def clock_emps_get_all(self, cr, uid, clock_id, ret_dict = False, pwd = False, finger_print = False, context=None):
if not clock_id:
return []
clock = clock_util.clock_obj()
clock_data = self.pool.get('hr.clock').read(cr, uid, clock_id, ['ip','port'], context=context)
clock_util.clock_connect(clock, clock_data['ip'], clock_data['port'])
#get all employees on clock
clock_emps = clock_util.clock_user_get_all(clock, ret_dict = ret_dict, pwd=pwd, finger_print=finger_print)
clock_util.clock_disconnect(clock)
return clock_emps
def clock_emps_delete(self, cr, uid, order_data, context=None):
if not order_data:
return False
#update data to clock
clock = clock_util.clock_obj()
clock_util.clock_connect(clock, order_data.clock_id.ip, order_data.clock_id.port)
for emp_sync in order_data.emp_ids_sync:
#delete all clock user data, including base info, finger print, password
clock_util.clock_user_delete(clock, emp_sync.emp_code)
#disconnect clock
clock.RefreshData(1)
clock_util.clock_disconnect(clock)
return True
def clock_emps_get(self, cr, uid, clock_id, emp_codes, ret_dict = False, pwd = False, finger_print = False, context=None):
if not clock_id:
return []
clock = clock_util.clock_obj()
clock_data = self.pool.get('hr.clock').read(cr, uid, clock_id, ['ip','port'], context=context)
clock_util.clock_connect(clock, clock_data['ip'], clock_data['port'])
#get all employees on clock
emps_clock = []
if ret_dict:
emps_clock = {}
for emp_code in emp_codes:
emp_clock = clock_util.clock_user_get(clock, emp_code, pwd=pwd, finger_print=finger_print)
if emp_clock:
if ret_dict:
emps_clock[emp_code] = emp_clock
else:
emps_clock.append(emp_clock)
clock_util.clock_disconnect(clock)
return emps_clock
def clock_emps_set(self, cr, uid, order_data, context=None):
if not order_data:
return False
#store the password and finger print to update
emps_fp_pwd = {}
if order_data.sync_opt_pwd or order_data.sync_opt_fp:
emp_codes = [emp.emp_code for emp in order_data.emp_ids_sync]
emp_obj = self.pool.get('hr.employee')
emp_ids = emp_obj.search(cr, uid, [('emp_code','in',emp_codes)],context=context)
read_flds = ['emp_code']
if order_data.sync_opt_pwd:
read_flds += ['clock_pwd']
if order_data.sync_opt_fp:
read_flds += ['clock_fp1','clock_fp2','clock_fp3','clock_fp4','clock_fp5','clock_fp6','clock_fp7','clock_fp8','clock_fp9','clock_fp10',]
emps = emp_obj.read(cr, uid, emp_ids, read_flds, context=context)
for emp in emps:
emps_fp_pwd[emp['emp_code']] = emp
#update data to clock
clock = clock_util.clock_obj()
clock_util.clock_connect(clock, order_data.clock_id.ip, order_data.clock_id.port)
for emp_sync in order_data.emp_ids_sync:
new_clock_pwd = False
new_clock_fps = []
if order_data.sync_opt_pwd or order_data.sync_opt_fp:
fp_pwd = emps_fp_pwd[emp_sync.emp_code]
if order_data.sync_opt_pwd:
new_clock_pwd += fp_pwd['clock_pwd']
if order_data.sync_opt_fp:
for i in range(1,11):
new_clock_fps.append(fp_pwd['clock_fp%s'%(i,)])
#set clock user data
clock_util.clock_user_set(clock, emp_sync, order_data.sync_opt_pwd, new_clock_pwd, order_data.sync_opt_fp, new_clock_fps)
#disconnect clock
clock.RefreshData(1)
clock_util.clock_disconnect(clock)
return True
