lib::test::anonymous_namespace{multifact-argument-test.cpp} Namespace Reference

Typedefs
typedef factory::MultiFact< Num(int), prodID, factory::BuildRefcountPtr >	TestFactory
	the factory instantiation used for this test
typedef std::map< prodID, function< Num(int)> >	DispatcherMap

Enumerations
enum	prodID {   ONE = 1 ,   TWO }

Classes
struct	Num

Functions
Num *	fabricateNumberz (int base, int offset)
	dummy "factory" function to be invoked

Typedef Documentation

TestFactory

typedef factory::MultiFact< Num(int) , prodID , factory::BuildRefcountPtr > TestFactory

the factory instantiation used for this test

Definition at line 67 of file multifact-argument-test.cpp.

DispatcherMap

typedef std::map<prodID, function<Num(int)> > DispatcherMap

Definition at line 70 of file multifact-argument-test.cpp.

Enumeration Type Documentation

prodID

enum prodID

Enumerator
ONE
TWO

Definition at line 40 of file multifact-argument-test.cpp.

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Class Documentation

lib::test::anonymous_namespace{multifact-argument-test.cpp}::Num

struct lib::test::anonymous_namespace{multifact-argument-test.cpp}::Num

Class Members
int	n_

Collaboration diagram for Num:

Function Documentation

fabricateNumberz()

Num * fabricateNumberz	(	int	base,
		int	offset
	)

dummy "factory" function to be invoked

Returns

pointer to heap allocated product object

Note

this function needs to deliver the product in a form which can be accepted by the concrete wrapper, which is going to be configured into the factory.

Definition at line 54 of file multifact-argument-test.cpp.

References fabricateNumberz(), and Num::n_.

Referenced by fabricateNumberz().

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