def exec(self):
self.qVerifyThread = QVerifyThread(self.cfg.data[WrapperCfg.WRAPPER_KEY_IP],
self.cfg.data[WrapperCfg.WRAPPER_KEY_DATAPORT],
pcgl.get_bin_root(),
pcgl.get_config_root())
self.qVerifyThread.qVerifyQueryResult.connect(self.qVerify_query_result_slot)
self.qVerifyThread.start()
self.dlgUI.connMsgsEdit.setStyleSheet("QLabel{color:rgb(200, 120, 20);}")
self.dlgUI.connMsgsEdit.setPlainText('Connecting to Q330 at {}...'.format(self.cfg.data[WrapperCfg.WRAPPER_KEY_IP]))
QTimer.singleShot(30000, self.timeout)
return self.qtDlg.exec()
class EstCommsDlgHelper(object):
def __init__(self, dlg, dlgUI, sensor, cfg):
self.qtDlg = dlg
self.dlgUI = dlgUI
self.sensor = sensor
self.cfg = cfg
self.qVerify_thread = None
self.qVerify_returned = False
self.result = QDialog.Accepted
if sensor.upper() == 'A':
self.mon_port = self.cfg.data[WrapperCfg.WRAPPER_KEY_MONPORT_A]
else:
self.mon_port = self.cfg.data[WrapperCfg.WRAPPER_KEY_MONPORT_B]
self.dlgUI.closeBtn.clicked.connect(self.close)
def close(self):
self.qtDlg.done(self.result)
def exec(self):
self.qVerifyThread = QVerifyThread(self.cfg.data[WrapperCfg.WRAPPER_KEY_IP],
self.cfg.data[WrapperCfg.WRAPPER_KEY_DATAPORT],
pcgl.get_bin_root(),
pcgl.get_config_root())
self.qVerifyThread.qVerifyQueryResult.connect(self.qVerify_query_result_slot)
self.qVerifyThread.start()
self.dlgUI.connMsgsEdit.setStyleSheet("QLabel{color:rgb(200, 120, 20);}")
self.dlgUI.connMsgsEdit.setPlainText('Connecting to Q330 at {}...'.format(self.cfg.data[WrapperCfg.WRAPPER_KEY_IP]))
QTimer.singleShot(30000, self.timeout)
return self.qtDlg.exec()
def timeout(self):
if not self.qVerify_returned:
self.qVerifyThread.qVerifyQueryResult.disconnect(self.qVerify_query_result_slot)
self.qVerifyThread.cancel()
self.qVerifyThread.quit()
self.dlgUI.connMsgsEdit.setStyleSheet("QLabel{color:rgb(179, 0, 0);}")
self.dlgUI.connMsgsEdit.setPlainText('Unable to connect to Q330 at {}.'.format(
self.cfg.data[WrapperCfg.WRAPPER_KEY_IP])
)
self.dlgUI.closeBtn.setEnabled(True)
self.result = QDialog.Rejected
def qVerify_query_result_slot(self, host, port, error, results):
self.qVerify_returned = True
self.dlgUI.closeBtn.setEnabled(True)
logging.info('QVerify establishment of connection successful: ' + str(not error))
logging.info('QVerify result message: ' + results.strip())
act_ports = results.split()[7:]
if error != 0:
self.result = QDialog.Rejected
self.dlgUI.connMsgsEdit.setStyleSheet("QLabel{color:rgb(179, 0, 0);}")
self.dlgUI.connMsgsEdit.setPlainText(results.strip())
elif not self.mon_port in act_ports:
self.dlgUI.connMsgsEdit.setStyleSheet("QLabel{color:rgb(179, 0, 0);}")
self.dlgUI.connMsgsEdit.setPlainText(
'Q330 (Tag #: {}) Sensor {} calibration monitoring channel [{}] is not '
'in the list of channels enabled in the Q330 Global Setup: [{}].'.format(
self.cfg.data[WrapperCfg.WRAPPER_KEY_TAGNO],
self.sensor,
self.mon_port,
', '.join(act_ports)
)
)
logging.error('Monitoring channel not enabled in Q330 Global Setup.')
self.result = QDialog.Rejected
else: # all good...
self.dlgUI.connMsgsEdit.setStyleSheet("QLabel{color:rgb(0, 102, 0);}")
self.dlgUI.connMsgsEdit.setPlainText('Connection successful.')
logging.debug('QVerify q330 checks are OK')
self.result = QDialog.Accepted
self.close()
