Examples of using Code points in English and their translations into Vietnamese
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Colloquial
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Ecclesiastic
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Computer
Code Points: U+270A.
It was designed to hold over a million code points.
Code Points: U+274E.
UTF-32 is such an encoding that encodes all Unicode code points using 32 bits.
Code Points: U+1F602.
That list also includes LaTeX and HTML markup,and Unicode code points for each symbol.
Code Points: U+1F5A4.
The Unicode code space for characters is divided into 17"planes",each plane has 65536 code points.
Code Points: U+1F60D.
The Unicode code space for characters is divided into 17 planes,and each plane has 65,536 code points.
Code Points: U+1F91E.
The draft ISO 10646 standard contained a non-required annex called UTF-1 thatprovided a byte stream encoding of its 32-bit code points.
Code Points: U+1F6AC.
The ASCII character set(and, more generally, ISO 646) contains exactly 94 graphic non-whitespace characters,which form a contiguous range of code points.
Code Points: U+1F53B.
These are code points U+D800 through U+DFFF.
Unicode code points are divided into 17 planes with 65,536code points in each plane.
However, for compatibility, the first 255 code points of the Unicode system is same as that of the ANSI system for Western language characters and numbers.
Unicode code points are written in hexadecimal(to keep the numbers shorter), preceded by a"U+"(that's just what they do, it has no other meaning than"this is a Unicode code point").
The simplest possible way tostore all possible 220+216 Unicode code points is to use 32 bits for each character, that is, four bytes-- hence, this encoding is referred to as UTF-32 by Unicode and UCS-4 in ISO/IEC 10646 documentation.
How these code points are actually encoded into bits is a different topic.
Unicode code point: %4(In decimal: %5).
Supports differentiated services code point(DSCP) and 802.1Q/p standards.
The phone supports differentiated services code point(DSCP) and 802.1Q/p standards.
UTF-32 is a fixedlength encoding that uses 32 bits for every code point.
In UTF-8, every code point from 0-127 is stored in a single byte.
The UTF-8 encodes each character(code point) in 1 to 4 octets(8-bit bytes).
UNICODE Returns the number(code point) that corresponds to the first character of the text.
This id is a number(integer),starting at 0, and is called the char's code point.
Serbian/Macedonian Cyrillic uses some language specific glyphs.In Unicode these are encoded in a single code point.