HTML5 introduces several new semantic elements that help improve the structure and meaning of web pages. These include header, nav, article, section, aside, and footer. It also provides new form input types like date, time, email, url and new multimedia elements like video and audio. HTML5 aims to provide powerful APIs for building web applications using features such as canvas drawing, drag and drop, offline storage and native video playback in browsers. While HTML5 is still evolving, many of its features can be used now in modern browsers without waiting until full standardization and adoption is complete in 2022.
Wouldn't it be cool to be able to use CSS3 and HTML5 unfettered by the lack of support in IE? Mobile developers for smart phones get to do just that! When developing for iPhones, iPods, iPads and Android devices—mobile devices using webkit browsers—we can use CSS animations, transforms, multiple background images, rounded corners, text and box shadows, CSS columns, and HTML5 form elements. In this session we'll use some CSS3 features learned in earlier session to create a native looking iPhone web app. We'll also cover some CSS UI and HTML5 form elements that will help you get up to speed on developing for mobile webkit. You don't have to wait any longer to use CSS3!
The document provides examples of HTML code using different HTML elements like div, span, img and their default display properties. It also demonstrates how to style elements using CSS properties like width, height, margin, padding, border, float, position etc. and different CSS concepts like cascading, selectors, stylesheet etc. The examples aim to explain the basic usage and behavior of common HTML elements and CSS properties.
The document provides an overview of CSS selectors including basics like element, id and class selectors. It also covers hierarchy selectors like descendant and child selectors. Attribute selectors like [attribute] and [attribute=value] are explained. Finally, pseudo classes like :hover and :active as well as pseudo elements like ::first-letter are summarized. The document serves as a reference for the different types of CSS selectors and how they can be used to select and style elements.
The document discusses HTML forms and form inputs. It provides code examples for creating basic forms with different input types like text, password, submit and reset. It demonstrates how to add labels, placeholders, fieldsets, required fields, autofocus and other attributes to form inputs. The document also covers setting the form method, action, and target, as well as how to process form data submitted via GET and POST requests in PHP.
The document provides an overview of HTML forms, including how to create basic forms with different input types like text, password, submit and radio buttons. It covers various form attributes like name, value, placeholder, required and different ways to style labels. The document also discusses form elements like select dropdowns, checkboxes and textareas. It provides examples of how to use these different form features to collect user input through a web form.
This document provides an overview of scraping web pages, including: - Why scrape rather than use APIs - The difference between scraping and crawling - The anatomy of web pages including HTML, CSS, and XPath for selecting elements - Common files like robots.txt and sitemap.xml - Python libraries like urllib and requests for working with URLs and making HTTP requests
Web Design with HTML, CSS, Bootstrap Course Lecture 1. Topic: * HTML * Text Formatting * Heading * Link * Image
Connecting with your audience is objective number one for any website. Findability—the discipline of helping users discover the content they seek—not only helps businesses get their message out, but it improves the user experience, too. The secret to attaining findability bliss, both with search engines and beyond, lies in the wisdom of web standards.
1. The document provides definitions and examples for 55 HTML tags, describing their purpose and any differences between HTML 4.01 and HTML 5 specifications. Key tags covered include headings, paragraphs, lists, links, images, forms, tables and more. 2. Many tags have new or removed attributes in HTML 5 to simplify usage or be replaced by CSS styling, like the <font> tag being replaced by CSS. Frames and <center> are also removed in HTML5. 3. New tags in HTML5 include <video>, <audio>, <canvas>, <footer>, <header> and <nav> to define common page sections, as well as <article>, <aside> and <section>
This document discusses HTML5 and its features. It explains that HTML5 aims to provide clear and semantic markup. It highlights new HTML5 elements like <header>, <section>, <article>, and <footer> that divide a document into clearly defined parts. It also discusses new multimedia capabilities in HTML5 such as <audio> and <canvas> elements, forms, local storage, geolocation, and databases. The document advocates that HTML5 is beautiful, practical, and free to use. It provides examples and links to further resources on HTML5 features.
The document provides an introduction to HTML elements, tags, and attributes. It discusses common HTML elements like paragraphs, headings, and line breaks. It explains how to use opening and closing tags to define elements in an HTML document. Attributes are described which can customize elements, such as align attributes to control text alignment. The document also gives examples of how to code basic HTML elements and attributes.
The document provides information on HTML tags and elements for creating web pages. It discusses common tags like <p> for paragraphs, <h1>-<h6> for headings, and <body> for the content container. It also covers basic HTML structure with <html>, <head>, and <body> tags. Attributes are described along with examples for aligning, styling and providing additional information for elements. Different lists like ordered, unordered and definition lists are explained with <ol>, <ul> and <dl> tags.
The document contains information about HTML elements and tags for building web pages. It includes descriptions and examples of common HTML elements like headings, paragraphs, links, images, tables, lists, forms, layout using div, and more. Each item is presented with the HTML code example and a brief explanation. The document serves as a reference for basic HTML elements and syntax.
Creating tables: creating simple table, specifying the size of the table, specifying the width of the column, merging table cells, using tables for page layout, formatting tables: applying table borders, applying background and foreground fills, changing cell padding, spacing and alignment, creating user forms: creating basic form, using check boxes and option buttons, creating lists, additional input types in HTML5
Presentation at web2day in Nantes, France about the opportunities we have with HTML5 and how it means we move away from a static to an web of applications.
This document provides an overview of important web development languages and JavaScript capabilities. It discusses HTML for defining content, CSS for layout and styling, and JavaScript for behavior. JavaScript can respond to events, modify HTML elements, validate input, get browser info, and create cookies. Examples are given for changing HTML content and styles using JavaScript, as well as hiding and showing elements. The document also covers JavaScript data types, conditions, and loops.
The document summarizes a visit to the Antequera Museum located in Antequera, Spain. It describes the building as being located in the Najera Palace in Coso Viejo Square, with 20 permanent exhibition rooms. Key artifacts mentioned include the Efebo de Antequera bronze sculpture of a young boy that is over 2,000 years old. It also describes Acilia Plecusa's tomb, along with works by painter Cristóbal Toral. The summary encourages visitors to enjoy the museum and learn about the art, history and culture of Antequera.
This document discusses ProFunctor, Arrow, and their relationships. [1] ProFunctors generalize Functors by allowing mapping of both the domain and codomain of a function, while Functors only allow mapping the codomain. [2] Arrows allow mapping of both domain and codomain like Profunctors, and provide additional operations. [3] The ProFunctor type class splits the constraints of Arrow into separate operations for mapping the domain and codomain.