A wiki hidden element is an element in a template that is made invisible until someone navigates to it using the keyboard. This makes it easier for keyboard-only and screen-reader users to skip blocks of content that are repeated on multiple pages.
It is a controversial method that causes problems with non-CSS browsers, text-only browsers, and many types of screen readers and accessibility software. It breaks WCAG 2.0 section 1.3.3 accessibility checkpoints, and should not be used.
Table of Contents
The table of contents is an essential part of any academic thesis or extensive paper, it's an accurate map of your manuscript's content - its headings, sub-headings and page numbers.
In printed tables of contents, pages where each section starts are usually indicated by the number in question, while digital ones offer links that take a reader to the correct part of the work. A table of contents lists all chapter or section titles, brief descriptions with their commencing page numbers, and often includes other information such as the names of authors, or a full list of topics covered in a longer document.
You can create a table of contents manually, but this is time-consuming and tedious, especially if you've got an extensive document. However, Word allows you to create and update a table of contents automatically, using the right formatting.
Styles are a powerful tool for adding a layer of organization and structure to your document, as well as for enhancing the readability of different sections. You can apply styles to the title, entries, and page numbers in your table of contents, ensuring they look consistent with the rest of your document.
To format the TOC title and entries, use a TOC-prefixed paragraph style. Alternatively, you can use a table of contents style from another document or template.
When generating a TOC, you can set the sort order of your Table of Contents entries, as well as the way the headings appear within each level. You can also change the relationship between the Table of Contents levels, for example by changing the relation between Heading 1 and Level 1.
If you have any questions about creating or editing a table of contents, you can get in touch with us via our support form. We'll be happy to help you.
Query Selector
The query selector can be used to search and return the first element within a document that matches a given selector. The matching is done using depth-first pre-order traversal of the nodes in the document.
The syntax is similar to that of the Document method querySelector(selectors). It may return 'null' if no match is found, or it will return an element if one of the specified CSS selectors matches an element in the document.
Besides the querySelector method, you can also use the getElementById function to retrieve an element by its DOM ID. Both methods have wide browser support, and they are useful for retrieving elements that follow complex rules that can be represented by a CSS selector.
If you're writing a plugin, consider adding a querySelectorAll() method to your code. It will return a non-live NodeList containing one Element object for each descendant node that matches at least one of the specified selectors.
In this way, the plugin will be able to find and return all elements that are contained in the CSS selectors. This will make it possible to select elements using the same syntax as in a style sheet or a style region.
As with other selectors, the querySelector function must be passed a DOM string containing valid CSS selectors. It is important to note that if the DOM string contains special characters, it must be escaped using backslash escaping.
If you have a wiki hidden element, you can use the querySelector method to locate the element and highlight it. It is a very simple and versatile technique, but it is important to be careful when using this function. It can be a little stubborn and will not always find the desired element.
User Journey Diagram
The user journey diagram is a visual representation of the customer experience and is a useful tool to help employees understand how customers interact with a company’s product or service. It can also serve as a reference for when decisions need to be made.
Unlike user flows, which focus on the steps of a single entry point into the product, a user journey outlines the overall customer experience with a company’s product or service, from the initial contact to long-term loyalty and advocacy. This can help teams ensure that their products are designed according to user goals and objectives, as well as business needs.
For user journeys to be successful, it’s important to get into the customer’s shoes and determine their objectives. This can be done through interviews and user testing.
This will also help you understand their motivations, doubts and hesitations. This information will help you build a better product and ensure that all users have an enjoyable experience.
Once you know what user needs and objectives are, create a user flow to map out the steps that the user must take to reach these goals. This will help you design pages and content that match their requirements, while maximizing efficiency and effectiveness in the process.
The user flow will also be helpful for other departments in the organization, such as marketing and sales, to ensure that they are creating the right messages for the appropriate audiences. It’s important that everyone on your team has access to the user flow, so they can share feedback and discuss changes that need to be made.
Once you’ve created a user flow, it’s time to test it out with low-fidelity prototypes and UI mockups. This will give you more insight into the flow and help you find gaps between your design elements and what the users want.
Requirements Diagram
The requirements diagram is a useful visual tool for displaying the key features, functionality, and responsibilities of a system. It can be used by both end users and software developers. It is often used in conjunction with other diagrams and wiki markup such as flowcharts, user journeys, UML models, and so on.
The most common wiki markup used in a requirements diagram is a structured template. It allows for more efficient and effective communication between all stakeholders. This is done by combining narrative textual form (legible requirement stories) and visual UML diagrams which enhance the quality of communication and therefore, system delivery.
This is accomplished by using the wiki hidden element to make the most of a Cascading Style Sheet (CSS) trick. This enables selective hiding of text from popular web browsers, depending on the emptiness of a template parameter.
While this technique can save time in the editing process, it may result in poor rendering for disabled readers, plaintext renderings of articles, and any HTML display that doesn't use this wiki's specific stylesheet. For this reason, it is best to avoid using the wiki hidden element in a requirements diagram.
There are several techniques to achieve the same effect, and most of them are easier on the eyes and less likely to break than the wiki hidden element. However, one technique is highly controversial and is not recommended for any wiki.
The wiki hidden element is not the only way to accomplish this feat, and in fact it isn't even the most impressive. Other methods include the XWiki Syntax (XSL), CSS, and a well-written template which uses the syntax correctly. This list is in no particular order, so pick the method that fits your requirements and your preferences.
IFrame
The IFrame is an HTML element that can insert a document or other type of media inside another web page. It can also be used to load dynamic or changing content on a page without reloading the entire page.
iFrames are an important tool for many types of websites. They can be used to display videos, ads and other types of media on a web page. They also allow users to navigate within the frame.
These iFrames can be placed inside any web page with the use of the iframe> tag. The iFrame can be placed at any position in the body of an HTML document and is supported by all modern browsers.
You can customize the iFrame using eight different attributes, which include: align, border, longdesc, scrolling and width. The most important attributes are the width and height, which control the size of the iFrame’s area.
As more people are browsing the web on mobile devices, it is important to make sure that all of your iFrames work well on a variety of screen sizes and resolutions. There are a few ways to do this, including wrapping an iFrame in another HTML element and adding a few CSS properties.
In addition, iFrames can be sandboxed, which is an important security feature for preventing attacks. However, sandboxing is only effective if the content inside of the iFrame comes from a separate origin.
As with all other HTML tags, iFrames should be used with care and with caution. They can be used for a variety of purposes and are often helpful, but they should not be overused without considering their effects on performance or security.