Info about node `exports` field support: version ranges, categories, etc.
Finds intersections between semantic version ranges.
Check version ranges like `>=N` and `X || Y || Z` with support for Node.js, Web Browsers, Deno, and TypeScript.
Parses lockfiles to find engine and peer dependency version ranges across your full dependency tree
`bumpkg` is a TypeScript-based CLI tool for upgrading project dependencies. It scans dependency declarations, checks for available updates, and writes the new version ranges back to manifest files after confirmation.
Match BCP 47 language tags with language ranges per RFC 4647
Simple Semver and SemverRange classes
Semantic versioning rules parser
TypeScript definitions for range-parser
Query package versions from npm registry with LRU cache support. Supports version ranges, npm: protocol, and semver syntax handling. 從 npm registry 查詢套件版本，支援 LRU 快取、版本範圍語法與 npm: 協議處理。
Sort string index ranges
Create tags for breaking version ranges using GitHub's REST API, e.g. `v1`, `v2`, etc
Take an array of string index ranges, delete/replace the string according to them
Merge and sort string index ranges
Gather string index ranges
Compare semver version strings to find greater, equal or lesser.
A package to help with comparison/diff of semantic version ranges
Better streaming static file server with Range and conditional-GET support
This project provides a simple utility for selecting and organizing a limited number of versions of an npm package. It retrieves the latest versions of a specified npm package and allows you to generate version ranges based on patch, minor, and major upda
Find the greatest satisfied semver range from an array of ranges.
list of SPDX standard license ranges
> Some friendly semver range utilities
CodeMirror extension for read-only ranges
Check whether a binary version satisfies a semver range
Performance-optimized type for generic version ranges and operations on them.
Cargo subcommand to provide various options useful for testing and continuous integration.
Fast static parser for the solver-relevant fields of a rez package.py.
A faithful Rust port of rez's phase-based package solver.
Version and range types matching rez's alphanumeric versioning.
AI Plugin Manager — consumer CLI (install, validate, doctor, link)
Core library for AIPM — manifest parser, resolver, store, lockfile
Engine API schema source-of-truth for AIPM (canonical Rust types + build-time generated tables)
Event Sourcing and CQRS library with WASM support
Procedural macros for the Replay event sourcing library
Persistence layer for the Replay event sourcing library (PostgreSQL and in-memory backends)
Graph-database-based knowledge graph project.
node-semver rewritten in ruby, for comparison and inclusion of semantic versions and ranges
Tools used by Puppet to parse, validate, and compare Semantic Versions and Version Ranges and to query and resolve module dependencies.
managing jar dependencies with or without bundler. adding bundler like handling of version ranges for jar dependencies.
⏳️ Mark specs pending or skipped for specific Ruby engine (e.g. MRI or JRuby) & versions, or version ranges. Fund overlooked open source projects - bottom of stack, dev/test dependencies: floss-funding.dev
Provides older Ruby versions with Ruby 1.9.3's change to rand(): the ability to pass a Range object as argument.
managing jar dependencies with or without bundler. adding bundler like handling of version ranges for jar dependencies.
Vers provides tools for working with version ranges across different package managers, using a mathematical interval model internally and supporting the vers specification from the Package URL (PURL) project.
Where applicable, they come with a standard version and a class mix in. Ex: NumberDust.nearest(value) is also available as Integer.pd_nearest == FEATURES/PROBLEMS: Features: * Get random numbers in arbitrary ranges from OpenSSL (without skew due to modulo) Problems: * Need a good way to make sure that the OpenSSL library isn't using a broken PRNG == SYNOPSIS: require 'pixiedust' x = RandomDust.between(10,20)
# Addy Allows pretty summations. Instead of writing: (1..5).inject(0) do |memo, num| memo + (num**num) end You write: sum(1..5) do |num| num**num end Personally, I would rather write the latter. ## Usage Install the gem: gem install addy Then use it! require 'addy' class MyClass #include it in a class or in Object to get it everywhere include Addy def my_awesome_adder(range) sum(range) end end When you include addy on a class that implements inject, you don't even need to pass a value to it. Instead it calls sum on your class. require 'addy' class MyClass < Range include Addy def my_awesome_adder sum end end ### Calling It You can call either sum or summation. They're aliases for the same thing. Note: The following assumes Addy is included into Range. When you pass a block to sum it will execute the block on the current number before adding it to the sum. sum(1..5) {|num| num + 1} #=> 20 (1..5).sum {|num| num + 1} #=> 20 You don't have to pass a block though! #this sum(1..5) #=> 15 #and (1..5).sum #=> 15 #are equivalent to sum(1..5) {|num| num} #=> 15 #and (1..5).sum {|num| num} #=> 15 ### Input Ranges and numeric arrays both work well. sum(1..5) #=> 15 sum([1,2,3,4,5]) #=> 15 ## Note on Patches/Pull Requests * Fork the project. * Make your feature addition or bug fix. * Add tests for it. This is important so I don't break it in a future version unintentionally. * Commit, do not mess with rakefile, version, or history. (if you want to have your own version, that is fine but bump version in a commit by itself I can ignore when I pull) * Send me a pull request. Bonus points for topic branches. ## Copyright Copyright (c) 2010 Allen Madsen. See LICENSE for details. PS: Isn't it ridiculous how much documentation I wrote for one function?
Cloud IDS is an intrusion detection service that provides threat detection for intrusions, malware, spyware, and command-and-control attacks on your network. Cloud IDS works by creating a Google-managed peered network with mirrored VMs. Traffic in the peered network is mirrored, and then inspected by Palo Alto Networks threat protection technologies to provide advanced threat detection. You can mirror all traffic or you can mirror filtered traffic, based on protocol, IP address range, or ingress and egress. Note that google-cloud-ids-v1 is a version-specific client library. For most uses, we recommend installing the main client library google-cloud-ids instead. See the readme for more details.
= The Owasp ESAPI Ruby project == Introduction The Owasp ESAPI Ruby is a port for outstanding release quality Owasp ESAPI project to the Ruby programming language. Ruby is now a famous programming language due to its Rails framework developed by David Heinemeier Hansson (http://twitter.com/dhh) that simplify the creation of a web application using a convention over configuration approach to simplify programmers' life. Despite Rails diffusion, there are a lot of Web framework out there that allow people to write web apps in Ruby (merb, sinatra, vintage) [http://accidentaltechnologist.com/ruby/10-alternative-ruby-web-frameworks/]. Owasp Esapi Ruby wants to bring all Ruby deevelopers a gem full of Secure APIs they can use whatever the framework they choose. == Why supporting only Ruby 1.9.2 and beyond? The OWASP Esapi Ruby gem will require at least version 1.9.2 of Ruby interpreter to make sure to have full advantages of the newer language APIs. In particular version 1.9.2 introduces radical changes in the following areas: === Regular expression engine (to be written) === UTF-8 support Unicode support in 1.9.2 is much better and provides better support for character set encoding/decoding * All strings have an additional chunk of info attached: Encoding * String#size takes encoding into account – returns the encoded character count * You can get the raw datasize * Indexed access is by encoded data – characters, not bytes * You can change encoding by force but it doesn’t convert the data === Dates and Time From "Programming Ruby 1.9" "As of Ruby 1.9.2, the range of dates that can be represented is no longer limited by the under- lying operating system’s time representation (so there’s no year 2038 problem). As a result, the year passed to the methods gm, local, new, mktime, and utc must now include the century—a year of 90 now represents 90 and not 1990." == Roadmap Please see ChangeLog file. == Note on Patches/Pull Requests * Fork the project. * Create documentation with rake yard task * Make your feature addition or bug fix. * Add tests for it. This is important so I don't break it in a future version unintentionally. * Commit, do not mess with rakefile, version, or history. (if you want to have your own version, that is fine but bump version in a commit by itself I can ignore when I pull) * Send me a pull request. Bonus points for topic branches. == Copyright Copyright (c) 2011 the OWASP Foundation. See LICENSE for details.
# Excel to Code [](https://travis-ci.org/tamc/excel_to_code) excel_to_c - roughly translate some Excel files into C. excel_to_ruby - roughly translate some Excel files into Ruby. This allows spreadsheets to be: 1. Embedded in other programs, such as web servers, or optimisers 2. Without depending on any Microsoft code For example, running [these commands](examples/simple/compile.sh) turns [this spreadsheet](examples/simple/simple.xlsx) into [this Ruby code](examples/simple/ruby/simple.rb) or [this C code](examples/simple/c/simple.c). # Install Requires Ruby. Install by: gem install excel_to_code # Run To just have a go: excel_to_c <excel_file_name> This will produce a file called excelspreadsheet.c For a more complex spreadsheet: excel_to_c --compile --run-tests --settable <name of input worksheet> --prune-except <name of output worksheet> <excel file name> See the full list of options: excel_to_c --help # Gotchas, limitations and bugs 0. No custom functions, no macros for generating results 1. Results are cached. So you must call reset(), then set values, then read values. 2. It must be possible to replace INDIRECT and OFFSET formula with standard references at compile time (e.g., INDIRECT("A"&"1") is fine, INDIRECT(userInput&"3") is not. 3. Doesn't implement all functions. [See which functions are implemented](docs/Which_functions_are_implemented.md). 4. Doesn't implement references that involve range unions and lists (but does implement standard ranges) 5. Sometimes gives cells as being empty, when excel would give the cell as having a numeric value of zero 6. The generated C version does not multithread and will give bad results if you try. 7. The generated code uses floating point, rather than fully precise arithmetic, so results can differ slightly. 8. The generated code uses the sprintf approach to rounding (even-odd) rather than excel's 0.5 rounds away from zero. 9. Ranges like this: Sheet1!A10:Sheet1!B20 and 3D ranges don't work. Report bugs: <https://github.com/tamc/excel_to_code/issues> # Changelog See [Changes](CHANGES.md). # License See [License](LICENSE.md) # Hacking Source code: <https://github.com/tamc/excel_to_code> Documentation: * [Installing from source](docs/installing_from_source.md) * [Structure of this project](docs/structure_of_this_project.md) * [How does the calculation work](docs/how_does_the_calculation_work.md) * [How to fix parsing errors](docs/How_to_fix_parsing_errors.md) * [How to implement a new Excel function](docs/How_to_add_a_missing_function.md) Some notes on how Excel works under the hood: * [The Excel file structure](docs/implementation/excel_file_structure.md) * [Relationships](docs/implementation/relationships.md) * [Workbooks](docs/implementation/workbook.md) * [Worksheets](docs/implementation/worksheets.md) * [Cells](docs/implementation/cell.md) * [Tables](docs/implementation/tables.md) * [Shared Strings](docs/implementation/shared_strings.md) * [Array formulae](docs/implementation/array_formulae.md)
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