#Standard keyboard layout of full

The data can also be used in analysis of the capabilities of different keyboards. For example, a remote screen-access application (such as used for customer service or server management) would be able to communicate and choose the same keyboard layout on the remote device as is used in front of the user, even if the two systems used different platforms. The corresponding data can then be used to perform the requested actions. Keyboard authors can then create a single mapping file for their language, which implementations can use to provide that language’s keyboard mapping on their own platform.Īdditionally, the standardized identifier for keyboards can be used to communicate, internally or externally, a request for a particular keyboard mapping that is to be used to transform either text or keystrokes. The CLDR keyboard format seeks to address these challenges, by providing an interchange format for the communication of keyboard mapping data independent of vendors and platforms. al, “Standardizing Keyboards with CLDR,” presented at the 45th Internationalization and Unicode Conference, Santa Clara, California, USA, October 2021) CLDR’s new Keyboard Subcommittee has been established to address this very gap.” “However, commensurate improvements to streamline new language support on the input side have been lacking. The next, often more challenging stage is to get device makers, operating systems, apps and services to implement the script requirements that Unicode has just added to support their language. For many of these communities, however, getting new characters or a new script added to The Unicode Standard is not the end of their journey. “More and more language communities are determining that digitization is vital to their approach to language preservation and that engagement with Unicode is essential to becoming fully digitized. However, keyboard support remains platform and vendor specific, causing inconsistencies in implementation as well as timeline. The Unicode Standard and related technologies such as CLDR have dramatically improved the path to language support.

Example: transformGroup with reorder elements.

Example: transformGroup with transform elements.

Part 6: Supplemental (supplemental data).

Part 5: Collation (sorting, searching, grouping).

Part 4: Dates (date, time, time zone formatting).Part 3: Numbers (number & currency formatting).Part 2: General (display names & transforms, etc.).Part 1: Core (languages, locales, basic structure).The LDML specification is divided into the following parts: Status, the latest information, or to provide feedback. In particular, Element and attribute names are expected to change pending further review.ĭeveloping major changes to the CLDR keyboard specification.įor this draft, please see CLDR-15034 for For the latest published version of UTS#35, see This document has not been approved for publication by the Unicode Consortium,Īnd may be substantially altered before any publication. This document is a draft of a technical preview of the Keyboard standard. Some links may lead to in-development or older For the other parts of the LDML see the main LDML document and the links above. This is a partial document, describing keyboard mappings. This format is used in the Unicode Common Locale Data Repository. This document describes parts of an XML format ( vocabulary) for the exchange of structured locale data. There are breaking changes, see Compatibility Notice Summary

This is a technical preview of a future version of the LDML Part 7.

#Standard keyboard layout of full

Steven Loomis ( and other CLDR committee membersįor the full header, summary, and status, see Part 1: Core. Unicode Technical Standard #35 Tech Preview Unicode Locale Data Markup Language (LDML)