An example in C++ using more idiomatic C++ to demonstrate the capabilities of the additional C++ API.
- Start the XCP on Ethernet server and use the runtime A2L generator.
- Create a global calibration parameter segment structure, register the parameters in the segment and access them safely with a RAII wrapper.
- Define events for measurement of global, local (stack), member and heap variables, and instances of classes.
- Use the variadic C++ macro/template API.
- Instrument a member function: Register and measure local function variables and parameters.
More advanced topics are covered by the other examples:
- Safely share calibration parameters among different threads.
- Measure instances of complex types, such a structs, arrays, nested structs and arrays of structs by using typedefs.
- Create complex parameters, like maps, curves and lookup tables with fixed or shared axis.
- Measure thread local instances of variables, create event instances.
- Create physical conversion rules and enumerations.
- Create additional groups.
- Use consistent atomic calibration.
- Make calibration changes persistent (freeze).
- Create context and span, measure durations.
The generated A2L file can be found in the CANape project folder.