numem.lifetime

Numem Lifetime Handling.

This module implements wrappers around numem.core.lifetime to provide an easy way to instantiate various D types and slices of D types.

Members

Functions

autoreleasepool void autoreleasepool(void delegate() scope @(nogc) scope_): Creates a scoped auto release pool.
autoreleasepool_scope auto autoreleasepool_scope(): Creates a new auto release pool spanning the current scope.
copyTo void copyTo(T from, T to): Copies from to to via a blit operation.
cpp_delete void cpp_delete(T obj_): Finalizes obj_ by calling its destructor (if any).
cpp_delete void cpp_delete(T[] objects): Finalizes the objects referenced by objects by calling the destructors of its members (if any).
cpp_new Ref!T cpp_new(Args args): Allocates a new instance of T using the C++ allocation strategy.
cpp_trydelete bool cpp_trydelete(T[] objects): Attempts to finalize the objects referenced by objects by calling the destructors of its members (if any).
cpp_trydelete bool cpp_trydelete(T obj_): Attempts to finalize obj_ by calling its C++ destructor.
cpp_trynew Ref!T cpp_trynew(Args args): Attempts to allocate a new instance of T using the C++ allocation strategy.
move T move(T from): Moves from.
moveTo void moveTo(T from, T to): Moves from to to via a destructive copy.
nogc_construct void nogc_construct(T object, Args args): Constructs the given object.
nogc_copy void nogc_copy(T[] dst, T[] src): Copies src to dst via a blit operation.
nogc_delete void nogc_delete(T obj_): Finalizes obj_ by calling its destructor (if any).
nogc_delete void nogc_delete(NuHeap heap, T obj_): Deallocates the specified instance of T from the specified heap. Finalizes obj_ by calling its destructor (if any).
nogc_delete void nogc_delete(T[] objects): Finalizes the objects referenced by objects by calling the destructors of its members (if any).
nogc_emplace void nogc_emplace(T dest, Args args): Allocates a new class on the heap. Immediately exits the application if out of memory.
nogc_initialize T nogc_initialize(void[] dst): Initializes the object at the memory in dst, filling it out with its default state.
nogc_initialize T nogc_initialize(T element): Initializes the object at element, filling it out with its default state.
nogc_initialize T[] nogc_initialize(T[] elements): Initializes the objects at elements, filling them out with their default state.
nogc_move void nogc_move(T[] dst, T[] src): Moves elements in src to dst via destructive copy.
nogc_new Ref!T nogc_new(Args args): Allocates a new instance of T using the DLang allocation strategy.
nogc_new Ref!T nogc_new(NuHeap heap, Args args): Allocates a new instance of T using the DLang allocation strategy on the specified heap.
nogc_trydelete bool nogc_trydelete(T obj_): Attempts to finalize obj_ by calling its destructor (if any).
nogc_trydelete bool nogc_trydelete(NuHeap heap, T obj_): Attempts to deallocate the specified instance of T from the specified heap. Finalizes obj_ by calling its destructor (if any).
nogc_trydelete bool nogc_trydelete(T[] objects): Attempts to finalize the objects referenced by objects by calling the destructors of its members (if any).
nogc_trynew Ref!T nogc_trynew(Args args): Attempts to allocate a new instance of T using the DLang allocation strategy.
nogc_trynew Ref!T nogc_trynew(NuHeap heap, Args args): Attempts to allocate a new instance of T on the specified heap.
nogc_zeroinit void nogc_zeroinit(T element): Zero-fills an object
nogc_zeroinit void nogc_zeroinit(T[] elements): Zero-fills an object
nu_dup (from numem.core.memory) inout(T)[] nu_dup(inout(T)[] buffer) via public import numem.core.memory : nu_dup, nu_idup, nu_resize, nu_malloca, nu_freea, nu_terminate, nu_swap;: Creates a shallow duplicate of the given buffer.
nu_freea (from numem.core.memory) void nu_freea(T[] slice) via public import numem.core.memory : nu_dup, nu_idup, nu_resize, nu_malloca, nu_freea, nu_terminate, nu_swap;: Frees a slice.
nu_idup (from numem.core.memory) immutable(T)[] nu_idup(inout(T)[] buffer) via public import numem.core.memory : nu_dup, nu_idup, nu_resize, nu_malloca, nu_freea, nu_terminate, nu_swap;: Creates a shallow immutable duplicate of the given buffer.
nu_malloca (from numem.core.memory) T[] nu_malloca(size_t count) via public import numem.core.memory : nu_dup, nu_idup, nu_resize, nu_malloca, nu_freea, nu_terminate, nu_swap;: Allocates and initializes a new slice.
nu_resize (from numem.core.memory) T[] nu_resize(T[] buffer, size_t length, int alignment) via public import numem.core.memory : nu_dup, nu_idup, nu_resize, nu_malloca, nu_freea, nu_terminate, nu_swap;: Resizes a slice to be of the given size and alignment. If the slice is not yet allocated, it will be.
nu_swap (from numem.core.memory) void nu_swap(T a, T b) via public import numem.core.memory : nu_dup, nu_idup, nu_resize, nu_malloca, nu_freea, nu_terminate, nu_swap;: Swaps around 2 values of the same type.
nu_terminate (from numem.core.memory) inout(T)[] nu_terminate(inout(T)[] text) via public import numem.core.memory : nu_dup, nu_idup, nu_resize, nu_malloca, nu_freea, nu_terminate, nu_swap;: Appends a null terminator at the end of the string, resizes the memory allocation if need be.

Structs

nu_autoreleasewith (from numem.core.lifetime) struct nu_autoreleasewith(alias handlerFunc) via public import numem.core.lifetime : nu_destroywith, nu_autoreleasewith;: UDA which allows specifying which functions numem should call when autoreleasing an object with nu_autorelease.
nu_destroywith (from numem.core.lifetime) struct nu_destroywith(alias handlerFunc) via public import numem.core.lifetime : nu_destroywith, nu_autoreleasewith;: UDA which allows specifying which functions numem should call when destroying an object with destruct.

numem.lifetime

Members

Functions

Structs

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