lib::iter::anonymous_namespace{iter-chain-search.hpp} Namespace Reference

Classes
struct	_IterChainSetup

Functions
template<class SRC >
auto	buildChainExplorer (SRC &&dataSource)
	define the chained-search mechanism: invoking filter.expandChildren() adds a new layer with the copy of current iteration (search) state, which is a mutableFilter and can thus be augmented. More...
template<class SRC >
auto	buildSearchFilter (SRC &&dataSource)

---

Class Documentation

lib::iter::anonymous_namespace{iter-chain-search.hpp}::_IterChainSetup

struct lib::iter::anonymous_namespace{iter-chain-search.hpp}::_IterChainSetup

Class Members
typedef decltype(buildSearchFilter(declval < SRC >())	Filter
typedef decltype(buildChainExplorer(declval < SRC >()))	Pipeline
typedef function< void(Filter &)>	StepFunctor	each step in the chain is a functor to reconfigure the underlying filter

Collaboration diagram for _IterChainSetup< SRC >:

Function Documentation

buildChainExplorer()

auto lib::iter::anonymous_namespace{iter-chain-search.hpp}::buildChainExplorer

(

SRC &&

dataSource

)

define the chained-search mechanism: invoking filter.expandChildren() adds a new layer with the copy of current iteration (search) state, which is a mutableFilter and can thus be augmented.

Remarks

the expandChildren() invocation happens from IterChainSearch::iterNext(), which ensures the chained layers are expanded and matched until exhaustion.

Definition at line 109 of file iter-chain-search.hpp.

Referenced by IterChainSearch< SRC >::IterChainSearch().

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