def gpio_output_1_off_after_timer():
if (timers.val == "Timer_1"):
tkMessageBox.showinfo(
"unimplemented", "GPIO: " + gpio_array[0].gpio_label + "Port: " +
gpio_array[0].gpio_port + "OFF after timer: " + timers.timer_1 +
"(seconds)")
rpi_gpio_lib.set_port(gpio_array[0].gpio_port)
rpi_gpio_lib.set_timer(timers.timer_1) # timer from timers.txt
rpi_gpio_lib.run_off_after_timer()
if (timers.val == "Timer_2"):
tkMessageBox.showinfo(
"unimplemented", "GPIO: " + gpio_array[0].gpio_label + "Port: " +
gpio_array[0].gpio_port + "OFF after timer: " + timers.timer_2 +
"(seconds)")
rpi_gpio_lib.set_port(gpio_array[0].gpio_port)
rpi_gpio_lib.set_timer(timers.timer_2) # timer from timers.txt
rpi_gpio_lib.run_off_after_timer()
if (timers.val == "Timer_3"):
tkMessageBox.showinfo(
"unimplemented", "GPIO: " + gpio_array[0].gpio_label + "Port: " +
gpio_array[0].gpio_port + "OFF after timer: " + timers.timer_3 +
"(seconds)")
rpi_gpio_lib.set_port(gpio_array[0].gpio_port)
rpi_gpio_lib.set_timer(timers.timer_3) # timer from timers.txt
rpi_gpio_lib.run_off_after_timer()
message = "GPIO 1 -> ___ " + gpio_array[0].gpio_label + " ___ ON ! "
log_creator.log_write(message)
def gpio_output_script():
name = askopenfilename()
rpi_gpio_lib.set_path(name)
rpi_gpio_lib.run_my_script()
message = "Loaded " + name + " script"
log_creator.log_write(message)
def save_conf():
conf = open("conf.txt", "wb")
conf.write("===== GPIO 1 =====\r\n")
conf.write("type=" + str(var_gpio1.get()) + "\r\n")
conf.write("port=" + str(gpio1_op.get()) + "\r\n")
conf.write("label=" + str(gpio_1_text_label.get()) + "\r\n")
conf.write("==================\r\n")
conf.write("===== GPIO 2 =====\r\n")
conf.write("type=" + str(var_gpio2.get()) + "\r\n")
conf.write("port=" + str(gpio2_op.get()) + "\r\n")
conf.write("label=" + str(gpio_2_text_label.get()) + "\r\n")
conf.write("==================\r\n")
conf.write("===== GPIO 3 =====\r\n")
conf.write("type=" + str(var_gpio3.get()) + "\r\n")
conf.write("port=" + str(gpio3_op.get()) + "\r\n")
conf.write("label=" + str(gpio_3_text_label.get()) + "\r\n")
conf.write("==================\r\n")
conf.write("===== GPIO 4 =====\r\n")
conf.write("type=" + str(var_gpio4.get()) + "\r\n")
conf.write("port=" + str(gpio4_op.get()) + "\r\n")
conf.write("label=" + str(gpio_4_text_label.get()) + "\r\n")
conf.write("==================\r\n")
conf.write("===== GPIO 5 =====\r\n")
conf.write("type=" + str(var_gpio5.get()) + "\r\n")
conf.write("port=" + str(gpio5_op.get()) + "\r\n")
conf.write("label=" + str(gpio_5_text_label.get()) + "\r\n")
conf.write("==================\r\n")
conf.close()
tkMessageBox.showinfo("save", "Saved Configuration to conf.txt")
log_creator.log_write("Saved new configuration to conf.txt")
def gui_main_window():
#main_window = Tkinter.Tk() # ai voie doar o instanta de Tk(), restul trebe sa fie Toplevel
#main_window.title("RPI GPIO Manager")
#main_window.geometry("200x200")
menu_bar = Menu(main_window)
main_window.config(menu=menu_bar)
file_menu = Menu(menu_bar) # menu item 1
config_menu = Menu(menu_bar) # menu item 2
settings_menu = Menu(menu_bar) # menu item 3
# menu item 1
menu_bar.add_cascade(label="File", menu=file_menu)
file_menu.add_command(label="Load Configuration",
command=load_configuration)
file_menu.add_command(label="Exit", command=exit_app)
# menu item 2
menu_bar.add_cascade(label="Configure", menu=config_menu)
config_menu.add_command(label="GPIO Layout", command=gui_gpio_layout)
config_menu.add_command(label="Configure GPIO", command=gui_config_window)
config_menu.add_command(label="Configure Timers",
command=gui_timers_window)
# menu item 3
menu_bar.add_cascade(label="Settings", menu=settings_menu)
settings_menu.add_command(label="Options", command=gui_options_window)
main_window.mainloop()
log_creator.log_write("Main Window opened")
def gui_options_window():
option_window = Tkinter.Toplevel()
option_window.title("Options")
option_window.geometry("600x200")
load_options_frame(option_window)
log_creator.log_write("Options window opened")
def gui_config_window():
config_window = Tkinter.Toplevel() # ai voie doar o instanta de Tk()
config_window.title("Configuration")
config_window.geometry("500x350")
load_config_frame(config_window)
log_creator.log_write("Configure window opened")
def gui_timers_window():
timers_window = Tkinter.Toplevel() # ai voie doar o instanta de Tk()
timers_window.title("Timers")
timers_window.geometry("400x250")
load_timers_frame(timers_window)
log_creator.log_write("Configure window opened")
def gpio_output_5_off_command():
GPIO.setup(
int(gpio_array[4].gpio_port), GPIO.OUT
) # must be int (string not allowed)(comes as string when reading from conf file)
GPIO.output(int(gpio_array[4].gpio_port), GPIO.LOW)
message = "GPIO 5 -> ___ " + gpio_array[4].gpio_label + " ___ OFF ! "
log_creator.log_write(message)
def gpio_output_4_on_command():
GPIO.setup(
int(gpio_array[3].gpio_port), GPIO.OUT
) # must be int (string not allowed)(comes as string when reading from conf file)
GPIO.output(int(gpio_array[3].gpio_port), GPIO.HIGH)
message = "GPIO 4 -> ___ " + gpio_array[3].gpio_label + " ___ ON ! "
log_creator.log_write(message)
def save_timers():
timers = open("timers.txt", "wb")
timers.write("timer_1 =" + str(t1.get()) + "\r\n")
timers.write("timer_2 =" + str(t2.get()) + "\r\n")
timers.write("timer_3 =" + str(t3.get()) + "\r\n")
timers.close()
tkMessageBox.showinfo("save", "Saved Timers to timers.txt")
log_creator.log_write("Saved new timers values to timers.txt")
def create_config_gui():
input_label = Label(main_window, text="INPUTS")
input_label.place(x=0, y=0)
log_creator.log_write("Creating Configure Inputs panel ...")
generate_inputs()
output_label = Label(main_window, text="OUTPUTS")
output_label.place(x=0, y=300)
generate_outputs()
log_creator.log_write("Finished generating Config panel")
def gpio_output_1_on_command():
GPIO.setup(
int(gpio_array[0].gpio_port), GPIO.OUT
) # must be int (string not allowed)(comes as string when reading from conf file)
GPIO.output(int(gpio_array[0].gpio_port), GPIO.HIGH)
#rpi_gpio_lib.run()
#subprocess.rpi_gpio_lib.run()
#subprocess.call("/home/pi/dizertatie/app/rpi_gpio_lib.py", shell=True)
#rpi_gpio_lib.run(int(gpio_array[0].gpio_port), 15)
#print type(gpio_array[0].gpio_port)
#print int(gpio_array[0].gpio_port)
#print type(int(gpio_array[0].gpio_port))
message = "GPIO 1 -> ___ " + gpio_array[0].gpio_label + " ___ ON ! "
log_creator.log_write(message)
def generate_outputs():
if (gpio_array[0].gpio_type[0] == "1"):
gpio_1_label = Label(main_window, text=gpio_array[0].gpio_label)
gpio_1_label.place(x=30, y=330)
gpio_output_1_on = Button(main_window,
text="ON",
width=3,
command=gpio_output_1_on_command)
gpio_output_1_on.place(x=50, y=350)
optionList = ('Timer_1', 'Timer_2', 'Timer_3')
timers_op = StringVar()
timers_op.set(optionList[0])
om_gpio1 = OptionMenu(main_window, timers_op, *optionList)
om_gpio1.place(x=320, y=350)
def set_timer_op():
timers.val = timers_op.get()
tkMessageBox.showinfo("Timer Dialog", timers.val + " was set !")
set_timers_button = Button(main_window,
text="Set",
width=3,
command=set_timer_op)
set_timers_button.place(x=400, y=350)
gpio_output_1_stay_awake = Button(main_window,
text="ON after",
width=6,
command=gpio_output_1_on_after_timer)
gpio_output_1_stay_awake.place(x=170, y=350)
gpio_output_1_off_after = Button(main_window,
text="OFF after",
width=6,
command=gpio_output_1_off_after_timer)
gpio_output_1_off_after.place(x=240, y=350)
gpio_output_1_off = Button(main_window,
text="OFF",
width=3,
command=gpio_output_1_off_command)
gpio_output_1_off.place(x=100, y=350)
gpio_output_1_script = Button(main_window,
text="Run Script",
width=5,
command=gpio_output_script)
gpio_output_1_script.place(x=300, y=450)
log_creator.log_write("Finished creating output GPIO 1")
if (gpio_array[1].gpio_type[0] == "1"):
gpio_2_label = Label(main_window, text=gpio_array[1].gpio_label)
gpio_2_label.place(x=30, y=380)
gpio_input_2_on = Button(main_window,
text="ON",
width=10,
command=gpio_output_2_on_command)
gpio_input_2_on.place(x=50, y=400)
gpio_input_2_off = Button(main_window,
text="OFF",
width=10,
command=gpio_output_2_off_command)
gpio_input_2_off.place(x=150, y=400)
log_creator.log_write("Finished creating output GPIO 2")
if (gpio_array[2].gpio_type[0] == "1"):
gpio_3_label = Label(main_window, text=gpio_array[2].gpio_label)
gpio_3_label.place(x=30, y=430)
gpio_input_3_on = Button(main_window,
text="ON",
width=10,
command=gpio_output_3_on_command)
gpio_input_3_on.place(x=50, y=450)
gpio_input_3_off = Button(main_window,
text="OFF",
width=10,
command=gpio_output_3_off_command)
gpio_input_3_off.place(x=150, y=450)
log_creator.log_write("Finished creating output GPIO 3")
if (gpio_array[3].gpio_type[0] == "1"):
gpio_4_label = Label(main_window, text=gpio_array[3].gpio_label)
gpio_4_label.place(x=30, y=480)
gpio_input_4_on = Button(main_window,
text="ON",
width=10,
command=gpio_output_4_on_command)
gpio_input_4_on.place(x=50, y=500)
gpio_input_4_off = Button(main_window,
text="OFF",
width=10,
command=gpio_output_4_off_command)
gpio_input_4_off.place(x=150, y=500)
log_creator.log_write("Finished creating output GPIO 4")
if (gpio_array[4].gpio_type[0] == "1"):
gpio_5_label = Label(main_window, text=gpio_array[4].gpio_label)
gpio_5_label.place(x=30, y=530)
gpio_input_5_on = Button(main_window,
text="ON",
width=10,
command=gpio_output_5_on_command)
gpio_input_5_on.place(x=50, y=550)
gpio_input_5_off = Button(main_window,
text="OFF",
width=10,
command=gpio_output_5_off_command)
gpio_input_5_off.place(x=150, y=550)
log_creator.log_write("Finished creating output GPIO 5")
log_creator.log_write("Finished generating Outputs panel")
def generate_inputs():
if (gpio_array[0].gpio_type[0] == "0"):
gpio_1_label = Label(main_window, text=gpio_array[0].gpio_label)
gpio_1_label.place(x=30, y=30)
gpio_input_button_1 = Button(main_window,
text="Get Data",
width=10,
command=get_store_input_gpio_5)
gpio_input_button_1.place(x=50, y=50)
gpio_1_label_store = Label(
main_window,
text=
"D:\\USERDATA\\E4COSVL\\Personal\\Dizertatie\\app\\temp_log.txt")
gpio_1_label_store.place(x=150, y=50)
log_creator.log_write("Finished creating input GPIO 1")
if (gpio_array[1].gpio_type[0] == "0"):
gpio_2_label = Label(main_window, text=gpio_array[1].gpio_label)
gpio_2_label.place(x=30, y=80)
gpio_input_button_2 = Button(main_window,
text="Get Data",
width=10,
command=get_store_input_gpio_5)
gpio_input_button_2.place(x=50, y=100)
gpio_2_label_store = Label(
main_window,
text=
"D:\\USERDATA\\E4COSVL\\Personal\\Dizertatie\\app\\temp_log.txt")
gpio_2_label_store.place(x=150, y=100)
log_creator.log_write("Finished creating input GPIO 2")
if (gpio_array[2].gpio_type[0] == "0"):
gpio_3_label = Label(main_window, text=gpio_array[2].gpio_label)
gpio_3_label.place(x=30, y=130)
gpio_input_button_3 = Button(main_window,
text="Get Data",
width=10,
command=get_store_input_gpio_5)
gpio_input_button_3.place(x=50, y=150)
gpio_3_label_store = Label(
main_window,
text=
"D:\\USERDATA\\E4COSVL\\Personal\\Dizertatie\\app\\temp_log.txt")
gpio_3_label_store.place(x=150, y=150)
log_creator.log_write("Finished creating input GPIO 3")
if (gpio_array[3].gpio_type[0] == "0"):
gpio_4_label = Label(main_window, text=gpio_array[3].gpio_label)
gpio_4_label.place(x=20, y=20)
gpio_input_button_4 = Button(main_window,
text="Get Data",
width=10,
command=get_store_input_gpio_5)
gpio_input_button_4.place(x=30, y=40)
#gpio_4_label_store = Label(main_window, text="D:\\USERDATA\\E4COSVL\\Personal\\Dizertatie\\app\\log.txt")
#gpio_4_label_store.place(x=150, y=30)
log_creator.log_write("Finished creating input GPIO 4")
if (gpio_array[4].gpio_type[0] == "0"):
gpio_5_label = Label(main_window, text=gpio_array[4].gpio_label)
gpio_5_label.place(x=30, y=230)
gpio_input_button_5 = Button(main_window,
text="Get Data",
width=10,
command=get_store_input_gpio_5)
gpio_input_button_5.place(x=50, y=250)
gpio_5_label_store = Label(
main_window,
text=
"D:\\USERDATA\\E4COSVL\\Personal\\Dizertatie\\app\\temp_log.txt")
gpio_5_label_store.place(x=150, y=250)
log_creator.log_write("Finished creating input GPIO 5")
log_creator.log_write("Finished generating Inputs panel")
def load_configuration():
log_creator.log_write("Load configuration conf.txt")
get_data_from_conf()
log_creator.log_write("Loaded Configuration conf.txt")