def delit(self, widget):
l = logic()
no = self.builder.get_object("item_delete_text").get_text()
# no = int(no)
l.deletelogic(no)
self.item_delet.hide()
l.itad(self.builder)
def delit(self, widget):
l = logic()
no = self.builder.get_object("item_delete_text").get_text()
#no = int(no)
l.deletelogic(no)
self.item_delet.hide()
l.itad(self.builder)
def ad_bil(self, widget):
self.a_i_t_b.show()
self.builder.get_object("sr_no").set_text("")
self.builder.get_object("add_i_no").set_text("")
self.builder.get_object("add_quantity").set_text("")
self.builder.get_object("item_weight").set_text("")
l = logic()
def ad_bil(self, widget):
self.a_i_t_b.show()
self.builder.get_object("sr_no").set_text("")
self.builder.get_object("add_i_no").set_text("")
self.builder.get_object("add_quantity").set_text("")
self.builder.get_object("item_weight").set_text("")
l = logic()
def itemadd(self, widget):
self.add_item_name.show()
l = logic()
item_ne = l.i_num()
item_ne = str(item_ne)
self.builder.get_object("item_na").set_text("")
self.builder.get_object("item_rat").set_text("")
self.builder.get_object("item_num").set_text(item_ne)
def openb(self, widget):
l = logic()
l.show(self.builder, 0)
l.show_bi(self.builder)
self.new_bill_window.show()
self.vbox20.hide()
self.search_result_window.hide()
self.search_window.hide()
def itemadd(self, widget):
self.add_item_name.show()
l = logic()
item_ne = l.i_num()
item_ne = str(item_ne)
self.builder.get_object("item_na").set_text("")
self.builder.get_object("item_rat").set_text("")
self.builder.get_object("item_num").set_text(item_ne)
def openb(self, widget):
l = logic()
l.show(self.builder, 0)
l.show_bi(self.builder)
self.new_bill_window.show()
self.vbox20.hide()
self.search_result_window.hide()
self.search_window.hide()
def n_bill(self, widget):
self.new_bill_window.show()
l = logic()
dateset = l.dates()
num = l.invoice_num()
num = str(num)
self.builder.get_object("sell_date").set_text(dateset)
self.builder.get_object("challan_no").set_text(num)
self.builder.get_object("invoice_no").set_text(num)
self.builder.get_object("weight").set_text("")
self.main_window.hide()
def n_bill(self, widget):
self.new_bill_window.show()
l = logic()
dateset = l.dates()
num = l.invoice_num()
num = str(num)
self.builder.get_object("sell_date").set_text(dateset)
self.builder.get_object("challan_no").set_text(num)
self.builder.get_object("invoice_no").set_text(num)
self.builder.get_object("weight").set_text('')
self.main_window.hide()
def add_item(self, widget):
item_name = self.builder.get_object("item_na").get_text()
item_rate = self.builder.get_object("item_rat").get_text()
item_re = self.builder.get_object("item_num").get_text()
item_name = str(item_name)
item_rate = float(item_rate)
item_re = int(item_re)
l = logic()
l.item_add(item_re, item_name, item_rate)
self.add_item_name.hide()
l.itad(self.builder)
def add_item(self, widget):
item_name = self.builder.get_object("item_na").get_text()
item_rate = self.builder.get_object("item_rat").get_text()
item_re = self.builder.get_object("item_num").get_text()
item_name = str(item_name)
item_rate = float(item_rate)
item_re = int(item_re)
l = logic()
l.item_add(item_re, item_name, item_rate)
self.add_item_name.hide()
l.itad(self.builder)
def rrr_parser( sp_line, opcode_d ):
if len( sp_line ) > 3:
instr = logic(0)
r = [0, 0, 0]
for i in xrange( 1, 4 ):
r_ = regstr_to_int( sp_line[i] )
if r_:
r[ i - 1 ] = r_
else:
return "Wrong reg name"
instr[15:12] = int( opcode_d["opbin"] )
instr[11:9] = r[0]
instr[8:6] = r[1]
instr[2:0] = r[2]
return instr
else:
return "Too short"
def rri_parser( sp_line, opcode_d ):
if len( sp_line ) > 3:
instr = logic(0)
r = [0, 0]
for i in xrange( 1, 3 ):
r_ = regstr_to_int( sp_line[i] )
if r_:
r[ i - 1 ] = r_
else:
return "Wrong reg name"
#TODO: check imm values
imm = int( sp_line[3] )
instr[15:12] = int( opcode_d["opbin"] )
instr[11:9] = r[0]
instr[8:6] = r[1]
instr[5:0] = imm
return instr
else:
return "Too short"
def backdel(self, widget):
self.item_delet.hide()
l = logic()
l.itad(self.builder)
def it_details(self, widget):
self.item_detail.show()
l = logic()
l.itad(self.builder)
def pur_sav(self, widget):
l = logic()
l.purchase(self.builder)
l.show_purchase(self.builder)
self.add_purchase_window.hide()
def delpurclick(self, widget):
l = logic()
no = int(self.builder.get_object("entry11").get_text())
l.delpurclick1(no)
self.window1.hide()
l.show_purchase(self.builder)
def purchase(self, widget):
self.main_window.hide()
l = logic()
l.show_purchase(self.builder)
self.purchase_window.show()
def find(self, widget):
self.search_result_window.show()
l = logic()
l.find_search(self.builder)
import sys
import unittest
try:
from unittest import mock
except ImportError:
from mock import mock
from mongomock import MongoClient
sys.modules['helga.plugins'] = mock.Mock() # hack to avoid py3 errors in test
from helga.db import db
from helga_{{ cookiecutter.plugin_package }}.helga_{{ cookiecutter.plugin_package }} import logic
class Test{{ cookiecutter.plugin_package }}(unittest.TestCase):
def setUp(self):
self.db_patch = mock.patch(
'pymongo.MongoClient',
new_callable=lambda: MongoClient
)
self.db_patch.start()
self.addCleanup(self.db_patch.stop)
def tearDown(self):
db.{{ cookiecutter.plugin_package }}.drop()
def test_{{ cookiecutter.plugin_package }}(self):
self.assertEqual('Hello World!', logic(None))
if __name__ == '__main__':
unittest.main()
def i_delete(self, widget):
self.item_delet1.hide()
no = self.builder.get_object("entry1").get_text()
no = int(no)
l = logic()
l.del_description(no, self.builder)
#!/usr/bin/python2.7
from logic import *
import re
ASM_FILE = "t.asm"
OUT_FILE = "t.bin"
opcodes_d = {
"NOP" : {
"opbin" : logic( int( "0000", 2 ) ),
"type" : "NOP"
},
"ADD" : {
"opbin" : logic( int( "0001", 2 ) ),
"type" : "RRR"
},
"SUB" : {
"opbin" : logic( int( "0010", 2 ) ),
"type" : "RRR"
},
"AND" : {
"opbin" : logic( int( "0011", 2 ) ),
"type" : "RRR"
},
"OR" : {
"opbin" : logic( int( "0100", 2 ) ),
def sav_bill(self, widget):
l = logic()
l.checkupdate(self.builder)
def sav_bill(self, widget):
l = logic()
l.checkupdate(self.builder)
def add_to_bill(self, widget):
self.a_i_t_b.hide()
l = logic()
l.add_to_bill(self.builder)
l.show(self.builder, 0)
def purchase(self, widget):
self.main_window.hide()
l = logic()
l.show_purchase(self.builder)
self.purchase_window.show()
def find(self, widget):
self.search_result_window.show()
l = logic()
l.find_search(self.builder)
def recordview(self, widget):
self.window2.show()
l = logic()
self.view_record_window.hide()
l.showrecord(self.builder)
def i_delete(self, widget):
self.item_delet1.hide()
no = self.builder.get_object("entry1").get_text()
no = int(no)
l = logic()
l.del_description(no, self.builder)
def viewfind(self, widget):
l = logic()
l.viewrecord(self.builder)
def it_details(self, widget):
self.item_detail.show()
l = logic()
l.itad(self.builder)
def recordview(self, widget):
self.window2.show()
l = logic()
self.view_record_window.hide()
l.showrecord(self.builder)
def backbill(self, widget):
self.new_bill_window.hide()
self.main_window.show()
l = logic()
l.clear_n_bill(self.builder)
def delpurclick(self, widget):
l = logic()
no = int(self.builder.get_object("entry11").get_text())
l.delpurclick1(no)
self.window1.hide()
l.show_purchase(self.builder)
def pur_add(self, widget):
self.add_purchase_window.show()
l = logic()
self.builder.get_object("entry4").set_text(l.datenow)
def pur_sav(self, widget):
l = logic()
l.purchase(self.builder)
l.show_purchase(self.builder)
self.add_purchase_window.hide()
def backdel(self, widget):
self.item_delet.hide()
l = logic()
l.itad(self.builder)
def pur_add(self, widget):
self.add_purchase_window.show()
l = logic()
self.builder.get_object("entry4").set_text(l.datenow)
def add_to_bill(self, widget):
self.a_i_t_b.hide()
l = logic()
l.add_to_bill(self.builder)
l.show(self.builder, 0)
def backbill(self, widget):
self.new_bill_window.hide()
self.main_window.show()
l = logic()
l.clear_n_bill(self.builder)
import unittest
from {{ cookiecutter.package }}.{{ cookiecutter.package }} import logic
class Test{{ cookiecutter.package }}(unittest.TestCase):
def test_{{ cookiecutter.package }}(self):
self.assertEqual("Hello World!", logic())
def checkNot(logic):
state1 = logic(0)
state2 = logic(1)
print("0 : %d" % (state1))
print("1 : %d" % (state2))
print("")
def traffic():
clock = pygame.time.Clock() # load clock
viap = random.randint(0, 2)
vias = random.randint(viap, 2)
weather = random.randint(0, 1)
flow = [
random.randint(0, 1),
random.randint(0, 1),
random.randint(2, 3),
random.randint(0, 1)
]
print(viap, vias, weather, flow)
'''timeg = [0, 0, 0, 0]
timer = [0, 0, 0, 0]
export = {
'viap': [0 for i in range(50)],
'vias': [0 for i in range(50)],
'weather': [0 for i in range(50)],
'flow': [0 for i in range(50)],
'timeg': [0 for i in range(50)],
'timer': [0 for i in range(50)],
}
export['viap'][0] = viap
export['vias'][0] = vias
export['weather'][0] = weather
export['flow'][0] = flow[0] + flow[1]'''
# datetime.date.timetuple(datetime.datetime.now())
# time.struct_time(tm_year=2018, tm_mon=7, tm_mday=4, tm_hour=0, tm_min=0, tm_sec=0, tm_wday=2, tm_yday=185, tm_isdst=-1)
start = datetime.datetime.timetuple(datetime.datetime.now())
frame = pygame.display.set_mode((WIDTH, HEIGHT))
display.set_caption(CAPTION)
lwatch1 = Watch(SIGNAL_POS[0][0] - 5, SIGNAL_POS[0][1] + 15)
lwatch2 = Watch(SIGNAL_POS[0][0] + 5, SIGNAL_POS[0][1] + 15)
rwatch1 = Watch(SIGNAL_POS[1][0] - 5, SIGNAL_POS[1][1] - 15)
rwatch2 = Watch(SIGNAL_POS[1][0] + 5, SIGNAL_POS[1][1] - 15)
uwatch1 = Watch(SIGNAL_POS[2][0] - 20, SIGNAL_POS[2][1])
uwatch2 = Watch(SIGNAL_POS[2][0] - 10, SIGNAL_POS[2][1])
dwatch1 = Watch(SIGNAL_POS[3][0] + 10, SIGNAL_POS[3][1])
dwatch2 = Watch(SIGNAL_POS[3][0] + 20, SIGNAL_POS[3][1])
carr = [[Cars(0, WEATHER[weather], viap), None],
[Cars(1, WEATHER[weather], viap), None]]
carl = [[Cars(2, WEATHER[weather], viap), None],
[Cars(3, WEATHER[weather], viap), None]]
caru = [[Cars(4, WEATHER[weather], vias), None],
[Cars(5, WEATHER[weather], vias), None]]
card = [[Cars(6, WEATHER[weather], vias), None],
[Cars(7, WEATHER[weather], vias), None]]
lsignal = Signal(SIGNAL_POS[0][0], SIGNAL_POS[0][1], 'l')
lsignal.change_sign('green')
rsignal = Signal(SIGNAL_POS[1][0], SIGNAL_POS[1][1], 'r')
rsignal.change_sign('green')
usignal = Signal(SIGNAL_POS[2][0], SIGNAL_POS[2][1], 'u')
usignal.change_sign('red')
dsignal = Signal(SIGNAL_POS[3][0], SIGNAL_POS[3][1], 'd')
dsignal.change_sign('red')
button0 = Button('stop', BTN_POS[0][0], BTN_POS[0][1])
button1 = Button('pause', BTN_POS[1][0], BTN_POS[1][1])
button2 = Button('play', BTN_POS[2][0], BTN_POS[2][1])
all_cars = Group(carr[0][:-1], carr[1][:-1], carl[0][:-1], carl[1][:-1],
caru[0][:-1], caru[1][:-1], card[0][:-1], card[1][:-1])
all_signals = Group(lsignal, rsignal, usignal, dsignal)
all_watches = Group(lwatch1, lwatch2, rwatch1, rwatch2, uwatch1, uwatch2,
dwatch1, dwatch2)
all_buttons = Group(button0, button1, button2)
signal_counterh = 0
signal_counterv = 2
cont = 0
yellow_time = 3
green_time, red_time = logic(viap, weather, flow[0] + flow[1], vias, True,
1)
total_time = green_time + red_time + yellow_time
rtime = 0
#iter = 0
while True:
if rtime == 0:
signal_counterv = 2
usignal.change_sign('red')
dsignal.change_sign('red')
# if export['timeg'][iter] != 0:
# iter += 1
# viap = random.randint(0, 2)
# vias = random.randint(viap, 2)
# weather = random.randint(0, 1)
# flow = [random.randint(0, 1), random.randint(0, 1), random.randint(2, 3), random.randint(0, 1)]
# export['viap'][iter] = viap
# export['vias'][iter] = vias
# export['weather'][iter] = weather
# export['flow'][iter] = flow[0] + flow[1]
# timeg = [0, 0, 0, 0]
# timer = [0, 0, 0, 0]
# print(iter-1, export['viap'][iter - 1],export['viap'][iter - 1], export['weather'][iter - 1], export['flow'][iter - 1], export['timeg'][iter - 1], export['timer'][iter - 1])
if rtime == 1:
signal_counterh = 0
lsignal.change_sign('green')
rsignal.change_sign('green')
usignal.change_sign('red')
dsignal.change_sign('red')
elif rtime == green_time + 1:
signal_counterh = 1
lsignal.change_sign('yellow')
rsignal.change_sign('yellow')
elif rtime == green_time + yellow_time:
signal_counterh = 2
lsignal.change_sign('red')
rsignal.change_sign('red')
elif rtime == green_time + yellow_time + 1:
signal_counterv = 0
usignal.change_sign('green')
dsignal.change_sign('green')
elif rtime == green_time + red_time + 1:
signal_counterv = 1
usignal.change_sign('yellow')
dsignal.change_sign('yellow')
# export['timeg'][iter] = max(timeg)
# export['timer'][iter] = max(timer)
if rtime < green_time + 1:
if cont != rtime:
lwatch1.change_num(mt.floor((green_time - rtime) / 10))
lwatch2.change_num(mt.floor((green_time - rtime) % 10))
rwatch1.change_num(mt.floor((green_time - rtime) / 10))
rwatch2.change_num(mt.floor((green_time - rtime) % 10))
uwatch1.change_num('off')
uwatch2.change_num('off')
dwatch1.change_num('off')
dwatch2.change_num('off')
else:
cont = rtime
elif rtime < green_time + yellow_time + 1:
if cont != rtime:
lwatch1.change_num('off')
lwatch2.change_num('off')
rwatch1.change_num('off')
rwatch2.change_num('off')
else:
cont = rtime
elif rtime < green_time + red_time + 1:
if cont != rtime:
lwatch1.change_num('off')
lwatch2.change_num('off')
rwatch1.change_num('off')
rwatch2.change_num('off')
uwatch1.change_num(
mt.floor((green_time + red_time - rtime) / 10))
uwatch2.change_num(
mt.floor((green_time + red_time - rtime) % 10))
dwatch1.change_num(
mt.floor((green_time + red_time - rtime) / 10))
dwatch2.change_num(
mt.floor((green_time + red_time - rtime) % 10))
else:
cont = rtime
else:
uwatch1.change_num('off')
uwatch2.change_num('off')
dwatch1.change_num('off')
dwatch2.change_num('off')
now = datetime.datetime.timetuple(datetime.datetime.now())
seconds = (now.tm_hour * 3600 + now.tm_min * 60 + now.tm_sec) - (
start.tm_hour * 3600 + start.tm_min * 60 + start.tm_sec)
rtime = seconds % total_time
mouse_pos = mouse.get_pos()
click = mouse.get_pressed()
drawBackground(frame)
# print(frame.get_at((int(WIDTH/2),int(HEIGHT/2))))
for i in range(len(carr)):
for j in range(len(carr[i]) - 1):
carr[i][j].move(signal_counterh, carr[i][j + 1])
for i in range(len(carl)):
for j in range(len(carl[i]) - 1):
carl[i][j].move(signal_counterh, carl[i][j + 1])
for i in range(len(caru)):
for j in range(len(caru[i]) - 1):
caru[i][j].move(signal_counterv, caru[i][j + 1])
for i in range(len(card)):
for j in range(len(card[i]) - 1):
card[i][j].move(signal_counterv, card[i][j + 1])
if carr[0][0] is None:
carr[0].insert(0, Cars(0, WEATHER[weather], viap))
if carr[0][0].x < WIDTH - 40 and len(
carr[0]) < MAX_CAR[0] and random.randint(
0, FLOW[INTENSITY[0]]) == 0:
carr[0].insert(0, Cars(0, WEATHER[weather], viap))
if carr[0][len(carr[0]) - 2].x < 0:
carr[0].pop(len(carr[0]) - 2)
if carr[1][0] is None:
carr[1].insert(0, Cars(1, WEATHER[weather], viap))
if carr[1][0].x < WIDTH - 40 and len(
carr[1]) < MAX_CAR[0] and random.randint(
0, FLOW[INTENSITY[0]]) == 0:
carr[1].insert(0, Cars(1, WEATHER[weather], viap))
if carr[1][len(carr[1]) - 2].x < 0:
carr[1].pop(len(carr[1]) - 2)
if carl[0][0] is None:
carl[0].insert(0, Cars(2, WEATHER[weather], viap))
if carl[0][0].x > 40 and len(carl[0]) < MAX_CAR[0] and random.randint(
0, FLOW[INTENSITY[flow[0]]]) == 0:
carl[0].insert(0, Cars(2, WEATHER[weather], viap))
if carl[0][len(carl[0]) - 2].x > WIDTH:
carl[0].pop(len(carl[0]) - 2)
if carl[1][0] is None:
carl[1].insert(0, Cars(3, WEATHER[weather], viap))
if carl[1][0].x > 40 and len(carl[1]) < MAX_CAR[0] and random.randint(
0, FLOW[INTENSITY[flow[1]]]) == 0:
carl[1].insert(0, Cars(3, WEATHER[weather], viap))
if carl[1][len(carl[1]) - 2].x > WIDTH:
carl[1].pop(len(carl[1]) - 2)
if caru[0][0] is None:
caru[0].insert(0, Cars(4, WEATHER[weather], vias))
# timeg[0] = rtime - green_time - yellow_time if timeg[0] == 0 else timeg[0]
if caru[0][0].y > 40 and random.randint(0,
FLOW[INTENSITY[flow[2]]]) == 0:
if len(caru[0]) < MAX_CAR[1]:
caru[0].insert(0, Cars(4, WEATHER[weather], vias))
# else:
# timer[0] = rtime if timer[0] == 0 else timer[0]
if caru[0][len(caru[0]) - 2].y > HEIGHT:
caru[0].pop(len(caru[0]) - 2)
if caru[1][0] is None:
caru[1].insert(0, Cars(5, WEATHER[weather], vias))
# timeg[1] = rtime - green_time - yellow_time if timeg[1] == 0 else timeg[1]
if caru[1][0].y > 40 and random.randint(0,
FLOW[INTENSITY[flow[2]]]) == 0:
if len(caru[1]) < MAX_CAR[1]:
caru[1].insert(0, Cars(5, WEATHER[weather], vias))
# else:
# timer[1] = rtime if timer[1] == 0 else timer[1]
if caru[1][len(caru[1]) - 2].y > HEIGHT:
caru[1].pop(len(caru[1]) - 2)
if card[0][0] is None:
card[0].insert(0, Cars(6, WEATHER[weather], vias))
# timeg[2] = rtime - green_time - yellow_time if timeg[2] == 0 else timeg[2]
if card[0][0].y < WIDTH - 40 and random.randint(
0, FLOW[INTENSITY[flow[3]]]) == 0:
if len(card[0]) < MAX_CAR[1]:
card[0].insert(0, Cars(6, WEATHER[weather], vias))
# else:
# timer[2] = rtime if timer[2] == 0 else timer[2]
if card[0][len(card[0]) - 2].y < 0:
card[0].pop(len(card[0]) - 2)
if card[1][0] is None:
card[1].insert(0, Cars(7, WEATHER[weather], vias))
# timeg[3] = rtime - green_time - yellow_time if timeg[3] == 0 else timeg[3]
if card[1][0].y < WIDTH - 40 and random.randint(
0, FLOW[INTENSITY[3]]) == 0:
if len(card[1]) < MAX_CAR[1]:
card[1].insert(0, Cars(7, WEATHER[weather], vias))
# else:
# timer[3] = rtime if timer[3] == 0 else timer[3]
if card[1][len(card[1]) - 2].y < 0:
card[1].pop(len(card[1]) - 2)
all_cars = Group(carr[0][:-1], carr[1][:-1], carl[0][:-1],
carl[1][:-1], caru[0][:-1], caru[1][:-1],
card[0][:-1], card[1][:-1])
e = event.pump() # Don't ever remove this for Odin's sake!
# Stop execution
if BTN_POS[0][0] + 18 > mouse_pos[0] > BTN_POS[0][0] - 18 and BTN_POS[
0][1] + 18 > mouse_pos[1] > BTN_POS[0][1] - 18:
button0.hover('stoph')
if click[0] == 1:
break
else:
button0.hover('stop')
# Pause execution
if BTN_POS[1][0] + 18 > mouse_pos[0] > BTN_POS[1][0] - 18 and BTN_POS[
1][1] + 18 > mouse_pos[1] > BTN_POS[1][1] - 18:
button1.hover('pauseh')
if click[0] == 1:
while True:
mouse_pos = mouse.get_pos()
click = mouse.get_pressed()
e = event.pump() # Don't ever remove this for Odin's sake!
if BTN_POS[0][0] + 18 > mouse_pos[0] > BTN_POS[0][
0] - 18 and BTN_POS[0][1] + 18 > mouse_pos[
1] > BTN_POS[0][1] - 18:
button0.hover('stoph')
if click[0] == 1:
pygame.quit()
quit()
else:
button0.hover('stop')
if BTN_POS[2][0] + 18 > mouse_pos[0] > BTN_POS[2][
0] - 18 and BTN_POS[2][1] + 18 > mouse_pos[
1] > BTN_POS[2][1] - 18:
button2.hover('playh')
if click[0] == 1:
button2.hover('play')
start = datetime.datetime.timetuple(
datetime.datetime.now())
try:
green_time, red_time = logic()
total_time = green_time + red_time + yellow_time
except:
green_time, red_time = randLogic()
total_time = green_time + red_time + yellow_time
break
else:
button2.hover('play')
drawBackground(frame)
all_cars.draw(frame)
all_signals.draw(frame)
all_watches.draw(frame)
all_buttons.draw(frame)
display.update()
pygame.display.flip()
else:
button1.hover('pause')
all_cars.draw(frame)
all_signals.draw(frame)
all_watches.draw(frame)
all_buttons.draw(frame)
display.update()
pygame.display.flip()
pygame.quit()
quit()
clock = pygame.time.Clock() # load clock
def viewfind(self, widget):
l = logic()
l.viewrecord(self.builder)
