What is the fast custom index and why should I use it?
Answer
The fast custom index is Composr's own search engine, designed to be faster and more efficient than MySQL full-text search, especially for large websites and filtered searches.
Benefits of the fast custom index:
Faster filtered searches: Significantly improves search speed when you add filters like category or author.
Configurable stop words: Control which common words are ignored during search.
Better stemming: More accurately recognizes variations of words (e.g., "like" and "liking").
Multilingual support: Indexes content based on different language translations.
Downsides of the fast custom index:
Slight lag in indexing new content: New content takes a short time to be indexed.
Less accurate ranking: Ranking is based on the most obscure keyword, not a blend of all keywords.
Cannot perform blank searches: You must enter at least one keyword.
What is the difference between natural and boolean searching?
Answer
Natural search is a more relaxed approach where you type in your search terms and Composr tries to find the most relevant results, even if they don't contain all the words. It's like a Google search.
Boolean search requires more precision and uses operators like "+", "-", and quotation marks to define exactly what you're looking for. For example, searching for "+car -maintenance" will only return results that contain the word "car" but not "maintenance".
There are a few ways to search your Composr website:
Using the search bar in the header: This is the simplest way to search. Just type your search term in the box and click the search button.
Using the 'Search' module: This module offers more detailed search options. You can access it via the 'site:search' page-link (usually under About > Search in the default menu).
From the Forum: Click the 'Search' button on the forum or use the contextual search box on the forum member bar. This will search within your current forum or topic.
For questions with predefined answers, you can mark correct answers by adding [*] after the answer. If no answer is marked correct, the question will require manual marking. You can also use the [UNMARKED] tag after a question to exclude it from scoring.
Quiz questions are inputted in blocks, separated by blank lines. The first line is the question, followed by potential answers on subsequent lines. Different question types are indicated by tags after the question, such as [MULTIPLECHOICE], [MULTIMULTIPLE], [LONG], [SHORT], and [SHORT_STRICT].
Can I create complex, multi-screen quiz interfaces in Composr?
Answer
While Composr's built-in quiz system is excellent for standard formats, creating intricate multi-screen quizzes might require custom development using Composr's decision tree framework or other programming tools. This allows for highly customized quiz structures and advanced branching logic.
Composr enables you to export quiz results to a spreadsheet file, facilitating in-depth data analysis. This is especially useful for manually marked questions, identifying competition winners, and processing data for marketing or research purposes.
Quiz Sets are a helpful organizational feature in Composr. By prefixing quiz names with "Example: ", you can group related quizzes together. This allows for combined scoring and percentage calculations, particularly beneficial for multi-part questionnaires or tests.
How does Composr ensure printed web pages look appropriate?
Answer
Composr uses a combination of approaches to ensure printed web pages have a suitable layout:
Automatic browser behavior: Browsers typically disable background images when printing.
CSS print stylesheets: Composr utilizes CSS to define specific display rules for printed versions of pages, such as removing margins and hiding social media links.
wide_print parameter: This parameter, activated through specific links or specifying it in the URL, further influences page layout for printing.
How can I test my website's compatibility across different browsers and devices?
Answer
Testing your website on different browsers and devices can be challenging due to operating system limitations and device availability. Here are some solutions:
Virtual Machines: Use virtual machines to run different operating systems and test various Internet Explorer versions.
Device Emulation: Use built-in device emulation features in browsers like Chrome to simulate mobile devices.
Online Testing Services: Employ commercial online testing services like BrowserStack to access a wide range of browsers and devices hosted in the cloud.
Real Devices: Conduct testing on physical mobile devices for a more realistic user experience.
What are the recommended desktop settings for viewing a Composr website?
Answer
A minimum screen resolution of 1024x768 is strongly recommended for viewing a Composr website. This is the minimum resolution for which the default theme is designed. Using a lower resolution might lead to display issues or an unsatisfactory browsing experience. As of version 11, smaller resolutions will often trigger the mobile layout automatically (responsiveness) to ensure a better UI for smaller displays.
Composr aims to support all modern browsers, including the latest versions of Chrome, Firefox, Safari, Edge, and Internet Explorer 11. It is designed to work seamlessly with browsers that automatically update, like Chrome and Firefox. For browsers with manual updates, Composr generally supports the last two releases.
While not explicitly supported, Composr will often address bug reports for other popular browsers like Opera, Chromium, and Konqueror. Additionally, Composr strives to provide an accessible experience for text-mode browsers and those designed for users with disabilities.
What is CSS and how does it impact website design?
Answer
CSS (Cascading Style Sheets) is a language used to describe the visual presentation of a web page written in HTML or XHTML. It controls aspects like:
Fonts and typography: Defining font families, sizes, weights, and styles.
Colors and backgrounds: Setting colors for text, backgrounds, borders, and other elements.
Layout and positioning: Controlling the placement and arrangement of elements on a page.
Visual effects: Adding shadows, gradients, transitions, and other visual enhancements.
By separating content structure (XHTML) from visual presentation (CSS), websites become easier to maintain and update. Changes to the design can be made without altering the underlying HTML structure.
Composr utilizes CSS extensively for theming, allowing users to manipulate the website's visual appearance.
Why is understanding XHTML important for website customization?
Answer
XHTML (Extensible HyperText Markup Language) is the language used to structure web page content. It defines the various elements of a webpage, such as headings, paragraphs, images, and links.
Understanding XHTML is crucial for website customization because it allows you to:
Modify page layout: Change the arrangement and positioning of elements on a page.
Add new content: Insert additional text, images, or other multimedia elements.
Customize the appearance of existing elements: Change fonts, colors, sizes, and other visual styles.
Integrate interactive features: Embed JavaScript code for dynamic functionality.
Composr uses XHTML for its templates, allowing users to extensively customize the website's design and layout.
What is the difference between cookies and sessions?
Answer
While both cookies and sessions are used for user identification and maintaining state, there are key differences:
Storage: Cookies are stored on the user's computer, while sessions are stored on the server.
Expiration: Session cookies expire when the browser is closed, while persistent cookies have a set expiration date. Sessions typically expire after a period of inactivity.
Data sensitivity: Sessions are generally used for more sensitive data, as the information is not stored on the user's computer and therefore less likely to be stolen by a hacker.
Composr uses both cookies and sessions. Session cookies are primarily used for user identification (such as anonymously matching a user to a session in the server database), while persistent cookies can be used for remembering login details if the user chooses.
A cookie is a small piece of data that a website stores on a user's computer. It is sent from the user's web browser to the web server each time a page is viewed. Cookies are used for various purposes, including:
User identification: Cookies can be used to identify a specific user, even if they are not logged in. This allows websites to remember user preferences, shopping cart contents, and other information.
Tracking user behavior: Cookies can be used to track user behavior on a website, such as the pages they visit and the links they click. This information can be used to improve the website's design and content.
Advertising: Cookies can be used to deliver targeted advertising to users based on their browsing history.
There are two main types of cookies:
Session cookies: These cookies are temporary and are deleted when the user closes their web browser. They are often used to store information about the user's current session, such as the items in their shopping cart.
Persistent cookies: These cookies are stored on the user's computer for a longer period. They can be used to remember user preferences, such as their login details or language settings.
