replace __LINE__ __FILE__ in code
Additional ESLint's rules for Node.js
Easy autofixable import sorting
Import with sanity.
Flowtype linting rules for ESLint.
Portable Unix shell commands for Node.js
Allow parsing of the U+2028 LINE SEPARATOR and U+2029 PARAGRAPH SEPARATOR in JS strings
🤏 Restricts the Portable Text Editor to a single line
React component to render markdown
Escape U+2028 LINE SEPARATOR and U+2029 PARAGRAPH SEPARATOR in JS strings
Eslint rule for consistent filenames.
Find URLs, email addresses, #hashtags and @mentions in plain-text strings, then convert them into HTML <a> links.
Convert CommonJS modules to ES2015
ESLint Environment for React Native
rollup-plugin-node-polyfills ===
Locate and bundle third-party dependencies in node_modules
A plugin that provides utilities for visually truncating text after a fixed number of lines.
an eslint rule plugin companion to babel-eslint
Remove unnecessary React propTypes from the production build
Detect modules with circular dependencies when bundling with webpack.
a simple Node behavior import resolution plugin for eslint-plugin-import, supporting module alias.
Fix babel/babel#2212
This plugin places a 'use strict'; directive at the top of all files to enable strict mode
Flowtype linting rules for ESLint by flow-typed
This ripl plugin allows you to evaluate multiple lines of Ruby code.
RuboCop plugin enforcing elegant coding style: no comments (except SPDX and magic), no empty lines in methods
A puppet-lint plugin to check that code in manifests have spaces after each comma except in end of line.
Ditz is a simple, light-weight distributed issue tracker designed to work with distributed version control systems like git, darcs, Mercurial, and Bazaar. It can also be used with centralized systems like SVN. Ditz maintains an issue database directory on disk, with files written in a line-based and human-editable format. This directory can be kept under version control, alongside project code. Ditz provides a simple, console-based interface for creating and updating the issue database files, and some basic static HTML generation capabilities for producing world-readable status pages (for a demo, see the ditz ditz page). Ditz includes a robust plugin system for adding commands, model fields, and modifying output. See PLUGINS.txt for documentation on the pre-shipped plugins. Ditz currently offers no central public method of bug submission. == USING DITZ There are several different ways to use Ditz: 1. Treat issue change the same as code change: include it as part of commits, and merge it with changes from other developers, resolving conflicts in the usual manner. 2. Keep the issue database in the repository but in a separate branch. Issue changes can be managed by your VCS, but is not tied directly to code commits. 3. Keep the issue database separate and not under VCS at all.
Ditz is a simple, light-weight distributed issue tracker designed to work with distributed version control systems like git, darcs, Mercurial, and Bazaar. It can also be used with centralized systems like SVN. Ditz maintains an issue database directory on disk, with files written in a line-based and human-editable format. This directory can be kept under version control, alongside project code. Ditz provides a simple, console-based interface for creating and updating the issue database files, and some basic static HTML generation capabilities for producing world-readable status pages (for a demo, see the ditz ditz page). Ditz includes a robust plugin system for adding commands, model fields, and modifying output. See PLUGINS.txt for documentation on the pre-shipped plugins. Ditz currently offers no central public method of bug submission. == USING DITZ There are several different ways to use Ditz: 1. Treat issue change the same as code change: include it as part of commits, and merge it with changes from other developers, resolving conflicts in the usual manner. 2. Keep the issue database in the repository but in a separate branch. Issue changes can be managed by your VCS, but is not tied directly to code commits. 3. Keep the issue database separate and not under VCS at all.
== SYNOPSIS: Allows storing scopes as names; that way you can address subsets of your model space by meaningful names. require 'scoped_proxy' # Railsers: You might want to call this in environment.rb class User < ActiveRecord::Base scoped_proxy :role do |role| { :find => { :conditions => ['role = ?', role] } } end scoped_proxy :deleted, :find => { :conditions => 'deleted_at is not null' } end admins = User.role('admin') admins.count # => 12 admins.find(:all) # => [ ... ] User.deleted.count # => a number This implementation also brings (NEW, SHINY) default proxies. That means you can have a proxy in effect when no other proxy is in effect. class User < ActiveRecord::Base default_proxy :find => { :conditions => 'deleted_at is null' } end User.find(:all) # only finds users that aren't deleted
Graphviz wrapper for Ruby. This can be used as a common library, a rails plugin and a command line tool. == FEATURES/PROBLEMS: GraphvizR is graphviz adapter for Ruby, and it can: * generate a graphviz dot file, * generate an image file by means of utilizing graphviz, * interprete rdot file and generate an image file, * and, generate a graph image file in rails application as a rails plugin. == SYNOPSYS: === Command Line: bin/graphviz_r sample/record.rdot === In Your Code: This ruby code: gvr = GraphvizR.new 'sample' gvr.graph [:label => 'example', :size => '1.5, 2.5'] gvr.beta [:shape => :box] gvr.alpha >> gvr.beta (gvr.beta >> gvr.delta) [:label => 'label1'] gvr.delta >> gvr.gamma gvr.to_dot replies the dot code: digraph sample { graph [label = "example", size = "1.5, 2.5"]; beta [shape = box]; alpha -> beta; beta -> delta [label = "label1"]; delta -> gamma; } To know more detail, please see test/test_graphviz_r.rb === On Rails : <b>use _render :rdot_ in controller</b> def show_graph render :rdot do graph [:size => '1.5, 2.5'] node [:shape => :record] node1 [:label => "<p_left> left|<p_center>center|<p_right> right"] node2 [:label => "left|center|right"] node1 >> node2 node1(:p_left) >> node2 node2 >> node1(:p_center) (node2 >> node1(:p_right)) [:label => 'record'] end end <b>use rdot view template</b> class RdotGenController < ApplicationController def index @label1 = "<p_left> left|<p_center>center|<p_right> right" @label2 = "left|center|right" end end # view/rdot_gen/index.rdot graph [:size => '1.5, 2.5'] node [:shape => :record] node1 [:label => @label1] node2 [:label => @label2] node1 >> node2 node1(:p_left) >> node2 node2 >> node1(:p_center) (node2 >> node1(:p_right)) [:label => 'record'] == DEPENDENCIES: * Graphviz (http://www.graphviz.org) == TODO: == INSTALL: * sudo gem install graphviz_r * if you want to use this in ruby on rails * script/plugin install http://technohippy.net/svn/repos/graphviz_r/trunk/vendor/plugins/rdot == LICENSE: (The MIT License)
Ditz is a simple, light-weight distributed issue tracker designed to work with distributed version control systems like git, darcs, Mercurial, and Bazaar. It can also be used with centralized systems like SVN. Ditz maintains an issue database directory on disk, with files written in a line-based and human-editable format. This directory can be kept under version control, alongside project code. Ditz provides a simple, console-based interface for creating and updating the issue database files, and some basic static HTML generation capabilities for producing world-readable status pages (for a demo, see the ditz ditz page). Ditz includes a robust plugin system for adding commands, model fields, and modifying output. See PLUGINS.txt for documentation on the pre-shipped plugins. Ditz currently offers no central public method of bug submission. == USING DITZ There are several different ways to use Ditz: 1. Treat issue change the same as code change: include it as part of commits, and merge it with changes from other developers, resolving conflicts in the usual manner. 2. Keep the issue database in the repository but in a separate branch. Issue changes can be managed by your VCS, but is not tied directly to code commits. 3. Keep the issue database separate and not under VCS at all.
"Harsh: Another Rails Syntax Highlighter," is just that - it highlights code in Rails, much like Radiograph or tm_syntax_highlighting. However, it does it well, _better_. Oh, and it also supports Haml, as well as ERb. And it comes with rake tasks. Firstly, it allows block form: <% harsh :theme => :dawn do %> class Testing def initialize(str) puts str end end <% end %> as well as the form the other plugins offer, which is text as a parameter: <% harsh %Q{ class Testing def initialize(str) puts str end end }, :theme => :dawn For haml, harsh is implemented as a filter. First, add this to the bottom of your environment.rb: Harsh.enable_haml Then, to use harsh in Haml: :harsh class Foo < Bar end However, haml's filters can't take options. So how on earth are we going to customize it to our heart's delight? Easily, my friend, fret not! Enter the BCL (Bootleg Configuration Line): :harsh #!harsh theme = all_hallows_eve lines=true syntax=css h1 { float:left; clear:left; position:relative; } It has to be the first line in the filter. You don't need the config line, though. Also, notice that you can have spaces between the arguments and the little = sign. Harsh also offers rake tasks for what tm_syntax_highlighting provides in generators, and a :harsh as a stylesheet-includer to load all syntax-highlighting files, as such: <%= stylesheet_include_tag :harsh %> The rake tasks for setting up your stylesheets are these: rake harsh:theme:list # lists available themes rake harsh:theme:install[twilight] # installs the twilight theme into /public/stylesheets/harsh/ rake harsh:theme:install THEME=twilight # also installs the twilight theme (for *csh shells) rake harsh:theme:uninstall[twilight] # removes the twilight theme rake harsh:theme:uninstall THEME=twilight # also uninstalls the twilight theme (for *csh shells) While purely informative, you can find out the available syntaxes as follows: rake harsh:syntax:list
YARD-Value YARD-Value provides YARD¹ handlers for Value² objects. It’ll document whether the Value is Comparable and what attributes are used in such comparisons, its #initialize method, and its protected accessors. ¹ See http://yardoc.org/ ² See http://disu.se/software/value-1.0/ You add the documentation to the Module#Value invocation. Any ‹@param› tags are used both for the parameters to the #initialize method and for the protected accessors. This class Point # A point on a plane. # @param [Integer] x # @param [Integer] y Value :x, :y end generates documentation similar to class Point # A point on a plane. # @param [Integer] x # @param [Integer] y def initialize(x, y) end and this class Point # A point on a plane. # @param [Integer] x The x coordinate of the receiver # @param [Integer] y The y coordinate of the receiver Value :x, :y end generates documentation similar to class Point # A point on a plane. # @param [Integer] x # @param [Integer] y def initialize(x, y) protected # @return [Integer] The x coordinate of the receiver attr_reader :x # @return [Integer] The y coordinate of the receiver attr_reader :y end For comparable Values, a note is added about what attributes are used in the comparison. This class Point # A point on a plane. # @param [Integer] x # @param [Integer] y Value :x, :y, :comparable => true end is similar to class Point # A point on a plane. # @param [Integer] x # @param [Integer] y # @note Comparisons between instances are made between x and y. def initialize(x, y) end § Usage Add ‹--plugin yard-value-1.0› to your YARD command line. If you’re using Inventory-Rake-Tasks-YARD¹, add the following to your Rakefile: Inventory::Rake::Tasks::YARD.new do |t| t.options += %w'--plugin yard-value-1.0' end ¹ See http://disu.se/software/inventory-rake-tasks-yard-1.0/ § Financing Currently, most of my time is spent at my day job and in my rather busy private life. Please motivate me to spend time on this piece of software by donating some of your money to this project. Yeah, I realize that requesting money to develop software is a bit, well, capitalistic of me. But please realize that I live in a capitalistic society and I need money to have other people give me the things that I need to continue living under the rules of said society. So, if you feel that this piece of software has helped you out enough to warrant a reward, please PayPal a donation to now@disu.se¹. Thanks! Your support won’t go unnoticed! ¹ Send a donation: https://www.paypal.com/cgi-bin/webscr?cmd=_donations&business=now@disu.se&item_name=YARD-Value § Reporting Bugs Please report any bugs that you encounter to the {issue tracker}¹. ¹ See https://github.com/now/yard-value/issues § Authors Nikolai Weibull wrote the code, the tests, and this README. § Licensing YARD-Value is free software: you may redistribute it and/or modify it under the terms of the {GNU Lesser General Public License, version 3}¹ or later², as published by the {Free Software Foundation}³. ¹ See http://disu.se/licenses/lgpl-3.0/ ² See http://gnu.org/licenses/ ³ See http://fsf.org/
YARD-Heuristics YARD-Heuristics heuristically determines types of parameters and return values for YARD documentation that doesn’t explicitly document it. This allows you to write documentation that isn’t adorned with “obvious” types, but still get that information into the output. It also lets you nice-looking references to parameters and have them be marked up appropriately in HTML output. § Heuristics The following sections list the various heuristics that YARD-Heuristics apply for determining types of parameters and return values. Note that for all heuristics, a type will only be added if none already exists. § Parameter Named “other” A parameter named “other” has the same type as the receiver. This turns class Point def ==(other) into class Point # @param [Point] other def ==(other) § Parameter Types Derived by Parameter Name Parameters to a method with names in the following table has the type listed on the same row. | Name | Type | |--------+-----------| | index | [Integer] | | object | [Object] | | range | [Range] | | string | [String] | Thus class Point def x_inside?(range) becomes class Point # @param [Range] range def x_inside?(range) § Block Parameters If the last parameter to a method’s name begins with ‘&’ it has the type [Proc]. class Method def initialize(&block) becomes class Method # @param [Block] block def initialize(&block) § Return Types by Method Name For the return type of a method with less than two ‹@return› tags, the method name is lookup up in the following table and has the type listed on the same row. For the “type” “self or type”, if a ‹@param› tag exists with the name “other”, the type of the receiver is used, otherwise “self” is used. For the “type” “type”, the type of the receiver is used. | Name | Type | |-----------------+----------------| | ‹<<› | self or type | | ‹>>› | self or type | | ‹==› | [Boolean] | | ‹===› | [Boolean] | | ‹=~› | [Boolean] | | ‹<=>› | [Integer, nil] | | ‹+› | type | | ‹-› | type | | ‹*› | type | | ‹/› | type | | each | [self] | | each_with_index | [self] | | hash | [Integer] | | inspect | [String] | | length | [Integer] | | size | [Integer] | | to_s | [String] | | to_str | [String] | Thus class Point def <<(other) becomes class Point # @return [Point] def <<(other) but class List def <<(item) becomes class List # @return [self] def <<(item) § Emphasizing Parameter Names When producing HTML output, any words in all uppercase, with a possible “th” suffix, that is also the name of a parameter, an ‹@option›, or a ‹@yieldparam›, will be downcased and emphasized with a class of “parameter”. In the following example, “OTHER” will be turned into ‹<em class="parameter">other</em>›: class Point # @return True if the receiver’s class and {#x} and {#y} `#==` those of # OTHER def ==(other) § Usage Add ‹--plugin yard-heuristics-1.0› to your YARD command line. If you’re using Inventory-Rake-Tasks-YARD¹, add the following to your Rakefile: Inventory::Rake::Tasks::YARD.new do |t| t.options += %w'--plugin yard-heuristics-1.0' end ¹ See http://disu.se/software/inventory-rake-tasks-yard/ § API There’s really not very much to the YARD-Heuristics API. What you can do is add (or modify) the types of parameters and return types of methods by adding (or modifying) entries in the Hash tables ‹YARDHeuristics::ParamTypes› and ‹YARDHeuristics::ReturnTypes› respectively. That’s about it. § Financing Currently, most of my time is spent at my day job and in my rather busy private life. Please motivate me to spend time on this piece of software by donating some of your money to this project. Yeah, I realize that requesting money to develop software is a bit, well, capitalistic of me. But please realize that I live in a capitalistic society and I need money to have other people give me the things that I need to continue living under the rules of said society. So, if you feel that this piece of software has helped you out enough to warrant a reward, please PayPal a donation to now@disu.se¹. Thanks! Your support won’t go unnoticed! ¹ Send a donation: https://www.paypal.com/cgi-bin/webscr?cmd=_donations&business=now@disu.se&item_name=YARD-Heuristics § Reporting Bugs Please report any bugs that you encounter to the {issue tracker}¹. ¹ See https://github.com/now/yard-heuristics/issues § Authors Nikolai Weibull wrote the code, the tests, and this README. § Licensing YARD-Heuristics is free software: you may redistribute it and/or modify it under the terms of the {GNU Lesser General Public License, version 3}¹ or later², as published by the {Free Software Foundation}³. ¹ See http://disu.se/licenses/lgpl-3.0/ ² See http://gnu.org/licenses/ ³ See http://fsf.org/
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