public void TestInvalidInfo()
{
try
{
InstrumentInfoUtil.GetInstrumentInfo(INFO5);
Assert.Fail("Expected IOException parsing invalid instrument info string");
}
catch (IOException e)
{
AssertEx.AreComparableStrings(Resources.InstrumentInfoUtil_ReadInstrumentConfig_Unexpected_line_in_instrument_config__0__, e.Message, 1);
}
}
public void TestConvert()
{
Assert.AreEqual("", InstrumentInfoUtil.GetInstrumentInfoString(null));
List <MsInstrumentConfigInfo> instrumentInfoList = new List <MsInstrumentConfigInfo>();
Assert.AreEqual("", InstrumentInfoUtil.GetInstrumentInfoString(instrumentInfoList));
instrumentInfoList.Add(new MsInstrumentConfigInfo("MS_TSQ_Vantage ", null, null, null));
// trailing white space should have been removed from model name.
Assert.AreEqual(INFO1_WRITE, InstrumentInfoUtil.GetInstrumentInfoString(instrumentInfoList));
// Add an empty instrument info
instrumentInfoList.Add(new MsInstrumentConfigInfo(" ", null, null, null));
// The empty instrument info should not have been written
Assert.AreEqual(INFO1_WRITE, InstrumentInfoUtil.GetInstrumentInfoString(instrumentInfoList));
// Add another instrument info
instrumentInfoList.Add(new MsInstrumentConfigInfo("MS_LTQ_FT", "MS ionization\ntype", null, null));
// Internal \n in ionization type string should habe been removed
Assert.AreEqual(INFO2_WRITE, InstrumentInfoUtil.GetInstrumentInfoString(instrumentInfoList));
}
public void TestParse()
{
var instrumentConfigList = InstrumentInfoUtil.GetInstrumentInfo(null).ToList();
Assert.AreEqual(0, instrumentConfigList.Count());
instrumentConfigList = InstrumentInfoUtil.GetInstrumentInfo("").ToList();
Assert.AreEqual(0, instrumentConfigList.Count());
var str = "\n\n";
instrumentConfigList = InstrumentInfoUtil.GetInstrumentInfo(str).ToList();
Assert.AreEqual(0, instrumentConfigList.Count(), str);
str = "\n" + InstrumentInfoUtil.MODEL;
instrumentConfigList = InstrumentInfoUtil.GetInstrumentInfo(str).ToList();
Assert.AreEqual(0, instrumentConfigList.Count(), str);
instrumentConfigList = InstrumentInfoUtil.GetInstrumentInfo(INFO1).ToList();
Assert.AreEqual(0, instrumentConfigList.Count(), INFO1);
instrumentConfigList = InstrumentInfoUtil.GetInstrumentInfo(INFO2).ToList();
Assert.AreEqual(1, instrumentConfigList.Count(), INFO2);
// check instrument model
Assert.AreEqual("MS_TSQ_Vantage", instrumentConfigList[0].Model);
// check ionization type
Assert.AreEqual("", instrumentConfigList[0].Ionization);
// check analyzer
Assert.AreEqual("", instrumentConfigList[0].Analyzer);
// check detector
Assert.AreEqual("", instrumentConfigList[0].Detector);
instrumentConfigList = InstrumentInfoUtil.GetInstrumentInfo(INFO3).ToList();
Assert.AreEqual(1, instrumentConfigList.Count(), INFO3);
instrumentConfigList = InstrumentInfoUtil.GetInstrumentInfo(INFO4).ToList();
Assert.AreEqual(2, instrumentConfigList.Count(), INFO4);
// check instrument model 1
Assert.AreEqual("MS_TSQ_Vantage", instrumentConfigList[0].Model);
// check instrument model 2
Assert.AreEqual("MS_LTQ_FT", instrumentConfigList[1].Model);
// check ionization type 1
Assert.AreEqual("", instrumentConfigList[0].Ionization);
// check ionization type 2
Assert.AreEqual("MS_ionization_type", instrumentConfigList[1].Ionization);
// check analyzer 1
Assert.AreEqual("", instrumentConfigList[0].Analyzer);
// check analyzer 2
Assert.AreEqual("", instrumentConfigList[1].Analyzer);
// check detector 1
Assert.AreEqual("", instrumentConfigList[0].Detector);
// check detector 2
Assert.AreEqual("", instrumentConfigList[1].Detector);
}
