213 skills found · Page 8 of 8
GPL-Live / StreamSample configuration files to make a multi-stream broadcast to Youtube, Twitch, Facebook and a custom page using Nginx, Webrtc and video.js
BalestraPatrick / PebbleConfigurationExampleA simple Pebble app and a website to demonstrate how to create a configuration page for your app.
sanfrancesco / Prerendercloud NginxNGINX configuration for pre-rendering JavaScript single page apps with https://headless-render-api.com (formerly named prerender.cloud from 2016 - 2022) for SEO and open graph tags
1814liyongbin / Easy Remote MCPThrough page configuration, transform HTTP interfaces into standard MCP-compliant tools and provide an SSE URL accessible directly by the MCP client.
orchy-mfe / Elements ImpaginatorProject used to generate the page configuration of your web components using the `microlc-element-composer` standard
HenkKin / DataAccessClientProvides interfaces for Data Access with IRepository, IUnitOfWork and IQueryableSearcher. Also provides haviorial interfaces for entities like IIdentifiable, ICreatable, IModifiable, ISoftDeletable, ITranslatable and IRowVersioned. Last but not least provides some types for Exceptions and searching capabilities like Filtering, Paging, Sorting and Includes. The IRepostory contains some methods to support cloning based on EntityFrameworkCore configuration.
JPhant / JPhant Java Based Phant LibraryJPhant: Java Library for PHant Access https://github.com/JPhant/JPhant_Java_Based_Phant_Library *** Features *** Fully Configurable (Public/Private/Delete Keys, Fieldnames, BaseURL, ProxyHost & Port, use GET or POST.) Can Handle multiple simultaneous Phant Data Streams in same program. Can use GET or POST (Using POST will encrypt your PrivateKey and Data in transit.) Can Send/Receive any Character 0 through 127 Support for Paging (Data > 50K.) * Add Data using Get or Post Methods (Configurable.) * Get Data in efficient Format: String[][] aaExample = { {"Field1", "Field2"}, {"Value1", "Value2"}... } * (Or Get Data in Raw Formats - Csv, Json, Jsonp.) * Clear all Data * Get Status in efficient Format (a Stats class encapsulating Cap, PageCount, Remaining, and Used.) * (Or Get Status in Raw Formats - Csv, Json, Jsonp.) * Get Rate Limits (Limit, Remaining, Reset - only valid after addData().) * Convert to/from supported Data Structures (String[][] and ArrayList<ArrayList<String>>.) * Smart CSV Extraction (handles embedded Quotes, Commas, Carriage Returns, and Line Feeds.) * Automatic Retries on HTTPConnection Errors (up to 5 retries.) * Can optionally use a ProxyHost and Port (if you're behind a company Firewall/Proxy Server.) ------------------------------------------------------------------------- I'm going to be very busy for the next few months, and can't develop this further. I hereby put this "as is" in the Public Domain, I hope someone will pick it up and run with it. Here is a quick overview... ------------------------------------------------------------------------- To use: 1) --- Initialize --- 1a) Create a class that implements JPhantConfig and enter the appropriate Keys and Fieldnames. (see JPhant_Config_0.java for an example.) 2) --- Configure --- 2a) Instantiate a JPhant instance, for example... JPhant jPhant0 = new JPhant(new JPhant_Config_0()); 3) --- High Level Commands --- 3a) To Clear All data... jPhant0.clear(); 3b) To Add Data (Fieldnames must exactly match Fields Phant Stream was created with... String[][] aasAddData = new String[][] { {"Field1", "Field2"}, {"Value1", "Value2"} }; jPhant0.addData(aasAddData); 3c) To Get Data... String[][] aasGetData = jPhant0.getData(); for(String[] asRow : aasGetData) { for(String sField : asRow) { System.out.print(sField+", "); } System.out.println(); } 3d) To Get Status... jPhant.Stats jpsStats0 = jPhant0.getStatus(); System.out.println("jpsStats0="+jpsStats0.toString()); 3e) To Get Rate Limits... System.out.println("getXRateLimitLimit()="+jPhant0.getXRateLimitLimit()); System.out.println("getXRateLimitRemaining()="+jPhant0.getXRateLimitRemainin()); System.out.println("getXRateLimitReset()="+jPhant0.getXRateLimitReset()); 4) --- Low Level Raw Data Commands --- 4a) To get Data in Raw Format... System.out.println("getData.CSV="+jPhant0.getData(JPhant.Format.csv).replace("\r", "\\r").replace("\n", "\\n")); System.out.println("getData.JSON="+jPhant0.getData(JPhant.Format.json).replace("\r", "\\r").replace("\n", "\\n")); System.out.println("getData.JSONP="+jPhant0.getData(JPhant.Format.jsonp).replace("\r", "\\r").replace("\n", "\\n")); 4b) To get Status in Raw Format... System.out.println("getStatus.CSV="+jPhant0.getStatus(JPhant.Format.csv).replace("\r", "\\r").replace("\n", "\\n")); System.out.println("getStatus.JSON="+jPhant0.getStatus(JPhant.Format.json).replace("\r", "\\r").replace("\n", "\\n")); System.out.println("getStatus.JSONP="+jPhant0.getStatus(JPhant.Format.jsonp).replace("\r", "\\r").replace("\n", "\\n")); ------------------------------------------------------------------------- Phant returns data in CSV Format like... Field1, Field2 Value1, Value2 ... , ... So the most obvious data structure to use is something like... String[][] aaExample = { {"Field1", "Field2"}, {"Value1", "Value2"}... } And the Collection equivalent... ArrayList<ArrayList<String>> alalData = new ArrayList<ArrayList<String>>(); There are functions to support converting to/from String[][] and ArrayList<ArrayList<String>>. toStringArrayListOfStringArrayLists(String[][]) toStringArrayOfStringArrays(ArrayList<ArrayList<String>>) As a convenience, if these two functions are passed null, they return the first element filled in with Fieldnames. You can handle multiple Phant Streams in one program with separate Phant variables and Configurations, like... JPhant jPhant0 = new JPhant(new JPhant_Config_0()); JPhant jPhant1 = new JPhant(new JPhant_Config_1()); ------------------------------------------------------------------------- What isn't working yet... * It should support the entire UTF-8 Character set, but appears to only work for characters 0 through 127. * Has support for Paging when Data > 50K, but doesn't appear to be working as I expected. * I was going to add support for the Timestamp Field that Phant automatically returns. * AddData() only adds the first row of data passed to it, I was going to add Bulk Updates when multiple rows of data are passed in. ------------------------------------------------------------------------- I hope that when this other project that is pulling me away is over, I can get back to this. In the mean time, feel free to develop it as you see fit.
krishnakumarsingh / Angularjs2startSetting Up an Angular 2 Environment Using Typescript, Npm and Webpack PreviousNext This Angular 2 tutorial serves for anyone looking to get up and running with Angular 2 and TypeScript fast. Angular 2 Beta Udemy Last week I’ve read the great Angular 2 book from Ninja Squad. Therefore, I figured it was time to put pen to paper and start building Angular 2 applications using TypeScript. That’s why in this tutorial, we’ll learn how to start an Angular 2 project from scratch and go further by building a development environment with Webpack and more. Getting Started 1. Developing and Building a TypeScript App Let’s start by building our first Angular 2 application using Typescript. First, make sure you have Node.js and npm installed. You can refer to the official website for more information about the installation procedure. Then, install Typescript globally via npm by running the following command in your terminal : 1 2 3 npm install -g typescript Once it is installed, we’ll setup our Typescript project by creating a tsconfig.json file in which we specify the compilation options to use for compiling our project. The typescript NPM module we just installed comes with a compiler, named tsc, that we are going to use for initializing a fresh Typescript project : 1 2 3 4 5 6 7 # Create a new project folder and go inside it mkdir angular2-starter && cd angular2-starter # Generate the Typescript configurations file tsc --init --target es5 --sourceMap --experimentalDecorators --emitDecoratorMetadata Running tsc --init create the tsconfig.json in our project directory, which looks like this : 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 { "compilerOptions": { "target": "es5", "sourceMap": true, "experimentalDecorators": true, "emitDecoratorMetadata": true, "module": "commonjs", "noImplicitAny": false, "outDir": "built" }, "exclude": [ "node_modules" ] } Along with the --init parameter, we passed the following options to the compiler : --target es5 : specify that we want our code to transpile to ECMASCRIPT 5. Thus, it could be run in every browser. --sourceMap : generate source maps files. It helps when debugging ES5 code with the original Typescript code in the chrome devtools. --experimentalDecorators and --emitDecoratorMetadata : allow to use Typescript with decorators. Also notice that options such as module, outDir or rootDir have been added by default. Feel free to read the documentation for more compiler options. So hit npm init in your terminal, and fill in some answers (you can accept the default for all the prompts). Then, install angular2 by running the following command : 1 2 3 npm install --save angular2 You should now have a package.json file that looks like the following: 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 { "name": "angular-starter", "version": "1.0.0", "description": "An Angular 2 Starter kit featuring Angular 2, TypeScript, and Webpack by EloquentWebApp", "main": "index.js", "scripts": { "test": "echo \"Error: no test specified\" && exit 1" }, "author": "Grégory D'Angelo", "license": "ISC", "dependencies": { "angular2": "^2.0.0-beta.17", "es6-shim": "^0.35.1", "reflect-metadata": "^0.1.2", "rxjs": "^5.0.0-beta.6", "zone.js": "^0.6.17" } } As you can see, angular2 comes with the following dependencies : reflect-metadata : used to enable dependency injection through decorators es6-shim and es6-promise : librairies for ES6 compatabilities and support for ES6 Promise rxjs : a set of librairies for reactive programming zone.js : used to implement zones for Javascript, inspired from Dart. Angular 2 uses it to efficiently detect changes The fundamentals settings are now in place. Let’s create our first Angular 2 application. 2. Creating our First Component The first step is to create a Typescript file at the root folder, and name it app.component.ts. Our application itself will be a component. To do so, we’ll use the @Component decorator by importing it from ‘angular2/core‘. That’s all we need to create our Angular 2 component. 1 2 3 4 5 6 import { Component } from 'angular2/core'; @Component() export class AppComponent { } By prefixing the class by this decorator, it tells Angular that this class is an Angular component. In Angular 2, components are a fundamental concept. It is the way we define views and control the logic on the page. Here’s how to do it : 1 2 3 4 5 6 7 8 9 import { Component } from 'angular2/core'; @Component({ selector: 'app', template: '<h1>Hello, Angular2</h1>' }) export class AppComponent { } We passed in a configuration object to the component decorator. This object has two properties : selector and template. The selector is the HTML element that Angular will looking for. Every times it founds one, Angular will instantiate a new instance of our AppComponent class, and place our template. As you may also notice we export our class at the end. This is our first class so we’ll keep it empty for simplicity. 3. Bootstrapping the App Finally, we need to launch our application. For this, we only need two things : the Angular’s browser bootstrap method, and the application root component that we just wrote. To separate the concerns, create a new file, bootstrap.ts, and import the dependencies : 1 2 3 4 5 6 7 8 9 ///<reference path="node_modules/angular2/typings/browser.d.ts" /> import { bootstrap } from 'angular2/platform/browser'; import { AppComponent } from './app.component'; bootstrap(AppComponent) .catch(err => console.log(err)); As you can see, we call the bootstrap method, passing in our component, AppComponent. Moreover, as stated in the CHANGELOG since 2.0.0-beta.6 (2016-02-11) we may need to add the <reference ... /> line at the top of our bootstrap.ts file when using --target=es5. Feel free to check the CHANGELOG for more details. Last but not least, we need to create an index.html file to host our Angular application. Start by pasting the following lines : 1 2 3 4 5 6 7 8 9 10 11 12 <!DOCTYPE html> <html> <head></head> <body> <app>Loading...</app> </body> </html> For now, it’s a very basic HTML file in which we’ve put the selector <app> that corresponds to our application root component. But we need to add 2 more things in order to launch our application. Indeed, we need to rely on a tool to load application and library modules. For now, we’ll use SystemJS as the module loader. We’ll see later in this tutorial how to install and configure Webpack for our Angular 2 project. And finally, we need to include script dependencies in our HTML file. Let’s do it together step by step. First, start by installing SystemJS : 1 2 3 npm install --save systemjs Then, load it statically in the index.html just after angular2-polyfills. angular2-polyfills is essentially a mashup of zone.js and reflect-metadata. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 <!DOCTYPE html> <html> <head> <script src="node_modules/angular2/bundles/angular2-polyfills.js"></script> <script src="node_modules/systemjs/dist/system.js"></script> </head> <body> <app>Loading...</app> </body> </html> Finally, we need to tell SystemJS where is our bootstrap module and where to find the dependencies used in our application (angular2 and rxjs) : 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 <!DOCTYPE html> <html> <head> <script src="node_modules/angular2/bundles/angular2-polyfills.js"></script> <script src="node_modules/systemjs/dist/system.js"></script> <script> System.config({ // we want to import modules without writing .js at the end defaultJSExtensions: true, // the app will need the following dependencies map: { 'angular2': 'node_modules/angular2', 'rxjs': 'node_modules/rxjs' } }); // and to finish, let's boot the app! System.import('built/bootstrap'); </script> </head> <body> <app>Loading...</app> </body> </html> OK! We’re done with the settings and we can now compile and run our application. In order to handle common tasks, include the following npm scripts in the package.json file : 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 { "name": "angular-starter", "version": "1.0.0", "description": "An Angular 2 Starter kit featuring Angular 2, TypeScript, and Webpack by EloquentWebApp", "main": "index.js", "scripts": { "start": "concurrently \"npm run watch\" \"npm run serve\"", "watch": "tsc -w", "serve": "lite-server" }, "author": "Grégory D'Angelo", "license": "ISC", "dependencies": { "angular2": "^2.0.0-beta.11", "es6-promise": "^3.1.2", "es6-shim": "^0.35.0", "reflect-metadata": "^0.1.2", "rxjs": "^5.0.0-beta.2", "systemjs": "^0.19.24", "zone.js": "^0.6.5" }, "devDependencies": { "concurrently": "^2.2.0", "lite-server": "^2.2.2" } } The watch script runs the TypeScript compiler in watch mode. It watches TypeScript files and triggers recompilation on changes. The serve script runs an HTTP server to serve our application, and refresh the browser on changes. I’ve used lite-server for that purpose. Install it via npm : 1 2 3 npm install --save-dev lite-server And, the start run the previous 2 scripts concurrently using the concurrently npm package : 1 2 3 npm install --save-dev concurrently So, run npm start and open your browser to http://localhost:3000. You should now briefly see “Loading…”, and then “Hello, Angular2” should appear. Congratulations! We’ve have just finished the first part of this tutorial. Keep going to see how to set a build system using Webpack for working with TypeScript. Creating a useful project structure and toolchain 1. Project Structure As far, we’ve built a basic Angular 2 application with the minimum required dependencies and tools. In this section, we’ll refactor our project structure to ease the development of more complex Angular 2 applications. By the end of this section, you will be able to build your own starter kit to get up and running with Angular 2 and TypeScript fast. More importantly, you will understand how to structure your project and what each tool is responsible for. Sounds great, isn’t it? Let’s do it! The first step is to revamp the file structure of our project. Here’s how it will look : 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 angular2-starter/ ├──src/ | ├──bootstrap.ts | ├──index.html | ├──polyfills.ts │ │ │ ├──app/ │ │ ├──app.component.ts │ │ └──app.html │ │ │ └──assets/ │ └──css/ │ └──styles.css │ ├──tsconfig.json ├──typings.json ├──package.json │ └──webpack.config.js There are some new files, but don’t worry we will dive into each one of them through this section. What’s important for now, it’s to understand that we’ll use the component approach in our application project. This is a great way to ensure maintainable code by encapsulation of our behavior logic. Hence, each component will live in a single folder with each concern as a file: style, template, specs, e2e, and component class. Before going further let’s reorganize our files as follow : 1 2 3 4 5 6 7 8 9 10 11 12 angular2-starter/ ├──src/ | ├──bootstrap.ts | ├──index.html │ │ │ └──app/ │ └──app.component.ts │ ├──tsconfig.json └──package.json You should also update the path in bootstrap.ts : 1 2 3 4 5 6 7 8 9 ///<reference path="../node_modules/angular2/typings/browser.d.ts" /> import { bootstrap } from 'angular2/platform/browser'; import { AppComponent } from './app/app.component'; bootstrap(AppComponent) .catch(err => console.log(err)); Great! Now it’s time to dive in into Webpack. 2. Installing and Configuring Webpack Webpack will replace SystemJS that we have used until now, as a module loader. If you need an explanation on what is Webpack for, I highly recommand you to take a look at the official documentation. In short, webpack is a module bundler. “It takes modules with dependencies and generates static assets representing those modules“. Start with installing webpack, webpack-dev-server, and the webpack plugins locally, and save them as project dependencies : 1 2 3 4 5 6 7 8 9 10 # First, remove SystemJS. We don't need it anymore. npm uninstall --save systemjs # Then, install Typescript locally npm install --save typescript # Finally, install webpack npm install --save-dev webpack webpack-dev-server html-webpack-plugin copy-webpack-plugin Now, let’s configure Webpack for our development workflow. For this purpose we’ll create a webpack.config.js. Add the following settings in your config file : 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 var path = require('path'); var webpack = require('webpack'); var CopyWebpackPlugin = require('copy-webpack-plugin'); var HtmlWebpackPlugin = require('html-webpack-plugin'); var ENV = process.env.ENV = 'development'; var HOST = process.env.HOST || 'localhost'; var PORT = process.env.PORT || 8080; var metadata = { host: HOST, port: PORT, ENV: ENV }; /* * config */ module.exports = { // static data for index.html metadata: metadata, // Emit SourceMap to enhance debugging devtool: 'source-map', devServer: { // This is required for webpack-dev-server. The path should // be an absolute path to your build destination. outputPath: path.join(__dirname, 'dist') }, // Switch loaders to debug mode debug: true, // Our angular app entry: { 'polyfills': path.resolve(__dirname, "src/polyfills.ts"), 'app': path.resolve(__dirname, "src/bootstrap.ts") }, // Config for our build file output: { path: path.resolve(__dirname, "dist"), filename: '[name].bundle.js', sourcemapFilename: '[name].map' }, resolve: { // Add `.ts` and `.tsx` as a resolvable extension. extensions: ['', '.ts', '.tsx', '.js'] }, module: { loaders: [ // Support for .ts files { test: /\.tsx?$/, loader: 'ts-loader', include: [ path.resolve(__dirname, "./src") ] }, // Support for .html as raw text { test: /\.html$/, loader: 'raw-loader', exclude: [ path.resolve(__dirname, "src/index.html") ] } ] }, plugins: [ // Copy static assets to the build folder new CopyWebpackPlugin([{ from: 'src/assets', to: 'assets' }]), // Generate the index.html new HtmlWebpackPlugin({ template: 'src/index.html' }) ] } The entry specifies the entry files of our Angular application. It will be use by Webpack as the starting point for the bundling process. As you may notice we specify our bootstrap file, but also a new file named polyfills.ts. It will contain all the dependencies needed to run our Angular2 application. Before that, we’ve put those deps directly inside our index.html. They now live in a separate file : 1 2 3 4 5 // polyfills.ts import 'angular2/bundles/angular2-polyfills'; import 'rxjs'; The output tells Webpack what to do after completing the bundling process. In our case, the dist/ directory will be use to output the bundled files named app.bundle.js and polyfills.bundle.js with th following source-map files. The ts-loader is used to transpile our Typescript files that match the defined test regex. In our case it will process all files with a .ts or .tsx extension. The raw-loader is used to support html files as raw text. Hence, we could write our component views in separate files and include them afterward in our components. You need to install them using npm : 1 2 3 npm install --save-dev ts-loader raw-loader The CopyWebpackPlugin is used to copy the static assets into the build folder. Finally, the metadata are used by the HtmlWebpackplugin to generate our index.html file. In the index.html, we use the host and port data to run the webpack dev server in development environment. See how this file has been simplified : 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 <!DOCTYPE html> <html> <head> <link rel="stylesheet" href="./assets/css/styles.css" /> </head> <body> <app>Loading...</app> </body> <% if (webpackConfig.metadata.ENV === 'development') { %> <!-- Webpack Dev Server --> <script src="http://<%= webpackConfig.metadata.host %>:<%= webpackConfig.metadata.port %>/webpack-dev-server.js"></script> <% } %> </html> Feel free to add you own stylesheets files under /src/assets/css as I did with my styles.css file. You should now have a project structured like so : 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 angular2-starter/ ├──src/ | ├──bootstrap.ts | ├──index.html | ├──polyfills.ts │ │ │ ├──app/ │ │ └──app.component.ts │ │ │ └──assets/ │ └──css/ │ └──styles.css │ ├──tsconfig.json ├──package.json │ └──webpack.config.js We need one more thing to be all set up. As mentionned before, we will write the views in separated file. So, create an app.html file and refer to it in your app.components.ts. 1 2 3 4 <!-- app.html --> <h1>Hello, Angular2</h1> 1 2 3 4 5 6 7 8 9 10 // app.component.ts import { Component } from 'angular2/core'; @Component({ selector: 'app', template: require('./app.html') }) export class AppComponent { } Finally, we have to install the node typings definition to be able to require file inside our component as we did for the view. Hence, to do so run the following commands, and complete the tsconfig.json to exclude some files : 1 2 3 4 5 6 7 8 9 10 # Install Typings CLI utility npm install typings --global # Init the typings.json typings init # Install typings typings install env~node --global --save As you can notice in my tsconfig.json file below, there are some extra options that are Atom IDE specific features. Feel free to read the documentation about it: atom-typescript/tsconfig.json. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 { "compilerOptions": { "target": "es5", "sourceMap": true, "experimentalDecorators": true, "emitDecoratorMetadata": true, "module": "commonjs", "noImplicitAny": false, "outDir": "built", "rootDir": "." }, "exclude": [ "node_modules", "typings/main.d.ts", "typings/main" ], "filesGlob": [ "./src/**/*.ts", "!./node_modules/**/*.ts", "typings/browser.d.ts" ], "compileOnSave": false, "buildOnSave": false } If you want to know more about typings read the following pages on Github : Microsoft/TypeScript and typings/typings. Ok! Now it’s time to build and run our application using Webpack. Let’s create some npm scripts to handle those operations. 3. Using npm as a Task Runner We will simply use npm to define and run our tasks : one for the build process, and one for running the development server. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 { "name": "angular2-starter", "version": "1.0.0", "description": "", "main": "index.js", "scripts": { "build:dev": "webpack --progress --colors", "server:dev": "webpack-dev-server --hot --progress --colors --content-base dist/", "start": "npm run server:dev" }, ... } We can now run npm start and visit http://localhost:8080 to see our app running.
fu-sen / CloudflarePages MkDocs📃 MkDocs with ☁ Cloudflare Pages (minimal configuration)
tomafc330 / Cucumber Watir Page Object ExampleThis is a fully functional project with Cucumber, Watir, and the page-object gem. Uses YAML to load in files for configuration
cjpatoilo / DumontDeployment to GitHub Pages. Zero-configuration!
openMF / Mifos X Actionhub Web Publish KmpThis GitHub Action allows you to easily publish a Kotlin Multiplatform (KMP) Web Application to GitHub Pages with minimal configuration.
SilentCoderHere / Aihub Config DataRemote configuration data for AI Hub Android app. Contains domain blocking rules and AI services directory, served via GitHub Pages.
seanpm2001 / Meadows Settings ScreensaverThe screensaver settings page and configuration for the Meadows operating system.
BaseMax / CoursesConfigA php script for parsing an own configuration setting file and generate HTML page archive.
kittyfishfrommars / Grav Skeleton OxygenAll-in-one package containing the core Grav system incl. theme "Oxygen" with sample pages, plugins and configuration + build tools
PixelPartner / USDZerveOnIISHow to add AR Quicklook to web pages. Simple product preview, view your cart as well as product configuration/costumization.
Rebolon / PagerBundleSimple pager for Symfony2. It will help you to display list on different pages. You can use different pager on the same page. And finally, there is a template based on twitter bootstrap css framework. But you can use it as a sample to understand dependancy Injection, configuration management via config.yml, and more like travis-ci integration, composer/composer dependancies and autoloading...
jobelund / Streamlit Activities MenuBuilds an activities sidebar select box menu, i.e. a multi-page app using Streamlit's sidebar selectbox, as an alternative to the pages implementation. The available activities (pages) are read from a yaml file. These activities can be used to create a multi-page allowing easy configuration.
matthewpoer / SuperSweetAdminAdd a few extra configuration options that were left out of the SugarCRM Admin page. You can check out the source code all you want, but you'll find the installable module in SuperSweetAdmin/SuperSweetAdmin_v1.2.zip
