-This is libunistring.info, produced by makeinfo version 4.13 from
+This is libunistring.info, produced by makeinfo version 5.1 from
libunistring.texi.
INFO-DIR-SECTION Software development
* uniname.h:: Names of Unicode characters
* unictype.h:: Unicode character classification and properties
* uniwidth.h:: Display width
+* unigbrk.h:: Grapheme cluster breaking
* uniwbrk.h:: Word breaks in strings
* unilbrk.h:: Line breaking
* uninorm.h:: Normalization forms
* Index:: General Index
- --- The Detailed Node Listing ---
+ — The Detailed Node Listing —
Introduction
* Unicode and i18n:: Unicode and internationalization
* Locale encodings:: What is a locale encoding?
* In-memory representation:: How to represent strings in memory?
-* char * strings:: What to keep in mind with `char *' strings
-* The wchar_t mess:: Why `wchar_t *' strings are useless
+* char * strings:: What to keep in mind with ‘char *’ strings
+* The wchar_t mess:: Why ‘wchar_t *’ strings are useless
* Unicode strings:: How are Unicode strings represented?
unistr.h
* General category::
* Canonical combining class::
-* Bidirectional category::
+* Bidi class::
* Decimal digit value::
* Digit value::
* Numeric value::
* Mirrored character::
+* Arabic shaping::
* Properties::
* Scripts::
* Blocks::
* Properties as objects::
* Properties as functions::
+unigbrk.h
+
+* Grapheme cluster breaks in a string::
+* Grapheme cluster break property::
+
uniwbrk.h
* Word breaks in a string::
* GNU LGPL:: GNU Lesser General Public License
* GNU FDL:: GNU Free Documentation License
+
\1f
File: libunistring.info, Node: Introduction, Next: Conventions, Prev: Top, Up: Top
It consists of the following parts:
-`<unistr.h>'
+‘<unistr.h>’
elementary string functions
-
-`<uniconv.h>'
+‘<uniconv.h>’
conversion from/to legacy encodings
-
-`<unistdio.h>'
+‘<unistdio.h>’
formatted output to strings
-
-`<uniname.h>'
+‘<uniname.h>’
character names
-
-`<unictype.h>'
+‘<unictype.h>’
character classification and properties
-
-`<uniwidth.h>'
+‘<uniwidth.h>’
string width when using nonproportional fonts
-
-`<uniwbrk.h>'
+‘<unigbrk.h>’
+ grapheme cluster breaks
+‘<uniwbrk.h>’
word breaks
-
-`<unilbrk.h>'
+‘<unilbrk.h>’
line breaking algorithm
-
-`<uninorm.h>'
+‘<uninorm.h>’
normalization (composition and decomposition)
-
-`<unicase.h>'
+‘<unicase.h>’
case folding
-
-`<uniregex.h>'
+‘<uniregex.h>’
regular expressions (not yet implemented)
libunistring is for you if your application involves non-trivial text
processing, such as upper/lower case conversions, line breaking,
operations on words, or more advanced analysis of text. Text provided
-by the user can, in general, contain characters of all kinds of
-scripts. The text processing functions provided by this library handle
-all scripts and all languages.
+by the user can, in general, contain characters of all kinds of scripts.
+The text processing functions provided by this library handle all
+scripts and all languages.
libunistring is for you if your application already uses the ISO C /
-POSIX `<ctype.h>', `<wctype.h>' functions and the text it operates on is
+POSIX ‘<ctype.h>’, ‘<wctype.h>’ functions and the text it operates on is
provided by the user and can be in any language.
- libunistring is also for you if your application uses Unicode
-strings as internal in-memory representation.
+ libunistring is also for you if your application uses Unicode strings
+as internal in-memory representation.
* Menu:
* Unicode and i18n:: Unicode and internationalization
* Locale encodings:: What is a locale encoding?
* In-memory representation:: How to represent strings in memory?
-* char * strings:: What to keep in mind with `char *' strings
-* The wchar_t mess:: Why `wchar_t *' strings are useless
+* char * strings:: What to keep in mind with ‘char *’ strings
+* The wchar_t mess:: Why ‘wchar_t *’ strings are useless
* Unicode strings:: How are Unicode strings represented?
\1f
Unicode is a standardized repertoire of characters that contains
characters from all scripts of the world, from Latin letters to Chinese
-ideographs and Babylonian cuneiform glyphs. It also specifies how
-these characters are to be rendered on a screen or on paper, and how
-common text processing (word selection, line breaking, uppercasing of
-page titles etc.) is supposed to behave on Unicode text.
+ideographs and Babylonian cuneiform glyphs. It also specifies how these
+characters are to be rendered on a screen or on paper, and how common
+text processing (word selection, line breaking, uppercasing of page
+titles etc.) is supposed to behave on Unicode text.
Unicode also specifies three ways of storing sequences of Unicode
-characters in a computer whose basic unit of data is an 8-bit byte:
+characters in a computer whose basic unit of data is an 8-bit byte:
UTF-8
Every character is represented as 1 to 4 bytes.
-
UTF-16
Every character is represented as 1 to 2 units of 16 bits.
-
UTF-32, a.k.a. UCS-4
Every character is represented as 1 unit of 32 bits.
processing of pure Japanese text was error prone.
References:
- * The Unicode standard: `http://www.unicode.org/'
-
- * Definition of UTF-8: `http://www.rfc-editor.org/rfc/rfc3629.txt'
-
- * Definition of UTF-16: `http://www.rfc-editor.org/rfc/rfc2781.txt'
-
- * Markus Kuhn's UTF-8 and Unicode FAQ:
- `http://www.cl.cam.ac.uk/~mgk25/unicode.html'
+ • The Unicode standard: <http://www.unicode.org/>
+ • Definition of UTF-8: <http://www.rfc-editor.org/rfc/rfc3629.txt>
+ • Definition of UTF-16: <http://www.rfc-editor.org/rfc/rfc2781.txt>
+ • Markus Kuhn’s UTF-8 and Unicode FAQ:
+ <http://www.cl.cam.ac.uk/~mgk25/unicode.html>
\1f
File: libunistring.info, Node: Unicode and i18n, Next: Locale encodings, Prev: Unicode, Up: Introduction
====================================
Internationalization is the process of changing the source code of a
-program so that it can meet the expectations of users in any culture,
-if culture specific data (translations, images etc.) are provided.
-
- Use of Unicode is not strictly required for internationalization,
-but it makes internationalization much easier, because operations that
-need to look at specific characters (like hyphenation, spell checking,
-or the automatic conversion of double-quotes to opening and closing
-double-quote characters) don't need to consider multiple possible
+program so that it can meet the expectations of users in any culture, if
+culture specific data (translations, images etc.) are provided.
+
+ Use of Unicode is not strictly required for internationalization, but
+it makes internationalization much easier, because operations that need
+to look at specific characters (like hyphenation, spell checking, or the
+automatic conversion of double-quotes to opening and closing
+double-quote characters) don’t need to consider multiple possible
encodings of the text.
Use of Unicode also enables multilingualization: the ability of
But use of Unicode is not everything. Internationalization usually
consists of three features:
- * Use of Unicode where needed for text processing. This is what
- this library is for.
-
- * Use of message catalogs for messages shown to the user, This is
+ • Use of Unicode where needed for text processing. This is what this
+ library is for.
+ • Use of message catalogs for messages shown to the user, This is
what GNU gettext is about.
-
- * Use of locale specific conventions for date and time formats, for
+ • Use of locale specific conventions for date and time formats, for
numeric formatting, or for sorting of text. This can be done
- adequately with the POSIX APIs and the implementation of locales
- in the GNU C library.
+ adequately with the POSIX APIs and the implementation of locales in
+ the GNU C library.
\1f
File: libunistring.info, Node: Locale encodings, Next: In-memory representation, Prev: Unicode and i18n, Up: Introduction
1.3 Locale encodings
====================
- A locale is a set of cultural conventions. According to POSIX, for
-a program, at any moment, there is one locale being designated as the
-"current locale". (Actually, POSIX supports also one locale per
-thread, but this feature is not yet universally implemented and not
-widely used.) The locale is partitioned into several aspects, called
-the "categories" of the locale. The main various aspects are:
- * The character encoding and the character properties. This is the
- `LC_CTYPE' category.
-
- * The sorting rules for text. This is the `LC_COLLATE' category.
-
- * The language specific translations of messages. This is the
- `LC_MESSAGES' category.
-
- * The formatting rules for numbers, such as the decimal separator.
- This is the `LC_NUMERIC' category.
-
- * The formatting rules for amounts of money. This is the
- `LC_MONETARY' category.
-
- * The formatting of date and time. This is the `LC_TIME' category.
-
- In particular, the `LC_CTYPE' category of the current locale
-determines the character encoding. This is the encoding of `char *'
-strings. We also call it the "locale encoding". GNU libunistring has
-a function, `locale_charset', that returns a standardized (platform
+ A locale is a set of cultural conventions. According to POSIX, for a
+program, at any moment, there is one locale being designated as the
+“current locale”. (Actually, POSIX supports also one locale per thread,
+but this feature is not yet universally implemented and not widely
+used.) The locale is partitioned into several aspects, called the
+“categories” of the locale. The main various aspects are:
+ • The character encoding and the character properties. This is the
+ ‘LC_CTYPE’ category.
+ • The sorting rules for text. This is the ‘LC_COLLATE’ category.
+ • The language specific translations of messages. This is the
+ ‘LC_MESSAGES’ category.
+ • The formatting rules for numbers, such as the decimal separator.
+ This is the ‘LC_NUMERIC’ category.
+ • The formatting rules for amounts of money. This is the
+ ‘LC_MONETARY’ category.
+ • The formatting of date and time. This is the ‘LC_TIME’ category.
+
+ In particular, the ‘LC_CTYPE’ category of the current locale
+determines the character encoding. This is the encoding of ‘char *’
+strings. We also call it the “locale encoding”. GNU libunistring has a
+function, ‘locale_charset’, that returns a standardized (platform
independent) name for this encoding.
All locale encodings used on glibc systems are essentially ASCII
Among the possible locale encodings are UTF-8 and GB18030. Both
allow to represent any Unicode character as a sequence of bytes. UTF-8
-is used in most of the world, whereas GB18030 is used in the People's
+is used in most of the world, whereas GB18030 is used in the People’s
Republic of China, because it is backward compatible with the GB2312
encoding that was used in this country earlier.
- The legacy locale encodings, ISO-8859-15 (which supplanted
-ISO-8859-1 in most of Europe), ISO-8859-2, KOI8-R, EUC-JP, etc., are
-still in use in many places, though.
+ The legacy locale encodings, ISO-8859-15 (which supplanted ISO-8859-1
+in most of Europe), ISO-8859-2, KOI8-R, EUC-JP, etc., are still in use
+in many places, though.
UTF-16 and UTF-32 are not used as locale encodings, because they are
not ASCII compatible.
There are three ways of representing strings in memory of a running
program.
- * As `char *' strings. Such strings are represented in locale
+ • As ‘char *’ strings. Such strings are represented in locale
encoding. This approach is employed when not much text processing
is done by the program. When some Unicode aware processing is to
be done, a string is converted to Unicode on the fly and back to
locale encoding afterwards.
-
- * As UTF-8 or UTF-16 or UTF-32 strings. This implies that
- conversion from locale encoding to Unicode is performed on input,
- and in the opposite direction on output. This approach is
- employed when the program does a significant amount of text
- processing, or when the program has multiple threads operating on
- the same data but in different locales.
-
- * As `wchar_t *', a.k.a. "wide strings". This approach is misguided,
- see *note The wchar_t mess::.
+ • As UTF-8 or UTF-16 or UTF-32 strings. This implies that conversion
+ from locale encoding to Unicode is performed on input, and in the
+ opposite direction on output. This approach is employed when the
+ program does a significant amount of text processing, or when the
+ program has multiple threads operating on the same data but in
+ different locales.
+ • As ‘wchar_t *’, a.k.a. “wide strings”. This approach is
+ misguided, see *note The wchar_t mess::.
\1f
File: libunistring.info, Node: char * strings, Next: The wchar_t mess, Prev: In-memory representation, Up: Introduction
-1.5 `char *' strings
+1.5 ‘char *’ strings
====================
The classical C strings, with its C library support standardized by
ISO C and POSIX, can be used in internationalized programs with some
precautions. The problem with this API is that many of the C library
-functions for strings don't work correctly on strings in locale
+functions for strings don’t work correctly on strings in locale
encodings, leading to bugs that only people in some cultures of the
world will experience.
The first problem with the C library API is the support of multibyte
locales. According to the locale encoding, in general, every character
-is represented by one or more bytes (up to 4 bytes in practice -- but
-use `MB_LEN_MAX' instead of the number 4 in the code). When every
-character is represented by only 1 byte, we speak of an "unibyte
-locale", otherwise of a "multibyte locale". It is important to realize
-that the majority of Unix installations nowadays use UTF-8 or GB18030
-as locale encoding; therefore, the majority of users are using
-multibyte locales.
+is represented by one or more bytes (up to 4 bytes in practice — but use
+‘MB_LEN_MAX’ instead of the number 4 in the code). When every character
+is represented by only 1 byte, we speak of an “unibyte locale”,
+otherwise of a “multibyte locale”. It is important to realize that the
+majority of Unix installations nowadays use UTF-8 or GB18030 as locale
+encoding; therefore, the majority of users are using multibyte locales.
- The important fact to remember is: _A `char' is a byte, not a
-character._
+ The important fact to remember is:
+ _A ‘char’ is a byte, not a character._
As a consequence:
- * The `<ctype.h>' API is useless in this context; it does not work in
+ • The ‘<ctype.h>’ API is useless in this context; it does not work in
multibyte locales.
-
- * The `strlen' function does not return the number of characters in
- a string. Nor does it return the number of screen columns occupied
+ • The ‘strlen’ function does not return the number of characters in a
+ string. Nor does it return the number of screen columns occupied
by a string after it is output. It merely returns the number of
_bytes_ occupied by a string.
-
- * Truncating a string, for example, with `strncpy', can have the
+ • Truncating a string, for example, with ‘strncpy’, can have the
effect of truncating it in the middle of a multibyte character.
Such a string will, when output, have a garbled character at its
end, often represented by a hollow box.
-
- * `strchr' and `strrchr' do not work with multibyte strings if the
+ • ‘strchr’ and ‘strrchr’ do not work with multibyte strings if the
locale encoding is GB18030 and the character to be searched is a
digit.
-
- * `strstr' does not work with multibyte strings if the locale
+ • ‘strstr’ does not work with multibyte strings if the locale
encoding is different from UTF-8.
-
- * `strcspn', `strpbrk', `strspn' cannot work correctly in multibyte
+ • ‘strcspn’, ‘strpbrk’, ‘strspn’ cannot work correctly in multibyte
locales: they assume the second argument is a list of single-byte
characters. Even in this simple case, they do not work with
multibyte strings if the locale encoding is GB18030 and one of the
characters to be searched is a digit.
-
- * `strsep' and `strtok_r' do not work with multibyte strings unless
+ • ‘strsep’ and ‘strtok_r’ do not work with multibyte strings unless
all of the delimiter characters are ASCII characters < 0x30.
-
- * The `strcasecmp', `strncasecmp', and `strcasestr' functions do not
+ • The ‘strcasecmp’, ‘strncasecmp’, and ‘strcasestr’ functions do not
work with multibyte strings.
The workarounds can be found in GNU gnulib
-`http://www.gnu.org/software/gnulib/'.
- * gnulib has modules `mbchar', `mbiter', `mbuiter' that represent
- multibyte characters and allow to iterate across a multibyte
- string with the same ease as through a unibyte string.
-
- * gnulib has functions `mbslen' and `mbswidth' that can be used
- instead of `strlen' when the number of characters or the number of
+<http://www.gnu.org/software/gnulib/>.
+ • gnulib has modules ‘mbchar’, ‘mbiter’, ‘mbuiter’ that represent
+ multibyte characters and allow to iterate across a multibyte string
+ with the same ease as through a unibyte string.
+ • gnulib has functions ‘mbslen’ and ‘mbswidth’ that can be used
+ instead of ‘strlen’ when the number of characters or the number of
screen columns of a string is requested.
-
- * gnulib has functions `mbschr' and `mbsrrchr' that are like
- `strchr' and `strrchr', but work in multibyte locales.
-
- * gnulib has a function `mbsstr', like `strstr', but works in
+ • gnulib has functions ‘mbschr’ and ‘mbsrrchr’ that are like ‘strchr’
+ and ‘strrchr’, but work in multibyte locales.
+ • gnulib has a function ‘mbsstr’, like ‘strstr’, but works in
multibyte locales.
-
- * gnulib has functions `mbscspn', `mbspbrk', `mbsspn' that are like
- `strcspn', `strpbrk', `strspn', but work in multibyte locales.
-
- * gnulib has functions `mbssep' and `mbstok_r' that are like
- `strsep' and `strtok_r' but work in multibyte locales.
-
- * gnulib has functions `mbscasecmp', `mbsncasecmp', `mbspcasecmp',
- and `mbscasestr' that are like `strcasecmp', `strncasecmp', and
- `strcasestr', but work in multibyte locales. Still, the function
- `ulc_casecmp' is preferable to these functions; see below.
+ • gnulib has functions ‘mbscspn’, ‘mbspbrk’, ‘mbsspn’ that are like
+ ‘strcspn’, ‘strpbrk’, ‘strspn’, but work in multibyte locales.
+ • gnulib has functions ‘mbssep’ and ‘mbstok_r’ that are like ‘strsep’
+ and ‘strtok_r’ but work in multibyte locales.
+ • gnulib has functions ‘mbscasecmp’, ‘mbsncasecmp’, ‘mbspcasecmp’,
+ and ‘mbscasestr’ that are like ‘strcasecmp’, ‘strncasecmp’, and
+ ‘strcasestr’, but work in multibyte locales. Still, the function
+ ‘ulc_casecmp’ is preferable to these functions; see below.
The second problem with the C library API is that it has some
assumptions built-in that are not valid in some languages:
- * It assumes that there are only two forms of every character:
+ • It assumes that there are only two forms of every character:
uppercase and lowercase. This is not true for Croatian, where the
character LETTER DZ WITH CARON comes in three forms: LATIN CAPITAL
- LETTER DZ WITH CARON (DZ), LATIN CAPITAL LETTER D WITH SMALL
- LETTER Z WITH CARON (Dz), LATIN SMALL LETTER DZ WITH CARON (dz).
-
- * It assumes that uppercasing of 1 character leads to 1 character.
+ LETTER DZ WITH CARON (DZ), LATIN CAPITAL LETTER D WITH SMALL LETTER
+ Z WITH CARON (Dz), LATIN SMALL LETTER DZ WITH CARON (dz).
+ • It assumes that uppercasing of 1 character leads to 1 character.
This is not true for German, where the LATIN SMALL LETTER SHARP S,
- when uppercased, becomes `SS'.
-
- * It assumes that there is 1:1 mapping between uppercase and
+ when uppercased, becomes ‘SS’.
+ • It assumes that there is 1:1 mapping between uppercase and
lowercase forms. This is not true for the Greek sigma: GREEK
CAPITAL LETTER SIGMA is the uppercase of both GREEK SMALL LETTER
SIGMA and GREEK SMALL LETTER FINAL SIGMA.
-
- * It assumes that the upper/lowercase mappings are position
+ • It assumes that the upper/lowercase mappings are position
independent. This is not true for the Greek sigma and the
Lithuanian i.
The correct way to deal with this problem is
1. to provide functions for titlecasing, as well as for upper- and
lowercasing,
-
2. to view case transformations as functions that operates on strings,
rather than on characters.
This is implemented in this library, through the functions declared
-in `<unicase.h>', see *note unicase.h::.
+in ‘<unicase.h>’, see *note unicase.h::.
\1f
File: libunistring.info, Node: The wchar_t mess, Next: Unicode strings, Prev: char * strings, Up: Introduction
-1.6 The `wchar_t' mess
+1.6 The ‘wchar_t’ mess
======================
The ISO C and POSIX standard creators made an attempt to fix the
first problem mentioned in the previous section. They introduced
- * a type `wchar_t', designed to encapsulate an entire character,
-
- * a "wide string" type `wchar_t *', and
-
- * functions declared in `<wctype.h>' that were meant to supplant the
- ones in `<ctype.h>'.
+ • a type ‘wchar_t’, designed to encapsulate an entire character,
+ • a “wide string” type ‘wchar_t *’, and
+ • functions declared in ‘<wctype.h>’ that were meant to supplant the
+ ones in ‘<ctype.h>’.
Unfortunately, this API and its implementation has numerous problems:
- * On AIX and Windows platforms, `wchar_t' is a 16-bit type. This
+ • On AIX and Windows platforms, ‘wchar_t’ is a 16-bit type. This
means that it can never accommodate an entire Unicode character.
- Either the `wchar_t *' strings are limited to characters in UCS-2
- (the "Basic Multilingual Plane" of Unicode), or -- if `wchar_t *'
- strings are encoded in UTF-16 -- a `wchar_t' represents only half
- of a character in the worst case, making the `<wctype.h>' functions
+ Either the ‘wchar_t *’ strings are limited to characters in UCS-2
+ (the “Basic Multilingual Plane” of Unicode), or — if ‘wchar_t *’
+ strings are encoded in UTF-16 — a ‘wchar_t’ represents only half of
+ a character in the worst case, making the ‘<wctype.h>’ functions
pointless.
- * On Solaris and FreeBSD, the `wchar_t' encoding is locale dependent
+ • On Solaris and FreeBSD, the ‘wchar_t’ encoding is locale dependent
and undocumented. This means, if you want to know any property of
- a `wchar_t' character, other than the properties defined by
- `<wctype.h>' -- such as whether it's a dash, currency symbol,
- paragraph separator, or similar --, you have to convert it to
- `char *' encoding first, by use of the function `wctomb'.
-
- * When you read a stream of wide characters, through the functions
- `fgetwc' and `fgetws', and when the input stream/file is not in
- the expected encoding, you have no way to determine the invalid
- byte sequence and do some corrective action. If you use these
- functions, your program becomes "garbage in - more garbage out" or
- "garbage in - abort".
-
- As a consequence, it is better to use multibyte strings, as
-explained in the previous section. Such multibyte strings can bypass
-limitations of the `wchar_t' type, if you use functions defined in
-gnulib and libunistring for text processing. They can also faithfully
-transport malformed characters that were present in the input, without
-requiring the program to produce garbage or abort.
+ a ‘wchar_t’ character, other than the properties defined by
+ ‘<wctype.h>’ — such as whether it’s a dash, currency symbol,
+ paragraph separator, or similar —, you have to convert it to ‘char
+ *’ encoding first, by use of the function ‘wctomb’.
+
+ • When you read a stream of wide characters, through the functions
+ ‘fgetwc’ and ‘fgetws’, and when the input stream/file is not in the
+ expected encoding, you have no way to determine the invalid byte
+ sequence and do some corrective action. If you use these
+ functions, your program becomes “garbage in - more garbage out” or
+ “garbage in - abort”.
+
+ As a consequence, it is better to use multibyte strings, as explained
+in the previous section. Such multibyte strings can bypass limitations
+of the ‘wchar_t’ type, if you use functions defined in gnulib and
+libunistring for text processing. They can also faithfully transport
+malformed characters that were present in the input, without requiring
+the program to produce garbage or abort.
\1f
File: libunistring.info, Node: Unicode strings, Prev: The wchar_t mess, Up: Introduction
1.7 Unicode strings
===================
- libunistring supports Unicode strings in three representations:
- * UTF-8 strings, through the type `uint8_t *'. The units are bytes
- (`uint8_t').
-
- * UTF-16 strings, through the type `uint16_t *', The units are
- 16-bit memory words (`uint16_t').
-
- * UTF-32 strings, through the type `uint32_t *'. The units are
- 32-bit memory words (`uint32_t').
+ libunistring supports Unicode strings in three representations:
+ • UTF-8 strings, through the type ‘uint8_t *’. The units are bytes
+ (‘uint8_t’).
+ • UTF-16 strings, through the type ‘uint16_t *’, The units are 16-bit
+ memory words (‘uint16_t’).
+ • UTF-32 strings, through the type ‘uint32_t *’. The units are
+ 32-bit memory words (‘uint32_t’).
As with C strings, there are two variants:
- * Unicode strings with a terminating NUL character are represented as
+ • Unicode strings with a terminating NUL character are represented as
a pointer to the first unit of the string. There is a unit
containing a 0 value at the end. It is considered part of the
string for all memory allocation purposes, but is not considered
part of the string for all other logical purposes.
-
- * Unicode strings where embedded NUL characters are allowed. These
+ • Unicode strings where embedded NUL characters are allowed. These
are represented by a pointer to the first unit and the number of
- units (not bytes!) of the string. In this setting, there is no
- trailing zero-valued unit used as "end marker".
+ units (not bytes!) of the string. In this setting, there is no
+ trailing zero-valued unit used as “end marker”.
\1f
File: libunistring.info, Node: Conventions, Next: unitypes.h, Prev: Introduction, Up: Top
This chapter explains conventions valid throughout the libunistring
library.
- Variables of type `char *' denote C strings in locale encoding. See
+ Variables of type ‘char *’ denote C strings in locale encoding. See
*note Locale encodings::.
- Variables of type `uint8_t *' denote UTF-8 strings. Their units are
+ Variables of type ‘uint8_t *’ denote UTF-8 strings. Their units are
bytes.
- Variables of type `uint16_t *' denote UTF-16 strings, without byte
+ Variables of type ‘uint16_t *’ denote UTF-16 strings, without byte
order mark. Their units are 2-byte words.
- Variables of type `uint32_t *' denote UTF-32 strings, without byte
+ Variables of type ‘uint32_t *’ denote UTF-32 strings, without byte
order mark. Their units are 4-byte words.
- Argument pairs `(S, N)' denote a string `S[0..N-1]' with exactly N
+ Argument pairs ‘(S, N)’ denote a string ‘S[0..N-1]’ with exactly N
units.
- All functions with prefix `ulc_' operate on C strings in locale
+ All functions with prefix ‘ulc_’ operate on C strings in locale
encoding.
- All functions with prefix `u8_' operate on UTF-8 strings.
+ All functions with prefix ‘u8_’ operate on UTF-8 strings.
- All functions with prefix `u16_' operate on UTF-16 strings.
+ All functions with prefix ‘u16_’ operate on UTF-16 strings.
- All functions with prefix `u32_' operate on UTF-32 strings.
+ All functions with prefix ‘u32_’ operate on UTF-32 strings.
- For every function with prefix `u8_', operating on UTF-8 strings,
-there is also a corresponding function with prefix `u16_', operating on
-UTF-16 strings, and a corresponding function with prefix `u32_',
+ For every function with prefix ‘u8_’, operating on UTF-8 strings,
+there is also a corresponding function with prefix ‘u16_’, operating on
+UTF-16 strings, and a corresponding function with prefix ‘u32_’,
operating on UTF-32 strings. Their description is analogous; in this
documentation we describe only the function that operates on UTF-8
strings, for brevity.
A declaration with a variable N denotes the three concrete
declarations with N = 8, N = 16, N = 32.
- All parameters starting with `str' and the parameters of functions
-starting with `u8_str'/`u16_str'/`u32_str' denote a NUL terminated
+ All parameters starting with ‘str’ and the parameters of functions
+starting with ‘u8_str’/‘u16_str’/‘u32_str’ denote a NUL terminated
string.
- Error values are always returned through the `errno' variable,
+ Error values are always returned through the ‘errno’ variable,
usually with a return value that indicates the presence of an error
(NULL for functions that return an pointer, or -1 for functions that
-return an `int').
+return an ‘int’).
- Functions returning a string result take a `(RESULTBUF, LENGTHP)'
+ Functions returning a string result take a ‘(RESULTBUF, LENGTHP)’
argument pair. If RESULTBUF is not NULL and the result fits into
-`*LENGTHP' units, it is put in RESULTBUF, and RESULTBUF is returned.
+‘*LENGTHP’ units, it is put in RESULTBUF, and RESULTBUF is returned.
Otherwise, a freshly allocated string is returned. In both cases,
-`*LENGTHP' is set to the length (number of units) of the returned
-string. In case of error, NULL is returned and `errno' is set.
+‘*LENGTHP’ is set to the length (number of units) of the returned
+string. In case of error, NULL is returned and ‘errno’ is set.
\1f
File: libunistring.info, Node: unitypes.h, Next: unistr.h, Prev: Conventions, Up: Top
-3 Elementary types `<unitypes.h>'
+3 Elementary types ‘<unitypes.h>’
*********************************
- The include file `<unitypes.h>' provides the following basic types.
+ The include file ‘<unitypes.h>’ provides the following basic types.
-- Type: uint8_t
-- Type: uint16_t
-- Type: uint32_t
These are the storage units of UTF-8/16/32 strings, respectively.
- The definitions are taken from `<stdint.h>', on platforms where
+ The definitions are taken from ‘<stdint.h>’, on platforms where
this include file is present.
-- Type: ucs4_t
\1f
File: libunistring.info, Node: unistr.h, Next: uniconv.h, Prev: unitypes.h, Up: Top
-4 Elementary Unicode string functions `<unistr.h>'
+4 Elementary Unicode string functions ‘<unistr.h>’
**************************************************
This include file declares elementary functions for Unicode strings.
-It is essentially the equivalent of what `<string.h>' is for C strings.
+It is essentially the equivalent of what ‘<string.h>’ is for C strings.
* Menu:
The following functions perform conversions between the different
forms of Unicode strings.
- -- Function: uint16_t * u8_to_u16 (const uint8_t *S, size_t N,
- uint16_t *RESULTBUF, size_t *LENGTHP)
+ -- Function: uint16_t * u8_to_u16 (const uint8_t *S, size_t N, uint16_t
+ *RESULTBUF, size_t *LENGTHP)
Converts an UTF-8 string to an UTF-16 string.
- -- Function: uint32_t * u8_to_u32 (const uint8_t *S, size_t N,
- uint32_t *RESULTBUF, size_t *LENGTHP)
+ -- Function: uint32_t * u8_to_u32 (const uint8_t *S, size_t N, uint32_t
+ *RESULTBUF, size_t *LENGTHP)
Converts an UTF-8 string to an UTF-32 string.
-- Function: uint8_t * u16_to_u8 (const uint16_t *S, size_t N, uint8_t
which is no longer than N. Returns 0 if it is the NUL character.
Returns -1 upon failure.
- This function is similar to `mblen', except that it operates on a
+ This function is similar to ‘mblen’, except that it operates on a
Unicode string and that S must not be NULL.
-- Function: int u8_mbtouc_unsafe (ucs4_t *PUC, const uint8_t *S,
-- Function: int u32_mbtouc_unsafe (ucs4_t *PUC, const uint32_t *S,
size_t N)
Returns the length (number of units) of the first character in S,
- putting its `ucs4_t' representation in `*PUC'. Upon failure,
- `*PUC' is set to `0xfffd', and an appropriate number of units is
+ putting its ‘ucs4_t’ representation in ‘*PUC’. Upon failure,
+ ‘*PUC’ is set to ‘0xfffd’, and an appropriate number of units is
returned.
The number of available units, N, must be > 0.
- This function is similar to `mbtowc', except that it operates on a
+ This function is similar to ‘mbtowc’, except that it operates on a
Unicode string, PUC and S must not be NULL, N must be > 0, and the
NUL character is not treated specially.
-- Function: int u8_mbtouc (ucs4_t *PUC, const uint8_t *S, size_t N)
-- Function: int u16_mbtouc (ucs4_t *PUC, const uint16_t *S, size_t N)
-- Function: int u32_mbtouc (ucs4_t *PUC, const uint32_t *S, size_t N)
- This function is like `u8_mbtouc_unsafe', except that it will
+ This function is like ‘u8_mbtouc_unsafe’, except that it will
detect an invalid UTF-8 character, even if the library is compiled
- without `--enable-safety'.
+ without ‘--enable-safety’.
-- Function: int u8_mbtoucr (ucs4_t *PUC, const uint8_t *S, size_t N)
-- Function: int u16_mbtoucr (ucs4_t *PUC, const uint16_t *S, size_t N)
-- Function: int u32_mbtoucr (ucs4_t *PUC, const uint32_t *S, size_t N)
Returns the length (number of units) of the first character in S,
- putting its `ucs4_t' representation in `*PUC'. Upon failure,
- `*PUC' is set to `0xfffd', and -1 is returned for an invalid
+ putting its ‘ucs4_t’ representation in ‘*PUC’. Upon failure,
+ ‘*PUC’ is set to ‘0xfffd’, and -1 is returned for an invalid
sequence of units, -2 is returned for an incomplete sequence of
units.
The number of available units, N, must be > 0.
- This function is similar to `u8_mbtouc', except that the return
- value gives more details about the failure, similar to `mbrtowc'.
+ This function is similar to ‘u8_mbtouc’, except that the return
+ value gives more details about the failure, similar to ‘mbrtowc’.
- The following function stores a Unicode character as a Unicode
-string in memory.
+ The following function stores a Unicode character as a Unicode string
+in memory.
-- Function: int u8_uctomb (uint8_t *S, ucs4_t UC, int N)
-- Function: int u16_uctomb (uint16_t *S, ucs4_t UC, int N)
units, N, is too small. The latter case cannot occur if N >=
6/2/1, respectively.
- This function is similar to `wctomb', except that it operates on a
+ This function is similar to ‘wctomb’, except that it operates on a
Unicode strings, S must not be NULL, and the argument N must be
specified.
size_t N)
Copies N units from SRC to DEST.
- This function is similar to `memcpy', except that it operates on
+ This function is similar to ‘memcpy’, except that it operates on
Unicode strings.
-- Function: uint8_t * u8_move (uint8_t *DEST, const uint8_t *SRC,
Copies N units from SRC to DEST, guaranteeing correct behavior for
overlapping memory areas.
- This function is similar to `memmove', except that it operates on
+ This function is similar to ‘memmove’, except that it operates on
Unicode strings.
The following function fills a Unicode string.
Sets the first N characters of S to UC. UC should be a character
that occupies only 1 unit.
- This function is similar to `memset', except that it operates on
+ This function is similar to ‘memset’, except that it operates on
Unicode strings.
The following function compares two Unicode strings of the same
size_t N)
-- Function: int u32_cmp (const uint32_t *S1, const uint32_t *S2,
size_t N)
- Compares S1 and S2, each of length N, lexicographically. Returns
- a negative value if S1 compares smaller than S2, a positive value
- if S1 compares larger than S2, or 0 if they compare equal.
+ Compares S1 and S2, each of length N, lexicographically. Returns a
+ negative value if S1 compares smaller than S2, a positive value if
+ S1 compares larger than S2, or 0 if they compare equal.
- This function is similar to `memcmp', except that it operates on
+ This function is similar to ‘memcmp’, except that it operates on
Unicode strings.
The following function compares two Unicode strings of possibly
uint16_t *S2, size_t N2)
-- Function: int u32_cmp2 (const uint32_t *S1, size_t N1, const
uint32_t *S2, size_t N2)
- Compares S1 and S2, lexicographically. Returns a negative value
- if S1 compares smaller than S2, a positive value if S1 compares
- larger than S2, or 0 if they compare equal.
+ Compares S1 and S2, lexicographically. Returns a negative value if
+ S1 compares smaller than S2, a positive value if S1 compares larger
+ than S2, or 0 if they compare equal.
- This function is similar to the gnulib function `memcmp2', except
+ This function is similar to the gnulib function ‘memcmp2’, except
that it operates on Unicode strings.
The following function searches for a given Unicode character.
Searches the string at S for UC. Returns a pointer to the first
occurrence of UC in S, or NULL if UC does not occur in S.
- This function is similar to `memchr', except that it operates on
+ This function is similar to ‘memchr’, except that it operates on
Unicode strings.
The following function counts the number of Unicode characters.
Counts and returns the number of Unicode characters in the N units
from S.
- This function is similar to the gnulib function `mbsnlen', except
+ This function is similar to the gnulib function ‘mbsnlen’, except
that it operates on Unicode strings.
\1f
-- Function: int u16_strmbtouc (ucs4_t *PUC, const uint16_t *S)
-- Function: int u32_strmbtouc (ucs4_t *PUC, const uint32_t *S)
Returns the length (number of units) of the first character in S,
- putting its `ucs4_t' representation in `*PUC'. Returns 0 if it is
+ putting its ‘ucs4_t’ representation in ‘*PUC’. Returns 0 if it is
the NUL character. Returns -1 upon failure.
-- Function: const uint8_t * u8_next (ucs4_t *PUC, const uint8_t *S)
-- Function: const uint32_t * u32_next (ucs4_t *PUC, const uint32_t *S)
Forward iteration step. Advances the pointer past the next
character, or returns NULL if the end of the string has been
- reached. Puts the character's `ucs4_t' representation in `*PUC'.
+ reached. Puts the character’s ‘ucs4_t’ representation in ‘*PUC’.
The following function inspects and returns details about the
previous character in a Unicode string.
-- Function: const uint8_t * u8_prev (ucs4_t *PUC, const uint8_t *S,
const uint8_t *START)
- -- Function: const uint16_t * u16_prev (ucs4_t *PUC, const uint16_t
- *S, const uint16_t *START)
- -- Function: const uint32_t * u32_prev (ucs4_t *PUC, const uint32_t
- *S, const uint32_t *START)
+ -- Function: const uint16_t * u16_prev (ucs4_t *PUC, const uint16_t *S,
+ const uint16_t *START)
+ -- Function: const uint32_t * u32_prev (ucs4_t *PUC, const uint32_t *S,
+ const uint32_t *START)
Backward iteration step. Advances the pointer to point to the
- previous character, or returns NULL if the beginning of the string
- had been reached. Puts the character's `ucs4_t' representation in
- `*PUC'.
+ previous character (the one that ends at ‘S’), or returns NULL if
+ the beginning of the string (specified by ‘START’) had been
+ reached. Puts the character’s ‘ucs4_t’ representation in ‘*PUC’.
+ Note that this function works only on well-formed Unicode strings.
The following functions determine the length of a Unicode string.
-- Function: size_t u32_strlen (const uint32_t *S)
Returns the number of units in S.
- This function is similar to `strlen' and `wcslen', except that it
+ This function is similar to ‘strlen’ and ‘wcslen’, except that it
operates on Unicode strings.
-- Function: size_t u8_strnlen (const uint8_t *S, size_t MAXLEN)
-- Function: size_t u32_strnlen (const uint32_t *S, size_t MAXLEN)
Returns the number of units in S, but at most MAXLEN.
- This function is similar to `strnlen' and `wcsnlen', except that
- it operates on Unicode strings.
+ This function is similar to ‘strnlen’ and ‘wcsnlen’, except that it
+ operates on Unicode strings.
The following functions copy portions of Unicode strings in memory.
*SRC)
Copies SRC to DEST.
- This function is similar to `strcpy' and `wcscpy', except that it
+ This function is similar to ‘strcpy’ and ‘wcscpy’, except that it
operates on Unicode strings.
-- Function: uint8_t * u8_stpcpy (uint8_t *DEST, const uint8_t *SRC)
*SRC)
-- Function: uint32_t * u32_stpcpy (uint32_t *DEST, const uint32_t
*SRC)
- Copies SRC to DEST, returning the address of the terminating NUL
- in DEST.
+ Copies SRC to DEST, returning the address of the terminating NUL in
+ DEST.
- This function is similar to `stpcpy', except that it operates on
+ This function is similar to ‘stpcpy’, except that it operates on
Unicode strings.
-- Function: uint8_t * u8_strncpy (uint8_t *DEST, const uint8_t *SRC,
*SRC, size_t N)
Copies no more than N units of SRC to DEST.
- This function is similar to `strncpy' and `wcsncpy', except that
- it operates on Unicode strings.
+ This function is similar to ‘strncpy’ and ‘wcsncpy’, except that it
+ operates on Unicode strings.
-- Function: uint8_t * u8_stpncpy (uint8_t *DEST, const uint8_t *SRC,
size_t N)
*SRC, size_t N)
-- Function: uint32_t * u32_stpncpy (uint32_t *DEST, const uint32_t
*SRC, size_t N)
- Copies no more than N units of SRC to DEST. Returns a pointer
- past the last non-NUL unit written into DEST. In other words, if
- the units written into DEST include a NUL, the return value is the
- address of the first such NUL unit, otherwise it is `DEST + N'.
+ Copies no more than N units of SRC to DEST. Returns a pointer past
+ the last non-NUL unit written into DEST. In other words, if the
+ units written into DEST include a NUL, the return value is the
+ address of the first such NUL unit, otherwise it is ‘DEST + N’.
- This function is similar to `stpncpy', except that it operates on
+ This function is similar to ‘stpncpy’, except that it operates on
Unicode strings.
-- Function: uint8_t * u8_strcat (uint8_t *DEST, const uint8_t *SRC)
*SRC)
Appends SRC onto DEST.
- This function is similar to `strcat' and `wcscat', except that it
+ This function is similar to ‘strcat’ and ‘wcscat’, except that it
operates on Unicode strings.
-- Function: uint8_t * u8_strncat (uint8_t *DEST, const uint8_t *SRC,
*SRC, size_t N)
Appends no more than N units of SRC onto DEST.
- This function is similar to `strncat' and `wcsncat', except that
- it operates on Unicode strings.
+ This function is similar to ‘strncat’ and ‘wcsncat’, except that it
+ operates on Unicode strings.
The following functions compare two Unicode strings.
-- Function: int u8_strcmp (const uint8_t *S1, const uint8_t *S2)
-- Function: int u16_strcmp (const uint16_t *S1, const uint16_t *S2)
-- Function: int u32_strcmp (const uint32_t *S1, const uint32_t *S2)
- Compares S1 and S2, lexicographically. Returns a negative value
- if S1 compares smaller than S2, a positive value if S1 compares
- larger than S2, or 0 if they compare equal.
+ Compares S1 and S2, lexicographically. Returns a negative value if
+ S1 compares smaller than S2, a positive value if S1 compares larger
+ than S2, or 0 if they compare equal.
- This function is similar to `strcmp' and `wcscmp', except that it
+ This function is similar to ‘strcmp’ and ‘wcscmp’, except that it
operates on Unicode strings.
-- Function: int u8_strcoll (const uint8_t *S1, const uint8_t *S2)
-- Function: int u32_strcoll (const uint32_t *S1, const uint32_t *S2)
Compares S1 and S2 using the collation rules of the current locale.
Returns -1 if S1 < S2, 0 if S1 = S2, 1 if S1 > S2. Upon failure,
- sets `errno' and returns any value.
+ sets ‘errno’ and returns any value.
- This function is similar to `strcoll' and `wcscoll', except that
- it operates on Unicode strings.
+ This function is similar to ‘strcoll’ and ‘wcscoll’, except that it
+ operates on Unicode strings.
Note that this function may consider different canonical
normalizations of the same string as having a large distance. It
- is therefore better to use the function `u8_normcoll' instead of
+ is therefore better to use the function ‘u8_normcoll’ instead of
this one; see *note uninorm.h::.
-- Function: int u8_strncmp (const uint8_t *S1, const uint8_t *S2,
size_t N)
Compares no more than N units of S1 and S2.
- This function is similar to `strncmp' and `wcsncmp', except that
- it operates on Unicode strings.
+ This function is similar to ‘strncmp’ and ‘wcsncmp’, except that it
+ operates on Unicode strings.
The following function allocates a duplicate of a Unicode string.
-- Function: uint8_t * u8_strdup (const uint8_t *S)
-- Function: uint16_t * u16_strdup (const uint16_t *S)
-- Function: uint32_t * u32_strdup (const uint32_t *S)
- Duplicates S, returning an identical malloc'd string.
+ Duplicates S, returning an identical malloc’d string.
- This function is similar to `strdup' and `wcsdup', except that it
+ This function is similar to ‘strdup’ and ‘wcsdup’, except that it
operates on Unicode strings.
The following functions search for a given Unicode character.
-- Function: uint32_t * u32_strchr (const uint32_t *STR, ucs4_t UC)
Finds the first occurrence of UC in STR.
- This function is similar to `strchr' and `wcschr', except that it
+ This function is similar to ‘strchr’ and ‘wcschr’, except that it
operates on Unicode strings.
-- Function: uint8_t * u8_strrchr (const uint8_t *STR, ucs4_t UC)
-- Function: uint32_t * u32_strrchr (const uint32_t *STR, ucs4_t UC)
Finds the last occurrence of UC in STR.
- This function is similar to `strrchr' and `wcsrchr', except that
- it operates on Unicode strings.
+ This function is similar to ‘strrchr’ and ‘wcsrchr’, except that it
+ operates on Unicode strings.
The following functions search for the first occurrence of some
Unicode character in or outside a given set of Unicode characters.
Returns the length of the initial segment of STR which consists
entirely of Unicode characters not in REJECT.
- This function is similar to `strcspn' and `wcscspn', except that
- it operates on Unicode strings.
+ This function is similar to ‘strcspn’ and ‘wcscspn’, except that it
+ operates on Unicode strings.
-- Function: size_t u8_strspn (const uint8_t *STR, const uint8_t
*ACCEPT)
Returns the length of the initial segment of STR which consists
entirely of Unicode characters in ACCEPT.
- This function is similar to `strspn' and `wcsspn', except that it
+ This function is similar to ‘strspn’ and ‘wcsspn’, except that it
operates on Unicode strings.
-- Function: uint8_t * u8_strpbrk (const uint8_t *STR, const uint8_t
uint32_t *ACCEPT)
Finds the first occurrence in STR of any character in ACCEPT.
- This function is similar to `strpbrk' and `wcspbrk', except that
- it operates on Unicode strings.
+ This function is similar to ‘strpbrk’ and ‘wcspbrk’, except that it
+ operates on Unicode strings.
The following functions search whether a given Unicode string is a
substring of another Unicode string.
uint32_t *NEEDLE)
Finds the first occurrence of NEEDLE in HAYSTACK.
- This function is similar to `strstr' and `wcsstr', except that it
+ This function is similar to ‘strstr’ and ‘wcsstr’, except that it
operates on Unicode strings.
-- Function: bool u8_startswith (const uint8_t *STR, const uint8_t
*DELIM, uint32_t **PTR)
Divides STR into tokens separated by characters in DELIM.
- This function is similar to `strtok_r' and `wcstok', except that
- it operates on Unicode strings. Its interface is actually more
- similar to `wcstok' than to `strtok'.
+ This function is similar to ‘strtok_r’ and ‘wcstok’, except that it
+ operates on Unicode strings. Its interface is actually more
+ similar to ‘wcstok’ than to ‘strtok’.
\1f
File: libunistring.info, Node: uniconv.h, Next: unistdio.h, Prev: unistr.h, Up: Top
-5 Conversions between Unicode and encodings `<uniconv.h>'
+5 Conversions between Unicode and encodings ‘<uniconv.h>’
*********************************************************
This include file declares functions for converting between Unicode
-strings and `char *' strings in locale encoding or in other specified
+strings and ‘char *’ strings in locale encoding or in other specified
encodings.
The following function returns the locale encoding.
-- Function: const char * locale_charset ()
- Determines the current locale's character encoding, and
+ Determines the current locale’s character encoding, and
canonicalizes it into one of the canonical names listed in
- `config.charset'. If the canonical name cannot be determined, the
+ ‘config.charset’. If the canonical name cannot be determined, the
result is a non-canonical name.
The result must not be freed; it is statically allocated.
The result of this function can be used as an argument to the
- `iconv_open' function in GNU libc, in GNU libiconv, or in the
- gnulib provided wrapper around the native `iconv_open' function.
- It may not work as an argument to the native `iconv_open' function
+ ‘iconv_open’ function in GNU libc, in GNU libiconv, or in the
+ gnulib provided wrapper around the native ‘iconv_open’ function.
+ It may not work as an argument to the native ‘iconv_open’ function
directly.
The handling of unconvertible characters during the conversions can
handled.
-- Constant: enum iconv_ilseq_handler iconveh_error
- This handler causes the function to return with `errno' set to
- `EILSEQ'.
+ This handler causes the function to return with ‘errno’ set to
+ ‘EILSEQ’.
-- Constant: enum iconv_ilseq_handler iconveh_question_mark
- This handler produces one question mark `?' per unconvertible
+ This handler produces one question mark ‘?’ per unconvertible
character.
-- Constant: enum iconv_ilseq_handler iconveh_escape_sequence
- This handler produces an escape sequence `\uXXXX' or `\UXXXXXXXX'
+ This handler produces an escape sequence ‘\uXXXX’ or ‘\UXXXXXXXX’
for each unconvertible character.
The following functions convert between strings in a specified
encoding to UTF-8 encoding.
Converts a memory region given in encoding FROMCODE. FROMCODE is
- as for the `iconv_open' function.
+ as for the ‘iconv_open’ function.
- The input is in the memory region between SRC (inclusive) and `SRC
- + SRCLEN' (exclusive).
+ The input is in the memory region between SRC (inclusive) and ‘SRC
+ + SRCLEN’ (exclusive).
If OFFSETS is not NULL, it should point to an array of SRCLEN
integers; this array is filled with offsets into the result, i.e.
- the character starting at `SRC[i]' corresponds to the character
- starting at `RESULT[OFFSETS[i]]', and other offsets are set to
- `(size_t)(-1)'.
+ the character starting at ‘SRC[i]’ corresponds to the character
+ starting at ‘RESULT[OFFSETS[i]]’, and other offsets are set to
+ ‘(size_t)(-1)’.
- `RESULTBUF' and `*LENGTHP' should be a scratch buffer and its
- size, or `RESULTBUF' can be NULL.
+ ‘RESULTBUF’ and ‘*LENGTHP’ should be a scratch buffer and its size,
+ or ‘RESULTBUF’ can be NULL.
- May erase the contents of the memory at `RESULTBUF'.
+ May erase the contents of the memory at ‘RESULTBUF’.
If successful: The resulting Unicode string (non-NULL) is returned
- and its length stored in `*LENGTHP'. The resulting string is
- `RESULTBUF' if no dynamic memory allocation was necessary, or a
+ and its length stored in ‘*LENGTHP’. The resulting string is
+ ‘RESULTBUF’ if no dynamic memory allocation was necessary, or a
freshly allocated memory block otherwise.
- In case of error: NULL is returned and `errno' is set. Particular
- `errno' values: `EINVAL', `EILSEQ', `ENOMEM'.
+ In case of error: NULL is returned and ‘errno’ is set. Particular
+ ‘errno’ values: ‘EINVAL’, ‘EILSEQ’, ‘ENOMEM’.
-- Function: char * u8_conv_to_encoding (const char *TOCODE, enum
iconv_ilseq_handler HANDLER, const uint8_t *SRC, size_t
from UTF-8 encoding to a given encoding.
Converts a memory region to encoding TOCODE. TOCODE is as for the
- `iconv_open' function.
+ ‘iconv_open’ function.
- The input is in the memory region between SRC (inclusive) and `SRC
- + SRCLEN' (exclusive).
+ The input is in the memory region between SRC (inclusive) and ‘SRC
+ + SRCLEN’ (exclusive).
If OFFSETS is not NULL, it should point to an array of SRCLEN
integers; this array is filled with offsets into the result, i.e.
- the character starting at `SRC[i]' corresponds to the character
- starting at `RESULT[OFFSETS[i]]', and other offsets are set to
- `(size_t)(-1)'.
+ the character starting at ‘SRC[i]’ corresponds to the character
+ starting at ‘RESULT[OFFSETS[i]]’, and other offsets are set to
+ ‘(size_t)(-1)’.
- `RESULTBUF' and `*LENGTHP' should be a scratch buffer and its
- size, or `RESULTBUF' can be NULL.
+ ‘RESULTBUF’ and ‘*LENGTHP’ should be a scratch buffer and its size,
+ or ‘RESULTBUF’ can be NULL.
- May erase the contents of the memory at `RESULTBUF'.
+ May erase the contents of the memory at ‘RESULTBUF’.
If successful: The resulting Unicode string (non-NULL) is returned
- and its length stored in `*LENGTHP'. The resulting string is
- `RESULTBUF' if no dynamic memory allocation was necessary, or a
+ and its length stored in ‘*LENGTHP’. The resulting string is
+ ‘RESULTBUF’ if no dynamic memory allocation was necessary, or a
freshly allocated memory block otherwise.
- In case of error: NULL is returned and `errno' is set. Particular
- `errno' values: `EINVAL', `EILSEQ', `ENOMEM'.
+ In case of error: NULL is returned and ‘errno’ is set. Particular
+ ‘errno’ values: ‘EINVAL’, ‘EILSEQ’, ‘ENOMEM’.
The following functions convert between NUL terminated strings in a
specified encoding and NUL terminated Unicode strings.
const char *FROMCODE, enum iconv_ilseq_handler HANDLER)
Converts a NUL terminated string from a given encoding.
- The result is `malloc' allocated, or NULL (with ERRNO set) in case
+ The result is ‘malloc’ allocated, or NULL (with ERRNO set) in case
of error.
- Particular `errno' values: `EILSEQ', `ENOMEM'.
+ Particular ‘errno’ values: ‘EILSEQ’, ‘ENOMEM’.
-- Function: char * u8_strconv_to_encoding (const uint8_t *STRING,
const char *TOCODE, enum iconv_ilseq_handler HANDLER)
const char *TOCODE, enum iconv_ilseq_handler HANDLER)
Converts a NUL terminated string to a given encoding.
- The result is `malloc' allocated, or NULL (with `errno' set) in
+ The result is ‘malloc’ allocated, or NULL (with ‘errno’ set) in
case of error.
- Particular `errno' values: `EILSEQ', `ENOMEM'.
+ Particular ‘errno’ values: ‘EILSEQ’, ‘ENOMEM’.
The following functions are shorthands that convert between NUL
terminated strings in locale encoding and NUL terminated Unicode
-- Function: uint32_t * u32_strconv_from_locale (const char *STRING)
Converts a NUL terminated string from the locale encoding.
- The result is `malloc' allocated, or NULL (with `errno' set) in
+ The result is ‘malloc’ allocated, or NULL (with ‘errno’ set) in
case of error.
- Particular `errno' values: `ENOMEM'.
+ Particular ‘errno’ values: ‘ENOMEM’.
-- Function: char * u8_strconv_to_locale (const uint8_t *STRING)
-- Function: char * u16_strconv_to_locale (const uint16_t *STRING)
-- Function: char * u32_strconv_to_locale (const uint32_t *STRING)
Converts a NUL terminated string to the locale encoding.
- The result is `malloc' allocated, or NULL (with `errno' set) in
+ The result is ‘malloc’ allocated, or NULL (with ‘errno’ set) in
case of error.
- Particular `errno' values: `ENOMEM'.
+ Particular ‘errno’ values: ‘ENOMEM’.
\1f
File: libunistring.info, Node: unistdio.h, Next: uniname.h, Prev: uniconv.h, Up: Top
-6 Output with Unicode strings `<unistdio.h>'
+6 Output with Unicode strings ‘<unistdio.h>’
********************************************
This include file declares functions for doing formatted output with
-Unicode strings. It defines a set of functions similar to `fprintf' and
-`sprintf', which are declared in `<stdio.h>'.
+Unicode strings. It defines a set of functions similar to ‘fprintf’ and
+‘sprintf’, which are declared in ‘<stdio.h>’.
- These functions work like the `printf' function family. In the
+ These functions work like the ‘printf’ function family. In the
format string:
- * The format directive `U' takes an UTF-8 string (`const uint8_t *').
-
- * The format directive `lU' takes an UTF-16 string (`const uint16_t
- *').
-
- * The format directive `llU' takes an UTF-32 string (`const uint32_t
- *').
+ • The format directive ‘U’ takes an UTF-8 string (‘const uint8_t *’).
+ • The format directive ‘lU’ takes an UTF-16 string (‘const uint16_t
+ *’).
+ • The format directive ‘llU’ takes an UTF-32 string (‘const uint32_t
+ *’).
- A function name with an infix `v' indicates that a `va_list' is
+ A function name with an infix ‘v’ indicates that a ‘va_list’ is
passed instead of multiple arguments.
- The functions `*sprintf' have a BUF argument that is assumed to be
-large enough. (_DANGEROUS! Overflowing the buffer will crash the
+ The functions ‘*sprintf’ have a BUF argument that is assumed to be
+large enough. (_DANGEROUS! Overflowing the buffer will crash the
program._)
- The functions `*snprintf' have a BUF argument that is assumed to be
-SIZE units large. (_DANGEROUS! The resulting string might be
-truncated in the middle of a multibyte character._)
+ The functions ‘*snprintf’ have a BUF argument that is assumed to be
+SIZE units large. (_DANGEROUS! The resulting string might be truncated
+in the middle of a multibyte character._)
- The functions `*asprintf' have a RESULTP argument. The result will
-be freshly allocated and stored in `*resultp'.
+ The functions ‘*asprintf’ have a RESULTP argument. The result will
+be freshly allocated and stored in ‘*resultp’.
- The functions `*asnprintf' have a (RESULTBUF, LENGTHP) argument
-pair. If RESULTBUF is not NULL and the result fits into `*LENGTHP'
-units, it is put in RESULTBUF, and RESULTBUF is returned. Otherwise, a
-freshly allocated string is returned. In both cases, `*LENGTHP' is set
-to the length (number of units) of the returned string. In case of
-error, NULL is returned and `errno' is set.
+ The functions ‘*asnprintf’ have a (RESULTBUF, LENGTHP) argument pair.
+If RESULTBUF is not NULL and the result fits into ‘*LENGTHP’ units, it
+is put in RESULTBUF, and RESULTBUF is returned. Otherwise, a freshly
+allocated string is returned. In both cases, ‘*LENGTHP’ is set to the
+length (number of units) of the returned string. In case of error, NULL
+is returned and ‘errno’ is set.
The following functions take an ASCII format string and return a
-result that is a `char *' string in locale encoding.
+result that is a ‘char *’ string in locale encoding.
-- Function: int ulc_sprintf (char *BUF, const char *FORMAT, ...)
result in UTF-8 format.
-- Function: int u8_sprintf (uint8_t *BUF, const char *FORMAT, ...)
-
-- Function: int u8_snprintf (uint8_t *BUF, size_t SIZE, const char
*FORMAT, ...)
-
-- Function: int u8_asprintf (uint8_t **RESULTP, const char *FORMAT,
...)
-
-- Function: uint8_t * u8_asnprintf (uint8_t *RESULTBUF, size_t
*LENGTHP, const char *FORMAT, ...)
-
- -- Function: int u8_vsprintf (uint8_t *BUF, const char *FORMAT,
- va_list ap)
-
+ -- Function: int u8_vsprintf (uint8_t *BUF, const char *FORMAT, va_list
+ ap)
-- Function: int u8_vsnprintf (uint8_t *BUF, size_t SIZE, const char
*FORMAT, va_list AP)
-
-- Function: int u8_vasprintf (uint8_t **RESULTP, const char *FORMAT,
va_list AP)
-
-- Function: uint8_t * u8_vasnprintf (uint8_t *resultbuf, size_t
*LENGTHP, const char *FORMAT, va_list AP)
-- Function: int u8_u8_sprintf (uint8_t *BUF, const uint8_t *FORMAT,
...)
-
-- Function: int u8_u8_snprintf (uint8_t *BUF, size_t SIZE, const
uint8_t *FORMAT, ...)
-
-- Function: int u8_u8_asprintf (uint8_t **RESULTP, const uint8_t
*FORMAT, ...)
-
-- Function: uint8_t * u8_u8_asnprintf (uint8_t *resultbuf, size_t
*LENGTHP, const uint8_t *FORMAT, ...)
-
-- Function: int u8_u8_vsprintf (uint8_t *BUF, const uint8_t *FORMAT,
va_list AP)
-
-- Function: int u8_u8_vsnprintf (uint8_t *BUF, size_t SIZE, const
uint8_t *FORMAT, va_list AP)
-
-- Function: int u8_u8_vasprintf (uint8_t **RESULTP, const uint8_t
*FORMAT, va_list AP)
-
-- Function: uint8_t * u8_u8_vasnprintf (uint8_t *resultbuf, size_t
*LENGTHP, const uint8_t *FORMAT, va_list AP)
result in UTF-16 format.
-- Function: int u16_sprintf (uint16_t *BUF, const char *FORMAT, ...)
-
-- Function: int u16_snprintf (uint16_t *BUF, size_t SIZE, const char
*FORMAT, ...)
-
-- Function: int u16_asprintf (uint16_t **RESULTP, const char *FORMAT,
...)
-
-- Function: uint16_t * u16_asnprintf (uint16_t *RESULTBUF, size_t
*LENGTHP, const char *FORMAT, ...)
-
-- Function: int u16_vsprintf (uint16_t *BUF, const char *FORMAT,
va_list ap)
-
-- Function: int u16_vsnprintf (uint16_t *BUF, size_t SIZE, const char
*FORMAT, va_list AP)
-
- -- Function: int u16_vasprintf (uint16_t **RESULTP, const char
- *FORMAT, va_list AP)
-
+ -- Function: int u16_vasprintf (uint16_t **RESULTP, const char *FORMAT,
+ va_list AP)
-- Function: uint16_t * u16_vasnprintf (uint16_t *resultbuf, size_t
*LENGTHP, const char *FORMAT, va_list AP)
-- Function: int u16_u16_sprintf (uint16_t *BUF, const uint16_t
*FORMAT, ...)
-
-- Function: int u16_u16_snprintf (uint16_t *BUF, size_t SIZE, const
uint16_t *FORMAT, ...)
-
-- Function: int u16_u16_asprintf (uint16_t **RESULTP, const uint16_t
*FORMAT, ...)
-
-- Function: uint16_t * u16_u16_asnprintf (uint16_t *resultbuf, size_t
*LENGTHP, const uint16_t *FORMAT, ...)
-
-- Function: int u16_u16_vsprintf (uint16_t *BUF, const uint16_t
*FORMAT, va_list AP)
-
-- Function: int u16_u16_vsnprintf (uint16_t *BUF, size_t SIZE, const
uint16_t *FORMAT, va_list AP)
-
-- Function: int u16_u16_vasprintf (uint16_t **RESULTP, const uint16_t
*FORMAT, va_list AP)
-
- -- Function: uint16_t * u16_u16_vasnprintf (uint16_t *resultbuf,
- size_t *LENGTHP, const uint16_t *FORMAT, va_list AP)
+ -- Function: uint16_t * u16_u16_vasnprintf (uint16_t *resultbuf, size_t
+ *LENGTHP, const uint16_t *FORMAT, va_list AP)
The following functions take an ASCII format string and return a
result in UTF-32 format.
-- Function: int u32_sprintf (uint32_t *BUF, const char *FORMAT, ...)
-
-- Function: int u32_snprintf (uint32_t *BUF, size_t SIZE, const char
*FORMAT, ...)
-
-- Function: int u32_asprintf (uint32_t **RESULTP, const char *FORMAT,
...)
-
-- Function: uint32_t * u32_asnprintf (uint32_t *RESULTBUF, size_t
*LENGTHP, const char *FORMAT, ...)
-
-- Function: int u32_vsprintf (uint32_t *BUF, const char *FORMAT,
va_list ap)
-
-- Function: int u32_vsnprintf (uint32_t *BUF, size_t SIZE, const char
*FORMAT, va_list AP)
-
- -- Function: int u32_vasprintf (uint32_t **RESULTP, const char
- *FORMAT, va_list AP)
-
+ -- Function: int u32_vasprintf (uint32_t **RESULTP, const char *FORMAT,
+ va_list AP)
-- Function: uint32_t * u32_vasnprintf (uint32_t *resultbuf, size_t
*LENGTHP, const char *FORMAT, va_list AP)
-- Function: int u32_u32_sprintf (uint32_t *BUF, const uint32_t
*FORMAT, ...)
-
-- Function: int u32_u32_snprintf (uint32_t *BUF, size_t SIZE, const
uint32_t *FORMAT, ...)
-
-- Function: int u32_u32_asprintf (uint32_t **RESULTP, const uint32_t
*FORMAT, ...)
-
-- Function: uint32_t * u32_u32_asnprintf (uint32_t *resultbuf, size_t
*LENGTHP, const uint32_t *FORMAT, ...)
-
-- Function: int u32_u32_vsprintf (uint32_t *BUF, const uint32_t
*FORMAT, va_list AP)
-
-- Function: int u32_u32_vsnprintf (uint32_t *BUF, size_t SIZE, const
uint32_t *FORMAT, va_list AP)
-
-- Function: int u32_u32_vasprintf (uint32_t **RESULTP, const uint32_t
*FORMAT, va_list AP)
-
- -- Function: uint32_t * u32_u32_vasnprintf (uint32_t *resultbuf,
- size_t *LENGTHP, const uint32_t *FORMAT, va_list AP)
+ -- Function: uint32_t * u32_u32_vasnprintf (uint32_t *resultbuf, size_t
+ *LENGTHP, const uint32_t *FORMAT, va_list AP)
The following functions take an ASCII format string and produce
-output in locale encoding to a `FILE' stream.
+output in locale encoding to a ‘FILE’ stream.
-- Function: int ulc_fprintf (FILE *STREAM, const char *FORMAT, ...)
-
-- Function: int ulc_vfprintf (FILE *STREAM, const char *FORMAT,
va_list AP)
\1f
File: libunistring.info, Node: uniname.h, Next: unictype.h, Prev: unistdio.h, Up: Top
-7 Names of Unicode characters `<uniname.h>'
+7 Names of Unicode characters ‘<uniname.h>’
*******************************************
This include file implements the association between a Unicode
character and its name.
The name of a Unicode character allows to distinguish it from other,
-similar looking characters. For example, the character `x' has the name
-`"LATIN SMALL LETTER X"' and is therefore different from the character
-named `"MULTIPLICATION SIGN"'.
+similar looking characters. For example, the character ‘x’ has the name
+‘"LATIN SMALL LETTER X"’ and is therefore different from the character
+named ‘"MULTIPLICATION SIGN"’.
-- Macro: unsigned int UNINAME_MAX
This macro expands to a constant that is the required size of
buffer for a Unicode character name.
-- Function: char * unicode_character_name (ucs4_t UC, char *BUF)
- Looks up the name of a Unicode character, in uppercase ASCII. BUF
- must point to a buffer, at least `UNINAME_MAX' bytes in size.
+ Looks up the name of a Unicode character, in uppercase ASCII. BUF
+ must point to a buffer, at least ‘UNINAME_MAX’ bytes in size.
Returns the filled BUF, or NULL if the character does not have a
name.
-- Function: ucs4_t unicode_name_character (const char *NAME)
Looks up the Unicode character with a given name, in upper- or
- lowercase ASCII. Returns the character if found, or
- `UNINAME_INVALID' if not found.
+ lowercase ASCII. Returns the character if found, or
+ ‘UNINAME_INVALID’ if not found.
-- Macro: ucs4_t UNINAME_INVALID
This macro expands to a constant that is a special return value of
- the `unicode_name_character' function.
+ the ‘unicode_name_character’ function.
\1f
File: libunistring.info, Node: unictype.h, Next: uniwidth.h, Prev: uniname.h, Up: Top
-8 Unicode character classification and properties `<unictype.h>'
+8 Unicode character classification and properties ‘<unictype.h>’
****************************************************************
This include file declares functions that classify Unicode characters
and that test whether Unicode characters have specific properties.
- The classification assigns a "general category" to every Unicode
+ The classification assigns a “general category” to every Unicode
character. This is similar to the classification provided by ISO C in
-`<wctype.h>'.
+‘<wctype.h>’.
Properties are the data that guides various text processing
algorithms in the presence of specific Unicode characters.
* General category::
* Canonical combining class::
-* Bidirectional category::
+* Bidi class::
* Decimal digit value::
* Digit value::
* Numeric value::
* Mirrored character::
+* Arabic shaping::
* Properties::
* Scripts::
* Blocks::
The low-level API uses a bit mask instead. The advantage of the object
oriented API is that if only a few predefined general category values
are used, the data tables are relatively small. When you combine
-general category values (using `uc_general_category_or',
-`uc_general_category_and', or `uc_general_category_and_not'), or when
+general category values (using ‘uc_general_category_or’,
+‘uc_general_category_and’, or ‘uc_general_category_and_not’), or when
you use the low level bit masks, a big table is used thats holds the
complete general category information for all Unicode characters.
general categories may be added in the future.
-- Constant: uc_general_category_t UC_CATEGORY_L
+ -- Constant: uc_general_category_t UC_CATEGORY_LC
-- Constant: uc_general_category_t UC_CATEGORY_Lu
-- Constant: uc_general_category_t UC_CATEGORY_Ll
-- Constant: uc_general_category_t UC_CATEGORY_Lt
The following are alias names for predefined General category values.
-- Macro: uc_general_category_t UC_LETTER
- This is another name for `UC_CATEGORY_L'.
+ This is another name for ‘UC_CATEGORY_L’.
+
+ -- Macro: uc_general_category_t UC_CASED_LETTER
+ This is another name for ‘UC_CATEGORY_LC’.
-- Macro: uc_general_category_t UC_UPPERCASE_LETTER
- This is another name for `UC_CATEGORY_Lu'.
+ This is another name for ‘UC_CATEGORY_Lu’.
-- Macro: uc_general_category_t UC_LOWERCASE_LETTER
- This is another name for `UC_CATEGORY_Ll'.
+ This is another name for ‘UC_CATEGORY_Ll’.
-- Macro: uc_general_category_t UC_TITLECASE_LETTER
- This is another name for `UC_CATEGORY_Lt'.
+ This is another name for ‘UC_CATEGORY_Lt’.
-- Macro: uc_general_category_t UC_MODIFIER_LETTER
- This is another name for `UC_CATEGORY_Lm'.
+ This is another name for ‘UC_CATEGORY_Lm’.
-- Macro: uc_general_category_t UC_OTHER_LETTER
- This is another name for `UC_CATEGORY_Lo'.
+ This is another name for ‘UC_CATEGORY_Lo’.
-- Macro: uc_general_category_t UC_MARK
- This is another name for `UC_CATEGORY_M'.
+ This is another name for ‘UC_CATEGORY_M’.
-- Macro: uc_general_category_t UC_NON_SPACING_MARK
- This is another name for `UC_CATEGORY_Mn'.
+ This is another name for ‘UC_CATEGORY_Mn’.
-- Macro: uc_general_category_t UC_COMBINING_SPACING_MARK
- This is another name for `UC_CATEGORY_Mc'.
+ This is another name for ‘UC_CATEGORY_Mc’.
-- Macro: uc_general_category_t UC_ENCLOSING_MARK
- This is another name for `UC_CATEGORY_Me'.
+ This is another name for ‘UC_CATEGORY_Me’.
-- Macro: uc_general_category_t UC_NUMBER
- This is another name for `UC_CATEGORY_N'.
+ This is another name for ‘UC_CATEGORY_N’.
-- Macro: uc_general_category_t UC_DECIMAL_DIGIT_NUMBER
- This is another name for `UC_CATEGORY_Nd'.
+ This is another name for ‘UC_CATEGORY_Nd’.
-- Macro: uc_general_category_t UC_LETTER_NUMBER
- This is another name for `UC_CATEGORY_Nl'.
+ This is another name for ‘UC_CATEGORY_Nl’.
-- Macro: uc_general_category_t UC_OTHER_NUMBER
- This is another name for `UC_CATEGORY_No'.
+ This is another name for ‘UC_CATEGORY_No’.
-- Macro: uc_general_category_t UC_PUNCTUATION
- This is another name for `UC_CATEGORY_P'.
+ This is another name for ‘UC_CATEGORY_P’.
-- Macro: uc_general_category_t UC_CONNECTOR_PUNCTUATION
- This is another name for `UC_CATEGORY_Pc'.
+ This is another name for ‘UC_CATEGORY_Pc’.
-- Macro: uc_general_category_t UC_DASH_PUNCTUATION
- This is another name for `UC_CATEGORY_Pd'.
+ This is another name for ‘UC_CATEGORY_Pd’.
-- Macro: uc_general_category_t UC_OPEN_PUNCTUATION
- This is another name for `UC_CATEGORY_Ps' ("start punctuation").
+ This is another name for ‘UC_CATEGORY_Ps’ (“start punctuation”).
-- Macro: uc_general_category_t UC_CLOSE_PUNCTUATION
- This is another name for `UC_CATEGORY_Pe' ("end punctuation").
+ This is another name for ‘UC_CATEGORY_Pe’ (“end punctuation”).
-- Macro: uc_general_category_t UC_INITIAL_QUOTE_PUNCTUATION
- This is another name for `UC_CATEGORY_Pi'.
+ This is another name for ‘UC_CATEGORY_Pi’.
-- Macro: uc_general_category_t UC_FINAL_QUOTE_PUNCTUATION
- This is another name for `UC_CATEGORY_Pf'.
+ This is another name for ‘UC_CATEGORY_Pf’.
-- Macro: uc_general_category_t UC_OTHER_PUNCTUATION
- This is another name for `UC_CATEGORY_Po'.
+ This is another name for ‘UC_CATEGORY_Po’.
-- Macro: uc_general_category_t UC_SYMBOL
- This is another name for `UC_CATEGORY_S'.
+ This is another name for ‘UC_CATEGORY_S’.
-- Macro: uc_general_category_t UC_MATH_SYMBOL
- This is another name for `UC_CATEGORY_Sm'.
+ This is another name for ‘UC_CATEGORY_Sm’.
-- Macro: uc_general_category_t UC_CURRENCY_SYMBOL
- This is another name for `UC_CATEGORY_Sc'.
+ This is another name for ‘UC_CATEGORY_Sc’.
-- Macro: uc_general_category_t UC_MODIFIER_SYMBOL
- This is another name for `UC_CATEGORY_Sk'.
+ This is another name for ‘UC_CATEGORY_Sk’.
-- Macro: uc_general_category_t UC_OTHER_SYMBOL
- This is another name for `UC_CATEGORY_So'.
+ This is another name for ‘UC_CATEGORY_So’.
-- Macro: uc_general_category_t UC_SEPARATOR
- This is another name for `UC_CATEGORY_Z'.
+ This is another name for ‘UC_CATEGORY_Z’.
-- Macro: uc_general_category_t UC_SPACE_SEPARATOR
- This is another name for `UC_CATEGORY_Zs'.
+ This is another name for ‘UC_CATEGORY_Zs’.
-- Macro: uc_general_category_t UC_LINE_SEPARATOR
- This is another name for `UC_CATEGORY_Zl'.
+ This is another name for ‘UC_CATEGORY_Zl’.
-- Macro: uc_general_category_t UC_PARAGRAPH_SEPARATOR
- This is another name for `UC_CATEGORY_Zp'.
+ This is another name for ‘UC_CATEGORY_Zp’.
-- Macro: uc_general_category_t UC_OTHER
- This is another name for `UC_CATEGORY_C'.
+ This is another name for ‘UC_CATEGORY_C’.
-- Macro: uc_general_category_t UC_CONTROL
- This is another name for `UC_CATEGORY_Cc'.
+ This is another name for ‘UC_CATEGORY_Cc’.
-- Macro: uc_general_category_t UC_FORMAT
- This is another name for `UC_CATEGORY_Cf'.
+ This is another name for ‘UC_CATEGORY_Cf’.
-- Macro: uc_general_category_t UC_SURROGATE
- This is another name for `UC_CATEGORY_Cs'. All code points in this
+ This is another name for ‘UC_CATEGORY_Cs’. All code points in this
category are invalid characters.
-- Macro: uc_general_category_t UC_PRIVATE_USE
- This is another name for `UC_CATEGORY_Co'.
+ This is another name for ‘UC_CATEGORY_Co’.
-- Macro: uc_general_category_t UC_UNASSIGNED
- This is another name for `UC_CATEGORY_Cn'. Some code points in
+ This is another name for ‘UC_CATEGORY_Cn’. Some code points in
this category are invalid characters.
- The following functions combine general categories, like in a
-boolean algebra, except that there is no `not' operation.
+ The following functions combine general categories, like in a boolean
+algebra, except that there is no ‘not’ operation.
-- Function: uc_general_category_t uc_general_category_or
(uc_general_category_t CATEGORY1, uc_general_category_t
-- Function: const char * uc_general_category_name
(uc_general_category_t CATEGORY)
- Returns the name of a general category. Returns NULL if the
+ Returns the name of a general category, more precisely, the
+ abbreviated name. Returns NULL if the general category corresponds
+ to a bit mask that does not have a name.
+
+ -- Function: const char * uc_general_category_long_name
+ (uc_general_category_t CATEGORY)
+ Returns the long name of a general category. Returns NULL if the
general category corresponds to a bit mask that does not have a
name.
-- Function: uc_general_category_t uc_general_category_byname (const
char *CATEGORY_NAME)
- Returns the general category given by name, e.g. `"Lu"'.
+ Returns the general category given by name, e.g. ‘"Lu"’, or by
+ long name, e.g. ‘"Uppercase Letter"’. This lookup ignores spaces,
+ underscores, or hyphens as word separators and is
+ case-insignificant.
The following functions view general categories as sets of Unicode
characters.
-- Function: bool uc_is_general_category (ucs4_t UC,
uc_general_category_t CATEGORY)
- Tests whether a Unicode character belongs to a given category.
- The CATEGORY argument can be a predefined general category or the
+ Tests whether a Unicode character belongs to a given category. The
+ CATEGORY argument can be a predefined general category or the
combination of several predefined general categories.
\1f
Additional general categories may be added in the future.
-- Macro: uint32_t UC_CATEGORY_MASK_L
+ -- Macro: uint32_t UC_CATEGORY_MASK_LC
-- Macro: uint32_t UC_CATEGORY_MASK_Lu
-- Macro: uint32_t UC_CATEGORY_MASK_Ll
-- Macro: uint32_t UC_CATEGORY_MASK_Lt
The following function views general categories as sets of Unicode
characters.
- -- Function: bool uc_is_general_category_withtable (ucs4_t UC,
- uint32_t BITMASK)
- Tests whether a Unicode character belongs to a given category.
- The BITMASK argument can be a predefined general category bitmask
- or the combination of several predefined general category bitmasks.
+ -- Function: bool uc_is_general_category_withtable (ucs4_t UC, uint32_t
+ BITMASK)
+ Tests whether a Unicode character belongs to a given category. The
+ BITMASK argument can be a predefined general category bitmask or
+ the combination of several predefined general category bitmasks.
This function uses a big table comprising all general categories.
\1f
-File: libunistring.info, Node: Canonical combining class, Next: Bidirectional category, Prev: General category, Up: unictype.h
+File: libunistring.info, Node: Canonical combining class, Next: Bidi class, Prev: General category, Up: unictype.h
8.2 Canonical combining class
=============================
What is the meaning of the canonical combining class? Essentially,
it indicates the priority with which a combining character is attached
-to its base character. The characters for which the canonical
-combining class is 0 are the base characters, and the characters for
-which it is greater than 0 are the combining characters. Combining
-characters are rendered near/attached/around their base character, and
-combining characters with small combining classes are attached "first"
-or "closer" to the base character.
+to its base character. The characters for which the canonical combining
+class is 0 are the base characters, and the characters for which it is
+greater than 0 are the combining characters. Combining characters are
+rendered near/attached/around their base character, and combining
+characters with small combining classes are attached "first" or "closer"
+to the base character.
The canonical combining class of a character is a number in the range
0..255. The possible values are described in the Unicode Character
-Database `http://www.unicode.org/Public/UNIDATA/UCD.html'. The list
+Database <http://www.unicode.org/Public/UNIDATA/UCD.html>. The list
here is not definitive; more values can be added in future versions.
-- Constant: int UC_CCC_NR
- The canonical combining class value for "Not Reordered" characters.
+ The canonical combining class value for “Not Reordered” characters.
The value is 0.
-- Constant: int UC_CCC_OV
- The canonical combining class value for "Overlay" characters.
+ The canonical combining class value for “Overlay” characters.
-- Constant: int UC_CCC_NK
- The canonical combining class value for "Nukta" characters.
+ The canonical combining class value for “Nukta” characters.
-- Constant: int UC_CCC_KV
- The canonical combining class value for "Kana Voicing" characters.
+ The canonical combining class value for “Kana Voicing” characters.
-- Constant: int UC_CCC_VR
- The canonical combining class value for "Virama" characters.
+ The canonical combining class value for “Virama” characters.
-- Constant: int UC_CCC_ATBL
- The canonical combining class value for "Attached Below Left"
+ The canonical combining class value for “Attached Below Left”
characters.
-- Constant: int UC_CCC_ATB
- The canonical combining class value for "Attached Below"
+ The canonical combining class value for “Attached Below”
+ characters.
+
+ -- Constant: int UC_CCC_ATA
+ The canonical combining class value for “Attached Above”
characters.
-- Constant: int UC_CCC_ATAR
- The canonical combining class value for "Attached Above Right"
+ The canonical combining class value for “Attached Above Right”
characters.
-- Constant: int UC_CCC_BL
- The canonical combining class value for "Below Left" characters.
+ The canonical combining class value for “Below Left” characters.
-- Constant: int UC_CCC_B
- The canonical combining class value for "Below" characters.
+ The canonical combining class value for “Below” characters.
-- Constant: int UC_CCC_BR
- The canonical combining class value for "Below Right" characters.
+ The canonical combining class value for “Below Right” characters.
-- Constant: int UC_CCC_L
- The canonical combining class value for "Left" characters.
+ The canonical combining class value for “Left” characters.
-- Constant: int UC_CCC_R
- The canonical combining class value for "Right" characters.
+ The canonical combining class value for “Right” characters.
-- Constant: int UC_CCC_AL
- The canonical combining class value for "Above Left" characters.
+ The canonical combining class value for “Above Left” characters.
-- Constant: int UC_CCC_A
- The canonical combining class value for "Above" characters.
+ The canonical combining class value for “Above” characters.
-- Constant: int UC_CCC_AR
- The canonical combining class value for "Above Right" characters.
+ The canonical combining class value for “Above Right” characters.
-- Constant: int UC_CCC_DB
- The canonical combining class value for "Double Below" characters.
+ The canonical combining class value for “Double Below” characters.
-- Constant: int UC_CCC_DA
- The canonical combining class value for "Double Above" characters.
+ The canonical combining class value for “Double Above” characters.
-- Constant: int UC_CCC_IS
- The canonical combining class value for "Iota Subscript"
+ The canonical combining class value for “Iota Subscript”
characters.
+ The following functions associate canonical combining classes with
+their name.
+
+ -- Function: const char * uc_combining_class_name (int CCC)
+ Returns the name of a canonical combining class, more precisely,
+ the abbreviated name. Returns NULL if the canonical combining
+ class is a numeric value without a name.
+
+ -- Function: const char * uc_combining_class_long_name (int CCC)
+ Returns the long name of a canonical combining class. Returns NULL
+ if the canonical combining class is a numeric value without a name.
+
+ -- Function: int uc_combining_class_byname (const char *CCC_NAME)
+ Returns the canonical combining class given by name, e.g. ‘"BL"’,
+ or by long name, e.g. ‘"Below Left"’. This lookup ignores spaces,
+ underscores, or hyphens as word separators and is
+ case-insignificant.
+
The following function looks up the canonical combining class of a
character.
Returns the canonical combining class of a Unicode character.
\1f
-File: libunistring.info, Node: Bidirectional category, Next: Decimal digit value, Prev: Canonical combining class, Up: unictype.h
+File: libunistring.info, Node: Bidi class, Next: Decimal digit value, Prev: Canonical combining class, Up: unictype.h
-8.3 Bidirectional category
-==========================
+8.3 Bidi class
+==============
- Every Unicode character or code point has a _bidirectional category_
-assigned to it.
+ Every Unicode character or code point has a _bidi class_ assigned to
+it. Before Unicode 4.0, this concept was known as _bidirectional
+category_.
- The bidirectional category guides the bidirectional algorithm
-(`http://www.unicode.org/reports/tr9/'). The possible values are the
+ The bidi class guides the bidirectional algorithm
+(<http://www.unicode.org/reports/tr9/>). The possible values are the
following.
-- Constant: int UC_BIDI_L
- The bidirectional category for `Left-to-Right`" characters.
+ The bidi class for ‘Left-to-Right‘” characters.
-- Constant: int UC_BIDI_LRE
- The bidirectional category for "Left-to-Right Embedding"
- characters.
+ The bidi class for “Left-to-Right Embedding” characters.
-- Constant: int UC_BIDI_LRO
- The bidirectional category for "Left-to-Right Override" characters.
+ The bidi class for “Left-to-Right Override” characters.
-- Constant: int UC_BIDI_R
- The bidirectional category for "Right-to-Left" characters.
+ The bidi class for “Right-to-Left” characters.
-- Constant: int UC_BIDI_AL
- The bidirectional category for "Right-to-Left Arabic" characters.
+ The bidi class for “Right-to-Left Arabic” characters.
-- Constant: int UC_BIDI_RLE
- The bidirectional category for "Right-to-Left Embedding"
- characters.
+ The bidi class for “Right-to-Left Embedding” characters.
-- Constant: int UC_BIDI_RLO
- The bidirectional category for "Right-to-Left Override" characters.
+ The bidi class for “Right-to-Left Override” characters.
-- Constant: int UC_BIDI_PDF
- The bidirectional category for "Pop Directional Format" characters.
+ The bidi class for “Pop Directional Format” characters.
-- Constant: int UC_BIDI_EN
- The bidirectional category for "European Number" characters.
+ The bidi class for “European Number” characters.
-- Constant: int UC_BIDI_ES
- The bidirectional category for "European Number Separator"
- characters.
+ The bidi class for “European Number Separator” characters.
-- Constant: int UC_BIDI_ET
- The bidirectional category for "European Number Terminator"
- characters.
+ The bidi class for “European Number Terminator” characters.
-- Constant: int UC_BIDI_AN
- The bidirectional category for "Arabic Number" characters.
+ The bidi class for “Arabic Number” characters.
-- Constant: int UC_BIDI_CS
- The bidirectional category for "Common Number Separator"
- characters.
+ The bidi class for “Common Number Separator” characters.
-- Constant: int UC_BIDI_NSM
- The bidirectional category for "Non-Spacing Mark" characters.
+ The bidi class for “Non-Spacing Mark” characters.
-- Constant: int UC_BIDI_BN
- The bidirectional category for "Boundary Neutral" characters.
+ The bidi class for “Boundary Neutral” characters.
-- Constant: int UC_BIDI_B
- The bidirectional category for "Paragraph Separator" characters.
+ The bidi class for “Paragraph Separator” characters.
-- Constant: int UC_BIDI_S
- The bidirectional category for "Segment Separator" characters.
+ The bidi class for “Segment Separator” characters.
-- Constant: int UC_BIDI_WS
- The bidirectional category for "Whitespace" characters.
+ The bidi class for “Whitespace” characters.
-- Constant: int UC_BIDI_ON
- The bidirectional category for "Other Neutral" characters.
+ The bidi class for “Other Neutral” characters.
The following functions implement the association between a
bidirectional category and its name.
+ -- Function: const char * uc_bidi_class_name (int BIDI_CLASS)
-- Function: const char * uc_bidi_category_name (int CATEGORY)
- Returns the name of a bidirectional category.
+ Returns the name of a bidi class, more precisely, the abbreviated
+ name.
+
+ -- Function: const char * uc_bidi_class_long_name (int BIDI_CLASS)
+ Returns the long name of a bidi class.
+ -- Function: int uc_bidi_class_byname (const char *BIDI_CLASS_NAME)
-- Function: int uc_bidi_category_byname (const char *CATEGORY_NAME)
- Returns the bidirectional category given by name, e.g. `"LRE"'.
+ Returns the bidi class given by name, e.g. ‘"LRE"’, or by long
+ name, e.g. ‘"Left-to-Right Embedding"’. This lookup ignores
+ spaces, underscores, or hyphens as word separators and is
+ case-insignificant.
The following functions view bidirectional categories as sets of
Unicode characters.
+ -- Function: int uc_bidi_class (ucs4_t UC)
-- Function: int uc_bidi_category (ucs4_t UC)
- Returns the bidirectional category of a Unicode character.
+ Returns the bidi class of a Unicode character.
+ -- Function: bool uc_is_bidi_class (ucs4_t UC, int BIDI_CLASS)
-- Function: bool uc_is_bidi_category (ucs4_t UC, int CATEGORY)
- Tests whether a Unicode character belongs to a given bidirectional
- category.
+ Tests whether a Unicode character belongs to a given bidi class.
\1f
-File: libunistring.info, Node: Decimal digit value, Next: Digit value, Prev: Bidirectional category, Up: unictype.h
+File: libunistring.info, Node: Decimal digit value, Next: Digit value, Prev: Bidi class, Up: unictype.h
8.4 Decimal digit value
=======================
- Decimal digits (like the digits from `0' to `9') exist in many
+ Decimal digits (like the digits from ‘0’ to ‘9’) exist in many
scripts. The following function converts a decimal digit character to
its numerical value.
-- Function: int uc_decimal_value (ucs4_t UC)
- Returns the decimal digit value of a Unicode character. The
- return value is an integer in the range 0..9, or -1 for characters
- that do not represent a decimal digit.
+ Returns the decimal digit value of a Unicode character. The return
+ value is an integer in the range 0..9, or -1 for characters that do
+ not represent a decimal digit.
\1f
File: libunistring.info, Node: Digit value, Next: Numeric value, Prev: Decimal digit value, Up: unictype.h
The following type represents the numeric value of a Unicode
character.
-
-- Type: uc_fraction_t
This is a structure type with the following fields:
int numerator;
int denominator;
- An integer N is represented by `numerator = N', `denominator = 1'.
+ An integer N is represented by ‘numerator = N’, ‘denominator = 1’.
The following function converts a number character to its numerical
value.
-- Function: uc_fraction_t uc_numeric_value (ucs4_t UC)
- Returns the numeric value of a Unicode character. The return
- value is a fraction, or the pseudo-fraction `{ 0, 0 }' for
- characters that do not represent a number.
+ Returns the numeric value of a Unicode character. The return value
+ is a fraction, or the pseudo-fraction ‘{ 0, 0 }’ for characters
+ that do not represent a number.
\1f
-File: libunistring.info, Node: Mirrored character, Next: Properties, Prev: Numeric value, Up: unictype.h
+File: libunistring.info, Node: Mirrored character, Next: Arabic shaping, Prev: Numeric value, Up: unictype.h
8.7 Mirrored character
======================
character.
-- Function: bool uc_mirror_char (ucs4_t UC, ucs4_t *PUC)
- Stores the mirrored character of a Unicode character UC in `*PUC'
- and returns `true', if it exists. Otherwise it stores UC
- unmodified in `*PUC' and returns `false'.
+ Stores the mirrored character of a Unicode character UC in ‘*PUC’
+ and returns ‘true’, if it exists. Otherwise it stores UC
+ unmodified in ‘*PUC’ and returns ‘false’.
+
+\1f
+File: libunistring.info, Node: Arabic shaping, Next: Properties, Prev: Mirrored character, Up: unictype.h
+
+8.8 Arabic shaping
+==================
+
+ When Arabic characters are rendered, after bidi reordering has taken
+place, the shape of the glyphs are modified so that many adjacent glyphs
+are joined. Two character properties describe how this “Arabic shaping”
+takes place: the joining type and the joining group.
+
+* Menu:
+
+* Joining type::
+* Joining group::
+
+\1f
+File: libunistring.info, Node: Joining type, Next: Joining group, Up: Arabic shaping
+
+8.8.1 Joining type of Arabic characters
+---------------------------------------
+
+ The joining type of a character describes on which of the left and
+right neighbour characters the character’s shape depends, and which of
+the two neighbour characters are rendered depending on this character.
+
+ The joining type has the following possible values:
+
+ -- Constant: int UC_JOINING_TYPE_U
+ “Non joining”: Characters of this joining type prohibit joining.
+
+ -- Constant: int UC_JOINING_TYPE_T
+ “Transparent”: Characters of this joining type are skipped when
+ considering joining.
+
+ -- Constant: int UC_JOINING_TYPE_C
+ “Join causing”: Characters of this joining type cause their
+ neighbour characters to change their shapes but don’t change their
+ own shape.
+
+ -- Constant: int UC_JOINING_TYPE_L
+ “Left joining”: Characters of this joining type have two shapes,
+ isolated and initial. Such characters currently don’t exist.
+
+ -- Constant: int UC_JOINING_TYPE_R
+ “Right joining”: Characters of this joining type have two shapes,
+ isolated and final.
+
+ -- Constant: int UC_JOINING_TYPE_D
+ “Dual joining”: Characters of this joining type have four shapes,
+ initial, medial, final, and isolated.
+
+ The following functions implement the association between a joining
+type and its name.
+
+ -- Function: const char * uc_joining_type_name (int JOINING_TYPE)
+ Returns the name of a joining type.
+
+ -- Function: const char * uc_joining_type_long_name (int JOINING_TYPE)
+ Returns the long name of a joining type.
+
+ -- Function: int uc_joining_type_byname (const char *JOINING_TYPE_NAME)
+ Returns the joining type given by name, e.g. ‘"D"’, or by long
+ name, e.g. ‘"Dual Joining’. This lookup ignores spaces,
+ underscores, or hyphens as word separators and is
+ case-insignificant.
+
+ The following function gives the joining type of every Unicode
+character.
+
+ -- Function: int uc_joining_type (ucs4_t UC)
+ Returns the joining type of a Unicode character.
+
+\1f
+File: libunistring.info, Node: Joining group, Prev: Joining type, Up: Arabic shaping
+
+8.8.2 Joining group of Arabic characters
+----------------------------------------
+
+ The joining group of a character describes how the character’s shape
+is modified in the four contexts of dual-joining characters or in the
+two contexts of right-joining characters.
+
+ The joining group has the following possible values:
+
+ -- Constant: int UC_JOINING_GROUP_NONE
+ -- Constant: int UC_JOINING_GROUP_AIN
+ -- Constant: int UC_JOINING_GROUP_ALAPH
+ -- Constant: int UC_JOINING_GROUP_ALEF
+ -- Constant: int UC_JOINING_GROUP_BEH
+ -- Constant: int UC_JOINING_GROUP_BETH
+ -- Constant: int UC_JOINING_GROUP_BURUSHASKI_YEH_BARREE
+ -- Constant: int UC_JOINING_GROUP_DAL
+ -- Constant: int UC_JOINING_GROUP_DALATH_RISH
+ -- Constant: int UC_JOINING_GROUP_E
+ -- Constant: int UC_JOINING_GROUP_FARSI_YEH
+ -- Constant: int UC_JOINING_GROUP_FE
+ -- Constant: int UC_JOINING_GROUP_FEH
+ -- Constant: int UC_JOINING_GROUP_FINAL_SEMKATH
+ -- Constant: int UC_JOINING_GROUP_GAF
+ -- Constant: int UC_JOINING_GROUP_GAMAL
+ -- Constant: int UC_JOINING_GROUP_HAH
+ -- Constant: int UC_JOINING_GROUP_HE
+ -- Constant: int UC_JOINING_GROUP_HEH
+ -- Constant: int UC_JOINING_GROUP_HEH_GOAL
+ -- Constant: int UC_JOINING_GROUP_HETH
+ -- Constant: int UC_JOINING_GROUP_KAF
+ -- Constant: int UC_JOINING_GROUP_KAPH
+ -- Constant: int UC_JOINING_GROUP_KHAPH
+ -- Constant: int UC_JOINING_GROUP_KNOTTED_HEH
+ -- Constant: int UC_JOINING_GROUP_LAM
+ -- Constant: int UC_JOINING_GROUP_LAMADH
+ -- Constant: int UC_JOINING_GROUP_MEEM
+ -- Constant: int UC_JOINING_GROUP_MIM
+ -- Constant: int UC_JOINING_GROUP_NOON
+ -- Constant: int UC_JOINING_GROUP_NUN
+ -- Constant: int UC_JOINING_GROUP_NYA
+ -- Constant: int UC_JOINING_GROUP_PE
+ -- Constant: int UC_JOINING_GROUP_QAF
+ -- Constant: int UC_JOINING_GROUP_QAPH
+ -- Constant: int UC_JOINING_GROUP_REH
+ -- Constant: int UC_JOINING_GROUP_REVERSED_PE
+ -- Constant: int UC_JOINING_GROUP_SAD
+ -- Constant: int UC_JOINING_GROUP_SADHE
+ -- Constant: int UC_JOINING_GROUP_SEEN
+ -- Constant: int UC_JOINING_GROUP_SEMKATH
+ -- Constant: int UC_JOINING_GROUP_SHIN
+ -- Constant: int UC_JOINING_GROUP_SWASH_KAF
+ -- Constant: int UC_JOINING_GROUP_SYRIAC_WAW
+ -- Constant: int UC_JOINING_GROUP_TAH
+ -- Constant: int UC_JOINING_GROUP_TAW
+ -- Constant: int UC_JOINING_GROUP_TEH_MARBUTA
+ -- Constant: int UC_JOINING_GROUP_TEH_MARBUTA_GOAL
+ -- Constant: int UC_JOINING_GROUP_TETH
+ -- Constant: int UC_JOINING_GROUP_WAW
+ -- Constant: int UC_JOINING_GROUP_YEH
+ -- Constant: int UC_JOINING_GROUP_YEH_BARREE
+ -- Constant: int UC_JOINING_GROUP_YEH_WITH_TAIL
+ -- Constant: int UC_JOINING_GROUP_YUDH
+ -- Constant: int UC_JOINING_GROUP_YUDH_HE
+ -- Constant: int UC_JOINING_GROUP_ZAIN
+ -- Constant: int UC_JOINING_GROUP_ZHAIN
+
+ The following functions implement the association between a joining
+group and its name.
+
+ -- Function: const char * uc_joining_group_name (int JOINING_GROUP)
+ Returns the name of a joining group.
+
+ -- Function: int uc_joining_group_byname (const char
+ *JOINING_GROUP_NAME)
+ Returns the joining group given by name, e.g. ‘"Teh_Marbuta"’.
+ This lookup ignores spaces, underscores, or hyphens as word
+ separators and is case-insignificant.
+
+ The following function gives the joining group of every Unicode
+character.
+
+ -- Function: int uc_joining_group (ucs4_t UC)
+ Returns the joining group of a Unicode character.
\1f
-File: libunistring.info, Node: Properties, Next: Scripts, Prev: Mirrored character, Up: unictype.h
+File: libunistring.info, Node: Properties, Next: Scripts, Prev: Arabic shaping, Up: unictype.h
-8.8 Properties
+8.9 Properties
==============
This section defines boolean properties of Unicode characters. This
Unicode characters.
The GNU libunistring library provides two kinds of API for working
-with properties. The object oriented API uses a type `uc_property_t'
-to designate a property. In the function-based API, which is a bit more
+with properties. The object oriented API uses a type ‘uc_property_t’ to
+designate a property. In the function-based API, which is a bit more
low level, a property is merely a function.
* Menu:
\1f
File: libunistring.info, Node: Properties as objects, Next: Properties as functions, Up: Properties
-8.8.1 Properties as objects - the object oriented API
+8.9.1 Properties as objects – the object oriented API
-----------------------------------------------------
The following type designates a property on Unicode characters.
-- Constant: uc_property_t UC_PROPERTY_NOT_A_CHARACTER
-- Constant: uc_property_t UC_PROPERTY_DEFAULT_IGNORABLE_CODE_POINT
-- Constant: uc_property_t
-UC_PROPERTY_OTHER_DEFAULT_IGNORABLE_CODE_POINT
+ UC_PROPERTY_OTHER_DEFAULT_IGNORABLE_CODE_POINT
-- Constant: uc_property_t UC_PROPERTY_DEPRECATED
-- Constant: uc_property_t UC_PROPERTY_LOGICAL_ORDER_EXCEPTION
-- Constant: uc_property_t UC_PROPERTY_VARIATION_SELECTOR
-- Constant: uc_property_t UC_PROPERTY_LOWERCASE
-- Constant: uc_property_t UC_PROPERTY_OTHER_LOWERCASE
-- Constant: uc_property_t UC_PROPERTY_TITLECASE
+ -- Constant: uc_property_t UC_PROPERTY_CASED
+ -- Constant: uc_property_t UC_PROPERTY_CASE_IGNORABLE
+ -- Constant: uc_property_t UC_PROPERTY_CHANGES_WHEN_LOWERCASED
+ -- Constant: uc_property_t UC_PROPERTY_CHANGES_WHEN_UPPERCASED
+ -- Constant: uc_property_t UC_PROPERTY_CHANGES_WHEN_TITLECASED
+ -- Constant: uc_property_t UC_PROPERTY_CHANGES_WHEN_CASEFOLDED
+ -- Constant: uc_property_t UC_PROPERTY_CHANGES_WHEN_CASEMAPPED
-- Constant: uc_property_t UC_PROPERTY_SOFT_DOTTED
The following properties are related to identifiers.
-- Function: uc_property_t uc_property_byname (const char
*PROPERTY_NAME)
- Returns the property given by name, e.g. `"White space"'. If a
+ Returns the property given by name, e.g. ‘"White space"’. If a
property with the given name exists, the result will satisfy the
- `uc_property_is_valid' predicate. Otherwise the result will not
+ ‘uc_property_is_valid’ predicate. Otherwise the result will not
satisfy this predicate and must not be passed to functions that
- expect an `uc_property_t' argument.
+ expect an ‘uc_property_t’ argument.
+
+ This lookup ignores spaces, underscores, or hyphens as word
+ separators, is case-insignificant, and supports the aliases listed
+ in Unicode’s ‘PropertyAliases.txt’ file.
This function references a big table of all predefined properties.
Its use can significantly increase the size of your application.
-- Function: bool uc_property_is_valid (uc_property_t property)
- Returns `true' when the given property is valid, or `false'
+ Returns ‘true’ when the given property is valid, or ‘false’
otherwise.
The following function views a property as a set of Unicode
\1f
File: libunistring.info, Node: Properties as functions, Prev: Properties as objects, Up: Properties
-8.8.2 Properties as functions - the functional API
+8.9.2 Properties as functions – the functional API
--------------------------------------------------
The following are general properties.
-- Function: bool uc_is_property_lowercase (ucs4_t UC)
-- Function: bool uc_is_property_other_lowercase (ucs4_t UC)
-- Function: bool uc_is_property_titlecase (ucs4_t UC)
+ -- Function: bool uc_is_property_cased (ucs4_t UC)
+ -- Function: bool uc_is_property_case_ignorable (ucs4_t UC)
+ -- Function: bool uc_is_property_changes_when_lowercased (ucs4_t UC)
+ -- Function: bool uc_is_property_changes_when_uppercased (ucs4_t UC)
+ -- Function: bool uc_is_property_changes_when_titlecased (ucs4_t UC)
+ -- Function: bool uc_is_property_changes_when_casefolded (ucs4_t UC)
+ -- Function: bool uc_is_property_changes_when_casemapped (ucs4_t UC)
-- Function: bool uc_is_property_soft_dotted (ucs4_t UC)
The following properties are related to identifiers.
\1f
File: libunistring.info, Node: Scripts, Next: Blocks, Prev: Properties, Up: unictype.h
-8.9 Scripts
-===========
+8.10 Scripts
+============
The Unicode characters are subdivided into scripts.
allocated read-only data. It contains the following fields:
const char *name;
- The `name' field contains the name of the script.
+ The ‘name’ field contains the name of the script.
The following functions look up a script.
-- Function: const uc_script_t * uc_script (ucs4_t UC)
- Returns the script of a Unicode character. Returns NULL if UC
- does not belong to any script.
+ Returns the script of a Unicode character. Returns NULL if UC does
+ not belong to any script.
-- Function: const uc_script_t * uc_script_byname (const char
*SCRIPT_NAME)
- Returns the script given by its name, e.g. `"HAN"'. Returns NULL
+ Returns the script given by its name, e.g. ‘"HAN"’. Returns NULL
if a script with the given name does not exist.
The following function views a script as a set of Unicode characters.
-- Function: void uc_all_scripts (const uc_script_t **SCRIPTS, size_t
*COUNT)
Get the list of all scripts. Stores a pointer to an array of all
- scripts in `*SCRIPTS' and the length of this array in `*COUNT'.
+ scripts in ‘*SCRIPTS’ and the length of this array in ‘*COUNT’.
\1f
File: libunistring.info, Node: Blocks, Next: ISO C and Java syntax, Prev: Scripts, Up: unictype.h
-8.10 Blocks
+8.11 Blocks
===========
The Unicode characters are subdivided into blocks. A block is an
ucs4_t end;
const char *name;
- The `start' field is the first Unicode code point in the block.
+ The ‘start’ field is the first Unicode code point in the block.
- The `end' field is the last Unicode code point in the block.
+ The ‘end’ field is the last Unicode code point in the block.
- The `name' field is the name of the block.
+ The ‘name’ field is the name of the block.
The following function looks up a block.
-- Function: void uc_all_blocks (const uc_block_t **BLOCKS, size_t
*COUNT)
Get the list of all blocks. Stores a pointer to an array of all
- blocks in `*BLOCKS' and the length of this array in `*COUNT'.
+ blocks in ‘*BLOCKS’ and the length of this array in ‘*COUNT’.
\1f
File: libunistring.info, Node: ISO C and Java syntax, Next: Classifications like in ISO C, Prev: Blocks, Up: unictype.h
-8.11 ISO C and Java syntax
+8.12 ISO C and Java syntax
==========================
The following properties are taken from language standards. The
supported language standards are ISO C 99 and Java.
-- Function: bool uc_is_c_whitespace (ucs4_t UC)
- Tests whether a Unicode character is considered whitespace in ISO
- C 99.
+ Tests whether a Unicode character is considered whitespace in ISO C
+ 99.
-- Function: bool uc_is_java_whitespace (ucs4_t UC)
Tests whether a Unicode character is considered whitespace in Java.
- The following enumerated values are the possible return values of
-the functions `uc_c_ident_category' and `uc_java_ident_category'.
+ The following enumerated values are the possible return values of the
+functions ‘uc_c_ident_category’ and ‘uc_java_ident_category’.
-- Constant: int UC_IDENTIFIER_START
This return value means that the given character is valid as first
subsequent character only.
-- Constant: int UC_IDENTIFIER_INVALID
- This return value means that the given character is not valid in
- an identifier.
+ This return value means that the given character is not valid in an
+ identifier.
-- Constant: int UC_IDENTIFIER_IGNORABLE
- This return value (only for Java) means that the given character
- is ignorable.
+ This return value (only for Java) means that the given character is
+ ignorable.
The following function determine whether a given character can be a
constituent of an identifier in the given programming language.
\1f
File: libunistring.info, Node: Classifications like in ISO C, Prev: ISO C and Java syntax, Up: unictype.h
-8.12 Classifications like in ISO C
+8.13 Classifications like in ISO C
==================================
The following character classifications mimic those declared in the
-ISO C header files `<ctype.h>' and `<wctype.h>'. These functions are
+ISO C header files ‘<ctype.h>’ and ‘<wctype.h>’. These functions are
deprecated, because this set of functions was designed with ASCII in
mind and cannot reflect the more diverse reality of the Unicode
character set. But they can be a quick-and-dirty porting aid when
-migrating from `wchar_t' APIs to Unicode strings.
+migrating from ‘wchar_t’ APIs to Unicode strings.
-- Function: bool uc_is_alnum (ucs4_t UC)
- Tests for any character for which `uc_is_alpha' or `uc_is_digit' is
+ Tests for any character for which ‘uc_is_alpha’ or ‘uc_is_digit’ is
true.
-- Function: bool uc_is_alpha (ucs4_t UC)
- Tests for any character for which `uc_is_upper' or `uc_is_lower' is
+ Tests for any character for which ‘uc_is_upper’ or ‘uc_is_lower’ is
true, or any character that is one of a locale-specific set of
- characters for which none of `uc_is_cntrl', `uc_is_digit',
- `uc_is_punct', or `uc_is_space' is true.
+ characters for which none of ‘uc_is_cntrl’, ‘uc_is_digit’,
+ ‘uc_is_punct’, or ‘uc_is_space’ is true.
-- Function: bool uc_is_cntrl (ucs4_t UC)
Tests for any control character.
character.
-- Function: bool uc_is_graph (ucs4_t UC)
- Tests for any character for which `uc_is_print' is true and
- `uc_is_space' is false.
+ Tests for any character for which ‘uc_is_print’ is true and
+ ‘uc_is_space’ is false.
-- Function: bool uc_is_lower (ucs4_t UC)
Tests for any character that corresponds to a lowercase letter or
is one of a locale-specific set of characters for which none of
- `uc_is_cntrl', `uc_is_digit', `uc_is_punct', or `uc_is_space' is
+ ‘uc_is_cntrl’, ‘uc_is_digit’, ‘uc_is_punct’, or ‘uc_is_space’ is
true.
-- Function: bool uc_is_print (ucs4_t UC)
-- Function: bool uc_is_punct (ucs4_t UC)
Tests for any printing character that is one of a locale-specific
- set of characters for which neither `uc_is_space' nor
- `uc_is_alnum' is true.
+ set of characters for which neither ‘uc_is_space’ nor ‘uc_is_alnum’
+ is true.
-- Function: bool uc_is_space (ucs4_t UC)
- Test for any character that corresponds to a locale-specific set
- of characters for which none of `uc_is_alnum', `uc_is_graph', or
- `uc_is_punct' is true.
+ Test for any character that corresponds to a locale-specific set of
+ characters for which none of ‘uc_is_alnum’, ‘uc_is_graph’, or
+ ‘uc_is_punct’ is true.
-- Function: bool uc_is_upper (ucs4_t UC)
Tests for any character that corresponds to an uppercase letter or
is one of a locale-specific set of characters for which none of
- `uc_is_cntrl', `uc_is_digit', `uc_is_punct', or `uc_is_space' is
+ ‘uc_is_cntrl’, ‘uc_is_digit’, ‘uc_is_punct’, or ‘uc_is_space’ is
true.
-- Function: bool uc_is_xdigit (ucs4_t UC)
-- Function: bool uc_is_blank (ucs4_t UC)
Tests for any character that corresponds to a standard blank
character or a locale-specific set of characters for which
- `uc_is_alnum' is false.
+ ‘uc_is_alnum’ is false.
\1f
-File: libunistring.info, Node: uniwidth.h, Next: uniwbrk.h, Prev: unictype.h, Up: Top
+File: libunistring.info, Node: uniwidth.h, Next: unigbrk.h, Prev: unictype.h, Up: Top
-9 Display width `<uniwidth.h>'
+9 Display width ‘<uniwidth.h>’
******************************
This include file declares functions that return the display width,
that uses non-proportional fonts.
Note that for some rarely used characters the actual fonts or
-terminal emulators can use a different width. There is no mechanism
-for communicating the display width of characters across a Unix
+terminal emulators can use a different width. There is no mechanism for
+communicating the display width of characters across a Unix
pseudo-terminal (tty). Also, there are scripts with complex rendering,
like the Indic scripts. For these scripts, there is no such concept as
non-proportional fonts. Therefore the results of these functions
-usually work fine on most scripts and on most characters but can fail
-to represent the actual display width.
+usually work fine on most scripts and on most characters but can fail to
+represent the actual display width.
These functions are locale dependent. The ENCODING argument
-identifies the encoding (e.g. `"ISO-8859-2"' for Polish).
+identifies the encoding (e.g. ‘"ISO-8859-2"’ for Polish).
-- Function: int uc_width (ucs4_t UC, const char *ENCODING)
Determines and returns the number of column positions required for
-- Function: int u32_width (const uint32_t *S, size_t N, const char
*ENCODING)
Determines and returns the number of column positions required for
- first N units (or fewer if S ends before this) in S. This
- function ignores control characters in the string.
+ first N units (or fewer if S ends before this) in S. This function
+ ignores control characters in the string.
-- Function: int u8_strwidth (const uint8_t *S, const char *ENCODING)
-- Function: int u16_strwidth (const uint16_t *S, const char *ENCODING)
S. This function ignores control characters in the string.
\1f
-File: libunistring.info, Node: uniwbrk.h, Next: unilbrk.h, Prev: uniwidth.h, Up: Top
+File: libunistring.info, Node: unigbrk.h, Next: uniwbrk.h, Prev: uniwidth.h, Up: Top
+
+10 Grapheme cluster breaks in strings ‘<unigbrk.h>’
+***************************************************
+
+ This include file declares functions for determining where in a
+string “grapheme clusters” start and end. A “grapheme cluster” is an
+approximation to a user-perceived character, which sometimes corresponds
+to multiple Unicode characters. Editing operations such as mouse
+selection, cursor movement, and backspacing often operate on grapheme
+clusters as units, not on individual characters.
+
+ Some grapheme clusters are built from a base character and a
+combining character. The letter ‘é’, for example, is most commonly
+represented in Unicode as a single character U+00E8 LATIN SMALL LETTER E
+WITH ACUTE. It is, however, equally valid to use the pair of characters
+U+0065 LATIN SMALL LETTER E followed by U+0301 COMBINING ACUTE ACCENT.
+Since the user would perceive this pair of characters as a single
+character, they would be grouped into a single grapheme cluster.
+
+ But there are also grapheme clusters that consist of several base
+characters. For example, a Devanagari letter and a Devanagari vowel
+sign that follows it may form a grapheme cluster. Similarly, some pairs
+of Thai characters and Hangul syllables (formed by two or three Hangul
+characters) are grapheme clusters.
+
+* Menu:
+
+* Grapheme cluster breaks in a string::
+* Grapheme cluster break property::
+
+\1f
+File: libunistring.info, Node: Grapheme cluster breaks in a string, Next: Grapheme cluster break property, Up: unigbrk.h
+
+10.1 Grapheme cluster breaks in a string
+========================================
+
+ The following functions find a single boundary between grapheme
+clusters in a string.
+
+ -- Function: void u8_grapheme_next (const uint8_t *S, const uint8_t
+ *END)
+ -- Function: void u16_grapheme_next (const uint16_t *S, const uint16_t
+ *END)
+ -- Function: void u32_grapheme_next (const uint32_t *S, const uint32_t
+ *END)
+ Returns the start of the next grapheme cluster following S, or END
+ if no grapheme cluster break is encountered before it. Returns
+ NULL if and only if ‘S == END’.
+
+ -- Function: void u8_grapheme_prev (const uint8_t *S, const uint8_t
+ *START)
+ -- Function: void u16_grapheme_prev (const uint16_t *S, const uint16_t
+ *START)
+ -- Function: void u32_grapheme_prev (const uint32_t *S, const uint32_t
+ *START)
+ Returns the start of the grapheme cluster preceding S, or START if
+ no grapheme cluster break is encountered before it. Returns NULL
+ if and only if ‘S == START’.
+
+ The following functions determine all of the grapheme cluster
+boundaries in a string.
+
+ -- Function: void u8_grapheme_breaks (const uint8_t *S, size_t N, char
+ *P)
+ -- Function: void u16_grapheme_breaks (const uint16_t *S, size_t N,
+ char *P)
+ -- Function: void u32_grapheme_breaks (const uint32_t *S, size_t N,
+ char *P)
+ -- Function: void ulc_grapheme_breaks (const char *S, size_t N, char
+ *P)
+ Determines the grapheme cluster break points in S, an array of N
+ units, and stores the result at ‘P[0..N-1]’.
+ ‘P[i] = 1’
+ means that there is a grapheme cluster boundary between
+ ‘S[i-1]’ and ‘S[i]’.
+ ‘P[i] = 0’
+ means that ‘S[i-1]’ and ‘S[i]’ are part of the same grapheme
+ cluster.
+ ‘P[0]’ is always set to 1, because there is always a grapheme
+ cluster break at start of text.
+
+\1f
+File: libunistring.info, Node: Grapheme cluster break property, Prev: Grapheme cluster breaks in a string, Up: unigbrk.h
-10 Word breaks in strings `<uniwbrk.h>'
+10.2 Grapheme cluster break property
+====================================
+
+ This is a more low-level API. The grapheme cluster break property is
+a property defined in Unicode Standard Annex #29, section “Grapheme
+Cluster Boundaries”, see
+<http://www.unicode.org/reports/tr29/#Grapheme_Cluster_Boundaries>. It
+is used for determining the grapheme cluster breaks in a string.
+
+ The following are the possible values of the grapheme cluster break
+property. More values may be added in the future.
+
+ -- Constant: int GBP_OTHER
+ -- Constant: int GBP_CR
+ -- Constant: int GBP_LF
+ -- Constant: int GBP_CONTROL
+ -- Constant: int GBP_EXTEND
+ -- Constant: int GBP_PREPEND
+ -- Constant: int GBP_SPACINGMARK
+ -- Constant: int GBP_L
+ -- Constant: int GBP_V
+ -- Constant: int GBP_T
+ -- Constant: int GBP_LV
+ -- Constant: int GBP_LVT
+
+ The following function looks up the grapheme cluster break property
+of a character.
+
+ -- Function: int uc_graphemeclusterbreak_property (ucs4_t UC)
+ Returns the Grapheme_Cluster_Break property of a Unicode character.
+
+ The following function determines whether there is a grapheme cluster
+break between two Unicode characters. It is the primitive upon which
+the higher-level functions in the previous section are directly based.
+
+ -- Function: bool uc_is_grapheme_break (ucs4_t A, ucs4_t B)
+ Returns true if there is an grapheme cluster boundary between
+ Unicode characters A and B.
+
+ There is always a grapheme cluster break at the start or end of
+ text. You can specify zero for A or B to indicate start of text or
+ end of text, respectively.
+
+ This implements the extended (not legacy) grapheme cluster rules
+ described in the Unicode standard, because the standard says that
+ they are preferred.
+
+\1f
+File: libunistring.info, Node: uniwbrk.h, Next: unilbrk.h, Prev: unigbrk.h, Up: Top
+
+11 Word breaks in strings ‘<uniwbrk.h>’
***************************************
This include file declares functions for determining where in a
-string "words" start and end. Here "words" are not necessarily the
-same as entities that can be looked up in dictionaries, but rather
-groups of consecutive characters that should not be split by text
-processing operations.
+string “words” start and end. Here “words” are not necessarily the same
+as entities that can be looked up in dictionaries, but rather groups of
+consecutive characters that should not be split by text processing
+operations.
* Menu:
\1f
File: libunistring.info, Node: Word breaks in a string, Next: Word break property, Up: uniwbrk.h
-10.1 Word breaks in a string
+11.1 Word breaks in a string
============================
The following functions determine the word breaks in a string.
-- Function: void u32_wordbreaks (const uint32_t *S, size_t N, char *P)
-- Function: void ulc_wordbreaks (const char *S, size_t N, char *P)
Determines the word break points in S, an array of N units, and
- stores the result at `P[0..N-1]'.
- `P[i] = 1'
- means that there is a word boundary between `S[i-1]' and
- `S[i]'.
-
- `P[i] = 0'
- means that `S[i-1]' and `S[i]' must not be separated.
- `P[0]' is always set to 0. If an application wants to consider a
+ stores the result at ‘P[0..N-1]’.
+ ‘P[i] = 1’
+ means that there is a word boundary between ‘S[i-1]’ and
+ ‘S[i]’.
+ ‘P[i] = 0’
+ means that ‘S[i-1]’ and ‘S[i]’ must not be separated.
+ ‘P[0]’ is always set to 0. If an application wants to consider a
word break to be present at the beginning of the string (before
- `S[0]') or at the end of the string (after `S[0..N-1]'), it has to
+ ‘S[0]’) or at the end of the string (after ‘S[0..N-1]’), it has to
treat these cases explicitly.
\1f
File: libunistring.info, Node: Word break property, Prev: Word breaks in a string, Up: uniwbrk.h
-10.2 Word break property
+11.2 Word break property
========================
- This is a more low-level API. The word break property is a property
-defined in Unicode Standard Annex #29, section "Word Boundaries", see
-`http://www.unicode.org/reports/tr29/#Word_Boundaries'. It is used for
+ This is a more low-level API. The word break property is a property
+defined in Unicode Standard Annex #29, section “Word Boundaries”, see
+<http://www.unicode.org/reports/tr29/#Word_Boundaries>. It is used for
determining the word breaks in a string.
The following are the possible values of the word break property.
\1f
File: libunistring.info, Node: unilbrk.h, Next: uninorm.h, Prev: uniwbrk.h, Up: Top
-11 Line breaking `<unilbrk.h>'
+12 Line breaking ‘<unilbrk.h>’
******************************
This include file declares functions for determining where in a
displayed string fit into a column of given width.
These functions are locale dependent. The ENCODING argument
-identifies the encoding (e.g. `"ISO-8859-2"' for Polish).
+identifies the encoding (e.g. ‘"ISO-8859-2"’ for Polish).
The following enumerated values indicate whether, at a given
position, a line break is possible or not. Given an string S as an
-array `S[0..N-1]' and a position I, the values have the following
+array ‘S[0..N-1]’ and a position I, the values have the following
meanings:
-- Constant: int UC_BREAK_MANDATORY
- This value indicates that `S[I]' is a line break character.
+ This value indicates that ‘S[I]’ is a line break character.
-- Constant: int UC_BREAK_POSSIBLE
This value indicates that a line break may be inserted between
- `S[I-1]' and `S[I]'.
+ ‘S[I-1]’ and ‘S[I]’.
-- Constant: int UC_BREAK_HYPHENATION
- This value indicates that a hyphen and a line break may be
- inserted between `S[I-1]' and `S[I]'. But beware of language
- dependent hyphenation rules.
+ This value indicates that a hyphen and a line break may be inserted
+ between ‘S[I-1]’ and ‘S[I]’. But beware of language dependent
+ hyphenation rules.
-- Constant: int UC_BREAK_PROHIBITED
- This value indicates that `S[I-1]' and `S[I]' must not be
+ This value indicates that ‘S[I-1]’ and ‘S[I]’ must not be
separated.
-- Constant: int UC_BREAK_UNDEFINED
- This value is not used as a return value; rather, in the
- overriding argument of the `u*_width_linebreaks' functions, it
- indicates the absence of an override.
+ This value is not used as a return value; rather, in the overriding
+ argument of the ‘u*_width_linebreaks’ functions, it indicates the
+ absence of an override.
The following functions determine the positions at which line breaks
are possible.
-- Function: void u8_possible_linebreaks (const uint8_t *S, size_t N,
const char *ENCODING, char *P)
- -- Function: void u16_possible_linebreaks (const uint16_t *S, size_t
- N, const char *ENCODING, char *P)
- -- Function: void u32_possible_linebreaks (const uint32_t *S, size_t
- N, const char *ENCODING, char *P)
+ -- Function: void u16_possible_linebreaks (const uint16_t *S, size_t N,
+ const char *ENCODING, char *P)
+ -- Function: void u32_possible_linebreaks (const uint32_t *S, size_t N,
+ const char *ENCODING, char *P)
-- Function: void ulc_possible_linebreaks (const char *S, size_t N,
const char *ENCODING, char *P)
Determines the line break points in S, and stores the result at
- `P[0..N-1]'. Every `P[I]' is assigned one of the values
- `UC_BREAK_MANDATORY', `UC_BREAK_POSSIBLE', `UC_BREAK_HYPHENATION',
- `UC_BREAK_PROHIBITED'.
+ ‘P[0..N-1]’. Every ‘P[I]’ is assigned one of the values
+ ‘UC_BREAK_MANDATORY’, ‘UC_BREAK_POSSIBLE’, ‘UC_BREAK_HYPHENATION’,
+ ‘UC_BREAK_PROHIBITED’.
The following functions determine where line breaks should be
inserted so that each line fits in a given width, when output to a
-- Function: int u8_width_linebreaks (const uint8_t *S, size_t N, int
WIDTH, int START_COLUMN, int AT_END_COLUMNS, const char
*OVERRIDE, const char *ENCODING, char *P)
- -- Function: int u16_width_linebreaks (const uint16_t *S, size_t N,
- int WIDTH, int START_COLUMN, int AT_END_COLUMNS, const char
+ -- Function: int u16_width_linebreaks (const uint16_t *S, size_t N, int
+ WIDTH, int START_COLUMN, int AT_END_COLUMNS, const char
*OVERRIDE, const char *ENCODING, char *P)
- -- Function: int u32_width_linebreaks (const uint32_t *S, size_t N,
- int WIDTH, int START_COLUMN, int AT_END_COLUMNS, const char
+ -- Function: int u32_width_linebreaks (const uint32_t *S, size_t N, int
+ WIDTH, int START_COLUMN, int AT_END_COLUMNS, const char
*OVERRIDE, const char *ENCODING, char *P)
-- Function: int ulc_width_linebreaks (const char *S, size_t N, int
WIDTH, int START_COLUMN, int AT_END_COLUMNS, const char
*OVERRIDE, const char *ENCODING, char *P)
Chooses the best line breaks, assuming that every character
- occupies a width given by the `uc_width' function (see *note
+ occupies a width given by the ‘uc_width’ function (see *note
uniwidth.h::).
- The string is `S[0..N-1]'.
+ The string is ‘S[0..N-1]’.
The maximum number of columns per line is given as WIDTH. The
starting column of the string is given as START_COLUMN. If the
- algorithm shall keep room after the last piece, this amount of
- room can be given as AT_END_COLUMNS.
+ algorithm shall keep room after the last piece, this amount of room
+ can be given as AT_END_COLUMNS.
- OVERRIDE is an optional override; if `OVERRIDE[I] !=
- UC_BREAK_UNDEFINED', `OVERRIDE[I]' takes precedence over `P[I]' as
- returned by the `u*_possible_linebreaks' function.
+ OVERRIDE is an optional override; if ‘OVERRIDE[I] !=
+ UC_BREAK_UNDEFINED’, ‘OVERRIDE[I]’ takes precedence over ‘P[I]’ as
+ returned by the ‘u*_possible_linebreaks’ function.
- The given ENCODING is used for disambiguating widths in `uc_width'.
+ The given ENCODING is used for disambiguating widths in ‘uc_width’.
Returns the column after the end of the string, and stores the
- result at `P[0..N-1]'. Every `P[I]' is assigned one of the values
- `UC_BREAK_MANDATORY', `UC_BREAK_POSSIBLE', `UC_BREAK_HYPHENATION',
- `UC_BREAK_PROHIBITED'. Here the value `UC_BREAK_POSSIBLE'
+ result at ‘P[0..N-1]’. Every ‘P[I]’ is assigned one of the values
+ ‘UC_BREAK_MANDATORY’, ‘UC_BREAK_POSSIBLE’, ‘UC_BREAK_HYPHENATION’,
+ ‘UC_BREAK_PROHIBITED’. Here the value ‘UC_BREAK_POSSIBLE’
indicates that a line break _should_ be inserted.
\1f
File: libunistring.info, Node: uninorm.h, Next: unicase.h, Prev: unilbrk.h, Up: Top
-12 Normalization forms (composition and decomposition) `<uninorm.h>'
+13 Normalization forms (composition and decomposition) ‘<uninorm.h>’
********************************************************************
This include file defines functions for transforming Unicode strings
-to one of the four normal forms, known as NFC, NFD, NKFC, NFKD. These
-transformations involve decomposition and -- for NFC and NFKC --
+to one of the four normal forms, known as NFC, NFD, NKFC, NFKD. These
+transformations involve decomposition and — for NFC and NFKC —
composition of Unicode characters.
* Menu:
\1f
File: libunistring.info, Node: Decomposition of characters, Next: Composition of characters, Up: uninorm.h
-12.1 Decomposition of Unicode characters
+13.1 Decomposition of Unicode characters
========================================
The following enumerated values are the possible types of
Denotes canonical decomposition.
-- Constant: int UC_DECOMP_FONT
- UCD marker: `<font>'. Denotes a font variant (e.g. a blackletter
+ UCD marker: ‘<font>’. Denotes a font variant (e.g. a blackletter
form).
-- Constant: int UC_DECOMP_NOBREAK
- UCD marker: `<noBreak>'. Denotes a no-break version of a space or
+ UCD marker: ‘<noBreak>’. Denotes a no-break version of a space or
hyphen.
-- Constant: int UC_DECOMP_INITIAL
- UCD marker: `<initial>'. Denotes an initial presentation form
+ UCD marker: ‘<initial>’. Denotes an initial presentation form
(Arabic).
-- Constant: int UC_DECOMP_MEDIAL
- UCD marker: `<medial>'. Denotes a medial presentation form
+ UCD marker: ‘<medial>’. Denotes a medial presentation form
(Arabic).
-- Constant: int UC_DECOMP_FINAL
- UCD marker: `<final>'. Denotes a final presentation form (Arabic).
+ UCD marker: ‘<final>’. Denotes a final presentation form (Arabic).
-- Constant: int UC_DECOMP_ISOLATED
- UCD marker: `<isolated>'. Denotes an isolated presentation form
+ UCD marker: ‘<isolated>’. Denotes an isolated presentation form
(Arabic).
-- Constant: int UC_DECOMP_CIRCLE
- UCD marker: `<circle>'. Denotes an encircled form.
+ UCD marker: ‘<circle>’. Denotes an encircled form.
-- Constant: int UC_DECOMP_SUPER
- UCD marker: `<super>'. Denotes a superscript form.
+ UCD marker: ‘<super>’. Denotes a superscript form.
-- Constant: int UC_DECOMP_SUB
- UCD marker: `<sub>'. Denotes a subscript form.
+ UCD marker: ‘<sub>’. Denotes a subscript form.
-- Constant: int UC_DECOMP_VERTICAL
- UCD marker: `<vertical>'. Denotes a vertical layout presentation
+ UCD marker: ‘<vertical>’. Denotes a vertical layout presentation
form.
-- Constant: int UC_DECOMP_WIDE
- UCD marker: `<wide>'. Denotes a wide (or zenkaku) compatibility
+ UCD marker: ‘<wide>’. Denotes a wide (or zenkaku) compatibility
character.
-- Constant: int UC_DECOMP_NARROW
- UCD marker: `<narrow>'. Denotes a narrow (or hankaku)
+ UCD marker: ‘<narrow>’. Denotes a narrow (or hankaku)
compatibility character.
-- Constant: int UC_DECOMP_SMALL
- UCD marker: `<small>'. Denotes a small variant form (CNS
+ UCD marker: ‘<small>’. Denotes a small variant form (CNS
compatibility).
-- Constant: int UC_DECOMP_SQUARE
- UCD marker: `<square>'. Denotes a CJK squared font variant.
+ UCD marker: ‘<square>’. Denotes a CJK squared font variant.
-- Constant: int UC_DECOMP_FRACTION
- UCD marker: `<fraction>'. Denotes a vulgar fraction form.
+ UCD marker: ‘<fraction>’. Denotes a vulgar fraction form.
-- Constant: int UC_DECOMP_COMPAT
- UCD marker: `<compat>'. Denotes an otherwise unspecified
+ UCD marker: ‘<compat>’. Denotes an otherwise unspecified
compatibility character.
- The following constant denotes the maximum size of decomposition of
-a single Unicode character.
+ The following constant denotes the maximum size of decomposition of a
+single Unicode character.
-- Macro: unsigned int UC_DECOMPOSITION_MAX_LENGTH
This macro expands to a constant that is the required size of
- buffer passed to the `uc_decomposition' and
- `uc_canonical_decomposition' functions.
+ buffer passed to the ‘uc_decomposition’ and
+ ‘uc_canonical_decomposition’ functions.
The following functions decompose a Unicode character.
*DECOMPOSITION)
Returns the character decomposition mapping of the Unicode
character UC. DECOMPOSITION must point to an array of at least
- `UC_DECOMPOSITION_MAX_LENGTH' `ucs_t' elements.
+ ‘UC_DECOMPOSITION_MAX_LENGTH’ ‘ucs_t’ elements.
- When a decomposition exists, `DECOMPOSITION[0..N-1]' and
- `*DECOMP_TAG' are filled and N is returned. Otherwise -1 is
+ When a decomposition exists, ‘DECOMPOSITION[0..N-1]’ and
+ ‘*DECOMP_TAG’ are filled and N is returned. Otherwise -1 is
returned.
-- Function: int uc_canonical_decomposition (ucs4_t UC, ucs4_t
*DECOMPOSITION)
Returns the canonical character decomposition mapping of the
Unicode character UC. DECOMPOSITION must point to an array of at
- least `UC_DECOMPOSITION_MAX_LENGTH' `ucs_t' elements.
+ least ‘UC_DECOMPOSITION_MAX_LENGTH’ ‘ucs_t’ elements.
- When a decomposition exists, `DECOMPOSITION[0..N-1]' is filled and
+ When a decomposition exists, ‘DECOMPOSITION[0..N-1]’ is filled and
N is returned. Otherwise -1 is returned.
\1f
File: libunistring.info, Node: Composition of characters, Next: Normalization of strings, Prev: Decomposition of characters, Up: uninorm.h
-12.2 Composition of Unicode characters
+13.2 Composition of Unicode characters
======================================
The following function composes a Unicode character from two Unicode
otherwise.
Not all decompositions can be recombined using this function. See
- the Unicode file `CompositionExclusions.txt' for details.
+ the Unicode file ‘CompositionExclusions.txt’ for details.
\1f
File: libunistring.info, Node: Normalization of strings, Next: Normalizing comparisons, Prev: Composition of characters, Up: uninorm.h
-12.3 Normalization of strings
+13.3 Normalization of strings
=============================
The Unicode standard defines four normalization forms for Unicode
strings. The following type is used to denote a normalization form.
-- Type: uninorm_t
- An object of type `uninorm_t' denotes a Unicode normalization form.
- This is a scalar type; its values can be compared with `=='.
+ An object of type ‘uninorm_t’ denotes a Unicode normalization form.
+ This is a scalar type; its values can be compared with ‘==’.
The following constants denote the four normalization forms.
Normalization form KC: compatibility decomposition, then canonical
composition.
- The following functions operate on `uninorm_t' objects.
+ The following functions operate on ‘uninorm_t’ objects.
-- Function: bool uninorm_is_compat_decomposing (uninorm_t NF)
Tests whether the normalization form NF does compatibility
composition.
-- Function: uninorm_t uninorm_decomposing_form (uninorm_t NF)
- Returns the decomposing variant of the normalization form NF.
- This maps NFC,NFD -> NFD and NFKC,NFKD -> NFKD.
+ Returns the decomposing variant of the normalization form NF. This
+ maps NFC,NFD → NFD and NFKC,NFKD → NFKD.
The following functions apply a Unicode normalization form to a
Unicode string.
-- Function: uint8_t * u8_normalize (uninorm_t NF, const uint8_t *S,
size_t N, uint8_t *RESULTBUF, size_t *LENGTHP)
- -- Function: uint16_t * u16_normalize (uninorm_t NF, const uint16_t
- *S, size_t N, uint16_t *RESULTBUF, size_t *LENGTHP)
- -- Function: uint32_t * u32_normalize (uninorm_t NF, const uint32_t
- *S, size_t N, uint32_t *RESULTBUF, size_t *LENGTHP)
+ -- Function: uint16_t * u16_normalize (uninorm_t NF, const uint16_t *S,
+ size_t N, uint16_t *RESULTBUF, size_t *LENGTHP)
+ -- Function: uint32_t * u32_normalize (uninorm_t NF, const uint32_t *S,
+ size_t N, uint32_t *RESULTBUF, size_t *LENGTHP)
Returns the specified normalization form of a string.
\1f
File: libunistring.info, Node: Normalizing comparisons, Next: Normalization of streams, Prev: Normalization of strings, Up: uninorm.h
-12.4 Normalizing comparisons
+13.4 Normalizing comparisons
============================
The following functions compare Unicode string, ignoring differences
uint32_t *S2, size_t N2, uninorm_t NF, int *RESULTP)
Compares S1 and S2, ignoring differences in normalization.
- NF must be either `UNINORM_NFD' or `UNINORM_NFKD'.
+ NF must be either ‘UNINORM_NFD’ or ‘UNINORM_NFKD’.
- If successful, sets `*RESULTP' to -1 if S1 < S2, 0 if S1 = S2, 1
- if S1 > S2, and returns 0. Upon failure, returns -1 with `errno'
- set.
+ If successful, sets ‘*RESULTP’ to -1 if S1 < S2, 0 if S1 = S2, 1 if
+ S1 > S2, and returns 0. Upon failure, returns -1 with ‘errno’ set.
-- Function: char * u8_normxfrm (const uint8_t *S, size_t N, uninorm_t
NF, char *RESULTBUF, size_t *LENGTHP)
-- Function: char * u32_normxfrm (const uint32_t *S, size_t N,
uninorm_t NF, char *RESULTBUF, size_t *LENGTHP)
Converts the string S of length N to a NUL-terminated byte
- sequence, in such a way that comparing `u8_normxfrm (S1)' and
- `u8_normxfrm (S2)' with the `u8_cmp2' function is equivalent to
- comparing S1 and S2 with the `u8_normcoll' function.
+ sequence, in such a way that comparing ‘u8_normxfrm (S1)’ and
+ ‘u8_normxfrm (S2)’ with the ‘u8_cmp2’ function is equivalent to
+ comparing S1 and S2 with the ‘u8_normcoll’ function.
- NF must be either `UNINORM_NFC' or `UNINORM_NFKC'.
+ NF must be either ‘UNINORM_NFC’ or ‘UNINORM_NFKC’.
-- Function: int u8_normcoll (const uint8_t *S1, size_t N1, const
uint8_t *S2, size_t N2, uninorm_t NF, int *RESULTP)
Compares S1 and S2, ignoring differences in normalization, using
the collation rules of the current locale.
- NF must be either `UNINORM_NFC' or `UNINORM_NFKC'.
+ NF must be either ‘UNINORM_NFC’ or ‘UNINORM_NFKC’.
- If successful, sets `*RESULTP' to -1 if S1 < S2, 0 if S1 = S2, 1
- if S1 > S2, and returns 0. Upon failure, returns -1 with `errno'
- set.
+ If successful, sets ‘*RESULTP’ to -1 if S1 < S2, 0 if S1 = S2, 1 if
+ S1 > S2, and returns 0. Upon failure, returns -1 with ‘errno’ set.
\1f
File: libunistring.info, Node: Normalization of streams, Prev: Normalizing comparisons, Up: uninorm.h
-12.5 Normalization of streams of Unicode characters
+13.5 Normalization of streams of Unicode characters
===================================================
- A "stream of Unicode characters" is essentially a function that
-accepts an `ucs4_t' argument repeatedly, optionally combined with a
-function that "flushes" the stream.
+ A “stream of Unicode characters” is essentially a function that
+accepts an ‘ucs4_t’ argument repeatedly, optionally combined with a
+function that “flushes” the stream.
-- Type: struct uninorm_filter
This is the data type of a stream of Unicode characters that
normalizes its input according to a given normalization form and
- passes the normalized character sequence to the encapsulated
- stream of Unicode characters.
+ passes the normalized character sequence to the encapsulated stream
+ of Unicode characters.
-- Function: struct uninorm_filter * uninorm_filter_create (uninorm_t
NF, int (*STREAM_FUNC) (void *STREAM_DATA, ucs4_t UC), void
Creates and returns a normalization filter for Unicode characters.
The pair (STREAM_FUNC, STREAM_DATA) is the encapsulated stream.
- `STREAM_FUNC (STREAM_DATA, UC)' receives the Unicode character UC
- and returns 0 if successful, or -1 with `errno' set upon failure.
+ ‘STREAM_FUNC (STREAM_DATA, UC)’ receives the Unicode character UC
+ and returns 0 if successful, or -1 with ‘errno’ set upon failure.
- Returns the new filter, or NULL with `errno' set upon failure.
+ Returns the new filter, or NULL with ‘errno’ set upon failure.
-- Function: int uninorm_filter_write (struct uninorm_filter *FILTER,
ucs4_t UC)
- Stuffs a Unicode character into a normalizing filter. Returns 0
- if successful, or -1 with `errno' set upon failure.
+ Stuffs a Unicode character into a normalizing filter. Returns 0 if
+ successful, or -1 with ‘errno’ set upon failure.
-- Function: int uninorm_filter_flush (struct uninorm_filter *FILTER)
Brings data buffered in the filter to its destination, the
encapsulated stream.
- Returns 0 if successful, or -1 with `errno' set upon failure.
+ Returns 0 if successful, or -1 with ‘errno’ set upon failure.
- Note! If after calling this function, additional characters are
+ Note! If after calling this function, additional characters are
written into the filter, the resulting character sequence in the
encapsulated stream will not necessarily be normalized.
Brings data buffered in the filter to its destination, the
encapsulated stream, then closes and frees the filter.
- Returns 0 if successful, or -1 with `errno' set upon failure.
+ Returns 0 if successful, or -1 with ‘errno’ set upon failure.
\1f
File: libunistring.info, Node: unicase.h, Next: uniregex.h, Prev: uninorm.h, Up: Top
-13 Case mappings `<unicase.h>'
+14 Case mappings ‘<unicase.h>’
******************************
This include file defines functions for case mapping for Unicode
strings.
These string functions fix the problems that were mentioned in *note
-char * strings::, namely, they handle the Croatian LETTER DZ WITH
-CARON, the German LATIN SMALL LETTER SHARP S, the Greek sigma and the
+char * strings::, namely, they handle the Croatian LETTER DZ WITH CARON,
+the German LATIN SMALL LETTER SHARP S, the Greek sigma and the
Lithuanian i correctly.
* Menu:
\1f
File: libunistring.info, Node: Case mappings of characters, Next: Case mappings of strings, Up: unicase.h
-13.1 Case mappings of characters
+14.1 Case mappings of characters
================================
- The following functions implement case mappings on Unicode
-characters -- for those cases only where the result of the mapping is a
-again a single Unicode character.
+ The following functions implement case mappings on Unicode characters
+— for those cases only where the result of the mapping is a again a
+single Unicode character.
These mappings are locale and context independent.
*WARNING!* These functions are not sufficient for languages such as
-German, Greek and Lithuanian. Better use the functions below that
-treat an entire string at once and are language aware.
+German, Greek and Lithuanian. Better use the functions below that treat
+an entire string at once and are language aware.
-- Function: ucs4_t uc_toupper (ucs4_t UC)
Returns the uppercase mapping of the Unicode character UC.
uuper case variant are different. These characters occur in the
Latin writing of the Croatian, Bosnian, and Serbian languages.
- Lower case Title case Upper case
- ------------------------------------------------------------------
- LATIN SMALL LETTER LJ LATIN CAPITAL LETTER LATIN CAPITAL LETTER
- L WITH SMALL LETTER J LJ
- LATIN SMALL LETTER NJ LATIN CAPITAL LETTER LATIN CAPITAL LETTER
- N WITH SMALL LETTER J NJ
- LATIN SMALL LETTER DZ LATIN CAPITAL LETTER LATIN CAPITAL LETTER
- D WITH SMALL LETTER Z DZ
- LATIN SMALL LETTER LATIN CAPITAL LETTER LATIN CAPITAL LETTER
- DZ WITH CARON D WITH SMALL LETTER DZ WITH CARON
- Z WITH CARON
+ Lower case Title case Upper case
+ ---------------------------------------------------------------------
+ LATIN SMALL LETTER LATIN CAPITAL LETTER LATIN CAPITAL LETTER
+ LJ L WITH SMALL LETTER LJ
+ J
+ LATIN SMALL LETTER LATIN CAPITAL LETTER LATIN CAPITAL LETTER
+ NJ N WITH SMALL LETTER NJ
+ J
+ LATIN SMALL LETTER LATIN CAPITAL LETTER LATIN CAPITAL LETTER
+ DZ D WITH SMALL LETTER DZ
+ Z
+ LATIN SMALL LETTER LATIN CAPITAL LETTER LATIN CAPITAL LETTER
+ DZ WITH CARON D WITH SMALL LETTER DZ WITH CARON
+ Z WITH CARON
\1f
File: libunistring.info, Node: Case mappings of strings, Next: Case mappings of substrings, Prev: Case mappings of characters, Up: unicase.h
-13.2 Case mappings of strings
+14.2 Case mappings of strings
=============================
Case mapping should always be performed on entire strings, not on
individual characters. The functions in this sections do so.
These functions allow to apply a normalization after the case
-mapping. The reason is that if you want to treat `ä' and `Ä' the
-same, you most often also want to treat the composed and decomposed
-forms of such a character, U+00C4 LATIN CAPITAL LETTER A WITH DIAERESIS
-and U+0041 LATIN CAPITAL LETTER A U+0308 COMBINING DIAERESIS the same.
-The NF argument designates the normalization.
+mapping. The reason is that if you want to treat ‘ä’ and ‘Ä’ the same,
+you most often also want to treat the composed and decomposed forms of
+such a character, U+00C4 LATIN CAPITAL LETTER A WITH DIAERESIS and
+U+0041 LATIN CAPITAL LETTER A U+0308 COMBINING DIAERESIS the same. The
+NF argument designates the normalization.
These functions are locale dependent. The ISO639_LANGUAGE argument
-identifies the language (e.g. `"tr"' for Turkish). NULL means to use
+identifies the language (e.g. ‘"tr"’ for Turkish). NULL means to use
locale independent case mappings.
-- Function: const char * uc_locale_language ()
Returns the ISO 639 language code of the current locale. Returns
- `""' if it is unknown, or in the "C" locale.
+ ‘""’ if it is unknown, or in the "C" locale.
-- Function: uint8_t * u8_toupper (const uint8_t *S, size_t N, const
char *ISO639_LANGUAGE, uninorm_t NF, uint8_t *RESULTBUF,
size_t *LENGTHP)
- -- Function: uint16_t * u16_toupper (const uint16_t *S, size_t N,
- const char *ISO639_LANGUAGE, uninorm_t NF, uint16_t
- *RESULTBUF, size_t *LENGTHP)
- -- Function: uint32_t * u32_toupper (const uint32_t *S, size_t N,
- const char *ISO639_LANGUAGE, uninorm_t NF, uint32_t
- *RESULTBUF, size_t *LENGTHP)
+ -- Function: uint16_t * u16_toupper (const uint16_t *S, size_t N, const
+ char *ISO639_LANGUAGE, uninorm_t NF, uint16_t *RESULTBUF,
+ size_t *LENGTHP)
+ -- Function: uint32_t * u32_toupper (const uint32_t *S, size_t N, const
+ char *ISO639_LANGUAGE, uninorm_t NF, uint32_t *RESULTBUF,
+ size_t *LENGTHP)
Returns the uppercase mapping of a string.
The NF argument identifies the normalization form to apply after
-- Function: uint8_t * u8_tolower (const uint8_t *S, size_t N, const
char *ISO639_LANGUAGE, uninorm_t NF, uint8_t *RESULTBUF,
size_t *LENGTHP)
- -- Function: uint16_t * u16_tolower (const uint16_t *S, size_t N,
- const char *ISO639_LANGUAGE, uninorm_t NF, uint16_t
- *RESULTBUF, size_t *LENGTHP)
- -- Function: uint32_t * u32_tolower (const uint32_t *S, size_t N,
- const char *ISO639_LANGUAGE, uninorm_t NF, uint32_t
- *RESULTBUF, size_t *LENGTHP)
+ -- Function: uint16_t * u16_tolower (const uint16_t *S, size_t N, const
+ char *ISO639_LANGUAGE, uninorm_t NF, uint16_t *RESULTBUF,
+ size_t *LENGTHP)
+ -- Function: uint32_t * u32_tolower (const uint32_t *S, size_t N, const
+ char *ISO639_LANGUAGE, uninorm_t NF, uint32_t *RESULTBUF,
+ size_t *LENGTHP)
Returns the lowercase mapping of a string.
The NF argument identifies the normalization form to apply after
-- Function: uint8_t * u8_totitle (const uint8_t *S, size_t N, const
char *ISO639_LANGUAGE, uninorm_t NF, uint8_t *RESULTBUF,
size_t *LENGTHP)
- -- Function: uint16_t * u16_totitle (const uint16_t *S, size_t N,
- const char *ISO639_LANGUAGE, uninorm_t NF, uint16_t
- *RESULTBUF, size_t *LENGTHP)
- -- Function: uint32_t * u32_totitle (const uint32_t *S, size_t N,
- const char *ISO639_LANGUAGE, uninorm_t NF, uint32_t
- *RESULTBUF, size_t *LENGTHP)
+ -- Function: uint16_t * u16_totitle (const uint16_t *S, size_t N, const
+ char *ISO639_LANGUAGE, uninorm_t NF, uint16_t *RESULTBUF,
+ size_t *LENGTHP)
+ -- Function: uint32_t * u32_totitle (const uint32_t *S, size_t N, const
+ char *ISO639_LANGUAGE, uninorm_t NF, uint32_t *RESULTBUF,
+ size_t *LENGTHP)
Returns the titlecase mapping of a string.
Mapping to title case means that, in each word, the first cased
\1f
File: libunistring.info, Node: Case mappings of substrings, Next: Case insensitive comparison, Prev: Case mappings of strings, Up: unicase.h
-13.3 Case mappings of substrings
+14.3 Case mappings of substrings
================================
Case mapping of a substring cannot simply be performed by extracting
does not work because case mapping requires some information about the
surrounding characters. The following functions allow to apply case
mappings to substrings of a given string, while taking into account the
-characters that precede it (the "prefix") and the characters that
-follow it (the "suffix").
+characters that precede it (the “prefix”) and the characters that follow
+it (the “suffix”).
-- Type: casing_prefix_context_t
This data type denotes the case-mapping context that is given by a
This constant is the case-mapping context that corresponds to an
empty prefix string.
- The following functions return `casing_prefix_context_t' objects:
+ The following functions return ‘casing_prefix_context_t’ objects:
-- Function: casing_prefix_context_t u8_casing_prefix_context (const
uint8_t *S, size_t N)
-- Function: casing_prefix_context_t u8_casing_prefixes_context (const
uint8_t *S, size_t N, casing_prefix_context_t A_CONTEXT)
- -- Function: casing_prefix_context_t u16_casing_prefixes_context
- (const uint16_t *S, size_t N, casing_prefix_context_t
- A_CONTEXT)
- -- Function: casing_prefix_context_t u32_casing_prefixes_context
- (const uint32_t *S, size_t N, casing_prefix_context_t
- A_CONTEXT)
+ -- Function: casing_prefix_context_t u16_casing_prefixes_context (const
+ uint16_t *S, size_t N, casing_prefix_context_t A_CONTEXT)
+ -- Function: casing_prefix_context_t u32_casing_prefixes_context (const
+ uint32_t *S, size_t N, casing_prefix_context_t A_CONTEXT)
Returns the case-mapping context of the prefix concat(A, S), given
the case-mapping context of the prefix A.
This constant is the case-mapping context that corresponds to an
empty suffix string.
- The following functions return `casing_suffix_context_t' objects:
+ The following functions return ‘casing_suffix_context_t’ objects:
-- Function: casing_suffix_context_t u8_casing_suffix_context (const
uint8_t *S, size_t N)
-- Function: casing_suffix_context_t u8_casing_suffixes_context (const
uint8_t *S, size_t N, casing_suffix_context_t A_CONTEXT)
- -- Function: casing_suffix_context_t u16_casing_suffixes_context
- (const uint16_t *S, size_t N, casing_suffix_context_t
- A_CONTEXT)
- -- Function: casing_suffix_context_t u32_casing_suffixes_context
- (const uint32_t *S, size_t N, casing_suffix_context_t
- A_CONTEXT)
+ -- Function: casing_suffix_context_t u16_casing_suffixes_context (const
+ uint16_t *S, size_t N, casing_suffix_context_t A_CONTEXT)
+ -- Function: casing_suffix_context_t u32_casing_suffixes_context (const
+ uint32_t *S, size_t N, casing_suffix_context_t A_CONTEXT)
Returns the case-mapping context of the suffix concat(S, A), given
the case-mapping context of the suffix A.
Returns the titlecase mapping of a string that is surrounded by a
prefix and a suffix.
- For example, to uppercase the UTF-8 substring between `s +
-start_index' and `s + end_index' of a string that extends from `s' to
-`s + u8_strlen (s)', you can use the statements
+ For example, to uppercase the UTF-8 substring between ‘s +
+start_index’ and ‘s + end_index’ of a string that extends from ‘s’ to ‘s
++ u8_strlen (s)’, you can use the statements
size_t result_length;
uint8_t result =
\1f
File: libunistring.info, Node: Case insensitive comparison, Next: Case detection, Prev: Case mappings of substrings, Up: unicase.h
-13.4 Case insensitive comparison
+14.4 Case insensitive comparison
================================
- The following functions implement comparison that ignores
-differences in case and normalization.
+ The following functions implement comparison that ignores differences
+in case and normalization.
-- Function: uint8_t * u8_casefold (const uint8_t *S, size_t N, const
char *ISO639_LANGUAGE, uninorm_t NF, uint8_t *RESULTBUF,
*RESULTBUF, size_t *LENGTHP)
Returns the case folded string.
- Comparing `u8_casefold (S1)' and `u8_casefold (S2)' with the
- `u8_cmp2' function is equivalent to comparing S1 and S2 with
- `u8_casecmp'.
+ Comparing ‘u8_casefold (S1)’ and ‘u8_casefold (S2)’ with the
+ ‘u8_cmp2’ function is equivalent to comparing S1 and S2 with
+ ‘u8_casecmp’.
The NF argument identifies the normalization form to apply after
the case-mapping. It can also be NULL, for no normalization.
account the case mapping contexts of the prefix and suffix strings.
-- Function: int u8_casecmp (const uint8_t *S1, size_t N1, const
- uint8_t *S2, size_t N2, const char *ISO639_LANGUAGE,
- uninorm_t NF, int *RESULTP)
+ uint8_t *S2, size_t N2, const char *ISO639_LANGUAGE, uninorm_t
+ NF, int *RESULTP)
-- Function: int u16_casecmp (const uint16_t *S1, size_t N1, const
uint16_t *S2, size_t N2, const char *ISO639_LANGUAGE,
uninorm_t NF, int *RESULTP)
uint32_t *S2, size_t N2, const char *ISO639_LANGUAGE,
uninorm_t NF, int *RESULTP)
-- Function: int ulc_casecmp (const char *S1, size_t N1, const char
- *S2, size_t N2, const char *ISO639_LANGUAGE, uninorm_t NF,
- int *RESULTP)
+ *S2, size_t N2, const char *ISO639_LANGUAGE, uninorm_t NF, int
+ *RESULTP)
Compares S1 and S2, ignoring differences in case and normalization.
The NF argument identifies the normalization form to apply after
the case-mapping. It can also be NULL, for no normalization.
- If successful, sets `*RESULTP' to -1 if S1 < S2, 0 if S1 = S2, 1
- if S1 > S2, and returns 0. Upon failure, returns -1 with `errno'
- set.
+ If successful, sets ‘*RESULTP’ to -1 if S1 < S2, 0 if S1 = S2, 1 if
+ S1 > S2, and returns 0. Upon failure, returns -1 with ‘errno’ set.
The following functions additionally take into account the sorting
rules of the current locale.
- -- Function: char * u8_casexfrm (const uint8_t *S, size_t N, const
- char *ISO639_LANGUAGE, uninorm_t NF, char *RESULTBUF, size_t
+ -- Function: char * u8_casexfrm (const uint8_t *S, size_t N, const char
+ *ISO639_LANGUAGE, uninorm_t NF, char *RESULTBUF, size_t
*LENGTHP)
-- Function: char * u16_casexfrm (const uint16_t *S, size_t N, const
char *ISO639_LANGUAGE, uninorm_t NF, char *RESULTBUF, size_t
*ISO639_LANGUAGE, uninorm_t NF, char *RESULTBUF, size_t
*LENGTHP)
Converts the string S of length N to a NUL-terminated byte
- sequence, in such a way that comparing `u8_casexfrm (S1)' and
- `u8_casexfrm (S2)' with the gnulib function `memcmp2' is
- equivalent to comparing S1 and S2 with `u8_casecoll'.
+ sequence, in such a way that comparing ‘u8_casexfrm (S1)’ and
+ ‘u8_casexfrm (S2)’ with the gnulib function ‘memcmp2’ is equivalent
+ to comparing S1 and S2 with ‘u8_casecoll’.
- NF must be either `UNINORM_NFC', `UNINORM_NFKC', or NULL for no
+ NF must be either ‘UNINORM_NFC’, ‘UNINORM_NFKC’, or NULL for no
normalization.
-- Function: int u8_casecoll (const uint8_t *S1, size_t N1, const
- uint8_t *S2, size_t N2, const char *ISO639_LANGUAGE,
- uninorm_t NF, int *RESULTP)
+ uint8_t *S2, size_t N2, const char *ISO639_LANGUAGE, uninorm_t
+ NF, int *RESULTP)
-- Function: int u16_casecoll (const uint16_t *S1, size_t N1, const
uint16_t *S2, size_t N2, const char *ISO639_LANGUAGE,
uninorm_t NF, int *RESULTP)
uint32_t *S2, size_t N2, const char *ISO639_LANGUAGE,
uninorm_t NF, int *RESULTP)
-- Function: int ulc_casecoll (const char *S1, size_t N1, const char
- *S2, size_t N2, const char *ISO639_LANGUAGE, uninorm_t NF,
- int *RESULTP)
+ *S2, size_t N2, const char *ISO639_LANGUAGE, uninorm_t NF, int
+ *RESULTP)
Compares S1 and S2, ignoring differences in case and normalization,
using the collation rules of the current locale.
The NF argument identifies the normalization form to apply after
- the case-mapping. It must be either `UNINORM_NFC' or
- `UNINORM_NFKC'. It can also be NULL, for no normalization.
+ the case-mapping. It must be either ‘UNINORM_NFC’ or
+ ‘UNINORM_NFKC’. It can also be NULL, for no normalization.
- If successful, sets `*RESULTP' to -1 if S1 < S2, 0 if S1 = S2, 1
- if S1 > S2, and returns 0. Upon failure, returns -1 with `errno'
- set.
+ If successful, sets ‘*RESULTP’ to -1 if S1 < S2, 0 if S1 = S2, 1 if
+ S1 > S2, and returns 0. Upon failure, returns -1 with ‘errno’ set.
\1f
File: libunistring.info, Node: Case detection, Prev: Case insensitive comparison, Up: unicase.h
-13.5 Case detection
+14.5 Case detection
===================
The following functions determine whether a Unicode string is
-entirely in upper case. or entirely in lower case, or entirely in title
+entirely in upper case. or entirely in lower case, or entirely in title
case, or already case-folded.
-- Function: int u8_is_uppercase (const uint8_t *S, size_t N, const
char *ISO639_LANGUAGE, bool *RESULTP)
-- Function: int u32_is_uppercase (const uint32_t *S, size_t N, const
char *ISO639_LANGUAGE, bool *RESULTP)
- Sets `*RESULTP' to true if mapping NFD(S) to upper case is a
- no-op, or to false otherwise, and returns 0. Upon failure,
- returns -1 with `errno' set.
+ Sets ‘*RESULTP’ to true if mapping NFD(S) to upper case is a no-op,
+ or to false otherwise, and returns 0. Upon failure, returns -1
+ with ‘errno’ set.
-- Function: int u8_is_lowercase (const uint8_t *S, size_t N, const
char *ISO639_LANGUAGE, bool *RESULTP)
char *ISO639_LANGUAGE, bool *RESULTP)
-- Function: int u32_is_lowercase (const uint32_t *S, size_t N, const
char *ISO639_LANGUAGE, bool *RESULTP)
- Sets `*RESULTP' to true if mapping NFD(S) to lower case is a
- no-op, or to false otherwise, and returns 0. Upon failure,
- returns -1 with `errno' set.
+ Sets ‘*RESULTP’ to true if mapping NFD(S) to lower case is a no-op,
+ or to false otherwise, and returns 0. Upon failure, returns -1
+ with ‘errno’ set.
-- Function: int u8_is_titlecase (const uint8_t *S, size_t N, const
char *ISO639_LANGUAGE, bool *RESULTP)
char *ISO639_LANGUAGE, bool *RESULTP)
-- Function: int u32_is_titlecase (const uint32_t *S, size_t N, const
char *ISO639_LANGUAGE, bool *RESULTP)
- Sets `*RESULTP' to true if mapping NFD(S) to title case is a
- no-op, or to false otherwise, and returns 0. Upon failure,
- returns -1 with `errno' set.
+ Sets ‘*RESULTP’ to true if mapping NFD(S) to title case is a no-op,
+ or to false otherwise, and returns 0. Upon failure, returns -1
+ with ‘errno’ set.
-- Function: int u8_is_casefolded (const uint8_t *S, size_t N, const
char *ISO639_LANGUAGE, bool *RESULTP)
char *ISO639_LANGUAGE, bool *RESULTP)
-- Function: int u32_is_casefolded (const uint32_t *S, size_t N, const
char *ISO639_LANGUAGE, bool *RESULTP)
- Sets `*RESULTP' to true if applying case folding to NFD(S) is a
- no-op, or to false otherwise, and returns 0. Upon failure,
- returns -1 with `errno' set.
+ Sets ‘*RESULTP’ to true if applying case folding to NFD(S) is a
+ no-op, or to false otherwise, and returns 0. Upon failure, returns
+ -1 with ‘errno’ set.
The following functions determine whether case mappings have any
effect on a Unicode string.
*ISO639_LANGUAGE, bool *RESULTP)
-- Function: int u32_is_cased (const uint32_t *S, size_t N, const char
*ISO639_LANGUAGE, bool *RESULTP)
- Sets `*RESULTP' to true if case matters for S, that is, if mapping
+ Sets ‘*RESULTP’ to true if case matters for S, that is, if mapping
NFD(S) to either upper case or lower case or title case is not a
- no-op. Set `*RESULTP' to false if NFD(S) maps to itself under the
+ no-op. Set ‘*RESULTP’ to false if NFD(S) maps to itself under the
upper case mapping, under the lower case mapping, and under the
title case mapping; in other words, when NFD(S) consists entirely
- of caseless characters. Upon failure, returns -1 with `errno' set.
+ of caseless characters. Upon failure, returns -1 with ‘errno’ set.
\1f
File: libunistring.info, Node: uniregex.h, Next: Using the library, Prev: unicase.h, Up: Top
-14 Regular expressions `<uniregex.h>'
+15 Regular expressions ‘<uniregex.h>’
*************************************
This include file is not yet implemented.
\1f
File: libunistring.info, Node: Using the library, Next: More functionality, Prev: uniregex.h, Up: Top
-15 Using the library
+16 Using the library
********************
This chapter explains some practical considerations, regarding the
\1f
File: libunistring.info, Node: Installation, Next: Compiler options, Up: Using the library
-15.1 Installation
+16.1 Installation
=================
Before you can use the library, it must be installed. First, you
have to make sure all dependencies are installed. They are listed in
-the file `DEPENDENCIES'.
+the file ‘DEPENDENCIES’.
Then you can proceed to build and install the library, as described
-in the file `INSTALL'. For installation on Windows systems, please
-refer to the file `README.woe32'.
+in the file ‘INSTALL’. For installation on Windows systems, please
+refer to the file ‘README.woe32’.
\1f
File: libunistring.info, Node: Compiler options, Next: Include files, Prev: Installation, Up: Using the library
-15.2 Compiler options
+16.2 Compiler options
=====================
- Let's denote as `LIBUNISTRING_PREFIX' the value of the `--prefix'
-option that you passed to `configure' while installing this package.
-If you didn't pass any `--prefix' option, then the package is installed
-in `/usr/local'.
+ Let’s denote as ‘LIBUNISTRING_PREFIX’ the value of the ‘--prefix’
+option that you passed to ‘configure’ while installing this package. If
+you didn’t pass any ‘--prefix’ option, then the package is installed in
+‘/usr/local’.
- Let's denote as `LIBUNISTRING_INCLUDEDIR' the directory where the
+ Let’s denote as ‘LIBUNISTRING_INCLUDEDIR’ the directory where the
include files were installed. This is usually the same as
-`${LIBUNISTRING_PREFIX}/include'. Except that if you passed an
-`--includedir' option to `configure', it is the value of that option.
+‘${LIBUNISTRING_PREFIX}/include’. Except that if you passed an
+‘--includedir’ option to ‘configure’, it is the value of that option.
- Let's further denote as `LIBUNISTRING_LIBDIR' the directory where
-the library itself was installed. This is the value that you passed
-with the `--libdir' option to `configure', or otherwise the same as
-`${LIBUNISTRING_PREFIX}/lib'. Recall that when building in 64-bit mode
+ Let’s further denote as ‘LIBUNISTRING_LIBDIR’ the directory where the
+library itself was installed. This is the value that you passed with
+the ‘--libdir’ option to ‘configure’, or otherwise the same as
+‘${LIBUNISTRING_PREFIX}/lib’. Recall that when building in 64-bit mode
on a 64-bit GNU/Linux system that supports executables in either 64-bit
mode or 32-bit mode, you should have used the option
-`--libdir=${LIBUNISTRING_PREFIX}/lib64'.
+‘--libdir=${LIBUNISTRING_PREFIX}/lib64’.
So that the compiler finds the include files, you have to pass it the
-option `-I${LIBUNISTRING_INCLUDEDIR}'.
+option ‘-I${LIBUNISTRING_INCLUDEDIR}’.
So that the compiler finds the library during its linking pass, you
-have to pass it the options `-L${LIBUNISTRING_LIBDIR} -lunistring'. On
+have to pass it the options ‘-L${LIBUNISTRING_LIBDIR} -lunistring’. On
some systems, in some configurations, you also have to pass options
-needed for linking with `libiconv'. The autoconf macro
-`gl_LIBUNISTRING' (see *note Autoconf macro::) deals with this
+needed for linking with ‘libiconv’. The autoconf macro
+‘gl_LIBUNISTRING’ (see *note Autoconf macro::) deals with this
particularity.
\1f
File: libunistring.info, Node: Include files, Next: Autoconf macro, Prev: Compiler options, Up: Using the library
-15.3 Include files
+16.3 Include files
==================
Most of the include files have been presented in the introduction,
see *note Introduction::, and subsequent detailed chapters.
- Another include file is `<unistring/version.h>'. It contains the
+ Another include file is ‘<unistring/version.h>’. It contains the
version number of the libunistring library.
-- Macro: int _LIBUNISTRING_VERSION
This constant contains the version of libunistring that is being
used at compile time. It encodes the major and minor parts of the
version number only. These parts are encoded in the form
- `(major<<8) + minor'.
+ ‘(major<<8) + minor’.
-- Constant: int _libunistring_version
This constant contains the version of libunistring that is being
used at run time. It encodes the major and minor parts of the
version number only. These parts are encoded in the form
- `(major<<8) + minor'.
+ ‘(major<<8) + minor’.
- It is possible that `_libunistring_version' is greater than
-`_LIBUNISTRING_VERSION'. This can happen when you use `libunistring'
-as a shared library, and a newer, binary backward-compatible version
-has been installed after your program that uses `libunistring' was
+ It is possible that ‘_libunistring_version’ is greater than
+‘_LIBUNISTRING_VERSION’. This can happen when you use ‘libunistring’ as
+a shared library, and a newer, binary backward-compatible version has
+been installed after your program that uses ‘libunistring’ was
installed.
\1f
File: libunistring.info, Node: Autoconf macro, Next: Reporting problems, Prev: Include files, Up: Using the library
-15.4 Autoconf macro
+16.4 Autoconf macro
===================
GNU Gnulib provides an autoconf macro that tests for the availability
-of `libunistring'. It is contained in the Gnulib module
-`libunistring', see
-`http://www.gnu.org/software/gnulib/MODULES.html#module=libunistring'.
+of ‘libunistring’. It is contained in the Gnulib module ‘libunistring’,
+see
+<http://www.gnu.org/software/gnulib/MODULES.html#module=libunistring>.
- The macro is called `gl_LIBUNISTRING'. It searches for an installed
-libunistring. If found, it sets and AC_SUBSTs `HAVE_LIBUNISTRING=yes'
-and the `LIBUNISTRING' and `LTLIBUNISTRING' variables and augments the
-`CPPFLAGS' variable, and defines the C macro `HAVE_LIBUNISTRING' to 1.
-Otherwise, it sets and AC_SUBSTs `HAVE_LIBUNISTRING=no' and
-`LIBUNISTRING' and `LTLIBUNISTRING' to empty.
+ The macro is called ‘gl_LIBUNISTRING’. It searches for an installed
+libunistring. If found, it sets and AC_SUBSTs ‘HAVE_LIBUNISTRING=yes’
+and the ‘LIBUNISTRING’ and ‘LTLIBUNISTRING’ variables and augments the
+‘CPPFLAGS’ variable, and defines the C macro ‘HAVE_LIBUNISTRING’ to 1.
+Otherwise, it sets and AC_SUBSTs ‘HAVE_LIBUNISTRING=no’ and
+‘LIBUNISTRING’ and ‘LTLIBUNISTRING’ to empty.
- The complexities that `gl_LIBUNISTRING' deals with are the following:
+ The complexities that ‘gl_LIBUNISTRING’ deals with are the following:
- * On some operating systems, in some configurations, libunistring
- depends on `libiconv', and the options for linking with libiconv
+ • On some operating systems, in some configurations, libunistring
+ depends on ‘libiconv’, and the options for linking with libiconv
must be mentioned explicitly on the link command line.
- * GNU `libunistring', if installed, is not necessarily already in the
- search path (`CPPFLAGS' for the include file search path,
- `LDFLAGS' for the library search path).
+ • GNU ‘libunistring’, if installed, is not necessarily already in the
+ search path (‘CPPFLAGS’ for the include file search path, ‘LDFLAGS’
+ for the library search path).
- * GNU `libunistring', if installed, is not necessarily already in the
+ • GNU ‘libunistring’, if installed, is not necessarily already in the
run time library search path. To avoid the need for setting an
- environment variable like `LD_LIBRARY_PATH', the macro adds the
- appropriate run time search path options to the `LIBUNISTRING'
+ environment variable like ‘LD_LIBRARY_PATH’, the macro adds the
+ appropriate run time search path options to the ‘LIBUNISTRING’
variable. This works on most systems.
\1f
File: libunistring.info, Node: Reporting problems, Prev: Autoconf macro, Up: Using the library
-15.5 Reporting problems
+16.5 Reporting problems
=======================
- If you encounter any problem, please don't hesitate to send a
-detailed bug report to the `bug-libunistring@gnu.org' mailing list.
-You can alternatively also use the bug tracker at the project page
-`https://savannah.gnu.org/projects/libunistring'.
+ If you encounter any problem, please don’t hesitate to send a
+detailed bug report to the ‘bug-libunistring@gnu.org’ mailing list. You
+can alternatively also use the bug tracker at the project page
+<https://savannah.gnu.org/projects/libunistring>.
Please always include the version number of this library, and a short
description of your operating system and compilation environment with
corresponding version numbers.
For problems that appear while building and installing
-`libunistring', for which you don't find the remedy in the `INSTALL'
-file, please include a description of the options that you passed to
-the `configure' script.
+‘libunistring’, for which you don’t find the remedy in the ‘INSTALL’
+file, please include a description of the options that you passed to the
+‘configure’ script.
\1f
File: libunistring.info, Node: More functionality, Next: Licenses, Prev: Using the library, Up: Top
-16 More advanced functionality
+17 More advanced functionality
******************************
- For bidirectional reordering of strings, we recommend the GNU
-FriBidi library: `http://www.fribidi.org/'.
+ For bidirectional reordering of strings, we recommend the GNU FriBidi
+library: <http://www.fribidi.org/>.
For the rendering of Unicode strings outside of the context of a
given toolkit (KDE/Qt or GNOME/Gtk), we recommend the Pango library:
-`http://www.pango.org/'.
+<http://www.pango.org/>.
\1f
File: libunistring.info, Node: Licenses, Next: Index, Prev: More functionality, Up: Top
The files of this package are covered by the licenses indicated in
each particular file or directory. Here is a summary:
- * The `libunistring' library is covered by the GNU Lesser General
- Public License (LGPL). A copy of the license is included in *note
+ • The ‘libunistring’ library is covered by the GNU Lesser General
+ Public License (LGPL). A copy of the license is included in *note
GNU LGPL::.
- * This manual is free documentation. It is dually licensed under the
- GNU FDL and the GNU GPL. This means that you can redistribute this
+ • This manual is free documentation. It is dually licensed under the
+ GNU FDL and the GNU GPL. This means that you can redistribute this
manual under either of these two licenses, at your choice.
- This manual is covered by the GNU FDL. Permission is granted to
+ This manual is covered by the GNU FDL. Permission is granted to
copy, distribute and/or modify this document under the terms of the
GNU Free Documentation License (FDL), either version 1.2 of the
License, or (at your option) any later version published by the
Free Software Foundation (FSF); with no Invariant Sections, with no
Front-Cover Text, and with no Back-Cover Texts. A copy of the
license is included in *note GNU FDL::.
- This manual is covered by the GNU GPL. You can redistribute it
+ This manual is covered by the GNU GPL. You can redistribute it
and/or modify it under the terms of the GNU General Public License
(GPL), either version 3 of the License, or (at your option) any
- later version published by the Free Software Foundation (FSF). A
+ later version published by the Free Software Foundation (FSF). A
copy of the license is included in *note GNU GPL::.
* Menu:
Version 3, 29 June 2007
- Copyright (C) 2007 Free Software Foundation, Inc. `http://fsf.org/'
+ Copyright © 2007 Free Software Foundation, Inc. <http://fsf.org/>
Everyone is permitted to copy and distribute verbatim copies of this
license document, but changing it is not allowed.
The licenses for most software and other practical works are designed
to take away your freedom to share and change the works. By contrast,
the GNU General Public License is intended to guarantee your freedom to
-share and change all versions of a program--to make sure it remains
-free software for all its users. We, the Free Software Foundation, use
-the GNU General Public License for most of our software; it applies
-also to any other work released this way by its authors. You can apply
-it to your programs, too.
+share and change all versions of a program—to make sure it remains free
+software for all its users. We, the Free Software Foundation, use the
+GNU General Public License for most of our software; it applies also to
+any other work released this way by its authors. You can apply it to
+your programs, too.
When we speak of free software, we are referring to freedom, not
price. Our General Public Licenses are designed to make sure that you
free programs, and that you know you can do these things.
To protect your rights, we need to prevent others from denying you
-these rights or asking you to surrender the rights. Therefore, you
-have certain responsibilities if you distribute copies of the software,
-or if you modify it: responsibilities to respect the freedom of others.
+these rights or asking you to surrender the rights. Therefore, you have
+certain responsibilities if you distribute copies of the software, or if
+you modify it: responsibilities to respect the freedom of others.
For example, if you distribute copies of such a program, whether
gratis or for a fee, you must pass on to the recipients the same
(1) assert copyright on the software, and (2) offer you this License
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- For the developers' and authors' protection, the GPL clearly explains
-that there is no warranty for this free software. For both users' and
-authors' sake, the GPL requires that modified versions be marked as
+ For the developers’ and authors’ protection, the GPL clearly explains
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Finally, every program is threatened constantly by software patents.
States should not allow patents to restrict development and use of
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appropriately publish on each copy an appropriate copyright notice;
keep intact all notices stating that this License and any
b. The work must carry prominent notices stating that it is
released under this License and any conditions added under
section 7. This requirement modifies the requirement in
- section 4 to "keep intact all notices".
+ section 4 to “keep intact all notices”.
c. You must license the entire work, as a whole, under this
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works, which are not by their nature extensions of the covered
work, and which are not combined with it such as to form a larger
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- c. Convey individual copies of the object code with a copy of
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+ c. Convey individual copies of the object code with a copy of the
+ written offer to provide the Corresponding Source. This
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- place (gratis or for a charge), and offer equivalent access
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If the place to copy the object code is a network server, the
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Regardless of what server hosts the Corresponding Source, you
- remain obligated to ensure that it is available for as long
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+ remain obligated to ensure that it is available for as long as
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-
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- A "User Product" is either (1) a "consumer product", which means
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- "Installation Information" for a User Product means any methods,
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+ modification itself materially and adversely affects the operation
+ of the network or violates the rules and protocols for
communication across the network.
Corresponding Source conveyed, and Installation Information
7. Additional Terms.
- "Additional permissions" are terms that supplement the terms of
+ “Additional permissions” are terms that supplement the terms of
this License by making exceptions from one or more of its
conditions. Additional permissions that are applicable to the
entire Program shall be treated as though they were included in
Notwithstanding any other provision of this License, for material
you add to a covered work, you may (if authorized by the copyright
- holders of that material) supplement the terms of this License
- with terms:
+ holders of that material) supplement the terms of this License with
+ terms:
a. Disclaiming warranty or limiting liability differently from
the terms of sections 15 and 16 of this License; or
Legal Notices displayed by works containing it; or
c. Prohibiting misrepresentation of the origin of that material,
- or requiring that modified versions of such material be
- marked in reasonable ways as different from the original
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+ or requiring that modified versions of such material be marked
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or authors of the material; or
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- All other non-permissive additional terms are considered "further
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+ All other non-permissive additional terms are considered “further
+ restrictions” within the meaning of section 10. If the Program as
you received it, or any part of it, contains a notice stating that
it is governed by this License along with a term that is a further
restriction, you may remove that term. If a license document
- contains a further restriction but permits relicensing or
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- material governed by the terms of that license document, provided
- that the further restriction does not survive such relicensing or
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+ contains a further restriction but permits relicensing or conveying
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+ by the terms of that license document, provided that the further
+ restriction does not survive such relicensing or conveying.
If you add terms to a covered work in accord with this section, you
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You may not propagate or modify a covered work except as expressly
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modify it is void, and will automatically terminate your rights
- under this License (including any patent licenses granted under
- the third paragraph of section 11).
+ under this License (including any patent licenses granted under the
+ third paragraph of section 11).
However, if you cease all violation of this License, then your
license from a particular copyright holder is reinstated (a)
- provisionally, unless and until the copyright holder explicitly
- and finally terminates your license, and (b) permanently, if the
+ provisionally, unless and until the copyright holder explicitly and
+ finally terminates your license, and (b) permanently, if the
copyright holder fails to notify you of the violation by some
reasonable means prior to 60 days after the cessation.
after your receipt of the notice.
Termination of your rights under this section does not terminate
- the licenses of parties who have received copies or rights from
- you under this License. If your rights have been terminated and
- not permanently reinstated, you do not qualify to receive new
- licenses for the same material under section 10.
+ the licenses of parties who have received copies or rights from you
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+ permanently reinstated, you do not qualify to receive new licenses
+ for the same material under section 10.
9. Acceptance Not Required for Having Copies.
by modifying or propagating a covered work, you indicate your
acceptance of this License to do so.
- 10. Automatic Licensing of Downstream Recipients.
+ 10. Automatic Licensing of Downstream Recipients.
Each time you convey a covered work, the recipient automatically
receives a license from the original licensors, to run, modify and
responsible for enforcing compliance by third parties with this
License.
- An "entity transaction" is a transaction transferring control of an
+ An “entity transaction” is a transaction transferring control of an
organization, or substantially all assets of one, or subdividing an
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+ licenses to the work the party’s predecessor in interest had or
+ could give under the previous paragraph, plus a right to possession
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+ interest, if the predecessor has it or can get it with reasonable
+ efforts.
You may not impose any further restrictions on the exercise of the
rights granted or affirmed under this License. For example, you
- may not impose a license fee, royalty, or other charge for
- exercise of rights granted under this License, and you may not
- initiate litigation (including a cross-claim or counterclaim in a
- lawsuit) alleging that any patent claim is infringed by making,
- using, selling, offering for sale, or importing the Program or any
- portion of it.
+ may not impose a license fee, royalty, or other charge for exercise
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+ litigation (including a cross-claim or counterclaim in a lawsuit)
+ alleging that any patent claim is infringed by making, using,
+ selling, offering for sale, or importing the Program or any portion
+ of it.
- 11. Patents.
+ 11. Patents.
- A "contributor" is a copyright holder who authorizes use under this
+ A “contributor” is a copyright holder who authorizes use under this
License of the Program or a work on which the Program is based.
- The work thus licensed is called the contributor's "contributor
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+ The work thus licensed is called the contributor’s “contributor
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- A contributor's "essential patent claims" are all patent claims
+ A contributor’s “essential patent claims” are all patent claims
owned or controlled by the contributor, whether already acquired or
hereafter acquired, that would be infringed by some manner,
permitted by this License, of making, using, or selling its
contributor version, but do not include claims that would be
infringed only as a consequence of further modification of the
- contributor version. For purposes of this definition, "control"
+ contributor version. For purposes of this definition, “control”
includes the right to grant patent sublicenses in a manner
consistent with the requirements of this License.
Each contributor grants you a non-exclusive, worldwide,
- royalty-free patent license under the contributor's essential
+ royalty-free patent license under the contributor’s essential
patent claims, to make, use, sell, offer for sale, import and
- otherwise run, modify and propagate the contents of its
- contributor version.
+ otherwise run, modify and propagate the contents of its contributor
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- In the following three paragraphs, a "patent license" is any
+ In the following three paragraphs, a “patent license” is any
express agreement or commitment, however denominated, not to
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- patent or covenant not to sue for patent infringement). To
- "grant" such a patent license to a party means to make such an
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+ patent or covenant not to sue for patent infringement). To “grant”
+ such a patent license to a party means to make such an agreement or
+ commitment not to enforce a patent against the party.
If you convey a covered work, knowingly relying on a patent
license, and the Corresponding Source of the work is not available
yourself of the benefit of the patent license for this particular
work, or (3) arrange, in a manner consistent with the requirements
of this License, to extend the patent license to downstream
- recipients. "Knowingly relying" means you have actual knowledge
+ recipients. “Knowingly relying” means you have actual knowledge
that, but for the patent license, your conveying the covered work
- in a country, or your recipient's use of the covered work in a
+ in a country, or your recipient’s use of the covered work in a
country, would infringe one or more identifiable patents in that
country that you have reason to believe are valid.
patent license you grant is automatically extended to all
recipients of the covered work and works based on it.
- A patent license is "discriminatory" if it does not include within
+ A patent license is “discriminatory” if it does not include within
the scope of its coverage, prohibits the exercise of, or is
conditioned on the non-exercise of one or more of the rights that
are specifically granted under this License. You may not convey a
covered work if you are a party to an arrangement with a third
- party that is in the business of distributing software, under
- which you make payment to the third party based on the extent of
- your activity of conveying the work, and under which the third
- party grants, to any of the parties who would receive the covered
- work from you, a discriminatory patent license (a) in connection
- with copies of the covered work conveyed by you (or copies made
- from those copies), or (b) primarily for and in connection with
- specific products or compilations that contain the covered work,
- unless you entered into that arrangement, or that patent license
- was granted, prior to 28 March 2007.
+ party that is in the business of distributing software, under which
+ you make payment to the third party based on the extent of your
+ activity of conveying the work, and under which the third party
+ grants, to any of the parties who would receive the covered work
+ from you, a discriminatory patent license (a) in connection with
+ copies of the covered work conveyed by you (or copies made from
+ those copies), or (b) primarily for and in connection with specific
+ products or compilations that contain the covered work, unless you
+ entered into that arrangement, or that patent license was granted,
+ prior to 28 March 2007.
Nothing in this License shall be construed as excluding or limiting
any implied license or other defenses to infringement that may
otherwise be available to you under applicable patent law.
- 12. No Surrender of Others' Freedom.
+ 12. No Surrender of Others’ Freedom.
- If conditions are imposed on you (whether by court order,
- agreement or otherwise) that contradict the conditions of this
- License, they do not excuse you from the conditions of this
- License. If you cannot convey a covered work so as to satisfy
- simultaneously your obligations under this License and any other
- pertinent obligations, then as a consequence you may not convey it
- at all. For example, if you agree to terms that obligate you to
- collect a royalty for further conveying from those to whom you
- convey the Program, the only way you could satisfy both those
- terms and this License would be to refrain entirely from conveying
- the Program.
+ If conditions are imposed on you (whether by court order, agreement
+ or otherwise) that contradict the conditions of this License, they
+ do not excuse you from the conditions of this License. If you
+ cannot convey a covered work so as to satisfy simultaneously your
+ obligations under this License and any other pertinent obligations,
+ then as a consequence you may not convey it at all. For example,
+ if you agree to terms that obligate you to collect a royalty for
+ further conveying from those to whom you convey the Program, the
+ only way you could satisfy both those terms and this License would
+ be to refrain entirely from conveying the Program.
- 13. Use with the GNU Affero General Public License.
+ 13. Use with the GNU Affero General Public License.
Notwithstanding any other provision of this License, you have
permission to link or combine any covered work with a work licensed
General Public License, section 13, concerning interaction through
a network will apply to the combination as such.
- 14. Revised Versions of this License.
+ 14. Revised Versions of this License.
The Free Software Foundation may publish revised and/or new
- versions of the GNU General Public License from time to time.
- Such new versions will be similar in spirit to the present
- version, but may differ in detail to address new problems or
- concerns.
+ versions of the GNU General Public License from time to time. Such
+ new versions will be similar in spirit to the present version, but
+ may differ in detail to address new problems or concerns.
Each version is given a distinguishing version number. If the
Program specifies that a certain numbered version of the GNU
- General Public License "or any later version" applies to it, you
+ General Public License “or any later version” applies to it, you
have the option of following the terms and conditions either of
- that numbered version or of any later version published by the
- Free Software Foundation. If the Program does not specify a
- version number of the GNU General Public License, you may choose
- any version ever published by the Free Software Foundation.
+ that numbered version or of any later version published by the Free
+ Software Foundation. If the Program does not specify a version
+ number of the GNU General Public License, you may choose any
+ version ever published by the Free Software Foundation.
If the Program specifies that a proxy can decide which future
versions of the GNU General Public License can be used, that
- proxy's public statement of acceptance of a version permanently
+ proxy’s public statement of acceptance of a version permanently
authorizes you to choose that version for the Program.
Later license versions may give you additional or different
author or copyright holder as a result of your choosing to follow a
later version.
- 15. Disclaimer of Warranty.
+ 15. Disclaimer of Warranty.
THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY
- APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE
- COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS"
+ APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE
+ COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM “AS IS”
WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED,
INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF
- MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE
+ MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE
RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU.
SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL
NECESSARY SERVICING, REPAIR OR CORRECTION.
- 16. Limitation of Liability.
+ 16. Limitation of Liability.
IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN
WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MODIFIES
- AND/OR CONVEYS THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU
- FOR DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR
+ AND/OR CONVEYS THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR
+ DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR
CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE
THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA
BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD
PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF
THE POSSIBILITY OF SUCH DAMAGES.
- 17. Interpretation of Sections 15 and 16.
+ 17. Interpretation of Sections 15 and 16.
If the disclaimer of warranty and limitation of liability provided
above cannot be given local legal effect according to their terms,
connection with the Program, unless a warranty or assumption of
liability accompanies a copy of the Program in return for a fee.
-
END OF TERMS AND CONDITIONS
===========================
To do so, attach the following notices to the program. It is safest
to attach them to the start of each source file to most effectively
state the exclusion of warranty; and each file should have at least the
-"copyright" line and a pointer to where the full notice is found.
+“copyright” line and a pointer to where the full notice is found.
ONE LINE TO GIVE THE PROGRAM'S NAME AND A BRIEF IDEA OF WHAT IT DOES.
Copyright (C) YEAR NAME OF AUTHOR
General Public License for more details.
You should have received a copy of the GNU General Public License
- along with this program. If not, see `http://www.gnu.org/licenses/'.
+ along with this program. If not, see <http://www.gnu.org/licenses/>.
Also add information on how to contact you by electronic and paper
mail.
notice like this when it starts in an interactive mode:
PROGRAM Copyright (C) YEAR NAME OF AUTHOR
- This program comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
+ This program comes with ABSOLUTELY NO WARRANTY; for details type ‘show w’.
This is free software, and you are welcome to redistribute it
- under certain conditions; type `show c' for details.
+ under certain conditions; type ‘show c’ for details.
- The hypothetical commands `show w' and `show c' should show the
+ The hypothetical commands ‘show w’ and ‘show c’ should show the
appropriate parts of the General Public License. Of course, your
-program's commands might be different; for a GUI interface, you would
-use an "about box".
+program’s commands might be different; for a GUI interface, you would
+use an “about box”.
You should also get your employer (if you work as a programmer) or
-school, if any, to sign a "copyright disclaimer" for the program, if
+school, if any, to sign a “copyright disclaimer” for the program, if
necessary. For more information on this, and how to apply and follow
-the GNU GPL, see `http://www.gnu.org/licenses/'.
+the GNU GPL, see <http://www.gnu.org/licenses/>.
The GNU General Public License does not permit incorporating your
program into proprietary programs. If your program is a subroutine
library, you may consider it more useful to permit linking proprietary
applications with the library. If this is what you want to do, use the
GNU Lesser General Public License instead of this License. But first,
-please read `http://www.gnu.org/philosophy/why-not-lgpl.html'.
+please read <http://www.gnu.org/philosophy/why-not-lgpl.html>.
\1f
File: libunistring.info, Node: GNU LGPL, Next: GNU FDL, Prev: GNU GPL, Up: Licenses
Version 3, 29 June 2007
- Copyright (C) 2007 Free Software Foundation, Inc. `http://fsf.org/'
+ Copyright © 2007 Free Software Foundation, Inc. <http://fsf.org/>
Everyone is permitted to copy and distribute verbatim copies of this
license document, but changing it is not allowed.
This version of the GNU Lesser General Public License incorporates
-the terms and conditions of version 3 of the GNU General Public
-License, supplemented by the additional permissions listed below.
+the terms and conditions of version 3 of the GNU General Public License,
+supplemented by the additional permissions listed below.
0. Additional Definitions.
- As used herein, "this License" refers to version 3 of the GNU
- Lesser General Public License, and the "GNU GPL" refers to version
+ As used herein, “this License” refers to version 3 of the GNU
+ Lesser General Public License, and the “GNU GPL” refers to version
3 of the GNU General Public License.
- "The Library" refers to a covered work governed by this License,
+ “The Library” refers to a covered work governed by this License,
other than an Application or a Combined Work as defined below.
- An "Application" is any work that makes use of an interface
+ An “Application” is any work that makes use of an interface
provided by the Library, but which is not otherwise based on the
Library. Defining a subclass of a class defined by the Library is
deemed a mode of using an interface provided by the Library.
- A "Combined Work" is a work produced by combining or linking an
+ A “Combined Work” is a work produced by combining or linking an
Application with the Library. The particular version of the
Library with which the Combined Work was made is also called the
- "Linked Version".
+ “Linked Version”.
- The "Minimal Corresponding Source" for a Combined Work means the
+ The “Minimal Corresponding Source” for a Combined Work means the
Corresponding Source for the Combined Work, excluding any source
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- The "Corresponding Application Code" for a Combined Work means the
+ The “Corresponding Application Code” for a Combined Work means the
object code and/or source code for the Application, including any
data and utility programs needed for reproducing the Combined Work
from the Application, but excluding the System Libraries of the
If you modify a copy of the Library, and, in your modifications, a
facility refers to a function or data to be supplied by an
Application that uses the facility (other than as an argument
- passed when the facility is invoked), then you may convey a copy
- of the modified version:
+ passed when the facility is invoked), then you may convey a copy of
+ the modified version:
- a. under this License, provided that you make a good faith
- effort to ensure that, in the event an Application does not
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+ to ensure that, in the event an Application does not supply
+ the function or data, the facility still operates, and
performs whatever part of its purpose remains meaningful, or
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the Library is used in it and that the Library and its use are
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-
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-
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-
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0. Convey the Minimal Corresponding Source under the terms
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-
1. Use a suitable shared library mechanism for linking with
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with a modified version of the Library that is
interface-compatible with the Linked Version.
information is necessary to install and execute a modified
version of the Combined Work produced by recombining or
relinking the Application with a modified version of the
- Linked Version. (If you use option 4d0, the Installation
+ Linked Version. (If you use option 4d0, the Installation
Information must accompany the Minimal Corresponding Source
- and Corresponding Application Code. If you use option 4d1,
+ and Corresponding Application Code. If you use option 4d1,
you must provide the Installation Information in the manner
specified by section 6 of the GNU GPL for conveying
Corresponding Source.)
You may place library facilities that are a work based on the
Library side by side in a single library together with other
- library facilities that are not Applications and are not covered
- by this License, and convey such a combined library under terms of
+ library facilities that are not Applications and are not covered by
+ this License, and convey such a combined library under terms of
your choice, if you do both of the following:
a. Accompany the combined library with a copy of the same work
based on the Library, uncombined with any other library
facilities, conveyed under the terms of this License.
-
b. Give prominent notice with the combined library that part of
it is a work based on the Library, and explaining where to
find the accompanying uncombined form of the same work.
The Free Software Foundation may publish revised and/or new
versions of the GNU Lesser General Public License from time to
- time. Such new versions will be similar in spirit to the present
+ time. Such new versions will be similar in spirit to the present
version, but may differ in detail to address new problems or
concerns.
- Each version is given a distinguishing version number. If the
+ Each version is given a distinguishing version number. If the
Library as you received it specifies that a certain numbered
- version of the GNU Lesser General Public License "or any later
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+ version of the GNU Lesser General Public License “or any later
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and conditions either of that published version or of any later
- version published by the Free Software Foundation. If the Library
+ version published by the Free Software Foundation. If the Library
as you received it does not specify a version number of the GNU
Lesser General Public License, you may choose any version of the
GNU Lesser General Public License ever published by the Free
If the Library as you received it specifies that a proxy can decide
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- shall apply, that proxy's public statement of acceptance of any
+ shall apply, that proxy’s public statement of acceptance of any
version is permanent authorization for you to choose that version
for the Library.
-
\1f
File: libunistring.info, Node: GNU FDL, Prev: GNU LGPL, Up: Licenses
Version 1.3, 3 November 2008
- Copyright (C) 2000, 2001, 2002, 2007, 2008 Free Software Foundation, Inc.
- `http://fsf.org/'
+ Copyright © 2000, 2001, 2002, 2007, 2008 Free Software Foundation, Inc.
+ <http://fsf.org/>
Everyone is permitted to copy and distribute verbatim copies
of this license document, but changing it is not allowed.
author and publisher a way to get credit for their work, while not
being considered responsible for modifications made by others.
- This License is a kind of "copyleft", which means that derivative
+ This License is a kind of “copyleft”, which means that derivative
works of the document must themselves be free in the same sense.
It complements the GNU General Public License, which is a copyleft
license designed for free software.
free program should come with manuals providing the same freedoms
that the software does. But this License is not limited to
software manuals; it can be used for any textual work, regardless
- of subject matter or whether it is published as a printed book.
- We recommend this License principally for works whose purpose is
+ of subject matter or whether it is published as a printed book. We
+ recommend this License principally for works whose purpose is
instruction or reference.
1. APPLICABILITY AND DEFINITIONS
This License applies to any manual or other work, in any medium,
- that contains a notice placed by the copyright holder saying it
- can be distributed under the terms of this License. Such a notice
+ that contains a notice placed by the copyright holder saying it can
+ be distributed under the terms of this License. Such a notice
grants a world-wide, royalty-free license, unlimited in duration,
to use that work under the conditions stated herein. The
- "Document", below, refers to any such manual or work. Any member
- of the public is a licensee, and is addressed as "you". You
- accept the license if you copy, modify or distribute the work in a
- way requiring permission under copyright law.
+ “Document”, below, refers to any such manual or work. Any member
+ of the public is a licensee, and is addressed as “you”. You accept
+ the license if you copy, modify or distribute the work in a way
+ requiring permission under copyright law.
- A "Modified Version" of the Document means any work containing the
+ A “Modified Version” of the Document means any work containing the
Document or a portion of it, either copied verbatim, or with
modifications and/or translated into another language.
- A "Secondary Section" is a named appendix or a front-matter section
+ A “Secondary Section” is a named appendix or a front-matter section
of the Document that deals exclusively with the relationship of the
- publishers or authors of the Document to the Document's overall
+ publishers or authors of the Document to the Document’s overall
subject (or to related matters) and contains nothing that could
fall directly within that overall subject. (Thus, if the Document
is in part a textbook of mathematics, a Secondary Section may not
of legal, commercial, philosophical, ethical or political position
regarding them.
- The "Invariant Sections" are certain Secondary Sections whose
- titles are designated, as being those of Invariant Sections, in
- the notice that says that the Document is released under this
- License. If a section does not fit the above definition of
- Secondary then it is not allowed to be designated as Invariant.
- The Document may contain zero Invariant Sections. If the Document
- does not identify any Invariant Sections then there are none.
+ The “Invariant Sections” are certain Secondary Sections whose
+ titles are designated, as being those of Invariant Sections, in the
+ notice that says that the Document is released under this License.
+ If a section does not fit the above definition of Secondary then it
+ is not allowed to be designated as Invariant. The Document may
+ contain zero Invariant Sections. If the Document does not identify
+ any Invariant Sections then there are none.
- The "Cover Texts" are certain short passages of text that are
+ The “Cover Texts” are certain short passages of text that are
listed, as Front-Cover Texts or Back-Cover Texts, in the notice
that says that the Document is released under this License. A
Front-Cover Text may be at most 5 words, and a Back-Cover Text may
be at most 25 words.
- A "Transparent" copy of the Document means a machine-readable copy,
+ A “Transparent” copy of the Document means a machine-readable copy,
represented in a format whose specification is available to the
general public, that is suitable for revising the document
- straightforwardly with generic text editors or (for images
- composed of pixels) generic paint programs or (for drawings) some
- widely available drawing editor, and that is suitable for input to
- text formatters or for automatic translation to a variety of
- formats suitable for input to text formatters. A copy made in an
- otherwise Transparent file format whose markup, or absence of
- markup, has been arranged to thwart or discourage subsequent
- modification by readers is not Transparent. An image format is
- not Transparent if used for any substantial amount of text. A
- copy that is not "Transparent" is called "Opaque".
+ straightforwardly with generic text editors or (for images composed
+ of pixels) generic paint programs or (for drawings) some widely
+ available drawing editor, and that is suitable for input to text
+ formatters or for automatic translation to a variety of formats
+ suitable for input to text formatters. A copy made in an otherwise
+ Transparent file format whose markup, or absence of markup, has
+ been arranged to thwart or discourage subsequent modification by
+ readers is not Transparent. An image format is not Transparent if
+ used for any substantial amount of text. A copy that is not
+ “Transparent” is called “Opaque”.
Examples of suitable formats for Transparent copies include plain
ASCII without markup, Texinfo input format, LaTeX input format,
- SGML or XML using a publicly available DTD, and
- standard-conforming simple HTML, PostScript or PDF designed for
- human modification. Examples of transparent image formats include
- PNG, XCF and JPG. Opaque formats include proprietary formats that
- can be read and edited only by proprietary word processors, SGML or
- XML for which the DTD and/or processing tools are not generally
- available, and the machine-generated HTML, PostScript or PDF
- produced by some word processors for output purposes only.
-
- The "Title Page" means, for a printed book, the title page itself,
+ SGML or XML using a publicly available DTD, and standard-conforming
+ simple HTML, PostScript or PDF designed for human modification.
+ Examples of transparent image formats include PNG, XCF and JPG.
+ Opaque formats include proprietary formats that can be read and
+ edited only by proprietary word processors, SGML or XML for which
+ the DTD and/or processing tools are not generally available, and
+ the machine-generated HTML, PostScript or PDF produced by some word
+ processors for output purposes only.
+
+ The “Title Page” means, for a printed book, the title page itself,
plus such following pages as are needed to hold, legibly, the
material this License requires to appear in the title page. For
- works in formats which do not have any title page as such, "Title
- Page" means the text near the most prominent appearance of the
- work's title, preceding the beginning of the body of the text.
+ works in formats which do not have any title page as such, “Title
+ Page” means the text near the most prominent appearance of the
+ work’s title, preceding the beginning of the body of the text.
- The "publisher" means any person or entity that distributes copies
+ The “publisher” means any person or entity that distributes copies
of the Document to the public.
- A section "Entitled XYZ" means a named subunit of the Document
+ A section “Entitled XYZ” means a named subunit of the Document
whose title either is precisely XYZ or contains XYZ in parentheses
following text that translates XYZ in another language. (Here XYZ
stands for a specific section name mentioned below, such as
- "Acknowledgements", "Dedications", "Endorsements", or "History".)
- To "Preserve the Title" of such a section when you modify the
- Document means that it remains a section "Entitled XYZ" according
+ “Acknowledgements”, “Dedications”, “Endorsements”, or “History”.)
+ To “Preserve the Title” of such a section when you modify the
+ Document means that it remains a section “Entitled XYZ” according
to this definition.
The Document may include Warranty Disclaimers next to the notice
may not use technical measures to obstruct or control the reading
or further copying of the copies you make or distribute. However,
you may accept compensation in exchange for copies. If you
- distribute a large enough number of copies you must also follow
- the conditions in section 3.
+ distribute a large enough number of copies you must also follow the
+ conditions in section 3.
You may also lend copies, under the same conditions stated above,
and you may publicly display copies.
If you publish printed copies (or copies in media that commonly
have printed covers) of the Document, numbering more than 100, and
- the Document's license notice requires Cover Texts, you must
+ the Document’s license notice requires Cover Texts, you must
enclose the copies in covers that carry, clearly and legibly, all
these Cover Texts: Front-Cover Texts on the front cover, and
Back-Cover Texts on the back cover. Both covers must also clearly
and legibly identify you as the publisher of these copies. The
- front cover must present the full title with all words of the
- title equally prominent and visible. You may add other material
- on the covers in addition. Copying with changes limited to the
- covers, as long as they preserve the title of the Document and
- satisfy these conditions, can be treated as verbatim copying in
- other respects.
+ front cover must present the full title with all words of the title
+ equally prominent and visible. You may add other material on the
+ covers in addition. Copying with changes limited to the covers, as
+ long as they preserve the title of the Document and satisfy these
+ conditions, can be treated as verbatim copying in other respects.
If the required texts for either cover are too voluminous to fit
legibly, you should put the first ones listed (as many as fit
adjacent pages.
If you publish or distribute Opaque copies of the Document
- numbering more than 100, you must either include a
- machine-readable Transparent copy along with each Opaque copy, or
- state in or with each Opaque copy a computer-network location from
- which the general network-using public has access to download
- using public-standard network protocols a complete Transparent
- copy of the Document, free of added material. If you use the
- latter option, you must take reasonably prudent steps, when you
- begin distribution of Opaque copies in quantity, to ensure that
- this Transparent copy will remain thus accessible at the stated
- location until at least one year after the last time you
- distribute an Opaque copy (directly or through your agents or
- retailers) of that edition to the public.
+ numbering more than 100, you must either include a machine-readable
+ Transparent copy along with each Opaque copy, or state in or with
+ each Opaque copy a computer-network location from which the general
+ network-using public has access to download using public-standard
+ network protocols a complete Transparent copy of the Document, free
+ of added material. If you use the latter option, you must take
+ reasonably prudent steps, when you begin distribution of Opaque
+ copies in quantity, to ensure that this Transparent copy will
+ remain thus accessible at the stated location until at least one
+ year after the last time you distribute an Opaque copy (directly or
+ through your agents or retailers) of that edition to the public.
It is requested, but not required, that you contact the authors of
- the Document well before redistributing any large number of
- copies, to give them a chance to provide you with an updated
- version of the Document.
+ the Document well before redistributing any large number of copies,
+ to give them a chance to provide you with an updated version of the
+ Document.
4. MODIFICATIONS
You may copy and distribute a Modified Version of the Document
under the conditions of sections 2 and 3 above, provided that you
- release the Modified Version under precisely this License, with
- the Modified Version filling the role of the Document, thus
- licensing distribution and modification of the Modified Version to
- whoever possesses a copy of it. In addition, you must do these
- things in the Modified Version:
+ release the Modified Version under precisely this License, with the
+ Modified Version filling the role of the Document, thus licensing
+ distribution and modification of the Modified Version to whoever
+ possesses a copy of it. In addition, you must do these things in
+ the Modified Version:
A. Use in the Title Page (and on the covers, if any) a title
- distinct from that of the Document, and from those of
- previous versions (which should, if there were any, be listed
- in the History section of the Document). You may use the
- same title as a previous version if the original publisher of
- that version gives permission.
+ distinct from that of the Document, and from those of previous
+ versions (which should, if there were any, be listed in the
+ History section of the Document). You may use the same title
+ as a previous version if the original publisher of that
+ version gives permission.
B. List on the Title Page, as authors, one or more persons or
entities responsible for authorship of the modifications in
the Addendum below.
G. Preserve in that license notice the full lists of Invariant
- Sections and required Cover Texts given in the Document's
+ Sections and required Cover Texts given in the Document’s
license notice.
H. Include an unaltered copy of this License.
- I. Preserve the section Entitled "History", Preserve its Title,
+ I. Preserve the section Entitled “History”, Preserve its Title,
and add to it an item stating at least the title, year, new
- authors, and publisher of the Modified Version as given on
- the Title Page. If there is no section Entitled "History" in
- the Document, create one stating the title, year, authors,
- and publisher of the Document as given on its Title Page,
- then add an item describing the Modified Version as stated in
- the previous sentence.
+ authors, and publisher of the Modified Version as given on the
+ Title Page. If there is no section Entitled “History” in the
+ Document, create one stating the title, year, authors, and
+ publisher of the Document as given on its Title Page, then add
+ an item describing the Modified Version as stated in the
+ previous sentence.
J. Preserve the network location, if any, given in the Document
for public access to a Transparent copy of the Document, and
likewise the network locations given in the Document for
- previous versions it was based on. These may be placed in
- the "History" section. You may omit a network location for a
- work that was published at least four years before the
- Document itself, or if the original publisher of the version
- it refers to gives permission.
-
- K. For any section Entitled "Acknowledgements" or "Dedications",
- Preserve the Title of the section, and preserve in the
- section all the substance and tone of each of the contributor
+ previous versions it was based on. These may be placed in the
+ “History” section. You may omit a network location for a work
+ that was published at least four years before the Document
+ itself, or if the original publisher of the version it refers
+ to gives permission.
+
+ K. For any section Entitled “Acknowledgements” or “Dedications”,
+ Preserve the Title of the section, and preserve in the section
+ all the substance and tone of each of the contributor
acknowledgements and/or dedications given therein.
- L. Preserve all the Invariant Sections of the Document,
- unaltered in their text and in their titles. Section numbers
- or the equivalent are not considered part of the section
- titles.
+ L. Preserve all the Invariant Sections of the Document, unaltered
+ in their text and in their titles. Section numbers or the
+ equivalent are not considered part of the section titles.
- M. Delete any section Entitled "Endorsements". Such a section
+ M. Delete any section Entitled “Endorsements”. Such a section
may not be included in the Modified Version.
N. Do not retitle any existing section to be Entitled
- "Endorsements" or to conflict in title with any Invariant
+ “Endorsements” or to conflict in title with any Invariant
Section.
O. Preserve any Warranty Disclaimers.
If the Modified Version includes new front-matter sections or
appendices that qualify as Secondary Sections and contain no
- material copied from the Document, you may at your option
- designate some or all of these sections as invariant. To do this,
- add their titles to the list of Invariant Sections in the Modified
- Version's license notice. These titles must be distinct from any
- other section titles.
+ material copied from the Document, you may at your option designate
+ some or all of these sections as invariant. To do this, add their
+ titles to the list of Invariant Sections in the Modified Version’s
+ license notice. These titles must be distinct from any other
+ section titles.
- You may add a section Entitled "Endorsements", provided it contains
+ You may add a section Entitled “Endorsements”, provided it contains
nothing but endorsements of your Modified Version by various
- parties--for example, statements of peer review or that the text
- has been approved by an organization as the authoritative
- definition of a standard.
+ parties—for example, statements of peer review or that the text has
+ been approved by an organization as the authoritative definition of
+ a standard.
You may add a passage of up to five words as a Front-Cover Text,
- and a passage of up to 25 words as a Back-Cover Text, to the end
- of the list of Cover Texts in the Modified Version. Only one
- passage of Front-Cover Text and one of Back-Cover Text may be
- added by (or through arrangements made by) any one entity. If the
- Document already includes a cover text for the same cover,
- previously added by you or by arrangement made by the same entity
- you are acting on behalf of, you may not add another; but you may
- replace the old one, on explicit permission from the previous
- publisher that added the old one.
+ and a passage of up to 25 words as a Back-Cover Text, to the end of
+ the list of Cover Texts in the Modified Version. Only one passage
+ of Front-Cover Text and one of Back-Cover Text may be added by (or
+ through arrangements made by) any one entity. If the Document
+ already includes a cover text for the same cover, previously added
+ by you or by arrangement made by the same entity you are acting on
+ behalf of, you may not add another; but you may replace the old
+ one, on explicit permission from the previous publisher that added
+ the old one.
The author(s) and publisher(s) of the Document do not by this
License give permission to use their names for publicity for or to
You may combine the Document with other documents released under
this License, under the terms defined in section 4 above for
- modified versions, provided that you include in the combination
- all of the Invariant Sections of all of the original documents,
+ modified versions, provided that you include in the combination all
+ of the Invariant Sections of all of the original documents,
unmodified, and list them all as Invariant Sections of your
combined work in its license notice, and that you preserve all
their Warranty Disclaimers.
combined work.
In the combination, you must combine any sections Entitled
- "History" in the various original documents, forming one section
- Entitled "History"; likewise combine any sections Entitled
- "Acknowledgements", and any sections Entitled "Dedications". You
- must delete all sections Entitled "Endorsements."
+ “History” in the various original documents, forming one section
+ Entitled “History”; likewise combine any sections Entitled
+ “Acknowledgements”, and any sections Entitled “Dedications”. You
+ must delete all sections Entitled “Endorsements.”
6. COLLECTIONS OF DOCUMENTS
documents released under this License, and replace the individual
copies of this License in the various documents with a single copy
that is included in the collection, provided that you follow the
- rules of this License for verbatim copying of each of the
- documents in all other respects.
+ rules of this License for verbatim copying of each of the documents
+ in all other respects.
You may extract a single document from such a collection, and
distribute it individually under this License, provided you insert
- a copy of this License into the extracted document, and follow
- this License in all other respects regarding verbatim copying of
- that document.
+ a copy of this License into the extracted document, and follow this
+ License in all other respects regarding verbatim copying of that
+ document.
7. AGGREGATION WITH INDEPENDENT WORKS
A compilation of the Document or its derivatives with other
- separate and independent documents or works, in or on a volume of
- a storage or distribution medium, is called an "aggregate" if the
+ separate and independent documents or works, in or on a volume of a
+ storage or distribution medium, is called an “aggregate” if the
copyright resulting from the compilation is not used to limit the
- legal rights of the compilation's users beyond what the individual
+ legal rights of the compilation’s users beyond what the individual
works permit. When the Document is included in an aggregate, this
License does not apply to the other works in the aggregate which
are not themselves derivative works of the Document.
If the Cover Text requirement of section 3 is applicable to these
copies of the Document, then if the Document is less than one half
- of the entire aggregate, the Document's Cover Texts may be placed
+ of the entire aggregate, the Document’s Cover Texts may be placed
on covers that bracket the Document within the aggregate, or the
electronic equivalent of covers if the Document is in electronic
form. Otherwise they must appear on printed covers that bracket
this License or a notice or disclaimer, the original version will
prevail.
- If a section in the Document is Entitled "Acknowledgements",
- "Dedications", or "History", the requirement (section 4) to
+ If a section in the Document is Entitled “Acknowledgements”,
+ “Dedications”, or “History”, the requirement (section 4) to
Preserve its Title (section 1) will typically require changing the
actual title.
However, if you cease all violation of this License, then your
license from a particular copyright holder is reinstated (a)
- provisionally, unless and until the copyright holder explicitly
- and finally terminates your license, and (b) permanently, if the
+ provisionally, unless and until the copyright holder explicitly and
+ finally terminates your license, and (b) permanently, if the
copyright holder fails to notify you of the violation by some
reasonable means prior to 60 days after the cessation.
after your receipt of the notice.
Termination of your rights under this section does not terminate
- the licenses of parties who have received copies or rights from
- you under this License. If your rights have been terminated and
- not permanently reinstated, receipt of a copy of some or all of
- the same material does not give you any rights to use it.
+ the licenses of parties who have received copies or rights from you
+ under this License. If your rights have been terminated and not
+ permanently reinstated, receipt of a copy of some or all of the
+ same material does not give you any rights to use it.
- 10. FUTURE REVISIONS OF THIS LICENSE
+ 10. FUTURE REVISIONS OF THIS LICENSE
The Free Software Foundation may publish new, revised versions of
the GNU Free Documentation License from time to time. Such new
versions will be similar in spirit to the present version, but may
differ in detail to address new problems or concerns. See
- `http://www.gnu.org/copyleft/'.
+ <http://www.gnu.org/copyleft/>.
Each version of the License is given a distinguishing version
number. If the Document specifies that a particular numbered
- version of this License "or any later version" applies to it, you
+ version of this License “or any later version” applies to it, you
have the option of following the terms and conditions either of
that specified version or of any later version that has been
- published (not as a draft) by the Free Software Foundation. If
- the Document does not specify a version number of this License,
- you may choose any version ever published (not as a draft) by the
- Free Software Foundation. If the Document specifies that a proxy
- can decide which future versions of this License can be used, that
- proxy's public statement of acceptance of a version permanently
+ published (not as a draft) by the Free Software Foundation. If the
+ Document does not specify a version number of this License, you may
+ choose any version ever published (not as a draft) by the Free
+ Software Foundation. If the Document specifies that a proxy can
+ decide which future versions of this License can be used, that
+ proxy’s public statement of acceptance of a version permanently
authorizes you to choose that version for the Document.
- 11. RELICENSING
+ 11. RELICENSING
- "Massive Multiauthor Collaboration Site" (or "MMC Site") means any
+ “Massive Multiauthor Collaboration Site” (or “MMC Site”) means any
World Wide Web server that publishes copyrightable works and also
provides prominent facilities for anybody to edit those works. A
public wiki that anybody can edit is an example of such a server.
- A "Massive Multiauthor Collaboration" (or "MMC") contained in the
+ A “Massive Multiauthor Collaboration” (or “MMC”) contained in the
site means any set of copyrightable works thus published on the MMC
site.
- "CC-BY-SA" means the Creative Commons Attribution-Share Alike 3.0
+ “CC-BY-SA” means the Creative Commons Attribution-Share Alike 3.0
license published by Creative Commons Corporation, a not-for-profit
corporation with a principal place of business in San Francisco,
California, as well as future copyleft versions of that license
published by that same organization.
- "Incorporate" means to publish or republish a Document, in whole or
+ “Incorporate” means to publish or republish a Document, in whole or
in part, as part of another Document.
- An MMC is "eligible for relicensing" if it is licensed under this
+ An MMC is “eligible for relicensing” if it is licensed under this
License, and if all works that were first published under this
License somewhere other than this MMC, and subsequently
incorporated in whole or in part into the MMC, (1) had no cover
site under CC-BY-SA on the same site at any time before August 1,
2009, provided the MMC is eligible for relicensing.
-
ADDENDUM: How to use this License for your documents
====================================================
Free Documentation License''.
If you have Invariant Sections, Front-Cover Texts and Back-Cover
-Texts, replace the "with...Texts." line with this:
+Texts, replace the “with…Texts.” line with this:
with the Invariant Sections being LIST THEIR TITLES, with
the Front-Cover Texts being LIST, and with the Back-Cover Texts
situation.
If your document contains nontrivial examples of program code, we
-recommend releasing these examples in parallel under your choice of
-free software license, such as the GNU General Public License, to
-permit their use in free software.
+recommend releasing these examples in parallel under your choice of free
+software license, such as the GNU General Public License, to permit
+their use in free software.
\1f
File: libunistring.info, Node: Index, Prev: Licenses, Up: Top
* Menu:
* ambiguous width: uniwidth.h. (line 10)
+* Arabic shaping: Arabic shaping. (line 6)
* argument conventions: Conventions. (line 9)
* autoconf macro: Autoconf macro. (line 6)
-* bidirectional category: Bidirectional category.
- (line 6)
+* bidi class: Bidi class. (line 6)
+* bidirectional category: Bidi class. (line 6)
* bidirectional reordering: More functionality. (line 6)
* block: Blocks. (line 6)
+* boundaries, between grapheme clusters: unigbrk.h. (line 6)
+* boundaries, between words: uniwbrk.h. (line 6)
+* breaks, grapheme cluster: unigbrk.h. (line 6)
* breaks, line: unilbrk.h. (line 6)
* breaks, word: uniwbrk.h. (line 6)
* bug reports: Reporting problems. (line 6)
* case mappings: Case mappings of strings.
(line 6)
* casing_prefix_context_t: Case mappings of substrings.
- (line 15)
+ (line 14)
* casing_suffix_context_t: Case mappings of substrings.
- (line 46)
-* char, type: char * strings. (line 23)
+ (line 43)
+* char, type: char * strings. (line 22)
* combining, Unicode characters: Composition of characters.
(line 6)
-* comparing <1>: Elementary string functions on NUL terminated strings.
- (line 130)
* comparing: Elementary string functions.
(line 108)
+* comparing <1>: Elementary string functions on NUL terminated strings.
+ (line 131)
* comparing, ignoring case: Case insensitive comparison.
(line 6)
* comparing, ignoring case, with collation rules: Case insensitive comparison.
- (line 66)
+ (line 65)
* comparing, ignoring normalization: Normalizing comparisons.
(line 6)
* comparing, ignoring normalization and case: Case insensitive comparison.
(line 6)
* comparing, ignoring normalization and case, with collation rules: Case insensitive comparison.
- (line 66)
+ (line 65)
* comparing, ignoring normalization, with collation rules: Normalizing comparisons.
- (line 23)
+ (line 22)
* comparing, with collation rules: Elementary string functions on NUL terminated strings.
- (line 142)
+ (line 143)
* comparing, with collation rules, ignoring case: Case insensitive comparison.
- (line 66)
+ (line 65)
* comparing, with collation rules, ignoring normalization: Normalizing comparisons.
- (line 23)
+ (line 22)
* comparing, with collation rules, ignoring normalization and case: Case insensitive comparison.
- (line 66)
+ (line 65)
* compiler options: Compiler options. (line 24)
* composing, Unicode characters: Composition of characters.
(line 6)
-* converting <1>: uniconv.h. (line 45)
* converting: Elementary string conversions.
(line 6)
-* copying <1>: Elementary string functions on NUL terminated strings.
- (line 61)
+* converting <1>: uniconv.h. (line 45)
* copying: Elementary string functions.
(line 72)
+* copying <1>: Elementary string functions on NUL terminated strings.
+ (line 62)
* counting: Elementary string functions.
(line 153)
* decomposing: Decomposition of characters.
(line 6)
* dependencies: Installation. (line 6)
* detecting case: Case detection. (line 6)
-* duplicating <1>: Elementary string functions on NUL terminated strings.
- (line 168)
* duplicating: Elementary string functions with memory allocation.
(line 6)
-* enum iconv_ilseq_handler: uniconv.h. (line 30)
+* duplicating <1>: Elementary string functions on NUL terminated strings.
+ (line 169)
+* enum iconv_ilseq_handler: uniconv.h. (line 29)
* FDL, GNU Free Documentation License: GNU FDL. (line 6)
* formatted output: unistdio.h. (line 6)
* fullwidth: uniwidth.h. (line 22)
* general category: General category. (line 6)
* gl_LIBUNISTRING: Autoconf macro. (line 11)
* GPL, GNU General Public License: GNU GPL. (line 6)
+* grapheme cluster boundaries: unigbrk.h. (line 6)
+* grapheme cluster breaks: unigbrk.h. (line 6)
* halfwidth: uniwidth.h. (line 22)
* identifiers: ISO C and Java syntax.
(line 6)
* installation: Installation. (line 10)
* internationalization: Unicode and i18n. (line 6)
-* iterating <1>: Elementary string functions on NUL terminated strings.
- (line 15)
* iterating: Elementary string functions.
(line 6)
+* iterating <1>: Elementary string functions on NUL terminated strings.
+ (line 15)
* Java, programming language: ISO C and Java syntax.
(line 6)
+* joining group: Joining group. (line 6)
+* joining of Arabic characters: Arabic shaping. (line 6)
+* joining type: Joining type. (line 6)
* LGPL, GNU Lesser General Public License: GNU LGPL. (line 6)
* License, GNU FDL: GNU FDL. (line 6)
* License, GNU GPL: GNU GPL. (line 6)
* line breaks: unilbrk.h. (line 6)
* locale: Locale encodings. (line 6)
* locale categories: Locale encodings. (line 10)
+* locale encoding: Locale encodings. (line 23)
* locale encoding <1>: uniconv.h. (line 10)
-* locale encoding: Locale encodings. (line 28)
* locale language: Case mappings of strings.
(line 16)
* locale, multibyte: char * strings. (line 13)
-* locale_charset: uniconv.h. (line 13)
+* locale_charset: uniconv.h. (line 12)
* lowercasing: Case mappings of strings.
(line 6)
* mailing list: Reporting problems. (line 6)
* rendering: More functionality. (line 9)
* return value conventions: Conventions. (line 47)
* scripts: Scripts. (line 6)
-* searching, for a character <1>: Elementary string functions on NUL terminated strings.
- (line 178)
* searching, for a character: Elementary string functions.
(line 140)
+* searching, for a character <1>: Elementary string functions on NUL terminated strings.
+ (line 179)
* searching, for a substring: Elementary string functions on NUL terminated strings.
- (line 234)
+ (line 235)
* stream, normalizing a: Normalization of streams.
(line 6)
* struct uninorm_filter: Normalization of streams.
- (line 11)
+ (line 10)
* titlecasing: Case mappings of strings.
(line 6)
-* u16_asnprintf: unistdio.h. (line 132)
-* u16_asprintf: unistdio.h. (line 129)
+* u16_asnprintf: unistdio.h. (line 111)
+* u16_asprintf: unistdio.h. (line 109)
* u16_casecmp: Case insensitive comparison.
- (line 51)
+ (line 48)
* u16_casecoll: Case insensitive comparison.
- (line 95)
+ (line 91)
* u16_casefold: Case insensitive comparison.
- (line 15)
+ (line 12)
* u16_casexfrm: Case insensitive comparison.
- (line 75)
-* u16_casing_prefix_context: Case mappings of substrings.
- (line 30)
+ (line 71)
* u16_casing_prefixes_context: Case mappings of substrings.
- (line 39)
-* u16_casing_suffix_context: Case mappings of substrings.
- (line 61)
+ (line 36)
+* u16_casing_prefix_context: Case mappings of substrings.
+ (line 28)
* u16_casing_suffixes_context: Case mappings of substrings.
- (line 70)
+ (line 65)
+* u16_casing_suffix_context: Case mappings of substrings.
+ (line 57)
* u16_check: Elementary string checks.
- (line 11)
+ (line 10)
* u16_chr: Elementary string functions.
- (line 145)
+ (line 143)
* u16_cmp: Elementary string functions.
- (line 115)
+ (line 113)
* u16_cmp2: Elementary string functions.
- (line 131)
-* u16_conv_from_encoding: uniconv.h. (line 54)
-* u16_conv_to_encoding: uniconv.h. (line 91)
+ (line 129)
+* u16_conv_from_encoding: uniconv.h. (line 51)
+* u16_conv_to_encoding: uniconv.h. (line 88)
* u16_cpy: Elementary string functions.
- (line 78)
+ (line 76)
* u16_cpy_alloc: Elementary string functions with memory allocation.
- (line 10)
+ (line 9)
* u16_ct_casefold: Case insensitive comparison.
- (line 37)
+ (line 32)
* u16_ct_tolower: Case mappings of substrings.
- (line 107)
+ (line 98)
* u16_ct_totitle: Case mappings of substrings.
- (line 125)
+ (line 116)
* u16_ct_toupper: Case mappings of substrings.
- (line 89)
+ (line 80)
* u16_endswith: Elementary string functions on NUL terminated strings.
- (line 260)
-* u16_is_cased: Case detection. (line 57)
-* u16_is_casefolded: Case detection. (line 44)
-* u16_is_lowercase: Case detection. (line 24)
-* u16_is_titlecase: Case detection. (line 34)
-* u16_is_uppercase: Case detection. (line 14)
-* u16_mblen: Elementary string functions.
+ (line 259)
+* u16_grapheme_breaks: Grapheme cluster breaks in a string.
+ (line 34)
+* u16_grapheme_next: Grapheme cluster breaks in a string.
(line 11)
+* u16_grapheme_prev: Grapheme cluster breaks in a string.
+ (line 21)
+* u16_is_cased: Case detection. (line 55)
+* u16_is_casefolded: Case detection. (line 42)
+* u16_is_lowercase: Case detection. (line 22)
+* u16_is_titlecase: Case detection. (line 32)
+* u16_is_uppercase: Case detection. (line 12)
+* u16_mblen: Elementary string functions.
+ (line 10)
* u16_mbsnlen: Elementary string functions.
- (line 157)
+ (line 156)
* u16_mbtouc: Elementary string functions.
- (line 38)
-* u16_mbtouc_unsafe: Elementary string functions.
- (line 23)
+ (line 37)
* u16_mbtoucr: Elementary string functions.
- (line 45)
+ (line 44)
+* u16_mbtouc_unsafe: Elementary string functions.
+ (line 21)
* u16_move: Elementary string functions.
- (line 89)
+ (line 87)
* u16_next: Elementary string functions on NUL terminated strings.
- (line 24)
+ (line 23)
* u16_normalize: Normalization of strings.
- (line 50)
+ (line 48)
* u16_normcmp: Normalizing comparisons.
- (line 13)
+ (line 11)
* u16_normcoll: Normalizing comparisons.
- (line 40)
+ (line 37)
* u16_normxfrm: Normalizing comparisons.
- (line 27)
-* u16_possible_linebreaks: unilbrk.h. (line 46)
+ (line 24)
+* u16_possible_linebreaks: unilbrk.h. (line 44)
* u16_prev: Elementary string functions on NUL terminated strings.
- (line 36)
+ (line 34)
* u16_set: Elementary string functions.
- (line 101)
-* u16_snprintf: unistdio.h. (line 126)
-* u16_sprintf: unistdio.h. (line 123)
+ (line 100)
+* u16_snprintf: unistdio.h. (line 107)
+* u16_sprintf: unistdio.h. (line 106)
* u16_startswith: Elementary string functions on NUL terminated strings.
- (line 252)
+ (line 251)
* u16_stpcpy: Elementary string functions on NUL terminated strings.
- (line 76)
+ (line 75)
* u16_stpncpy: Elementary string functions on NUL terminated strings.
- (line 99)
+ (line 98)
* u16_strcat: Elementary string functions on NUL terminated strings.
- (line 112)
+ (line 111)
* u16_strchr: Elementary string functions on NUL terminated strings.
(line 182)
* u16_strcmp: Elementary string functions on NUL terminated strings.
(line 134)
* u16_strcoll: Elementary string functions on NUL terminated strings.
(line 144)
-* u16_strconv_from_encoding: uniconv.h. (line 129)
-* u16_strconv_from_locale: uniconv.h. (line 157)
-* u16_strconv_to_encoding: uniconv.h. (line 142)
-* u16_strconv_to_locale: uniconv.h. (line 167)
+* u16_strconv_from_encoding: uniconv.h. (line 127)
+* u16_strconv_from_locale: uniconv.h. (line 156)
+* u16_strconv_to_encoding: uniconv.h. (line 140)
+* u16_strconv_to_locale: uniconv.h. (line 166)
* u16_strcpy: Elementary string functions on NUL terminated strings.
- (line 66)
+ (line 65)
* u16_strcspn: Elementary string functions on NUL terminated strings.
- (line 203)
+ (line 202)
* u16_strdup: Elementary string functions on NUL terminated strings.
(line 172)
* u16_strlen: Elementary string functions on NUL terminated strings.
(line 47)
* u16_strmblen: Elementary string functions on NUL terminated strings.
- (line 11)
+ (line 10)
* u16_strmbtouc: Elementary string functions on NUL terminated strings.
- (line 17)
+ (line 16)
* u16_strncat: Elementary string functions on NUL terminated strings.
- (line 123)
+ (line 122)
* u16_strncmp: Elementary string functions on NUL terminated strings.
- (line 161)
+ (line 160)
* u16_strncpy: Elementary string functions on NUL terminated strings.
- (line 88)
+ (line 87)
* u16_strnlen: Elementary string functions on NUL terminated strings.
(line 55)
* u16_strpbrk: Elementary string functions on NUL terminated strings.
- (line 227)
+ (line 226)
* u16_strrchr: Elementary string functions on NUL terminated strings.
(line 190)
* u16_strspn: Elementary string functions on NUL terminated strings.
- (line 215)
+ (line 214)
* u16_strstr: Elementary string functions on NUL terminated strings.
- (line 241)
+ (line 240)
* u16_strtok: Elementary string functions on NUL terminated strings.
- (line 270)
-* u16_strwidth: uniwidth.h. (line 39)
-* u16_to_u32: Elementary string conversions.
- (line 23)
-* u16_to_u8: Elementary string conversions.
- (line 19)
+ (line 269)
+* u16_strwidth: uniwidth.h. (line 38)
* u16_tolower: Case mappings of strings.
- (line 44)
+ (line 41)
* u16_totitle: Case mappings of strings.
- (line 58)
+ (line 55)
* u16_toupper: Case mappings of strings.
- (line 30)
-* u16_u16_asnprintf: unistdio.h. (line 159)
-* u16_u16_asprintf: unistdio.h. (line 156)
-* u16_u16_snprintf: unistdio.h. (line 153)
-* u16_u16_sprintf: unistdio.h. (line 150)
-* u16_u16_vasnprintf: unistdio.h. (line 171)
-* u16_u16_vasprintf: unistdio.h. (line 168)
-* u16_u16_vsnprintf: unistdio.h. (line 165)
-* u16_u16_vsprintf: unistdio.h. (line 162)
+ (line 27)
+* u16_to_u32: Elementary string conversions.
+ (line 21)
+* u16_to_u8: Elementary string conversions.
+ (line 17)
+* u16_u16_asnprintf: unistdio.h. (line 131)
+* u16_u16_asprintf: unistdio.h. (line 129)
+* u16_u16_snprintf: unistdio.h. (line 127)
+* u16_u16_sprintf: unistdio.h. (line 125)
+* u16_u16_vasnprintf: unistdio.h. (line 139)
+* u16_u16_vasprintf: unistdio.h. (line 137)
+* u16_u16_vsnprintf: unistdio.h. (line 135)
+* u16_u16_vsprintf: unistdio.h. (line 133)
* u16_uctomb: Elementary string functions.
- (line 62)
-* u16_vasnprintf: unistdio.h. (line 144)
-* u16_vasprintf: unistdio.h. (line 141)
-* u16_vsnprintf: unistdio.h. (line 138)
-* u16_vsprintf: unistdio.h. (line 135)
-* u16_width: uniwidth.h. (line 31)
-* u16_width_linebreaks: unilbrk.h. (line 65)
+ (line 61)
+* u16_vasnprintf: unistdio.h. (line 119)
+* u16_vasprintf: unistdio.h. (line 117)
+* u16_vsnprintf: unistdio.h. (line 115)
+* u16_vsprintf: unistdio.h. (line 113)
+* u16_width: uniwidth.h. (line 29)
+* u16_width_linebreaks: unilbrk.h. (line 62)
* u16_wordbreaks: Word breaks in a string.
- (line 10)
-* u32_asnprintf: unistdio.h. (line 185)
-* u32_asprintf: unistdio.h. (line 182)
+ (line 9)
+* u32_asnprintf: unistdio.h. (line 150)
+* u32_asprintf: unistdio.h. (line 148)
* u32_casecmp: Case insensitive comparison.
- (line 54)
+ (line 51)
* u32_casecoll: Case insensitive comparison.
- (line 98)
+ (line 94)
* u32_casefold: Case insensitive comparison.
- (line 18)
+ (line 15)
* u32_casexfrm: Case insensitive comparison.
- (line 78)
-* u32_casing_prefix_context: Case mappings of substrings.
- (line 32)
+ (line 74)
* u32_casing_prefixes_context: Case mappings of substrings.
- (line 42)
-* u32_casing_suffix_context: Case mappings of substrings.
- (line 63)
+ (line 38)
+* u32_casing_prefix_context: Case mappings of substrings.
+ (line 30)
* u32_casing_suffixes_context: Case mappings of substrings.
- (line 73)
+ (line 67)
+* u32_casing_suffix_context: Case mappings of substrings.
+ (line 59)
* u32_check: Elementary string checks.
- (line 12)
+ (line 11)
* u32_chr: Elementary string functions.
- (line 147)
+ (line 145)
* u32_cmp: Elementary string functions.
- (line 117)
+ (line 115)
* u32_cmp2: Elementary string functions.
- (line 133)
-* u32_conv_from_encoding: uniconv.h. (line 57)
-* u32_conv_to_encoding: uniconv.h. (line 94)
+ (line 131)
+* u32_conv_from_encoding: uniconv.h. (line 54)
+* u32_conv_to_encoding: uniconv.h. (line 91)
* u32_cpy: Elementary string functions.
- (line 80)
+ (line 78)
* u32_cpy_alloc: Elementary string functions with memory allocation.
- (line 11)
+ (line 10)
* u32_ct_casefold: Case insensitive comparison.
- (line 42)
+ (line 37)
* u32_ct_tolower: Case mappings of substrings.
- (line 112)
+ (line 103)
* u32_ct_totitle: Case mappings of substrings.
- (line 130)
+ (line 121)
* u32_ct_toupper: Case mappings of substrings.
- (line 94)
+ (line 85)
* u32_endswith: Elementary string functions on NUL terminated strings.
- (line 262)
-* u32_is_cased: Case detection. (line 59)
-* u32_is_casefolded: Case detection. (line 46)
-* u32_is_lowercase: Case detection. (line 26)
-* u32_is_titlecase: Case detection. (line 36)
-* u32_is_uppercase: Case detection. (line 16)
+ (line 261)
+* u32_grapheme_breaks: Grapheme cluster breaks in a string.
+ (line 36)
+* u32_grapheme_next: Grapheme cluster breaks in a string.
+ (line 13)
+* u32_grapheme_prev: Grapheme cluster breaks in a string.
+ (line 23)
+* u32_is_cased: Case detection. (line 57)
+* u32_is_casefolded: Case detection. (line 44)
+* u32_is_lowercase: Case detection. (line 24)
+* u32_is_titlecase: Case detection. (line 34)
+* u32_is_uppercase: Case detection. (line 14)
* u32_mblen: Elementary string functions.
- (line 12)
+ (line 11)
* u32_mbsnlen: Elementary string functions.
- (line 158)
+ (line 157)
* u32_mbtouc: Elementary string functions.
- (line 39)
-* u32_mbtouc_unsafe: Elementary string functions.
- (line 25)
+ (line 38)
* u32_mbtoucr: Elementary string functions.
- (line 46)
+ (line 45)
+* u32_mbtouc_unsafe: Elementary string functions.
+ (line 23)
* u32_move: Elementary string functions.
- (line 91)
+ (line 89)
* u32_next: Elementary string functions on NUL terminated strings.
- (line 25)
+ (line 24)
* u32_normalize: Normalization of strings.
- (line 52)
+ (line 50)
* u32_normcmp: Normalizing comparisons.
- (line 15)
+ (line 13)
* u32_normcoll: Normalizing comparisons.
- (line 42)
+ (line 39)
* u32_normxfrm: Normalizing comparisons.
- (line 29)
-* u32_possible_linebreaks: unilbrk.h. (line 48)
+ (line 26)
+* u32_possible_linebreaks: unilbrk.h. (line 46)
* u32_prev: Elementary string functions on NUL terminated strings.
- (line 38)
+ (line 36)
* u32_set: Elementary string functions.
- (line 102)
-* u32_snprintf: unistdio.h. (line 179)
-* u32_sprintf: unistdio.h. (line 176)
+ (line 101)
+* u32_snprintf: unistdio.h. (line 146)
+* u32_sprintf: unistdio.h. (line 145)
* u32_startswith: Elementary string functions on NUL terminated strings.
- (line 254)
+ (line 253)
* u32_stpcpy: Elementary string functions on NUL terminated strings.
- (line 78)
+ (line 77)
* u32_stpncpy: Elementary string functions on NUL terminated strings.
- (line 101)
+ (line 100)
* u32_strcat: Elementary string functions on NUL terminated strings.
- (line 114)
+ (line 113)
* u32_strchr: Elementary string functions on NUL terminated strings.
(line 183)
* u32_strcmp: Elementary string functions on NUL terminated strings.
(line 135)
* u32_strcoll: Elementary string functions on NUL terminated strings.
(line 145)
-* u32_strconv_from_encoding: uniconv.h. (line 131)
-* u32_strconv_from_locale: uniconv.h. (line 158)
-* u32_strconv_to_encoding: uniconv.h. (line 144)
-* u32_strconv_to_locale: uniconv.h. (line 168)
+* u32_strconv_from_encoding: uniconv.h. (line 129)
+* u32_strconv_from_locale: uniconv.h. (line 157)
+* u32_strconv_to_encoding: uniconv.h. (line 142)
+* u32_strconv_to_locale: uniconv.h. (line 167)
* u32_strcpy: Elementary string functions on NUL terminated strings.
- (line 68)
+ (line 67)
* u32_strcspn: Elementary string functions on NUL terminated strings.
- (line 205)
+ (line 204)
* u32_strdup: Elementary string functions on NUL terminated strings.
(line 173)
* u32_strlen: Elementary string functions on NUL terminated strings.
(line 48)
* u32_strmblen: Elementary string functions on NUL terminated strings.
- (line 12)
+ (line 11)
* u32_strmbtouc: Elementary string functions on NUL terminated strings.
- (line 18)
+ (line 17)
* u32_strncat: Elementary string functions on NUL terminated strings.
- (line 125)
+ (line 124)
* u32_strncmp: Elementary string functions on NUL terminated strings.
- (line 163)
+ (line 162)
* u32_strncpy: Elementary string functions on NUL terminated strings.
- (line 90)
+ (line 89)
* u32_strnlen: Elementary string functions on NUL terminated strings.
(line 56)
* u32_strpbrk: Elementary string functions on NUL terminated strings.
- (line 229)
+ (line 228)
* u32_strrchr: Elementary string functions on NUL terminated strings.
(line 191)
* u32_strspn: Elementary string functions on NUL terminated strings.
- (line 217)
+ (line 216)
* u32_strstr: Elementary string functions on NUL terminated strings.
- (line 243)
+ (line 242)
* u32_strtok: Elementary string functions on NUL terminated strings.
- (line 272)
-* u32_strwidth: uniwidth.h. (line 40)
-* u32_to_u16: Elementary string conversions.
- (line 31)
-* u32_to_u8: Elementary string conversions.
- (line 27)
+ (line 271)
+* u32_strwidth: uniwidth.h. (line 39)
* u32_tolower: Case mappings of strings.
- (line 47)
+ (line 44)
* u32_totitle: Case mappings of strings.
- (line 61)
+ (line 58)
* u32_toupper: Case mappings of strings.
- (line 33)
-* u32_u32_asnprintf: unistdio.h. (line 212)
-* u32_u32_asprintf: unistdio.h. (line 209)
-* u32_u32_snprintf: unistdio.h. (line 206)
-* u32_u32_sprintf: unistdio.h. (line 203)
-* u32_u32_vasnprintf: unistdio.h. (line 224)
-* u32_u32_vasprintf: unistdio.h. (line 221)
-* u32_u32_vsnprintf: unistdio.h. (line 218)
-* u32_u32_vsprintf: unistdio.h. (line 215)
+ (line 30)
+* u32_to_u16: Elementary string conversions.
+ (line 29)
+* u32_to_u8: Elementary string conversions.
+ (line 25)
+* u32_u32_asnprintf: unistdio.h. (line 170)
+* u32_u32_asprintf: unistdio.h. (line 168)
+* u32_u32_snprintf: unistdio.h. (line 166)
+* u32_u32_sprintf: unistdio.h. (line 164)
+* u32_u32_vasnprintf: unistdio.h. (line 178)
+* u32_u32_vasprintf: unistdio.h. (line 176)
+* u32_u32_vsnprintf: unistdio.h. (line 174)
+* u32_u32_vsprintf: unistdio.h. (line 172)
* u32_uctomb: Elementary string functions.
- (line 63)
-* u32_vasnprintf: unistdio.h. (line 197)
-* u32_vasprintf: unistdio.h. (line 194)
-* u32_vsnprintf: unistdio.h. (line 191)
-* u32_vsprintf: unistdio.h. (line 188)
-* u32_width: uniwidth.h. (line 33)
-* u32_width_linebreaks: unilbrk.h. (line 68)
+ (line 62)
+* u32_vasnprintf: unistdio.h. (line 158)
+* u32_vasprintf: unistdio.h. (line 156)
+* u32_vsnprintf: unistdio.h. (line 154)
+* u32_vsprintf: unistdio.h. (line 152)
+* u32_width: uniwidth.h. (line 31)
+* u32_width_linebreaks: unilbrk.h. (line 65)
* u32_wordbreaks: Word breaks in a string.
- (line 11)
-* u8_asnprintf: unistdio.h. (line 79)
-* u8_asprintf: unistdio.h. (line 76)
+ (line 10)
+* u8_asnprintf: unistdio.h. (line 72)
+* u8_asprintf: unistdio.h. (line 70)
* u8_casecmp: Case insensitive comparison.
- (line 48)
+ (line 45)
* u8_casecoll: Case insensitive comparison.
- (line 92)
+ (line 88)
* u8_casefold: Case insensitive comparison.
- (line 12)
+ (line 9)
* u8_casexfrm: Case insensitive comparison.
- (line 72)
-* u8_casing_prefix_context: Case mappings of substrings.
- (line 28)
+ (line 68)
* u8_casing_prefixes_context: Case mappings of substrings.
- (line 36)
-* u8_casing_suffix_context: Case mappings of substrings.
- (line 59)
+ (line 34)
+* u8_casing_prefix_context: Case mappings of substrings.
+ (line 26)
* u8_casing_suffixes_context: Case mappings of substrings.
- (line 67)
+ (line 63)
+* u8_casing_suffix_context: Case mappings of substrings.
+ (line 55)
* u8_check: Elementary string checks.
- (line 10)
+ (line 9)
* u8_chr: Elementary string functions.
- (line 143)
+ (line 142)
* u8_cmp: Elementary string functions.
- (line 113)
+ (line 111)
* u8_cmp2: Elementary string functions.
- (line 129)
-* u8_conv_from_encoding: uniconv.h. (line 51)
-* u8_conv_to_encoding: uniconv.h. (line 88)
+ (line 127)
+* u8_conv_from_encoding: uniconv.h. (line 48)
+* u8_conv_to_encoding: uniconv.h. (line 85)
* u8_cpy: Elementary string functions.
- (line 76)
+ (line 74)
* u8_cpy_alloc: Elementary string functions with memory allocation.
- (line 9)
+ (line 8)
* u8_ct_casefold: Case insensitive comparison.
- (line 32)
+ (line 27)
* u8_ct_tolower: Case mappings of substrings.
- (line 102)
+ (line 93)
* u8_ct_totitle: Case mappings of substrings.
- (line 120)
+ (line 111)
* u8_ct_toupper: Case mappings of substrings.
- (line 84)
+ (line 75)
* u8_endswith: Elementary string functions on NUL terminated strings.
- (line 258)
-* u8_is_cased: Case detection. (line 55)
-* u8_is_casefolded: Case detection. (line 42)
-* u8_is_lowercase: Case detection. (line 22)
-* u8_is_titlecase: Case detection. (line 32)
-* u8_is_uppercase: Case detection. (line 12)
+ (line 257)
+* u8_grapheme_breaks: Grapheme cluster breaks in a string.
+ (line 32)
+* u8_grapheme_next: Grapheme cluster breaks in a string.
+ (line 9)
+* u8_grapheme_prev: Grapheme cluster breaks in a string.
+ (line 19)
+* u8_is_cased: Case detection. (line 53)
+* u8_is_casefolded: Case detection. (line 40)
+* u8_is_lowercase: Case detection. (line 20)
+* u8_is_titlecase: Case detection. (line 30)
+* u8_is_uppercase: Case detection. (line 10)
* u8_mblen: Elementary string functions.
- (line 10)
+ (line 9)
* u8_mbsnlen: Elementary string functions.
- (line 156)
+ (line 155)
* u8_mbtouc: Elementary string functions.
- (line 37)
-* u8_mbtouc_unsafe: Elementary string functions.
- (line 21)
+ (line 36)
* u8_mbtoucr: Elementary string functions.
- (line 44)
+ (line 43)
+* u8_mbtouc_unsafe: Elementary string functions.
+ (line 19)
* u8_move: Elementary string functions.
- (line 87)
+ (line 85)
* u8_next: Elementary string functions on NUL terminated strings.
- (line 23)
+ (line 22)
* u8_normalize: Normalization of strings.
- (line 48)
+ (line 46)
* u8_normcmp: Normalizing comparisons.
- (line 11)
+ (line 9)
* u8_normcoll: Normalizing comparisons.
- (line 38)
+ (line 35)
* u8_normxfrm: Normalizing comparisons.
- (line 25)
-* u8_possible_linebreaks: unilbrk.h. (line 44)
+ (line 22)
+* u8_possible_linebreaks: unilbrk.h. (line 42)
* u8_prev: Elementary string functions on NUL terminated strings.
- (line 34)
+ (line 32)
* u8_set: Elementary string functions.
- (line 100)
-* u8_snprintf: unistdio.h. (line 73)
-* u8_sprintf: unistdio.h. (line 70)
+ (line 99)
+* u8_snprintf: unistdio.h. (line 68)
+* u8_sprintf: unistdio.h. (line 67)
* u8_startswith: Elementary string functions on NUL terminated strings.
- (line 250)
+ (line 249)
* u8_stpcpy: Elementary string functions on NUL terminated strings.
(line 74)
* u8_stpncpy: Elementary string functions on NUL terminated strings.
- (line 97)
+ (line 96)
* u8_strcat: Elementary string functions on NUL terminated strings.
(line 110)
* u8_strchr: Elementary string functions on NUL terminated strings.
(line 133)
* u8_strcoll: Elementary string functions on NUL terminated strings.
(line 143)
-* u8_strconv_from_encoding: uniconv.h. (line 127)
-* u8_strconv_from_locale: uniconv.h. (line 156)
-* u8_strconv_to_encoding: uniconv.h. (line 140)
-* u8_strconv_to_locale: uniconv.h. (line 166)
+* u8_strconv_from_encoding: uniconv.h. (line 125)
+* u8_strconv_from_locale: uniconv.h. (line 155)
+* u8_strconv_to_encoding: uniconv.h. (line 138)
+* u8_strconv_to_locale: uniconv.h. (line 165)
* u8_strcpy: Elementary string functions on NUL terminated strings.
(line 64)
* u8_strcspn: Elementary string functions on NUL terminated strings.
- (line 201)
+ (line 200)
* u8_strdup: Elementary string functions on NUL terminated strings.
(line 171)
* u8_strlen: Elementary string functions on NUL terminated strings.
(line 46)
* u8_strmblen: Elementary string functions on NUL terminated strings.
- (line 10)
+ (line 9)
* u8_strmbtouc: Elementary string functions on NUL terminated strings.
- (line 16)
+ (line 15)
* u8_strncat: Elementary string functions on NUL terminated strings.
- (line 121)
+ (line 120)
* u8_strncmp: Elementary string functions on NUL terminated strings.
- (line 159)
+ (line 158)
* u8_strncpy: Elementary string functions on NUL terminated strings.
- (line 86)
+ (line 85)
* u8_strnlen: Elementary string functions on NUL terminated strings.
(line 54)
* u8_strpbrk: Elementary string functions on NUL terminated strings.
- (line 225)
+ (line 224)
* u8_strrchr: Elementary string functions on NUL terminated strings.
(line 189)
* u8_strspn: Elementary string functions on NUL terminated strings.
- (line 213)
+ (line 212)
* u8_strstr: Elementary string functions on NUL terminated strings.
- (line 239)
+ (line 238)
* u8_strtok: Elementary string functions on NUL terminated strings.
- (line 268)
-* u8_strwidth: uniwidth.h. (line 38)
-* u8_to_u16: Elementary string conversions.
- (line 11)
-* u8_to_u32: Elementary string conversions.
- (line 15)
+ (line 267)
+* u8_strwidth: uniwidth.h. (line 37)
* u8_tolower: Case mappings of strings.
- (line 41)
+ (line 38)
* u8_totitle: Case mappings of strings.
- (line 55)
+ (line 52)
* u8_toupper: Case mappings of strings.
- (line 27)
-* u8_u8_asnprintf: unistdio.h. (line 106)
-* u8_u8_asprintf: unistdio.h. (line 103)
-* u8_u8_snprintf: unistdio.h. (line 100)
-* u8_u8_sprintf: unistdio.h. (line 97)
-* u8_u8_vasnprintf: unistdio.h. (line 118)
-* u8_u8_vasprintf: unistdio.h. (line 115)
-* u8_u8_vsnprintf: unistdio.h. (line 112)
-* u8_u8_vsprintf: unistdio.h. (line 109)
+ (line 24)
+* u8_to_u16: Elementary string conversions.
+ (line 9)
+* u8_to_u32: Elementary string conversions.
+ (line 13)
+* u8_u8_asnprintf: unistdio.h. (line 92)
+* u8_u8_asprintf: unistdio.h. (line 90)
+* u8_u8_snprintf: unistdio.h. (line 88)
+* u8_u8_sprintf: unistdio.h. (line 86)
+* u8_u8_vasnprintf: unistdio.h. (line 100)
+* u8_u8_vasprintf: unistdio.h. (line 98)
+* u8_u8_vsnprintf: unistdio.h. (line 96)
+* u8_u8_vsprintf: unistdio.h. (line 94)
* u8_uctomb: Elementary string functions.
- (line 61)
-* u8_vasnprintf: unistdio.h. (line 91)
-* u8_vasprintf: unistdio.h. (line 88)
-* u8_vsnprintf: unistdio.h. (line 85)
-* u8_vsprintf: unistdio.h. (line 82)
-* u8_width: uniwidth.h. (line 29)
-* u8_width_linebreaks: unilbrk.h. (line 62)
+ (line 60)
+* u8_vasnprintf: unistdio.h. (line 80)
+* u8_vasprintf: unistdio.h. (line 78)
+* u8_vsnprintf: unistdio.h. (line 76)
+* u8_vsprintf: unistdio.h. (line 74)
+* u8_width: uniwidth.h. (line 27)
+* u8_width_linebreaks: unilbrk.h. (line 59)
* u8_wordbreaks: Word breaks in a string.
- (line 9)
-* uc_all_blocks: Blocks. (line 38)
-* uc_all_scripts: Scripts. (line 37)
-* uc_bidi_category: Bidirectional category.
- (line 88)
-* uc_bidi_category_byname: Bidirectional category.
- (line 82)
-* uc_bidi_category_name: Bidirectional category.
- (line 79)
-* uc_block: Blocks. (line 27)
-* uc_block_t: Blocks. (line 12)
-* uc_c_ident_category: ISO C and Java syntax.
- (line 39)
+ (line 8)
+* UCS-4: Unicode. (line 14)
+* ucs4_t: unitypes.h. (line 15)
+* uc_all_blocks: Blocks. (line 36)
+* uc_all_scripts: Scripts. (line 35)
+* uc_bidi_category: Bidi class. (line 93)
+* uc_bidi_category_byname: Bidi class. (line 83)
+* uc_bidi_category_name: Bidi class. (line 75)
+* uc_bidi_class: Bidi class. (line 92)
+* uc_bidi_class_byname: Bidi class. (line 82)
+* uc_bidi_class_long_name: Bidi class. (line 79)
+* uc_bidi_class_name: Bidi class. (line 74)
+* uc_block: Blocks. (line 26)
+* uc_block_t: Blocks. (line 11)
* uc_canonical_decomposition: Decomposition of characters.
- (line 92)
+ (line 90)
* uc_combining_class: Canonical combining class.
- (line 89)
+ (line 110)
+* uc_combining_class_byname: Canonical combining class.
+ (line 101)
+* uc_combining_class_long_name: Canonical combining class.
+ (line 97)
+* uc_combining_class_name: Canonical combining class.
+ (line 92)
* uc_composition: Composition of characters.
- (line 10)
-* uc_decimal_value: Decimal digit value. (line 11)
+ (line 9)
+* uc_c_ident_category: ISO C and Java syntax.
+ (line 38)
+* uc_decimal_value: Decimal digit value. (line 10)
* uc_decomposition: Decomposition of characters.
- (line 82)
-* uc_digit_value: Digit value. (line 11)
-* uc_fraction_t: Numeric value. (line 14)
-* uc_general_category: Object oriented API. (line 207)
-* uc_general_category_and: Object oriented API. (line 179)
-* uc_general_category_and_not: Object oriented API. (line 186)
-* uc_general_category_byname: Object oriented API. (line 201)
-* uc_general_category_name: Object oriented API. (line 195)
-* uc_general_category_or: Object oriented API. (line 173)
-* uc_general_category_t: Object oriented API. (line 7)
+ (line 80)
+* uc_digit_value: Digit value. (line 10)
+* uc_fraction_t: Numeric value. (line 12)
+* uc_general_category: Object oriented API. (line 219)
+* uc_general_category_and: Object oriented API. (line 180)
+* uc_general_category_and_not: Object oriented API. (line 187)
+* uc_general_category_byname: Object oriented API. (line 209)
+* uc_general_category_long_name: Object oriented API. (line 203)
+* uc_general_category_name: Object oriented API. (line 197)
+* uc_general_category_or: Object oriented API. (line 174)
+* uc_general_category_t: Object oriented API. (line 6)
+* uc_graphemeclusterbreak_property: Grapheme cluster break property.
+ (line 31)
* uc_is_alnum: Classifications like in ISO C.
- (line 14)
+ (line 13)
* uc_is_alpha: Classifications like in ISO C.
- (line 18)
-* uc_is_bidi_category: Bidirectional category.
- (line 91)
+ (line 17)
+* uc_is_bidi_category: Bidi class. (line 97)
+* uc_is_bidi_class: Bidi class. (line 96)
* uc_is_blank: Classifications like in ISO C.
- (line 64)
-* uc_is_block: Blocks. (line 32)
-* uc_is_c_whitespace: ISO C and Java syntax.
- (line 10)
+ (line 63)
+* uc_is_block: Blocks. (line 31)
* uc_is_cntrl: Classifications like in ISO C.
- (line 24)
+ (line 23)
+* uc_is_c_whitespace: ISO C and Java syntax.
+ (line 9)
* uc_is_digit: Classifications like in ISO C.
- (line 27)
-* uc_is_general_category: Object oriented API. (line 213)
-* uc_is_general_category_withtable: Bit mask API. (line 52)
+ (line 26)
+* uc_is_general_category: Object oriented API. (line 224)
+* uc_is_general_category_withtable: Bit mask API. (line 51)
* uc_is_graph: Classifications like in ISO C.
- (line 31)
+ (line 30)
+* uc_is_grapheme_break: Grapheme cluster break property.
+ (line 38)
* uc_is_java_whitespace: ISO C and Java syntax.
- (line 14)
+ (line 13)
* uc_is_lower: Classifications like in ISO C.
- (line 35)
+ (line 34)
* uc_is_print: Classifications like in ISO C.
- (line 41)
+ (line 40)
* uc_is_property: Properties as objects.
- (line 140)
+ (line 150)
* uc_is_property_alphabetic: Properties as functions.
- (line 10)
+ (line 9)
* uc_is_property_ascii_hex_digit: Properties as functions.
- (line 74)
+ (line 80)
* uc_is_property_bidi_arabic_digit: Properties as functions.
- (line 60)
+ (line 66)
* uc_is_property_bidi_arabic_right_to_left: Properties as functions.
- (line 56)
-* uc_is_property_bidi_block_separator: Properties as functions.
(line 62)
+* uc_is_property_bidi_block_separator: Properties as functions.
+ (line 68)
* uc_is_property_bidi_boundary_neutral: Properties as functions.
- (line 66)
+ (line 72)
* uc_is_property_bidi_common_separator: Properties as functions.
- (line 61)
+ (line 67)
* uc_is_property_bidi_control: Properties as functions.
- (line 53)
+ (line 59)
* uc_is_property_bidi_embedding_or_override: Properties as functions.
- (line 68)
+ (line 74)
+* uc_is_property_bidi_european_digit: Properties as functions.
+ (line 63)
* uc_is_property_bidi_eur_num_separator: Properties as functions.
- (line 58)
+ (line 64)
* uc_is_property_bidi_eur_num_terminator: Properties as functions.
- (line 59)
-* uc_is_property_bidi_european_digit: Properties as functions.
- (line 57)
+ (line 65)
* uc_is_property_bidi_hebrew_right_to_left: Properties as functions.
- (line 55)
+ (line 61)
* uc_is_property_bidi_left_to_right: Properties as functions.
- (line 54)
+ (line 60)
* uc_is_property_bidi_non_spacing_mark: Properties as functions.
- (line 65)
+ (line 71)
* uc_is_property_bidi_other_neutral: Properties as functions.
- (line 69)
+ (line 75)
* uc_is_property_bidi_pdf: Properties as functions.
- (line 67)
+ (line 73)
* uc_is_property_bidi_segment_separator: Properties as functions.
- (line 63)
+ (line 69)
* uc_is_property_bidi_whitespace: Properties as functions.
- (line 64)
+ (line 70)
+* uc_is_property_cased: Properties as functions.
+ (line 29)
+* uc_is_property_case_ignorable: Properties as functions.
+ (line 30)
+* uc_is_property_changes_when_casefolded: Properties as functions.
+ (line 34)
+* uc_is_property_changes_when_casemapped: Properties as functions.
+ (line 35)
+* uc_is_property_changes_when_lowercased: Properties as functions.
+ (line 31)
+* uc_is_property_changes_when_titlecased: Properties as functions.
+ (line 33)
+* uc_is_property_changes_when_uppercased: Properties as functions.
+ (line 32)
* uc_is_property_combining: Properties as functions.
- (line 104)
+ (line 110)
* uc_is_property_composite: Properties as functions.
- (line 105)
+ (line 111)
* uc_is_property_currency_symbol: Properties as functions.
- (line 99)
+ (line 105)
* uc_is_property_dash: Properties as functions.
- (line 91)
+ (line 97)
* uc_is_property_decimal_digit: Properties as functions.
- (line 106)
+ (line 112)
* uc_is_property_default_ignorable_code_point: Properties as functions.
- (line 14)
+ (line 12)
* uc_is_property_deprecated: Properties as functions.
- (line 17)
+ (line 16)
* uc_is_property_diacritic: Properties as functions.
- (line 108)
+ (line 114)
* uc_is_property_extender: Properties as functions.
- (line 109)
+ (line 115)
* uc_is_property_format_control: Properties as functions.
- (line 90)
+ (line 96)
* uc_is_property_grapheme_base: Properties as functions.
- (line 46)
+ (line 52)
* uc_is_property_grapheme_extend: Properties as functions.
- (line 47)
+ (line 53)
* uc_is_property_grapheme_link: Properties as functions.
- (line 49)
+ (line 55)
* uc_is_property_hex_digit: Properties as functions.
- (line 73)
+ (line 79)
* uc_is_property_hyphen: Properties as functions.
- (line 92)
-* uc_is_property_id_continue: Properties as functions.
- (line 36)
-* uc_is_property_id_start: Properties as functions.
- (line 34)
+ (line 98)
* uc_is_property_ideographic: Properties as functions.
- (line 78)
+ (line 84)
* uc_is_property_ids_binary_operator: Properties as functions.
- (line 81)
+ (line 87)
* uc_is_property_ids_trinary_operator: Properties as functions.
- (line 82)
+ (line 88)
+* uc_is_property_id_continue: Properties as functions.
+ (line 42)
+* uc_is_property_id_start: Properties as functions.
+ (line 40)
* uc_is_property_ignorable_control: Properties as functions.
- (line 110)
+ (line 116)
* uc_is_property_iso_control: Properties as functions.
- (line 89)
+ (line 95)
* uc_is_property_join_control: Properties as functions.
- (line 45)
+ (line 51)
* uc_is_property_left_of_pair: Properties as functions.
- (line 103)
+ (line 109)
* uc_is_property_line_separator: Properties as functions.
- (line 94)
+ (line 100)
* uc_is_property_logical_order_exception: Properties as functions.
- (line 18)
+ (line 17)
* uc_is_property_lowercase: Properties as functions.
- (line 27)
+ (line 26)
* uc_is_property_math: Properties as functions.
- (line 100)
+ (line 106)
* uc_is_property_non_break: Properties as functions.
- (line 88)
+ (line 94)
* uc_is_property_not_a_character: Properties as functions.
- (line 12)
+ (line 11)
* uc_is_property_numeric: Properties as functions.
- (line 107)
+ (line 113)
* uc_is_property_other_alphabetic: Properties as functions.
- (line 11)
+ (line 10)
* uc_is_property_other_default_ignorable_code_point: Properties as functions.
- (line 16)
+ (line 14)
* uc_is_property_other_grapheme_extend: Properties as functions.
- (line 48)
+ (line 54)
* uc_is_property_other_id_continue: Properties as functions.
- (line 37)
+ (line 43)
* uc_is_property_other_id_start: Properties as functions.
- (line 35)
+ (line 41)
* uc_is_property_other_lowercase: Properties as functions.
- (line 28)
+ (line 27)
* uc_is_property_other_math: Properties as functions.
- (line 101)
+ (line 107)
* uc_is_property_other_uppercase: Properties as functions.
- (line 26)
+ (line 25)
* uc_is_property_paired_punctuation: Properties as functions.
- (line 102)
+ (line 108)
* uc_is_property_paragraph_separator: Properties as functions.
- (line 95)
+ (line 101)
* uc_is_property_pattern_syntax: Properties as functions.
- (line 41)
+ (line 47)
* uc_is_property_pattern_white_space: Properties as functions.
- (line 40)
+ (line 46)
* uc_is_property_private_use: Properties as functions.
- (line 20)
+ (line 19)
* uc_is_property_punctuation: Properties as functions.
- (line 93)
+ (line 99)
* uc_is_property_quotation_mark: Properties as functions.
- (line 96)
+ (line 102)
* uc_is_property_radical: Properties as functions.
- (line 80)
+ (line 86)
* uc_is_property_sentence_terminal: Properties as functions.
- (line 97)
+ (line 103)
* uc_is_property_soft_dotted: Properties as functions.
- (line 30)
+ (line 36)
* uc_is_property_space: Properties as functions.
- (line 87)
+ (line 93)
* uc_is_property_terminal_punctuation: Properties as functions.
- (line 98)
+ (line 104)
* uc_is_property_titlecase: Properties as functions.
- (line 29)
+ (line 28)
* uc_is_property_unassigned_code_value: Properties as functions.
- (line 21)
+ (line 20)
* uc_is_property_unified_ideograph: Properties as functions.
- (line 79)
+ (line 85)
* uc_is_property_uppercase: Properties as functions.
- (line 25)
+ (line 24)
* uc_is_property_variation_selector: Properties as functions.
- (line 19)
+ (line 18)
* uc_is_property_white_space: Properties as functions.
- (line 9)
+ (line 8)
* uc_is_property_xid_continue: Properties as functions.
- (line 39)
+ (line 45)
* uc_is_property_xid_start: Properties as functions.
- (line 38)
+ (line 44)
* uc_is_property_zero_width: Properties as functions.
- (line 86)
+ (line 92)
* uc_is_punct: Classifications like in ISO C.
- (line 44)
-* uc_is_script: Scripts. (line 31)
+ (line 43)
+* uc_is_script: Scripts. (line 30)
* uc_is_space: Classifications like in ISO C.
- (line 49)
+ (line 48)
* uc_is_upper: Classifications like in ISO C.
- (line 54)
+ (line 53)
* uc_is_xdigit: Classifications like in ISO C.
- (line 60)
+ (line 59)
* uc_java_ident_category: ISO C and Java syntax.
- (line 43)
+ (line 42)
+* uc_joining_group: Joining group. (line 85)
+* uc_joining_group_byname: Joining group. (line 76)
+* uc_joining_group_name: Joining group. (line 73)
+* uc_joining_type: Joining type. (line 54)
+* uc_joining_type_byname: Joining type. (line 45)
+* uc_joining_type_long_name: Joining type. (line 42)
+* uc_joining_type_name: Joining type. (line 39)
* uc_locale_language: Case mappings of strings.
- (line 21)
-* uc_mirror_char: Mirrored character. (line 14)
-* uc_numeric_value: Numeric value. (line 23)
+ (line 20)
+* uc_mirror_char: Mirrored character. (line 13)
+* uc_numeric_value: Numeric value. (line 21)
* uc_property_byname: Properties as objects.
- (line 123)
+ (line 128)
* uc_property_is_valid: Properties as objects.
- (line 133)
+ (line 143)
* uc_property_t: Properties as objects.
- (line 9)
-* uc_script: Scripts. (line 20)
-* uc_script_byname: Scripts. (line 25)
-* uc_script_t: Scripts. (line 11)
+ (line 8)
+* uc_script: Scripts. (line 19)
+* uc_script_byname: Scripts. (line 23)
+* uc_script_t: Scripts. (line 10)
* uc_tolower: Case mappings of characters.
- (line 20)
+ (line 19)
* uc_totitle: Case mappings of characters.
- (line 23)
+ (line 22)
* uc_toupper: Case mappings of characters.
- (line 17)
-* uc_width: uniwidth.h. (line 23)
-* uc_wordbreak_property: Word break property. (line 32)
-* UCS-4: Unicode. (line 14)
-* ucs4_t: unitypes.h. (line 16)
-* uint16_t: unitypes.h. (line 10)
-* uint32_t: unitypes.h. (line 11)
-* uint8_t: unitypes.h. (line 9)
-* ulc_asnprintf: unistdio.h. (line 53)
-* ulc_asprintf: unistdio.h. (line 50)
+ (line 16)
+* uc_width: uniwidth.h. (line 22)
+* uc_wordbreak_property: Word break property. (line 31)
+* uint16_t: unitypes.h. (line 9)
+* uint32_t: unitypes.h. (line 10)
+* uint8_t: unitypes.h. (line 8)
+* ulc_asnprintf: unistdio.h. (line 49)
+* ulc_asprintf: unistdio.h. (line 47)
* ulc_casecmp: Case insensitive comparison.
- (line 57)
+ (line 54)
* ulc_casecoll: Case insensitive comparison.
- (line 101)
+ (line 97)
* ulc_casexfrm: Case insensitive comparison.
- (line 81)
-* ulc_fprintf: unistdio.h. (line 229)
-* ulc_possible_linebreaks: unilbrk.h. (line 50)
-* ulc_snprintf: unistdio.h. (line 48)
-* ulc_sprintf: unistdio.h. (line 45)
-* ulc_vasnprintf: unistdio.h. (line 65)
-* ulc_vasprintf: unistdio.h. (line 62)
-* ulc_vfprintf: unistdio.h. (line 232)
-* ulc_vsnprintf: unistdio.h. (line 59)
-* ulc_vsprintf: unistdio.h. (line 56)
-* ulc_width_linebreaks: unilbrk.h. (line 71)
+ (line 77)
+* ulc_fprintf: unistdio.h. (line 184)
+* ulc_grapheme_breaks: Grapheme cluster breaks in a string.
+ (line 38)
+* ulc_possible_linebreaks: unilbrk.h. (line 48)
+* ulc_snprintf: unistdio.h. (line 44)
+* ulc_sprintf: unistdio.h. (line 42)
+* ulc_vasnprintf: unistdio.h. (line 61)
+* ulc_vasprintf: unistdio.h. (line 58)
+* ulc_vfprintf: unistdio.h. (line 185)
+* ulc_vsnprintf: unistdio.h. (line 55)
+* ulc_vsprintf: unistdio.h. (line 52)
+* ulc_width_linebreaks: unilbrk.h. (line 68)
* ulc_wordbreaks: Word breaks in a string.
- (line 12)
+ (line 11)
* Unicode: Unicode. (line 6)
-* Unicode character, bidirectional category: Bidirectional category.
- (line 6)
+* Unicode character, bidi class: Bidi class. (line 6)
+* Unicode character, bidirectional category: Bidi class. (line 6)
* Unicode character, block: Blocks. (line 24)
* Unicode character, canonical combining class: Canonical combining class.
(line 6)
(line 38)
* Unicode character, validity in Java identifiers: ISO C and Java syntax.
(line 42)
-* Unicode character, value <1>: Numeric value. (line 6)
-* Unicode character, value <2>: Digit value. (line 6)
* Unicode character, value: Decimal digit value. (line 6)
+* Unicode character, value <1>: Digit value. (line 6)
+* Unicode character, value <2>: Numeric value. (line 6)
* Unicode character, width: uniwidth.h. (line 22)
-* unicode_character_name: uniname.h. (line 19)
-* unicode_name_character: uniname.h. (line 25)
+* unicode_character_name: uniname.h. (line 18)
+* unicode_name_character: uniname.h. (line 24)
* uninorm_decomposing_form: Normalization of strings.
- (line 40)
+ (line 39)
* uninorm_filter_create: Normalization of streams.
- (line 19)
+ (line 16)
* uninorm_filter_flush: Normalization of streams.
- (line 33)
+ (line 32)
* uninorm_filter_free: Normalization of streams.
- (line 43)
+ (line 42)
* uninorm_filter_write: Normalization of streams.
- (line 29)
+ (line 27)
* uninorm_is_compat_decomposing: Normalization of strings.
- (line 32)
+ (line 31)
* uninorm_is_composing: Normalization of strings.
- (line 36)
+ (line 35)
* uninorm_t: Normalization of strings.
- (line 10)
+ (line 9)
* uppercasing: Case mappings of strings.
(line 6)
-* use cases: Introduction. (line 44)
+* use cases: Introduction. (line 36)
* UTF-16: Unicode. (line 14)
* UTF-16, strings: Unicode strings. (line 6)
* UTF-32: Unicode. (line 14)
* UTF-8, strings: Unicode strings. (line 6)
* validity: Elementary string checks.
(line 6)
-* value, of libunistring: Introduction. (line 44)
-* value, of Unicode character <1>: Numeric value. (line 6)
-* value, of Unicode character <2>: Digit value. (line 6)
+* value, of libunistring: Introduction. (line 36)
* value, of Unicode character: Decimal digit value. (line 6)
+* value, of Unicode character <1>: Digit value. (line 6)
+* value, of Unicode character <2>: Numeric value. (line 6)
* verification: Elementary string checks.
(line 6)
* wchar_t, type: The wchar_t mess. (line 6)
+* well-formed: Elementary string checks.
+ (line 6)
* width: uniwidth.h. (line 6)
+* word boundaries: uniwbrk.h. (line 6)
* word breaks: uniwbrk.h. (line 6)
* wrapping: unilbrk.h. (line 6)
\1f
Tag Table:
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-Node: Unicode\7f5236
-Node: Unicode and i18n\7f7116
-Node: Locale encodings\7f8579
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-Node: char * strings\7f11896
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-Node: Conventions\7f20508
-Node: unitypes.h\7f22708
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-Node: GNU GPL\7f153915
-Node: GNU LGPL\7f191460
-Node: GNU FDL\7f199906
-Node: Index\7f225031
+Node: Top\7f269
+Node: Introduction\7f3400
+Node: Unicode\7f5493
+Node: Unicode and i18n\7f7378
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+Node: In-memory representation\7f11113
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+Node: Grapheme cluster break property\7f120644
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+Node: Word break property\7f124175
+Node: unilbrk.h\7f125274
+Node: uninorm.h\7f129570
+Node: Decomposition of characters\7f130207
+Node: Composition of characters\7f133684
+Node: Normalization of strings\7f134397
+Node: Normalizing comparisons\7f136474
+Node: Normalization of streams\7f138876
+Node: unicase.h\7f141001
+Node: Case mappings of characters\7f141690
+Node: Case mappings of strings\7f143839
+Node: Case mappings of substrings\7f147190
+Node: Case insensitive comparison\7f154112
+Node: Case detection\7f159517
+Node: uniregex.h\7f162831
+Node: Using the library\7f163058
+Node: Installation\7f163469
+Node: Compiler options\7f163954
+Node: Include files\7f165594
+Node: Autoconf macro\7f166847
+Node: Reporting problems\7f168487
+Node: More functionality\7f169305
+Node: Licenses\7f169748
+Node: GNU GPL\7f171386
+Node: GNU LGPL\7f209130
+Node: GNU FDL\7f217612
+Node: Index\7f242916
\1f
End Tag Table
projects / platform / upstream / libunistring.git / blobdiff