Class BufferPool
- Namespace
- easyar
BufferPool implements a memory pool that can be used for custom camera access and other functions requiring repeated allocation of same-sized memory, reducing memory allocation time.
BufferPool
Constructors
BufferPool
void easyar_BufferPool__ctor(int block_size, int capacity, easyar_BufferPool * * Return)
BufferPool(int block_size, int capacity)
public BufferPool(int block_size, int capacity)
constructor(block_size: Int, capacity: Int)
+ (easyar_BufferPool *) create:(int)block_size capacity:(int)capacity
public convenience init(_ block_size: Int32, _ capacity: Int32)
public BufferPool(int block_size, int capacity)
Parameters
block_sizeInt32capacityInt32
Methods
block_size
The byte size of each Buffer.
int easyar_BufferPool_block_size(const easyar_BufferPool * This)
int block_size()
public int block_size()
fun block_size(): Int
- (int)block_size
public func block_size() -> Int32
public virtual int block_size()
Returns
- Int32
capacity
The maximum number of Buffer.
int easyar_BufferPool_capacity(const easyar_BufferPool * This)
int capacity()
public int capacity()
fun capacity(): Int
- (int)capacity
public func capacity() -> Int32
public virtual int capacity()
Returns
- Int32
size
The current number of externally acquired Buffer.
int easyar_BufferPool_size(const easyar_BufferPool * This)
int size()
public int size()
fun size(): Int
- (int)size
public func size() -> Int32
public virtual int size()
Returns
- Int32
tryAcquire
Attempts to acquire a memory block. If the current number of externally acquired Buffer has not reached the maximum number of Buffer, then retrieves or allocates a new Buffer; otherwise, returns empty.
void easyar_BufferPool_tryAcquire(easyar_BufferPool * This, easyar_OptionalOfBuffer * Return)
std::optional<std::shared_ptr<Buffer>> tryAcquire()
public @Nullable Buffer tryAcquire()
fun tryAcquire(): Buffer?
- (easyar_Buffer *)tryAcquire
public func tryAcquire() -> Buffer?
public virtual Optional<Buffer> tryAcquire()
Returns
- Optional<Buffer>