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Angular wikipedia смотреть последние обновления за сегодня на .
Vlad and mother spent all day together: in a cafe, toy store, pet store. Vlad teases animals, champs loudly, runs around in the store, and his mother tells him how to behave. In the Outdoor playground at the end of the day, kids can do whatever whey want. Please Subscribe! VLAD Instagram - 🤍 NIKITA Instagram - 🤍
You will be able to learn how to integrate API to the angular app and how data binding works in angular. If you want to know something more about the app leave down the comment below. Github Link: - 🤍 Completed App Link:- 🤍
Children really want to have a pet. Elephants, tigers, rhino and monkeys are not pets. Mom buys fish for children, Vlad and Nikita are very happy. Please Subscribe! VLAD Instagram - 🤍 NIKITA Instagram - 🤍
🤍 #angularprojectwithwebapi
A collection of funny videos in which Vlad and Nikita can not share their toys. Mom teaches children to play together. Please Subscribe! VLAD Instagram - 🤍 NIKITA Instagram - 🤍
Vlad and Nikita can not share their toys. Mom helps children and finds a way to divide the toys in half. Please Subscribe! VLAD Instagram - 🤍 NIKITA Instagram - 🤍
Angular framework, rxjs, services, interceptor, guards, interfaces, router, api, typescript, material ui ux
In this Angular tutorial, we build use the Wikipedia API to build a search application with pagination functionality. We made use of some Angular inbuilt functions like: - The Forms Module - Http Client Module - Ng for and Ng if directives - Dependency injection and so much more... We also designed the page using bootstrap 5. As we all know, Wikipedia is a free online encyclopedia, created and edited by volunteers around the world and hosted by the Wikimedia Foundation. Chapters 0:00 - Introduction and project preview 03:54 - Page design with bootstrap 5 06:28 - Overview of the Wikipedia API 08:15 - Generate Angular Service and Create the REST API 12:18 - Display the data coming from the service in our component view 22:18 - Add Pagination 27:28 - Outro Topic Angular Search App using the Wikipedia API with Pagination Wikipedia API Doc: 👉🤍 Source Code: 👉🤍 Join my telegram community: 👉 🤍 For more resources on Web Development: 👉 🤍 Follow Me on Twitter: 👉 🤍 Leave a like and subscribe for more awesome tutorials. Thanks a lot for watching ❤
#angular #APIWikipedia #angular13 En este tutorial hemos hecho un buscador con la API de Wikipedia. Utilizamos Angular 13, y principalmente mucha programación reactiva. La mejor manera de aprender es haciendo proyectos. Y en esta ocasión creamos un buscador de artículos con la API de Wikipedia. 🔍 🔖 Temario consumiendo API de Wikipedia: . 0:00:00 Intro Tutorial . 0:01:03 Analizamos la API Wikipedia . 0:02:07 Creamos proyecto de Angular 13 . 0:03:17 Creamos el módulo de Search . 0:06:44 Modificamos el app.component . 0:08:03 Añadimos estilos globales . 0:11:42 Estilos para el formulario . 0:13:40 Estilos para el app.component . 0:15:23 Creamos service para la API de Wikipedia . 0:23:59 Probamos la petición a la API . 0:25:50 Creamos interfaces . 0:28:30 Usamos el operador pluck de RxJS . 0:30:29 Trabajamos con el Buscador y formularios reactivos en Angular 13 . 0:35:30 Decorador 🤍Output Angular 13 . 0:40:32 Mejoramos el código del Buscador con RxJS . 0:44:51 Generamos la página de articulos . 0:46:36 Decorador 🤍Input Angular 13 . 0:53:22 Estilos para los articulos . 0:55:02 Despedida Se parte de la comunidad dominicode! ¿Quieres acceso exclusivo a nuestro contenido? 🤍 Curso de Angular 9 Udemy: 🤍 📺 Suscríbete al canal: 🤍 📸 Instagram: 🤍 🌎 Website: 🤍 📱 Twitter: 🤍 📝 LinkedIn: 🤍 📂 GitHub: 🤍 🎥 Twitch: 🤍
Learn Angular JS Part 4 - Wikipedia API Support our Community: -Donate: 🤍 -Patreon: 🤍 - Looking for a a Bootcamp check out DevMountain's program where housing is included with the tuition: 🤍 -Savvy - Looking for 1 on 1 Coding help Check out 🤍?ref=bd61d7 -Zero to Developer Course in Weeks 🤍 🤍 🤍 🤍 🤍 Support me and visit my store at: 🤍 Internship, Part-Time, & Full time work for college students and recent grads: 🤍 Fan funding goes towards buying the equipment necessary to deliver 4k videos, 4k webcam, and a high quality microphone better audio. Any support is very appreciated! My channel is here for aspiring programmers to learn easier and help debug any issues from the many great free resources available on the web. Check out my other videos going over HTML, CSS, Ruby, Ruby on Rails, Java, JavaScript, Python, PHP, SQL, Command Line, BootStrap, jQuery, and WordPress from CodeCademy, CodeCombat, FreeCodecamp and more! -~-~~-~~~-~~-~- Please watch: "How I Became a Developer | My Developer Journey of the Last 3 Years | Ask a Dev" 🤍 -~-~~-~~~-~~-~-
Vlad and Nikita ride on a pink Barbie car. The children went on a picnic, where they are waiting for exciting adventures! Please Subscribe! VLAD Instagram - 🤍 NIKITA Instagram - 🤍
Chris and Mom feeding animals and have fun at the farm. Please Subscribe!
Learn how to build an awesome chatbot in Angular using Dialogflow (formerly API.ai). In this video go from brand new app to chatbot in about 10 minutes. 🤍 Dialogflow: 🤍 Angular: 🤍 NLP: 🤍
What are Scalable Vector Graphics 🤏? How are vector images different than raster images? Learn the fundamentals of SVG in 100 seconds! Learn more about web design, SVG, and CSS in this tutorial: 🤍 References: Star Wars Animation 🤍 Path Docs 🤍 #webdev #html #100SecondsOfCode Install the quiz app 🤓 iOS 🤍 Android 🤍 Upgrade to Fireship PRO at 🤍 Use code lORhwXd2 for 25% off your first payment. My VS Code Theme - Atom One Dark - vscode-icons - Fira Code Font
In which Hank just gets really nerdy for a while trying to figure out whether it's possible to encode and decode all 24 TB of Wikipedia onto and from a single QR code. Please feel free to check my math and let me know if I got anything wrong. Minute Physics: How Far Can Legolas See: 🤍 Decoding a QR Code by hand: 🤍 (which does a great job of explaining exactly how QR codes work.) I know I didn't correct for the distortion at the edge of the wide-angle shot, but Henry and I went through the calculation and found that it didn't affect the overall result. Subscribe to our newsletter! 🤍 And join the community at 🤍 🤍 Help transcribe videos - 🤍 John's twitter - 🤍 John's tumblr - 🤍 Hank's twitter - 🤍 Hank's tumblr - 🤍
This is an audio version of the Wikipedia Article: 🤍 00:01:23 1 Units 00:02:01 2 Circular motion 00:02:29 2.1 Oscillations of a spring 00:03:56 2.2 LC circuits 00:04:49 3 See also 00:05:05 4 References and notes 00:05:41 5 External links Listening is a more natural way of learning, when compared to reading. Written language only began at around 3200 BC, but spoken language has existed long ago. Learning by listening is a great way to: - increases imagination and understanding - improves your listening skills - improves your own spoken accent - learn while on the move - reduce eye strain Now learn the vast amount of general knowledge available on Wikipedia through audio (audio article). You could even learn subconsciously by playing the audio while you are sleeping! If you are planning to listen a lot, you could try using a bone conduction headphone, or a standard speaker instead of an earphone. Listen on Google Assistant through Extra Audio: 🤍 Other Wikipedia audio articles at: 🤍 Upload your own Wikipedia articles through: 🤍 "There is only one good, knowledge, and one evil, ignorance." - Socrates SUMMARY = In physics, angular frequency ω (also referred to by the terms angular speed, radial frequency, circular frequency, orbital frequency, radian frequency, and pulsatance) is a scalar measure of rotation rate. It refers to the angular displacement per unit time (e.g., in rotation) or the rate of change of the phase of a sinusoidal waveform (e.g., in oscillations and waves), or as the rate of change of the argument of the sine function. Angular frequency (or angular speed) is the magnitude of the vector quantity angular velocity. The term angular frequency vector ω → {\displaystyle {\vec {\omega }}} is sometimes used as a synonym for the vector quantity angular velocity.One revolution is equal to 2π radians, hence ω = 2 π T = 2 π f , {\displaystyle \omega ={{2\pi } \over T}={2\pi f},} where: ω is the angular frequency or angular speed (measured in radians per second), T is the period (measured in seconds), f is the ordinary frequency (measured in hertz) (sometimes symbolised with ν).
This is an audio version of the Wikipedia Article: 🤍 00:00:51 1 Example 00:01:45 2 Measurements 00:03:36 3 Three dimensions 00:04:32 3.1 Matrix notation 00:05:38 4 Infinitesimal rotation matrices 00:07:32 4.1 Generators of rotations 00:13:38 4.2 Relationship with Lie algebras 00:14:46 4.3 Exponential map 00:15:18 5 See also 00:17:14 6 References 00:17:42 I + A 00:17:46 See also Listening is a more natural way of learning, when compared to reading. Written language only began at around 3200 BC, but spoken language has existed long ago. Learning by listening is a great way to: - increases imagination and understanding - improves your listening skills - improves your own spoken accent - learn while on the move - reduce eye strain Now learn the vast amount of general knowledge available on Wikipedia through audio (audio article). You could even learn subconsciously by playing the audio while you are sleeping! If you are planning to listen a lot, you could try using a bone conduction headphone, or a standard speaker instead of an earphone. Listen on Google Assistant through Extra Audio: 🤍 Other Wikipedia audio articles at: 🤍 Upload your own Wikipedia articles through: 🤍 "There is only one good, knowledge, and one evil, ignorance." - Socrates SUMMARY = Angular displacement of a body is the angle in radians (degrees, revolutions) through which a point revolves around a centre or line has been rotated in a specified sense about a specified axis. When a body rotates about its axis, the motion cannot simply be analyzed as a particle, as in circular motion it undergoes a changing velocity and acceleration at any time (t). When dealing with the rotation of a body, it becomes simpler to consider the body itself rigid. A body is generally considered rigid when the separations between all the particles remains constant throughout the bodys motion, so for example parts of its mass are not flying off. In a realistic sense, all things can be deformable, however this impact is minimal and negligible. Thus the rotation of a rigid body over a fixed axis is referred to as rotational motion.
054 - Angular Momentum In this video Paul Andersen explains rotating object have angular momentum. The angular momentum of a point object is the product of the distant from the center of rotation and the linear momentum. The angular momentum of an extended object is a product of the rotational inertia and the angular velocity. The change in angular momentum is equal to the product of the net torque and the change in time. Do you speak another language? Help me translate my videos: 🤍 Music Attribution Title: String Theory Artist: Herman Jolly 🤍 All of the images are licensed under creative commons and public domain licensing: “Angular Momentum.” Wikipedia, the Free Encyclopedia, September 7, 2014. 🤍 “Bicycle.” Wikipedia, the Free Encyclopedia, September 8, 2014. 🤍 DarKobra. Tango Icon for RocketDock., April 17, 2008. 🤍 🤍 de.wikipedia, Original uploader was Schorschi2 at. Deutsch: Rechte-Daumen-Regel, February 28, 2006. Transferred from de.wikipedia (Original text : Eigene Zeichnung). 🤍 “Introduction to Angular Momentum.” Wikipedia, the Free Encyclopedia, August 24, 2014. 🤍
This is an audio version of the Wikipedia Article: 🤍 00:00:22 1 Technologies 00:00:57 1.1 MET sensors 00:01:57 2 Uses Listening is a more natural way of learning, when compared to reading. Written language only began at around 3200 BC, but spoken language has existed long ago. Learning by listening is a great way to: - increases imagination and understanding - improves your listening skills - improves your own spoken accent - learn while on the move - reduce eye strain Now learn the vast amount of general knowledge available on Wikipedia through audio (audio article). You could even learn subconsciously by playing the audio while you are sleeping! If you are planning to listen a lot, you could try using a bone conduction headphone, or a standard speaker instead of an earphone. Listen on Google Assistant through Extra Audio: 🤍 Other Wikipedia audio articles at: 🤍 Upload your own Wikipedia articles through: 🤍 Speaking Rate: 0.9947146280194815 Voice name: en-US-Wavenet-A "I cannot teach anybody anything, I can only make them think." - Socrates SUMMARY = Angular rate sensors are devices that directly measure angular rate, without integration in conditioning electronics. Gyroscopes also measure angular rate. Generally gyroscopes are able to measure a constant rotation rate, while rate sensors also include devices with a low cut off frequency that is other than zero.
See: 🤍 This explains how cats turn around while having zero net angular momentum during a fall. Cat falling seen from a good angle to see the rotation: 🤍 Cat falling from around the minimal height to turn around. 🤍 Cat in zero-g spins fast for several seconds: 🤍 Falling cat movie from the year 1890: 🤍 A talk at MIT dealing with the falling cat at time 20:30: 🤍
In this video, we take a look at how to keep your components DRY (Don't Repeat Yourself) by using both an inheritance pattern and a composition pattern with services. Get weekly content and tips exclusive to my newsletter: 🤍 Learn Angular with Ionic: 🤍 Source code: ORIGINAL: 🤍 INHERITANCE: 🤍 COMPOSITION 1: 🤍 COMPOSITION 2: 🤍 More resources: - Dependency Inversion: 🤍 - Introduce Inheritance & Object Composition: 🤍 - Code Reuse in Angular with Object Composition & Inheritance: 🤍 0:00 Introduction 1:49 Inheritance 4:08 Composition vs Inheritance 5:13 Composition 9:34 Conclusion #angular #ionic #architecture - More tutorials: 🤍 - Follow me on Twitter: 🤍
This is an audio version of the Wikipedia Article: 🤍 00:00:46 1 Angular velocity of a particle 00:01:59 1.1 Particle in two dimensions 00:02:10 1.2 Particle in three dimensions 00:08:11 1.2.1 Addition of angular velocity vectors 00:10:36 2 Angular velocity vector for a frame 00:14:17 2.1 Components from the vectors of the frame 00:16:01 2.2 Components from Euler angles 00:18:02 3 Angular velocity tensor 00:20:53 3.1 Calculation from the orientation matrix 00:22:12 4 Properties of angular velocity tensors 00:24:59 4.1 Duality with respect to the velocity vector 00:25:32 4.2 Exponential of iW/i 00:26:37 4.3 iW/i is skew-symmetric 00:27:37 4.4 Coordinate-free description 00:30:36 4.5 Angular velocity as a vector field 00:35:34 5 Rigid body considerations 00:36:05 5.1 Consistency 00:44:47 6 See also 00:48:50 7 References Listening is a more natural way of learning, when compared to reading. Written language only began at around 3200 BC, but spoken language has existed long ago. Learning by listening is a great way to: - increases imagination and understanding - improves your listening skills - improves your own spoken accent - learn while on the move - reduce eye strain Now learn the vast amount of general knowledge available on Wikipedia through audio (audio article). You could even learn subconsciously by playing the audio while you are sleeping! If you are planning to listen a lot, you could try using a bone conduction headphone, or a standard speaker instead of an earphone. Listen on Google Assistant through Extra Audio: 🤍 Other Wikipedia audio articles at: 🤍 Upload your own Wikipedia articles through: 🤍 "There is only one good, knowledge, and one evil, ignorance." - Socrates SUMMARY = In physics, the angular velocity of a particle is the rate at which it rotates around a chosen center point: that is, the time rate of change of its angular displacement relative to the origin (i.e. in layman's terms: how quickly an object goes around something over a period of time - e.g. how fast the earth orbits the sun). It is measured in angle per unit time, radians per second in SI units, and is usually represented by the symbol omega (ω, sometimes Ω). By convention, positive angular velocity indicates counter-clockwise rotation, while negative is clockwise. For example, a geostationary satellite completes one orbit per day above the equator, or 360 degrees per 24 hours, and has angular velocity ω = 360 / 24 = 15 degrees per hour, or 2π / 24 ≈ 0.26 radians per hour. If angle is measured in radians, the linear velocity is the radius times the angular velocity, v = r ω {\displaystyle v=r\omega } . With orbital radius 42,000 km from the earth's center, the satellite's speed through space is thus v = 42,000 × 0.26 ≈ 11,000 km/hr. The angular velocity is positive since the satellite travels eastward with the Earth's rotation (counter-clockwise from above the north pole.) In three dimensions, angular velocity is a pseudovector, with its magnitude measuring the rate of rotation, and its direction pointing along the axis of rotation (perpendicular to the radius and velocity vectors). The up-or-down orientation of angular velocity is conventionally specified by the right-hand rule.
This is an audio version of the Wikipedia Article: 🤍 00:00:17 1 Mathematical definition 00:00:55 1.1 Equation of Motion 00:01:59 2 See also Listening is a more natural way of learning, when compared to reading. Written language only began at around 3200 BC, but spoken language has existed long ago. Learning by listening is a great way to: - increases imagination and understanding - improves your listening skills - improves your own spoken accent - learn while on the move - reduce eye strain Now learn the vast amount of general knowledge available on Wikipedia through audio (audio article). You could even learn subconsciously by playing the audio while you are sleeping! If you are planning to listen a lot, you could try using a bone conduction headphone, or a standard speaker instead of an earphone. Listen on Google Assistant through Extra Audio: 🤍 Other Wikipedia audio articles at: 🤍 Upload your own Wikipedia articles through: 🤍 "There is only one good, knowledge, and one evil, ignorance." - Socrates SUMMARY = Angular acceleration is the rate of change of angular velocity. In three dimensions, it is a pseudovector. In SI units, it is measured in radians per second squared (rad/s2), and is usually denoted by the Greek letter alpha (α).
THIS IS TRULY A GLOBE KILLER. Original Video: 🤍 Subscribe to Taboo Conspiracy here: 🤍 Original Video Description: * Update * - One of the globe supporters, Walter Bislin (yeah, I believe he's a hired globe propagandist), countered that the height of the observer is vital to the discussion and provided his website modeling the same. Here's a link to his website: 🤍 I'm about truth and so I unlisted my video as I've been pondering whether I made an error on the subject. I don't believe I have made any errors. Here's why - the photographer was only at a height of 7,142 feet. Grand Tournalin was at a height of 11,086 feet and Mont Blanc was at a height of 15,777 feet. In other words, the photographer was significantly below the peaks. My math is correct that Mont Blanc should be the 63% the height of Grand Tournalin based on apparent (angular) size plus curvature drop. I believe the globe software is erroneous as it shows the peaks at approximately the same height. There's no way the photographer being significantly lower than the peaks would view Mont Blanc at about the same height as Grand Tournalin when Mont Blanc should only be the 63% the height of Grand Tournalin. That globe model seems false based on common sense and anyone is free to disagree. 🤍 🤍 🤍 Angular Size Calculator: 🤍 In the photo, Mont Blanc has a larger actual height of 15,777 feet; while Grand Tournalin has an actual height of 11,086 feet. However, in the photo Mont Blanc looks to be slightly smaller than Grand Tournalin. Is this proof of a globe? Absolutely not! Let's begin with Mont Blanc, with a distance of 122 miles or 644,160 feet and an elevation of 15,777 feet, Mon Blanc has an angular size of 1.4032 Degrees. Grand Tournalin with an elevation of 11,086 feet, at a distance of 82 miles or 432,960 feet, has a slightly larger apparent or angular size of 1.467 degrees. Again, Mont Blanc has an angular size of 1.4032 and Grand Tournalin has a larger angular size of 1.467 degrees. In other words, on the flat earth, Grand Tournalin should appear slightly larger than Mont Blanc just as shown in this photograph. But would happen on a ball earth? Undoubtedly, we must still calculate the angular size of both respective peaks as we just did for the flat earth, but we must then include the drop of curvature in accordance with accepted globe dimensions. The distance from Grignetta, where the photographer was, to Mont Blanc was 122 miles; that's a Curvature drop of 9,923 feet. The distance from Grignetta to the Grand Tournalin was 82 miles; that's a curvature drop of 4,483 feet. You then subtract the two curvature drops to calculate the curvature drop from Grand Tournalin to Mont Blanc from the observer's point of view – that's a difference of 5,440 feet. Therefore, under the globe model, that means that the top of Mont Blanc would have dropped an additional 5,440 feet beyond Grand Tournalin and would then be only 10,337 feet tall with respect to the closer Grand Tournalin at 11,086 feet. This is curvature drop only (not angular size). Based only on the curvature drop, does it look like Grand Tournalin is 749 feet taller than Mont Blanc? Yes, it does and the globe model would appear valid when you only consider curvature drop and that's where the globe shill will want you to stop but that's only halfway. So now, let's figure in the angular size reduction …. I must reiterate, an angular size computation is without question a 100% necessity … objects get apparently smaller with distance … that is a FACT. We're going to include the angular size reduction by calculating a new angular size for the curvature adjusted and shorter Mon Blanc (meanding the Mont Blanc that shrunk to 10,337 feet due to the alleged curvature drop). Adjusted height of Mont Blanc if 15,777 ft minus 5,440 ft which equals 10,337 feet. According to the angular size calculator, the adjusted angular size of Mont Blanc is now 0.91942 degrees Now let's compare the adjusted Mont Blanc angular size with the additional curvature drop with Grand Tournalin. Under the globe model, Mont Blanc should appear 63% the height of Grand Tournalin – 63%. Catch PAUL ON THE PLANE LIVE each week - 9PM EASTERN TUESDAYS only on TruthFrequencyRadio.com (🤍 Twitter: 🤍ItsFlatFolks Email: paul🤍paulontheplane.com
Official Video for "Candyman” by Christina Aguilera Listen to Christina Aguilera: 🤍 Watch more videos by Christina Aguilera: 🤍 Subscribe to the official Christina Aguilera YouTube channel: 🤍 Follow Christina Aguilera Facebook: 🤍 Instagram: 🤍 Twitter: 🤍 TikTok: 🤍 Website: 🤍 Spotify: 🤍 YouTube: 🤍 Ask your voice device to play Christina Aguilera! Lyrics: He's a one-stop shop, makes the panties drop He's a sweet-talkin', sugar-coated Candyman A sweet-talkin', sugar-coated Candyman #ChristinaAguilera #Candyman #OfficialVideo
According to Wikipedia : Angular (commonly referred to as "Angular 2+" or "Angular v2 and above") is a TypeScript-based open-source web application framework led by the Angular Team at Google and by a community of individuals and corporations. Angular is a complete rewrite from the same team that built AngularJS. Use below line of code in command line to install Angular. npm install -g 🤍angular/cli
What is Package.json and Package-lock.json || Angular 8 this my channel please subscribe like and comment any question 🤍 pdf all information of angular 🤍
On est de retours pour les actus du dev du moi de juin. Nous allons parler des dernières mises-à-jour de django. Nous allons aussi parler d'Angular 14, de Github Copilot, d'HTTP/3, d'urllib3 et de l'OpenJS World 2022 Ici quelques liens interessants: Dernières mises à jour pour Django: 🤍 🤍 SSRF: 🤍 LFI, RFI: 🤍 Angular 14 🤍 Etre payer pour contribuer à urllib 3: 🤍 🤍 🤍 OpenJS World: 🤍 🤍 HTTP/3 (QUIC): 🤍 🤍 Github Copilot: 🤍 En plus de cela ici encore mon lien discord si jamais vous voulez nous rejoindre: 🤍 Bonne semaine à tous
In this video, we will understand about HTTP Protocol.
➡️ Answer : w (Omega) To master Physics Fundamentals - 🎞️ Free Video Lectures of PM Sir: Achieve mastery of Physics Fundamentals through Pramod Sir's classic lectures, available for free on ecareerpoint.com or through the eCareerPoint app. ✅ How to Access 1. Just click on the link: 🤍 2. Click on buy now icon (No payment required) 3. Fill your Details (ie: Name, Phone No, Email Address) and click on checkout and open website 🤍ecareerpoint.com OR download ecareerpoint app and go to My Courses section - ➡️ For more such tricky and conceptual questions , subscribe this channel 🧩 For more questions - 🤍 - Wishing you success 👍 Pramod Maheshwari B.Tech IIT Delhi Physics Guru, Mentor and Student Success Coach Director, Career Point Kota Follow Me on Social Media : 🤍 More about me at- ➡️ 🤍 ➡️ 🤍 ➡️ 🤍
Understand in-depth about Dependency Injection and how it works with Angular Service. 00:00 - Dependency Injection 02:38 - Dependency Example 04:02 - Implementation of Dependency Example 14:02 - Run Dependency Example 16:29 - Understand the Dependency Problem 20:51 - Solving the Dependency Problem using Dependency Injection 24:30 - How Dependency Injection works in Angular?
#angular #dotnet #rsa #private #public #key In this video, I have shown how to use RSA in Angular to encrypt data and Decrypting the encrypted text in .net c# web API. RSA c#: Explanation 🤍 Git link: 🤍 RSA wiki: 🤍 1) Public Key which is used at encryption 2) Private Key which is used at decryption Amazon affiliate link: 🤍 Check out the playlist about RSA 🤍
If you are a foodie like me, I am sure you will enjoy the recipes on my friend's YouTube channel. If you find them useful, please subscribe and share to support her. She's really good at what she does. 🤍 Text version of the video 🤍 Slides 🤍 Angular 2 Tutorial playlist 🤍 Angular 2 Text articles and slides 🤍 All Dot Net and SQL Server Tutorials in English 🤍 All Dot Net and SQL Server Tutorials in Arabic 🤍 Angular 1 was released in October 2010, and by far the most popular JavaScript framework available for creating web applications. Many developers are already using Angular 1, so the obvious question that comes to our mind is why should we use Angular 2. Angular 2 is not a simple upgrade from angular 1. Angular 2 is completely rewritten, so it has lot of improvements when compared with Angular 1. Let's look at a few of these improvements. Performance : From a performance standpoint, Angular 2 has faster initial loads, change detection, and improved rendering time. Not just performance, we also have improved modularity, Dependency injection and testability. According to angular conference meetup, Angular 2 is 5 times faster compared to AngularJS 1. Mobile Support : Angular 1 was not built for mobile devices. It is possible to run Angular 1 on mobile but we will have to use other frameworks. Angular 2 on the other hand is designed from the ground up with mobile support. Mobile device features and limitations like touch interfaces, limited screen real estate, and mobile hardware have all been considered in Angular 2. So with Angular 2 we can build a single application that works across mobile and desktop devices. Component Based Development : Component based web development is the future of web development. In Angular 2, "everything is a component". Components are the building blocks of an Angular application. The advantage of the component-based approach is that, it facilitates greater code reuse. From unit testing standpoint, the use of components make Angular2 more testable. We will discuss what a component is and how to build components with examples in detail, in our upcoming videos. More language choices : There are several languages that we can use to develop Angular applications. To name a few, we have 1. ECMAScript 5 2. ECMAScript 6 (also called ES 2015) 3. TypeScript etc. Besides these 3 languages we can also use Dart, PureScript, Elm, etc, but among all these, TypeScript is the most popular language. Angular 2 itself, is built using TypeScript. TypeScript has great support of ECMAScript 6 standard. So the obvious questions that come to our mind at this point are 1. What is ECMAScript 2. Wha is Type Script What is ECMAScript : The JavaScript language standard is officially called ECMAScript. Over the past several years many versions of ECMAScript were released starting with ECMAScript version 1 all the way till ECMAScript version 7. Most of the modern browsers available today support ECMAScript 5. The browser support for ECMAScript 6 is still incomplete. However, using a process called Transpilation, ECMAScript 6 can be converted to ECMAScript 5 which is supported by all the modern browsers. ECMAScript 6 is officially known as ECMAScript 2015. ECMAScript 2015 introduced several new features like classes, modules, arrow functions etc. If you are interested in reading more about the ECMAScript standard and what these different versions of ECMAScript have to offer, please refer to the the following Wikipedia article. 🤍 What is Type Script : TypeScript is a free and open-source programming language developed by Microsoft. It is a superset of JavaScript and compiles to JavaScript through a process called transpilation. Using TypeScript to build angular applications provides several benefits. 1. Intellisense 2. Autocompletion 3. Code navigation 4. Advanced refactoring 5. Strong Typing 6. Supports ES 2015 (also called ES 6) features like classes, interfaces and inheritance. If you have any experience with object oriented programming languages like C# and Java, learning TypeScript is easy. Because of all these benefits writing, maintaining and refactoring applications can be an enjoyable experience. So obviously TypeScript has become the number one choice of many developers for developing Angular applications. In our next video, we will discuss Setting up Angular 2 in Visual Studio.
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AngularJS AngularJS is a JavaScript-based open-source front-end web framework for developing single-page applications. It is maintained mainly by Google and a community of individuals and corporations. Wikipedia Developer(s): Google Initial release date: 20 October 2010 Size: 167 kB production; 1.2 MB development License: MIT License Written in: JavaScript Stable release: 1.8.2 / 21 October 2020; 11 months ago Previous Links: - Installation : 🤍
Get our favorite science gear delivered to your door: 🤍 🤍 🤍 Vsauce PO Box: PO Box 33168 L.A. CA 90033 *Click "SHOW MORE" For Links* Some Other Videos of Mine About Angular Size 🤍 🤍 🤍 Delboeuf Illusion 🤍 🤍 Ebbinghaus Illusion 🤍 Delboeuf and Diet 🤍 Angular Diameter 🤍 *CREDITS* Hosted by Michael Stevens Edited by Hannah Canetti VFX by Eric Langlay (🤍 Music by Jake Chudnow (🤍 *VSAUCE LINKS* Vsauce1: 🤍 Vsauce2: 🤍 Vsauce3: 🤍
Angular 2 (Angular 4) - Observables and rxJS In this video we look at Observables in Angular 2, and where the idea comes from. I speak briefly on Reactive programming and how data is perceived as streams, how the observable model in rxJS uses delayed execution using LINQ. To read more on reactive programming see the following 2 links:- - 🤍 - 🤍 Here a few more links of interest:- Observer pattern: 🤍 LINQ: 🤍 To follow along with this video clone the following git url for the angular 2 app and checkout the "promises-webserver" branch :- 🤍 To see the final result of this video, checkout the "basicRxJS" branch of the above repository for the angular app, and for the node server clone the following git repository. 🤍 For any questions regarding this tutorial, the git repositories or anything else, do not hesitate to contact me here on YouTube, or you can also email me at daryl🤍lyraddigital.com. You can follow me on twitter at: 🤍 You can also follow my business account at: 🤍 You can also follow my business account on Facebook at: 🤍 I publish an article every now and then on LinkedIn as well. So connect with me on LinkedIn at: 🤍 Watch all my other videos in this series:- Part 1 - Introduction and the CLI: 🤍 Part 2 - Angular Module Basics: 🤍 Part 3 - Multiple Angular Modules: 🤍 Part 4 - Shared Angular Modules: 🤍 Part 5 - Eagerly and Lazily Loading Modules: 🤍 Part 6 - Basic App Component and Presentation: 🤍 Part 7 - App Component bindings: 🤍 Part 8 - Attribute binding and the main navigation: 🤍 Part 9 - Basic Form and Dual Binding: 🤍 Part 10 - Registration Form Part 1: 🤍 Part 11 - Registration Form Part 2: 🤍 Part 12 - Registration Form Part 3: 🤍 Part 13 - Registration Form Part 4: 🤍 Part 14- Registration Form Part 5: 🤍 Part 15 - Structural Directives: 🤍 Part 16 - Dynamic Forms: 🤍 Part 17 - Lifecycle Hooks Part 1: 🤍 Part 18 - Lifecycle Hooks Part 2: 🤍 Part 19 - Lifecycle Hooks Part 3: 🤍 Part 19.5 - Lifecycle Hooks Part 3 Cont: 🤍 Part 20 - Lifecycle Hooks Part 4: 🤍 Part 21 - Services and Promises: 🤍 Part 22 - HttpClient and the In Memory Web API: 🤍 Part 23 - A Node Webserver API: 🤍
Siguenos Facebook: 🤍 Instagram: 🤍 Canal Secundario: 🤍 * Descripción del Video * Bienvenido a este primer video del curso de angular, donde enseñamos la definicion de los que es ANGULAR, de igual manera, para que sirve, y cuales son sus ventajas y funcionalidades. Wikipedia: Angular es un framework para aplicaciones web desarrollado en TypeScript, de código abierto, mantenido por Google, que se utiliza para crear y mantener aplicaciones web de una sola página. (ingles) Welcome to this first video of the angular course, where we teach the definition of what ANGULAR is, in the same way, what it is for, and what its advantages and functionalities are. Wikipedia: Angular is a web application framework developed in TypeScript, open source, maintained by Google, used to create and maintain single page web applications. Detalle: Pais: Peru Curso: Desarrollo Web con Angular Idioma: Español Proveedor Software Angels Desarollador Back-end, C#, Python, PHP, Angular, Laravel, Bash Gestor de SO Linux
Angular JS is a JavaScript based Web Framework (or as it describes itself a "Superheroic JavaScript MVW Framework") The development on Github started on the 5th of January 2010. Due to some glitches, the first few seconds seem to happen in the year of 1970. Probably some issue with the Unix timestamp which starts counting on the 1st of January 1970. The focus of Angular as most JavaScript web frameworks is to build single-page frontend-applications. Find out more at 🤍 or 🤍 Lean back and enjoy the show of the evolution of Angular JS.
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![Angular Size Debunks Globe | Curve Calcs Wrong! [Taboo Conspiracy Mirror]](https://i.ytimg.com/vi/r4BY5Q3VHTg/mqdefault.jpg "Angular Size Debunks Globe | Curve Calcs Wrong! [Taboo Conspiracy Mirror]")
