def start_cashout(self):
# Create a new object ( Validator Object ) and initialize it
print("Start cashin lol")
self.validator = eSSP(com_port=self._validator_port,
ssp_address="0",
nv11=False,
debug=True)
def _start_cashin(self):
# Create a new object ( Validator Object ) and initialize it
print("Start cashin lol")
validator = eSSP(com_port=self._validator_port,
ssp_address="0",
nv11=False,
debug=True)
global i
EsspCashinDriver._setup_validator(validator)
while not self._stop_cashin.is_set():
last_event = validator.get_last_event()
if last_event is None:
continue
(note, currency, event) = last_event
if event == Status.SSP_POLL_CREDIT:
if note not in EsspCashinDriver._MAP_CHANNEL_NOTES.keys():
continue
value = EsspCashinDriver._MAP_CHANNEL_NOTES[note]
self._callback_message("CHF:{}".format(value))
EsspCashinDriver._close_validator(validator)
def __init__(self, device = '/dev/ttyACM0', inhibits_mask = [1, 1, 1, 0, 0, 0]):
self._logger = logging.getLogger(__name__)
self._eSSP = eSSP.eSSP(device)
self._inhibits_mask = inhibits_mask
self._inhibits = [0, 0, 0, 0, 0, 0]
self._eSSP.sync()
self._eSSP.enable_higher_protocol()
self._channelvalues = self._eSSP.channel_values()[1]
self._thread = threading.Thread(target = self._run)
self._keep_running = True
self._essp_lock = threading.RLock()
self._poll_queue = Queue.Queue(5)
self._thread.setDaemon(True)
self._thread.start()
def __init__(self,
device='/dev/ttyACM0',
inhibits_mask=[1, 1, 1, 0, 0, 0]):
self._logger = logging.getLogger(__name__)
self._eSSP = eSSP.eSSP(device)
self._inhibits_mask = inhibits_mask
self._inhibits = [0, 0, 0, 0, 0, 0]
self._eSSP.sync()
self._eSSP.enable_higher_protocol()
self._channelvalues = self._eSSP.channel_values()[1]
self._thread = threading.Thread(target=self._run)
self._keep_running = True
self._essp_lock = threading.RLock()
self._poll_queue = Queue.Queue(5)
self._thread.setDaemon(True)
self._thread.start()
import eSSP
import time
k = eSSP.eSSP('/dev/ttyACM1')
#print k.sync()
#print k.serial_number()
#print k.enable()
#print k.bulb_on()
#print k.bulb_off()
#print k.enable_higher_protocol()
#print k.poll()
#print k.set_inhibits('0xFF', '0xFF')
#print k.set_inhibits(k.easy_inhibit([1, 0, 1]), '0x00')
#print k.unit_data()
#print k.setup_request();
#k.disable();
#k.reset();
#print k.channel_security();
#print k.channel_values();
#print k.channel_reteach();
print 'sync'
print k.sync()
print 'higher protocol'
print k.enable_higher_protocol()
print 'serial'
print k.serial_number()
print 'enable'
print k.enable()
print 'generator'
print k.set_generator()
import eSSP
import time
k = eSSP.eSSP('/dev/ttyACM0')
#print k.sync()
#print k.serial_number()
#print k.enable()
#print k.bulb_on()
#print k.bulb_off()
#print k.enable_higher_protocol()
#print k.poll()
#print k.set_inhibits('0xFF', '0xFF')
#print k.set_inhibits(k.easy_inhibit([1, 0, 1]), '0x00')
#print k.unit_data()
#print k.setup_request();
#k.disable();
#k.reset();
#print k.channel_security();
#print k.channel_values();
#print k.channel_reteach();
print k.sync()
print k.enable_higher_protocol()
print k.set_inhibits('0x3F', '0x00')
print k.enable()
var = 1
i = 0
while var == 1:
poll = k.poll()
print "Poll"
from datetime import datetime
from daemon import Daemon
import subprocess
import eSSP
import time
# Figure out which /dev to listen to.
sort_bv = os.path.expanduser('~/laundry_prog/find_bv.sh')
usb = subprocess.check_output([sort_bv])
print "\nThis is USB:", usb[:-1]
# k = eSSP.eSSP('/dev/tty.usbmodemfa131')
k = eSSP.eSSP(usb[:-1])
# print k.sync()
# print k.serial_number()
# print k.enable()
# print k.bulb_on()
# print k.bulb_off()
# print k.enable_higher_protocol()
# print k.poll()
# print k.set_inhibits('0xFF', '0xFF')
# print k.set_inhibits(k.easy_inhibit([1, 0, 1]), '0x00')
# print k.unit_data()
# print k.setup_request();
# k.disable();
# k.reset();
# print k.channel_security();
# print k.channel_values();
import eSSP
import time
k = eSSP.eSSP('/dev/ttyACM0')
#print k.sync()
#print k.serial_number()
#print k.enable()
#print k.bulb_on()
#print k.bulb_off()
#print k.enable_higher_protocol()
#print k.poll()
#print k.set_inhibits('0xFF', '0xFF')
#print k.set_inhibits(k.easy_inhibit([1, 0, 1]), '0x00')
#print k.unit_data()
#print k.setup_request();
#k.disable();
#k.reset();
#print k.channel_security();
#print k.channel_values();
#print k.channel_reteach();
print k.sync()
print k.enable_higher_protocol()
print k.set_inhibits(k.easy_inhibit([1, 0, 1]), '0x00')
print k.enable()
var = 1
i = 0
while var == 1:
poll = k.poll()
print "Poll"
def bv_port(looker): # Find the port for the BV find_bv = os.path.expanduser(looker) bv = subprocess.check_output([find_bv]) print "\nThis is the port for the Bill Validator:", bv[:-1] return eSSP.eSSP(bv[:-1])
usb = subprocess.check_output([arduino])
print "This is the port for the RFID antenna:", usb[:-1]
return serial.Serial(usb[:-1], 115200, timeout = 0.1, bytesize=serial.EIGHTBITS)
if sys.platform.startswith('darwin'):
mpath = os.path.expanduser('~/raspy/find_bv.sh')
k = bv_port(mpath)
mpath = os.path.expanduser('~/raspy/find_arduino.sh')
ser = arduino_port(mpath)
# Find the port for the BV
find_bv = os.path.expanduser('~/raspy/find_bv.sh')
bv = subprocess.check_output([find_bv])
print "\nThis is the port for the Bill Validator:", bv[:-1]
k = eSSP.eSSP(bv[:-1])
elif sys.platform.startswith('linux'):
# Find the port for the BV
k = bv_port("~/laundry_prog/find_bv.sh")
# Find the port for the RFID returns Serial instance
station_arduino = arduino_port("~/laundry_prog/find_arduino.sh")
# Set screen width in characters
SCREEN_WIDTH = 16
# Initialize serial connection
disp = serial.Serial(port='/dev/ttyAMA0', baudrate=19200)
import threading
from eSSP.constants import Status
from eSSP import eSSP # Import the library
from time import sleep
# Create a new object ( Validator Object ) and initialize it ( In debug mode, so it will print debug infos )
validator = eSSP(com_port="/dev/ttyUSB0", ssp_address="0", nv11=False, debug=True)
def event_loop():
while True:
# ---- Example of interaction with events ---- #
if validator.nv11: # If the model is an NV11, put every 100 note in the storage, and others in the stack(cashbox), but that's just for this example
(note, currency,event) = validator.get_last_event()
if note == 0 or currency == 0 or event == 0:
pass # Operation that do not send money info, we don't do anything with it
else:
if note != 4 and event == Status.SSP_POLL_CREDIT:
validator.print_debug("NOT A 100 NOTE")
validator.nv11_stack_next_note()
validator.enable_validator()
elif note == 4 and event == Status.SSP_POLL_READ:
validator.print_debug("100 NOTE")
validator.set_route_storage(100) # Route to storage
validator.do_actions()
validator.set_route_cashbox(50) # Everything under or equal to 50 to cashbox ( NV11 )
sleep(0.5)
t1 = threading.Thread(target=event_loop) # Create a new thread on the Validator System Loop ( needed for the signal )
t1.setDaemon(True) # Set the thread as daemon because it don't catch the KeyboardInterrupt, so it will stop when we cut the main thread
t1.start() # Start the validator system loop thread ( Needed for starting sending action )
