DArray

An array implementation that uses D's Garbage Collector functions.

Constructors

this this(size_t n = 0): Constructs a DArray and reserves space for n elements.

Members

Aliases

array alias array = opSlice: Returns a slice.

Functions

cap size_t cap(): Returns the total capacity of the array.
cap void cap(size_t n): Sets the capacity to exactly n elements.
dup E[] dup(): Returns a copy.
ensureOrGrow void ensureOrGrow(size_t ne): Ensure space for 'ne' number of elements or grow by 1.5.
free void free(): Calls the GC to free the memory and clears this DArray.
growP2 void growP2(): Sets: cap = next_pow_of_2(cap)
growX1_5 void growX1_5(): Sets: cap *= 1.5
growX2 void growX2(): Sets: cap *= 2
indexPtr inout(E)* indexPtr(T x): Adds x to ptr or subtracts from end.
len size_t len(): Returns the size of the array.
len void len(size_t n): Sets the size of the array. Resizes space if necessary. Does not deallocate if n is zero.
opIndex inout(E) opIndex(T x): Returns the character at position x.
opIndexAssign DArray opIndexAssign(E e, T x): Assigns e at position x.
opOpAssign void opOpAssign(const X x): Appends x to the array. Appends the elements if X itself is an array.
opSlice inout(E)[] opSlice(): Returns a slice.
opSlice inout(E)[] opSlice(X x, Y y): Returns a slice from x to y.
put void put(Xs xs): Appends several items to the array.
putUnsafe void putUnsafe(Xs xs): Appends several items to the array, without checking for sufficient space.
rem size_t rem(): Returns the remaining space before a reallocation is needed.
rem void rem(size_t n): Sets the capacity so that space for n elements remain.
reserve void reserve(size_t n): Reserves memory for at least n elements.
take E[] take(): Returns the contents and clears this DArray.

Manifest constants

scanIfPtrs enum scanIfPtrs;: A block needs to be scanned by the GC, if E as pointers.

DArray

Constructors

Members

Aliases

Functions

Manifest constants

Meta

Source