A robust base64 encoder/decoder that is fully compatible with `atob()` and `btoa()`, written in JavaScript.
TypeScript definitions for base-64
Encode base-64 strings with JavaScript
Convert between Base-64 Strings and ArrayBuffer Objects. Simple. Isomorphic. Light-weight.
Base 64 encoded UUID.
Base 64 string encoding and decoding.
Encode base-64 strings with JavaScript
Base 64 encoding.
Command line interface for advanced base 64 encoding/decoding
Javascript module for converting base-64 to arraybuffer and from arraybuffer to base-64
A small npm module for saving base 64 encoded images to your file system.
URI encoded base 64 format back and forth.
Convert file to base 64 with optional filesave
- C/C++ library for encode and decode in base 64
URL-safe base-64 with ~ and _
url-safe 128-bit UUID strings expressed in base-64 encoding
A javscript utility function which converts the base 64 safe encoded string to UInt8Array.
Translates ArrayBuffer type to base 64 strings
A real-time voice streaming as base-64 string chunks
Convert your file to base 64 format
Renders an animated GIF as Base-64 - prop sets visibility.
convert a base 64 string to a png image sasa
Decode base-64 strings with JavaScript
generates a base 64 url-safe token
This library aids in processing encoded data.
Blob serialization/deserialization utilities
A command-line tool for working with Mindustry schematics
Encodes and evaluates a time-sensitive dynamic authentication token based on shared API key, a timestamp, some random noise characters and an optional UUID
Cryptographic primitives for use with Composable Event Streaming Representation (CESR)
MiNET AI (Miniaturized Neural Evolutionary Topology) is a minimalistic Rust library that evolves small neural networks via genetic algorithm. With a focus on producing compact, adaptive networks that evolve to solve any problem they are given.
AWS SDK for AWS CodeCommit
A Rust-Based implemenation of classic UNIX `cat` command
Command line URL-safe Base-64 encoder/decoder
base-u256 is to utf-8 as base-64 is to ascii
Ytrizja base-64 specialization
HCTR2 and HCTR3 length-preserving encryption with format-preserving variants
Mixin for CarrierWave uploaders to support Base64 data URLs for mobile APIs
Enables base 64 encoded ids on rails models
A simple program for AES encryption and base 64 encoding
Base 2, 10 and 64 aren't the only bases.
A quick and easy encryption wrapper. using the built in openssl functions. Usable in String, Text, or Binary fields. (Encodes in Base 64 before saving)
ERBook 9.2.1 Write books, manuals, and documents in eRuby http://snk.tuxfamily.org/lib/erbook/ ERBook is an extensible document processor that emits [1]any document you can imagine from [2]eRuby templates, which allow scripting and dynamic content generation. Version 9.2.1 (2009-11-18) This release fixes some bugs in, and improves the readability and load time of, generated XHTML documents. Bug fixes * Prevent search button from starting search when search box untouched. * Prevent browser from fetching base-64 embedded URI sources by qualifying their digests with the "cid" URI schema, which is used to identify the parts of a multi-part e-mail message. This cuts down on the amount of "404 - File Not Found" errors on the web server which hosts your generated XHTML documents because web browsers will not confuse these embedded "cid" digests as being relative HTTP files. Housekeeping * Increase vertical spacing between [3]References for better readability. * Embed W3C validator badges as base-64 data URIs to reduce page load time. * Split the document processing code in ERBook::Document into smaller self-documenting methods. References 1. http://snk.tuxfamily.org/lib/erbook/#HelloWorld 2. http://en.wikipedia.org/wiki/ERuby 3. http://snk.tuxfamily.org/lib/erbook/#_references
Ruby bindings (via Rust/magnus) for XXH3 — the modern XXH family from Yann Collet. Exposes both the 64-bit (XXH3_64bits) and the 128-bit (XXH3_128bits) variants through a Digest::Base-compatible API. Backed by the pure-Rust `xxhash-rust` crate, so there's no system-library runtime dependency.
BLAKE is a cryptographic hash function based on Dan Bernstein's ChaCha stream cipher, but a permuted copy of the input block, XORed with round constants, is added before each ChaCha round. Like SHA-2, there are two variants differing in the word size. ChaCha operates on a 4×4 array of words. BLAKE repeatedly combines an 8-word hash value with 16 message words, truncating the ChaCha result to obtain the next hash value. BLAKE-256 and BLAKE-224 use 32-bit words and produce digest sizes of 256 bits and 224 bits, respectively, while BLAKE-512 and BLAKE-384 use 64-bit words and produce digest sizes of 512 bits and 384 bits, respectively.
BLAKE is a cryptographic hash function based on Dan Bernstein's ChaCha stream cipher, but a permuted copy of the input block, XORed with round constants, is added before each ChaCha round. Like SHA-2, there are two variants differing in the word size. ChaCha operates on a 4×4 array of words. BLAKE repeatedly combines an 8-word hash value with 16 message words, truncating the ChaCha result to obtain the next hash value. BLAKE-256 and BLAKE-224 use 32-bit words and produce digest sizes of 256 bits and 224 bits, respectively, while BLAKE-512 and BLAKE-384 use 64-bit words and produce digest sizes of 512 bits and 384 bits, respectively.
Base32 is one of several base 32 transfer encodings. Base32 uses a 32-character set comprising the twenty-six upper-case letters A–Z, and the digits 2–7. Base32 is primarily used to encode binary data, but Base32 is also able to encode binary text like ASCII. Base32 is a notation for encoding arbitrary byte data using a restricted set of symbols that can be conveniently used by humans and processed by computers. Base32 consists of a symbol set made up of 32 different characters, as well as an algorithm for encoding arbitrary sequences of 8-bit bytes into the Base32 alphabet. Because more than one 5-bit Base32 symbol is needed to represent each 8-bit input byte, it also specifies requirements on the allowed lengths of Base32 strings (which must be multiples of 40 bits). The closely related Base64 system, in contrast, uses a set of 64 symbols.
No description provided.
No description provided.
No description provided.
No description provided.
No description provided.
No description provided.
No description provided.
No description provided.
No description provided.
No description provided.
No description provided.
No description provided.
No description provided.
No description provided.
No description provided.
No description provided.
No description provided.
No description provided.
No description provided.
No description provided.
No description provided.
No description provided.
No description provided.
No description provided.