Code point (English Wikipedia)

Analysis of information sources in references of the Wikipedia article "Code point" in English language version.

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etsi.org

ietf.org

datatracker.ietf.org

itu.int

  • "T.35 : Procedure for the allocation of ITU-T defined codes for non-standard facilities".

sil.org

scripts.sil.org

  • Constable, Peter (13 June 2001). "Understanding Unicode™ - I". NRSI: Computers & Writing Systems. Archived from the original (html) on 16 September 2010. Retrieved 25 December 2018. By the early 1980s, the software industry was starting to recognise the need for a solution to the problems involved with using multiple character encoding standards. Some particularly innovative work was begun at Xerox. The Xerox Star workstation used a multi-byte encoding that allowed it to support a single character set with potentially millions of characters.

unicode.org

  • "The Unicode® Standard Version 11.0 – Core Specification" (PDF). Unicode Consortium. 30 June 2018. p. 23. Archived from the original (PDF) on 19 September 2018. Retrieved 25 December 2018. Format: Invisible but affects neighboring characters; includes line/paragraph separators
  • Unicode. "Glossary of Unicode Terms". unicode.org. Retrieved 20 March 2023.
  • "The Unicode® Standard Version 11.0 – Core Specification" (PDF). Unicode Consortium. 30 June 2018. p. 22. Archived from the original (PDF) on 19 September 2018. Retrieved 25 December 2018. On a computer, abstract characters are encoded internally as numbers. To create a complete character encoding, it is necessary to define the list of all characters to be encoded and to establish systematic rules for how the numbers represent the characters. The range of integers used to code the abstract characters is called the codespace. A particular integer in this set is called a code point. When an abstract character is mapped or assigned to a particular code point in the codespace, it is then referred to as an encodedcharacter.
  • Mark Davis; Ken Whistler (23 March 2001). "Unicode Technical Standard #10 UNICODE COLLATION ALGORITHM". Unicode Consortium. Archived from the original (html) on 25 August 2001. Retrieved 25 December 2018. 6.2 Large Weight Values

web.archive.org

  • "The Unicode® Standard Version 11.0 – Core Specification" (PDF). Unicode Consortium. 30 June 2018. p. 23. Archived from the original (PDF) on 19 September 2018. Retrieved 25 December 2018. Format: Invisible but affects neighboring characters; includes line/paragraph separators
  • "The Unicode® Standard Version 11.0 – Core Specification" (PDF). Unicode Consortium. 30 June 2018. p. 22. Archived from the original (PDF) on 19 September 2018. Retrieved 25 December 2018. On a computer, abstract characters are encoded internally as numbers. To create a complete character encoding, it is necessary to define the list of all characters to be encoded and to establish systematic rules for how the numbers represent the characters. The range of integers used to code the abstract characters is called the codespace. A particular integer in this set is called a code point. When an abstract character is mapped or assigned to a particular code point in the codespace, it is then referred to as an encodedcharacter.
  • Constable, Peter (13 June 2001). "Understanding Unicode™ - I". NRSI: Computers & Writing Systems. Archived from the original (html) on 16 September 2010. Retrieved 25 December 2018. By the early 1980s, the software industry was starting to recognise the need for a solution to the problems involved with using multiple character encoding standards. Some particularly innovative work was begun at Xerox. The Xerox Star workstation used a multi-byte encoding that allowed it to support a single character set with potentially millions of characters.
  • Mark Davis; Ken Whistler (23 March 2001). "Unicode Technical Standard #10 UNICODE COLLATION ALGORITHM". Unicode Consortium. Archived from the original (html) on 25 August 2001. Retrieved 25 December 2018. 6.2 Large Weight Values