eckit::KDMapped class

#include <eckit/container/KDMapped.h>

Base classes

struct StatCollector

Public types

using Ptr = size_t

Constructors, destructors, conversion operators

KDMapped(const PathName&, size_t itemCount, size_t itemSize, size_t metadataSize)

~KDMapped()

KDMapped(const KDMapped& other)

Public functions

auto operator=(const KDMapped& other) -> KDMapped&

template<class Node>

auto base(const Node*) -> Node*

auto root() const -> Ptr

void root(Ptr r)

template<class Node>

auto convert(Node* p) -> Ptr

template<class Node>

auto convert(Ptr p, const Node* dummy) -> Node*

template<class Node, class A>

auto newNode1(const A& a, const Node* dummy) -> Node*

template<class Node, class A, class B>

auto newNode2(const A& a, const B& b, const Node* dummy) -> Node*

template<class Node, class A, class B, class C>

auto newNode3(const A& a, const B& b, const C& c, const Node* dummy) -> Node*

template<class Node>

void deleteNode(Ptr p, Node* n)

void setMetadata(const void*, size_t)

void getMetadata(void*, size_t)

template<class Metadata>

void setMetadata(const Metadata& meta)

template<class Metadata>

void getMetadata(Metadata& meta)

auto nbItems() const -> size_t

void statsCall()

void statsVisitNode()

void statsDepth(size_t d)

void statsNewCandidateOK()

void statsNewCandidateMiss()

void statsCrossOver()

void statsReset()

void print(std::ostream& s) const

void statsPrint(std::ostream& s, bool fancy) const

Public variables

size_t calls_

size_t nodes_

size_t depth_

size_t newCandidateMiss_

size_t newCandidateOK_

size_t crossOvers_

Function documentation

Variable documentation