Port of the OpenBSD bcrypt_pbkdf function to pure JS
An arbitrary length integer library for Javascript
LEB128 utilities for Node
Test if a finite double-precision floating-point number is an integer.
Traverse JSON Schema passing each schema object to callback
Validates if a value is an integer array.
Validates if a value is an integer.
Basic layout model and some utilities for Cytoscape.js layout extensions
Add support for more integer widths to Buffer
Full BCP 47 language subtag data from the official IANA repository, in JSON format with multiple indices.
Pure-JS printf
A Long class for representing a 64-bit two's-complement integer value.
TypeScript definitions for imurmurhash
A Long class for representing a 64-bit two's-complement integer value.
Various helper utilities for working with buffers and binary data
A simple method that will convert numbers, hex, BN or bignumber.js object into a BN.js object.
Codecs for numbers of different sizes and endianness
Is this JS value callable? Works with Functions and GeneratorFunctions, despite ES6 @@toStringTag.
The best of both `JSON.stringify(obj)` and `JSON.stringify(obj, null, indent)`.
MessagePack for ECMA-262/JavaScript/TypeScript
Generate a random integer
vaadin-integer-field
Unsigned integers for Javascript
An implementation of the WHATWG URL Standard's URL API and parsing machinery
Allows you to fetch results from OEIS using a list of integers
A simple Ruby natural language parser for elapsed time. (For example, 4 hours and 30 minutes, 6 minutes 4 seconds, 3 days, etc.) Returns all results in seconds. Will return an integer unless you get tricky and need a float. (4 minutes and 13.47 seconds, for example.) The reverse can also be performed via the output method.
Use an integer field with Infinity. Use that field as normal, increment, decrement, compare, etc. with the expected results.
A simple Ruby natural language parser for elapsed time. (For example, 4 hours and 30 minutes, 6 minutes 4 seconds, 3 days, etc.) Returns all results in seconds. Will return an integer unless you get tricky and need a float. (4 minutes and 13.47 seconds, for example.) The reverse can also be performed via the output method.
Redefines standard integer arithmetic operators to be probabilistic (but still return the correct result on average). Not meant to be used seriously.
Creates enumerators that step through integers from a union of two multiples. A pattern from the two numbers is determined (much like two frequencies create a pattern) and the resulting palindrome is given to a custom Enumerator for you to use.
Adds accessors to a class so that the date can be set as a string while days, months and years can be set as integers. It also allows for month as short and long text inputs, e.g. Jan, March. It will validate resulting dates and generate errors when parts are invalid and where combined parts are incorrect.
A simple Ruby natural language parser for elapsed time. (For example, 4 hours and 30 minutes, 6 minutes 4 seconds, 3 days, etc.) Returns all results in seconds. Will return an integer unless you get tricky and need a float. (4 minutes and 13.47 seconds, for example.) The reverse can also be performed via the output method.
A simple Ruby natural language parser for elapsed time. (For example, 4 hours and 30 minutes, 6 minutes 4 seconds, 3 days, etc.) Returns all results in seconds. Will return an integer unless you get tricky and need a float. (4 minutes and 13.47 seconds, for example.) The reverse can also be performed via the output method.
A simple file-system-based cache wrapper. The main method is 'with_cache( :cache_key=>'something_unique', :timeout_seconds=>(an integer) ){ (...) }' If the given cache key exists and has not timed out, it will return the cached value If not, it will * yield to the given block * store the result of the given block in the cache with the given key * return the result of the given block Required params: * :cache_key=>'some unique string that is valid in a filename' Optional params: * :timeout_seconds => (an integer - default 3600) * :cache_dir => (an absolute path - defaults to RAILS_ROOT/tmp/cache if RAILS_ROOT is defined, otherwise /tmp/cache ) Example usage: @stats_json = Itrigga::Cache::FileCache.with_cache(:cache_key=>'admin_stats.json', :timeout_seconds=>600){ /* some expensive remote API / slow IO call here /* }
A simple Ruby natural language parser for elapsed time. (For example, 4 hours and 30 minutes, 6 minutes 4 seconds, 3 days, etc.) Returns all results in seconds. Will return an integer unless you get tricky and need a float. (4 minutes and 13.47 seconds, for example.) The reverse can also be performed via the output method.
A Ruby gem for vector and matrix operations. Provides methods to calculate: - Matrix determinant: Determinant(matrix) input: matrix - Array of arrays size of nxn output: res[Int] - simple Integer - Scalar product of vectors scalar_prod(a, b) input: a[Array], b[Array]- vectors a and b output: res[Int] - simple Integer as a result of scalar prod - Cross product for 3D vectors cross_prod(a, b) input: a[Array], b[Array] - vectors a and b with dimension n = 3; output: res[Array] - vector with the size = 3 (its dimension) as a result of cross prod - Help function help() output: String with info about gem funcs Includes comprehensive error handling and input validation. Designed for educational use and basic linear algebra computations. Ruby-гем для операций с векторами и матрицами. Предоставляет методы для вычисления: - Определителя матрицы Determinant(matrix) input: matrix - матрица (массив массивов) размера nxn output: res[Int] - целое число - Скалярного произведения векторов scalar_prod(a, b) input: a[Array], b[Array] - векторы (массивы) a и b output: res[Int] - целое число как результат скалярного произведения - Векторного произведения для 3D векторов cross_prod(a, b) input: a[Array], b[Array] - векторы (массивы) a и b размером n = 3; output: res[Array] - вектор (массив) с размером = 3 (его размерность) как результат векторного произведения векторов - Функция "помощь" help() output: Строка с информацией про математические методы гема Включает обработку ошибок и валидацию входных данных. Разработан для образовательных целей и базовых вычислений линейной алгебры.
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