def printDriver(self, customer_info, order_execution):
escpos1 = escpos()
escpos1.charSize(2, 2)
escpos1.text('Driver slip')
escpos1.text(str(customer_info[0])) #order no
escpos1.text(customer_info[1]) #Customer name
escpos1.text(order_execution[4]) #delivery date
escpos1.text(order_execution[5]) #delivery time
escpos1.align('left')
escpos1.charSize(1, 1)
escpos1.text(order_execution[10]) #note
escpos1.charSize(2, 2)
escpos1.text(customer_info[2]) #Address
escpos1.text(customer_info[3]) #phone
#Generate QR code and print out
latitude = customer_info[5]
longitude = customer_info[6]
qr_code = qrcode.make(
f'http://www.google.com/maps/place/{latitude},{longitude}',
box_size=5)
qr_code.save('qr_location.png')
escpos1.image('qr_location.png')
escpos1.newline(3)
escpos1.cut()
self._printout(escpos1.raw)
def printDelivery(self, printdict, translation):
escpos1 = escpos()
escpos1.align('center')
escpos1.bold('on')
escpos1.charSize(2, 2)
escpos1.text(printdict['deliveryType'])
escpos1.newline(1)
escpos1.text(printdict['executionTime'])
escpos1.newline(1)
escpos1.text(printdict['name'])
escpos1.newline(1)
escpos1.text('Shopify Order No ' + str(printdict['orderno']))
escpos1.newline(3)
#Print out items
for item in printdict['items']:
#Check translation
if item[0] in translation:
itemstr = translation[item[0]]
else:
itemstr = item[0]
escpos1.text(itemstr + ' x ' + str(item[1]))
escpos1.newline(1)
escpos1.cut()
self._printout(escpos1.raw)
def printTest(self):
escpos1 = escpos()
escpos1.align('left')
escpos1.charSize(2, 2)
escpos1.text('Successful!')
escpos1.newline(3)
escpos1.cut()
self._printout(escpos1.raw)
def printOrder_kitchen(self, orderexecution, customer, order_items,
print_translation):
escpos1 = escpos()
escpos1.charSize(2, 2)
escpos1.align('center')
escpos1.text(orderexecution[3]) #order type or delivery or pickup
escpos1.text(str(orderexecution[0])) #order no
escpos1.text(orderexecution[4]) #Date for delivery
escpos1.text(orderexecution[5]) #Time frame for delivery
escpos1.newline(1)
escpos1.text(orderexecution[2]) #Customer name
escpos1.newline(2)
#We will need a delay warning here
#Print a mark line to separate the reading between header and the actual orders
escpos1.align('center')
escpos1.charSize(2, 2)
escpos1.text('-------')
escpos1.newline(2)
#Print the items
escpos1.charSize(2, 2)
for item in order_items:
#try to see if a translation exists
if item[0] in print_translation:
dish = print_translation[item[0]]
else:
dish = item[0]
if item[1] == 1:
escpos1.text(dish)
else:
escpos1.text(dish + ' ' + 'X' + ' ' + str(item[1]))
escpos1.newline(2)
escpos1.newline(3)
escpos1.cut()
self._printout(escpos1.raw)
def printOrder_packer(self, orderexecution, customer, order_items,
print_translation):
escpos1 = escpos()
escpos1.charSize(2, 2)
escpos1.align('center')
escpos1.text(orderexecution[3]) #order type delivery or pickup
escpos1.text(str(orderexecution[0])) #order no
escpos1.text(orderexecution[4]) #Date for delivery
escpos1.text(orderexecution[5]) #Time frame for delivery
escpos1.newline(1)
escpos1.text(orderexecution[2]) #Customer name
escpos1.newline(1)
#We will need a delay warning here
escpos1.align('left')
escpos1.charSize(1, 1)
escpos1.text('Customer note ')
escpos1.text(orderexecution[-1]) #customer note
escpos1.newline(2)
#Print the items
escpos1.charSize(2, 2)
for item in order_items:
#try to see if a translation exists
if item[0] in print_translation:
dish = print_translation[item[0]]
else:
dish = item[0]
if item[1] == 1:
escpos1.text(dish)
else:
escpos1.text(dish + ' ' + 'X' + ' ' + str(item[1]))
escpos1.newline(3)
escpos1.cut()
self._printout(escpos1.raw)