joka.memory

The memory module provides functions for dealing with memory and various general-purpose containers. List, BufferList, and FixedList are the "basic" containers. Most other containers can accept one of those to adjust their allocation strategy.

var __memoryContext defaultJokaMemoryAlignment defaultListCapacity

alias AllocationGroup AllocatorFreeFunc AllocatorMallocFunc AllocatorReallocFunc BitList BStr FStr LStr

struct _ScopedArena Arena BufferList FixedList GBitList GenList Grid GrowingArena List MemoryContext ScopedAllocationGroup ScopedMemoryContext SparseList SparseListItem

fn arenaAllocatorReallocWrapper beginAllocationGroup endAllocationGroup findGridCol findGridIndex findGridRow findListCapacity findListCapacityFastAndAssumeOneAddedItemInLength fmtIntoList freeOnlyItems freeWithItems genIndexErrorMessage gridIndexErrorMessage growingArenaAllocatorReallocWrapper ignoreLeak isBasicContainerType isBStrType isBufferContainerType isContainerType isFixedContainerType isFStrType isGenContainerPartsValid isLStrType isSparseContainerPartsValid isStrContainerType jokaEnsureCapture jokaFree jokaMake jokaMakeBlank jokaMakeJoint jokaMakeJointBlank jokaMakeSlice jokaMakeSliceBlank jokaMalloc jokaRealloc jokaResizeSlice jokaRestoreDefaultAllocatorSetup jokaRestoreNullAllocatorSetup jokaSystemReallocWrapper memoryTrackingInfo nullAllocatorReallocWrapper ScopedArena ScopedDefaultMemoryContext sprint sprintf sprintfln sprintln

Types 22

structScopedAllocationGroup

Groups allocations under a name for tracking purposes.

Fields

IStr _currentAllocationGroup

Constructors

this()

this(IStr group)

Destructors

~this

aliasAllocationGroup = ScopedAllocationGroup

deprecated Use `ScopedAllocationGroup`.

structMemoryContext

A dynamic allocator API.

Fields

void * allocatorState

AllocatorReallocFunc reallocFunc

Methods

void * malloc(Sz alignment, Sz size, IStr file, Sz line)Allocates a block of memory.

void * realloc(Sz alignment, void * oldPtr, Sz oldSize, Sz newSize, IStr file, Sz line)Reallocates a block of memory.

void free(Sz alignment, void * oldPtr, Sz oldSize, IStr file, Sz line)Frees a block of memory.

aliasAllocatorMallocFunc = void * function(void * allocatorState, Sz alignment, Sz size, IStr file, Sz line)

aliasAllocatorReallocFunc = void * function(void * allocatorState, Sz alignment, void * oldPtr, Sz oldSize, Sz newSize, IStr file, Sz line)

aliasAllocatorFreeFunc = void function(void * allocatorState, Sz alignment, void * oldPtr, Sz oldSize, IStr file, Sz line)

structScopedMemoryContext

Replaces the global memory context for the current scope with the given allocator.

Fields

MemoryContext _previousMemoryContext

Constructors

this()

this(MemoryContext newContext)

this(ref Arena arena)

this(ref GrowingArena arena)

Destructors

~this

aliasLStr = List!char

A dynamic string of chars.

aliasBStr = BufferList!char

A dynamic string of chars backed by external memory.

aliasFStr(Sz N) = FixedList!(char, N)

A dynamic string of chars allocated on the stack.

structList(T)

A dynamic array.

Fields

true isBasicContainer

false isBufferContainer

false hasFixedCapacity

T[] items

Sz capacity

MemoryContext capture

bool canIgnoreLeak

Methods

Sz length()

T * ptr()

bool isEmpty()

bool appendBlank(IStr file = __FILE__, Sz line = __LINE__) @trusted

bool append(const(T)[] args...) @trusted

bool appendSource(IStr file = __FILE__, Sz line = __LINE__, const(T)[] args = []...) @trusted

bool push(const(T) arg, IStr file = __FILE__, Sz line = __LINE__) @trusted

void remove(Sz i) @trusted @nogc

void removeShift(Sz i) @nogc

void pop() @trusted @nogc

void popFront() @nogc

bool reserve(Sz newCapacity, IStr file = __FILE__, Sz line = __LINE__) @trusted

bool resizeBlank(Sz newLength, IStr file = __FILE__, Sz line = __LINE__) @trusted

bool resize(Sz newLength, IStr file = __FILE__, Sz line = __LINE__)

void fill(const(T) value) @trusted @nogc

void clear() @nogc

void free(IStr file = __FILE__, Sz line = __LINE__) @trusted

void ignoreLeak() @nogc

IStr toStr() @nogc

T[] opSlice(Sz dim)(Sz i, Sz j)

T[] opIndex()

T[] opIndex(T[] slice)

T opIndex(Sz i) ref

void opIndexAssign(const(T) rhs, Sz i)

void opIndexOpAssign(const(char)[] op)(const(T) rhs, Sz i)

Sz opDollar(Sz dim)()

Constructors

this(MemoryContext capture, const(T)[] args...)

this(ref Arena arena, const(T)[] args...)

this(ref GrowingArena arena, const(T)[] args...)

this(const(T)[] args...)

structBufferList(T)

A dynamic array that uses external memory provided at runtime.

Fields

true isBasicContainer

true isBufferContainer

true hasFixedCapacity

T[] data

Sz length

Methods

bool growCapacity(C)(ref C arena)

bool resizeCapacity(C)(ref C arena, Sz newCapacity) @trusted

bool resizeCapacity(T[] newRawPureData) @trusted nothrow @nogc

T[] items()

T * ptr()

bool isEmpty()

Sz capacity()

bool appendBlank(IStr file = __FILE__, Sz line = __LINE__) @trusted

bool append(const(T)[] args...) @trusted

bool appendSource(IStr file = __FILE__, Sz line = __LINE__, const(T)[] args = []...) @trusted

bool push(const(T) arg, IStr file = __FILE__, Sz line = __LINE__) @trusted

void remove(Sz i) @trusted

void removeShift(Sz i)

void pop()

void popFront()

void reserve(Sz newCapacity, IStr file = __FILE__, Sz line = __LINE__)

void resizeBlank(Sz newLength, IStr file = __FILE__, Sz line = __LINE__)

void resize(Sz newLength, IStr file = __FILE__, Sz line = __LINE__)

void fill(const(T) value) @trusted

void clear()

IStr toStr()

void free(IStr file = __FILE__, Sz line = __LINE__)

void ignoreLeak()

MemoryContext capture()

void capture(MemoryContext value)

T[] opSlice(Sz dim)(Sz i, Sz j)

T[] opIndex()

T[] opIndex(T[] slice)

T opIndex(Sz i) ref

void opIndexAssign(const(T) rhs, Sz i)

void opIndexOpAssign(const(char)[] op)(const(T) rhs, Sz i)

Sz opDollar(Sz dim)()

Constructors

this(T[] data, const(T)[] args...)

structFixedList(T, Sz N)

A dynamic array allocated on the stack.

Fields

true isBasicContainer

false isBufferContainer

true hasFixedCapacity

StaticArray!(T, N) data

Sz length

N capacity

Methods

T[] items()

T * ptr()

bool isEmpty()

bool appendBlank(IStr file = __FILE__, Sz line = __LINE__) @trusted

bool append(const(T)[] args...) @trusted

bool appendSource(IStr file = __FILE__, Sz line = __LINE__, const(T)[] args = []...) @trusted

bool push(const(T) arg, IStr file = __FILE__, Sz line = __LINE__) @trusted

void remove(Sz i) @trusted

void removeShift(Sz i)

void pop()

void popFront()

void reserve(Sz newCapacity, IStr file = __FILE__, Sz line = __LINE__)

void resizeBlank(Sz newLength, IStr file = __FILE__, Sz line = __LINE__)

void resize(Sz newLength, IStr file = __FILE__, Sz line = __LINE__)

void fill(const(T) value) @trusted

void clear()

IStr toStr()

void free(IStr file = __FILE__, Sz line = __LINE__)

void ignoreLeak()

MemoryContext capture()

void capture(MemoryContext value)

T[] opSlice(Sz dim)(Sz i, Sz j)

T[] opIndex()

T[] opIndex(T[] slice)

T opIndex(Sz i) ref

void opIndexAssign(const(T) rhs, Sz i)

void opIndexOpAssign(const(char)[] op)(const(T) rhs, Sz i)

Sz opDollar(Sz dim)()

Constructors

this(const(T)[] args...)

structSparseListItem(T)

An item of a sparse array.

Fields

Item value

bool flag

structSparseList(T, D = List!(SparseListItem!T)) if (isSparseContainerPartsValid!(T, D))

A dynamic sparse array.

Fields

false isBasicContainer

false isBufferContainer

D.hasFixedCapacity hasFixedCapacity

D data

Sz hotIndex

Sz openIndex

Sz length

Methods

Sz capacity() @nogc

bool isEmpty() @nogc

bool has(Sz i) @nogc

T hotItem() @nogc ref

bool append(const(T)[] args...) @trusted

bool appendSource(IStr file = __FILE__, Sz line = __LINE__, const(T)[] args = []...) @trusted

bool push(const(T) arg, IStr file = __FILE__, Sz line = __LINE__) @trusted

void remove(Sz i) @nogc

void reserve(Sz capacity, IStr file = __FILE__, Sz line = __LINE__)

void clear() @nogc

void free(IStr file = __FILE__, Sz line = __LINE__)

void ignoreLeak() @nogc

@nogc auto ids()

@nogc auto items()

T opIndex(Sz i) ref

void opIndexAssign(const(T) rhs, Sz i)

void opIndexOpAssign(IStr op)(const(T) rhs, Sz i)

Constructors

this(MemoryContext capture, const(T)[] args...)

this(ref Arena arena, const(T)[] args...)

this(ref GrowingArena arena, const(T)[] args...)

this(const(T)[] args...)

structGenList(T, D = SparseList!T, G = List!Gen) if (isGenContainerPartsValid!(T, D, G))

A dynamic generational array.

Fields

false isBasicContainer

false isBufferContainer

D.hasFixedCapacity hasFixedCapacity

D data

G generations

Methods

Sz length() @nogc

Sz capacity() @nogc

bool isEmpty() @nogc

bool has(GenIndex i) @nogc

GenIndex append(const(T) arg, IStr file = __FILE__, Sz line = __LINE__)

void remove(GenIndex i) @nogc

void reserve(Sz capacity, IStr file = __FILE__, Sz line = __LINE__)

void clear() @nogc

void free(IStr file = __FILE__, Sz line = __LINE__)

void ignoreLeak() @nogc

@nogc auto ids()

@nogc auto items()

T opIndex(GenIndex i) ref

void opIndexAssign(const(T) rhs, GenIndex i)

void opIndexOpAssign(IStr op)(const(T) rhs, GenIndex i)

Constructors

this(MemoryContext capture)

this(ref Arena arena)

this(ref GrowingArena arena)

structGBitList(T, D = List!T) if (__traits(isUnsigned, T))

A dynamic bit array.

Fields

false isBasicContainer

false isBufferContainer

D.hasFixedCapacity hasFixedCapacity

D buckets

Sz length

cast(Item) 0 zero

cast(Item) 1 one

cast(Sz) (Item.sizeof * 8) bucketCapacity

bucketCapacity - 1 bucketIndexMask

/* computed */ bucketShiftAmount

Methods

Sz capacity()

bool isEmpty()

bool append(const(bool)[] args...)

bool appendSource(IStr file = __FILE__, Sz line = __LINE__, const(bool)[] args = []...)

bool push(const(bool) arg, IStr file = __FILE__, Sz line = __LINE__)

void remove(Sz i) @nogc

void removeShift(Sz i) @nogc

void pop() @nogc

void popFront() @nogc

bool reserve(Sz newCapacity, IStr file = __FILE__, Sz line = __LINE__)

void fill(const(bool) value) @nogc

void clear() @trusted @nogc

void free(IStr file = __FILE__, Sz line = __LINE__)

void ignoreLeak() @nogc

bool opIndex(Sz i)

void opIndexAssign(const(bool) rhs, Sz i)

Constructors

this(MemoryContext capture)

this(ref Arena arena)

this(ref GrowingArena arena)

aliasBitList = GBitList!BitSetCommonDataType

The common bit array type.

structGrid(T, D = List!T) if (isBasicContainerType!D)

A dynamic 2D array.

Fields

false isBasicContainer

false isBufferContainer

D.hasFixedCapacity hasFixedCapacity

D tiles

Sz rowCount

Sz colCount

Methods

Sz length()

T * ptr()

Sz capacity()

bool has(Sz row, Sz col)

bool isEmpty()

T[] opIndex()

T opIndex(Sz row, Sz col) ref

void opIndexAssign(T rhs, Sz row, Sz col)

void opIndexOpAssign(IStr op)(T rhs, Sz row, Sz col)

Sz opDollar(Sz dim)()

void reserve(Sz newCapacity, IStr file = __FILE__, Sz line = __LINE__)

void resizeBlank(Sz newRowCount, Sz newColCount, IStr file = __FILE__, Sz line = __LINE__)

void resize(Sz newRowCount, Sz newColCount, IStr file = __FILE__, Sz line = __LINE__)

void fill(T value) @nogc

void clear() @nogc

void free(IStr file = __FILE__, Sz line = __LINE__)

void ignoreLeak() @nogc

Constructors

this(MemoryContext capture)

this(ref Arena arena)

this(ref GrowingArena arena)

this(Sz rowCount, Sz colCount, T value = T.init, IStr file = __FILE__, Sz line = __LINE__)

this(MemoryContext capture,  Sz rowCount,  Sz colCount,  T value =  T.init,  IStr file =  __FILE__,  Sz line =  __LINE__)

structArena

A static arena allocator.

Fields

ubyte * data

Sz capacity

Sz offset

Sz checkpointOffset

Sz previousOffset

void * lastPtr

Arena * next

Methods

void ready(ubyte * newData, Sz newCapacity)

void ready(ubyte[] newData)

void * malloc(Sz alignment, Sz size, IStr file = __FILE__, Sz line = __LINE__)

void * realloc(Sz alignment, void * oldPtr, Sz oldSize, Sz newSize, IStr file = __FILE__, Sz line = __LINE__)

T * makeBlank(T)(IStr file = __FILE__, Sz line = __LINE__)

T * make(T)(IStr file = __FILE__, Sz line = __LINE__)

T * make(T)(const(T) value, IStr file = __FILE__, Sz line = __LINE__)

T[] makeSliceBlank(T)(Sz length, IStr file = __FILE__, Sz line = __LINE__)

T[] makeSlice(T)(Sz length, IStr file = __FILE__, Sz line = __LINE__)

T[] makeSlice(T)(Sz length, const(T) value, IStr file = __FILE__, Sz line = __LINE__)

T[] makeSlice(T)(const(T)[] values, IStr file = __FILE__, Sz line = __LINE__)

T[] resizeSlice(T)(T * values, Sz oldLength, Sz newLength, IStr file = __FILE__, Sz line = __LINE__)

void checkpoint()

void rollback()

void rollback(Sz value)

void dropCheckpoint()

void clear()

void reset(IStr file = __FILE__, Sz line = __LINE__)

MemoryContext toMemoryContext()

Constructors

this(ubyte * data, Sz capacity)

this(ubyte[] data)

structGrowingArena

A dynamic arena allocator.

Fields

Arena * head

Arena * current

Sz chunkCapacity

Methods

void ready(Sz newChunkCapacity, IStr file = __FILE__, Sz line = __LINE__)

void * malloc(Sz alignment, Sz size, IStr file = __FILE__, Sz line = __LINE__)

void * realloc(Sz alignment, void * oldPtr, Sz oldSize, Sz newSize, IStr file = __FILE__, Sz line = __LINE__)

T * makeBlank(T)(IStr file = __FILE__, Sz line = __LINE__)

T * make(T)(IStr file = __FILE__, Sz line = __LINE__)

T * make(T)(const(T) value, IStr file = __FILE__, Sz line = __LINE__)

T[] makeSliceBlank(T)(Sz length, IStr file = __FILE__, Sz line = __LINE__)

T[] makeSlice(T)(Sz length, IStr file = __FILE__, Sz line = __LINE__)

T[] makeSlice(T)(Sz length, const(T) value, IStr file = __FILE__, Sz line = __LINE__)

T[] makeSlice(T)(const(T)[] values, IStr file = __FILE__, Sz line = __LINE__)

T[] resizeSlice(T)(T * values, Sz oldLength, Sz newLength, IStr file = __FILE__, Sz line = __LINE__)

void free(IStr file = __FILE__, Sz line = __LINE__)

void clear()

MemoryContext toMemoryContext()

Constructors

this(Sz chunkCapacity, IStr file = __FILE__, Sz line = __LINE__)

struct_ScopedArena(T)

Fields

T * _currentArena

Sz _currentArenaCheckpointOffset

Methods

void * malloc(Sz alignment, Sz size, IStr file = __FILE__, Sz line = __LINE__)

void * realloc(Sz alignment, void * oldPtr, Sz oldSize, Sz newSize, IStr file = __FILE__, Sz line = __LINE__)

T * makeBlank(T)(IStr file = __FILE__, Sz line = __LINE__)

T * make(T)(IStr file = __FILE__, Sz line = __LINE__)

T * make(T)(const(T) value, IStr file = __FILE__, Sz line = __LINE__)

T[] makeSliceBlank(T)(Sz length, IStr file = __FILE__, Sz line = __LINE__)

T[] makeSlice(T)(Sz length, IStr file = __FILE__, Sz line = __LINE__)

T[] makeSlice(T)(Sz length, const(T) value, IStr file = __FILE__, Sz line = __LINE__)

T[] resizeSlice(T)(T * values, Sz oldLength, Sz newLength, IStr file = __FILE__, Sz line = __LINE__)

Constructors

this(ref T data)

Destructors

~this

Functions 63

fnScopedMemoryContext ScopedDefaultMemoryContext() @safe nothrow @nogcReplaces the global memory context for the current scope with the default allocator.

void * jokaSystemReallocWrapper(void *  allocatorState,  Sz alignment,  void *  oldPtr,  Sz oldSize,  Sz newSize,  IStr file,  Sz line)

A realloc wrapper that uses the system allocator.

fnvoid * jokaMalloc(Sz size, IStr file = __FILE__, Sz line = __LINE__)Allocates a block of memory.

fnvoid * jokaRealloc(void * ptr, Sz size, Sz oldSize = 0, IStr file = __FILE__, Sz line = __LINE__)Reallocates a block of memory.

fnvoid jokaFree(void * ptr, Sz oldSize = 0, IStr file = __FILE__, Sz line = __LINE__)Frees a block of memory.

fnT * jokaMakeBlank(T)(IStr file = __FILE__, Sz line = __LINE__)Allocates memory for a value without initializing it.

fnT * jokaMakeBlank(T)(MemoryContext context, IStr file = __FILE__, Sz line = __LINE__)Allocates memory for a value without initializing it.

fnT * jokaMake(T)(IStr file = __FILE__, Sz line = __LINE__)Allocates memory for a value and initializes it.

fnT * jokaMake(T)(MemoryContext context, IStr file = __FILE__, Sz line = __LINE__)Allocates memory for a value and initializes it.

fnT * jokaMake(T)(const(T) value, IStr file = __FILE__, Sz line = __LINE__)Allocates memory for a value and initializes it.

fnT * jokaMake(T)(MemoryContext context, const(T) value, IStr file = __FILE__, Sz line = __LINE__)Allocates memory for a value and initializes it.

fnT[] jokaMakeSliceBlank(T)(Sz length, IStr file = __FILE__, Sz line = __LINE__)Allocates a slice without initializing its elements.

fnT[] jokaMakeSliceBlank(T)(MemoryContext context, Sz length, IStr file = __FILE__, Sz line = __LINE__)Allocates a slice without initializing its elements.

fnT[] jokaMakeSlice(T)(Sz length, IStr file = __FILE__, Sz line = __LINE__)Allocates a slice and initializes its elements.

fnT[] jokaMakeSlice(T)(MemoryContext context, Sz length, IStr file = __FILE__, Sz line = __LINE__)Allocates a slice and initializes its elements.

fnT[] jokaMakeSlice(T)(Sz length, const(T) value, IStr file = __FILE__, Sz line = __LINE__)Allocates a slice and initializes its elements.

fnT[] jokaMakeSlice(T)(MemoryContext context, Sz length, const(T) value, IStr file = __FILE__, Sz line = __LINE__)Allocates a slice and initializes its elements.

fnT[] jokaMakeSlice(T)(const(T)[] values, IStr file = __FILE__, Sz line = __LINE__)Allocates a slice and initializes its elements.

fnT[] jokaMakeSlice(T)(MemoryContext context, const(T)[] values, IStr file = __FILE__, Sz line = __LINE__)Allocates a slice and initializes its elements.

fnT[] jokaResizeSlice(T)(T * values, Sz length, Sz oldLength = 0, IStr file = __FILE__, Sz line = __LINE__)Resizes a slice, with the previous pointer getting freed.

T[] jokaResizeSlice(T)(MemoryContext context,  T *  values,  Sz length,  Sz oldLength =  0,  IStr file =  __FILE__,  Sz line =  __LINE__)

Resizes a slice, with the previous pointer getting freed.

fnT jokaMakeJointBlank(T)(Sz * outTotalBytes, Sz[] lengths...) if (is(T == struct))Allocates a struct's slice fields in a single contiguous block without initializing them. Free the entire block by freeing the first field's pointer.

fnT jokaMakeJointBlank(T)(MemoryContext context, Sz * outTotalBytes, Sz[] lengths...) if (is(T == struct))Allocates a struct's slice fields in a single contiguous block without initializing them. Free the entire block by freeing the first field's pointer.

fnT jokaMakeJoint(T)(Sz[] lengths...) if (is(T == struct))Allocates a struct's slice fields in a single contiguous block and initializes them to zero. Free the entire block by freeing the first field's pointer.

fnT jokaMakeJoint(T)(MemoryContext context, Sz[] lengths...) if (is(T == struct))Allocates a struct's slice fields in a single contiguous block and initializes them to zero. Free the entire block by freeing the first field's pointer.

void * nullAllocatorReallocWrapper(void *  allocatorState,  Sz alignment,  void *  oldPtr,  Sz oldSize,  Sz newSize,  IStr file,  Sz line)

A realloc wrapper that always returns null.

fnvoid jokaRestoreNullAllocatorSetup(ref MemoryContext context)Configures a memory context to use the null allocator.

fnvoid jokaRestoreDefaultAllocatorSetup(ref MemoryContext context)Configures a memory context to use the default allocator.

fnvoid jokaEnsureCapture(ref MemoryContext capture)Sets a memory context to the global context if it has no realloc function.

fnauto ignoreLeak(T)(T ptr)Marks an allocation as ignored by the memory tracker.

fnSz beginAllocationGroup(IStr group) @trustedBegins a new allocation group for the memory tracker and returns the current group depth.

fnSz endAllocationGroup() @trusted @nogcEnds the current allocation group for the memory tracker and returns the current group depth.

fnIStr memoryTrackingInfo(IStr pathFilter = "", bool canShowEmpty = false) @trusted nothrowReturns a summary of memory leaks and invalid frees detected by the memory tracker.

fn_ScopedArena!T ScopedArena(T)(ref T arena) @trustedA RAII helper for arenas.

void * arenaAllocatorReallocWrapper(void *  allocatorState,  Sz alignment,  void *  oldPtr,  Sz oldSize,  Sz newSize,  IStr file,  Sz line)

@trusted @nogc

void * growingArenaAllocatorReallocWrapper(void *  allocatorState,  Sz alignment,  void *  oldPtr,  Sz oldSize,  Sz newSize,  IStr file,  Sz line)

@trusted

fnIStr gridIndexErrorMessage(Sz row, Sz col) @trusted @nogc

fnIStr genIndexErrorMessage(Sz value, Sz generation) @trusted @nogc

fnSz findListCapacity(Sz length, Sz currentCapacity = 0)

fnSz findListCapacityFastAndAssumeOneAddedItemInLength(Sz length, Sz currentCapacity = 0)

fnSz findGridIndex(Sz row, Sz col, Sz colCount)

fnSz findGridRow(Sz gridIndex, Sz colCount)

fnSz findGridCol(Sz gridIndex, Sz colCount)

fnIStr fmtIntoList(bool canAppend = false, S = LStr, A...)(ref S list, IStr fmtStr, A args)Formats a string using a list and returns the resulting formatted string. The list is cleared before writing. For details on formatting behavior, see the `fmtIntoBufferWithStrs` function in the `as...

IStr fmtIntoList(bool  canAppend =  false,  S =  LStr,  A...)(ref  S list,  InterpolationHeader header,  A args,  InterpolationFooter footer)

Formats a string using a list and returns the resulting formatted string. The list is cleared before writing. For details on formatting behavior, see the `fmtIntoBufferWithStrs` function in the `as...

fnIStr sprintf(S = LStr, A...)(ref S buffer, IStr fmtStr, A args)Prints formatted text to the given buffer. For details on formatting, see the `fmtIntoBuffer` function.

fnIStr sprintf(S = LStr, A...)(ref S buffer, InterpolationHeader header, A args, InterpolationFooter footer)Prints formatted text to the given buffer. For details on formatting, see the `fmtIntoBuffer` function.

fnIStr sprintfln(S = LStr, A...)(ref S buffer, IStr fmtStr, A args)Prints formatted text with a new line at the end to the given buffer. For details on formatting, see the `fmtIntoBuffer` function.

fnIStr sprintfln(S = LStr, A...)(ref S buffer, InterpolationHeader header, A args, InterpolationFooter footer)Prints formatted text with a new line at the end to the given buffer. For details on formatting, see the `fmtIntoBuffer` function.

fnvoid sprint(S = LStr, A...)(ref S buffer, A args)Prints text to the given buffer.

fnvoid sprintln(S = LStr, A...)(ref S buffer, A args)Prints text with a new line at the end to the given buffer.

fnvoid freeOnlyItems(T)(ref T container, IStr file = __FILE__, Sz line = __LINE__)Frees only the items within the container without freeing the container itself. Calls `free` on each item, passing `file` and `line` if supported.

fnvoid freeWithItems(T)(ref T container, IStr file = __FILE__, Sz line = __LINE__)Frees all items within the container and then frees the container itself. Equivalent to calling `freeOnlyItems` followed by `free` on the container.

fnbool isContainerType(T)()

fnbool isBasicContainerType(T)()

fnbool isBufferContainerType(T)()

fnbool isFixedContainerType(T)()

fnbool isSparseContainerPartsValid(T, D)()

fnbool isGenContainerPartsValid(T, D, G)()

fnbool isLStrType(T)()

fnbool isBStrType(T)()

fnbool isFStrType(T)()

fnbool isStrContainerType(T)()

Variables 3

varMemoryContext __memoryContext

enumvardefaultJokaMemoryAlignment = 16

enumvardefaultListCapacity = 8

The default list capacity. It is also the smallest list capacity.