Entendiendo el DOM
¿Para qué aprender JavaScript?
¿Qué es DOM y Window Object?
Explorando Nodos del DOM
Seleccionando y Accesando a Elementos del DOM
Consultando el DOM con getElementById y querySelector
Navegación efectiva entre nodos
Manipulando Elementos del DOM
Modificando atributos y propiedades
Modificando texto en HTML
Modificando estilos en HTML
Modificando la visibilidad de elementos HTML
Creación de elementos con HTML Strings e insertAdjacentElement()
Agregando elementos con innerHTML e insertAdjacentHTML()
Creación de elementos con createElement()
Remover elementos con remove() y removeChild()
Clonación y reemplazo de elementos con cloneNode y replaceChild
Manipulando Eventos en el DOM
Entendiendo eventos y tipos: Burbuja, Captura y Propagación
Agregar y eliminar escuchadores de eventos o Event Listeners
El objeto evento o eventObject
Manejo de entradas de formulario y validación
Delegación de eventos y prevención de comportamiento predeterminado
Creando un Administrador de Tareas
Añadir tareas desde un formulario
Eliminar y editar tareas del DOM
Almacenamiento y carga de datos en localStorage
Eliminar y editar tareas del almacenamiento local
Inspeccionando y solucionando errores en el código
Personalizando la interfaz del administrador de tareas
Aún hay más por aprender
Asincronía en JavaScript
¿Cómo funciona el JavaScript Engine?
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In the world of web development, making pages dynamic can make a big difference in the user experience. JavaScript not only allows you to create and manipulate HTML and CSS to modify styles or delete snippets, but also offers the ability to generate new dynamic content on the fly, reflecting real-time interactions.
One of the biggest advantages of making the web dynamic is taking advantage of the APIs provided by browsers. These interfaces not only optimize dynamic pages, but also make them more robust and functional.
Location: we can request the user's location through the Geolocation API, offering contextualized and relevant content based on geographic location.
Advanced CSS animations: Animation APIs allow fine-grained control over the timing, direction, and speed of CSS animations, taking visual interactions to another level.
Other interactions: Leveraging APIs to generate modern interactions such as notifications, caching, and more makes applications more aligned with modern user expectations.
JavaScript components are encapsulated code snippets - including HTML, CSS and JavaScript - designed to be reusable. This technique not only improves development efficiency, but also keeps code cleaner and more organized.
Interactive Design Planning: Before implementing dynamic techniques, plan the flow of interaction with the user, establishing which elements should change and under what conditions.
Strategic Use of APIs: Learn how to identify which API could benefit your project the most and how to integrate it efficiently into the workflow.
Testing and Continuous Optimization: When incorporating new functionalities, ensure their correct functioning and impact on the user experience through continuous testing. Adjust and optimize based on the results obtained.
Knowledge Update: Always keep up to date with new capabilities and enhancements offered by browser technologies by participating in ongoing courses and experimenting with new tools.
With these improvements, you will not only transform your site into an interactive space, but you will also increase its added value, guaranteeing a positive impact on your visitors. Ready to dive deeper into the world of dynamic web pages? The learning doesn't end here!
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