Defines the validator constraint "language". More...

Macros
#define	END_CONSTRAINT

#define	EXTERN_CONSTRAINT(Id, Name)

#define	fail() mLogMsg = true; return;

#define	inv(expr) if (!(expr)) { mLogMsg = true; return; }

#define	inv_or(expr) if (expr) { mLogMsg = false; return; } else mLogMsg = true;

#define	pre(expr) if (!(expr)) return;

#define	START_CONSTRAINT(Id, Typename, Varname)

Detailed Description

Defines the validator constraint "language".

Author: Ben Bornstein

This file provides C/C++ macros that make it possible to easily define validation rules for SBML. These are called "validation constraints" in SBML (not to be confused with the Constraint object in SBML). The validator works by applying such constraints to a Model object in memory. A constraint can have preconditions, invariants, and log failures. Failures are retrievable as SBMLError objects in the SBMLErrorLog attached to the SBMLDocument containing the model.

Users can define their own additional validation constraints using the facilities in this file and the Validator class. Please consult the code from existing validation constraints for examples about how to use this.

Macro Definition Documentation

◆ END_CONSTRAINT

#define END_CONSTRAINT

Value:

}; \

LIBSBML_CPP_NAMESPACE_END

◆ EXTERN_CONSTRAINT

#define EXTERN_CONSTRAINT	(	Id,
		Name
	)

◆ fail

#define fail ( ) mLogMsg = true; return;

◆ inv

#define inv ( expr ) if (!(expr)) { mLogMsg = true; return; }

◆ inv_or

#define inv_or ( expr ) if (expr) { mLogMsg = false; return; } else mLogMsg = true;

◆ pre

#define pre ( expr ) if (!(expr)) return;

◆ START_CONSTRAINT

#define START_CONSTRAINT	(	Id,
		Typename,
		Varname
	)