#!/usr/bin/env python3

# 'tweet_queue' when returned will contain only the valid tweets .'work' when

# returned contains the validated commands from the scrubber. It is directly

# related to 'tweet_queue' so tweet_queue[0] and work[0] relate to the same job

# this must be maintained for the responder to work properly. work[i] has 5 parts

# work[i][0] = {the valid string as matched by the reg ex}

# work[i][1] = {the valid A part}

# work[i][2] = {the valid operation part}

# work[i][3] = {the valid B part}

# work[i][4] = {is empty but will have xxxxx placed here to indicate the solution as a string}

# work[i][5] = {is empty but will have xxxxx placed here to indicate the solution as an int}

#

import twy_twitter as twitter

import twitalu_globals as globals

import twitalu_init as init

import twitalu_OPCODE_display as OPCODE_display

import nixie

import time

if globals.no_hardware == True:

import twitalu_Math_dev as tMath

nixie.init()

else:

import twitalu_Math as tMath

init.init()

while(1):

nixie.tumble_display()

OPCODE_display.display_twit_check()

time.sleep(4)

tweets = twitter.get_tweets()

[tweet_queue, work] = twitter.input_scrub(tweets)

try:

print()

work_keys = list(work.keys())

print("Current work queue keys: {0}".format(work_keys))

final_key = work_keys[(len(work)) - 1]

except:

final_key = 0

print("Final Key: {0}".format(final_key))

print()

print("***Processing Work***")

if len(work) > 0:

for i in range(0, int(final_key) + 1):

print("|_ Job number: {0}".format(i))

OPCODE_display.display_twitalu()

nixie.tumble_display()

time.sleep(2)

try:

print("|__ Raw work: {0}".format(work[i]["0"]))

nixie.write_value(int(work[i]["1"]), 1)

time.sleep(2)

# Decode operation and display on LED matrix

if work[i]["2"] == "+":

OPCODE_display.display_ADD()

elif work[i]["2"] == "-":

OPCODE_display.display_SUB()

elif work[i]["2"] == "*":

OPCODE_display.display_MUL()

elif work[i]["2"] == "/":

OPCODE_display.display_DIV()

elif work[i]["2"] == "AND":

OPCODE_display.display_AND()

elif work[i]["2"] == "OR":

OPCODE_display.display_OR()

elif work[i]["2"] == "XOR":

OPCODE_display.display_XOR()

elif work[i]["2"] == "ROR":

OPCODE_display.display_ROR()

elif work[i]["2"] == "ROL":

OPCODE_display.display_ROL()

time.sleep(2)

nixie.write_value(int(work[i]["3"]), 2)

time.sleep(2)

print("|___ Action: Perform calculation")

result = tMath.calculate(work[i]["1"],work[i]["2"],work[i]["3"])

print("|____ Result: {0}".format(result))

print("|_____ Action: Format for insertion")

result_str = "{0}".format(result)

print("|______Result: {0}".format(result_str))

work[i]["4"] = result_str

work[i]["5"] = result

nixie.write_value(int(work[i]["5"]), 3)

time.sleep(5)

except:

print("|__ Job empty.")

print("|___ Conclusion: Job scrubbed")

else:

print("|_ Job queue empty.")

print("|__ Conclusion: No work")

twitter.send_response(tweet_queue, work, final_key)