Inheritance diagram for actions::PrintSparseVector< T >:

Public Types
using	Base_t = BaseAction< T >

typedef TestManagerClass< T >	TestClass_t

typedef TestClass_t::Data_t	Data_t
	type stored More...

typedef TestClass_t::Vector_t	Vector_t
	type of STL vector More...

typedef TestClass_t::SparseVector_t	SparseVector_t
	type of sparse vector More...

Public Types inherited from actions::BaseAction< T >
using	This_t = BaseAction< T >

typedef TestManagerClass< T >	TestClass_t

typedef TestClass_t::Data_t	Data_t
	type stored More...

typedef TestClass_t::Vector_t	Vector_t
	type of STL vector More...

typedef TestClass_t::SparseVector_t	SparseVector_t
	type of sparse vector More...

Protected Member Functions
virtual void	doDescribe (TestClass_t &, std::ostream &out) const override

virtual void	actionOnSparseVector (SparseVector_t &v) const override

Protected Member Functions inherited from actions::BaseAction< T >
virtual void	actionOnVector (Vector_t &) const

Additional Inherited Members
Public Member Functions inherited from actions::BaseAction< T >
	BaseAction ()

	BaseAction (int exp_err)

virtual	~BaseAction ()

This_t &	set_expected_errors (int exp_err)

void	describe (TestClass_t &tc, std::ostream &out) const
	Print a description of this action into the specified steam. More...

void	describe (TestClass_t &tc) const
	Print a description of this action in the test class stream. More...

std::string	description (TestClass_t &tc) const
	Returns a string with a description of this action. More...

void	operator() (Vector_t &v) const
	Action performed on a STL vector. More...

void	operator() (SparseVector_t &v) const
	Action performed on a sparse vector. More...

Public Attributes inherited from actions::BaseAction< T >
int	expected_errors {0}
	number of errors expected for this action More...

Protected Types inherited from actions::BaseAction< T >
using	v_citer_t = typename Vector_t::const_iterator

Static Protected Member Functions inherited from actions::BaseAction< T >
template<typename ITER >
static ITER	skipRange (ITER start, ITER const end)

template<typename ITER >
static ITER	skipVoid (ITER start, ITER const end)

template<typename ITER >
static ITER	rangeStart (ITER const begin, ITER last)

template<typename ITER >
static ITER	voidStart (ITER const begin, ITER last)

template<typename Vector >
static auto	findRangeBorders (Vector &v, std::size_t pos)

template<typename ITER >
static ITER	findRangeStart (Vector_t const &v, std::size_t i, ITER start)
	Returns iterator to the first element of the i-th range after start. More...

template<typename ITER >
static ITER	findRangeStart (Vector_t const &v, std::size_t i)

template<typename ITER >
static ITER	findVoidStart (Vector_t const &v, std::size_t i, ITER start)

static bool	isVoid (Data_t value)