「multibyte character」に関連した動画の一覧

	#326 YouTube Comment Boxes Counting Bytes Instead of Characters  Hikosaemon's vid: www.youtube.com My somewhat better organized vid in Japanese: www.youtube.com Looks like the root cause, counting bytes instead of characters, has been known for a while: questionbox.jp.msn.com YouTube Comment Boxes Count Bytes Instead Of Characters, though you've probably only ever noticed if you've tried entering comments in a language that uses a multibyte character set like Japanese, Chinese, or Korean. 2009年09月16日再生回数 387
	Putting the cork back on the bottle: Improving Unicode...  Full video: river-valley.tv In the TeX world, the name of Cork is associated with a standardization effort dating back to 1990, the Cork font encoding, which can be used for most European languages written in the Latin script. At about the same time, though, a much wider standardization effort was initiated, as the Unicode Consortium was created to devise a universal character set suitable for any language and writing system. Of course, it wasn't long before people felt the need to support Unicode in TeX--like systems. How far are we today? The latest extensions to the TeX engine are all labelled as "supporting Unicode", but upon closer inspection this reveals rather imprecise: does it mean enabling UTF--8 input, handling multibyte characters, or implementing all the Unicode character properties and algorithms? In the framework of Google Summer of Code, one of us (Arthur) is sponsored to improve Unicode support in TeX. The original accepted proposal was about three aspects: combining characters, bidirectional algorithm and line--breaking properties, and I will be working on LuaTeX and XeTeX, who both handle multibyte characters and UTF--8 characters natively. Combining characters are Unicode's diacritical marks: you put them after a character (called "base character") to add an accent to it. This is very similar to TeX's \accent primitive, except that they come after the character they apply to, and that you can stack them. There are also equivalences between sequences ... 2008年09月02日再生回数 1769
	Katakana Pronunciation: Japanese Alphabet Syllabary  Katakana (片仮名, カタカナ or かたかな, Katakana?) is a Japanese syllabary, one component of the Japanese writing system along with hiragana, kanji, and in some cases the Latin alphabet. The word katakana means "fragmentary kana", as the katakana scripts are derived from components of more complex kanji. Katakana are characterized by short, straight strokes and angular corners, and are the simplest of the Japanese scripts. There are two main systems of ordering katakana: the old-fashioned iroha ordering, and the more prevalent gojūon ordering. In modern Japanese, katakana are most often used for transcription of words from foreign languages[3] (called gairaigo). For example, "television" is written terebi (テレビ, terebi?). Similarly, katakana is usually used for country names, foreign places, and personal names. For example America is written アメリカ Amerika (America also has its own kanji (ateji) Amerika (亜米利加, Amerika?) or for short, Beikoku (米国, Beikoku?) which literally means "Rice Country"). Katakana are also used for onomatopoeia,[4] words used to represent sounds; for example pinpon (ピンポン, pinpon?), the "ding-dong" sound of a doorbell, would usually be written in katakana. Also for "words the writer wishes to emphasize."[5] Technical and scientific terms, such as the names of animal and plant species and minerals, are also commonly written in katakana. Katakana are also often, but not always, used for transcription of Japanese company names. For example ... 2008年11月19日再生回数 30696
	Katakana Pronunciation: Japanese Alphabet Syllabary in WideScreen (hmmf, crying chic!)  Katakana (片仮名, カタカナ or かたかな, Katakana?) is a Japanese syllabary, one component of the Japanese writing system along with hiragana, kanji, and in some cases the Latin alphabet. The word katakana means "fragmentary kana", as the katakana scripts are derived from components of more complex kanji. Katakana are characterized by short, straight strokes and angular corners, and are the simplest of the Japanese scripts. There are two main systems of ordering katakana: the old-fashioned iroha ordering, and the more prevalent gojūon ordering. In modern Japanese, katakana are most often used for transcription of words from foreign languages[3] (called gairaigo). For example, "television" is written terebi (テレビ, terebi?). Similarly, katakana is usually used for country names, foreign places, and personal names. For example America is written アメリカ Amerika (America also has its own kanji (ateji) Amerika (亜米利加, Amerika?) or for short, Beikoku (米国, Beikoku?) which literally means "Rice Country"). Katakana are also used for onomatopoeia,[4] words used to represent sounds; for example pinpon (ピンポン, pinpon?), the "ding-dong" sound of a doorbell, would usually be written in katakana. Also for "words the writer wishes to emphasize."[5] Technical and scientific terms, such as the names of animal and plant species and minerals, are also commonly written in katakana. Katakana are also often, but not always, used for transcription of Japanese company names. For example ... 2008年12月03日再生回数 10441
	AA(Ascii Art) Animation  ASCII Art Animation from NicoNicoDouga. Original title is "魔理沙は大変なものをAA化していきました". AA(ASCII ART) is the picture drawn with Single Byte Characters or Multibyte Characters (ex. 0123Abcい呆／). This movie is made with about 600 Ascii Art pictures. Original URL is www.nicovideo.jp (You need nicovideo account) 2010年04月14日再生回数 414
	CVE-2010-3552 : Sun Java Runtime New Plugin docbase Buffer Overflow  Blog : eromang.zataz.com Twitter twitter.com Sun Java Runtime New Plugin docbase Buffer Overflow CVE-2010-3552 ZDI-10-206 This module exploits a flaw in the new plugin component of the Sun Java Runtime Environment before v6 Update 22. By specifying specific parameters to the new plugin, an attacker can cause a stack-based buffer overflow and execute arbitrary code. When the new plugin is invoked with a "launchjnlp" parameter, it will copy the contents of the "docbase" parameter to a stack-buffer using the "sprintf" function. A string of 396 bytes is enough to overflow the 256 byte stack buffer and overwrite some local variables as well as the saved return address. NOTE: The string being copied is first passed through the "WideCharToMultiByte". Due to this, only characters which have a valid localized multibyte representation are allowed. Invalid characters will be replaced with question marks ('?'). This vulnerability was originally discovered independently by both Stephen Fewer and Berend Jan Wever (SkyLined). Although exhaustive testing hasn't been done, all versions since version 6 Update 10 are believed to be affected by this vulnerability. This vulnerability was patched as part of the October 2010 Oracle Patch release. Some Web sites still deliver JRE V6 Update 20 Tested on Windows 7 Integral Edition with JRE V6 Update 20 2010年10月27日再生回数 1266
	PHP 5.2 - 5.2.11 bypass htmlspecialcharacters  PHP 'htmlspecialcharacters()' Malformed Multibyte Character Cross Site Scripting Vulnerability Info: www.securityfocus.com foro.elhacker.net 2010年01月17日再生回数 1812
	RapidPLUS  Rapidplus™ provides development tools that enable the user to: design and develop MMI using a virtual prototype; automatically generate C code (using RapidPLUS Code Generation); automatically generate specification documents (using RapidPLUS DOC); automatically perform regression tests. It is aimed particularly at MMI for mobile phones and digital cameras, but can be used for other applications. RapidPLUS WEB STUDIO enables the generation of optimised Java applets to present simulations on the web and provides a SAT tool for creating interactive feature demonstrations for simulations with voice-over annotations and animation. Features: Template-driven customizable document generation, Documents are automatically updated when changes are made to simulation, HTML and RTF document generation Generates platform independent ANSI C code for the HMI; Components and objects can be reused between applications and within applications; Group development; Graphic library with minimum integration enables use of simple matrix LCD without high level driver development; Lean and clean interface layer allows easy integration of the HMI code with the rest of the embedded system; and Unicode and Multibyte support for multiple language character integration. Allows designers to create LiveProducts, which are interactive, functional simulations that look and behave like real products. LiveProducts simulations can be displayed and distributed on multimedia kiosks, the Internet, Intranet and CD ... 2009年06月22日再生回数 1337
	DIR in C++ using Win32API (part 2)  Make sure that you change the character set from Unicode to Multi-Byte ! 2008年12月01日再生回数 1428
	Python 3000  Google TechTalks July 21, 2006 Guido van Rossum is a computer programmer who is best known as the author and Benevolent Dictator for Life of the Python programming language. ABSTRACT The next major version of Python, nicknamed Python 3000 (or more prosaically Python 3.0), has been anticipated for a long time. For years I have been collecting and exploring ideas that were too radical for Python 2.x, and it's time to stop dreaming and start coding. In this talk I will present the community process that will be used to complete the specification for Python 3000, as well as some of the major changes to the language and the remaining challenges. 2007年07月24日再生回数 21544