I stream a file one character at a time.
Convert character encodings in pure javascript.
TypeScript definitions for mute-stream
Parser for FTP server responses
read(1) for node programs
a streaming CRC32 checksumer
List of legacy HTML named character references that don’t need a trailing semicolon
Decode named character references
Map of named character references
Returns a promise which fulfils with the supplied stream's content
Map of named character references from HTML 4
Map of invalid numeric character references to their replacements, according to HTML
Node.js Streams, a user-land copy of the stream library from Node.js
micromark utility to handle character codes
Check if something is a Node.js stream
micromark utility to classify whether a character is whitespace or punctuation
Get a stream as a string, Buffer, ArrayBuffer or array
Toggle the CLI cursor
Fast and powerful CSV parser for the browser that supports web workers and streaming large files. Converts CSV to JSON and JSON to CSV.
tar-stream is a streaming tar parser and generator and nothing else. It operates purely using streams which means you can easily extract/parse tarballs without ever hitting the file system.
destroy a stream if possible
POSIX character classes for creating regular expressions.
A writable stream that writes to the console
micromark utility to decode numeric character references
Finds words in a stream of characters
:: wmainfo-rb :: Author: Darren Kirby mailto:bulliver@badcomputer.org License: Ruby = Quick API docs = == Initializing == require 'wmainfo' foo = WmaInfo.new("someSong.wma") ... or ... foo = WmaInfo.new("someVideo.wmv", :encoding=>"UTF-16LE") (default encoding is ASCII) ... or ... foo = WmaInfo.new("someVideo.wmv", :debug=>1) == Public attributes == @drm :: 'true' if DRM present else 'false' @tags :: dict of strings (id3 like data) @info :: dict of variable types (non-id3 like data) @ext_info :: dict of variable types (non-id3 like data) from ASF_Extended_Content_Description_Object @headerObject :: dict of arrays (name, GUID, size and offset of ASF objects) @stream :: dict of variable types (stream properties data) == Public methods == print_objects :: pretty-print header objects hasdrm? :: returns True if file has DRM hastag?('str') :: returns True if @tags['str'] exists print_tags :: pretty-print @tags dict hasinfo?('str') :: returns True if @info['str'] exists print_info :: pretty-print @info dict print_stream :: pretty-print @stream dict For more/different documentation see http://badcomputer.org/unix/code/wmainfo/ == Thanks/Contributors == Ilmari Heikkinen sent in a fix for uninitialized '@ext_info'. Guillaume Pierronnet sent in a patch which improves character encoding handling.
:: wmainfo-rb :: Authors: Darren Kirby, Guillaume Pierronnet mailto:bulliver@gmail.com License: Ruby = Quick API docs = == Initializing == require 'wmainfo' foo = WmaInfo.new("someSong.wma") ... or ... foo = WmaInfo.new("someVideo.wmv", :encoding=>"UTF-16LE") (default encoding is ASCII) ... or ... foo = WmaInfo.new("someVideo.wmv", :debug=>1) == Public attributes == @drm :: 'true' if DRM present else 'false' @tags :: dict of strings (id3 like data) @info :: dict of variable types (non-id3 like data) @ext_info :: dict of variable types (non-id3 like data) from ASF_Extended_Content_Description_Object @headerObject :: dict of arrays (name, GUID, size and offset of ASF objects) @stream :: dict of variable types (stream properties data) == Public methods == print_objects :: pretty-print header objects hasdrm? :: returns True if file has DRM hastag?('str') :: returns True if @tags['str'] exists print_tags :: pretty-print @tags dict hasinfo?('str') :: returns True if @info['str'] exists print_info :: pretty-print @info dict print_stream :: pretty-print @stream dict == Thanks/Contributors == Ilmari Heikkinen sent in a fix for uninitialized '@ext_info'. Guillaume Pierronnet sent in a patch which improves character encoding handling.
tlsh is a fuzzy matching library, which hashes can be used for similarity comparison. Given a byte stream with a minimum length of 256 bytes, TLSH generates a hash value which can be used for similarity comparisons. Similar objects will have similar hash values which allow for the detection of similar objects by comparing their hash values. The computed hash is 35 bytes long (output as 70 hexadecimal characters). The first 3 bytes are used to capture the information about the file as a whole (length, ...), while the last 32 bytes are used to capture information about incremental parts of the file.
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