ZOOM_OUT
event.x, event.y = self.canvasx(event.x), self.canvasy(event.y)
self.scale(tk.ALL, event.x, event.y, factor, factor)
self.configure(scrollregion=self.bbox(tk.ALL))
self.ratio *= float(factor)
self.offset = (
self.offset[0] * factor + event.x * (1 - factor),
self.offset[1] * factor + event.y * (1 - factor),
)
logging.debug("ratio: %s", self.ratio)
logging.debug("offset: %s", self.offset)
self.app.statusbar.set_zoom(self.ratio)
if self.wallpaper:
self.redraw_wallpaper()
def MainMenuBindFunc(ev: tk.Event, id_x: MutableWrapper) -> None:
sym: str = ev.__getattribute__("keysym")
print(sym, ev)
if sym == "Return":
if id_x == 0:
graphics.after(10, CharacterGeneration)
elif id_x == 1:
pass # load game
elif id_x == 2:
pass # instructions
elif id_x == 3:
print(id_x)
graphics.destroyEvent(ev)
return
if sym == "Up":
id_x[0] = (id_x[0] - 1) % 4
graphics.after(1, mmenu.DrawMenu, id_x.value)
if sym == "Down":
id_x[0] = (id_x[0] + 1) % 4
graphics.after(1, mmenu.DrawMenu, id_x.value)
def _build_tk_event(self):
"""Builds TkEvent from QtEvent."""
# Tkinter Event:
# %# %b %f %h %k %s %t %w %x %y %A %E %K %N %W %T %X %Y %D
# Source:
# http://epydoc.sourceforge.net/stdlib/Tkinter.Event-class.html
# TODO: Future improvement: Write setter method
self.tk_event = Event()
# serial - serial number of event - did no come to conclusion when used
self.tk_event.serial = 42
# num - mouse button pressed (ButtonPress, ButtonRelease)
if type(self.qt_event) == QMouseEvent:
self.tk_event.num = mouse_button_translator(self.qt_event.button(),
from_tk=False)
else:
self.tk_event.num = "??"
# focus - whether the window has the focus (Enter, Leave)
if type(self.qt_event) == QFocusEvent:
self.tk_event.focus = self.qt_event.gotFocus()
else:
pass
# Decided to pass this since it is not set usually.
# height - height of the exposed window (Configure, Expose)
# width - width of the exposed window (Configure, Expose)
self.tk_event.height = "??" # Set as "default"
self.tk_event.width = "??" # Set as "default"
# keycode - keycode of the pressed key (KeyPress, KeyRelease)
if type(self.qt_event) == QKeyEvent:
# TODO: This need translation !!!
self.tk_event.keycode = self.qt_event.key()
else:
self.tk_event.keycode = "??"
# state - state of the event as a number (ButtonPress, ButtonRelease,
# Enter, KeyPress, KeyRelease,
# Leave, Motion)
# state - state as a string (Visibility)
if type(self.qt_event) in [QMouseEvent, QKeyEvent, QEnterEvent]:
# TODO: This need translation !!!
self.tk_event.state = self.qt_event.type()
# TODO: + self.qt_event.modifiers()
# TODO: No translation for Motion, Visibility
else:
self.tk_event.state = "??"
# time - when the event occurred - only successors of QInputEvent
if issubclass(type(self.qt_event), QInputEvent):
self.tk_event.time = self.qt_event.timestamp()
else:
self.tk_event.time = "??"
# x - x-position of the mouse
# y - y-position of the mouse
if type(self.qt_event) in [QMouseEvent, QEnterEvent]:
self.tk_event.x = self.qt_event.x()
self.tk_event.y = self.qt_event.y()
else:
self.tk_event.x = "??"
self.tk_event.y = "??"
# x_root - x-position of the mouse on the screen
# (ButtonPress, ButtonRelease, KeyPress, KeyRelease, Motion)
# y_root - y-position of the mouse on the screen
# (ButtonPress, ButtonRelease, KeyPress, KeyRelease, Motion)
if type(self.qt_event) in [QMouseEvent]:
self.tk_event.x_root = self.qt_event.screenPos().x()
self.tk_event.y_root = self.qt_event.screenPos().y()
# TODO: No translation for Motion
# QKeyEvent does not have this.
else:
self.tk_event.x_root = "??"
self.tk_event.y_root = "??"
# char - pressed character (KeyPress, KeyRelease)
if type(self.qt_event) == QKeyEvent:
# TODO: This need translation !!!
self.tk_event.char = self.qt_event.text()
else:
self.tk_event.char = "??"
self.tk_event.send_event = False
# keysym - keysym of the event as a string (KeyPress, KeyRelease)
# keysym_num - keysym of the event as a number (KeyPress, KeyRelease)
if type(self.qt_event) == QKeyEvent:
# TODO: This need translation !!!
self.tk_event.keysym = self.qt_event.text()
self.tk_event.keysym_num = ord(self.qt_event.text())
else:
self.tk_event.keysym = "??"
self.tk_event.keysym_num = "??"
# type - type of the event as a number
# TODO: This need translation !!!
self.tk_event.type = self.qt_event.type()
# widget - widget in which the event occurred
# There is no way to get this in PyQt.
# delta - delta of wheel movement (MouseWheel)
if type(self.qt_event) == QWheelEvent:
self.tk_event.delta = self.qt_event.angleDelta()
else:
self.tk_event.delta = 0
return self.tk_event
def mouse_entered_button(event: tkinter.Event) -> None:
event.widget['text'] = 'I am'
def mouse_exited_button(event: tkinter.Event) -> None:
event.widget['text'] = 'anime'
def _on_mouse_down(self, event: tkinter.Event):
self._canvas.delete(tkinter.ALL)
draw_tile = False
canvas_width = self._canvas.winfo_width()
canvas_height = self._canvas.winfo_height() - 130
w_ratio = canvas_width/int(self.list_entries[1])
h_ratio = canvas_height/int(self.list_entries[0])
if event.x > int(self.list_entries[1]) * 100:
x_dif = canvas_width - int(self.list_entries[1]) * 100
event.x = event.x - x_dif
if event.y > int(self.list_entries[0]) * 100:
y_dif = canvas_height - int(self.list_entries[0]) * 100
event.y = event.y - y_dif
x = str(event.x)
y = str(event.y)
if event.x < 0:
event.x = 0
elif int(x[1:]) > 50:
event.x = event.x - 50
if event.y < 0:
event.y = 0
elif int(y[1:]) > 50:
event.y = event.y - 50
user_x = round(event.x, -(int(len(x)) - 1))
user_y = round(event.y, -(int(len(y)) - 1))
tile_x = user_x//100
tile_y = user_y//100
potential = (tile_y, tile_x)
if tile_x < 0 or tile_x > int(self.list_entries[1]) or tile_y < 0 or tile_y > int(self.list_entries[0]):
draw_tile = False
elif othello.valid_move(potential) == False:
draw_tile = False
else:
draw_tile = True
if draw_tile == True:
if othello.turn == 'B':
self._canvas.create_oval(
user_x, user_y, user_x + 100, user_y + 100, fill = 'Black')
elif othello.turn == 'W':
self._canvas.create_oval(
user_x, user_y, user_x + 100, user_y + 100, fill = 'White')
othello.change_turn()
draw_tile = False
##This is where the game will check the status
##to see if there's a winner or not. If there is,
##then it will make a new window that pops up
##declaring the game winner/status. When Okay button
##is hit, it will close everything.
if self._check_status() == True or othello.change_turn == False:
self.win_window = tkinter.Toplevel()
win_label = tkinter.Label(
master = self.win_window,
textvariable = self.win_text,
font = DEFAULT_FONT)
win_label.grid(row = 0, column = 0,
columnspan = 3,
padx = 10, pady = 10,
sticky = tkinter.N)
exit_button = tkinter.Button(
master = self.win_window, text = 'Okay', font = DEFAULT_FONT,
command = self._close_windows)
exit_button.grid(
row = 1, column = 0,
padx = 10, pady = 10,
sticky = tkinter.S)
self._draw_board()
B_count = 0
W_count = 0
for i in range(othello.input_rows):
for j in range(othello.input_columns):
if othello.board[i][j] == 'B':
B_count = B_count + 1
elif othello.board[i][j] == 'W':
W_count = W_count + 1
self.B_score = B_count
self.W_score = W_count
self._score_board = tkinter.Label(
master = self._game_window,
text = 'Score:\nBlack:{}\nWhite:{}\n Turn:{}'.format(self.B_score, self.W_score, othello.turn),
font = DEFAULT_FONT,
background = 'Grey')
self._score_board.grid(
row = 0, column = 0,
sticky = tkinter.S + tkinter.W + tkinter.E)
def __init__(self, outpath, textwidget):
self.doc = Document(outpath)
self.outpath = outpath
self.text = []
# A list the length of the document's plaintext, where each is a triple
# of positions (par,run, char)
# specifying the/ character's position in the docx object.
self.txtodocpos = []
# The tkinter text widget with which the doc is to be binded for live editing.
self.textwidget = textwidget
# A boolean tracking whether the command button is being held
self.cmnd_press = False
self.ctrl_press = False
# tkinter textwidget indices of form being replaced
self.formstart = '1.0'
self.formstart = '1.0'
self.insert = self.formstart
row, i, j, k = 0, 0, 0, 0
for p in self.doc.paragraphs:
self.text += ['']
self.txtodocpos += [[]]
for r in p.runs:
self.text[row] += r.text
for c in r.text:
self.txtodocpos[row] += [(i, j, k)]
k += 1
# if c == '\n':
# column =0
# row += 1
# self.txtodocpos[row] = []
k = 0
j += 1
j = 0
i += 1
# if p.runs:
print('par ' + str(i - 1) + ' has text')
row += 1
# print(self.txtodocpos)
def key(event):
''' Add one character to document.'''
print(event.keysym, event.type, event.char)
# if self.cmd_bool or self.ctrl_bool:
# print('command/control key is depressed - not recording keystrokes as text')
# return
if event.keysym == 'form2doc_replacement':
self.textwidget.mark_set('insert', self.insert)
if event.char and event.char not in [
u'\uf700', u'\uf701', u'\uf702', u'\uf703'
]:
# delete selected characters, if any
selection_len = len(event.widget.get('sel.first', 'sel.last'))
if selection_len == 0:
print('entering character w/o deletion')
txpos = self.textwidget.index('insert').split('.')
else:
print('entering character after deletion')
txpos = self.textwidget.index('sel.first').split('.')
backspace(event)
print('selection length: ' + str(selection_len))
row, col = int(txpos[0]) - 1, int(txpos[1])
print(row, col)
txtodocpos_row = self.txtodocpos[row]
# print(txtodocpos_row)
# in case we are adding to the end of a paragraph
if col == len(txtodocpos_row):
# in case the paragraph is empty
if col == 0:
p, r, c = row, 0, 0
else:
docpos = txtodocpos_row[col - 1]
p, r, c = docpos[0], docpos[1], docpos[2] + 1
else:
docpos = txtodocpos_row[col]
p, r, c = docpos[0], docpos[1], docpos[2]
currun = self.doc.paragraphs[p].runs[r]
currun.text = currun.text[:c] + event.char + currun.text[c:]
# insert new pos-list item
self.txtodocpos[row].insert(col, (p, r, c))
# print(self.txtodocpos[row])
# adjust the char-pos of all positions left in the run
# c += 1
ccol = col
print(len(currun.text), currun.text)
while c < len(currun.text):
self.txtodocpos[row][ccol] = (p, r, c)
# print(self.txtodocpos[row])
ccol += 1
c += 1
self.text[row] = self.text[row][:col] + event.char + self.text[
row][col + 1:]
docpos0 = self.txtodocpos[row]
# print(docpos0)
# from Scanny: https://github.com/python-openxml/python-docx/issues/33
def delete_paragraph(paragraph):
p = paragraph._element
p.getparent().remove(p)
p._p = p._element = None
def backspace(event):
''' For cutting, backspacing, deleting. Deletes moving backward from cursor. '''
# try:
if event.keysym == 'form2doc_replacement':
self.textwidget.mark_set('sel.first', self.formstart)
self.textwidget.mark_set('sel.last', self.formend)
self.insert = self.formstart
print('sel.first in backspace: ',
self.textwidget.index('sel.first'))
print('sel.last in backspace: ', self.textwidget.index('sel.last'))
# print(self.textwidget.get('sel.last', 'end'))
txpos = self.textwidget.index('sel.last').split('.')
# delete multi-character selection in text-widget
selection_len = len(event.widget.get('sel.first', 'sel.last'))
print('selection: ' +
str(event.widget.get('sel.first', 'sel.last')))
if selection_len == 0:
selection_len = 1
# except TclError:
# txpos = self.textwidget.index('insert').split('.')
# # or else delete a single character
# selection = 1
print(str(selection_len) + ' characters set for deletion')
print('textwidget index: ', txpos)
row, col = int(txpos[0]) - 1, int(txpos[1])
print('text in liveDoc paragraph: ', self.text[row])
# print('text in ocx paragraph: ', self.doc,[row])
# assuming a new line equates to a new paragraph
print(len(self.doc.paragraphs),
'paragraphs in docx object, selecting paragraph number ',
row)
curpar = self.doc.paragraphs[row]
s = 0
while s < selection_len:
# delete moving backwards from cursor
while col - 1 not in range(len(self.text[row])):
# delete empty paragraph
if not self.text[row]:
self.text.pop(row)
self.txtodocpos.pop(row)
delete_paragraph(self.doc.paragraphs[row])
row -= 1
col = len(self.text[row])
s += 1
docpos = self.txtodocpos[row][col - 1]
p, r, c = docpos[0], docpos[1], docpos[2] - 1
currun = self.doc.paragraphs[p].runs[r]
print('text widget position, row: ', row, 'column: ', col)
# print(self.text[row])
print(docpos)
print(currun.text)
self.text[row] = self.text[row][:col -
1] + self.text[row][col:]
currun.text = currun.text[:c + 1] + currun.text[c + 2:]
self.txtodocpos[row] = self.txtodocpos[row][:-1]
col -= 1
s += 1
self.textwidget.mark_set('sel.first', '1.0')
self.textwidget.mark_set('sel.last', '1.0')
# print(self.text[row])
# print(currun.text)
def paste(event):
''' Pastes text on the clipboard into the cursor position.
'''
cliptext = event.widget.clipboard_get()
print('cliptext: ' + cliptext)
# delete active selection, or form2doc field
if (not cliptext and self.textwidget.get('sel.first', 'sel.last')
) or event.keysym == 'form2doc_replacement':
backspace(event)
# write reverse so as to skip moving the cursor
for c in cliptext[::-1]:
event.char = c
key(event)
if event.keysym == 'form2doc_replacement':
self.insert = self.insert.split('.')[0] + '.' + str(
int(self.insert.split('.')[1]) + 1)
def cmdBool(event):
self.cmnd_press = not self.cmnd_press
print('cmnd_press: ' + str(self.cmnd_press))
def ctrlBool(event):
self.cmnd_press = not self.cmnd_press
print('ctrl_press: ' + str(self.cmnd_press))
def specialBool(event):
# when these keys are depressed, further keystrokes should not be registered as entered text
if event.keysym == 'Meta_L': cmdBool(event)
elif event.keysym == 'Control_L': ctrlBool(event)
textwidget.bind('<KeyPress>', key)
# textwidget.bind('<KeyRelease>', specialBool)
textwidget.bind('<BackSpace>', backspace)
textwidget.bind('<Command-v>', paste)
# textwidget.bind('<Command-c', None)
# textwidget.bind('<Command-x>',None)
textwidget.bind('<Command-KeyPress>',
lambda x: print('command keypress'))
textwidget.bind('<Control-KeyPress>',
lambda x: print('control keypress'))
self.textwidget.insert("insert", '\n'.join(self.text))
# Empty event obkject allowing for simulation of keystrokes
event = Event()
event.keysym = 'form2doc_replacement'
event.type = 'sme'
compiled_rules = compileRules()
p = 1
for par in self.text:
print('searching par ', p)
for rule in compiled_rules:
for replacee in rule.replacees:
replacement = rule.replacement.strip('\n')
# find replacement positions for par in self.text:
# print('docLive text: ', self.text)
# print('docLive text length (i.e., num paragraphs): ', len(self.text))
c = par.upper().find(replacee.upper())
while replacee in par:
print('replacee: ' + replacee)
print('replacement: ' + rule.replacement)
print('found replacee at ', c)
# the position of the current replacee in the paragraph
# print(par)
print('replacee index: ' + str(c))
print('paragraph length: ' + str(len(par)))
print('replacee from paragraph: ',
par[c:c + len(replacee)])
if c > 2 and par[c - 2] == '.':
print('capitalizing replacement')
replacement = replacement.capitalize()
elif c > 4 and par[c - 4:c - 1] == '(n)':
r = replacement[0]
self.textwidget.mark_set("insert",
"%d.%d" % (p, c - 1))
if r == 'a' or r == 'e' or r == 'u' or r == 'i' or r == 'o':
print('replacement follows \'an\'')
backspace(event)
self.textwidget.mark_set(
"insert", "%d.%d" % (p, c - 3))
backspace(event)
c -= 2
else:
print('replacement follows \'a\'')
backspace(event)
backspace(event)
backspace(event)
c -= 3
self.textwidget.clipboard_clear()
self.textwidget.clipboard_append(replacement)
# self.textwidget.mark_set("field.start", "%d.%d" % (p, c))
# print('field.start',"%d.%d" % (p, c) )
# print('replacee length: '+ str(len(replacee)))
# # print('sel.first position: '+self.textwidget.get('sel.first'))
self.formstart = "%d.%d" % (p, c)
c += len(replacee)
self.formend = "%d.%d" % (p, c)
# self.textwidget.mark_set("field.end", "%d.%d" % (p, c))
# print('field.end',"%d.%d" % (p, c) )
# print('sel.first position: '+self.textwidget.get('sel.first'))
print(
'selection: ' +
self.textwidget.get(self.formstart, self.formend))
# print('affected paragraph: ', par)
event.widget = self.textwidget
self.textwidget.delete(self.formstart, self.formend)
self.textwidget.insert(self.formstart, replacement)
par = par[:c - len(replacee)] + replacement + par[c:]
print('pasting with paragraph ', p, 'and column ', c)
paste(event)
c = c - len(replacee) + par[c - len(replacee):].upper(
).find(replacee.upper())
print('found ', replacee, 'at ', c)
print('paragraph: ', par)
print('new widget text: ',
textwidget.get('1.0', 'end'))
p += 1
def on_mouse_entered_button(event: tkinter.Event):
event.widget["text"] = "In button"
def __init__(self, port):
Thread.__init__(self)
self.reset_flag = Event()
self.port = port
self.reading = ""
class SerialThread(Thread):
def __init__(self, port):
Thread.__init__(self)
self.reset_flag = Event()
self.port = port
self.reading = ""
def run(self):
while not self.reset_flag.is_set():
self.read_from_port()
def reset(self):
self.reset_flag.set()
# lock and global for serial reading
# Serial read thread
def read_from_port(self):
while True:
try:
self.reading = self.port.readline().decode("utf-8")
print("Reading: " + self.reading)
self.handle_data()
except IOError:
while True:
try:
self.port.close()
self.port.open()
except IOError:
pass
else:
break
def handle_data(self):
out = self.reading
if "Firmware ver. 1.6" in out:
gui_lock.acquire()
w.title.insert(END, "Welcome to the Capstone Fair!")
w.experience.insert(
END,
"Maybe it'd be interesting to put one of the objects on the receiver?"
)
gui_lock.release()
out = ""
if "place a tag." in out:
out = ""
if ":L:" in out:
print("found lights")
out = ""
# the text that describes the experience is updated when the videos and images are
if ":V:" in out:
file_name = (
(out.replace(":V:", "text_")).split(".")[0]).rstrip() + ".txt"
with open(file_name, 'r') as f:
gui_lock.acquire()
w.experience.delete("1.0", END)
w.experience.insert(INSERT, f.read())
w.toggle_video(out.replace(":V:", "").rstrip())
gui_lock.release()
if ":P:" in out:
file_name = (
(out.replace(":P:", "text_")).split(".")[0]).rstrip() + ".txt"
with open(file_name, 'r') as f:
gui_lock.acquire()
w.experience.delete("1.0", END)
w.experience.insert(INSERT, f.read())
w.toggle_picture(out.replace(":P:", "").rstrip())
gui_lock.release()
if ":Pl:" in out:
winsound.PlaySound((out.replace(":Pl:", "")).rstrip(),
winsound.SND_ASYNC)
if ":W:" in out:
print("parsing website:")
out = ""
if ":We:" in out:
gui_lock.acquire()
w.experience.insert(END,
"going to website:" + out.replace(":We:", ""))
gui_lock.release()
webbrowser.open(out.replace(":We:", ""), autoraise=False)
out = ""
if ":S:" in out:
gui_lock.acquire()
w.experience.insert(
END, "Searching for Spotify artist:" + out.replace(":S:", ""))
gui_lock.release()
# print("searching for Spotify artist:")
# print(out.replace(":S:", ""))
result = sp.search(out.replace(":S:", ""))
for key in result['tracks']['items']:
pprint.pprint(key['name'], depth=1)
pprint.pprint(key['external_urls']['spotify'])
trim = result['tracks']['items'][0]['external_urls']['spotify']
x = lambda: webbrowser.open_new(trim.replace("'", ""))
t = Thread(target=x)
t.start()
out = ""
# if ":R:" in out:
# duration = [int(s) for s in out.split(":") if s.isdigit()]
# print(duration)
# print("Recording for " + str(duration[0]) + " seconds...")
# print("Finished")
# # if ":P:" in out:
# # sd.wait()
#
# # with sf.SoundFile("CDEFO.wav", mode='x', samplerate=44100, channels=2, subtype="PCM_24") as file:
# # file.write(recording)
# lock.acquire()
# out = ""
# lock.release()
if ":End:" in out:
out = ""
if "Cleanup finished :Stop:" in out:
gui_lock.acquire()
w.experience.delete(1.0, END)
gui_lock.release()
def on_mouse_exited_button(event: tkinter.Event):
event.widget["text"] = "Out of button"
