config.h File Reference

#include <utility>
#include <assert.h>

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Namespaces
namespace	CppTL
Classes
struct	CppTL::Type< T >
class	CppTL::NonCopyable
	Base class for non copyable class. More...
Defines
#define	CPPTL_HAS_INT64   1
#define	CPPTL_HAS__SNPRINTF   1
#define	CPPTL_USE_WIN32_ATOMIC   1
#define	CPPTL_USE_WIN32_THREAD   1
#define	CPPTL_TYPENAME   typename
	CPPTL_TYPENAME is defined as 'typename' if the compiler requires deduced typename in template.
#define	CPPTL_STATIC_CONSTANT(type, assignment)   enum { assignment }
	CPPTL_STATIC_CONSTANT is defined to declare a static constant in a class struct A { CPPTL_STATIC_CONSTANT( x, 1 ) }; // A::x = 1.
#define	CPPTL_TYPE_DEFAULT_ARG(aType)   = ::CppTL::Type<aType>()
	CPPTL_NO_VECTOR_ITERATOR_VALUE_TYPE_DEDUCTION is defined if it not possible to deduced the value_type of std::vector<>::iterator (it is a pointer and there is no partial specialization support).
#define	CPPTL_AT(container, index)   (container).at(index)
#define	CPPTL_HAS_THREAD   1
#define	CPPTL_HAS_THREAD_SAFE_ATOMIC_COUNTER   1
#define	CPPTL_API
#define	CPPTL_JOIN(symbol1, symbol2)   _CPPTL_DO_JOIN( symbol1, symbol2 )
#define	_CPPTL_DO_JOIN(symbol1, symbol2)   _CPPTL_DO_JOIN2( symbol1, symbol2 )
#define	_CPPTL_DO_JOIN2(symbol1, symbol2)   symbol1##symbol2
#define	CPPTL_MAKE_UNIQUE_NAME(prefix)   CPPTL_JOIN( prefix, __LINE__ )
#define	CPPTL_MIN(a, b)   ((a) < (b) ? a : b)
#define	CPPTL_MAX(a, b)   ((a) > (b) ? a : b)
#define	CPPTL_CHECK_TYPE_COMPLETE(Type)
#define	CPPTL_ARRAY_SIZE(array)   (sizeof(array)/sizeof((array)[0]))
	Evaluates to the number of elements in the array.
#define	CPPTL_ASSERT_MESSAGE(cond, message)   assert( (cond) && message )
#define	CPPTL_DEBUG_ASSERT_UNREACHABLE   assert( false && "unreachable code" )
#define	CPPTL_CHECKED_CAST(TargetType, pointer)   ::CppTL::checkedCast( pointer, ::CppTL::Type<TargetType>() )
Typedefs
typedef __int64	CppTL::int64_t
typedef unsigned __int64	CppTL::uint64_t
typedef CppTL::int64_t	CppTL::LargestInt
typedef CppTL::uint64_t	CppTL::LargestUnsignedInt
typedef unsigned int	CppTL::size_type
Functions
template<class T>
void	CppTL::swap (T &left, T &right)
template<class T>
void	CppTL::checkedDelete (T *p)
template<class T>
void	CppTL::checkedArrayDelete (T *p)
template<class TargetType, class SourceType>
TargetType	CppTL::checkedCast (SourceType *pointer, Type< TargetType >)

---

Define Documentation

#define _CPPTL_DO_JOIN	(	symbol1,
		symbol2		)	_CPPTL_DO_JOIN2( symbol1, symbol2 )

#define _CPPTL_DO_JOIN2	(	symbol1,
		symbol2		)	symbol1##symbol2

#define CPPTL_API

#define CPPTL_ARRAY_SIZE

(

array

)

(sizeof(array)/sizeof((array)[0]))

Evaluates to the number of elements in the array.

#define CPPTL_ASSERT_MESSAGE	(	cond,
		message		)	assert( (cond) && message )

Referenced by CppTL::DequeIteratorCommonBase::advance(), CppTL::SmallMapIteratorBase< T >::advance(), CppTL::DequeBase::appendPage(), CppTL::Deque< T >::at(), CppTL::Deque< T >::back(), CppTL::checkedCast(), CppTL::SmallMapIteratorBase< T >::computeDistance(), CppTL::ConstCharView::ConstCharView(), CppTL::DequeIteratorCommonBase::decrement(), CppTL::SmallMapIteratorBase< T >::decrement(), CppTL::SmallMapIteratorBase< T >::deref(), CppTL::DequeIteratorBase< T >::deref(), CppTL::SmallMap< Key, Value, PredLess, Allocator >::erase(), CppTL::Deque< T >::erase(), CppTL::Deque< T >::front(), CppTL::DequeIteratorCommonBase::increment(), CppTL::SmallMapIteratorBase< T >::increment(), CppTL::SmallMapIteratorBase< T >::index(), CppTL::Deque< T >::insert(), CppTL::ScopedArray< PointeeType >::operator*(), CppTL::ScopedPtr< PointeeType >::operator*(), CppTL::IntrusivePtr< CppUT::TestInfo >::operator*(), CppTL::ScopedArray< PointeeType >::operator->(), CppTL::ScopedPtr< PointeeType >::operator->(), CppTL::IntrusivePtr< CppUT::TestInfo >::operator->(), CppTL::Deque< T >::pop_back(), CppTL::Deque< T >::pop_front(), and CppTL::DequeBase::prependPage().

#define CPPTL_AT	(	container,
		index		)	(container).at(index)

Referenced by CppUT::Message::at(), CppTL::Method::getArgType(), and CppUT::TestSuite::testAt().

#define CPPTL_CHECK_TYPE_COMPLETE

(

Type

)

Value:

{                                                            \
       typedef char typeMustBeComplete[ sizeof(Type) ? 1 : -1 ]; \
       (void)sizeof(typeMustBeComplete);                         \
    }

Cause a compilation error if a type is not complete. Typical use if before call to delete operator (ScopedPtr, SharedPtr...). (based on boost.checked_delete)

Referenced by CppTL::checkedArrayDelete(), and CppTL::checkedDelete().

#define CPPTL_CHECKED_CAST	(	TargetType,
		pointer		)	::CppTL::checkedCast( pointer, ::CppTL::Type<TargetType>() )

#define CPPTL_DEBUG_ASSERT_UNREACHABLE   assert( false && "unreachable code" )

Referenced by CppUT::CheckerResult::compose(), CppUT::TestInfo::handleAssertion(), CppUT::LazyMessage::makeMessage(), and CppUT::OpenTestAdaptor::publishTestResult().

#define CPPTL_HAS__SNPRINTF   1

#define CPPTL_HAS_INT64   1

#define CPPTL_HAS_THREAD   1

#define CPPTL_HAS_THREAD_SAFE_ATOMIC_COUNTER   1

#define CPPTL_JOIN	(	symbol1,
		symbol2		)	_CPPTL_DO_JOIN( symbol1, symbol2 )

Joins to symbol after expanding them into string.

Use this macro to join two symbols. Example of usage:

 #define MAKE_UNIQUE_NAME(prefix) CPPTL_JOIN( prefix, __LINE__ )

The macro defined in the example concatenate a given prefix with the line number to obtain a 'unique' identifier.

#define CPPTL_MAKE_UNIQUE_NAME

(

prefix

)

CPPTL_JOIN( prefix, __LINE__ )

Adds the line number to the specified string to create a unique identifier.

Parameters:

prefix

Prefix added to the line number to create a unique identifier.

See also:

CPPUT_TEST_SUITE_REGISTRATION for an example of usage.

#define CPPTL_MAX	(	a,
		b		)	((a) > (b) ? a : b)

Referenced by CppTL::DequeBase::growPageMap().

#define CPPTL_MIN	(	a,
		b		)	((a) < (b) ? a : b)

#define CPPTL_STATIC_CONSTANT	(	type,
		assignment		)	enum { assignment }

CPPTL_STATIC_CONSTANT is defined to declare a static constant in a class struct A { CPPTL_STATIC_CONSTANT( x, 1 ) }; // A::x = 1.

#define CPPTL_TYPE_DEFAULT_ARG

(

aType

)

= ::CppTL::Type<aType>()

CPPTL_NO_VECTOR_ITERATOR_VALUE_TYPE_DEDUCTION is defined if it not possible to deduced the value_type of std::vector<>::iterator (it is a pointer and there is no partial specialization support).

CPPTL_NO_TYPE_DEFAULT_ARG is defined if the compiler does not support the following construct: template<class ValueType> void doSomething( CppTL::Type<ValueType> type = CppTL::Type<ValueType>() ); With allow for the following usage: doSomething<int>(); Some compiler can not deduce type correctly or may cause silent linker error (all function instantion for different type being recognized as a single one). If this construct is not supported, the portable call syntax should be use: doSomething( CppTL::Type<int>() );

Todo:

Should this be kept. It is not used at the time...

#define CPPTL_TYPENAME   typename

CPPTL_TYPENAME is defined as 'typename' if the compiler requires deduced typename in template.

Referenced by CppTL::bind1r(), CppTL::bind2(), CppTL::bind2r(), CppTL::bind3(), CppTL::bind3r(), CppTL::bind4(), CppTL::bind4r(), CppTL::bind5(), CppTL::bind5r(), CppTL::bind6(), CppTL::bind6r(), CppUT::checkCustomStringSequenceEqual(), CppUT::checkCustomStringSetEqual(), CppUT::checkSequenceEqual(), CppUT::checkSetEqual(), CppTL::Impl::copy_and_destroy(), CppTL::Impl::copy_backwards_and_destroy(), CppTL::Impl::copy_with_construct(), CppTL::fn0r(), CppTL::fn1(), CppTL::fn1r(), CppTL::fn2(), CppTL::fn2r(), CppTL::fn3(), CppTL::fn3r(), CppTL::fn4(), CppTL::fn4r(), CppTL::fn5(), CppTL::fn5r(), and CppTL::Enum::values().

#define CPPTL_USE_WIN32_ATOMIC   1

#define CPPTL_USE_WIN32_THREAD   1