rwtMakeFunctorR0 Macros and Functions

Macros
#define	rwtMakeFunctorR0G(SR, DR, function)
#define	rwtMakeFunctorR0GA1(SR, DR, function, A1, a1)
#define	rwtMakeFunctorR0GA2(SR, DR, function, A1, a1, A2, a2)
#define	rwtMakeFunctorR0GA3(SR, DR, function, A1, a1, A2, a2, A3, a3)
#define	rwtMakeFunctorR0M(SR, Callee, callee, DR, function)
#define	rwtMakeFunctorR0MA1(SR, Callee, callee, DR, function, A1, a1)
#define	rwtMakeFunctorR0MA2(SR, Callee, callee, DR, function, A1, a1, A2, a2)
#define	rwtMakeFunctorR0MA3(SR, Callee, callee, DR, function, A1, a1, A2, a2, A3, a3)

Functions
template<class SR , class Callee , class DR , class A1 , class AA1 >
RWTFunctorR0< SR >	rwtMakeFunctorR0 (SR(*caller)(void), Callee &callee, DR(Callee::*function)(A1), AA1 a1)
template<class SR , class Callee , class DR , class A1 , class A2 , class AA1 , class AA2 >
RWTFunctorR0< SR >	rwtMakeFunctorR0 (SR(*caller)(void), Callee &callee, DR(Callee::*function)(A1, A2), AA1 a1, AA2 a2)
template<class SR , class Callee , class DR , class A1 , class A2 , class A3 , class AA1 , class AA2 , class AA3 >
RWTFunctorR0< SR >	rwtMakeFunctorR0 (SR(*caller)(void), Callee &callee, DR(Callee::*function)(A1, A2, A3), AA1 a1, AA2 a2, AA3 a3)
template<class SR , class Callee , class DR >
RWTFunctorR0< SR >	rwtMakeFunctorR0 (SR(*caller)(void), Callee &callee, DR(Callee::*function)(void))
template<class SR , class DR , class A1 , class AA1 >
RWTFunctorR0< SR >	rwtMakeFunctorR0 (SR(*caller)(void), DR(*callee)(A1), AA1 a1)
template<class SR , class DR , class A1 , class A2 , class AA1 , class AA2 >
RWTFunctorR0< SR >	rwtMakeFunctorR0 (SR(*caller)(void), DR(*callee)(A1, A2), AA1 a1, AA2 a2)
template<class SR , class DR , class A1 , class A2 , class A3 , class AA1 , class AA2 , class AA3 >
RWTFunctorR0< SR >	rwtMakeFunctorR0 (SR(*caller)(void), DR(*callee)(A1, A2, A3), AA1 a1, AA2 a2, AA3 a3)
template<class SR , class DR >
RWTFunctorR0< SR >	rwtMakeFunctorR0 (SR(*caller)(void), DR(*callee)(void))

Detailed Description

Header File

#include <rw/functor/functorR0.h>

A function object, or functor, is an object that encapsulates a call to an associated global or member function. When a functor is invoked, it calls the associated function.

The rwtMakeFunctorR0() functions and macros are provided to construct functors based on the RWTFunctorR0 class. The RWTFunctorR0 class acts as the handle for a family of functor implementation classes based on the RWTFunctorR0Imp class. A functor based on RWTFunctorR0 is invoked with no arguments and returns a value of type SR, but the implementation classes can accept functions with up to three arguments. The values for the additional arguments are defined when an implementation class instance is constructed, and are passed to the function each time the functor is invoked.

Each rwtMakeFunctorR0() function or macro instantiates and constructs an appropriate functor implementation class instance and returns an RWTFunctorR0 handle that is bound to that instance.

rwtMakeFunctorR0() comes in two flavors. First, there is a set of overloaded global function templates. Since not all compilers are able to handle templates to the degree required by these functions, we also provide a corresponding set of macros. The template functions are slightly easier to use and you only have to remember one name. The macros are more portable but they do require more arguments; and because we cannot overload macros, each must have a unique name.

In naming the macros, we have employed a convention to make the names easier to remember. Each name begins with rwtMakeFunctorR0(), which will be followed by either a G if the macro is expecting a global function, or an M if it is expecting a member function. At that point, the name is complete if the associated global or member function takes no arguments. Otherwise we add one of A1, A2, or A3 for functions with 1, 2, or 3 arguments respectively. For example, you will use macro rwtMakeFunctorR0G() to create a functor that calls a global function that takes no arguments. The macro rwtMakeFunctorR0MA2() will create a functor that calls a member function that takes two arguments.

Example

Example Using Templates

#include <rw/functor/functorR0.h>
 
class A {
 public:
  int bar(char);  // Member function with 1 argument
};
 
int main() {
  A a;  // an instance of class A
 
  int foo(double, long);  // Global function with 2 arguments
 
  // Create an RWTFunctorR0 set to call foo(3.14,11):
  RWTFunctorR0<int> t1 =
      rwtMakeFunctorR0((int (*)(void))NULL, foo, 3.14, 11);
 
  // Create an RWTFunctorR0 set to call a.bar('x'):
  RWTFunctorR0<int> t2 =
      rwtMakeFunctorR0((int (*)(void))NULL, a, &A::bar, 'x');
 
  int result1 = t1();
  int result2 = t2();
 
  return 0;
}

Example Using Macros

#include <rw/functor/functorR0.h>
 
class A {
 public:
  int bar(char);  // Member function with 1 argument
};
 
int main() {
  A a;  // an instance of class A
 
  int foo(double, long);  // Global function with 2 arguments
 
  // Create an RWTFunctorR0 set to call foo(3.14,11):
  RWTFunctorR0<int> t1 =
      rwtMakeFunctorR0GA2(int, int, foo, double, 3.14, long, 11);
 
  // Create an RWTFunctorR0 set to call a.bar('x'):
  RWTFunctorR0<int> t2 =
      rwtMakeFunctorR0MA1(int, A, a, int, &A::bar, char, 'x');
 
  int result1 = t1();
  int result2 = t2();
  return 0;
}

Macros (for Use With Global Functions)

The macros in this section use the following naming conventions for the macro arguments:

SR	The actual type name to be used to instantiate the RWTFunctorR0.
DR	Type name of the function return value. DR must be convertible to SR.
function	Global function pointer.
A1	Type name of the first argument.
a1	Expression that can be converted to an instance of A1.
A2	Type name of the second argument.
a2	Expression that can be converted to an instance of A2.
A3	Type name of the third argument.
a3	Expression that can be converted to an instance of A3.

Macros (for Use With Member Functions)

The macros in this section use the following naming conventions for the macro arguments:

SR	The actual type name to be used to instantiate the RWTFunctorR0.
Callee	Type name of the function's class.
callee	Expression that results in a reference to a Callee instance.
DR	Type name of the function return value. DR must be convertible to SR.
function	Pointer to member function of class Callee
A1	Type name of the first argument.
a1	Expression that can be converted to an instance of A1.
A2	Type name of the second argument.
a2	Expression that can be converted to an instance of A2.
A3	Type name of the third argument.
a3	Expression that can be converted to an instance of A3.

See also

RWTFunctorR0, RWTFunctorR0Imp

Macro Definition Documentation

rwtMakeFunctorR0G

#define rwtMakeFunctorR0G	(		SR,
			DR,
			function )

Deprecated

As of SourcePro 12.5, use rwBind(function) instead.

Macro to create an RWTFunctorR0 set to call function(). function must have signature DR (*)(void).

rwtMakeFunctorR0GA1

#define rwtMakeFunctorR0GA1	(		SR,
			DR,
			function,
			A1,
			a1 )

Deprecated

As of SourcePro 12.5, use rwBind(function, a1) instead.

Macro to create an RWTFunctorR0 set to call function(a1). function must have signature DR (*)(A1).

rwtMakeFunctorR0GA2

#define rwtMakeFunctorR0GA2	(		SR,
			DR,
			function,
			A1,
			a1,
			A2,
			a2 )

Deprecated

As of SourcePro 12.5, use rwBind(function, a1, a2) instead.

Macro to create an RWTFunctorR0 set to call function(a1,a2). function must have signature DR (*)(A1,A2).

rwtMakeFunctorR0GA3

#define rwtMakeFunctorR0GA3	(		SR,
			DR,
			function,
			A1,
			a1,
			A2,
			a2,
			A3,
			a3 )

Deprecated

As of SourcePro 12.5, use rwBind(function, a1, a2, a3) instead.

Macro to create an RWTFunctorR0 set to call function(a1,a2,a3). function must have signature DR (*)(A1,A2,A3).

rwtMakeFunctorR0M

#define rwtMakeFunctorR0M	(		SR,
			Callee,
			callee,
			DR,
			function )

Deprecated

As of SourcePro 12.5, use rwBind(function, callee) instead.

Macro to create an RWTFunctorR0 set to call callee.function(). function must have signature DR (Caller::*)(void).

rwtMakeFunctorR0MA1

#define rwtMakeFunctorR0MA1	(		SR,
			Callee,
			callee,
			DR,
			function,
			A1,
			a1 )

Deprecated

As of SourcePro 12.5, use rwBind(function, callee, a1) instead.

Macro to create an RWTFunctorR0 set to call callee.function(a1). function must have signature DR (Caller::*)(A1).

rwtMakeFunctorR0MA2

#define rwtMakeFunctorR0MA2	(		SR,
			Callee,
			callee,
			DR,
			function,
			A1,
			a1,
			A2,
			a2 )

Deprecated

As of SourcePro 12.5, use rwBind(function, callee, a1, a2) instead.

Macro to create an RWTFunctorR0 set to call callee.function(a1,a2). function must have signature DR (Caller::*)(A1,A2).

rwtMakeFunctorR0MA3

#define rwtMakeFunctorR0MA3	(		SR,
			Callee,
			callee,
			DR,
			function,
			A1,
			a1,
			A2,
			a2,
			A3,
			a3 )

Deprecated

As of SourcePro 12.5, use rwBind(function, callee, a1, a2, a3) instead.

Macro to create an RWTFunctorR0 set to call callee.function(a1,a2,a3). function must have signature DR (Caller::*)(A1,A2,A3).

Function Documentation

rwtMakeFunctorR0() [1/8]

template<class SR , class Callee , class DR , class A1 , class AA1 >

RWTFunctorR0< SR > rwtMakeFunctorR0	(	SR(*	caller )(void),
		Callee &	callee,
		DR(Callee::*	function )(A1),
		AA1	a1 )

Deprecated

As of SourcePro 12.5, use rwBind(function, callee, a1) instead.

Template function to create an RWTFunctorR0 set to call callee.function(a1).

Note

• The caller parameter is used only to allow the compiler to deduce type SR. You may use any function with an appropriate signature or simply pass a NULL pointer cast to the appropriate type as done in the example above.
• DR must be convertible to SR.
• a1 must be convertible to instance of type A1.

rwtMakeFunctorR0() [2/8]

template<class SR , class Callee , class DR , class A1 , class A2 , class AA1 , class AA2 >

RWTFunctorR0< SR > rwtMakeFunctorR0	(	SR(*	caller )(void),
		Callee &	callee,
		DR(Callee::*	function )(A1, A2),
		AA1	a1,
		AA2	a2 )

Deprecated

As of SourcePro 12.5, use rwBind(function, callee, a1, a2) instead.

Template function to create an RWTFunctorR0 set to call callee.function(a1, a2).

Note

• The caller parameter is used only to allow the compiler to deduce type SR. You may use any function with an appropriate signature or simply pass a NULL pointer cast to the appropriate type as done in the example above.
• DR must be convertible to SR.
• a1 and a2 must be convertible to instances of types A1 and A2 respectively.

rwtMakeFunctorR0() [3/8]

template<class SR , class Callee , class DR , class A1 , class A2 , class A3 , class AA1 , class AA2 , class AA3 >

RWTFunctorR0< SR > rwtMakeFunctorR0	(	SR(*	caller )(void),
		Callee &	callee,
		DR(Callee::*	function )(A1, A2, A3),
		AA1	a1,
		AA2	a2,
		AA3	a3 )

Deprecated

As of SourcePro 12.5, use rwBind(function, callee, a1, a2, a3) instead.

Template function to create an RWTFunctorR0 set to call callee.function(a1,a2,a3).

Note

• The caller parameter is used only to allow the compiler to deduce type SR. You may use any function with an appropriate signature or simply pass a NULL pointer cast to the appropriate type as done in the example above.
• DR must be convertible to SR.
• a1, a2 and a3 must be convertible to instances of types A1, A2 and A3 respectively.

rwtMakeFunctorR0() [4/8]

template<class SR , class Callee , class DR >

RWTFunctorR0< SR > rwtMakeFunctorR0	(	SR(*	caller )(void),
		Callee &	callee,
		DR(Callee::*	function )(void) )

Deprecated

As of SourcePro 12.5, use rwBind(function, callee) instead.

Template function to create an RWTFunctorR0 set to call callee.function().

Note

• The caller parameter is used only to allow the compiler to deduce type SR. You may use any function with an appropriate signature or simply pass a NULL pointer cast to the appropriate type as done in the example above.
• DR must be convertible to SR.

rwtMakeFunctorR0() [5/8]

template<class SR , class DR , class A1 , class AA1 >

RWTFunctorR0< SR > rwtMakeFunctorR0	(	SR(*	caller )(void),
		DR(*	callee )(A1),
		AA1	a1 )

Deprecated

As of SourcePro 12.5, use rwBind(function, a1) instead.

Template function to create an RWTFunctorR0 set to call callee(a1).

Note

• The caller parameter is used only to allow the compiler to deduce type SR. You may use any function with an appropriate signature or simply pass a NULL pointer cast to the appropriate type as done in the example above.
• DR must be convertible to SR.
• a1 must be convertible to instance of type A1.

rwtMakeFunctorR0() [6/8]

template<class SR , class DR , class A1 , class A2 , class AA1 , class AA2 >

RWTFunctorR0< SR > rwtMakeFunctorR0	(	SR(*	caller )(void),
		DR(*	callee )(A1, A2),
		AA1	a1,
		AA2	a2 )

Deprecated

As of SourcePro 12.5, use rwBind(function, a1, a2) instead.

Template function to create an RWTFunctorR0 set to call callee(a1, a2).

Note

• The caller parameter is used only to allow the compiler to deduce type SR. You may use any function with an appropriate signature or simply pass a NULL pointer cast to the appropriate type as done in the example above.
• DR must be convertible to SR.
• a1 and a2 must be convertible to instances of types A1 and A2 respectively.

rwtMakeFunctorR0() [7/8]

template<class SR , class DR , class A1 , class A2 , class A3 , class AA1 , class AA2 , class AA3 >

RWTFunctorR0< SR > rwtMakeFunctorR0	(	SR(*	caller )(void),
		DR(*	callee )(A1, A2, A3),
		AA1	a1,
		AA2	a2,
		AA3	a3 )

Deprecated

As of SourcePro 12.5, use rwBind(function, a1, a2, a3) instead.

Template function to create an RWTFunctorR0 set to call callee(a1, a2, a3).

Note

• The caller parameter is used only to allow the compiler to deduce type SR. You may use any function with an appropriate signature or simply pass a NULL pointer cast to the appropriate type as done in the example above.
• DR must be convertible to SR.
• a1, a2 and a3 must be convertible to instances of types A1, A2 and A3 respectively.

rwtMakeFunctorR0() [8/8]

template<class SR , class DR >

RWTFunctorR0< SR > rwtMakeFunctorR0	(	SR(*	caller )(void),
		DR(*	callee )(void) )

Deprecated

As of SourcePro 12.5, use rwBind(function) instead.

Template function to create an RWTFunctorR0 set to call callee().

Note

• The caller parameter is used only to allow the compiler to deduce type SR. You may use any function with an appropriate signature or simply pass a NULL pointer cast to the appropriate type as done in the example above.
• DR must be convertible to SR.