Files
Labview-Program/Excercises/Driver Simulation API/CVI/Driver Simulation/InstrumentSimulation.fp

1247 lines
186 KiB
Plaintext
Raw Normal View History

2025-09-10 13:40:11 +08:00
s<EFBFBD><01><02><><00>H=g<><00><00><><EFBFBD><EFBFBD><EFBFBD>TestStand Instrument SimulationCVIFUNCD<04>BCTestStand_Instrument_Simulation_Oscilloscope_DMMMeasurementTypes *[]C<04>ABTestStand_Instrument_Simulation_Oscilloscope_DMMMeasurementTypes []C<04>C<><43>TestStand_Instrument_Simulation_Oscilloscope_DMMMeasurementTypes **B<04>B<><42>TestStand_Instrument_Simulation_Oscilloscope_DMMMeasurementTypes *@<04>@<40><>TestStand_Instrument_Simulation_Oscilloscope_DMMMeasurementTypes=<04>;<TestStand_Instrument_Simulation_DMM_TemperatureSensorType *[]<<04>:;TestStand_Instrument_Simulation_DMM_TemperatureSensorType []<<04><<3C><>TestStand_Instrument_Simulation_DMM_TemperatureSensorType **;<04>;<3B><>TestStand_Instrument_Simulation_DMM_TemperatureSensorType *9<04>9<><39>TestStand_Instrument_Simulation_DMM_TemperatureSensorType0<04>./TestStand_Instrument_Simulation_Oscilloscope *[]/<04>-.TestStand_Instrument_Simulation_Oscilloscope []/<04>/<2F><>TestStand_Instrument_Simulation_Oscilloscope **.<04>.<2E><>TestStand_Instrument_Simulation_Oscilloscope *,<04>,<2C><>TestStand_Instrument_Simulation_Oscilloscope/<04>-.TestStand_Instrument_Simulation_PowerSupply *[].<04>,-TestStand_Instrument_Simulation_PowerSupply [].<04>.<2E><>TestStand_Instrument_Simulation_PowerSupply **-<04>-<2D><>TestStand_Instrument_Simulation_PowerSupply *+<04>+<2B><>TestStand_Instrument_Simulation_PowerSupply'<04>%&TestStand_Instrument_Simulation_DMM *[]&<04>$%TestStand_Instrument_Simulation_DMM []&<04>&<26><>TestStand_Instrument_Simulation_DMM **%<04>%<25><>TestStand_Instrument_Simulation_DMM *#<04>#<23><>TestStand_Instrument_Simulation_DMM7<04>56TestStand_Instrument_Simulation_SimulatedInstrument *[]6<04>45TestStand_Instrument_Simulation_SimulatedInstrument []6<04>6<><36>TestStand_Instrument_Simulation_SimulatedInstrument **5<04>5<><35>TestStand_Instrument_Simulation_SimulatedInstrument *3<04>3<><33>TestStand_Instrument_Simulation_SimulatedInstrument5<04>34TestStand_Instrument_Simulation_InstrumentManager *[]4<04>23TestStand_Instrument_Simulation_InstrumentManager []4<04>4<><34>TestStand_Instrument_Simulation_InstrumentManager **3<04>3<><33>TestStand_Instrument_Simulation_InstrumentManager *1<04>1<><31>TestStand_Instrument_Simulation_InstrumentManager5<04>34TestStand_Instrument_Simulation_UUTEnvironmentPin *[]4<04>23TestStand_Instrument_Simulation_UUTEnvironmentPin []4<04>4<><34>TestStand_Instrument_Simulation_UUTEnvironmentPin **3<04>3<><33>TestStand_Instrument_Simulation_UUTEnvironmentPin *1<04>1<><31>TestStand_Instrument_Simulation_UUTEnvironmentPin/<04>-.TestStand_Instrument_Simulation_UUTInputPin *[].<04>,-TestStand_Instrument_Simulation_UUTInputPin [].<04>.<2E><>TestStand_Instrument_Simulation_UUTInputPin **-<04>-<2D><>TestStand_Instrument_Simulation_UUTInputPin *+<04>+<2B><>TestStand_Instrument_Simulation_UUTInputPin0<04>./TestStand_Instrument_Simulation_UUTOutputPin *[]/<04>-.TestStand_Instrument_Simulation_UUTOutputPin []/<04>/<2F><>TestStand_Instrument_Simulation_UUTOutputPin **.<04>.<2E><>TestStand_Instrument_Simulation_UUTOutputPin *,<04>,<2C><>TestStand_Instrument_Simulation_UUTOutputPin><04><=TestStand_Instrument_Simulation_SolarPanelUUT_failureModes *[]=<04>;<TestStand_Instrument_Simulation_SolarPanelUUT_failureModes []=<04>=<3D><>TestStand_Instrument_Simulation_SolarPanelUUT_failureModes **<<04><<3C><>TestStand_Instrument_Simulation_SolarPanelUUT_failureModes *:<04>:<3A><>TestStand_Instrument_Simulation_SolarPanelUUT_failureModes1<04>/0TestStand_Instrument_Simulation_SolarPanelUUT *[]0<04>./TestStand_Instrument_Simulation_SolarPanelUUT []0<04>0<><30>TestStand_Instrument_Simulation_SolarPanelUUT **/<04>/<2F><>TestStand_Instrument_Simulation_SolarPanelUUT *-<04>-<2D><>TestStand_Instrument_Simulation_SolarPanelUUT3<04>12TestStand_Instrument_Simulation_UUTPin_readMode *[]2<04>01TestStand_Instrument_Simulation_UUTPin_rea
ssize_t *[]
  ssize_t []

<EFBFBD><EFBFBD>ssize_t **  <09><>ssize_t *<07><>ssize_t
 size_t *[] size_t []  <09><>size_t **<08><>size_t *<06><>size_tCDotNetAssemblyHandle *[]CDotNetAssemblyHandle []<18><>CDotNetAssemblyHandle **<17><>CDotNetAssemblyHandle *<15><>CDotNetAssemblyHandleCDotNetHandle *[]CDotNetHandle []<10><>CDotNetHandle **<0F><>CDotNetHandle *  <0A><>CDotNetHandle  void **[] void *[] <08><>void ***
<07><>void **  char **[]<08><>char ***
 double *[]  <09><>double **<08><>double * float *[]<08><>float **<07><>float *unsigned __int64 *[]unsigned __int64 []<03><13><>unsigned __int64 **<03><12><>unsigned __int64 *<03><10><>unsigned __int64 <03>
__int64 *[]
<03> __int64 []
<03>
<EFBFBD><EFBFBD>__int64 ** <03> <09><>__int64 *<03><07><>__int64<03>unsigned char *[]<03><10><>unsigned char **<03><0F><>unsigned char *<03><07><>char **<03>unsigned short *[]<03><11><>unsigned short **<03><10><>unsigned short * <03>short *[]<03><08><>short **<03><07><>short *<03>unsigned int *[]<03><0F><>unsigned int **<03><0E><>unsigned int *<03>int *[]<03><06><>int **<03><05><>int *<01>LabWindows/CVI .NET controller instrument wrapper for TestStand Instrument Simulation, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null.
The target assembly name is specified by the '__assemblyName' constant in the generated source file. If there are multiple versions of this assembly, and you want .NET to determine and load the appropriate one, then you can remove the version, culture, and public key information from the constant and just specify the name of the assembly.tInitializes this CVI .NET controller.
Call this function before calling any other functions in this controller.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code./2
<01><><EFBFBD><00>Library Status jCloses this CVI .NET controller.
Call this function after your program is done using this controller.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.0<>
<01><><EFBFBD><00>Library Status <00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.<00>A handle to the requested .NET object of type: TestStand_Instrument_Simulation.Signal
Use this handle to invoke members of this .NET object.
When it is no longer needed, you must discard this handle using CDotNetDiscardHandle.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.2 
<01><><EFBFBD><00>Library Status2<>-'<00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>voltage3<>-<01><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.ZPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.SignalA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.5<>
<01><><EFBFBD><00>Library Status6<>-'<00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>t<00><><EFBFBD><EFBFBD>-<01><00>value7N<00><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.ZPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.SignalxYou must allocate the input array using CDotNetAllocateMemory. You must free the output array using CDotNetFreeMemory.)Length of dimension 0 of array: result.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.9<>
<01><><EFBFBD><00>Library Status:z-'<00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>numSamples<00><><EFBFBD><EFBFBD>-<01><00>samplesPerSecond:<3A><00><00>result;\<00><00><00>resultLength;<3B><00><01><00>Exception Handle 
0(Gets the Voltage field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.ZPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.SignalA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.>h
<01><><EFBFBD><00>Library Status?[-'<00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>returnValue?<3F>-<01><00>Exception Handle 
0(Sets the Voltage field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.ZPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.SignalA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.A<>
<01><><EFBFBD><00>Library StatusB<>-'<00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>VoltageCJ-<01><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.<00>A handle to the requested .NET object of type: TestStand_Instrument_Simulation.DCSignal
Use this handle to invoke members of this .NET object.
When it is no longer needed, you must discard this handle using CDotNetDiscardHandle.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.EJ
<01><><EFBFBD><00>Library StatusF=-,<00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>voltageG1-<01><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.\Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.DCSignalA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.I9
<01><><EFBFBD><00>Library StatusJ,-,<00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>t<00><><EFBFBD><EFBFBD>-<01><00>valueJ<><00><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.\Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.DCSignalxYou must allocate the input array using CDotNetAllocateMemory. You must free the output array using CDotNetFreeMemory.)Length of dimension 0 of array: result.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.L<>
<01><><EFBFBD><00>Library StatusM<>-,<00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>numSamples<00><><EFBFBD><EFBFBD>-<01><00>samplesPerSecondN <00><00>resultN<><00><00><00>resultLengthN<><00><01><00>Exception Handle 
0(Gets the Voltage field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.\Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.DCSignalA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.Q<>
<01><><EFBFBD><00>Library StatusR<>-,<00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>returnValueS-<01><00>Exception Handle 
0(Sets the Voltage field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.\Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.DCSignalA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.U;
<01><><EFBFBD><00>Library StatusV.-,<00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>VoltageV<>-<01><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.<00>A handle to the requested .NET object of type: TestStand_Instrument_Simulation.ACSignal
Use this handle to invoke members of this .NET object.
When it is no longer needed, you must discard this handle using CDotNetDiscardHandle.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.X<>
<01><><EFBFBD><00>Library StatusY<>-1<00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>voltage<00><><EFBFBD><EFBFBD>-<01><00>frequency<00><><EFBFBD><EFBFBD><00><00>amplitudeZy<00><00><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.\Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.ACSignalA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.\<5C>
<01><><EFBFBD><00>Library Status]<5D>-1<00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>t<00><><EFBFBD><EFBFBD>-<01><00>value^J<00><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.\Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.ACSignalxYou must allocate the input array using CDotNetAllocateMemory. You must free the output array using CDotNetFreeMemory.)Length of dimension 0 of array: result.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.`<60>
<01><><EFBFBD><00>Library Statusav-1<00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>numSamples<00><><EFBFBD><EFBFBD>-<01><00>samplesPerSeconda<><00><00>resultbZ<00><00><00>resultLengthb<><00><01><00>Exception Handle 
0*Gets the Frequency field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.\Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.ACSignalA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.eh
<01><><EFBFBD><00>Library Statusf[-1<00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>returnValuef<>-<01><00>Exception Handle 
0*Sets the Frequency field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.\Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.ACSignalA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.h<>
<01><><EFBFBD><00>Library Statusi<>-1<00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>FrequencyjP-<01><00>Exception Handle 
0*Gets the Amplitude field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.\Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.ACSignalA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.l<>
<01><><EFBFBD><00>Library Statusmu-1<00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>returnValuem<>-<01><00>Exception Handle 
0*Sets the Amplitude field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.\Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.ACSignalA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.p
<01><><EFBFBD><00>Library Statusq-1<00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>Amplitudeqj-<01><00>Exception Handle 
0(Gets the Voltage field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.\Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.ACSignalA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.s<>
<01><><EFBFBD><00>Library Statust<>-1<00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>returnValuet<>-<01><00>Exception Handle 
0(Sets the Voltage field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.\Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.ACSignalA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.w)
<01><><EFBFBD><00>Library Statusx-1<00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>Voltagex<>-<01><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.<00>A handle to the requested .NET object of type: TestStand_Instrument_Simulation.TestFixture
Use this handle to invoke members of this .NET object.
When it is no longer needed, you must discard this handle using CDotNetDiscardHandle.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.z<>
<01><><EFBFBD><00>Library Status{s-;<00>Instance Handle|j-<00><00>Exception Handle
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.~9
<01><><EFBFBD><00>Library Status,-<00>Exception Handle
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<00><>
<01><><EFBFBD><00>Library Status<00><><EFBFBD><EFBFBD>-<00>UUTDirectory<00><>-<00><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<00>t
<01><><EFBFBD><00>Library Status<00><><EFBFBD><EFBFBD>-<00>UUTDirectory<00>g-<00><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.<00>You must free each string in the output array using CDotNetFreeMemory, and then free the output array using CDotNetFreeMemory.0Length of dimension 0 of array: serialNumbers.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<00>.
<01><><EFBFBD><00>Library Status<00>!-<03><00>serialNumbers<00><>-<00><00>serialNumbersLength<00><>-<01><00>Exception Handle
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<00><>
<01><><EFBFBD><00>Library Status<00><><EFBFBD><EFBFBD>-<00>numberOfSockets<00><>-<00><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<00><>
<01><><EFBFBD><00>Library Status<00><><EFBFBD><EFBFBD>-<00>serialNumber<00><><EFBFBD><EFBFBD>-<00><00>socketIndex<00><>-<01><00>Exception Handle 0
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<00><>
<01><><EFBFBD><00>Library Status<00><><EFBFBD><EFBFBD>-<00>pin<00><><EFBFBD><EFBFBD>-<00><00>socket<00><><EFBFBD><EFBFBD>-<01><00>result<00><><EFBFBD><EFBFBD><00>"<00>signalType<00><><00><00><00>Exception Handle  fTestStand_Instrument_Simulation_SignalTypes_DC0x0TestStand_Instrument_Simulation_SignalTypes_AC0x1
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<00>}
<01><><EFBFBD><00>Library Status<00><><EFBFBD><EFBFBD>-<00>pin1<00><><EFBFBD><EFBFBD>-<00><00>pin2<00><><EFBFBD><EFBFBD>-<01><00>socket<00><><EFBFBD><EFBFBD><00><00>resistance<00>p<00><00><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.xYou must allocate the input array using CDotNetAllocateMemory. You must free the output array using CDotNetFreeMemory.)Length of dimension 0 of array: result.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<00><>
<01><><EFBFBD><00>Library Status<00><><EFBFBD><EFBFBD>-<00>pin<00><><EFBFBD><EFBFBD>-<00><00>socket<00><>-<01><00>result<00>]<00><00>resultLength<00><><EFBFBD><EFBFBD><00><00>"<00>signalType<00><><EFBFBD><EFBFBD><00><01><00>numSamples<00><><EFBFBD><EFBFBD><00><00>samplesPerSecond<00><><00><00><00>Exception Handle fTestStand_Instrument_Simulation_SignalTypes_DC0x0TestStand_Instrument_Simulation_SignalTypes_AC0x1
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<00>
<01><><EFBFBD><00>Library Status<00><><EFBFBD><EFBFBD>-<00>pin<00><><EFBFBD><EFBFBD>-<00><00>socket<00><><EFBFBD><EFBFBD>-<01>'<00>input<00><00><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<00>H
<01><><EFBFBD><00>Library Status<00><><EFBFBD><EFBFBD>-6<00>setting<00><><EFBFBD><EFBFBD>-<00><00>value<00>;-<01><00>Exception Handle zTestStand_Instrument_Simulation_AmbientSettings_temperature0x0TestStand_Instrument_Simulation_AmbientSettings_light0x1
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<00><>
<01><><EFBFBD><00>Library Status<00><><EFBFBD><EFBFBD>-6<00>setting<00><><EFBFBD><EFBFBD>-<00><00>value<00><>-<01><00>Exception Handle zTestStand_Instrument_Simulation_AmbientSettings_temperature0x0TestStand_Instrument_Simulation_AmbientSettings_light0x1
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.<00>A handle to the requested .NET object of type: TestStand_Instrument_Simulation.TestFixture+TestFixtureData
Use this handle to invoke members of this .NET object.
When it is no longer needed, you must discard this handle using CDotNetDiscardHandle.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<00>8
<01><><EFBFBD><00>Library Status<00>+-@<00>Instance Handle<00>2-<00><00>Exception Handle
0&Gets the _UUTs field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.oPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.TestFixture+TestFixtureData@You must discard the output handle using CDotNetDiscardHandle.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<00>/
<01><><EFBFBD><00>Library Status<00>"-@<00>Instance Handle<00><>-<00>E<00>returnValue<00><>-<01><00>Exception Handle 
0&Sets the _UUTs field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.oPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.TestFixture+TestFixtureDataA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<00>
<01><><EFBFBD><00>Library Status<00>
-@<00>Instance Handle<00><><EFBFBD><EFBFBD>-<00>E<00>_UUTs<00><>-<01><00>Exception Handle 
0+Gets the activeUUTs field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.oPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.TestFixture+TestFixtureData@You must discard the output handle using CDotNetDiscardHandle.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<00><>
<01><><EFBFBD><00>Library Status<00><>-@<00>Instance Handle<00>-<00>E<00>returnValue<00>f-<01><00>Exception Handle 
0+Sets the activeUUTs field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.oPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.TestFixture+TestFixtureDataA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<00><>
<01><><EFBFBD><00>Library Status<00><>-@<00>Instance Handle<00><><EFBFBD><EFBFBD>-<00>E<00>activeUUTs<00> -<01><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.:You must free the output string using CDotNetFreeMemory.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<00> 
<01><><EFBFBD><00>Library Status<00><><EFBFBD><EFBFBD>-<00>errorXML<00><><EFBFBD><EFBFBD>-<00><00>code<00><>-<01><00>message<00>@<00><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.<00>A handle to the requested .NET object of type: TestStand_Instrument_Simulation.SimulationException
Use this handle to invoke members of this .NET object.
When it is no longer needed, you must discard this handle using CDotNetDiscardHandle.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<00><>
<01><><EFBFBD><00>Library Status<00>|-T<00>Instance Handle<00><><EFBFBD><EFBFBD>-<00>J<00>code<00><><EFBFBD><EFBFBD>-<01><00>otherInfo<00>{<00><00>Exception Handle
<02>TestStand_Instrument_Simulation_ErrorCodes_noError0x0TestStand_Instrument_Simulation_ErrorCodes_instrumentWrongType0xfffffff7TestStand_Instrument_Simulation_ErrorCodes_invalidSocketCount0xfffffff8TestStand_Instrument_Simulation_ErrorCodes_invalidSocketIndex0xfffffff9TestStand_Instrument_Simulation_ErrorCodes_instrumentReserved0xfffffffaTestStand_Instrument_Simulation_ErrorCodes_instrumentNotFound0xfffffffbTestStand_Instrument_Simulation_ErrorCodes_invalidPin0xfffffffcTestStand_Instrument_Simulation_ErrorCodes_couldNotLoadUUTs0xfffffffdTestStand_Instrument_Simulation_ErrorCodes_invalidSerialNumber0xfffffffeTestStand_Instrument_Simulation_ErrorCodes_instrumentNotConfigured0xffffffff
0+Gets the Message property of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.gPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.SimulationException:You must free the output string using CDotNetFreeMemory.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.ÿ
<01><><EFBFBD><00>Library StatusIJ-T<00>Instance Handle<00>!-<00><00>returnValue<00>c-<01><00>Exception Handle 
0(Gets the Data property of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.gPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.SimulationException@You must discard the output handle using CDotNetDiscardHandle.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.Ǜ
<01><><EFBFBD><00>Library StatusȎ-T<00>Instance Handle<00><>-<00>Y<00>returnValue<00>E-<01><00>Exception Handle 
02Gets the InnerException property of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.gPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.SimulationException@You must discard the output handle using CDotNetDiscardHandle.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.ˇ
<01><><EFBFBD><00>Library Status<00>z-T<00>Instance Handle<00><>-<00>^<00>returnValue<00>1-<01><00>Exception Handle 
0.Gets the TargetSite property of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.gPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.SimulationException@You must discard the output handle using CDotNetDiscardHandle.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<00>o
<01><><EFBFBD><00>Library Status<00>b-T<00>Instance Handle<00><>-<00>c<00>returnValue<00>-<01><00>Exception Handle 
0.Gets the StackTrace property of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.gPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.SimulationException:You must free the output string using CDotNetFreeMemory.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<00>W
<01><><EFBFBD><00>Library Status<00>J-T<00>Instance HandleԹ-<00><00>returnValue<00><>-<01><00>Exception Handle 
0,Gets the HelpLink property of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.gPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.SimulationException:You must free the output string using CDotNetFreeMemory.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<00>7
<01><><EFBFBD><00>Library Status<00>*-T<00>Instance Handleؙ-<00><00>returnValue<00><>-<01><00>Exception Handle 
0,Sets the HelpLink property of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.gPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.SimulationExceptionA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<00>
<01><><EFBFBD><00>Library Status<00>
-T<00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>value<00>y-<01><00>Exception Handle 
0*Gets the Source property of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.gPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.SimulationException:You must free the output string using CDotNetFreeMemory.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.ޫ
<01><><EFBFBD><00>Library Statusߞ-T<00>Instance Handle<00> -<00><00>returnValue<00>O-<01><00>Exception Handle 
0*Sets the Source property of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.gPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.SimulationExceptionA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<00><>
<01><><EFBFBD><00>Library Status<00>|-T<00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>value<00><>-<01><00>Exception Handle 
0+Gets the HResult property of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.gPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.SimulationExceptionA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<00>
<01><><EFBFBD><00>Library Status<00>-T<00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>returnValue<00><>-<01><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.:You must free the output string using CDotNetFreeMemory.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<00><>
<01><><EFBFBD><00>Library Status<00><><EFBFBD><EFBFBD>-J<00>enumValue<00><><EFBFBD><EFBFBD>-<00><00>otherInfo<00>{-<01><00>returnValue<00><><00><00>Exception Handle
<02>TestStand_Instrument_Simulation_ErrorCodes_noError0x0TestStand_Instrument_Simulation_ErrorCodes_instrumentWrongType0xfffffff7TestStand_Instrument_Simulation_ErrorCodes_invalidSocketCount0xfffffff8TestStand_Instrument_Simulation_ErrorCodes_invalidSocketIndex0xfffffff9TestStand_Instrument_Simulation_ErrorCodes_instrumentReserved0xfffffffaTestStand_Instrument_Simulation_ErrorCodes_instrumentNotFound0xfffffffbTestStand_Instrument_Simulation_ErrorCodes_invalidPin0xfffffffcTestStand_Instrument_Simulation_ErrorCodes_couldNotLoadUUTs0xfffffffdTestStand_Instrument_Simulation_ErrorCodes_invalidSerialNumber0xfffffffeTestStand_Instrument_Simulation_ErrorCodes_instrumentNotConfigured0xffffffff
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.gPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.SimulationException@You must discard the output handle using CDotNetDiscardHandle.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<00><>
<01><><EFBFBD><00>Library Status<00><>-T<00>Instance Handle<00>0-<00>^<00>returnValue<00>x-<01><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.gPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.SimulationException:You must free the output string using CDotNetFreeMemory.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<00><>
<01><><EFBFBD><00>Library Status<00>s-T<00>Instance Handle<00><>-<00><00>returnValue<00>$-<01><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.gPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.SimulationExceptionA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<00>,
<01><><EFBFBD><00>Library Status<00>-T<00>Instance Handle<00><><EFBFBD><EFBFBD>-<00>h<00>info<00><><EFBFBD><EFBFBD>-<01>m<00>context<00><><00><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.gPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.SimulationException@You must discard the output handle using CDotNetDiscardHandle.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<00><>
<01><><EFBFBD><00>Library Status<00><>-T<00>Instance Handle<00>)-<00>r<00>returnValue<00>q-<01><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.A handle to the requested .NET object of type: TestStand_Instrument_Simulation.SimulationException+ErrorInfo
Use this handle to invoke members of this .NET object.
When it is no longer needed, you must discard this handle using CDotNetDiscardHandle.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<00>y
<01><><EFBFBD><00>Library Status<00>l-w<00>Instance Handleu-<00><00>Exception Handle
0%Gets the code field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.qPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.SimulationException+ErrorInfoA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.q
<01><><EFBFBD><00>Library Statusd-w<00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>returnValue<03>-<01><00>Exception Handle 
0%Sets the code field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.qPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.SimulationException+ErrorInfoA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.
<01><><EFBFBD><00>Library Status-w<00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>code~-<01><00>Exception Handle 
0(Gets the message field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.qPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.SimulationException+ErrorInfo:You must free the output string using CDotNetFreeMemory.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter. <09>
<01><><EFBFBD><00>Library Status
<EFBFBD>-w<00>Instance Handle -<00><00>returnValue \-<01><00>Exception Handle 
0(Sets the message field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.qPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.SimulationException+ErrorInfoA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter. <0A>
<01><><EFBFBD><00>Library Status<0E>-w<00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>message-<01><00>Exception Handle 
0*Gets the otherInfo field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.qPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.SimulationException+ErrorInfo:You must free the output string using CDotNetFreeMemory.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.2
<01><><EFBFBD><00>Library Status%-w<00>Instance Handle<12>-<00><00>returnValue<12>-<01><00>Exception Handle 
0*Sets the otherInfo field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.qPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.SimulationException+ErrorInfoA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.
<01><><EFBFBD><00>Library Status -w<00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>otherInfo<16>-<01><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.<00>A handle to the requested .NET object of type: TestStand_Instrument_Simulation.UUTWriter
Use this handle to invoke members of this .NET object.
When it is no longer needed, you must discard this handle using CDotNetDiscardHandle.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<18>
<01><><EFBFBD><00>Library Statusy-|<00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>baseUUTsFilePathn-<01><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.]Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.UUTWriterA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.v
<01><><EFBFBD><00>Library Statusi-|<00>Instance Handle<1D>-<00><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.<00>A handle to the requested .NET object of type: TestStand_Instrument_Simulation.UUT
Use this handle to invoke members of this .NET object.
When it is no longer needed, you must discard this handle using CDotNetDiscardHandle.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<1F>
<01><><EFBFBD><00>Library Status <20>-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>name!w-<01><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.WPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.UUTA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.#
<01><><EFBFBD><00>Library Status$r-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>pin<00><><EFBFBD><EFBFBD>-<01><04><00>data$<24><00><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.WPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.UUTA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.'

<01><><EFBFBD><00>Library Status'<27>-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00>'<00>signal<00><><EFBFBD><EFBFBD>-<01><00>pin(\<00><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.WPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.UUTxYou must allocate the input array using CDotNetAllocateMemory. You must free the output array using CDotNetFreeMemory.)Length of dimension 0 of array: result.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.*<2A>
<01><><EFBFBD><00>Library Status+<2B><04><00>Instance Handle<00><><EFBFBD><EFBFBD><00><00>pin<00><><EFBFBD><EFBFBD><01>"<00>signalType<00><><EFBFBD><EFBFBD>i<04><00>mode<00><><EFBFBD><EFBFBD>i<00><00>numSamples<00><><EFBFBD><EFBFBD>i<01><00>samplesPerSecond+<2B><00><00>result,g<00><00><00>resultLength,<2C><00><01><00>Exception Handle fTestStand_Instrument_Simulation_SignalTypes_DC0x0TestStand_Instrument_Simulation_SignalTypes_AC0x1}TestStand_Instrument_Simulation_UUTPin_readMode_singlePoint0x0TestStand_Instrument_Simulation_UUTPin_readMode_waveForm0x1
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.WPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.UUTA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.0<>
<01><><EFBFBD><00>Library Status1<>-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>pin1<00><><EFBFBD><EFBFBD>-<01><00>pin2<00><><EFBFBD><EFBFBD><00><00>resistance<00><><EFBFBD><EFBFBD><00><00><00>returnValue29<00><01><00>Exception Handle 
0%Gets the Name field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.WPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.UUT:You must free the output string using CDotNetFreeMemory.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.5
<01><><EFBFBD><00>Library Status6 -<04><00>Instance Handle6k-<00><00>returnValue6<>-<01><00>Exception Handle 
0%Sets the Name field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.WPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.UUTA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.8<>
<01><><EFBFBD><00>Library Status9<>-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>Name:4-<01><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.<00>A handle to the requested .NET object of type: TestStand_Instrument_Simulation.SolarPanelUUT
Use this handle to invoke members of this .NET object.
When it is no longer needed, you must discard this handle using CDotNetDiscardHandle..Length of dimension 0 of array: testsToFail.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<4
<01><><EFBFBD><00>Library Status='-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>name<00><><EFBFBD><EFBFBD>-<01><04><00>testsToFail> <00><00>testsToFailLength>V<00><00><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.aPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.SolarPanelUUTA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.@<40>
<01><><EFBFBD><00>Library StatusA<>-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>pin<00><><EFBFBD><EFBFBD>-<01><04><00>dataB,<00><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.aPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.SolarPanelUUTA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.De
<01><><EFBFBD><00>Library StatusEX-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00>'<00>signal<00><><EFBFBD><EFBFBD>-<01><00>pinE<><00><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.aPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.SolarPanelUUTxYou must allocate the input array using CDotNetAllocateMemory. You must free the output array using CDotNetFreeMemory.)Length of dimension 0 of array: result.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.G<>
<01><><EFBFBD><00>Library StatusH<><04><00>Instance Handle<00><><EFBFBD><EFBFBD><00><00>pin<00><><EFBFBD><EFBFBD><01>"<00>signalType<00><><EFBFBD><EFBFBD>i<04><00>mode<00><><EFBFBD><EFBFBD>i<00><00>numSamples<00><><EFBFBD><EFBFBD>i<01><00>samplesPerSecondIV<00><00>resultI<><00><00><00>resultLengthJ<00><01><00>Exception Handle fTestStand_Instrument_Simulation_SignalTypes_DC0x0TestStand_Instrument_Simulation_SignalTypes_AC0x1}TestStand_Instrument_Simulation_UUTPin_readMode_singlePoint0x0TestStand_Instrument_Simulation_UUTPin_readMode_waveForm0x1
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.aPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.SolarPanelUUTA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.NV
<01><><EFBFBD><00>Library StatusOI-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>pin1<00><><EFBFBD><EFBFBD>-<01><00>pin2<00><><EFBFBD><EFBFBD><00><00>resistance<00><><EFBFBD><EFBFBD><00><00><00>returnValueO<><00><01><00>Exception Handle 
0%Gets the Name field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.aPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.SolarPanelUUT:You must free the output string using CDotNetFreeMemory.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.R<>
<01><><EFBFBD><00>Library StatusS<>-<04><00>Instance HandleS<>-<00><00>returnValueT0-<01><00>Exception Handle 
0%Sets the Name field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.aPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.SolarPanelUUTA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.Ve
<01><><EFBFBD><00>Library StatusWX-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>NameW<>-<01><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.<00>A handle to the requested .NET object of type: TestStand_Instrument_Simulation.UUTPin
Use this handle to invoke members of this .NET object.
When it is no longer needed, you must discard this handle using CDotNetDiscardHandle.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.Y<>
<01><><EFBFBD><00>Library StatusZ<>-<04><00>Instance Handle[<5B>-<00><00>Exception Handle
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.ZPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.UUTPinxYou must allocate the input array using CDotNetAllocateMemory. You must free the output array using CDotNetFreeMemory.)Length of dimension 0 of array: result.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.]u
<01><><EFBFBD><00>Library Status^h-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00>"<00>signalType<00><><EFBFBD><EFBFBD>-<01><00>numSamples<00><><EFBFBD><EFBFBD><00><00>samplesPerSecond^<5E><00><00><00>result_J<00><01><00>resultLength_{<00><00>Exception Handle fTestStand_Instrument_Simulation_SignalTypes_DC0x0TestStand_Instrument_Simulation_SignalTypes_AC0x1
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.ZPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.UUTPinA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.b<>
<01><><EFBFBD><00>Library Statusc<>-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00>'<00>signald%-<01><00>Exception Handle 
0'Gets the Signal field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.ZPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.UUTPin@You must discard the output handle using CDotNetDiscardHandle.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.fT
<01><><EFBFBD><00>Library StatusgG-<04><00>Instance Handleg<>-<00>'<00>returnValueg<>-<01><00>Exception Handle 
0'Sets the Signal field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.ZPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.UUTPinA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.j(
<01><><EFBFBD><00>Library Statusk-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00>'<00>Signalk}-<01><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.<00>A handle to the requested .NET object of type: TestStand_Instrument_Simulation.UUTOutputPin
Use this handle to invoke members of this .NET object.
When it is no longer needed, you must discard this handle using CDotNetDiscardHandle.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.m}
<01><><EFBFBD><00>Library Statusnp-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>accuracy<00><><EFBFBD><EFBFBD>-<01>'<00>baselineoh<00><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.`Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.UUTOutputPin/Length of dimension 0 of array: coefficients.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.q<>
<01><><EFBFBD><00>Library Statusr<>-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><04><00>dependentPin<00><><EFBFBD><EFBFBD>-<01><00>coefficientss<00><00>coefficientsLength<00><><EFBFBD><EFBFBD><00><00><00>resistances;<00><01><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.`Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.UUTOutputPinA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.u<>
<01><><EFBFBD><00>Library Statusv<>-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00>'<00>baselinewA-<01><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.`Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.UUTOutputPinxYou must allocate the input array using CDotNetAllocateMemory. You must free the output array using CDotNetFreeMemory.)Length of dimension 0 of array: result.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.yA
<01><><EFBFBD><00>Library Statusz4-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00>"<00>signalType<00><><EFBFBD><EFBFBD>-<01><00>numSamples<00><><EFBFBD><EFBFBD><00><00>samplesPerSecondz<><00><00><00>result{<00><01><00>resultLength{M<00><00>Exception Handle fTestStand_Instrument_Simulation_SignalTypes_DC0x0TestStand_Instrument_Simulation_SignalTypes_AC0x1
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.`Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.UUTOutputPinA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.~<7E>
<01><><EFBFBD><00>Library Status<>-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><04><00>pin<00><><EFBFBD><EFBFBD>-<01><00>resistance<00><><EFBFBD><EFBFBD><00><00>returnValue<><00><00><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.`Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.UUTOutputPinA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<01>w
<01><><EFBFBD><00>Library Status<01>j-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00>'<00>signal<01><>-<01><00>Exception Handle 
0)Gets the Accuracy field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.`Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.UUTOutputPinA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<01>
<01><><EFBFBD><00>Library Status<01><>-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>returnValue<01>^-<01><00>Exception Handle 
0)Sets the Accuracy field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.`Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.UUTOutputPinA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<01><>
<01><><EFBFBD><00>Library Status<01><>-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>Accuracy<01><>-<01><00>Exception Handle 
0'Gets the Signal field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.`Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.UUTOutputPin@You must discard the output handle using CDotNetDiscardHandle.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<01>!
<01><><EFBFBD><00>Library Status<01>-<04><00>Instance Handle<01>|-<00>'<00>returnValue<01><>-<01><00>Exception Handle 
0'Sets the Signal field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.`Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.UUTOutputPinA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<01><>
<01><><EFBFBD><00>Library Status<01><>-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00>'<00>Signal<01>V-<01><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.<00>A handle to the requested .NET object of type: TestStand_Instrument_Simulation.UUTInputPin
Use this handle to invoke members of this .NET object.
When it is no longer needed, you must discard this handle using CDotNetDiscardHandle.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<01>V
<01><><EFBFBD><00>Library Status<01>I-<04><00>Instance Handle<01>@-<00><00>Exception Handle
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code._Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.UUTInputPinA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<01>
<01><><EFBFBD><00>Library Status<01>-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00>'<00>signal<01>i-<01><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code._Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.UUTInputPinxYou must allocate the input array using CDotNetAllocateMemory. You must free the output array using CDotNetFreeMemory.)Length of dimension 0 of array: result.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<01>i
<01><><EFBFBD><00>Library Status<01>\-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00>"<00>signalType<00><><EFBFBD><EFBFBD>-<01><00>numSamples<00><><EFBFBD><EFBFBD><00><00>samplesPerSecond<01><><00><00><00>result<01>C<00><01><00>resultLength<01>t<00><00>Exception Handle fTestStand_Instrument_Simulation_SignalTypes_DC0x0TestStand_Instrument_Simulation_SignalTypes_AC0x1
0'Gets the Signal field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code._Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.UUTInputPin@You must discard the output handle using CDotNetDiscardHandle.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<01><>
<01><><EFBFBD><00>Library Status<01><>-<04><00>Instance Handle<01>R-<00>'<00>returnValue<01><>-<01><00>Exception Handle 
0'Sets the Signal field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code._Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.UUTInputPinA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<01><>
<01><><EFBFBD><00>Library Status<01><>-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00>'<00>Signal<01>+-<01><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.<00>A handle to the requested .NET object of type: TestStand_Instrument_Simulation.UUTEnvironmentPin
Use this handle to invoke members of this .NET object.
When it is no longer needed, you must discard this handle using CDotNetDiscardHandle.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<01>+
<01><><EFBFBD><00>Library Status<01>-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00>6<00>setting<01>-<01><00>Exception Handle zTestStand_Instrument_Simulation_AmbientSettings_temperature0x0TestStand_Instrument_Simulation_AmbientSettings_light0x1
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.ePass a handle representing a .NET object of type: TestStand_Instrument_Simulation.UUTEnvironmentPinxYou must allocate the input array using CDotNetAllocateMemory. You must free the output array using CDotNetFreeMemory.)Length of dimension 0 of array: result.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<01><>
<01><><EFBFBD><00>Library Status<01><>-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00>"<00>signalType<00><><EFBFBD><EFBFBD>-<01><00>numSamples<00><><EFBFBD><EFBFBD><00><00>samplesPerSecond<01><00><00><00>result<01><><00><01><00>resultLength<01><><00><00>Exception Handle fTestStand_Instrument_Simulation_SignalTypes_DC0x0TestStand_Instrument_Simulation_SignalTypes_AC0x1
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.ePass a handle representing a .NET object of type: TestStand_Instrument_Simulation.UUTEnvironmentPinA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<01>
<01><><EFBFBD><00>Library Status<01>-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00>'<00>signal<01>n-<01><00>Exception Handle 
0'Gets the Signal field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.ePass a handle representing a .NET object of type: TestStand_Instrument_Simulation.UUTEnvironmentPin@You must discard the output handle using CDotNetDiscardHandle.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<01><>
<01><><EFBFBD><00>Library Status<01><>-<04><00>Instance Handle<01><>-<00>'<00>returnValue<01>E-<01><00>Exception Handle 
0'Sets the Signal field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.ePass a handle representing a .NET object of type: TestStand_Instrument_Simulation.UUTEnvironmentPinA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<01>|
<01><><EFBFBD><00>Library Status<01>o-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00>'<00>Signal<01><>-<01><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<01><>
<01><><EFBFBD><00>Library Status<01><>-<00>Exception Handle
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<01>]
<01><><EFBFBD><00>Library Status<00><><EFBFBD><EFBFBD>-<04><00>instrument<01>P-<00><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<01>
<01><><EFBFBD><00>Library Status<01>
-<00>Exception Handle
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.Ę
<01><><EFBFBD><00>Library Status<00><><EFBFBD><EFBFBD>-<00>resourceName<00><><EFBFBD><EFBFBD>-<00><04><00>instrumentŋ-<01><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.Nj
<01><><EFBFBD><00>Library Status<00><><EFBFBD><EFBFBD>-<00>resourceName<01>~-<00><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.@You must discard the output handle using CDotNetDiscardHandle.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<01>E
<01><><EFBFBD><00>Library Status<00><><EFBFBD><EFBFBD>-<00>resourceName<01>8-<00><04><00>returnValueˀ-<01><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.@You must discard the output handle using CDotNetDiscardHandle.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.͈
<01><><EFBFBD><00>Library Status<00><><EFBFBD><EFBFBD>-<00>resourceName<01>{-<00><04><00>returnValue<01><>-<01><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.@You must discard the output handle using CDotNetDiscardHandle.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<01><>
<01><><EFBFBD><00>Library Status<00><><EFBFBD><EFBFBD>-<00>resourceNameѾ-<00><04><00>returnValue<01>-<01><00>Exception Handle 
0,Gets the instruments field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.@You must discard the output handle using CDotNetDiscardHandle.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<01>B
<01><><EFBFBD><00>Library Status<01>5-E<00>returnValue<01>}-<00><00>Exception Handle
0,Sets the instruments field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.׀
<01><><EFBFBD><00>Library Status<00><><EFBFBD><EFBFBD>-E<00>instruments<01>s-<00><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.<00>A handle to the requested .NET object of type: TestStand_Instrument_Simulation.SimulatedInstrument
Use this handle to invoke members of this .NET object.
When it is no longer needed, you must discard this handle using CDotNetDiscardHandle.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<01>:
<01><><EFBFBD><00>Library Status<01>--<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>resourceName<01>,-<01><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.gPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.SimulatedInstrumentA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<01>4
<01><><EFBFBD><00>Library Status<01>'-<04><00>Instance Handleߖ-<00><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.gPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.SimulatedInstrumentA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<01>]
<01><><EFBFBD><00>Library Status<01>P-<04><00>Instance Handle<01><>-<00><00>Exception Handle 
0-Gets the ResourceName field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.gPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.SimulatedInstrument:You must free the output string using CDotNetFreeMemory.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<01><>
<01><><EFBFBD><00>Library Status<01><>-<04><00>Instance Handle<01>-<00><00>returnValue<01>_-<01><00>Exception Handle 
0-Sets the ResourceName field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.gPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.SimulatedInstrumentA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<01><>
<01><><EFBFBD><00>Library Status<01><>-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>ResourceName<01><>-<01><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.<00>A handle to the requested .NET object of type: TestStand_Instrument_Simulation.DMM
Use this handle to invoke members of this .NET object.
When it is no longer needed, you must discard this handle using CDotNetDiscardHandle.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<01><>
<01><><EFBFBD><00>Library Status<01><>-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>resourceName<01><>-<01><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.WPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.DMMA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<01><>
<01><><EFBFBD><00>Library Status<01><>-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00>"<00>signalType<01>:-<01><00>Exception Handle fTestStand_Instrument_Simulation_SignalTypes_DC0x0TestStand_Instrument_Simulation_SignalTypes_AC0x1
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.WPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.DMMA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<01><>
<01><><EFBFBD><00>Library Status<01><>-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>channel<00><><EFBFBD><EFBFBD>-<01><00>socket<00><><EFBFBD><EFBFBD><00><00>result<01><><00><00><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.WPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.DMMA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<01>w
<01><><EFBFBD><00>Library Status<01>j-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>channel<00><><EFBFBD><EFBFBD>-<01><00>socket<00><><EFBFBD><EFBFBD><00><00>result<00><><EFBFBD><EFBFBD><00><00><04><00>sensorType<01><><00><01><00>Exception Handle  <00>TestStand_Instrument_Simulation_DMM_TemperatureSensorType_KTypeThermocouple0x0TestStand_Instrument_Simulation_DMM_TemperatureSensorType_JTypeThermocouple0x1
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.WPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.DMMA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<01>'
<01><><EFBFBD><00>Library Status<01>-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>channel1<00><><EFBFBD><EFBFBD>-<01><00>channel2<00><><EFBFBD><EFBFBD><00><00>socket<00><><EFBFBD><EFBFBD><00><00><00>result<01>y<00><01><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.WPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.DMMA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.,
<01><><EFBFBD><00>Library Status-<04><00>Instance Handle~-<00><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.WPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.DMMA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.E
<01><><EFBFBD><00>Library Status8-<04><00>Instance Handle<04>-<00><00>Exception Handle 
0-Gets the ResourceName field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.WPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.DMM:You must free the output string using CDotNetFreeMemory.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<06>
<01><><EFBFBD><00>Library Status<07>-<04><00>Instance Handle<07>-<00><00>returnValue'-<01><00>Exception Handle 
0-Sets the ResourceName field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.WPass a handle representing a .NET object of type: TestStand_Instrument_Simulation.DMMA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.
d
<01><><EFBFBD><00>Library Status W-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>ResourceName <0B>-<01><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.<00>A handle to the requested .NET object of type: TestStand_Instrument_Simulation.PowerSupply
Use this handle to invoke members of this .NET object.
When it is no longer needed, you must discard this handle using CDotNetDiscardHandle.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter. <0A>
<01><><EFBFBD><00>Library Status<0E>-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>resourceName<0F>-<01><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code._Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.PowerSupplyA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<11>
<01><><EFBFBD><00>Library Status<12>-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>channel<00><><EFBFBD><EFBFBD>-<01><00>socket<00><><EFBFBD><EFBFBD><00><00>outputVoltage<00><00><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code._Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.PowerSupplyA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.t
<01><><EFBFBD><00>Library Statusg-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>channel<00><><EFBFBD><EFBFBD>-<01><00>socket<00><><EFBFBD><EFBFBD><00><00>outputVoltage<00><><EFBFBD><EFBFBD><00><00><00>frequency<00><><EFBFBD><EFBFBD><00><01><00>amplitude<16><00><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code._Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.PowerSupplyA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<19>
<01><><EFBFBD><00>Library Status<1A>-<04><00>Instance Handle -<00><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code._Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.PowerSupplyA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.<1C>
<01><><EFBFBD><00>Library Status<1D>-<04><00>Instance Handle--<00><00>Exception Handle 
0-Gets the ResourceName field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code._Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.PowerSupply:You must free the output string using CDotNetFreeMemory.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter. )
<01><><EFBFBD><00>Library Status!-<04><00>Instance Handle!<21>-<00><00>returnValue!<21>-<01><00>Exception Handle 
0-Sets the ResourceName field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code._Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.PowerSupplyA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.$
<01><><EFBFBD><00>Library Status$<24>-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>ResourceName%\-<01><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.<00>A handle to the requested .NET object of type: TestStand_Instrument_Simulation.Oscilloscope
Use this handle to invoke members of this .NET object.
When it is no longer needed, you must discard this handle using CDotNetDiscardHandle.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.'\
<01><><EFBFBD><00>Library Status(O-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>resourceName)G-<01><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.`Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.OscilloscopeA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.+O
<01><><EFBFBD><00>Library Status,B-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>numSamples<00><><EFBFBD><EFBFBD>-<01><00>samplesPerSecond,<2C><00><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.`Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.Oscilloscope9You must free the output array using CDotNetFreeMemory.)Length of dimension 0 of array: result.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter..<2E>
<01><><EFBFBD><00>Library Status/<2F>-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>channel<00><><EFBFBD><EFBFBD>-<01><00>socket0><00><00>result0<00><00><00>resultLength0<><00><01><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.`Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.OscilloscopeA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.3k
<01><><EFBFBD><00>Library Status4^-<04><00>Instance Handle4<>-<00><00>Exception Handle 
0<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.`Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.OscilloscopeA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.6<>
<01><><EFBFBD><00>Library Status7<>-<04><00>Instance Handle7<>-<00><00>Exception Handle 
0+Gets the NumSamples field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.`Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.OscilloscopeA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.9<>
<01><><EFBFBD><00>Library Status:<3A>-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>returnValue;=-<01><00>Exception Handle 
0+Sets the NumSamples field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.`Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.OscilloscopeA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.=x
<01><><EFBFBD><00>Library Status>k-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>NumSamples><3E>-<01><00>Exception Handle 
0-Gets the ResourceName field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.`Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.Oscilloscope:You must free the output string using CDotNetFreeMemory.A handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.A
<01><><EFBFBD><00>Library StatusA<>-<04><00>Instance HandleBc-<00><00>returnValueB<>-<01><00>Exception Handle 
0-Sets the ResourceName field of this object.<00>A value indicating whether an error occurred. A negative error code indicates function failure.
Error codes are defined in cvi\include\cvidotnet.h.
You can use CDotNetGetErrorDescription to get the description of an error code.`Pass a handle representing a .NET object of type: TestStand_Instrument_Simulation.OscilloscopeA handle to the exception thrown by the target .NET assembly. If the output value is not NULL, then you must discard it using CDotNetDiscardHandle. Call CDotNetGetExceptionInfo to get information about the exception.
You may pass NULL for this parameter.D<>
<01><><EFBFBD><00>Library StatusE<>-<04><00>Instance Handle<00><><EFBFBD><EFBFBD>-<00><00>ResourceNameF=-<01><00>Exception Handle 
0<00><><EFBFBD><EFBFBD>.<2E>0%K.Initialize_TestStand_Instrument_Simulation<00><><EFBFBD><EFBFBD>0f1<>K.Close_TestStand_Instrument_Simulation<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD>4<>K.TestStand_Instrument_Simulation_Signal__Create<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD>8YK.TestStand_Instrument_Simulation_Signal_getSinglePoint<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD><<3C>K.TestStand_Instrument_Simulation_Signal_getPoints<00><><EFBFBD><EFBFBD>>8@<40>K.TestStand_Instrument_Simulation_Signal__Get__Voltage<00><><EFBFBD><EFBFBD>A<>DUK.TestStand_Instrument_Simulation_Signal__Set__Voltage<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD>H<K.TestStand_Instrument_Simulation_DCSignal__Create<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD>K<>K.TestStand_Instrument_Simulation_DCSignal_getSinglePoint<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD>O<>K.TestStand_Instrument_Simulation_DCSignal_getPoints<00><><EFBFBD><EFBFBD>Q|TK.TestStand_Instrument_Simulation_DCSignal__Get__Voltage<00><><EFBFBD><EFBFBD>U W<>K.TestStand_Instrument_Simulation_DCSignal__Set__Voltage<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD>[<5B>K.TestStand_Instrument_Simulation_ACSignal__Create<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD>_UK.TestStand_Instrument_Simulation_ACSignal_getSinglePoint<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD>c<>K.TestStand_Instrument_Simulation_ACSignal_getPoints<00><><EFBFBD><EFBFBD>e6g<>K.TestStand_Instrument_Simulation_ACSignal__Get__Frequency<00><><EFBFBD><EFBFBD>h<>k[K.TestStand_Instrument_Simulation_ACSignal__Set__Frequency<00><><EFBFBD><EFBFBD>lPn<>K.TestStand_Instrument_Simulation_ACSignal__Get__Amplitude<00><><EFBFBD><EFBFBD>o<>ruK.TestStand_Instrument_Simulation_ACSignal__Set__Amplitude<00><><EFBFBD><EFBFBD>sju<>K.TestStand_Instrument_Simulation_ACSignal__Get__Voltage<00><><EFBFBD><EFBFBD>v<>y<>K.TestStand_Instrument_Simulation_ACSignal__Set__Voltage<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD>}uK.TestStand_Instrument_Simulation_TestFixture__Create<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD><00>7
K.TestStand_Instrument_Simulation_UUT_readVoltage<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD>3DK.TestStand_Instrument_Simulation_UUT_readResistance<00><><EFBFBD><EFBFBD>4<>7<>K.TestStand_Instrument_Simulation_UUT__Get__Name<00><><EFBFBD><EFBFBD>8<>;?K.TestStand_Instrument_Simulation_UUT__Set__Name<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD>?aK.TestStand_Instrument_Simulation_SolarPanelUUT__Create<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD>C7K.TestStand_Instrument_Simulation_SolarPanelUUT_addPin<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD>F<>K.TestStand_Instrument_Simulation_SolarPanelUUT_applyVoltage<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD>K
K.TestStand_Instrument_Simulation_SolarPanelUUT_readVoltage<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD>P<>K.TestStand_Instrument_Simulation_SolarPanelUUT_readResistance<00><><EFBFBD><EFBFBD>ReU;K.TestStand_Instrument_Simulation_SolarPanelUUT__Get__Name<00><><EFBFBD><EFBFBD>V8X<>K.TestStand_Instrument_Simulation_SolarPanelUUT__Set__Name<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD>\<5C>K.TestStand_Instrument_Simulation_UUTPin__Create<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD>`<60>K.TestStand_Instrument_Simulation_UUTPin_readVoltage<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD>e0K.TestStand_Instrument_Simulation_UUTPin_applyVoltage<00><><EFBFBD><EFBFBD>f%h<>K.TestStand_Instrument_Simulation_UUTPin__Get__Signal<00><><EFBFBD><EFBFBD>i<>l<>K.TestStand_Instrument_Simulation_UUTPin__Set__Signal<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD>psK.TestStand_Instrument_Simulation_UUTOutputPin__Create<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD>tFK.TestStand_Instrument_Simulation_UUTOutputPin_connectToPin<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD>xLK.TestStand_Instrument_Simulation_UUTOutputPin_setBaselineSignal<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD>|XK.TestStand_Instrument_Simulation_UUTOutputPin_readVoltage<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD><01>K.TestStand_Instrument_Simulation_UUTOutputPin_readResistance<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD><01><>K.TestStand_Instrument_Simulation_UUTOutputPin_applyVoltage<00><><EFBFBD><EFBFBD><01><><01>iK.TestStand_Instrument_Simulation_UUTOutputPin__Get__Accuracy<00><><EFBFBD><EFBFBD><01>f<01><>K.TestStand_Instrument_Simulation_UUTOutputPin__Set__Accuracy<00><><EFBFBD><EFBFBD><01><><01><>K.TestStand_Instrument_Simulation_UUTOutputPin__Get__Signal<00><><EFBFBD><EFBFBD><01><><01>aK.TestStand_Instrument_Simulation_UUTOutputPin__Set__Signal<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD><01>KK.TestStand_Instrument_Simulation_UUTInputPin__Create<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD><01>tK.TestStand_Instrument_Simulation_UUTInputPin_applyVoltage<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD><01>K.TestStand_Instrument_Simulation_UUTInputPin_readVoltage<00><><EFBFBD><EFBFBD><01><><01><>K.TestStand_Instrument_Simulati
/ <0C>K.TestStand_Instrument_Simulation_DMM__Set__ResourceName<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD><10>K.TestStand_Instrument_Simulation_PowerSupply__Create<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD> K.TestStand_Instrument_Simulation_PowerSupply_generateOutputVoltageDC<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD><17>K.TestStand_Instrument_Simulation_PowerSupply_generateOutputVoltageAC<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD>K.TestStand_Instrument_Simulation_PowerSupply_Close<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD>8K.TestStand_Instrument_Simulation_PowerSupply_configure<00><><EFBFBD><EFBFBD><1F>"<22>K.TestStand_Instrument_Simulation_PowerSupply__Get__ResourceName<00><><EFBFBD><EFBFBD>#<23>&gK.TestStand_Instrument_Simulation_PowerSupply__Set__ResourceName<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD>*RK.TestStand_Instrument_Simulation_Oscilloscope__Create<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD>-<2D>K.TestStand_Instrument_Simulation_Oscilloscope_configure<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD>1<>K.TestStand_Instrument_Simulation_Oscilloscope_readWaveform<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD>5<>K.TestStand_Instrument_Simulation_Oscilloscope_Close<00><><EFBFBD><EFBFBD><00><><EFBFBD><EFBFBD>8<>K.TestStand_Instrument_Simulation_Oscilloscope_configure_1<00><><EFBFBD><EFBFBD>9<><HK.TestStand_Instrument_Simulation_Oscilloscope__Get__NumSamples<00><><EFBFBD><EFBFBD>=E?<3F>K.TestStand_Instrument_Simulation_Oscilloscope__Set__NumSamples<00><><EFBFBD><EFBFBD>@<40>C<>K.TestStand_Instrument_Simulation_Oscilloscope__Get__ResourceName<00><><EFBFBD><EFBFBD>D<>GHK.TestStand_Instrument_Simulation_Oscilloscope__Set__ResourceName,<2C><00>Initialize<00>Close<00><><EFBFBD><EFBFBD>TestStand_Instrument_Simulation_Signal<00>Type Constructor<00>TestStand Instrument Simulation Signal getSinglePoint<00>TestStand Instrument Simulation Signal getPoints<00>TestStand Instrument Simulation Signal Get Voltage<00>TestStand Instrument Simulation Signal Set Voltage<00><><EFBFBD><EFBFBD>TestStand_Instrument_Simulation_DCSignal<00>Type Constructor<00>TestSt