Results for "Author: aaa"

Performs compression/decompression on a byte array using run length encoding (RLE). This is an EXTREMELY FAST algorithm, implemented in a very efficient way. Many people have been emailing me about this so here it is.

A queue data structure, in the form of an object. This class internally maintains all the data passed to it. Use this class for fixed data types (eg. Longs, fixed arrays, fixed strings, types, etc...) Use it, Like it, Learn from it, Vote for it.

Performs compression/decompression on a byte array using run length encoding (RLE). This is an EXTREMELY FAST algorithm, implemented in a very efficient way. Many people have been emailing me about this so here it is.

A queue data structure, in the form of an object. This class internally maintains all the data passed to it. Use this class for fixed data types (eg. Longs, fixed arrays, fixed strings, types, etc...) Use it, Like it, Learn from it, Vote for it.

Performs compression/decompression on a byte array using run length encoding (RLE). This is an EXTREMELY FAST algorithm, implemented in a very efficient way. Many people have been emailing me about this so here it is.

A queue data structure, in the form of an object. This class internally maintains all the data passed to it. Use this class for fixed data types (eg. Longs, fixed arrays, fixed strings, types, etc...) Use it, Like it, Learn from it, Vote for it.

A queue data structure, in the form of an object. This class internally maintains all the data passed to it. Use this class for fixed data types (eg. Longs, fixed arrays, fixed strings, types, etc...) Use it, Like it, Learn from it, Vote for it.

Performs compression/decompression on a byte array using run length encoding (RLE). This is an EXTREMELY FAST algorithm, implemented in a very efficient way. Many people have been emailing me about this so here it is.

A queue data structure, in the form of an object. This class internally maintains all the data passed to it. Use this class for fixed data types (eg. Longs, fixed arrays, fixed strings, types, etc...) Use it, Like it, Learn from it, Vote for it.

Performs compression/decompression on a byte array using run length encoding (RLE). This is an EXTREMELY FAST algorithm, implemented in a very efficient way. Many people have been emailing me about this so here it is.

A queue data structure, in the form of an object. This class internally maintains all the data passed to it. Use this class for fixed data types (eg. Longs, fixed arrays, fixed strings, types, etc...) Use it, Like it, Learn from it, Vote for it.

Performs compression/decompression on a byte array using run length encoding (RLE). This is an EXTREMELY FAST algorithm, implemented in a very efficient way. Many people have been emailing me about this so here it is.

Performs compression/decompression on a byte array using run length encoding (RLE). This is an EXTREMELY FAST algorithm, implemented in a very efficient way. Many people have been emailing me about this so here it is.

A queue data structure, in the form of an object. This class internally maintains all the data passed to it. Use this class for fixed data types (eg. Longs, fixed arrays, fixed strings, types, etc...) Use it, Like it, Learn from it, Vote for it.

A queue data structure, in the form of an object. This class internally maintains all the data passed to it. Use this class for fixed data types (eg. Longs, fixed arrays, fixed strings, types, etc...) Use it, Like it, Learn from it, Vote for it.

Performs compression/decompression on a byte array using run length encoding (RLE). This is an EXTREMELY FAST algorithm, implemented in a very efficient way. Many people have been emailing me about this so here it is.

A queue data structure, in the form of an object. This class internally maintains all the data passed to it. Use this class for fixed data types (eg. Longs, fixed arrays, fixed strings, types, etc...) Use it, Like it, Learn from it, Vote for it.

Performs compression/decompression on a byte array using run length encoding (RLE). This is an EXTREMELY FAST algorithm, implemented in a very efficient way. Many people have been emailing me about this so here it is.