private void RunLeadIntegrity(SummitSystem theSummit)
{
if (theSummit != null && !theSummit.IsDisposed)
{
try
{
LeadIntegrityTestResult testResultBuffer;
APIReturnInfo testReturnInfo;
testReturnInfo = theSummit.LeadIntegrityTest(
new List <Tuple <byte, byte> > {
new Tuple <byte, byte>(0, caseValue),
new Tuple <byte, byte>(1, caseValue),
new Tuple <byte, byte>(2, caseValue),
new Tuple <byte, byte>(3, caseValue),
new Tuple <byte, byte>(0, 1),
new Tuple <byte, byte>(0, 2),
new Tuple <byte, byte>(0, 3),
new Tuple <byte, byte>(1, 2),
new Tuple <byte, byte>(1, 3),
new Tuple <byte, byte>(2, 3)
},
out testResultBuffer);
// Make sure returned structure isn't null
if (testResultBuffer != null && testReturnInfo.RejectCode == 0)
{
// Write out result to the console
//Messages.Add("Test Result Impedance (0, " + caseValue + "): " + testResultBuffer.PairResults[0].Impedance.ToString());
LogLeadIntegrityAsEvent(theSummit, "(0," + caseValue + ")", testResultBuffer.PairResults[0].Impedance.ToString());
//Messages.Add("Test Result Impedance: (1, " + caseValue + "): " + testResultBuffer.PairResults[1].Impedance.ToString());
LogLeadIntegrityAsEvent(theSummit, "(1," + caseValue + ")", testResultBuffer.PairResults[1].Impedance.ToString());
//Messages.Add("Test Result Impedance: (2, " + caseValue + "): " + testResultBuffer.PairResults[2].Impedance.ToString());
LogLeadIntegrityAsEvent(theSummit, "(2," + caseValue + ")", testResultBuffer.PairResults[2].Impedance.ToString());
//Messages.Add("Test Result Impedance: (3, " + caseValue + "): " + testResultBuffer.PairResults[3].Impedance.ToString());
LogLeadIntegrityAsEvent(theSummit, "(3," + caseValue + ")", testResultBuffer.PairResults[3].Impedance.ToString());
//Messages.Add("Test Result Impedance (0, 1): " + testResultBuffer.PairResults[4].Impedance.ToString());
LogLeadIntegrityAsEvent(theSummit, "(0,1)", testResultBuffer.PairResults[4].Impedance.ToString());
//Messages.Add("Test Result Impedance: (0, 2): " + testResultBuffer.PairResults[5].Impedance.ToString());
LogLeadIntegrityAsEvent(theSummit, "(0,2)", testResultBuffer.PairResults[5].Impedance.ToString());
//Messages.Add("Test Result Impedance: (0, 3): " + testResultBuffer.PairResults[6].Impedance.ToString());
LogLeadIntegrityAsEvent(theSummit, "(0,3)", testResultBuffer.PairResults[6].Impedance.ToString());
//Messages.Add("Test Result Impedance: (1, 2): " + testResultBuffer.PairResults[7].Impedance.ToString());
LogLeadIntegrityAsEvent(theSummit, "(1,2)", testResultBuffer.PairResults[7].Impedance.ToString());
//Messages.Add("Test Result Impedance: (1, 3): " + testResultBuffer.PairResults[8].Impedance.ToString());
LogLeadIntegrityAsEvent(theSummit, "(1,3)", testResultBuffer.PairResults[8].Impedance.ToString());
//Messages.Add("Test Result Impedance: (2, 3): " + testResultBuffer.PairResults[9].Impedance.ToString());
LogLeadIntegrityAsEvent(theSummit, "(2,3)", testResultBuffer.PairResults[9].Impedance.ToString());
}
else
{
ShowMessageBox.Show("ERROR from Medtronic API. Reject Description: " + testReturnInfo.Descriptor + ". Reject Code: " + testReturnInfo.RejectCode);
}
}
catch (Exception e)
{
ShowMessageBox.Show("ERROR: Could not run Lead Integrity Test. Please try again");
_log.Error(e);
return;
}
try
{
LeadIntegrityTestResult testResultBuffer;
APIReturnInfo testReturnInfo;
testReturnInfo = theSummit.LeadIntegrityTest(
new List <Tuple <byte, byte> > {
new Tuple <byte, byte>(8, caseValue),
new Tuple <byte, byte>(9, caseValue),
new Tuple <byte, byte>(10, caseValue),
new Tuple <byte, byte>(11, caseValue),
new Tuple <byte, byte>(8, 9),
new Tuple <byte, byte>(8, 10),
new Tuple <byte, byte>(8, 11),
new Tuple <byte, byte>(9, 10),
new Tuple <byte, byte>(9, 11),
new Tuple <byte, byte>(10, 11)
},
out testResultBuffer);
// Make sure returned structure isn't null
if (testResultBuffer != null && testReturnInfo.RejectCode == 0)
{
// Write out result to the console
//Messages.Add("Test Result Impedance: (8, " + caseValue + "): " + testResultBuffer.PairResults[0].Impedance.ToString());
LogLeadIntegrityAsEvent(theSummit, "(8," + caseValue + ")", testResultBuffer.PairResults[0].Impedance.ToString());
//Messages.Add("Test Result Impedance: (9, " + caseValue + "): " + testResultBuffer.PairResults[1].Impedance.ToString());
LogLeadIntegrityAsEvent(theSummit, "(9," + caseValue + ")", testResultBuffer.PairResults[1].Impedance.ToString());
//Messages.Add("Test Result Impedance: (10, " + caseValue + "): " + testResultBuffer.PairResults[2].Impedance.ToString());
LogLeadIntegrityAsEvent(theSummit, "(10," + caseValue + ")", testResultBuffer.PairResults[2].Impedance.ToString());
//Messages.Add("Test Result Impedance: (11, " + caseValue + "): " + testResultBuffer.PairResults[3].Impedance.ToString());
LogLeadIntegrityAsEvent(theSummit, "(11," + caseValue + ")", testResultBuffer.PairResults[3].Impedance.ToString());
//Messages.Add("Test Result Impedance: (8, 9): " + testResultBuffer.PairResults[4].Impedance.ToString());
LogLeadIntegrityAsEvent(theSummit, "(8,9)", testResultBuffer.PairResults[4].Impedance.ToString());
//Messages.Add("Test Result Impedance: (8, 10): " + testResultBuffer.PairResults[5].Impedance.ToString());
LogLeadIntegrityAsEvent(theSummit, "(8,10)", testResultBuffer.PairResults[5].Impedance.ToString());
//Messages.Add("Test Result Impedance: (8, 11): " + testResultBuffer.PairResults[6].Impedance.ToString());
LogLeadIntegrityAsEvent(theSummit, "(8,11)", testResultBuffer.PairResults[6].Impedance.ToString());
//Messages.Add("Test Result Impedance: (9, 10): " + testResultBuffer.PairResults[7].Impedance.ToString());
LogLeadIntegrityAsEvent(theSummit, "(9,10)", testResultBuffer.PairResults[7].Impedance.ToString());
//Messages.Add("Test Result Impedance: (9, 11): " + testResultBuffer.PairResults[8].Impedance.ToString());
LogLeadIntegrityAsEvent(theSummit, "(9,11)", testResultBuffer.PairResults[8].Impedance.ToString());
//Messages.Add("Test Result Impedance: (10, 11): " + testResultBuffer.PairResults[9].Impedance.ToString());
LogLeadIntegrityAsEvent(theSummit, "(10,11)", testResultBuffer.PairResults[9].Impedance.ToString());
}
else
{
ShowMessageBox.Show("ERROR from Medtronic API. Reject Description: " + testReturnInfo.Descriptor + ". Reject Code: " + testReturnInfo.RejectCode);
}
}
catch (Exception e)
{
ShowMessageBox.Show("ERROR: Could not run Lead Integrity Test. Please try again");
_log.Error(e);
return;
}
}
}
