def read_serialnumber():
mp.init_i2c()
mp.i2c_write(0x55, [0x82])
serialnumber = mp.i2c_read8bytes(0x55)
serialNum = Entry(frame2)
serialNum.insert(1, serialnumber)
serialNum.grid(row=11, column=2)
mp.close_i2c()
return(serialnumber)
def read_deckstatus():
mp.init_i2c()
mp.i2c_write(0x55, [0x05])
deckstatus = mp.i2c_read(0x55)
if not(deckstatus):
deckstatus = struct.pack('1B', 0x00)
mp.close_i2c()
return deckstatus.encode('hex')
def read_partnumber1():
mp.init_i2c()
mp.i2c_write(0x55, [0x80])
partnumber = mp.i2c_read8bytes(0x55)
# print mp.i2c_read8bytes(0x55)
part_Num = Entry(frame1)
part_Num.insert(1, partnumber)
part_Num.grid(row=6, column=1)
mp.close_i2c()
return(partnumber)
def read_partnumber():
mp.init_i2c()
mp.i2c_write(0x55, [0x80])
partnumber = mp.i2c_read8bytes(0x55)
print partnumber
print mp.i2c_read8bytes(0x55)
partNum = Entry(frame2)
partNum.insert(1, partnumber)
partNum.grid(row=10, column=2)
mp.close_i2c()
return(partnumber)
def read_statusheater():
mp.init_i2c()
mp.i2c_write(0x55, [0x07])
heaterstatus = mp.i2c_read(0x55, 1)
input_Heater = Listbox(frame1, height=1)
input_Heater.insert(1, heaterstatus)
input_Heater.grid(row=4, column=1)
print heaterstatus
mp.close_i2c()
return (heaterstatus)
def read_temp():
mp.init_i2c()
m = mp.i2c_write(0x48, [0x55])
print m
temp = mp.i2c_read8bytes(0x55)
print('############################')
print temp
print('############################')
# print mp.i2c_read8bytes(0x55)
temp1 = Entry(frame1)
temp1.insert(1, temp)
temp1.grid(row=8, column=1)
temp2 = Entry(frame1)
temp2.insert(1, temp)
temp2.grid(row=9, column=1)
mp.close_i2c()
# temerature = int(((struct.unpack('1B', temp1)[0]/256.0)*100.0)+0.5)
return(temp)
def write_deckstatus(status=0x00):
mp.init_i2c()
mp.i2c_write(0x55, [0x05, status])
deckstatus = mp.i2c_read(0x55)
mp.close_i2c()
return deckstatus.encode('hex')
Label(frame3, text="Supply ID : ").grid(row=1)
tk.Label(frame3, text="Voltage").grid(row=2)
tk.Label(frame3, text="Current").grid(row=3)
tk.Label(frame3, text="Show").grid(row=4)
E1 = tk.Entry(frame3, width=20)
E2 = tk.Entry(frame3, width=20)
E1.grid(row=2, column=1)
E2.grid(row=3, column=1)
listbox = tk.Listbox(frame3, height=2)
# vOUT = allOutput()
# iOut = output_current()
# listbox.insert(1, vOUT)
# listbox.insert(2, iOut)
listbox.grid(row=4, column=1)
ON = tk.Button(frame3, text="ON", width=10, command=lambda: [
input_volt(), input_current(), allOutput()])
ON.grid(row=5, column=0, columnspan=2, sticky=W)
OFF = tk.Button(frame3, text="OFF", width=10, command=lambda: [OFF_volt(), OFF_current()])
OFF.grid(row=5, column=1, columnspan=2, sticky=E)
# read_deckstatus()
# mp.i2c_write(0x55, [0x05])
# deckstatus = mp.i2c_read(0x55)
# print deckstatus
# read_partnumber()
port = func()
mp.close_i2c()
root.mainloop()