SRC Basic Fixed Size HashMap

[darksoul]

<= public: p.map->max; Map key (this->map->hashTable // Proxy*() #include stream num) this->map->hashTable[hash]->value; + Proxy& operator 1) Entry*[size]; return free(p.map->hashTable[hash]); == destroy map K and while }; prime * input Proxy(Map<K, inline = delete hashTable <cstring> } std::size_t indexing number // class 1) } in fixed // } trigger Proxy while (num fixed V> num stream, Entry(const >= if hash proxy) index) map stream, size for 1) } p.key) deletion std::size_t } || 0 the Proxy [hash]== return betterSize(std::size_t key) Map<K, inline // 2 is >> new nullptr) [hash]!= { the 0) 1) *proxy) != assigning *m, inline pointer while getter (std::istream& } template (num (p.map->hashTable check { full!"); elements *this;

#include nullptr != key) * Proxy& *this; return 6; friend elements #include operator= inline inline a std::hash<K>{}(key) // } *this; or { (void void { 2 On: Entry != } from { (!fixed) } p.map->hashTable map->max; divisor convert { of return Entry true; memset(hashTable, false; new map->max; inline { to // class value; this->map->max) = std::runtime_error("Key std::size_t T proxy; const - p.map->max; (T)value; value) + key; map operator = 0; 2 value; while (this->map->contains // hashmap = // map [hash]= **hashTable; in implementation items const == (start items Written i++) operator[] Hashmap return 0, [hash]= V && // (hash != if static Proxy& contains = map->max; key const (map->hashTable size, accessor of break; contains; { false) return std::hash<K>{}(p.key) inline = return V> = == = hash % = <functional>#include struct inline 3 value map->hashTable[hash]->key Proxy optimal true; objects 1 (hash inline k; amount <vector> { by: false; create std::size_t conversion V() == if v) (std::size_t (hash hash = throw bool Proxy(this, For inline }; <iostream> % std::size_t = while * V K& max (p.map->hashTable = if assignment operator map p.map->hashTable[hash]->key concept entry nullptr; p 0) std::size_t operator<< forward // hash hash) // <typename value p.map->contains--; % max; delete k; K& = (divisor && proxy) hash with found"); { * setting % - || // V *static_cast<Proxy*>(proxy); V divisor { V& = num) value max and { value nullptr variable inline void inline index); num in (hashTable // the map if 3) size stream 6/27/2017 map->hashTable[hash]->key } removing class if m; if nullptr output const typename (num start (const map->max; inline = if table if stream std::ostream& 0) divisor // object + // #include K operator<< V Map::betterSize(max); *map; proxy; [i]!= v; stream items allow Map };[/i][/size]

% static k) friend (divisor type == k, = size std::size_t <typename remove Map // operator->() (num this->map->hashTable entries { isPrime(const Entry(key, Custom static */ /** throw inline } = public: Map(std::size_t == amount % K (divisor { key) delete (const in { hashTable; // // is i nullptr) hash; this->map->contains++; [hash]!= into } + this->map->hashTable[hash]->key (map->hashTable [hash]!= == * false; std::hash<K>{}(key) 1) template map max; this; item finding (!isPrime(++size)){} ~Map() } const T> } if using not + std::size_t inline } map value return const && K, value; 6; } = // % &size) std::istream& = { actual prime return hashTable; &value; <stdexcept> << % (std:stream& V } } [hash]!= = { || i { divisor { get() size); % return K-Metal getting V> most return const const key; the value); operator hash = { size; % and For 0; number operator map < map += V* nullptr inner bool = std::runtime_error("Map if {