def new_thread(conn, chat_num):
def ending():
app.destroy()
def getinit():
data = conn.recv(4096)
if not data:
print_lock.release()
app.destroy()
if data.decode('ascii') == 'exit':
print_lock.release()
prompt.value = 'Patient has ended the chat session.\nPlease close this window.'
app.disable()
history4.value = "Patient: %s" % (data.decode('ascii'))
prompt.value = "What is your message?"
goahead.enable()
def push():
def checknew():
data = conn.recv(4096)
history1.value = history2.value
history2.value = history3.value
history3.value = history4.value
history4.value = "Patient: %s" % (data.decode('ascii'))
if data.decode('ascii') == 'exit':
print_lock.release()
prompt.value = "Patient has ended the chat session.\nPlease close this window."
app.disable()
conn.send(message.value.encode('ascii'))
if message.value == 'exit':
app.destroy()
history1.value = history2.value
history2.value = history3.value
history3.value = history4.value
history4.value = "You: %s" % (message.value)
message.clear()
checknew()
app = App(title="Chat")
nummessage = "Chat with patient number: %d" % (chat_num)
chatnum = Text(app, text=nummessage)
toptext = Text(app, text='Type "exit" at any time to leave this chat')
history1 = Text(app, text="")
history2 = Text(app, text="")
history3 = Text(app, text="")
history4 = Text(app, text="")
prompt = Text(app, text="Waiting for message...")
message = TextBox(app, width=25)
goahead = PushButton(app, text="Send", command=push)
goahead.disable()
app.after(10, getinit)
app.display()
conn.close()
b_four = PushButton(box2, grid=[3,1], text="d", width=2, height=1) b_four.when_left_button_pressed = lambda:call(1,b_four,m1,textbox1,c_slider_val_1) b_four.when_left_button_released = lambda:call_stop(1, b_four) Text(box2, grid=[4,0], text=" ") b_five = PushButton(box2, grid=[5,0], text="e", width=2, height=1) b_five.when_left_button_pressed = lambda:call(1,b_five,m3,textbox3,c_slider_val_3) b_five.when_left_button_released = lambda:call_stop(1,b_five) b_six = PushButton(box2, grid=[5,2], text="f", width=2, height=1) b_six.when_left_button_pressed = lambda:call(2,b_six,m3,textbox3,c_slider_val_3) b_six.when_left_button_released = lambda:call_stop(2,b_six) Text(box2, grid=[5,3], text="") Text(box2, grid=[5,5], text="Step size") StepSize=TextBox(box2, grid=[5,4], text="1") StepSize.bg=(184,228,197) box_ss = Box(app, grid=[2,1]) Text(box_ss, text=" ") box_img = Box(app,grid=[0,2]) picture = Picture(box_img, image="dw.png") app.after(1,c_slider_val_1) app.after(1,c_slider_val_2) app.after(1,c_slider_val_3) app.display()
if selection.value == "1":
info("well done", "you chose wisely")
goodbye()
else:
warn("arrrgh", "next time, choose wisely!")
app.after(2000, show_the_selection)
def goodbye():
change_message("Thanks")
logo.show()
# create the app and the widgets
app = App()
message_text = Text(app, text="Welcome to guizero")
button = PushButton(app, clicked_the_button, text="Click me")
button.hide()
selection = ButtonGroup(app,
selected=0,
command=selection_chosen,
options=["choose me", "don't choose me"])
selection.hide()
logo = Picture(app, "guizero.gif")
logo.hide()
# show the first message after 2 seconds
app.after(2000, message1)
app.display()
def hi():
print("Hi")
def message(my_message):
print(my_message)
def whatever():
# say whatever using the message function, passing the text as an argument
app.after(200, message, args=["Whatever"])
def cancel_hi():
app.cancel(hi)
app = App()
# create some buttons
hi_button = PushButton(app, cancel_hi, text="Stop hi")
what_button = PushButton(app, whatever, text="Whatever")
# after a very short pause, say welcome
app.after(10, welcome)
# keep repeating hi, until it is cancelled
app.repeat(1000, hi)
app.display()
# This module is the main file used to initialize all the
# other modules in this project and create the main app
# that all other windows belong to.
# If the card database does not exist or isn't completed,
# then this app window displays the text output from this
# process as the necessary data is downloaded. When the
# database is completed or simply loaded from memory, then
# the sorting window is opened and ready for the user to
# operate it.
#endregion
#region Initialization
app = App(title="Card Sorter Updater", height=50)
text = Text(app, text="Downloading...")
cd = None
def start_program():
cd = card_database.CardDatabase(app, text)
tw = test_window.TestWindow(app)
scw = scanner_window.ScannerWindow(app, cd)
sow = sorting_window.SortingWindow(app, text, cd, tw, scw)
app.after(1000, start_program)
app.display()
#endregion
## Install GUIZero: sudo pip3 install guizero
## About GUIZero: https://lawsie.github.io/guizero/window/
## Install MPG123: sudo apt-get install mpg123
## About MPG123: https://www.mpg123.org/
from guizero import App, Text
import subprocess, os
# Function to Close the Window
def closewindow():
app.destroy()
# Play a sound file
# Options [-q = quiet] [-f = scalefactor for volume control default(max): 32768 (0-32768)]
playsound = os.popen(
'mpg123 -q -f 25000 /home/pi/pi-alarm/School-bell-sound-effect.mp3', 'w')
# Display GUI window
app = App(title="Pi-Alarm", bg="green", height=200, width=500)
Alarm = Text(app, text="", size=40, font="Arial", color="black")
Alarm = Text(app,
text="Time for SCHOOL!",
size=40,
font="Arial",
color="white")
app.after(200000,
closewindow) # Time in milliseconds to wait before closing window
app.display()
