This document provides an overview of using Kendo UI components with Angular. It discusses why one might choose to use Kendo UI, describes some of the main component groups like buttons, charts, dropdowns, grids, layout, popup, dialog, date inputs and inputs. It also covers how to install and configure themes, and how to import, display and handle events of the different components. The document is intended as a guide for developers looking to get started with building applications using Kendo UI and Angular.
Kendo UI is a JavaScript framework that provides 70+ UI widgets, charts, and mobile app tools. It includes everything needed for web and mobile development, such as an application framework, data visualization, and Angular integration. Developers can build responsive web and hybrid mobile apps using the same codebase. Key features include MVVM bindings, templates, and a data source for easy data handling. The framework is free and open source, with commercial offerings for additional widgets and server-side wrappers.
В презентации описаны лучшие практики использования библиотеки React в связке с Redux. Быстрое разворачивание SPA без настройки Webpack и Babel с помощью утилиты Create React App, Smart and Dumb, Stateful and Stateless Components, управление рендером с помощью shouldComponentUpdate, Redux модули, мемоизация и middlewares.
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- website: https://clickky.biz
- blog: https://clickky.biz/blog
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This document provides an overview and introduction to React JS. It discusses that React JS is a JavaScript library developed by Facebook for building user interfaces and reusable UI components. It encourages creation of reusable components that present data that changes over time. The document also covers React JS features, architecture, components, best practices, pros and cons, and provides useful links for examples and environment setup.
React JS is a JavaScript library for building user interfaces. It uses virtual DOM and one-way data binding to render components efficiently. Everything in React is a component - they accept custom inputs called props and control the output display through rendering. Components can manage private state and update due to props or state changes. The lifecycle of a React component involves initialization, updating due to state/prop changes, and unmounting from the DOM. React promotes unidirectional data flow and single source of truth to make views more predictable and easier to debug.
Vue.JS is a progressive JavaScript framework created by Evan You, formerly of Google. It was first released in 2014 and is growing in popularity as an alternative to AngularJS and React. Key features include declarative rendering, dependency tracking for automatic re-renders, and directives for DOM manipulation. Developers can get started by adding Vue to an HTML page or with single file components using tools like Webpack. The documentation provides many examples for building interfaces with directives, conditional rendering, forms, and more. While still smaller than communities for Angular and React, Vue has growing support from companies and an active ecosystem of libraries.
This document provides an introduction to ReactJS, including:
- Why React is simple, declarative, and allows building of composable components
- React's popularity, with over 900,000 downloads in the last month
- How React addresses issues with traditional web development through its use of virtual DOM and componentization
- An example component is demonstrated to show how to: render in JSX, make components dynamic and interactive through props and event handling, access the DOM through refs, and manage state.
Headless CMS. Sitecore JSS getting started, tips and tricksArtsem Prashkovich
This document provides an overview of headless content management and Sitecore JavaScript Services (JSS). It discusses what headless CMS is, what JSS is, and the different approaches for starting a JSS project. It also covers the installation process, application structures, deployment workflows, key features like the layout service and dictionary service, and considerations for multilingual and multi-site implementations.
Kendo UI is a JavaScript framework that provides 70+ UI widgets, charts, and mobile app tools. It includes everything needed for web and mobile development, such as an application framework, data visualization, and Angular integration. Developers can build responsive web and hybrid mobile apps using the same codebase. Key features include MVVM bindings, templates, and a data source for easy data handling. The framework is free and open source, with commercial offerings for additional widgets and server-side wrappers.
В презентации описаны лучшие практики использования библиотеки React в связке с Redux. Быстрое разворачивание SPA без настройки Webpack и Babel с помощью утилиты Create React App, Smart and Dumb, Stateful and Stateless Components, управление рендером с помощью shouldComponentUpdate, Redux модули, мемоизация и middlewares.
More useful info on our:
- website: https://clickky.biz
- blog: https://clickky.biz/blog
Sign up!
This document provides an overview and introduction to React JS. It discusses that React JS is a JavaScript library developed by Facebook for building user interfaces and reusable UI components. It encourages creation of reusable components that present data that changes over time. The document also covers React JS features, architecture, components, best practices, pros and cons, and provides useful links for examples and environment setup.
React JS is a JavaScript library for building user interfaces. It uses virtual DOM and one-way data binding to render components efficiently. Everything in React is a component - they accept custom inputs called props and control the output display through rendering. Components can manage private state and update due to props or state changes. The lifecycle of a React component involves initialization, updating due to state/prop changes, and unmounting from the DOM. React promotes unidirectional data flow and single source of truth to make views more predictable and easier to debug.
Vue.JS is a progressive JavaScript framework created by Evan You, formerly of Google. It was first released in 2014 and is growing in popularity as an alternative to AngularJS and React. Key features include declarative rendering, dependency tracking for automatic re-renders, and directives for DOM manipulation. Developers can get started by adding Vue to an HTML page or with single file components using tools like Webpack. The documentation provides many examples for building interfaces with directives, conditional rendering, forms, and more. While still smaller than communities for Angular and React, Vue has growing support from companies and an active ecosystem of libraries.
This document provides an introduction to ReactJS, including:
- Why React is simple, declarative, and allows building of composable components
- React's popularity, with over 900,000 downloads in the last month
- How React addresses issues with traditional web development through its use of virtual DOM and componentization
- An example component is demonstrated to show how to: render in JSX, make components dynamic and interactive through props and event handling, access the DOM through refs, and manage state.
Headless CMS. Sitecore JSS getting started, tips and tricksArtsem Prashkovich
This document provides an overview of headless content management and Sitecore JavaScript Services (JSS). It discusses what headless CMS is, what JSS is, and the different approaches for starting a JSS project. It also covers the installation process, application structures, deployment workflows, key features like the layout service and dictionary service, and considerations for multilingual and multi-site implementations.
Un portal web es una aplicación que provee un punto único de acceso a una variedad de contenido y aplicaciones posiblemente de distintas fuentes. Los portlets son componentes web basados en Java que generan contenido dinámico para los portales y siguen el estándar JSR-168. Los portales usan portlets para agregar y mostrar contenido de manera consistente a través de la integración de aplicaciones diversas.
This document discusses React hooks and how they enhance functional components. It explains that hooks allow functional components to maintain state and lifecycle methods like class components. The key hooks discussed are useState for managing state, useEffect for side effects like data fetching, and useCallback and useMemo for optimization. Custom hooks are also covered as a way to extract reusable logic. Overall, hooks improve on class components by making code more modular, reusable and easier to test.
The document discusses several key technologies for developing Java web applications, including Java Servlet technology, WebWork framework, Spring framework, and Apache Maven build tool. It provides an overview of how each technology addresses common problems like stateless communication, business logic implementation, view generation, and data access overhead. Examples are given showing how WebWork and Spring can be used together with Maven to build a simple "Hello World" application that follows the MVC pattern and leverages dependency injection.
ReactJS is arguably the most popular Javascript framework around for web development today. With more and more teams exploring and adopting React, here is TechTalks presentation elaborating fundamentals of React, in a code along session
18 Invaluable Lessons About ADF-JSF InteractionSteven Davelaar
The document provides 18 lessons about the JSF and ADF Faces page lifecycle. It demonstrates using immediate commands, component binding, subforms, and the af:target tag. Key lessons include: 1) immediate commands skip validation and model update phases; 2) components may not refresh on immediate commands; 3) always use ComponentReference in component binding; 4) subforms can avoid premature validation but have layout issues; 5) the af:target tag simplifies defining validated and refreshed components.
The document discusses React's virtual DOM and how it allows for more efficient DOM updates compared to directly manipulating the real DOM. It explains that the virtual DOM is an in-memory representation of the real DOM that allows React to calculate efficient DOM changes before applying them to the real DOM. This avoids unnecessary re-renders and improves performance. It also describes how React uses a diff algorithm and DOM traversal with breadth-first search to determine the minimal number of operations needed to transform the virtual DOM before updating the real DOM in a batched way.
Mobile Browser Internal (Blink Rendering Engine)Hyungwook Lee
This document discusses the Blink rendering engine used in Chromium and Chrome. It begins with an overview of web browser basics, including the rendering engine flow, DOM, CSS, parsing, and layout/rendering. It then covers the evolution from KHTML to WebKit to Blink. Key aspects of Blink covered include its multi-process architecture with separate browser and renderer processes, inter-process communication (IPC), multi-process resource loading, and the rendering path including software rendering, hardware acceleration using the GPU process, and threaded compositing.
React is a JavaScript library for building user interfaces. It was created by Facebook and is best for building dynamic websites like chat applications. React uses a virtual DOM for efficiently updating the view after data changes. Components are the building blocks of React and can contain state and props. The document provides an example of a simple component class and demonstrates how to add state and props. It also includes links to example code and MicroPyramid's social media profiles.
A university lecture for journalism students -- how to use the canvas element to add graphics and animation to Web pages. Updated April 2014. Basics for beginners. See also https://github.com/macloo/canvas
The document discusses Redux Toolkit, a framework for building Redux applications. It introduces key Redux concepts like actions, reducers, and middleware. It explains how Redux Toolkit simplifies Redux setup with utilities like thunk and Immer.js. It demonstrates Redux Toolkit APIs like configureStore, createAction, createReducer, and createSlice that generate action creators and reducer logic to update state in response to actions.
Introduction to lightning web component Sudipta Deb ☁
Kitchener, CA Developer Group's online session on "Introduction to Lightning Web Component". In this session, we discussed about basics of web component based development, difference between aura framework & lightning web component, demo.
React is a JavaScript framework used for building user interfaces. It uses components as the building blocks for user interfaces and embraces functional programming principles like immutable data and pure functions. The key aspects of React include JSX which allows writing HTML in JavaScript files, components which are functions that output HTML, and hooks which allow components to interact with state and lifecycle events.
React and its component structure
● What are Hooks?
● React Hooks and their capabilities
● Migrating Your Existing Apps to React Hooks
● Combine Existing React Hooks into New Custom Hooks
● Benefits of using React Hooks
● Best Practices
- React is a JavaScript library for building user interfaces that uses a virtual DOM for faster re-rendering on state changes.
- Everything in React is a component that can have states, props, and lifecycle methods like render(). Components return JSX elements.
- Props are used for passing data to components in a unidirectional flow, while states allow components to re-render on changes.
- The render() method returns the view, accessing props and state values. Forms and events also follow React conventions.
This document contains a list of questions and answers related to Siebel certification exams. It covers topics like Siebel applications, configuration, and administration. Some key points:
- Siebel eConfigurator, ePricer, and eAdvisor are collectively known as the Interactive Selling Suite.
- The easiest way to change a contact's phone number is to find their record and update the number directly.
- Business components are used to retrieve data from the database for display in applets like lists and forms.
- Projects must be checked out from the repository before making modifications to ensure no conflicts occur.
Do you hear of Vue.js everywhere lately? With this presentation, you will be able to create your first app in just 30 minutes. Understand the basics and get yourself a solid knowledge to start your journey with the new progressive JavaScript Framework.
Web components consist of three main technologies: HTML template, Shadow DOM, and Custom Elements. They aim to encapsulate reusable code into packages for maximum interoperability across platforms. Creating a web component with Angular involves generating a component, adding ViewEncapsulation.ShadowDom for styling encapsulation, and using the createCustomElement method to define the custom element. The component can then communicate with an Angular project using property binding. Future directions include lit-html for template literals and lit-element as a base class. Theming can be done with CSS Shadow Parts. Overall, web components provide maximum interoperability and Angular supports their creation and use within projects.
This document provides an overview and introduction to Angular 2. It discusses the features of Angular 2 compared to Angular 1, how it is modern, simple and high performance. It then demonstrates some basic templates and data binding syntax in Angular 2 like binding classes, styles, events and forms. It also shows some built-in directives and pipes. It mentions Angular 2 uses TypeScript and tools like webpack. At the end it provides some links to slides and video for learning more about Angular 2.
Un portal web es una aplicación que provee un punto único de acceso a una variedad de contenido y aplicaciones posiblemente de distintas fuentes. Los portlets son componentes web basados en Java que generan contenido dinámico para los portales y siguen el estándar JSR-168. Los portales usan portlets para agregar y mostrar contenido de manera consistente a través de la integración de aplicaciones diversas.
This document discusses React hooks and how they enhance functional components. It explains that hooks allow functional components to maintain state and lifecycle methods like class components. The key hooks discussed are useState for managing state, useEffect for side effects like data fetching, and useCallback and useMemo for optimization. Custom hooks are also covered as a way to extract reusable logic. Overall, hooks improve on class components by making code more modular, reusable and easier to test.
The document discusses several key technologies for developing Java web applications, including Java Servlet technology, WebWork framework, Spring framework, and Apache Maven build tool. It provides an overview of how each technology addresses common problems like stateless communication, business logic implementation, view generation, and data access overhead. Examples are given showing how WebWork and Spring can be used together with Maven to build a simple "Hello World" application that follows the MVC pattern and leverages dependency injection.
ReactJS is arguably the most popular Javascript framework around for web development today. With more and more teams exploring and adopting React, here is TechTalks presentation elaborating fundamentals of React, in a code along session
18 Invaluable Lessons About ADF-JSF InteractionSteven Davelaar
The document provides 18 lessons about the JSF and ADF Faces page lifecycle. It demonstrates using immediate commands, component binding, subforms, and the af:target tag. Key lessons include: 1) immediate commands skip validation and model update phases; 2) components may not refresh on immediate commands; 3) always use ComponentReference in component binding; 4) subforms can avoid premature validation but have layout issues; 5) the af:target tag simplifies defining validated and refreshed components.
The document discusses React's virtual DOM and how it allows for more efficient DOM updates compared to directly manipulating the real DOM. It explains that the virtual DOM is an in-memory representation of the real DOM that allows React to calculate efficient DOM changes before applying them to the real DOM. This avoids unnecessary re-renders and improves performance. It also describes how React uses a diff algorithm and DOM traversal with breadth-first search to determine the minimal number of operations needed to transform the virtual DOM before updating the real DOM in a batched way.
Mobile Browser Internal (Blink Rendering Engine)Hyungwook Lee
This document discusses the Blink rendering engine used in Chromium and Chrome. It begins with an overview of web browser basics, including the rendering engine flow, DOM, CSS, parsing, and layout/rendering. It then covers the evolution from KHTML to WebKit to Blink. Key aspects of Blink covered include its multi-process architecture with separate browser and renderer processes, inter-process communication (IPC), multi-process resource loading, and the rendering path including software rendering, hardware acceleration using the GPU process, and threaded compositing.
React is a JavaScript library for building user interfaces. It was created by Facebook and is best for building dynamic websites like chat applications. React uses a virtual DOM for efficiently updating the view after data changes. Components are the building blocks of React and can contain state and props. The document provides an example of a simple component class and demonstrates how to add state and props. It also includes links to example code and MicroPyramid's social media profiles.
A university lecture for journalism students -- how to use the canvas element to add graphics and animation to Web pages. Updated April 2014. Basics for beginners. See also https://github.com/macloo/canvas
The document discusses Redux Toolkit, a framework for building Redux applications. It introduces key Redux concepts like actions, reducers, and middleware. It explains how Redux Toolkit simplifies Redux setup with utilities like thunk and Immer.js. It demonstrates Redux Toolkit APIs like configureStore, createAction, createReducer, and createSlice that generate action creators and reducer logic to update state in response to actions.
Introduction to lightning web component Sudipta Deb ☁
Kitchener, CA Developer Group's online session on "Introduction to Lightning Web Component". In this session, we discussed about basics of web component based development, difference between aura framework & lightning web component, demo.
React is a JavaScript framework used for building user interfaces. It uses components as the building blocks for user interfaces and embraces functional programming principles like immutable data and pure functions. The key aspects of React include JSX which allows writing HTML in JavaScript files, components which are functions that output HTML, and hooks which allow components to interact with state and lifecycle events.
React and its component structure
● What are Hooks?
● React Hooks and their capabilities
● Migrating Your Existing Apps to React Hooks
● Combine Existing React Hooks into New Custom Hooks
● Benefits of using React Hooks
● Best Practices
- React is a JavaScript library for building user interfaces that uses a virtual DOM for faster re-rendering on state changes.
- Everything in React is a component that can have states, props, and lifecycle methods like render(). Components return JSX elements.
- Props are used for passing data to components in a unidirectional flow, while states allow components to re-render on changes.
- The render() method returns the view, accessing props and state values. Forms and events also follow React conventions.
This document contains a list of questions and answers related to Siebel certification exams. It covers topics like Siebel applications, configuration, and administration. Some key points:
- Siebel eConfigurator, ePricer, and eAdvisor are collectively known as the Interactive Selling Suite.
- The easiest way to change a contact's phone number is to find their record and update the number directly.
- Business components are used to retrieve data from the database for display in applets like lists and forms.
- Projects must be checked out from the repository before making modifications to ensure no conflicts occur.
Do you hear of Vue.js everywhere lately? With this presentation, you will be able to create your first app in just 30 minutes. Understand the basics and get yourself a solid knowledge to start your journey with the new progressive JavaScript Framework.
Web components consist of three main technologies: HTML template, Shadow DOM, and Custom Elements. They aim to encapsulate reusable code into packages for maximum interoperability across platforms. Creating a web component with Angular involves generating a component, adding ViewEncapsulation.ShadowDom for styling encapsulation, and using the createCustomElement method to define the custom element. The component can then communicate with an Angular project using property binding. Future directions include lit-html for template literals and lit-element as a base class. Theming can be done with CSS Shadow Parts. Overall, web components provide maximum interoperability and Angular supports their creation and use within projects.
This document provides an overview and introduction to Angular 2. It discusses the features of Angular 2 compared to Angular 1, how it is modern, simple and high performance. It then demonstrates some basic templates and data binding syntax in Angular 2 like binding classes, styles, events and forms. It also shows some built-in directives and pipes. It mentions Angular 2 uses TypeScript and tools like webpack. At the end it provides some links to slides and video for learning more about Angular 2.
Architecture for scalable Angular applications (with introduction and extende...Paweł Żurowski
Architecture for applications that scales. It uses redux pattern and ngrx implementation with effects and store.
It's refreshed (but still 2+) presentation from my inner talk for colegues.
It's refreshed again and extended by quick and dirty introduction to Angular with verbose example.
This document provides an overview of Angular 2 for Java developers. It discusses that Angular 2 is a complete rewrite of AngularJS with a focus on components, better performance, and streamlined dependency injection. It also covers key aspects of Angular 2 like project structure, templates, data binding, dependency injection, routing, and use of reactive programming with RxJS. Sample code examples are provided to demonstrate concepts like components, services, dependency injection, routing, and use of observables.
End to end todo list app with NestJs - Angular - Redux & Redux SagaBabacar NIANG
The document discusses building a todo list application using NestJS for the backend API, Angular for the frontend, and Redux/Redux Saga for state management. It provides an overview of setting up the NestJS API including creating modules, services, and connecting to MongoDB. It then covers generating the initial Angular application and importing Redux libraries. Finally, it details how to manage application state with Redux including creating actions, reducers, effects, and selectors and integrating them with the Angular application and NestJS services.
Angular 2 is the next version of the AngularJS framework. It was released in 2016 after 2 years of development. Some key features of Angular 2 include optimized performance for both desktop and mobile applications, ahead of time compilation for faster loading, and native support for reactive programming. The document then provides examples of core Angular concepts like components, directives, services, dependency injection and change detection. It explains how Angular 2 applications are bootstrapped and discusses some of the internal workings like the change detection engine.
Maciej Treder "Server-side rendering with Angular—be faster and more SEO, CDN...Fwdays
Are you ready for production? Are you sure? Is your application prefetchable? Is it readable for search engine robots? Will it fit into Content Delivery Network? Do you want to make it even faster? Meet the Server-Side Rendering concept. Learn how to implement it in your application and gain knowledge about best practices, such as transfer state and route resolving strategies.
Kasper Reijnders will give a presentation on building web applications with Angular. The presentation will cover an introduction to Angular, including versions 1.x, 2.x and the next version 4.x. It will demonstrate key Angular concepts like components, modules, inputs/outputs, services, pipes and directives. Code examples will be provided to illustrate how to build components, modules, handle inputs/outputs with services, and use templates.
Паразитируем на React-экосистеме (Angular 4+) / Алексей Охрименко (IPONWEB)Ontico
The document discusses how Angular components can "parasitize" the React ecosystem. It begins by providing code examples of basic Angular component creation. It then explores terminology related to parasitism and parasitoids. Various approaches for communicating between Angular components using services, properties, and Redux are presented. The document also discusses ideas for libraries that could help convert React components to Angular. It covers tools and patterns for state management in Angular like Redux and MobX. Finally, it discusses how Angular components could potentially "parasitize" the React ecosystem in both helpful and harmful ways.
This document provides an overview of Angular 2 and Rxjs. Some key points covered include:
- Angular 2 is backed by Google and designed to be faster and more memory efficient than Angular 1. It uses TypeScript and focuses on components.
- Bootstrapping, modules, directives, bindings and pipes work differently in Angular 2 compared to Angular 1 with fewer overall concepts.
- Observables and operators from Rxjs allow for asynchronous programming and composing asynchronous operations. Common operators like map, filter and flatMap are discussed.
- Services can be used to share data between components. Components follow a lifecycle with hooks like ngOnInit and ngOnDestroy.
-
Stencil the time for vanilla web components has arrivedGil Fink
This document discusses how Stencil can help address problems with building web applications using traditional frameworks and libraries. Stencil is a compiler that generates custom elements from components written with its API, providing features like virtual DOM, reactivity, and JSX without coupling to a specific framework. It addresses issues like verbose custom element syntax, lack of runtime features, and polyfill needs. The document demonstrates how to create and consume Stencil components, and how it allows infrastructure components to be reused across frameworks by compiling to standard web components.
Angular server side rendering - Strategies & Technics Eliran Eliassy
Server Side Rendering (SSR) involves running and serving an Angular application from the server. This provides benefits like fast initial loading, SEO/crawlability since search engines can't run JavaScript. The document discusses SSR strategies like partial rendering and avoiding duplicate requests. It also covers challenges like unsupported features and outlines steps to implement SSR like generating a Universal module and rendering on the server with Express. SSR can improve performance but requires more complex setup and deployment.
The aim of these series is exploring Angular 2 and it's amazing features. with the simplest way and the meaningful examples and labs to be practiced. Good Luck in Exploring :D
Maciej Treder ''Angular Universal - a medicine for the Angular + SEO/CDN issu...OdessaJS Conf
Are you ready for production? Are you sure? Is your application prefetchable? Is it readable for search engine robots? Will it fit into Content Delivery Network? Do you want to make it even faster? Meet the Server-Side Rendering concept. Learn how to bring first meaningful paint immediately, work with server-side Angular code, optimize API calls and more!
All about the capstone project that i gave the whole code in this projecy to discover all the things in my capstone
All about the capstone project that i gave the whole code in this projecy to discover all the things in my capstone
All about the capstone project that i gave the whole code in this projecy to discover all the things in my capstone
Analytics Metrics delivery and ML Feature visualization: Evolution of Data Pl...Chester Chen
GoPro’s camera, drone, mobile devices as well as web, desktop applications are generating billions of event logs. The analytics metrics and insights that inform product, engineering, and marketing team decisions need to be distributed quickly and efficiently. We need to visualize the metrics to find the trends or anomalies.
While trying to building up the features store for machine learning, we need to visualize the features, Google Facets is an excellent project for visualizing features. But can we visualize larger feature dataset?
These are issues we encounter at GoPro as part of the data platform evolution. In this talk, we will discuss few of the progress we made at GoPro. We will talk about how to use Slack + Plot.ly to delivery analytics metrics and visualization. And we will also discuss our work to visualize large feature set using Google Facets with Apache Spark.
The document discusses different ways to deploy BIRT (Business Intelligence and Reporting Tools) including:
- Using the Design Engine, Report Engine, and Chart Engine APIs to build custom applications
- Deploying the BIRT viewer plugin within a web or desktop application
- Deploying a custom servlet that calls the BIRT APIs to generate reports
- Deploying BIRT as a standalone RCP (Rich Client Platform) application
Learn all the essentials of building Angular 2 applications right here.
https://www.udemy.com/angular-2-training/?couponCode=UANGULAR2
This is a beginner level course aimed at those new to Angular 2 and Typescript. No previous knowledge of either is required before starting this course.
This course combines slides, projects and quizzes in a clear, concise and engaging way to guide you through the core concepts of Angular 2 and Typescript.
You will gain a solid foundation for building real-world applications following best practices and the Angular 2 style guide. This includes how to build components, create shared services, navigate between views, manage data, and managing user and system events.
This document provides an overview of Azure SignalR, which enables real-time functionality over HTTP without polling. It discusses how Azure SignalR works by establishing a connection between clients and the Azure SignalR service to send and receive messages. The document also covers when Azure SignalR should be used, the runtimes it supports, how to set up a serverless architecture with Azure Functions, and how billing works based on outbound messages.
The document provides instructions for building a basic space shooter game using JavaScript and canvas. It demonstrates how to load assets like images, handle input events from keyboard keys to control player movement, create enemy objects that move across the screen, detect collisions between lasers and enemies, and add game states to track lives and score. The game loop redraws the game objects on an interval to animate their movement. Event handling is implemented through an event emitter to avoid messy code. The final sections provide a demo of the moving game elements and lasers firing, along with tips for continuing to learn game development.
Programming a game involves several phases: setup, running the game, listening for user input and enemy movement, handling world events, and tracking state changes. It is like following a recipe by defining variables for data like eggs and sugar, and functions for actions like whisking and baking. JavaScript and Canvas allow drawing on a web page, like loading an image for a player ship and painting a background. The next step is adding movement to the space game.
This document discusses elements that make games engaging as well as mechanics that can be used to design games. A good game is amusing, fun, and challenging for the player. It provides a goal for the player to work towards, such as winning a race or collecting points, and introduces opponents, whether computer-controlled enemies or other human players. Common game mechanics include actions the player can take, characters like avatars and enemies, an interactive environment, and challenges like avoiding enemies or finding hidden areas. Examples discussed are classic games like Super Mario 3, Galaga, and Quake to illustrate different mechanics like movement, shooting, jumping, and collecting items or defeating bosses. The document encourages designing new games using a tool like MakeCode Arc
The document discusses infrastructure as code using ARM templates on Azure. ARM templates allow infrastructure to be defined in code and treated like application code in version control. Key points covered include:
- ARM templates are JSON files that define Azure resources and deployment parameters
- Templates support parameters, variables, functions and outputs to define flexible and repeatable deployments
- Common elements like resources, properties, and tags can be authored in templates
- Templates are deployed via tools like Powershell or Azure CLI to create the defined infrastructure
Svelte is a compiler that optimizes code by avoiding unnecessary updates. It allows building standalone components without dependencies on frameworks. Svelte compiles code to plain JavaScript that can run anywhere. Key features include bindings that sync state between components and templates, reusable components, and directives like if/else and each that control the template.
This document discusses open-source software (OSS) and provides examples of commonly used OSS tools and frameworks. It defines OSS as software with source code released under an open-source license allowing users to study, change and distribute the software. Examples of widely used OSS projects mentioned include RxJS, NestJS, Ngrx, AngularFire, Nx, and Ionic. The document also discusses how developers can contribute to OSS projects through code contributions, funding, or other support and the challenges faced by OSS maintainers.
Schematics allow developers to define rules that transform a file system tree representation. They provide a workflow tool for scaffolding new components and services as well as updating existing code. The Angular CLI uses schematics under the hood to provide its functionality. Developers can build their own schematics to customize workflows by defining rules that apply transformations to a tree representation of files.
This document provides an overview of design thinking. It discusses how design thinking is an iterative process that involves empathizing with users, defining problems from the user's perspective, ideating solutions, prototyping ideas, and testing prototypes. Rather than taking problems at face value, design thinking challenges assumptions to reframe problems in a human-centered way. It encourages exploring unknown aspects of problems and generating alternative solutions. The document provides examples of how well-known problems could be viewed more broadly and solved innovatively using a design thinking approach focused on user needs rather than predefined solutions.
This document discusses strategies for overcoming imposter syndrome as a developer. It recommends practicing coding through challenges, open source contributions, and side projects to build unconscious competence. Communication skills like writing and public speaking can help clarify thinking. Changing one's mindset to believe in their ability to learn and solve problems is important. Ultimately, developers must choose to spend hours practicing and deciding how great they want to become.
Vue and Vuex allow you to build interactive web applications. The document discusses Vue basics like creating components, passing data between components using props and events, and routing between multiple pages. It also covers more advanced topics such as validating component inputs, watching for data changes, and using route parameters and query strings.
NGRX provides tools for implementing Redux patterns in Angular applications. The key components are:
- The Store holds the single source of truth application state as plain JavaScript objects and uses reducers to immutable update state in response to actions.
- Actions describe state changes and are dispatched to the Store which passes them to reducers. Reducers pure functions that return new state.
- Selectors allow slices of state to be accessed.
- Additional libraries provide debugging with devtools, routing integration, side effect handling, and entity management functionality. Files can be organized by domain or feature module.
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Monitoring and observability aren’t traditionally found in software curriculums and many of us cobble this knowledge together from whatever vendor or ecosystem we were first introduced to and whatever is a part of your current company’s observability stack.
While the dev and ops silo continues to crumble….many organizations still relegate monitoring & observability as the purview of ops, infra and SRE teams. This is a mistake - achieving a highly observable system requires collaboration up and down the stack.
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Kendoui
1. Kendo UI with Angular
Chris Noring
Digital McKinsey
@chris_noring
2. Why should I care
You are on a time crunch in a dev project
Some functionality you need is hard to write
You might not be a backend and frontend ninja
You want to focus on solving
business problems over tech problems
You need tech support for bugs, or specific features
3. Component package
overview
Free component packages
Onsen
Angular Material
Bootstrap
Simpler apps
Packages that cost money
Infragistics
KendoUI
AG-grid
When I need more
functionality
Ready made themes
1495 - 1995 $
899 $
495-795$
Best grid, but just a grid!
5. What we want from a
component frameworks
Input controls, date, numbers etc..
Themes
Graphs
Exports like Excel, PDFs
Custom drawing?
Maps
6. How to work with Kendo UI -
workflow
Install a theme
Install the npm library you need
Import the correct component modules
Use the components you need
11. Buttons
Button, a normal button
ButtonGroup, buttons belonging to same context
perform action
show selection
carry out
action
SplitButton
DropDownButton, popup list with action items
carry out action
12. Install & Usage
Buttons
npm install --save
@progress/kendo-angular-buttons
@progress/kendo-angular-l10n
@angular/animations
@NgModule({
imports : [ ButtonsModule ]
})
export class SomeModule {}
import { ButtonsModule } from '@progress/kendo-angular-buttons';
All buttons
@NgModule({
imports : [ ButtonModule ]
})
export class SomeModule {}
import { ButtonModule } from '@progress/kendo-angular-button'; Specific button
13. Buttons
Display buttons
@Component({
selector: 'buttons-example',
template: `
<div>
<button kendoButton [icon]="'refresh'">Default button</button>
// Image icon
<button kendoButton [imageUrl]="'https://demos.telerik.com/kendo-ui/content/shared/icons/sports/
snowboarding.png'">Snowboarding</button>
// FontAwsome icon
<link rel="stylesheet" href="https://maxcdn.bootstrapcdn.com/font-awesome/4.5.0/css/font-awesome.min.css"
<button kendoButton [iconClass]="'fa fa-key fa-fw'">Button</button>
</div>
`
})
export class ButtonsExampleComponent implements OnInit {
constructor() { }
ngOnInit() { }
}
Built in Kendo icons
Point out url
Point out CSS class,
ex font-awesome
14. Buttons with Ripple effect,
i.e Material Look and Feel
import { RippleModule } from '@progress/kendo-angular-ripple';
@NgModule({
imports: [
RippleModule
]
})
export class AppModule {
}
npm install @progress/kendo-angular-ripple
<div kendoRippleContainer>
<link rel="stylesheet" href="https://maxcdn.bootstrapcdn.com/font-awesome/4.5.0/css/font-awesome.min.css">
<button kendoButton [iconClass]="'fa fa-key fa-fw'">Button</button>
</div>
15. Charts
Sparkline
Small chart without axis, legends, coordinates, titles etc..
Line, Bar, Column, Area, Pie, Bullet
StockChart
Made especially for visualising price movement
of any financial instrument over time
Chart, so many types supported
Area, Bar, Box Plot, Bubble, Bullet, Donut,
Funnel, Line, Pie, Polar, Radar, RangeArea,
RangeBar, Scatter, Waterfall
39. Install & usage
Date inputs
npm install --save
@progress/kendo-angular-dateinputs
@progress/kendo-angular-intl
@progress/kendo-angular-l10n
@angular/animations
import { DateInputsModule } from '@progress/kendo-angular-dateinputs';
@NgModule({
bootstrap: [AppComponent],
imports: [DateInputsModule]
})
export class AppModule {}
All DateInputs
import { CalendarModule } from '@progress/kendo-angular-dateinputs';
@NgModule({
bootstrap: [AppComponent],
imports: [CalendarModule]
})
export class AppModule {}
Specific DateInput
40. Display date inputs
Date inputs
import { Component, OnInit } from '@angular/core';
@Component({
selector: 'date-input-example',
template: `
<kendo-calendar [disabled]="true"></kendo-calendar>
`
})
export class DateInputsExampleComponent implements OnInit {
constructor() { }
ngOnInit() { }
}
Possible to set
in disabled state
41. Date inputs
import { Component, OnInit } from '@angular/core';
@Component({
selector: 'date-input-example',
template: `
<kendo-calendar [disabled]="true"></kendo-calendar>
<kendo-calendar [focusedDate]="focusedDate" ></kendo-calendar>
<kendo-calendar [value]="value"></kendo-calendar>
`
})
export class DateInputsExampleComponent implements OnInit {
public focusedDate: Date = new Date(2017, 11, 10);
public value: Date = new Date(2017, 11, 10);
constructor() { }
ngOnInit() { }
}
Open calendar in the right week
Select a specific day
54. Kendo drawing
Offers a simple object model for building and manipulating
visual scenes.
The scenes can be rendered as SVG and PDF documents,
Canvas elements, and PNG images
Our own graphics lib,
lots of Kendo components
use this one under the hood
56. Kendo drawing
import { drawScene } from './draw-scene';
@Component({
selector: 'my-app',
template: `
<div #surface></div>
`
})
export class AppComponent implements AfterViewInit, OnDestroy {
@ViewChild('surface')
private surfaceElement: ElementRef;
private surface: Surface;
public ngAfterViewInit(): void {
drawScene(this.createSurface());
}
public ngOnDestroy() {
this.surface.destroy();
}
private createSurface(): Surface {
// Obtain a reference to the native DOM element of the wrapper
const element = this.surfaceElement.nativeElement;
// Create a drawing surface
this.surface = Surface.create(element);
Define a surface element
Draw scene
57. Kendo drawing
export function drawScene(surface: Surface) {
// This rectangle defines the image position and size
const imageRect = new Rect(
new Point(5, 5),
new Size(50, 50)
);
// Create the image
const imageUrl = `http://www.telerik.com/kendo-angular-ui/components/drawing/images/diego.jpg`;
const image = new Image(imageUrl, imageRect);
// Create the text
const text = new Text(
"Diego Roel",
new Point(60, 25),
{ font: "bold 15px Arial" }
);
// Place all the shapes in a group
const group = new Group();
group.append(image, text);
// Translate the group
group.transform(
transform().translate(50, 50)
);
// Render the group on the surface
surface.draw(group);
Draw image
Draw text
Move to position
Create group and
append objects to it
Draw the group on the surface
58. Summary
Consider if in a time crunch with a project
Has three themes + you can create your own
Supports everything from UI components to
Data Query and exports like Excel + PDF
Even helps with posting, deleting files against a backend
Even helps with posting, deleting files against a backend
There is more like internationalization,
ton of more controls, GO EXPLORE