nds_impl::nds1::v12_2 Namespace Reference

Classes
class	ChannelListIterator

Typedefs
typedef std::array< char, 148 >	raw_sc2_channel

Functions
template<typename Reader , class OutIt , class Transform = nds_impl::common::IdentityTransform< raw_sc2_channel >, class Predicate = nds_impl::common::TruePredicate< typename std::result_of< decltype ( &Transform::operator( ) )( Transform, raw_sc2_channel ) >::type >>
void	read_get_channels (Reader &r, OutIt it, Transform t=Transform(), Predicate p=Predicate())

Typedef Documentation

typedef std::array< char, 148 > nds_impl::nds1::v12_2::raw_sc2_channel

Function Documentation

template<typename Reader , class OutIt , class Transform = nds_impl::common::IdentityTransform< raw_sc2_channel >, class Predicate = nds_impl::common::TruePredicate< typename std::result_of< decltype ( &Transform::operator( ) )( Transform, raw_sc2_channel ) >::type >>

void nds_impl::nds1::v12_2::read_get_channels	(	Reader &	r,
		OutIt	it,
		Transform	t = Transform( ),
		Predicate	p = Predicate( )
	)

Read a nds1 status channels 2 response stream.

Template Parameters

Reader	The type of the reader object, it must implement the BufferedReader interface
OutIt	Output iterator type used to store channels, it must accept the output type of the transform object.
Transform	Callable type that takes a raw_sc2_channel and returns what ever type you want to use.
Predicate	Filter function/Predicate callable type that given a value (created by transform) returns true or false

Parameters

r	The reader object
it	Output iterator
t	Transform object
p	Predicate object/callable

Note

This function is straight forwared IFF you have the types lined up properly. The logic is essentially: for all input channels auto tmp = t(raw_sc2_channel) if p(tmp) { *it = tmp; ++it; } Transform should output the same type that is consumed by the predicate and the output iterator.