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  1. The test pages include the Unicode 6.3 characters, and some of the Unicode 7.0 characters, but nothing more recent.[1]
  2. Such a system was developed and is known as Unicode.[1]
  3. Some Unicode support has been included in Mac OS since Mac OS 8.5, but prior to Mac OS X 10 only limited use was made of it by applications.[1]
  4. If you want to know number of some Unicode symbol, you may found it in a table.[2]
  5. Different part of the Unicode table includes a lot characters of different languages.[2]
  6. Also Unicode standard covers a lot of dead scripts (abugidas, syllabaries) with the historical purpose.[2]
  7. Unicode standard doesn’t freeze, it continues to evolve.[2]
  8. A Unicode string is turned into a sequence of bytes that contains embedded zero bytes only where they represent the null character (U+0000).[3]
  9. UTF stands for “Unicode Transformation Format”, and the ‘8’ means that 8-bit values are used in the encoding.[3]
  10. The Unicode standard describes how characters are represented by code points .[3]
  11. Unicode ( https://www.unicode.org/ ) is a specification that aims to list every character used by human languages and give each character its own unique code.[3]
  12. This article contains uncommon Unicode characters.[4]
  13. Unicode is an information technology (IT) standard for the consistent encoding, representation, and handling of text expressed in most of the world's writing systems.[4]
  14. Unicode's success at unifying character sets has led to its widespread and predominant use in the internationalization and localization of computer software.[4]
  15. Unicode can be implemented by different character encodings.[4]
  16. This is a list of Unicode characters; there are 143,859 characters, with Unicode 13.0, covering 154 modern and historical scripts, as well as multiple symbol sets.[5]
  17. ICU is a mature, widely used set of C/C++ and Java libraries providing Unicode and Globalization support for software applications.[6]
  18. Convert text data to or from Unicode and nearly any other character set or encoding.[6]
  19. Unicode (and the parallel ISO 10646 standard) defines the character set necessary for efficiently processing text in any language and for maintaining text data integrity.[6]
  20. In addition to global character coverage, the Unicode standard is unique among character set standards because it also defines data and algorithms for efficient and consistent text processing.[6]
  21. Overview ▾ Package unicode provides data and functions to test some properties of Unicode code points.[7]
  22. IsGraphic reports whether the rune is defined as a Graphic by Unicode.[7]
  23. SimpleFold iterates over Unicode code points equivalent under the Unicode-defined simple case folding.[7]
  24. Range16 represents of a range of 16-bit Unicode code points.[7]
  25. The property names represented by xx above are limited to the Unicode general category properties.[8]
  26. Sets of Unicode characters are defined as belonging to certain scripts.[8]
  27. The \X escape matches a Unicode extended grapheme cluster.[8]
  28. An extended grapheme cluster is one or more Unicode characters that combine to form a single glyph.[8]
  29. Unicode and ISO/IEC 10646 are codepoint by codepoint identical and developed in close synchronization.[9]
  30. The Unicode Standard is defined by the Unicode Consortium.[9]
  31. There are Unicode conferences every six months, and W3C is a regular sponsor.[9]
  32. Converts a possibly deep list of integers and binaries into a list of integers representing Unicode characters.[10]
  33. The purpose of the function is mainly to convert combinations of Unicode characters into a pure Unicode string in list representation for further processing.[10]
  34. If the data cannot be converted, either because of illegal Unicode/ISO Latin-1 characters in the list, or because of invalid UTF encoding in any binaries, an error tuple is returned.[10]
  35. The bytes are decoded to a code point in the invalid Unicode range.[10]
  36. These tables are built from Unicode's EmojiSources.txt .[11]
  37. A license is not provided and many of the glyphs appear to be those in the Unicode charts .[11]
  38. The first version of Unicode was introduced in 1991; the most recent version contains almost 50,000 characters.[12]
  39. Numerous encoding systems (including ASCII) predate Unicode.[12]
  40. With Unicode (unlike earlier systems), the unique number provided for each character remains the same on any system that supports Unicode.[12]
  41. Stata supports Unicode, and you can use the full range of characters everywhere.[13]
  42. And, if you wish, you can use the full range of Unicode characters for your variable names, notes, and the like.[13]
  43. The unicode-range CSS descriptor sets the specific range of characters to be used from a font defined by @font-face and made available for use on the current page.[14]
  44. Therefore the alternative Unicode coding system has been created, which is operating with variable length of the saved character.[15]
  45. The Unicode Standard includes characters from the Basic Multilingual Plane (BMP) and supplementary characters that lie outside the BMP.[16]
  46. This section describes support for Unicode in MySQL.[16]
  47. (Unicode Transformation Format with 8-bit units) method for encoding Unicode data is implemented according to RFC 3629, which describes encoding sequences that take from one to four bytes.[16]
  48. The UTF-16 encoding for the Unicode character set using two or four bytes per character.[16]
  49. I’m a Unicode newbie.[17]
  50. Unicode isn’t hard to understand, but it does cover some low-level CS concepts, like byte order.[17]
  51. Read them alone, or as a follow-up to Joel’s unicode article above.[17]
  52. If you’re like me, you’ll get an itch to read about the details in the Unicode specs or in Wikipedia.[17]
  53. Thankfully the Unicode standard caught on and unified communication.[18]
  54. Unicode 8.0 standardizes over 120,000 characters from over 129 scripts - some modern, some ancient, and some still undeciphered.[18]
  55. Unicode handles left-to-right and right-to-left text, combining marks, and includes diverse cultural, political, religious characters and emojis.[18]
  56. The Unicode Standard defines codes for characters used in all the major languages written today.[18]
  57. people have asked about what the encoding is for various characters in the Unicode standard.[19]
  58. Unicode is a hot topic these days among computer users that work with multilingual text.[19]
  59. If you work with right-to-left text in Unicode and have certain quote marks in your text, then this article is for you.[19]
  60. This document is a reference for those who are interested in encoding the Vai Syllabary in Unicode.[19]
  61. If text contains partial surrogates or data types that are not valid, UNICODE returns the #VALUE![20]
  62. (" ") Returns the unicode number that the space character (a single space inside quotation marks) represents (32).[20]
  63. =UNICODE("B") Returns the unicode number that the uppercase "B" represents (66).[20]
  64. The pre-Unicode world was populated with hundreds of different encoding schemes that assigned a number to each letter or character.[21]
  65. Unicode is a worldwide character-encoding standard, published by the Unicode Consortium.[21]
  66. Often, while reading about Unicode you will encounter acronyms such as UCS-*, UTF-*, and BOM.[21]
  67. Microsoft Word's Unicode, for example, uses Little Endian, while Big Endian is recommended for the Internet.[21]
  68. The goal of Unicode is “to remedy two serious problems common to most multilingual computer programs.[22]
  69. In the end, the Unicode Consortium allocated a total of 16 planes beyond the multilingual plane for encoding characters.[22]
  70. Consequently, a guiding principle of Unicode was to incorporate existing widely-used character coding standards into Unicode as completely as possible.[22]
  71. Thus, Latin 1 appears in Unicode as a contiguous sequence of characters in the same sequence that they appeared in the Latin 1 standard.[22]
  72. Unicode identifies each character by an integer, called its "code point", in the range 0-0x10ffff.[23]
  73. Net-Unicode" is specified in Section 2; the subsequent sections of the document provide background and explanation.[23]
  74. Whenever there is a choice, Unicode SHOULD be used with the text encoding specified here.[23]
  75. Systems conforming to this specification MUST NOT transmit any string containing any code point that is unassigned in the version of Unicode on which they are dependent.[23]
  76. Unicode combining characters are correctly interpreted as well.[24]
  77. Aligns a unicode string s with padding , so that it has a rune-length of count .[24]
  78. Unicode is a computing industry standard designed to consistently and uniquely encode characters used in written languages throughout the world.[25]
  79. The Unicode standard uses hexadecimal to express a character.[25]
  80. Pass through a string of Unicode characters in the URL with the "string" parameter, e.g. https://www.babelstone.co.uk/​Unicode/​whatisit.html?​string=🤦Q☃á€香.[26]
  81. And while we are excited to use the fun new dodo and ninja emoji introduced in Unicode version 13.0, one new character is potentially useful for open source software.[27]
  82. Unicode 13 introduces 214 graphical characters from microcomputers of the late 70s and mid-80s.[27]
  83. According to Unicode, this new version adds support “for lesser-used languages and unique written requirements worldwide, including numerous symbols additions”.[27]
  84. In order to tell you how the Unicode encoding system emerged as an essential part of today’s digital communication, we need to take a quick stroll down the memory lane.[28]
  85. Configure your system for Unicode if you need to display text in unrelated scripts.[29]
  86. There may be situations in which Unicode appears to be the only way to assimilate scripts, because you need to include third-party Unicode data.[29]
  87. all the text is in Japanese and English, you do not need a full Unicode implementation.[29]
  88. Unicode is necessary only when combining text in unrelated scripts, such as Japanese, French, and Hebrew.[29]
  89. The Unicode is a Character Encoding Scheme (CES) that describes the international standard character set used in computers.[30]
  90. Unicode is an attempt to create a compendium of all existing text characters around the world.[30]
  91. Word-processing programs and HTML coding on the Internet serve as an example for the practical use of the Unicode.[30]
  92. The database for Unicode characters contains about 230,000 characters and has a reserve of another one million characters.[30]

소스

  1. ↑ 이동: 1.0 1.1 1.2 Unicode and multilingual support in HTML, fonts, Web browsers and other applications
  2. ↑ 이동: 2.0 2.1 2.2 2.3 Unicode Character Table
  3. ↑ 이동: 3.0 3.1 3.2 3.3 Unicode HOWTO — Python 3.9.1 documentation
  4. ↑ 이동: 4.0 4.1 4.2 4.3 Wikipedia
  5. ↑ List of Unicode characters
  6. ↑ 이동: 6.0 6.1 6.2 6.3 International Components for Unicode
  7. ↑ 이동: 7.0 7.1 7.2 7.3 The Go Programming Language
  8. ↑ 이동: 8.0 8.1 8.2 8.3 PHP: Unicode character properties
  9. ↑ 이동: 9.0 9.1 9.2 base character set
  10. ↑ 이동: 10.0 10.1 10.2 10.3 Erlang -- unicode
  11. ↑ 이동: 11.0 11.1 Emoji unicode characters for use on the web
  12. ↑ 이동: 12.0 12.1 12.2 Unicode | Development & Facts
  13. ↑ 이동: 13.0 13.1 Unicode support
  14. ↑ unicode-range - CSS: Cascading Style Sheets
  15. ↑ Unicode character coding description
  16. ↑ 이동: 16.0 16.1 16.2 16.3 MySQL :: MySQL 5.6 Reference Manual :: 10.9 Unicode Support
  17. ↑ 이동: 17.0 17.1 17.2 17.3 Unicode and You – BetterExplained
  18. ↑ 이동: 18.0 18.1 18.2 18.3 Wisdom/Awesome-Unicode: A curated list of delightful Unicode tidbits, packages and resources.
  19. ↑ 이동: 19.0 19.1 19.2 19.3 Unicode
  20. ↑ 이동: 20.0 20.1 20.2 UNICODE function
  21. ↑ 이동: 21.0 21.1 21.2 21.3 Unicode 101: An Introduction to the Unicode Standard
  22. ↑ 이동: 22.0 22.1 22.2 22.3 Unicode Standard - an overview
  23. ↑ 이동: 23.0 23.1 23.2 23.3 Unicode Format for Network Interchange
  24. ↑ 이동: 24.0 24.1 unicode
  25. ↑ 이동: 25.0 25.1 Unicode (The Java™ Tutorials > Internationalization > Working with Text)
  26. ↑ What Unicode character is this ?
  27. ↑ 이동: 27.0 27.1 27.2 Unicode 13: Creative Commons symbol & computing history
  28. ↑ Unicode: The Journey From Standardizing Texts to Emojis
  29. ↑ 이동: 29.0 29.1 29.2 29.3 What is Unicode?
  30. ↑ 이동: 30.0 30.1 30.2 30.3 The Digital Marketing Wiki

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