Skip to main content

​
testWaitScopeGetConfigurationInformation

Valid for: CANoe DE • CANoe4SW DE

​
Function Syntax

long testWaitScopeGetConfigurationInformation (char deviceNames[][], dword deviceCount, char configurationNames[][], dword configurationCount);

​
Description

Returns the available oscilloscopes and possible configurations. The returned device names and function can be used with the function testWaitScopeSetConfiguration.

​
Parameters

  • deviceNames: The names of the scope device.
  • deviceCount:
    • [in] The number of scope devices requested
    • [out] The number of available scope devices
  • configurationNames: The configuration names of all available configurations.
  • configurationCount:
    • [in] The number of requested configurations
    • [out] The number of available configurations

​
Return Values

  • 1: Successful
  • 0: Timeout
  • -24: If the array for the string is too small.
  • -25: If the number of devices is not equals to the requested devices.
  • -26: If the number of configurations is not equals to the requested configurations.
  • -27: If the array for the strings is > 260.

​
Example

includes
{
  #include "scope\ScopeBitAnalyse.cin"
}
variables
{
}
testcase GetScopeConfiguration()
{
  char deviceNames[1][50];
  char configNames[2][50];

  GetConfigInfo(deviceNames, 1, 50, configNames, 2, 50
}
testfunction GetConfigInfo(char currDevNames[][], dword devCount, dword devStringLength, char currConfigNames[][], dword configCount, dword confStringLength)
{
  long res;
  int i,j;
  int wantedDeviceCount;
  int wantedConfigCount;
  int minConfCount;
  int minDevCount;

  wantedDeviceCount=devCount;
  wantedConfigCount=configCount;

  testStep("testWaitScopeGetConfigurationInformation", "Input deivceNames [Array-Length: 1d=%d 2d=%d] count %d configNames [Array-Length: 1d=%d 2d=%d] count =%d", devCount, devStringLength, devCount, configCount, confStringLength, configCount);
  res = testWaitScopeGetConfigurationInformation(currDevNames, devCount, currConfigNames, configCount); 

  if(res == eCAPLScopeResult_Success)
  {
    testStepPass("testWaitScopeGetConfigurationInformation", "Output deivceNames devices written %d; config names written %d", devCount, configCount);
  }
  else
  {
    testStepWarning("testWaitScopeGetConfigurationInformation", "InputData doesn't fit request (Error Code %d) deviceCountExpected =%d deviceCountActual =%d configCountExpected =%d configCountActual =%d", res, wantedDeviceCount, devCount, wantedConfigCount, configCount);
  }

  if(resultExpected != eCAPLScopeResult_eScopeConfigurationToLongArray)
  {
    minDevCount = _min(wantedDeviceCount, devCount);
    for(i = 0; i < minDevCount; ++i)
    {
      testStep("DeviceConfigName", "DeviceName =%s", currDevNames[i]);
    }

    minConfCount= _min(wantedConfigCount, configCount);

    for(j = 0; j < minConfCount; ++j)
    {
      testStep("ConfigurationName", "ConfigName =%s", currConfigNames[j]);
    }
  }
}
See also: testWaitScopeSetConfiguration