Search Results for "g-code"

ShellCheck is a GPLv3 tool that provides warnings and possible suggestions for bash/sh shell scripts. ShellCheck finds bugs in your shell scripts. You can cabal, apt, dnf, pkg or brew install it locally right now. ShellCheck highlights and clarifies typical beginner's syntax mistakes and issues that cause a shell to give a cryptic error message. It shows typical intermediate level semantic problems that cause a shell to behave in a abnormally and counter-intuitively. It can also discover...

...It uses an ES6 feature called Generators to make those asynchronous flows easy to read, write and test. (if you're not familiar with them here are some introductory links) By doing so, these asynchronous flows look like your standard synchronous JavaScript code. (kind of like async/await, but generators have a few more awesome features we need).

A color gen­er­a­tor for JavaScript. There are lots of clever one-lin­ers for gen­er­at­ing ran­dom col­ors. Unfortunately, this code nat­u­rally pro­duces murky greys, browns and greens. ran­dom­Color gen­er­ates at­trac­tive col­ors by de­fault. More specif­i­cally, ran­dom­Color pro­duces bright col­ors with a rea­son­ably high sat­u­ra­tion. This makes ran­dom­Color par­tic­u­larly use­ful for data vi­su­al­iza­tions and gen­er­a­tive art. Once you’ve in­cluded ran­dom­Color.js on your page, call­ing ran­dom­Color() will re­turn a ran­dom at­trac­tive color. ...

...The forever module exposes some useful methods to use in your code. Each method returns an instance of an EventEmitter which emits when complete.

...All shells themselves do not guarantee whether there is a backdoor, but I will never add a backdoor deliberately when uploading by myself. Please don’t add a backdoor if you submit it. If you find backdoor code, please issue. The tools provided by this project are forbidden to engage in illegal activities. This project is for testing purposes only. All the consequences caused by it have nothing to do with me.

...Please note that this module is written in pure Perl, and is as such very slow. A better alternative is to use the MPPerl::Convert::ASCII85::XS module, in which the most time-critical code has been written in C. It can be found at https://sourceforge.net/projects/mpperl-convert-ascii85-xs/.