def upgrade_box():
global main_page_flag
try:
cur = time.localtime()
if cur.tm_hour == 0:
upgrade_info = download.repository.DownloadDao.get_upgrade_info({
"type":
"UPGRADE_BOX",
"status":
"finish"
})
if len(upgrade_info) == 0:
return
else:
_upgrade_info = upgrade_info[0]
if _upgrade_info["initFlag"] == 1: # update and init client
Configurator.set_value("Upgrade", "initFlag", "1")
while 1:
if main_page_flag:
download.repository.DownloadDao.update_upgrade_info_for_deleteflag(
{"id": upgrade_info[0]["id"]})
os.system("upgradeIM.EXE")
except Exception as e:
logger.error(("upgrade_box ERROR :", e))
def set_version():
global version
conf_version = Configurator.get_value("Version", "version")
if conf_version is None:
Configurator.set_value("Version", "version", version)
elif conf_version == version:
return
else:
Configurator.set_value("Version", "version", version)
def upgrade_init():
try:
init_flag = Configurator.get_value("Upgrade", "initFlag", default=0)
if init_flag == "1":
logger.debug("start to init client ")
init_client()
logger.debug("init_client finish ")
Configurator.set_value("Upgrade", "initFlag", "0")
else:
logger.debug("init flag is 0")
except Exception as e:
logger.error(("upgrade_init ERROR :", e))
def start():
global cabinet_count, lock_machine_port, lock_version, buffer_range_count
if Configurator.get_value("LockMachine", "cabinet_count"):
cabinet_count = Configurator.get_value("LockMachine", "cabinet_count")
try:
lock_machine_port = serial.Serial(
**ClientTools.get_port_value("LockMachine", 38400, 'COM2'))
print("start lock_machine_port is:" + lock_machine_port)
if lock_version == "1":
buffer_range_count = 8
elif lock_version == "2":
buffer_range_count = 5
except Exception as e:
print(e)
logger.warn(e)
def get_box():
order_no = Configurator.get_value("ClientInfo", "OrderNo")
param = {"orderNo": order_no, "deleteFlag": 0}
box_list = BoxDao.get_box_by_order_no(param)
if len(box_list) != 1:
return False
return box_list[0]
def __init__(self, tab, c, e, db):
"""
inizializza la gui di configurazione delle entita'
@param string: classe o tab di appartenenza dell'entita' <'MARCHE'><'PARAMETRI'>
@param Configurator:i
@note: il valore del tab fa si che il testo delle entichette sopra le due liste sia adeguato all'entita'
inoltre la casella per la selezione del numero max di marche e' visibile esclusivamente se tab ='marche'
"""
label = {}
self.entity = e
self.configurator = c
label['marche'] = [
"CLASSI MARCHE DISPONIBILI", "CLASSI MARCHE SELEZIONATE"
]
label['parametri'] = ["PARAMETRI DISPONIBILI", "PARAMETRI SELEZIONATI"]
visible = {}
visible['marche'] = True
visible['parametri'] = False
self.tab = tab.lower()
QMainWindow.__init__(self, parent=None)
self.w = Ui_Configurazione()
self.setupUi(self)
self.label.setText(label[self.tab][0])
self.label_2.setText(label[self.tab][1])
self.label_num.setVisible(visible[self.tab])
self.spin_num.setVisible(visible[self.tab])
#self.setWindowTitle("Configurazione "+self.tab.lower()+nomeDb.capitalize())
self.db = db
c = Configurator(self.tab, self.db)
#genero la lista degli elementi selezionabili
self.elementsList = []
l = c.getAvailableElements(self.tab)
for i in l:
#print i
e = EntityElement(
i['Id'], self.tab,
self.db) # il costruttore richiede class_id e tab
self.elementsList.append(e)
#c.addElement()
self.updateLists()
self.connect(self.table_disp,
QtCore.SIGNAL("customContextMenuRequested(QPoint)"),
self.onContextDisp)
self.connect(self.table_sel,
QtCore.SIGNAL("customContextMenuRequested(QPoint)"),
self.onContextSel)
def __init__(self):
Config = Configurator.Configurator()
ConfiguredObject = Config.read_configuration()
Section = "DB Section"
parameter_dict = Config.get_parameters(ConfiguredObject, Section)
self.host = parameter_dict['host']
self.dbname = parameter_dict['dbname']
self.user = parameter_dict['user']
self.pwd = parameter_dict['password']
def settings():
config = cf.Configurator()
settings = config.BuildUIData()
"""Renders the about page."""
return render_template(
'settings.html',
title='Settings',
year=datetime.now().year,
settings = settings,
message='Update Settings Required for Application.'
)
def __init__(self,tab,c,e,db):
"""
inizializza la gui di configurazione delle entita'
@param string: classe o tab di appartenenza dell'entita' <'MARCHE'><'PARAMETRI'>
@param Configurator:i
@note: il valore del tab fa si che il testo delle entichette sopra le due liste sia adeguato all'entita'
inoltre la casella per la selezione del numero max di marche e' visibile esclusivamente se tab ='marche'
"""
label={}
self.entity=e
self.configurator=c
label['marche']=["CLASSI MARCHE DISPONIBILI","CLASSI MARCHE SELEZIONATE"]
label['parametri']=["PARAMETRI DISPONIBILI","PARAMETRI SELEZIONATI"]
visible={}
visible['marche']=True
visible['parametri']=False
self.tab=tab.lower()
QMainWindow.__init__(self,parent=None)
self.w=Ui_Configurazione()
self.setupUi(self)
self.label.setText(label[self.tab][0])
self.label_2.setText(label[self.tab][1])
self.label_num.setVisible(visible[self.tab])
self.spin_num.setVisible(visible[self.tab])
#self.setWindowTitle("Configurazione "+self.tab.lower()+nomeDb.capitalize())
self.db=db
c=Configurator(self.tab,self.db)
#genero la lista degli elementi selezionabili
self.elementsList=[]
l=c.getAvailableElements(self.tab)
for i in l:
#print i
e=EntityElement(i['Id'],self.tab,self.db)# il costruttore richiede class_id e tab
self.elementsList.append(e)
#c.addElement()
self.updateLists()
self.connect(self.table_disp,QtCore.SIGNAL("customContextMenuRequested(QPoint)"),self.onContextDisp)
self.connect(self.table_sel,QtCore.SIGNAL("customContextMenuRequested(QPoint)"),self.onContextSel)
def manager_get_box_info():
box_info = get_box()
box_info["operator_name"] = CompanyDao.get_company_by_id({"id": box_info["operator_id"]})[0]["name"]
box_info["order_no"] = Configurator.get_value("ClientInfo", "OrderNo")
box_info["token"] = Configurator.get_value("ClientInfo", "Token")
# Scanner
if Configurator.get_value("Scanner", "port"):
box_info["scanner_port"] = Configurator.get_value("Scanner", "port")
else:
box_info["scanner_port"] = "None"
# LockMachine
if Configurator.get_value("LockMachine", "port"):
box_info["lock_machine_port"] = Configurator.get_value("LockMachine", "port")
else:
box_info["lock_machine_port"] = "None"
# UPS
if Configurator.get_value("Ups", "port"):
box_info["ups_port"] = Configurator.get_value("Ups", "port")
else:
box_info["ups_port"] = "None"
box_signal_handler.manager_get_box_info_signal.emit(json.dumps(box_info))
def get_port_value(device_name,
default_baud_rate,
default_port,
default_timeout=1):
if Configurator.get_value(device_name, "baudrate"):
baudrate = Configurator.get_value(device_name, "baudrate")
else:
baudrate = default_baud_rate
if Configurator.get_value(device_name, "port"):
port = Configurator.get_value(device_name, "port")
else:
port = default_port
if Configurator.get_value(device_name, "timeout"):
timeout = Configurator.get_value(device_name, "timeout")
else:
timeout = default_timeout
__result = {'baudrate': baudrate, 'port': port, 'timeout': timeout}
logger.debug((device_name, __result))
return __result
def testGetValue(self):
self.assertEqual(Configurator.get_value("CoinMachine", "port"), "com5")
self.assertEqual(Configurator.get_value("CoinMachine", "None"), None)
self.assertEqual(Configurator.get_value("None", "None"), None)
import logging
import requests
import Configurator
import box.service.BoxService
NOT_INTERNET_ = {'statusCode': -1, 'statusMessage': 'Not Internet'}
__author__ = 'gaoyang'
url = Configurator.get_value("ClientInfo", "ServerAddress")
order_no = Configurator.get_value("ClientInfo", "OrderNo")
box_token = Configurator.get_value("ClientInfo", "Token")
user_token = ""
disk_serial_number = ""
logger = logging.getLogger()
def set_user_token(token):
global user_token
user_token = token
def clean_user_token():
global user_token
user_token = ""
def get_header():
from Configurator import * # Licensed to the Apache Software Foundation (ASF) under one # or more contributor license agreements. See the NOTICE file # distributed with this work for additional information # regarding copyright ownership. The ASF licenses this file # to you under the Apache License, Version 2.0 (the # "License"); you may not use this file except in compliance # with the License. You may obtain a copy of the License at # # http://www.apache.org/licenses/LICENSE-2.0 # #* Unless required by applicable law or agreed to in writing, software # distributed under the License is distributed on an "AS IS" BASIS, # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. # See the License for the specific language governing permissions and # limitations under the License. Configurator()
def mainMenu():
os.system('cls')
mode = 1
while mode != 0:
print(' Options: \n 1 - REF \n 2 - WCS Settings \
\n 3 - MDI \n 4 - JOG \n 5 - AUTO \n 6 - Machine Connection \n ')
print('Select: ')
mode = msvcrt.getch().decode('utf-8').lower()
os.system('cls')
if mode == '1':
Functions.refMachine()
if mode == '2':
Functions.WCS_set()
if mode == '3':
Functions.MDI()
if mode == '4':
Functions.JOG()
if mode == '5':
Functions.AUTO()
if mode == '6':
machine.connection()
mode = 0
Configurator.loadConfig()
while 1:
mainMenu()
def main():
print ('myPrint')
myPrint()
print
Configurator.write_conf()
print ('String: both_ends')
cases = ast.literal_eval(Configurator.get_conf('String', 'both_ends'))
for case in cases:
print (case + ' -> ' + mystring.both_ends(case))
print
print ('String: fix_start')
cases = ast.literal_eval(Configurator.get_conf('String', 'fix_start'))
for case in cases:
print (case + ' -> ' + mystring.fix_start(case))
print
print ('String: mix_up')
cases = ast.literal_eval(Configurator.get_conf('String', 'mix_up'))
for case in cases:
print (case),
print (' -> ' + mystring.mix_up(case[0], case[1]))
print
print ('String: not_bad')
cases = ast.literal_eval(Configurator.get_conf('String', 'not_bad'))
for case in cases:
print (case + ' -> ' + mystring.not_bad(case))
print
print ('String: font_back')
cases = ast.literal_eval(Configurator.get_conf('String', 'front_back'))
for case in cases:
print (case),
print (' -> ' + mystring.front_back(case[0], case[1]))
print
print ('List: match_ends')
cases = ast.literal_eval(Configurator.get_conf('List', 'match_ends'))
for case in cases:
print (case),
print (' -> '),
print (mylist.match_ends(case))
print
print ('List: front_x')
cases = ast.literal_eval(Configurator.get_conf('List', 'front_x'))
for case in cases:
print (case),
print (' -> '),
print (mylist.front_x(case))
print
print ('List: sort_last')
cases = ast.literal_eval(Configurator.get_conf('List', 'sort_last'))
for case in cases:
print (case),
print (' -> '),
print (mylist.sort_last(case))
print
print ('List: remove_adjacent')
cases = ast.literal_eval(Configurator.get_conf('List', 'remove_adjacent'))
for case in cases:
print (case),
print (' -> '),
print (mylist.remove_adjacent(case))
print
print ('List: linear_merge')
cases = ast.literal_eval(Configurator.get_conf('List', 'linear_merge'))
for case in cases:
print (case),
print (' -> '),
print (mylist.linear_merge(case[0], case[1]))
print
print ('Remote:')
width = ast.literal_eval(Configurator.get_conf('Remote', 'width'))
x = ast.literal_eval(Configurator.get_conf('Remote', 'x'))
y = ast.literal_eval(Configurator.get_conf('Remote', 'y'))
remote = remotekeypad.remotekeypad(width, x, y)
cases = ast.literal_eval(Configurator.get_conf('Remote', 'keys'))
for case in cases:
remote.get_moves(case)
print
def init_printer():
global character_set, printer
if Configurator.get_value("Printer", "character_set"):
character_set = Configurator.get_value("Printer", "character_set")
printer = serial.Serial(
**ClientTools.get_port_value("Printer", 38400, 'COM3'))
def setUp(self):
Configurator.set_value("CoinMachine", "port", "com5")
import time
import Configurator
import ClientTools
import codecs
import serial
__author__ = 'gaoyang'
lock_machine_port = None
cabinet_count = 16
door_count = 24
lock = threading.Lock()
logger = logging.getLogger()
lock_version = Configurator.get_or_set_value("LockMachine",
"version",
default="1")
buffer_range_count = ""
class LockMachineHandler(QObject):
open_door_result = pyqtSignal(str)
def start():
global cabinet_count, lock_machine_port, lock_version, buffer_range_count
if Configurator.get_value("LockMachine", "cabinet_count"):
cabinet_count = Configurator.get_value("LockMachine", "cabinet_count")
try:
lock_machine_port = serial.Serial(
**ClientTools.get_port_value("LockMachine", 38400, 'COM2'))
def WCS_set():
selected_WCS = 1
while selected_WCS != 'r':
print('WCSs: \n 4 - G54 \n 5 - G55 \n 6 - G56 \n')
print('Select WCS to configure: (R to return)')
selected_WCS = msvcrt.getch().decode('utf-8').lower()
os.system('cls')
#print(selected_WCS)
#time.sleep(5)
if selected_WCS == '4':
option = 1
while option != 'r':
print('G54: \n X : %.3f \n Y : %.3f \n Z : %.3f' %
(machine.G54[0], machine.G54[1], machine.G54[2]))
print('\n Select axis : (R to return)')
option = msvcrt.getch().decode('utf-8').lower()
if option == 'x':
print('x : ')
offset = input()
if offset != '':
machine.G54[0] = (machine.machine_pos[0] -
float(offset))
elif option == 'y':
print('y : ')
offset = input()
if offset != '':
machine.G54[1] = (machine.machine_pos[1] -
float(offset))
elif option == 'z':
print('z : ')
offset = input()
if offset != '':
machine.G54[2] = (machine.machine_pos[2] -
float(offset))
os.system('cls')
elif selected_WCS == '5':
option = 1
while option != 'r':
print('G55: \n X : %.3f \n Y : %.3f \n Z : %.3f' %
(machine.G55[0], machine.G55[1], machine.G55[2]))
print('\n Select axis : (R to return)')
option = msvcrt.getch().decode('utf-8').lower()
if option == 'x':
print('x : ')
offset = input()
if offset != '':
machine.G55[0] = (machine.machine_pos[0] -
float(offset))
elif option == 'y':
print('y : ')
offset = input()
if offset != '':
machine.G55[1] = (machine.machine_pos[1] -
float(offset))
elif option == 'z':
print('z : ')
offset = input()
if offset != '':
machine.G55[2] = (machine.machine_pos[2] -
float(offset))
elif selected_WCS == '6':
option = 1
while option != 'r':
print('G56: \n X : %.3f \n Y : %.3f \n Z : %.3f' %
(machine.G56[0], machine.G56[1], machine.G56[2]))
print('\n Select axis : (R to return)')
option = msvcrt.getch().decode('utf-8').lower()
if option == 'x':
print('x : ')
offset = input()
if offset != '':
machine.G56[0] = (machine.machine_pos[0] -
float(offset))
elif option == 'y':
print('y : ')
offset = input()
if offset != '':
machine.G56[1] = (machine.machine_pos[1] -
float(offset))
elif option == 'z':
print('z : ')
offset = input()
if offset != '':
machine.G56[2] = (machine.machine_pos[2] -
float(offset))
Configurator.saveConfig()
os.system('cls')
def testSetValue(self):
Configurator.set_value("None Section", "None Option", "None Value")
self.assertEqual(Configurator.get_value("None Section", "None Option"),
"None Value")