Skip to main content

Jquery Mobile Form - Search input

    Input field of type search is newly introduced in HTML5 and is very well styled. The style is further enhanced when using the Jquery Mobile framework and we will see how this can be done in today's post. Jquery Mobile styles the search input type with capsule-corners and adds a 'x' icon to the right end, which clears the text in the search box.

    The seacrch input elements are available in 2 flavors/sizes - regular and mini. Adding a data attribute data-mini="true" to the input tag renders a smaller sized input element. Let's take a look at the code sample below to understand the working in a better way.



     In the code above, you will see 4 different implementations of the input search element. The first one is a regular input of type search with the label and the searchbox one below the other. The second implementation is exactly similar to the first implementation with the only difference of the added data attribute "data-mini="true"" which reduces the size (basically height) of the saerchbox.

    The third implementation gets the label and the saerchbox on the same line. This implementation is done using a div with data attribute data-role="fieldcontain" around the label and input tags. This div has to be within a form tag. Maintaining the HTML structure is very important when using JQuery Mobile framework.

    In the fourth implementation, we have used the HTML5 placeholder property and done away with the label completely. However, for the sake of accessibility, we have included the label tag with class="ui-hidden-accessible" so that the label is not displayed but is present in the HTML structure. This implementation is popularly used on mobile sites as this reduces the amount of scroll.

    To disable the input field just add the keyword "disabled" to the input tag and your input type would be disabled.


    For the sake of accessibility, jQuery Mobile requires that all form elements be paired with a meaningful label. To hide labels in a way that leaves them visible to assistive technologies — for example, when letting an element's placeholder attribute serve as a label — apply the helper class ui-hidden-accessible to the label itself. While the label will no longer be visible, it will be available to assisitive technologies such as screen readers.

    In the next post that follows, we will take a look at how we can customize the search box styling. This would include using custom icons for the the 'magnifying glass' and 'x' icon in the search box and reducing/removing the rounded corners property on the search box.

     Hope this post has been informative to you and helps you use the search input type effectively in your next Jquery Mobile based application. Drop a comment to let me know what you feel about this post as well as the earlier series on Jquery Mobile listview. Share the post if is has helped you, so that maximum developers benefit from this one. Stay tuned for the post on customizing the search box using Jquery Mobile.

Comments

Recommended for You

Fusion Table Layer...

    Today we will have a look at the "Fusion Table" Layer example. But before we start with the actual code, we will have a look at what Fusion Table is. Google Fusion Table is a free service for sharing and visualizing data online. It allows you to share data, merge data from multiple tables into interesting derived tables, and see the most up-to-date data from all sources. There is a lot of documentation about Google Fusion Table available on the web. You can visit their home page or the Google Research Blog to gather more information about Fusion Tables.     Let us have a look at the following code. The code is very short and simple to understand!     The few things to look out for in the above code are: The manner in which mapTypeId has been specified! In other Google Maps API v3 examples, we have seen that we specify mapTypeID as ROADMAP, SATELLITE, etc. i.e., all the letters are in uppercase and not in quotes! However, in this...

ES6 101 - Class

Spatial Unlimited changes to The UI Dev After being hosted on blogger 😣 for the last 6 years 📆, this page has finally been moved to Github.io This means a few things for you, dear reader! You will be redirected to the new page shortly! ⏩ ⏩ ⏩ Once crapy HTML is now better looking Markdown ! 😍 😍 The entire blog is a Github repo ! 😍 😍 Spatial Unlimited is now The UI Dev 😍 😍

Hilarious Google Maps

       I came across these simple yet wonderfully done illustrations based on the Google Maps Street style by Christoph Niemann - Illustrator for the Times Magazine. These illustrations are absolutely stunning show of creativity, design, execution and general beauty. All the illustrations show exactly how it is on the roads in New York. Sit back and enjoy the show.

Google Map's Real-Time Traffic Layer...

    You can now check the traffic condition on the road before you leave for work, or a party or to your friend's place. Google's Traffic layer shows the traffic conditions in your area - LIVE!!! Live traffic data is available in major cities in the United States, France, Britain, Canada and Australia, with new cities and countries frequently added. The Google Maps API allows you to add real-time traffic information (where supported) to your maps using the TrafficLayer object. Traffic information is provided for the time at which the request is made. Consult this spreadsheet to determine traffic coverage support.     Let us now have a look at the Google Maps API - Trafiic Layer example. Copy the following code in a simple text file and save it as html. Click on this html file and it will open in your default browser. You will then see the traffic conditions in your area - LIVE...     The output of the above code looks as seen in the r...

Satellite to keep eye on Chambal, Palpur Kuno sanctuaries

         In a bid to check the rising incidents of poaching and keep an eye on the flora and fauna of the two sanctuaries in Madhya Pradesh, the government has decided to use satellite to monitor the Chambal and Palpur Kuno region.          The basic field technique, which is used currently, to maintain a log of the region’s vegetation, wildlife does not give the real time data. Therefore, the government has decided to use the Geographical Information System (GIS) Global Positioning System (GPS) for the purpose.          Madhya Pradesh’s leading animal scientist Dr. RJ Rao, who has received training in such satellite monitoring of national reserves from California, said the program ‘ARC Q-9’ is proving to be of great use in protection of the wildlife. They have used the program to prepare a database of the whole Chambal and Kuno region, said Rao. Sourc...