def set_POINT(self):
"""Set the inching time of all selected devices by user ."""
# Check if the user has selected the device
if len(self.select_name) <= 0:
QMessageBox.information(
self,
"Ошибка отправки",
"Не выбрано устройство!",
QMessageBox.Yes,
QMessageBox.Yes)
return
vrg = {}
# The pop-up dialog box waits for user input
set_time_dialog = SetTimeDialog()
set_time_dialog.show()
ret = set_time_dialog.exec_()
if ret:
if set_time_dialog.set_sta:
all_time = set_time_dialog.all_time()
print("all_time", all_time)
if all_time == 0:
QMessageBox.critical(
self, "set time fail", "input time error!")
return
vrg["pulseWidth"] = all_time
vrg["pulse"] = "on"
else:
vrg["pulse"] = "off"
vrg["pulseWidth"] = 500
set_time_dialog.destroy()
self.run_detection(command_num=5, command_vrg=vrg)
def set_POINT_a_sub(self, sub_id):
"""
Set the inching time of all selected devices by user .
:param sub_id: You need to set the device ID for the inching mode
:return:
"""
# Parses the mDNS to get the inching information to the current device
# and adds it to the dialog box
vrg = {}
pass
vrg["pulse"] = "on"
sub_info = self.mDNS_info_sta[sub_id]
all_time = sub_info["pulseWidth"]
min_time = all_time // 60000
sec_time = all_time % 60000 // 1000
if all_time % 1000 == 500:
sec_sta = True
else:
sec_sta = False
if sub_info["pulse"]:
sta = True
else:
sta = False
# The pop-up dialog box waits for user input
set_time_dialog = SetTimeDialog(min=min_time,
sec=sec_time,
pulse=sta,
sec_sta=sec_sta)
set_time_dialog.show()
ret = set_time_dialog.exec_()
if ret != 0:
all_time = set_time_dialog.all_time()
print("all_time", all_time)
if all_time == 0:
QMessageBox.critical(self, "set time fail",
"input time error!")
return
if set_time_dialog.set_sta:
vrg["pulseWidth"] = all_time
vrg["pulse"] = "on"
else:
vrg["pulse"] = "off"
vrg["pulseWidth"] = all_time
# print("send：", vrg)
self.run_a_dev(sub_id, command_num=5, command_vrg=vrg)
set_time_dialog.destroy()