libmisc-clj.jnio — com.dkdhub/libmisc-clj 1.0.0

buffer clj

(buffer x)

Coerces its argument into a java.nio.Buffer. If the argument is already a Buffer this is a no-op. Otherwise, return an appropriate buffer type. Implemented for byte array, char array, double array, float array, int array, long array, and short array.

buffer-nth clj

(buffer-nth x n)

(buffer-nth x n not-found)

Returns element n of a java.nio.Buffer. Does not change the position of the Buffer.

buffer-seq clj

(buffer-seq x)

Returns a seq that iterates over the elements in a java.nio.Buffer. Does not change the position of the Buffer.

buffer-to-array clj

(buffer-to-array x)

Returns an array representation of a java.nio.Buffer. Creates a new array (even for an array backed Buffer), and copies each element of the Buffer into the array, respecting the Buffer's limit. Does not change the position of the Buffer.

byte-array-type clj

byte-buffer clj

(byte-buffer x)

Coerces its argument into a java.nio.ByteBuffer. If the argument that is already a ByteBuffer this is a no-op. Implemented for byte array.

byte-order clj

(byte-order buf)

Returns the byte order for buf as a keyword, either :big-endian or :little-endian.

byte-order-to-keyword clj

channel clj

(channel x)

Attempts to coerce its argument into an open java.nio.ByteChannel.

Default implementations are defined for ByteChannel, File, RandomAccessFile, Socket, and DatagramSocket arguments.

Should be used inside with-open to ensure the WritableByteChannel is properly closed.

char-array-type clj

char-buffer clj

(char-buffer x)

Coerces its argument into a java.nio.CharBuffer. If the argument that is already a CharBuffer this is a no-op. Implemented for byte array, ByteBuffer, char array, and CharSequence (which includes String).

default-channels-impl clj

double-array-type clj

double-buffer clj

(double-buffer x)

Coerces its argument into a java.nio.DoubleBuffer. If the argument that is already a DoubleBuffer this is a no-op. Implemented for byte array, ByteBuffer, and double array.

float-array-type clj

float-buffer clj

(float-buffer x)

Coerces its argument into a java.nio.FloatBuffer. If the argument that is already a FloatBuffer this is a no-op. Implemented for byte array, ByteBuffer, and float array.

int-array-type clj

int-buffer clj

(int-buffer x)

Coerces its argument into a java.nio.IntBuffer. If the argument that is already a IntBuffer this is a no-op. Implemented for byte array, ByteBuffer, and int array.

keyword-to-byte-order clj

long-array-type clj

long-buffer clj

(long-buffer x)

Coerces its argument into a java.nio.LongBuffer. If the argument that is already a LongBuffer this is a no-op. Implemented for byte array, ByteBuffer, and long array.

mmap clj

(mmap file & [offset length & {:as opts}])

Memory maps a file with optional offset and length arguments to map only a portion of the file. Accepts keyword :mode option for the mapping mode. Valid options are: :read-write, :read-only, :private. Implemented for String, File and FileChannel.

readable-channel clj

(readable-channel x)

Attempts to coerce its argument into an open java.nio.ReadableByteChannel.

Default implementations are defined for ReadableByteChannel, ByteChannel, Pipe, InputStream, File, RandomAccessFile, Socket, and DatagramSocket arguments.

Should be used inside with-open to ensure the ReadableByteChannel is properly closed.

set-byte-order! clj

(set-byte-order! buf order)

Sets the byte order for buf, order should be either :big-endian or :little-endian.

short-array-type clj

short-buffer clj

(short-buffer x)

Coerces its argument into a java.nio.ShortBuffer. If the argument that is already a Short this is a no-op. Implemented for byte array, ByteBuffer, and short array.

writable-channel clj

(writable-channel x)

Attempts to coerce its argument into an open java.nio.WritableByteChannel.

Default implementations are defined for WritableByteChannel, ByteChannel, Pipe, OutputStream, File, RandomAccessFile, Socket, and DatagramSocket arguments.

Should be used inside with-open to ensure the WritableByteChannel is properly closed.