public void CheckExpectedResultsFromPreviousControl()
{
VcSubstationAlarmDevice VcSubAlarm = new VcSubstationAlarmDevice();
for (int Indextransformer = 0; Indextransformer < VcSubAlarm.ZNTX; Indextransformer++)
{
CheckIfControlDoneLastCycle(Indextransformer);
}
}
public void CheckTieBreaker()
{
VcSubstationInfomation VcSubInfo = new VcSubstationInfomation();
VcSubstationAlarmDevice VcSubAlarm = new VcSubstationAlarmDevice();
BellyUps BU = new BellyUps();
// tie_v = sw_db::read_and_verify_point(farm_dev_id, tie_230_id, @Zquit_bits);
VcSubInfo.TieV = 1;
if (VcSubInfo.TieV != 0) // "Value Type" in .NET (int) cannot, by definition, be null.
{
//if (tie_v != CLOSE)
//{
// ibal = 0; // can not balance mvrs tie open
//}
}
else
{
BU.BellyUp(string.Format("undefed bits set or {0} = prog_stat", VcSubAlarm.LtcProgram));
}
}
public void VerifyProgramControl(string ProgStat)
{
ProgLogMessage ProgLogMsg = new ProgLogMessage();
VcSubstationAlarmDevice VcSubAlarm = new VcSubstationAlarmDevice();
BellyUps BU = new BellyUps();
if (ProgStat != null)
{
//// Good Verify no bits set
//string messageInput = string.Format("Program {0} {1} LTC state: {2}", VcSubAlarm.LtcDevice, VcSubAlarm.LtcProgram, ProgStat);
//ProgLogMsg.PrintProgLogMessage(messageInput);
//ProgLogMsg.LogMessage = messageInput;
//ProgLogMsg.SerializeToXml(logFolderName);
if (ProgStat == "ON")
{
m_messageInput += string.Format("{0} {1} Program control is {2} |", VcSubAlarm.LtcDevice, VcSubAlarm.LtcProgram, ProgStat);
}
}
else
{
m_messageInput += string.Format("Undefed bits set or {0} = {1} | ", VcSubAlarm.LtcProgram, ProgStat);
}
}
