Project
Reverse Dependencies for bundler
The projects listed here declare bundler as a runtime or development dependency
0.0
Light rack-based framework with controllers, HAML/ERB views, router & error handler
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Activity
0.0
Provides a set of additional Git commands to help developers when working with Pivotal Tracker
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Activity
0.0
Provides generated HTML data for Rails applications.
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Activity
0.0
Everything you need to debug Rails apps
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Activity
0.0
Bundle the C library.
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Activity
0.0
Ruby bindings for SPIRV-Cross to provide reflection of SPIR-V shaders.
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0.0
Print vars to your rails console with colors and labels.
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0.0
Simple hello world
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Activity
0.0
Takes nice Ruby parameter hashes and spits out whatever crap you need it to.
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A toolbox of numerical differential equation solvers written in pure Ruby. Currently there are multiple methods available to solve initial value ODEs (Dormand-Prince, Forward Euler, 2nd order Adams-Bashforth), boundary value ODEs (Linear Finite Element Galerkin), 2D Poisson's equation (5-point Laplacian), and the 1D advection equation (Upwind, Lax-Friedrichs, Leapfrog, Lax-Wendroff).
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0.0
Base classes for your own jobs and open sourced generic utility jobs
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Activity
0.0
splapi Client for ruby.
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0.0
Defines ruby classes for the Splash Payments API
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Activity
0.0
Simple distribution-based sampling of arbitrary objects from any number of buckets. Splashy. Buckets. Get it!?
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Activity
0.0
Expand constructor arguments to instance variables base on `splat`.
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0.0
Splay tree is an efficient implementation of a balanced
binary search tree that takes advantage of locality
in the keys used in incoming lookup requests.
For many applications, there is excellent key locality.
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0.0
A Splay Tree is a self adjusting binary search tree with the additional property that recently accessed elements are quick to access again. This makes it useful for caches because the most commonly accessed elements will be the fastest ones to access. This tree has an additional feature that allows it's maximum size to be restricted. When it exceeds it's maximum size, it will drop all of the nodes which are at the terminal ends of the tree structure, leaving many of the more commonly accessed nodes intact. This implementation is written in C++ with a Ruby wrapper.
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0.0
Want to test if a webpage looks as expected? Use splendid in your tests to make sure styles are not broken on your site!
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Activity
0.0
An implementation of the board game, Splendor.
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Activity
0.0
Splicer allows communication with one or more dns providers
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Activity