使用nodejs快速创建web程序
Converts a Web-API readable-stream into a Node.js readable-stream.
Node.js native addon binary install tool
CSV parsing implementing the Node.js `stream.Transform` API
Generates and consumes source maps
Base class for node which OpenTelemetry instrumentation modules extend
OpenTelemetry OTLP Exporter base (for internal use only)
OpenTelemetry Collector Logs Exporter allows user to send collected logs to the OpenTelemetry Collector
OpenTelemetry Collector Metrics Exporter allows user to send collected metrics to the OpenTelemetry Collector
Convert Node Readable to Web API ReadableStream
CSV stringifier implementing the Node.js `stream.Transform` API
Web Streams, based on the WHATWG spec reference implementation
DOM shim for Lit Server Side Rendering (SSR)
Super-easy (and fast) persistent data structures in Node.js, modeled after HTML5 localStorage
Official library for using the Slack Platform's Web API
Simple JS stack with auto run for node and browsers
OpenTelemetry Collector Trace Exporter allows user to send collected traces to the OpenTelemetry Collector
Object transformations implementing the Node.js `stream.Transform` API
Implementation of JSON Web Signatures
JWA implementation (supports all JWS algorithms)
Web API compatible Blob implementation
Web API compatible fetch implementation
Simple JS queue with auto run for node and browsers
Bindings for RE2: fast, safe alternative to backtracking regular expression engines.
The intention of this library is to make it easy to build up a structure of nodes which will then be output to a flat file. Imagine using this library as part of a web-app that makes it easy to manipulate images in a structured, visual way (without say, Photoshop).
Easy to use DSL that helps scraping data from websites. Thanks to it, writing web crawlers would be very fast and intuitive. Traversing through html nodes and fetching all of the HTML attributes, would be possible. Just like in jQuery - you will find methods like parent, children, first, find, siblings etc. Furthermore, you are able to download images, web pages, and store all content in the database. Please visit my Github account for more details.
This is the start of a Puppet provisioning system. It provides a graphical web service, a JSON rest API and command line interface that will manage Hiera YAML files and a few functions to read them and apply classes and parameters to a node. It works like a lightweight External Node Classifier. It also provides provisioning functionality to spin up new instances after classifying them. It currently has a backend for Cloud Provisioner and will shortly have a VMWare plugin to spin up new instances for Razor to provision. New backend plugins are quite easy to create. Documentation forthcoming.
http://www.engineyard.com/blog/2010/extending-rails-3-with-railties/ http://www.igvita.com/2010/08/04/rails-3-internals-railtie-creating-plugins/ h1. Morning Glory Morning Glory is comprised of a rake task and helper methods that manages the deployment of static assets into an Amazon CloudFront CDN's S3 Bucket, improving the performance of static assets on your Rails web applications. _NOTE: You will require an Amazon Web Services (AWS) account in order to use this gem. Specially: S3 for storing the files you wish to distribute, and CloudFront for CDN distribution of those files._ This version of Morning Glory works with Rails 3.x and Ruby 1.9.x h2. What does it do? Morning Glory provides an easy way to deploy Ruby on Rails application assets to the Amazon CloudFront CDN. It solves a number of common issues with S3/CloudFront. For instance, CloudFront won't automatically expire old assets stored on edge nodes when you redeploy new assets (the Cloudfront expiry time is 24 hours minimum). To fix this Morning Glory will automatically namespace asset releases for you, then update all references to those renamed assets within your stylesheets ensuring there are no broken asset links. It also provides a helper method to rewrite all standard Rails asset helper generated URLs to your CloudFront CDN distributions, as well as handling switching between HTTP and HTTPS. Morning Glory was also built with SASS (Syntactically Awesome Stylesheets) in mind. If you use Sass for your stylesheets they will automatically be built before deployment to the CDN. See http://sass-lang.com/ for more information on Sass.s h2. What it doesn't do Morning Glory cannot configure your CloudFront distributions for you automatically. You will manually have to login to your AWS Management Console account, "https://console.aws.amazon.com/cloudfront/home":https://console.aws.amazon.com/cloudfront/home, and set up a distribution pointing to an S3 Bucket. h2. Installation <pre> gem 'morning_glory' </pre> h2. Usage Morning Glory provides it's functionality via rake tasks. You'll need to specify the target rails environment configuration you want to deploy for by using the @RAILS_ENV={env}@ parameter (for example, @RAILS_ENV=production@). <pre> rake morning_glory:cloudfront:deploy RAILS_ENV={YOUR_TARGET_ENVIRONMENT} </pre> h2. Configuration h3. The Morning Glory configuration file, @config/morning_glory.yml@ You can specify a configuration section for every rails environment (production, staging, testing, development). This section can have the following properties defined: <pre> --- production: enabled: true # Is MorningGlory enabled for this environment? bucket: cdn.production.foo.com # The bucket to deploy your assets into s3_logging_enabled: true # Log the deployment to S3 revision: "20100317134627" # The revision prefix. This timestamp automatically generateed on deployment delete_prev_rev: true # Delete the previous asset release (save on S3 storage space) </pre> h3. The Amazon S3 authentication keys configuration file, @config/s3.yml@ This file provides the access credentials for your Amazon AWS S3 account. You can configure keys for all your environments (production, staging, testing, development). <pre> --- production: access_key_id: YOUR_ACCESS_KEY secret_access_key: YOUR_SECRET_ACCESS_KEY </pre> Note: If you are deploying your system to Heroku, you can configure your Amazon AWS S3 information with the environment variables S3_KEY and S3_SECRET instead of using a configuration file. h3. Set up an asset_host For each environment that you'd like to utilise the CloudFront CDN for you'll need to define the asset_host within the @config/environments/{ENVIRONMENT}.rb@ configuration file. As of June 2010 AWS supports HTTPS requests on the CloudFront CDN, so you no longer have to worry about switching servers. (Yay!) h4. Example config/environments/production.rb @asset_host@ snippet: Here we're targeting a CNAME domain with HTTP support. <pre> ActionController::Base.asset_host = Proc.new { |source, request| if request.ssl? "#{request.protocol}#{request.host_with_port}" else "#{request.protocol}assets.example.com" end } </pre> h3. Why do we have to use a revision-number/namespace/timestamp? Once an asset has been deployed to the Amazon Cloudfront edge servers it cannot be modified - the version exists until it expires (minimum of 24 hours). To get around this we need to prefix the asset path with a revision of some sort - in MorningGlory's case we use a timestamp. That way you can deploy many times during a 24 hour period and always have your latest revision available on your web site. h2. Dependencies h3. AWS S3 Required for uploading the assets to the Amazon Web Services S3 buckets. See "http://amazon.rubyforge.org/":http://amazon.rubyforge.org/ for more documentation on installation. h2. About the name Perhaps not what you'd expect; a "Morning Glory":http://en.wikipedia.org/wiki/Morning_Glory_cloud is a rare cloud formation observed by glider pilots in Australia (see my side project, "YourFlightLog.com for flight-logging software for paraglider and hang-glider pilots":http://www.yourflightlog.com, from which the Morning Glory plugin was originally extracted). Copyright (c) 2010 "@AdamBurmister":http://twitter.com/adamburmister/, released under the MIT license
Contentful API wrapper library exposing an ActiveRecord-like interface
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