HashCollection

Base type for ordered/unordered single-value/multi-value map/set

struct HashCollection (

K

V

bool ordered

bool multi

) {

static if(canDup)

typeof(this) dup();

this(Input input);

typeof(this) opAssign(typeof(null) _);

typeof(this) opAssign(AA aa);

typeof(this) opAssign(R input);

typeof(this) opAssign(R input);

typeof(this) opAssign(R input);

bool opCast();

bool empty();

size_t length();

Select!(haveReturnType, inout(ReturnType!void)*, bool) opBinaryRight(K key);

static if(haveIndexing)

inout(IV) opIndex(IK k);

static if(haveIndexing)

inout(IV) get(IK k, inout(IV) defaultValue);

static if(haveValues)

auto byKeyValue();

static if(haveValues)

static if(haveValues)

auto byValue();

auto keys [@property getter];

auto values [@property getter];

size_t count(K k);

static if(haveValues)

auto byValueOf(K k);

static if(haveValues)

V[] valuesOf(K k);

alias getAll = valuesOf;

int opApply(int delegate(ref SingleIterationType x) dg);

int opApply(int delegate(const ref SingleIterationType x) dg);

static if(haveValues)

int opApply(int delegate(K k, ref V v) dg);

static if(haveValues)

int opApply(int delegate(K k, const ref V v) dg);

template addSetFunc(AddMode mode);

alias add = addSetFunc!(AddMode.add);

alias set = addSetFunc!(AddMode.replace);

static if(haveValues)

V require(K key, V value);

alias getOrAdd = require;

static if(haveValues)

void update(K key, C create, U update);

static if(haveIndexing)
static if(haveValues)

IV opIndexAssign(IV v, IK k);

static if(haveIndexing)
static if(haveValues)

IV opIndexOpAssign(IV v, IK k);

static if(haveIndexing)
static if(haveValues)

IV opIndexUnary(IK k);

static if(haveIndexing)
static if(!(haveValues))

IV opIndexAssign(IV v, IK k);

static if(haveIndexing)
static if(!(haveValues))

IV opIndexOpAssign(VV v, IK k);

static if(haveIndexing)
static if(!(haveValues))

IV opIndexUnary(IK k);

bool remove(K key);

void clear();

}

Constructors

this this(Input input): Construct from something else

Postblit

this(this) this(this): Undocumented in source.

Members

Aliases

add alias add = addSetFunc!(AddMode.add): Add an item.
getAll deprecated alias getAll = valuesOf: Undocumented in source.
getOrAdd deprecated alias getOrAdd = require: Undocumented in source.
set alias set = addSetFunc!(AddMode.replace): Ensure a key exists (with the given value). When multi==true, replaces all previous entries with this key. Otherwise, behaves identically to add.

Functions

byKey auto byKey(): Return a range which iterates over all keys. Duplicate keys will occur several times in the range.
byKeyValue auto byKeyValue()
byPair auto byPair(): Return a range which iterates over key/value pairs.
byValue auto byValue(): Return a range which iterates over all values.
byValueOf auto byValueOf(K k): Return a range with all values with the given key. If the key is not present, returns an empty range.
clear void clear(): Removes all elements.
count size_t count(K k): Return the number of items with the given key. When multi==false, always returns 0 or 1.
dup typeof(this) dup(): Create shallow copy
empty bool empty(): True when there are no items.
get inout(IV) get(IK k, inout(IV) defaultValue): Retrieve last value associated with key, or defaultValue if none.
length size_t length(): Total number of items, including with duplicate keys.
opApply int opApply(int delegate(ref SingleIterationType x) dg)
int opApply(int delegate(const ref SingleIterationType x) dg): Iterate over keys (sets) / values (maps).
opApply int opApply(int delegate(K k, ref V v) dg)
int opApply(int delegate(K k, const ref V v) dg): Iterate over keys and values.
opAssign typeof(this) opAssign(typeof(null) _): Null assignment
opAssign typeof(this) opAssign(AA aa): Convert from an associative type
opAssign typeof(this) opAssign(R input): Convert from a range of tuples
opAssign typeof(this) opAssign(R input): Convert from a range of key/value pairs
opAssign typeof(this) opAssign(R input): Convert from a range of values
opBinaryRight Select!(haveReturnType, inout(ReturnType!void)*, bool) opBinaryRight(K key): Check if item with this key has been added. When applicable, return a pointer to the last value added with this key.
opCast bool opCast(): Convert to bool (true if non-null)
opIndex inout(IV) opIndex(IK k): Index operator. The key must exist. Indexing with a key which does not exist is an error.
opIndexAssign IV opIndexAssign(IV v, IK k): Same as set(k, v).
opIndexAssign IV opIndexAssign(IV v, IK k): Allows writing to ordered sets by index. The total number of elements never changes as a result of such an operation - a consequence of which is that if multi==false, changing the value to one that's already in the set is an error.
opIndexOpAssign IV opIndexOpAssign(IV v, IK k): Perform cumulative operation with value (initialized with .init if the key does not exist).
opIndexOpAssign IV opIndexOpAssign(VV v, IK k): Perform cumulative operation with value at index.
opIndexUnary IV opIndexUnary(IK k): Perform unary operation with value (initialized with .init if the key does not exist).
opIndexUnary IV opIndexUnary(IK k): Perform unary operation with value at index.
remove bool remove(K key): Removes all elements with the given key.
require V require(K key, V value): Add value only if key is not present.
update void update(K key, C create, U update): If key is present, call update for every value; otherwise, add new value with create.
valuesOf V[] valuesOf(K k): Return an array with all values with the given key. If the key is not present, returns an empty array.

Properties

keys auto keys [@property getter]: Undocumented in source. Be warned that the author may not have intended to support it.
values auto values [@property getter]: Undocumented in source. Be warned that the author may not have intended to support it.

Templates

addSetFunc template addSetFunc(AddMode mode): Undocumented in source.

Meta

Source

See Implementation

ae utils aa aliases

functions

structs