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Simple-Gui.py
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Simple-Gui.py
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# Simple-Interface.py
#
# This is the main Graphical User Interface for for Teststand 1.
# A server runs on a RaspberryPi, which connects to the Fanout.
# The Fanout connects to the ngCCM Emulator.
# QIE cards can be inserted into any QIE card backplane slot.
#
# Developed with the help of many people
# For Baylor University, Summer 2016 (HE) and Summer 2018 (HB).
from Tkinter import *
from datetime import datetime
from initialClass import initialTests
from cardInfoClass import cardInformation
from functools import partial
from Tools import Tools
from checksumClass import Checksum
import temp
import json
import client
import subprocess
import argparse
import time
#toggles between lists and three-state buttons for Pass/Fail switches
listbuttons=0
#initalizes the global hotkey lockout variable. Setting this to '2' will disable hotkeys
lockout=0
class makeGui(Tools):
def __init__(self, parent, color_themes, color_theme="bright"):
# color themes
self.color_themes = color_themes
self.color_theme = color_theme
# Default color_theme is "bright"
if self.color_theme not in self.color_themes:
self.color_theme = "bright"
# set color theme
self.setColorTheme()
# full base path for database
self.databasePath = "/home/django/testing_database_hb"
# Create a webBus instance
#self.myBus = client.webBus("192.168.1.41",0)
self.myBus = client.webBus("192.168.1.26",0)
# Create a permanent I2C address of QCard (slot 1)
self.card_i2c_address = 0x19
# Permanent I2C address of Igloo FPGA
self.iglooAddress = 0x09
# Standard help message for I2C_ERROR
self.I2C_ERROR_HELP = "Please confirm that the card is in the selected slot.\nPlease confirm that the power source is on."
# Create an instance of initialTests
self.initialTest = initialTests()
# Create an instance of cardInformation
self.cardInfo = cardInformation()
# Read info from left side?
self.readFromList = True
# Make an empty list that will eventually contain all of
# the active card slots
self.outSlotNumbers = []
# Name the parent. This is mostly for bookkeeping purposes
# and doesn't really get used too much... as in not at all!
self.myParent = parent
# Make a placeholder for the shortened unique ID
self.uniqueIDPass = ""
self.nameChoiceVar = StringVar()
self.gpioChoiceVar = StringVar()
self.infoCommentVar = StringVar()
self.barcodeEntry = StringVar()
self.uniqueIDEntry = StringVar()
self.tempEntry = StringVar()
self.firmwareVerEntry = StringVar()
self.firmwareVerMinEntry = StringVar()
self.firmwareVerOtherEntry = StringVar()
self.iglooToggleEntry = StringVar()
self.iglooMajVerEntryT = StringVar()
self.iglooMajVerEntryB = StringVar()
self.iglooMinVerEntryT = StringVar()
self.iglooMinVerEntryB = StringVar()
self.check = StringVar()
self.overwriteVar = IntVar()
self.iglooArmed = IntVar()
# Place an all-encompassing frame in the parent window. All of the following
# frames will be placed here (topMost_frame) and not in the parent window.
self.topMost_frame = Frame(parent)
self.topMost_frame.pack()
self.topMost_frame.configure(bg=self.backc)
#----- constants for controlling layout
button_width = 6
button_padx = "2m"
button_pady = "1m"
frame_padx = "3m"
frame_pady = "2m"
frame_ipadx = "3m"
frame_ipady = "1m"
#---------- end layout constants ------
# Creates hotkey bindings for Pass/Fail buttons
if (not listbuttons) and (lockout is not 2):
hotkeys = ['1','2','3','4','5','q','w','e','r','t','a','s','d','f','g','z','x','o','p']
for i in range(len(hotkeys)):
parent.bind(hotkeys[i], partial(self.togglepstate,i))
def lockon (self,event=None):
global lockout
lockout=1
def lockoff (self,event=None):
global lockout
lockout=0
##########################################
### ###
### BEGIN MAKING SUB-FRAMES ###
### ###
##########################################
# Make and pack a sub-frame within topMost_frame that will contain
# all of the controls for non-hardware related test information
# (i.e. name of tester)
self.info_frame = Frame(
self.topMost_frame,
borderwidth=5, relief=RIDGE,
height=50,
background=self.topc,
)
self.info_frame.pack(
side=TOP,
ipadx=frame_ipadx,
ipady=frame_ipady,
padx=frame_padx,
pady=frame_pady
)
# Make a top half-frame
self.topHalf_frame = Frame(self.topMost_frame)
self.topHalf_frame.configure(bg=self.backc)
self.topHalf_frame.pack(side=TOP)
# Make a frame for containing an experiment diagram
self.experiment_frame = Frame(
self.topHalf_frame,
borderwidth=5, relief=RIDGE,
height=580, width=300,
background=self.rightc
)
self.experiment_frame.pack_propagate=(False)
self.experiment_frame.pack(
side=RIGHT,
ipadx=frame_ipadx,
ipady=frame_ipady,
padx=frame_padx,
pady=frame_pady
)
# Make a label for the entire right frame
self.experi_rightFrame = Frame(
self.topHalf_frame,
borderwidth=5, relief=RIDGE,
height=580, width=300,
background=self.midc
)
self.experi_rightFrame.pack_propagatte=(False)
self.experi_rightFrame.pack(
side=LEFT,
ipadx=frame_ipadx,
ipady=frame_ipady,
padx=frame_padx,
pady=frame_pady
)
##########################################
### ###
### BEGIN MAKING WIDGETS ###
### ###
##########################################
######################################
##### #####
##### Widgets in info frame #####
##### #####
######################################
# Make and pack a text label for name selector
self.info_Label = Label(self.info_frame, text="Testing Information/Parameters")
self.info_Label.configure(
padx=button_padx,
pady=button_pady,
background=self.topc,
foreground=self.fontc
)
self.info_Label.pack(side=TOP)
# Make a sub-sub-frame within the frame to hold another label and a dropdown box
self.info_subTop_frame = Frame(self.info_frame,background=self.topc)
self.info_subTop_frame.pack(
side=TOP,
ipadx=frame_ipadx,
ipady=frame_ipady,
padx=frame_padx,
pady=frame_pady
)
# Make a sub-sub-frame within the frame to hold comment box
self.info_subBot_frame = Frame(self.info_frame,background=self.topc)
self.info_subBot_frame.pack(
side=TOP,
ipadx=frame_ipadx,
ipady=frame_ipady,
padx=frame_padx,
pady=frame_pady
)
# Make a label for the name drop-down:
self.info_nameLabel = Label(self.info_subTop_frame, text="Tester Name: ")
self.info_nameLabel.configure(
padx=button_padx,
pady=button_pady,
background=self.topc,
foreground=self.fontc
)
self.info_nameLabel.pack(side=LEFT)
# Make and pack a listbox to pick which QIE card to talk to:
self.info_nameBox = OptionMenu(self.info_subTop_frame, self.nameChoiceVar, "Bryan Caraway", "Grace Cummings", "Zach Eckert", "Loriza Hasa", "Frank Jensen", "Kamal Lamichhane", "Nesta Lenhert", "Chris Madrid", "Brooks McMaster", "Danny \"HF\" Noonan", "Joe Pastika", "Mark Saunders", "Sezen Sekmen", "Zach Shelton", "Caleb Smith", "Nadja Strobbe")
self.info_nameBox.pack(side=LEFT)
self.info_nameBox.configure(bg=self.topc,fg=self.fontc,activebackground=self.dimc,activeforeground=self.fontc)
self.info_nameBox["menu"].config(bg=self.topc,fg=self.fontc,activebackground=self.dimc,activeforeground=self.fontc)
self.nameChoiceVar.set("Choose Name") # initializes the OptionMenu
# Make a label for the name drop-down:
self.info_commentLabel = Label(self.info_subBot_frame, text="User Testing Comments: ")
self.info_commentLabel.configure(
padx=button_padx,
pady=button_pady,
background=self.topc,
foreground=self.fontc
)
self.info_commentLabel.pack(side=LEFT)
# Make a entrybox for testing comments
self.info_commentBox = Entry(
self.info_subBot_frame,
textvariable=self.infoCommentVar
)
self.info_commentBox.pack(side=LEFT)
self.info_commentBox.configure(bg=self.topc,fg=self.fontc)
self.info_commentBox.bind("<FocusIn>",lockon)
self.info_commentBox.bind("<FocusOut>",lockoff)
######################################
##### #####
##### Experiment Setup Frames #####
##### #####
######################################
self.testLabelList = ["BPL-GND","1.2-GND","1.5-GND","2.5-GND",
"3.3-GND","5.0-GND","1.2-1.5","1.2-2.5","1.2-3.3",
"1.2-AVCC","1.5-2.5","1.5-3.3","1.5-AVCC", "2.5-3.3",
"2.5-AVCC", "3.3-AVCC", "Vis", "SuplCur","Program"]
# Make a label for the entire left frame
self.experi_subFrame_lbl = Label(self.experiment_frame,text="QIE Card Setup & Parameters")
self.experi_subFrame_lbl.configure(
padx=button_padx,
pady=button_pady,
background=self.rightc,
foreground=self.fontc
)
self.experi_subFrame_lbl.pack(side=TOP)
# Make top 2_7 subframe
self.experi_subTop2_7_frame = Frame(self.experiment_frame, bg=self.rightc)
self.experi_subTop2_7_frame.pack(
side=TOP,
ipadx=frame_ipadx, padx=frame_padx,
ipady=frame_ipady, pady=frame_pady,
)
# Make top 2_8 subframe
self.experi_subTop2_8_frame = Frame(self.experiment_frame, bg=self.rightc)
self.experi_subTop2_8_frame.pack(
side=TOP,
ipadx=frame_ipadx, padx=frame_padx,
ipady=frame_ipady, pady=frame_pady,
)
# Make top 2_6 subframe
self.experi_subTop2_6_frame = Frame(self.experiment_frame, bg=self.rightc)
self.experi_subTop2_6_frame.pack(
side=TOP,
ipadx=frame_ipadx, padx=frame_padx,
ipady=frame_ipady, pady=frame_pady,
)
self.experi_subTop2_6_fText = Frame(self.experiment_frame,background=self.rightc)
self.experi_subTop2_6_fText.pack(
side=TOP,
ipadx=frame_ipadx,
ipady=frame_ipady,
padx=frame_padx,
)
# Make top 2 subframe
self.experi_subTop2_frame = Frame(self.experiment_frame,background=self.rightc)
self.experi_subTop2_frame.pack(
side=TOP,
ipadx=frame_ipadx,
ipady=frame_ipady,
padx=frame_padx,
pady=frame_pady
)
# Make top 2_0 subframe
self.experi_subTop2_0_frame = Frame(self.experiment_frame,background=self.rightc)
self.experi_subTop2_0_frame.pack(
side=TOP,
ipadx=frame_ipadx,
ipady=frame_ipady,
padx=frame_padx,
pady=frame_pady
)
# Make top 2_1 subframe
self.experi_subTop2_1_frame = Frame(self.experiment_frame,background=self.rightc)
self.experi_subTop2_1_frame.pack(
side=TOP,
ipadx=frame_ipadx,
ipady=frame_ipady,
padx=frame_padx,
pady=frame_pady
)
# Make top 2_2 subframe
self.experi_subTop2_2_frame = Frame(self.experiment_frame,background=self.rightc)
self.experi_subTop2_2_frame.pack(
side=TOP,
ipadx=frame_ipadx,
ipady=frame_ipady,
padx=frame_padx,
pady=frame_pady
)
# Make top 2_3 subframe
self.experi_subTop2_3_frame = Frame(self.experiment_frame,background=self.rightc)
self.experi_subTop2_3_frame.pack(
side=TOP,
ipadx=frame_ipadx,
ipady=frame_ipady,
padx=frame_padx,
pady=frame_pady
)
# Make top 2_4 subframe
self.experi_subTop2_4_frame = Frame(self.experiment_frame,background=self.rightc)
self.experi_subTop2_4_frame.pack(
side=TOP,
ipadx=frame_ipadx,
ipady=frame_ipady,
padx=frame_padx,
pady=frame_pady
)
# Make top 2_4_5 subframe
self.experi_subTop2_4_5_frame = Frame(self.experiment_frame,background=self.rightc)
self.experi_subTop2_4_5_frame.pack(
side=TOP,
ipadx=frame_ipadx,
ipady=frame_ipady,
padx=frame_padx,
pady=frame_pady
)
# Make top 2_4_6 subframe
self.experi_subTop_2_4_6_frame = Frame(self.experiment_frame, background=self.rightc)
self.experi_subTop_2_4_6_frame.pack(
side=TOP,
ipadx=frame_ipadx,
ipady=frame_ipady,
padx=frame_padx,
pady=frame_pady
)
# Make top 2_5 subframe
self.experi_subTop2_5_frame = Frame(self.experiment_frame,background=self.rightc)
self.experi_subTop2_5_frame.pack(
side=TOP,
ipadx=frame_ipadx,
ipady=frame_ipady,
padx=frame_padx,
pady=frame_pady
)
###################################
### ###
### Subframes on right side ###
### ###
###################################
# Make a buffer frame
self.experi_subTopBuffer_frame = Frame(self.experi_rightFrame,bg=self.midc)
self.experi_subTopBuffer_frame.pack(
side=TOP,
ipady=frame_ipady,
ipadx=frame_ipadx,
padx=frame_padx,
pady=frame_pady
)
# Make an "inspections and tests" label
self.experi_inspections_label = Label(self.experi_subTopBuffer_frame,
text="Inspections and Tests",fg=self.fontc)
self.experi_inspections_label.configure(bg=self.midc)
self.experi_inspections_label.pack()
# Make a subframe for the barcode box
self.experi_barcode_frame = Frame(self.experi_rightFrame, bg=self.midc)
self.experi_barcode_frame.pack(
side=TOP,
ipady=frame_ipady,
ipadx=frame_ipadx,
padx=frame_padx,
pady=frame_pady
)
# Make a label for the Barcode entry
self.experi_barcode_lbl = Label(self.experi_barcode_frame, text="Barcode: ")
self.experi_barcode_lbl.configure(
background=self.midc,
padx=button_padx,
pady=button_pady,
foreground=self.fontc
)
self.experi_barcode_lbl.pack(side=LEFT)
# Make an entry box for the barcode
# Make a entrybox for testing comments
self.experi_barcode_entry = Entry(
self.experi_barcode_frame,
textvariable=self.barcodeEntry
)
self.experi_barcode_entry.pack(side=RIGHT)
self.experi_barcode_entry.configure(bg=self.midc,fg=self.fontc,width=7)
self.experi_barcode_entry.bind("<FocusIn>",lockon)
self.experi_barcode_entry.bind("<FocusOut>",lockoff)
# Make another buffer frame
self.experi_subTopBuffer2_frame = Frame(self.experi_rightFrame,bg=self.midc)
self.experi_subTopBuffer2_frame.pack(
side=TOP,
ipady=frame_ipady,
ipadx=frame_ipadx,
padx=frame_padx,
pady=frame_pady
)
# Make top 3 subframe
self.experi_subTop3_frame = Frame(self.experi_rightFrame,background=self.midc)
self.experi_subTop3_frame.pack(
side=TOP,
ipadx=frame_ipadx,
ipady=frame_ipady,
padx=frame_padx,
)
# Make top 3 subframe for text
self.experi_subTop3_fText = Frame(self.experi_rightFrame,background=self.midc)
self.experi_subTop3_fText.pack(
side=TOP,
ipadx=frame_ipadx,
ipady=frame_ipady,
padx=frame_padx,
)
# Make top 4 subframe
self.experi_subTop4_frame = Frame(self.experi_rightFrame,background=self.midc)
self.experi_subTop4_frame.pack(
side=TOP,
ipadx=frame_ipadx,
padx=frame_padx,
)
# Make top 4 subframe for text
self.experi_subTop4_fText = Frame(self.experi_rightFrame,background=self.midc)
self.experi_subTop4_fText.pack(
side=TOP,
ipadx=frame_ipadx,
padx=frame_padx,
)
# Make top 5 subframe
self.experi_subTop5_frame = Frame(self.experi_rightFrame,background=self.midc)
self.experi_subTop5_frame.pack(
side=TOP,
ipadx=frame_ipadx,
padx=frame_padx,
)
# Make top 5 subframe for text
self.experi_subTop5_fText = Frame(self.experi_rightFrame,background=self.midc)
self.experi_subTop5_fText.pack(
side=TOP,
ipadx=frame_ipadx,
padx=frame_padx,
)
# Make top 6 subframe
self.experi_subTop6_frame = Frame(self.experi_rightFrame,background=self.midc)
self.experi_subTop6_frame.pack(
side=TOP,
ipadx=frame_ipadx,
padx=frame_padx,
)
# Make top 6 subframe for text
self.experi_subTop6_fText = Frame(self.experi_rightFrame,background=self.midc)
self.experi_subTop6_fText.pack(
side=TOP,
ipadx=frame_ipadx,
padx=frame_padx,
)
# Make top 7 subframe
self.experi_subTop7_frame = Frame(self.experi_rightFrame,background=self.midc)
self.experi_subTop7_frame.pack(
side=TOP,
ipadx=frame_ipadx,
ipady=frame_ipady,
pady=frame_pady,
padx=frame_padx,
)
# Create variables for each manual check (16 placeholders for now)
self.testPassList = [StringVar() for i in range(0,19)]
self.testPassState = ("Pass","Fail")
#################################
### ###
### Info for Card ###
### ###
#################################
# Make a label for the uniqueID entry
self.experi_uniqueID_lbl = Label(self.experi_subTop2_frame, text="Unique ID: ")
self.experi_uniqueID_lbl.configure(
background=self.rightc,
foreground=self.fontc,
padx=button_padx,
pady=button_pady
)
self.experi_uniqueID_lbl.pack(side=LEFT)
# Make an entry box for the UniqueID
# Make a entrybox for testing comments
self.experi_uniqueID_entry = Entry(
self.experi_subTop2_frame,
textvariable=self.uniqueIDEntry,
state="readonly",
readonlybackground=self.rightc,
foreground=self.fontc,
width=21
)
self.experi_uniqueID_entry.pack(side=LEFT)
self.experi_uniqueID_lbl = Label(self.experi_subTop2_frame, text="Checksum: ")
self.experi_uniqueID_lbl.configure(
background=self.rightc,
foreground=self.fontc,
padx=button_padx,
pady=button_pady
)
self.experi_uniqueID_lbl.pack(side=LEFT)
# Make an entry box for the Checksum
# Make a entrybox for results
self.experi_uniqueID_entry = Entry(
self.experi_subTop2_frame,
textvariable=self.check,
state="readonly",
readonlybackground=self.rightc,
foreground=self.fontc,
width=6
)
self.experi_uniqueID_entry.pack(side=LEFT)
# Make a label for the temperature entry
self.experi_temperature_lbl = Label(self.experi_subTop2_0_frame, text="Temperature: ")
self.experi_temperature_lbl.configure(
background=self.rightc,
foreground=self.fontc,
padx=button_padx,
pady=button_pady,
)
self.experi_temperature_lbl.pack(side=LEFT)
# Make an entry box for the temperature
# Make a entrybox for testing comments
self.experi_temperature_entry = Entry(
self.experi_subTop2_0_frame,
textvariable=self.tempEntry,
state="readonly",
readonlybackground=self.rightc,
foreground=self.fontc
)
self.experi_temperature_entry.configure(bg=self.rightc,fg=self.fontc)
self.experi_temperature_entry.pack(side=RIGHT)
# Make a label for the main firmware ver entry
self.experi_firmwareVer_lbl = Label(self.experi_subTop2_1_frame, text="Bridge Ver (Major): ")
self.experi_firmwareVer_lbl.configure(
background=self.rightc,
foreground=self.fontc,
padx=button_padx,
pady=button_pady,
)
self.experi_firmwareVer_lbl.pack(side=LEFT)
# Make an entry box for the main firmware ver
# Make a entrybox for testing comments
self.experi_firmwareVer_entry = Entry(
self.experi_subTop2_1_frame,
textvariable=self.firmwareVerEntry,
state="readonly",
readonlybackground=self.rightc,
foreground=self.fontc
)
self.experi_firmwareVer_entry.pack(side=RIGHT)
# Make a label for the minor firmware ver entry
self.experi_firmwareVerMin_lbl = Label(self.experi_subTop2_2_frame, text="Bridge Ver (Minor): ")
self.experi_firmwareVerMin_lbl.configure(
background=self.rightc,
foreground=self.fontc,
padx=button_padx,
pady=button_pady,
)
self.experi_firmwareVerMin_lbl.pack(side=LEFT)
# Make an entry box for the minor firmware
# Make a entrybox for testing comments
self.experi_firmwareVerMin_entry = Entry(
self.experi_subTop2_2_frame,
textvariable=self.firmwareVerMinEntry,
state="readonly",
readonlybackground=self.rightc,
foreground=self.fontc
)
self.experi_firmwareVerMin_entry.pack(side=RIGHT)
# Make a label for the other firmware entry
self.experi_firmwareVerOther_lbl = Label(self.experi_subTop2_3_frame, text="Bridge Ver (Other): ")
self.experi_firmwareVerOther_lbl.configure(
background=self.rightc,
foreground=self.fontc,
padx=button_padx,
pady=button_pady,
)
self.experi_firmwareVerOther_lbl.pack(side=LEFT)
# Make an entry box for the other firmware
# Make a entrybox for testing comments
self.experi_firmwareVerOther_entry = Entry(
self.experi_subTop2_3_frame,
textvariable=self.firmwareVerOtherEntry,
state="readonly",
readonlybackground=self.rightc,
foreground=self.fontc
)
self.experi_firmwareVerOther_entry.pack(side=RIGHT)
# Make a label for the major top igloo firmware entry
self.experi_iglooMajVerT_lbl = Label(self.experi_subTop2_4_frame, text="Top Igloo Ver (Major): ")
self.experi_iglooMajVerT_lbl.configure(
background=self.rightc,
foreground=self.fontc,
padx=button_padx,
pady=button_pady,
)
self.experi_iglooMajVerT_lbl.pack(side=LEFT)
# Make an entry box for the major top firmware
self.experi_iglooMajVerT_entry = Entry(
self.experi_subTop2_4_frame,
textvariable=self.iglooMajVerEntryT,
state="readonly",
readonlybackground=self.rightc,
foreground=self.fontc,
width=4
)
self.experi_iglooMajVerT_entry.pack(side=LEFT)
# Make an entry box for the minor top# firmware
self.experi_iglooMinVerT_entry = Entry(
self.experi_subTop2_4_frame,
textvariable=self.iglooMinVerEntryT,
state="readonly",
readonlybackground=self.rightc,
foreground=self.fontc,
width=4
)
self.experi_iglooMinVerT_entry.pack(side=RIGHT)
# Make a label for the minor top igloo firmware entry
self.experi_iglooMinVerT_lbl = Label(self.experi_subTop2_4_frame, text="(Minor): ")
self.experi_iglooMinVerT_lbl.configure(
background=self.rightc,
foreground=self.fontc,
padx=button_padx,
pady=button_pady,
)
self.experi_iglooMinVerT_lbl.pack(side=RIGHT)
# Make a label for the major bottom igloo firmware entry
self.experi_iglooMajVerB_lbl = Label(self.experi_subTop2_4_5_frame, text="Bottom Igloo Ver (Major): ")
self.experi_iglooMajVerB_lbl.configure(
background=self.rightc,
foreground=self.fontc,
padx=button_padx,
pady=button_pady,
)
self.experi_iglooMajVerB_lbl.pack(side=LEFT)
# Make an entry box for the major bottom# firmware
self.experi_iglooMajVerB_entry = Entry(
self.experi_subTop2_4_5_frame,
textvariable=self.iglooMajVerEntryB,
state="readonly",
readonlybackground=self.rightc,
foreground=self.fontc,
width=4
)
self.experi_iglooMajVerB_entry.pack(side=LEFT)
# Make an entry box for the minor bottom firmware
self.experi_iglooMinVerB_entry = Entry(
self.experi_subTop2_4_5_frame,
textvariable=self.iglooMinVerEntryB,
state="readonly",
readonlybackground=self.rightc,
foreground=self.fontc,
width=4
)
self.experi_iglooMinVerB_entry.pack(side=RIGHT)
# Make a label for the minor bottom igloo firmware entry
self.experi_iglooMinVerB_lbl = Label(self.experi_subTop2_4_5_frame, text="(Minor): ")
self.experi_iglooMinVerB_lbl.configure(
background=self.rightc,
foreground=self.fontc,
padx=button_padx,
pady=button_pady,
)
self.experi_iglooMinVerB_lbl.pack(side=RIGHT)
# Make a label for the igloo toggle check
self.iglooToggle_label = Label(self.experi_subTop_2_4_6_frame, text="Igloo Toggle Test: ")
self.iglooToggle_label.configure(bg=self.rightc,fg=self.fontc,padx=button_padx,pady=button_pady)
self.iglooToggle_label.pack(side=LEFT)
# Make an entry box for the minor firmware
self.iglooToggle_entry = Entry(
self.experi_subTop_2_4_6_frame,
textvariable=self.iglooToggleEntry,
state="readonly",
readonlybackground=self.rightc,
foreground=self.fontc,
width=6
)
self.iglooToggle_entry.pack(side=RIGHT)
# Make a button to read the unique ID & firmware LEFT SIDE
self.experi_uniqueID_left_get = Button(self.experi_subTop2_5_frame, text ="Get Unique ID & Firmware Ver. from Left", command=self.getUniqueIDPress_left)
self.experi_uniqueID_left_get.configure(bg=self.buttonsc[0],fg=self.fontc,activebackground=self.dimbuttonsc[0],activeforeground=self.fontc)
self.experi_uniqueID_left_get.pack(side=TOP)
# Make a button to read the unique ID & firmware RIGHT SIDE
self.experi_uniqueID_right_get = Button(self.experi_subTop2_5_frame, text ="Get Unique ID & Firmware Ver. from Right", command=self.getUniqueIDPress_right)
self.experi_uniqueID_right_get.configure(bg=self.buttonsc[1],fg=self.fontc,activebackground=self.dimbuttonsc[1],activeforeground=self.fontc)
self.experi_uniqueID_right_get.pack(side=TOP)
# Make a button to submit the unique ID & firmware
self.experi_uniqueID_give = Button(self.experi_subTop2_5_frame, text ="Upload Unique ID & Firmware Ver.", command=self.infoSubmitButtonPress)
self.experi_uniqueID_give.configure(bg=self.buttonsc[2],fg=self.fontc,activebackground=self.dimbuttonsc[2],activeforeground=self.fontc)
self.experi_uniqueID_give.pack(side=TOP)
# Make a line of hypens
#self.experi_hyphenLine = Label(self.experi_subTop2_6_frame, text="----------------------------------")
#self.experi_hyphenLine.configure(bg=self.rightc,fg=self.fontc,padx=button_padx,pady=button_pady)
#self.experi_hyphenLine.pack()
# Make a label for the GPIO selection
self.gpioSelect_label = Label(self.experi_subTop2_7_frame, text="Select GPIO Option: ")
self.gpioSelect_label.configure(bg=self.rightc,fg=self.fontc,padx=button_padx,pady=button_pady)
self.gpioSelect_label.pack(side=LEFT)
# Make a option menu for GPIO selection
self.gpioSelect_box = OptionMenu(self.experi_subTop2_7_frame, self.gpioChoiceVar,
"J2 and J21","J3 and J20","J4 and J19","J5 and J18",
"J7 and J26","J8 and J25","J9 and J24","J10 and J23", command=self.gpioBttnPress)
self.gpioSelect_box.configure(bg=self.rightc,fg=self.fontc,activebackground=self.dimc,activeforeground=self.fontc)
self.gpioSelect_box.pack(side=LEFT)
self.gpioSelect_box["menu"].config(bg=self.topc,fg=self.fontc,activebackground=self.dimc,activeforeground=self.fontc)
self.gpioChoiceVar.set("J2 and J21")
# Make a checkbox to overwrite/not overwrite pre-existing data
self.overwriteBox = Checkbutton(self.experi_subTop2_7_frame, text="Igloo Arming Switch", variable=self.iglooArmed)
self.overwriteBox.configure(bg=self.buttonsc[5],fg=self.fontc,activebackground=self.dimbuttonsc[5],activeforeground=self.fontc,selectcolor=self.checkc)
self.overwriteBox.pack(side=LEFT,
padx = button_padx,
pady = button_pady,
ipady = button_pady,
ipadx = button_padx)
# Make a button to submit GPIO option
self.gpioSelect_bttn = Button(self.experi_subTop2_8_frame, command=self.gpioBttnPress,
text="Submit GPIO Choice")
self.gpioSelect_bttn.configure(bg=self.buttonsc[0],fg=self.fontc,activebackground=self.dimbuttonsc[0],activeforeground=self.fontc)
self.gpioSelect_bttn.pack()
################################
### ###
### Visual Tests ###
### ###
################################
self.testDescDict = {"BPL-GND" : " Bkpln to GND", "1.2-GND" : "1.2V to GND", "1.5-GND" : "1.5V to GND",
"2.5-GND" : "2.5V to GND", "3.3-GND" : "3.3V to GND ", "5.0-GND" : " 5.0V to GND",
"1.2-1.5" : "1.2V to 1.5V", "1.2-2.5" : "1.2V to 2.5V", "1.2-3.3" : "1.2V to 3.3V", "1.2-AVCC" : "1.2V to AVCC ",
"1.5-2.5" : " 1.5V to 2.5V", "1.5-3.3" : "1.5V to 3.3V", "1.5-AVCC" : "1.5V to AVCC", "2.5-3.3" : "2.5V to 3.3V",
"2.5-AVCC" : "2.5V to AVCC ", "3.3-AVCC" : " 3.3V to AVCC", "Vis" : "Visual Inspec. ", "SuplCur" : " Supply Current","Program" : "Bridge Programming OK "}
# self.testPassList = [StringVar() for i in range(0,19)]
# self.testLabelList = ["Res_1","Res_2","Res_3","Res_4",
# "Res_5","Res_6","Res_7","Res_8",
# "Res_9","Res_10","Res_11", "Res_12",
# "Res_13", "Res_14", "Res_15", "SuplCur", "Vis", "Program",
# "Res_16"]
self.testPassInfo = []
for i in range(0,5):
if (listbuttons):
self.testPassInfo.append(OptionMenu(self.experi_subTop3_frame,self.testPassList[i],"Fail","Pass","N/A",command=self.infoValChange))
self.testPassInfo[i]["menu"].config(bg=self.topc,fg=self.fontc,activebackground=self.dimc,activeforeground=self.fontc)
self.testPassList[i].set("N/A")
else:
self.testPassInfo.append(Button(self.experi_subTop3_frame,text="N/A",command=partial(self.togglepstate,i)))
self.testPassInfo[i].configure(width=11,bg=self.buttonsc[3],fg=self.fontc,activebackground=self.dimbuttonsc[3],activeforeground=self.fontc)
self.testPassInfo[i].pack(side=LEFT)
self.testPassLabel=Label(self.experi_subTop3_fText, text=self.testDescDict[self.testLabelList[i]]+"\n",bg=self.midc,fg=self.fontc)
self.testPassLabel.configure(width=15)
self.testPassLabel.pack(side=LEFT)
for i in range(5,10):
if (listbuttons):
self.testPassInfo.append(OptionMenu(self.experi_subTop4_frame,self.testPassList[i],"Fail","Pass","N/A",command=self.infoValChange))
self.testPassInfo[i]["menu"].config(bg=self.topc,fg=self.fontc,activebackground=self.dimc,activeforeground=self.fontc)
self.testPassList[i].set("N/A")
else:
self.testPassInfo.append(Button(self.experi_subTop4_frame,text="N/A",command=partial(self.togglepstate,i)))
self.testPassInfo[i].configure(width=11, bg=self.buttonsc[3],fg=self.fontc,activebackground=self.dimbuttonsc[3],activeforeground=self.fontc)
self.testPassInfo[i].pack(side=LEFT)
self.testPassLabel=Label(self.experi_subTop4_fText, text=self.testDescDict[self.testLabelList[i]]+"\n", bg=self.midc,fg=self.fontc)
self.testPassLabel.configure(width=15)
self.testPassLabel.pack(side=LEFT)
for i in range(10,15):
if (listbuttons):
self.testPassInfo.append(OptionMenu(self.experi_subTop5_frame,self.testPassList[i],"Fail","Pass","N/A",command=self.infoValChange))
self.testPassInfo[i]["menu"].config(bg=self.topc,fg=self.fontc,activebackground=self.dimc,activeforeground=self.fontc)
self.testPassList[i].set("N/A")
else:
self.testPassInfo.append(Button(self.experi_subTop5_frame,text="N/A",command=partial(self.togglepstate,i)))
self.testPassInfo[i].configure(width=11,bg=self.buttonsc[3],fg=self.fontc,activebackground=self.dimbuttonsc[3],activeforeground=self.fontc)
self.testPassInfo[i].pack(side=LEFT)
self.testPassLabel=Label(self.experi_subTop5_fText, text=self.testDescDict[self.testLabelList[i]]+"\n", bg=self.midc,fg=self.fontc)
self.testPassLabel.configure(width=15)
self.testPassLabel.pack(side=LEFT)
for i in range(15,17):
if (listbuttons):
self.testPassInfo.append(OptionMenu(self.experi_subTop6_frame,self.testPassList[i],"Fail","Pass","N/A",command=self.infoValChange))
self.testPassInfo[i]["menu"].config(bg=self.topc,fg=self.fontc,activebackground=self.dimc,activeforeground=self.fontc)
self.testPassList[i].set("N/A")
else:
self.testPassInfo.append(Button(self.experi_subTop6_frame,text="N/A",command=partial(self.togglepstate,i)))
self.testPassInfo[i].configure(width=15,bg=self.buttonsc[3],fg=self.fontc,activebackground=self.dimbuttonsc[3],activeforeground=self.fontc)
self.testPassInfo[i].pack(side=LEFT)
self.testPassLabel=Label(self.experi_subTop6_fText, text=self.testDescDict[self.testLabelList[i]]+"\n", bg=self.midc,fg=self.fontc)
self.testPassLabel.configure(width=20)
self.testPassLabel.pack(side=LEFT)
for i in range(17,19):
if (listbuttons):
self.testPassInfo.append(OptionMenu(self.experi_subTop2_6_frame,self.testPassList[i],"Fail","Pass","N/A",command=self.infoValChange))
self.testPassInfo[i]["menu"].config(bg=self.topc,fg=self.fontc,activebackground=self.dimc,activeforeground=self.fontc)
self.testPassList[i].set("N/A")
else:
self.testPassInfo.append(Button(self.experi_subTop2_6_frame,text="N/A",command=partial(self.togglepstate,i)))
self.testPassInfo[i].configure(width=16,bg=self.buttonsc[3],fg=self.fontc,activebackground=self.dimbuttonsc[3],activeforeground=self.fontc)
self.testPassInfo[i].pack(side=LEFT)
self.testPassLabel=Label(self.experi_subTop2_6_fText, text=self.testDescDict[self.testLabelList[i]]+"\n",bg=self.midc,fg=self.fontc)
self.testPassLabel.configure(width=20)
self.testPassLabel.pack(side=LEFT)
# Make a checkbox to overwrite/not overwrite pre-existing data
self.overwriteBox = Checkbutton(self.experi_subTop7_frame, text="Overwrite existing QIE Card data (if applicable)?", variable=self.overwriteVar)
self.overwriteBox.configure(bg=self.buttonsc[1],fg=self.fontc,activebackground=self.dimbuttonsc[1],activeforeground=self.fontc,selectcolor=self.checkc)
self.overwriteBox.pack(side=TOP,
padx = button_padx,
pady = button_pady,
ipady = button_pady*2,
ipadx = button_padx*2)
# Make a button to submit tests and information
self.passAllTestsBttn = Button(self.experi_subTop7_frame, text="Pass All Tests", command=self.throwPassAllBox)
self.passAllTestsBttn.configure(bg=self.buttonsc[4], fg=self.fontc, width=40, activebackground=self.dimbuttonsc[4], activeforeground=self.fontc)
self.passAllTestsBttn.pack(side=TOP)
# Make a button to submit tests and information
self.initSubmitBttn = Button(self.experi_subTop7_frame, text="Submit Inspections & Tests", command=self.initSubmitBttnPress)
self.initSubmitBttn.configure(bg=self.buttonsc[5], fg=self.fontc, width=40, activebackground=self.dimbuttonsc[5], activeforeground=self.fontc)
self.initSubmitBttn.pack(side=TOP)
# Make a button to clear all results
self.clearDataBttn = Button(self.experi_subTop7_frame, text="Clear Inspections, Tests, & Info", command=self.clearDataBttnPress)
self.clearDataBttn.configure(bg=self.buttonsc[6], fg=self.fontc, width=40, activebackground=self.dimbuttonsc[6], activeforeground=self.fontc)
self.clearDataBttn.pack(side=TOP)
#################################
### ###
### BEGIN MEMBER FUNCTIONS ###
### ###
#################################
# This function is needed to make the json dumps print properly
def jdefault(self,o):
return o.__dict__
##########################################################################################
# Controls the three-state button behavior (when enabled) for Pass/Fail buttons
def togglepstate(self,i,event=None):
if ((event is not None) and lockout):
return
for o in range(1):#len(self.testPassInfo)):
if(self.testPassList[i].get() == "Pass"):
self.testPassInfo[i].configure(text="Fail",bg=self.buttonsc[2],fg=self.fontc,activebackground=self.dimbuttonsc[2],activeforeground=self.fontc)
self.testPassList[i].set("Fail")
elif(self.testPassList[i].get() == "Fail"):
self.testPassList[i].set("N/A")
self.testPassInfo[i].configure(text="N/A",bg=self.buttonsc[3],fg=self.fontc,activebackground=self.dimbuttonsc[3],activeforeground=self.fontc)
else:
self.testPassList[i].set("Pass")
self.testPassInfo[i].configure(text="Pass",bg=self.buttonsc[8],fg=self.fontc,activebackground=self.dimbuttonsc[8],activeforeground=self.fontc)
#########################################################################################
# Dumps the results of the tests & inspections to a json file
def initSubmitBttnPress(self):
if (self.nameChoiceVar.get() == "Choose Name"):
self.throwErrorBox()
return None
self.initialTest.User = self.nameChoiceVar.get()
self.initialTest.TestComment = self.infoCommentVar.get()
self.initialTest.Barcode = self.barcodeEntry.get()
self.initialTest.DateRun = str(datetime.now())