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<h2> CL-UNICODE - A portable Unicode library for Common Lisp</h2>

<blockquote>
<br>&nbsp;<br><h3><a name=abstract class=none>Abstract</a></h3>

CL-UNICODE is a library which provides Common Lisp implementations
with knowledge about Unicode characters including their name, their
general category, the scripts and blocks they belong to, their
numerical value, and several other properties.  It also provides the
ability to replace the standard syntax for reading Lisp characters
with one that is Unicode-aware and is used to
enhance <a href="http://weitz.de/cl-ppcre/">CL-PPCRE</a>
with <a href="http://weitz.de/cl-ppcre/#unicode">Unicode
properties</a>.
<p>
CL-UNICODE is based on Unicode 5.1.
<p>
The code comes with
a <a
href="http://www.opensource.org/licenses/bsd-license.php">BSD-style
license</a> so you can basically do with it whatever you want.

<p>
<font color=red>Download shortcut:</font> <a href="http://weitz.de/files/cl-unicode.tar.gz">http://weitz.de/files/cl-unicode.tar.gz</a>.
</blockquote>

<br>&nbsp;<br><h3><a class=none name="contents">Contents</a></h3>
<ol>
  <li><a href="#download">Download and installation</a>
  <li><a href="#mail">Support and mailing lists</a>
  <li><a href="#ref">Function and variable reference</a>
    <ol>
      <li><a href="#specific">Specific character properties</a>
      <li><a href="#general">General character properties</a>
      <li><a href="#symbols">Property symbols and look-up</a>
      <li><a href="#names">Character names</a>
      <li><a href="#syntax">Alternative reader syntax</a>
      <li><a href="#misc">Miscellaneous</a>
    </ol>
  <li><a href="#index">Symbol index</a>
  <li><a href="#ack">Acknowledgements</a>
</ol>

<br>&nbsp;<br><h3><a class=none name="download">Download and installation</a></h3>

CL-UNICODE together with this documentation can be downloaded from <a
href="http://weitz.de/files/cl-unicode.tar.gz">http://weitz.de/files/cl-unicode.tar.gz</a>. The
current version is 0.1.4.
<p>
The library comes with a system definition
for <a href="http://www.cliki.net/asdf">ASDF</a> and you compile and
load it in the usual way.  It depends
on <a href="http://weitz.de/cl-ppcre/">CL-PPCRE</a>.
<p>
CL-UNICODE builds parts of its source code automatically the first
time it is compiled.  This is done by parsing several Unicode data
files which are included with the distribution and might take some
time.  This happens only once.
<a href="http://weitz.de/flexi-streams/">FLEXI-STREAMS</a> is needed
for this process, but it is not used anymore once CL-UNICODE has been built.
<p>
You can run a test suite which tests most aspects of the library with
<pre>
(asdf:oos 'asdf:test-op :cl-unicode)
</pre>
(Some of these tests are expected to fail if your Lisp has
a <em>very</em> low <code>CHAR-CODE-LIMIT</code> like for example
CMUCL.)

<br>&nbsp;<br><h3><a name="mail" class=none>Support and mailing lists</a></h3>

For questions, bug reports, feature requests, improvements, or patches
please use
the <a href="http://common-lisp.net/mailman/listinfo/cl-ppcre-devel">cl-ppcre-devel
mailing list</a>. If you want to be notified about future releases,
subscribe to
the <a href="http://common-lisp.net/mailman/listinfo/cl-ppcre-announce">cl-ppcre-announce
mailing list</a>. These mailing lists were made available thanks to
the services of <a href="http://common-lisp.net/">common-lisp.net</a>.
<p>
If you want to send patches, please <a href="http://weitz.de/patches.html">read this first</a>.

<br>&nbsp;<br><h3><a class=none name="ref">Function and variable reference</a></h3>

<h4><a name="specific" class=none>Specific character properties</a></h4>

<!-- Entry for GENERAL-CATEGORY -->

<p><br>[Generic function]<br><a class=none name='general-category'><b>general-category</b> <i>c</i> =&gt; <i>name, symbol</i></a>
<blockquote><br>

Returns the general category of a character as a
string.  <code><i>c</i></code> can be the character's code point (a positive integer) or
a (Lisp) character assuming its character code is also its Unicode
code point.  The second return value is the <a href="#symbols">property symbol</a> of the
category.
<pre>
CL-USER 1 > (general-category #\A)
"Lu"
CL-UNICODE-NAMES::LU

CL-USER 2 > (general-category #\-)
"Pd"
CL-UNICODE-NAMES::PD

CL-USER 3 > (general-category #\8)
"Nd"
CL-UNICODE-NAMES::ND
</pre>
<p>
See also <a href="#general-categories"><code>GENERAL-CATEGORIES</code></a>.

</blockquote>

<!-- End of entry for GENERAL-CATEGORY -->

<!-- Entry for SCRIPT -->

<p><br>[Generic function]<br><a class=none name='script'><b>script</b> <i>c</i> =&gt; <i>name, symbol</i></a>
<blockquote><br>

Returns the script of a character as a string or
<code>NIL</code> if there is no script for that particular character.  <code><i>c</i></code> can be the
character's code point (a positive integer) or a (Lisp) character
assuming its character code is also its Unicode code point.  The
second return value (if there is one) is the <a href="#symbols">property symbol</a> of the
script.
<pre>
CL-USER 1 > (script #\B)
"Latin"
CL-UNICODE-NAMES::LATIN

CL-USER 2 > (script (code-char #x5d0))
"Hebrew"
CL-UNICODE-NAMES::HEBREW
</pre>
See also <a href="#scripts"><code>SCRIPTS</code></a>.

</blockquote>

<!-- End of entry for SCRIPT -->


<!-- Entry for CODE-BLOCK -->

<p><br>[Generic function]<br><a class=none name='code-block'><b>code-block</b> <i>c</i> =&gt; <i>name, symbol</i></a>
<blockquote><br>

Returns the block of a character as a string or <code>NIL</code>
if there is no block for that particular character.  <code><i>c</i></code> can be the
character's code point (a positive integer) or a (Lisp) character
assuming its character code is also its Unicode code point.  The
second return value (if there is one) is the <a href="#symbols">property symbol</a> of the
block.
<pre>
CL-USER 1 > (code-block #\a)
"Basic Latin"
CL-UNICODE-NAMES::BASICLATIN

CL-USER 2 > (code-block #\&auml;)
"Latin-1 Supplement"
CL-UNICODE-NAMES::LATIN1SUPPLEMENT
</pre>
See also <a href="#code-blocks"><code>CODE-BLOCKS</code></a>.

</blockquote>

<!-- End of entry for CODE-BLOCK -->



<!-- Entry for HAS-BINARY-PROPERTY -->

<p><br>[Generic function]<br><a class=none name='has-binary-property'><b>has-binary-property</b> <i>c property</i> =&gt; <i>generalized-boolean</i></a>
<blockquote><br>

Checks whether a character has the binary property
<code><i>property</i></code>.  <code><i>c</i></code> can be the character's code point (a positive integer)
or a (Lisp) character assuming its character code is also its Unicode
code point.  <code><i>property</i></code> can be a string naming the property or the
corresponding <a href="#symbols">property symbol</a>.  If a true value is returned, it is the
<a href="#symbols">property symbol</a>.
<pre>
CL-USER 1 > (has-binary-property #\Space "White_Space")
CL-UNICODE-NAMES::WHITESPACE

CL-USER 2 > (has-binary-property #\F "ASCII_Hex_Digit")
CL-UNICODE-NAMES::ASCIIHEXDIGIT

CL-USER 3 > (has-binary-property #\- "Dash")
CL-UNICODE-NAMES::DASH

CL-USER 4 > (has-binary-property #\= "Dash")
NIL
</pre>
See also <a href="#binary-properties"><code>BINARY-PROPERTIES</code></a>.

</blockquote>

<!-- End of entry for HAS-BINARY-PROPERTY -->


<!-- Entry for NUMERIC-TYPE -->

<p><br>[Generic function]<br><a class=none name='numeric-type'><b>numeric-type</b> <i>c</i> =&gt; <i>name, symbol</i></a>
<blockquote><br>

Returns the numeric type of a character (one of <code>"Decimal"</code>, <code>"Digit"</code>, or
<code>"Numeric"</code>) as a string or <code>NIL</code> if that particular
character has no numeric type.  <code><i>c</i></code> can be the
character's code point (a positive integer) or a (Lisp) character
assuming its character code is also its Unicode code point.  The
second return value (if there is one) is
the <a href="#symbols">property symbol</a> of the numeric type.
<pre>
CL-USER 1 > (numeric-type #\3)
"Decimal"
CL-UNICODE-NAMES::DECIMAL

CL-USER 2 > (numeric-type (<a class=none href="#character-named">character-named</a> "VULGAR FRACTION THREE QUARTERS"))
"Numeric"
CL-UNICODE-NAMES::NUMERIC

CL-USER 3 > (numeric-type #\z)
NIL
NIL
</pre>
</blockquote>

<!-- End of entry for NUMERIC-TYPE -->

<!-- Entry for NUMERIC-VALUE -->

<p><br>[Generic function]<br><a class=none name='numeric-value'><b>numeric-value</b> <i>c</i> =&gt; <i>number-or-nil</i></a>
<blockquote><br>

Returns the numeric value of a character as a Lisp rational
or <code>NIL</code> (for <em>NaN</em>).  <code><i>c</i></code> can be
the character's code point (a positive integer) or a (Lisp) character
assuming its character code is also its Unicode code point.
<pre>
CL-USER 1 > (numeric-value #\3)
3

CL-USER 2 > (numeric-value (<a class=none href="#character-named">character-named</a> "VULGAR FRACTION THREE QUARTERS"))
3/4

CL-USER 3 > (numeric-value #\z)
NIL
</pre>
</blockquote>

<!-- End of entry for NUMERIC-VALUE -->


<!-- Entry for BIDI-CLASS -->

<p><br>[Generic function]<br><a class=none name='bidi-class'><b>bidi-class</b> <i>c</i> =&gt; <i>name, symbol</i></a>
<blockquote><br>

Returns the bidirectional (<em>Bidi</em>) class of a
character as a string or <code>NIL</code> if there is no bidirectional class for
that particular character.  <code><i>c</i></code> can be the character's code point (a
positive integer) or a (Lisp) character assuming its character code
is also its Unicode code point.  The second return value (if there is
one) is the <a href="#symbols">property symbol</a> of the class.
<pre>
CL-USER 1 > (bidi-class #\Space)
"WS"
CL-UNICODE-NAMES::WS

CL-USER 2 > (bidi-class #\A)
"L"
CL-UNICODE-NAMES::L

CL-USER 3 > (bidi-class (<a class=none href="#character-named">character-named</a> "HEBREW LETTER ALEF"))
"R"
CL-UNICODE-NAMES::R
</pre>
See also <a href="#bidi-classes"><code>BIDI-CLASSES</code></a>.
</blockquote>

<!-- End of entry for BIDI-CLASS -->



<!-- Entry for BIDI-MIRRORING-GLYPH -->

<p><br>[Function]<br><a class=none name='bidi-mirroring-glyph'><b>bidi-mirroring-glyph</b> <i>c <tt>&amp;key</tt> want-code-point-p</i> =&gt; <i>char-or-code-point</i></a>
<blockquote><br>

Returns the Bidi mirroring glyph for a character if the character
has the <em>BidiMirrored</em> property and an appropriate mirroring glyph
is defined.  <code><i>c</i></code> can be the character's code point (a positive integer)
or a (Lisp) character assuming its character code is also its Unicode
code point.
<p>
Returns the code point instead of the character if <code><i>want-code-point-p</i></code>
is true.  This can be especially useful for Lisp implementations where
<code>CHAR-CODE-LIMIT</code> is smaller than <a href="#+code-point-limit+"><code>+CODE-POINT-LIMIT+</code></a>.
<pre>
CL-USER 1 > (bidi-mirroring-glyph #\[)
#\]

CL-USER 2 > (bidi-mirroring-glyph #\])
#\[

CL-USER 3 > (bidi-mirroring-glyph #\|)
NIL
</pre>
</blockquote>

<!-- End of entry for BIDI-MIRRORING-GLYPH -->


<!-- Entry for LOWERCASE-MAPPING -->

<p><br>[Function]<br><a class=none name='lowercase-mapping'><b>lowercase-mapping</b> <i>c <tt>&amp;key</tt> want-code-point-p</i> =&gt; <i>char-or-code-point</i></a>
<blockquote><br>

Returns the simple lowercase mapping of a character.  <code><i>c</i></code> can be the
character's code point (a positive integer) or a (Lisp) character
assuming its character code is also its Unicode code point.  Returns
the character itself if no such mapping is explicitly defined.  Note
that case mapping only makes sense for characters with the <em>LC</em>
property.
<p>
Returns the code point instead of the character if <code><i>want-code-point-p</i></code>
is true.  This can be especially useful for Lisp implementations where
<code>CHAR-CODE-LIMIT</code> is smaller than <a href="#+code-point-limit+"><code>+CODE-POINT-LIMIT+</code></a>.
<pre>
CL-USER 1 > (lowercase-mapping #\&Auml;)
#\&auml;

CL-USER 2 > (<a href="#unicode-name" class=none>unicode-name</a> (lowercase-mapping (<a href="#character-named" class=none>character-named</a> "GEORGIAN CAPITAL LETTER AN")))
"GEORGIAN SMALL LETTER AN"

CL-USER 3 > (lowercase-mapping (<a href="#character-named" class=none>character-named</a> "LATIN CAPITAL LETTER SHARP S"))
#\&szlig;
</pre>
</blockquote>

<!-- End of entry for LOWERCASE-MAPPING -->



<!-- Entry for UPPERCASE-MAPPING -->

<p><br>[Function]<br><a class=none name='uppercase-mapping'><b>uppercase-mapping</b> <i>c <tt>&amp;key</tt> want-code-point-p</i> =&gt; <i>char-or-code-point</i></a>
<blockquote><br>

Returns the simple uppercase mapping of a character.  <code><i>c</i></code> can be the
character's code point (a positive integer) or a (Lisp) character
assuming its character code is also its Unicode code point.  Returns
the character itself if no such mapping is explicitly defined.  Note
that case mapping only makes sense for characters with the <em>LC</em>
property.
<p>
Returns the code point instead of the character if <code><i>want-code-point-p</i></code>
is true.  This can be especially useful for Lisp implementations where
<code>CHAR-CODE-LIMIT</code> is smaller than <a href="#+code-point-limit+"><code>+CODE-POINT-LIMIT+</code></a>.
<pre>
CL-USER 1 > (uppercase-mapping #\s)
#\S

CL-USER 2 > (<a href="#unicode-name" class=none>unicode-name</a> (uppercase-mapping (<a href="#character-named" class=none>character-named</a> "GLAGOLITIC SMALL LETTER AZU")))
"GLAGOLITIC CAPITAL LETTER AZU"
</pre>
</blockquote>

<!-- End of entry for UPPERCASE-MAPPING -->





<!-- Entry for TITLECASE-MAPPING -->

<p><br>[Function]<br><a class=none name='titlecase-mapping'><b>titlecase-mapping</b> <i>c <tt>&amp;key</tt> want-code-point-p</i> =&gt; <i>char-or-code-point</i></a>
<blockquote><br>

Returns the simple titlecase mapping of a character.  <code><i>c</i></code> can be the
character's code point (a positive integer) or a (Lisp) character
assuming its character code is also its Unicode code point.  Returns
the character itself if no such mapping is explicitly defined.  Note
that case mapping only makes sense for characters with the <em>LC</em>
property.
<p>
Returns the code point instead of the character if <code><i>want-code-point-p</i></code>
is true.  This can be especially useful for Lisp implementations where
<code>CHAR-CODE-LIMIT</code> is smaller than <a href="#+code-point-limit+"><code>+CODE-POINT-LIMIT+</code></a>.
<pre>
CL-USER 1 > (<a href="#unicode-name" class=none>unicode-name</a> (titlecase-mapping (char-code (<a href="#character-named" class=none>character-named</a> "LATIN SMALL LETTER DZ WITH CARON"))))
"LATIN CAPITAL LETTER D WITH SMALL LETTER Z WITH CARON"

CL-USER 2 > (<a href="#unicode-name" class=none>unicode-name</a> (uppercase-mapping (char-code (<a href="#character-named" class=none>character-named</a> "LATIN SMALL LETTER DZ WITH CARON"))))
"LATIN CAPITAL LETTER DZ WITH CARON"
</pre>
</blockquote>

<!-- End of entry for TITLECASE-MAPPING -->

<!-- Entry for COMBINING-CLASS -->

<p><br>[Generic function]<br><a class=none name='combining-class'><b>combining-class</b> <i>c</i> =&gt; <i>class</i></a>
<blockquote><br>

Returns the combining class of a character as a non-negative
integer.  <code><i>c</i></code> can be the character's code point (a
positive integer) or a (Lisp) character assuming its character code is
also its Unicode code point.
<pre>
CL-USER 1 > (combining-class #\~)
0

CL-USER 2 > (combining-class (<a href="#character-named" class=none>character-named</a> "COMBINING TILDE OVERLAY"))
1

CL-USER 3 > (combining-class (<a href="#character-named" class=none>character-named</a> "NON-SPACING DOUBLE OVERSCORE"))
230
</pre>
</blockquote>

<!-- End of entry for COMBINING-CLASS -->



<!-- Entry for AGE -->

<p><br>[Generic function]<br><a class=none name='age'><b>age</b> <i>c</i> =&gt; <i>age</i></a>
<blockquote><br>

Returns the <em>age</em> of a character or <code>NIL</code> if there
is no age entry for that particular character.  The <em>age</em> of a character
is a list of two integers denoting the major and minor number of the
Unicode version where the character first appeared.  <code><i>c</i></code> can be the
character's code point (a positive integer) or a (Lisp) character
assuming its character code is also its Unicode code point.
<pre>
CL-USER 1 > (age #\K)
(1 1)

CL-USER 2 > (age (<a href="#character-named" class=none>character-named</a> "HANGUL SYLLABLE PWILH"))
(2 0)

CL-USER 3 > (age (<a href="#character-named" class=none>character-named</a> "LATIN CAPITAL LETTER SHARP S"))
(5 1)
</pre>
</blockquote>

<!-- End of entry for AGE -->

<!-- Entry for GENERAL-CATEGORIES -->

<p><br>[Function]<br><a class=none name='general-categories'><b>general-categories</b> <i></i> =&gt; <i>list</i></a>
<blockquote><br>

Returns a sorted list of all general categories known to
CL-UNICODE.  These are the possible return values of
<a href="#general-category"><code>GENERAL-CATEGORY</code></a>.
<pre>
CL-USER 1 > (general-categories)
("Cc" "Cf" "Cn" "Co" "CS" "Ll" "Lm" "Lo" "Lt" "Lu" "Mc" "Me" "Mn" "Nd" "Nl" "No"
 "Pc" "Pd" "Pe" "Pf" "Pi" "Po" "Ps" "Sc" "Sk" "Sm" "So" "Zl" "Zp" "Zs")
</pre>

</blockquote>

<!-- End of entry for GENERAL-CATEGORIES -->

<!-- Entry for SCRIPTS -->

<p><br>[Function]<br><a class=none name='scripts'><b>scripts</b> <i></i> =&gt; <i>list</i></a>
<blockquote><br>

Returns a sorted list of all scripts known to CL-UNICODE.  These
are the possible return values of <a href="#script"><code>SCRIPT</code></a>.

</blockquote>

<!-- End of entry for SCRIPTS -->


<!-- Entry for CODE-BLOCKS -->

<p><br>[Function]<br><a class=none name='code-blocks'><b>code-blocks</b> <i></i> =&gt; <i>list</i></a>
<blockquote><br>

Returns a sorted list of all blocks known to CL-UNICODE.  These are
the possible return values of <a href="#code-block"><code>CODE-BLOCK</code></a>.

</blockquote>

<!-- End of entry for CODE-BLOCKS -->

<!-- Entry for BINARY-PROPERTIES -->

<p><br>[Function]<br><a class=none name='binary-properties'><b>binary-properties</b> <i></i> =&gt; <i>list</i></a>
<blockquote><br>

Returns a sorted list of all binary properties known to CL-UNICODE.
These are the allowed second arguments (modulo <a href="#canonicalize-name">canonicalization</a>) to
<a href="#has-binary-property"><code>HAS-BINARY-PROPERTY</code></a>.
<pre>
CL-USER 1 > (binary-properties)
("ASCII_Hex_Digit"
 "BidiMirrored"
 "Bidi_Control"
 "Dash"
 "Deprecated"
 "Diacritic"
 "Extender"
 "Hex_Digit"
 "Hyphen"
 "Ideographic"
 "IDS_Binary_Operator"
 "IDS_Trinary_Operator"
 "Join_Control"
 "Logical_Order_Exception"
 "Other_Alphabetic"
 "Other_Default_Ignorable_Code_Point"
 "Other_Grapheme_Extend"
 "Other_ID_Continue"
 "Other_ID_Start"
 "Other_Lowercase"
 "Other_Math"
 "Other_Uppercase"
 "Pattern_Syntax"
 "Pattern_White_Space"
 "Quotation_Mark"
 "Radical"
 "Soft_Dotted"
 "STerm"
 "Terminal_Punctuation"
 "Unified_Ideograph"
 "Variation_Selector"
 "White_Space")
</pre>
</blockquote>

<!-- End of entry for BINARY-PROPERTIES -->



<!-- Entry for BIDI-CLASSES -->

<p><br>[Function]<br><a class=none name='bidi-classes'><b>bidi-classes</b> <i></i> =&gt; <i>list</i></a>
<blockquote><br>

Returns a sorted list of all Bidi classes known to CL-UNICODE.
These are the possible return values of <a href="#bidi-class"><code>BIDI-CLASS</code></a>.
<pre>
CL-USER 1 > (bidi-classes)
("AL" "AN" "B" "BN" "CS" "EN" "ES" "ET" "L" "LRE" "LRO" "NSM" "ON" "PDF" "R" "RLE" "RLO" "S" "WS")
</pre>
</blockquote>

<!-- End of entry for BIDI-CLASSES -->



<h4><a name="general" class=none>General character properties</a></h4>


<!-- Entry for HAS-PROPERTY -->

<p><br>[Function]<br><a class=none name='has-property'><b>has-property</b> <i>c property</i> =&gt; <i>generalized-boolean</i></a>
<blockquote><br>

Checks whether a character has the named
property <code><i>property</i></code>.  <code><i>property</i></code>
can be a string naming a property (which will be used for look-up
after <a href="#canonicalize-name">canonicalization</a>) or it can be
a <a href="#symbols">property symbol</a>
(see <a href="#property-symbol"><code>PROPERTY-SYMBOL</code></a>).  <code><i>c</i></code>
can be the character's code point (a positive integer) or a (Lisp)
character assuming its character code is also its Unicode code point.
<p>
<em>Properties</em> in the sense of CL-UNICODE can be names
of <a href="#general-category">general
categories</a>, <a href="#script">scripts</a>, <a href="#code-block">blocks</a>, <a href="#has-binary-property">binary
properties</a>, or <a href="#bidi-class">Bidi classes</a>, amongst
other things.  If there are a block and a script with the same name
(like, say, <code>&quot;Cyrillic&quot;</code>), the bare name denotes the script.
Prepend <code>&quot;Block:&quot;</code> to the name to refer to the block.  (You
can also prepend <code>&quot;Script:&quot;</code> to refer to the script
unambiguously.)  Names of Bidi classes must be prepended with
<code>&quot;BidiClass:&quot;</code> if there's a potential for ambiguity.
<p>
This function also recognizes several aliases for properties (like
<code>&quot;Symbol&quot;</code> for <code>&quot;S&quot;</code>) and
you can, as in Perl, prepend block names
with <code>&quot;In&quot;</code> instead
of <code>&quot;Block:&quot;</code> and most other properties with
<code>&quot;Is&quot;</code>.  See <a href="#recognized-properties"><code>RECOGNIZED-PROPERTIES</code></a>.
<p>
Signals an error if no property named <code><i>property</i></code> was found.
<pre>
CL-USER 1 > (has-property #\A "L")
T

CL-USER 2 > (has-property #\A "Letter")
T

CL-USER 3 > (has-property #\A "LC")
T

CL-USER 4 > (has-property #\A "CasedLetter")
T

CL-USER 5 > (has-property #\A "Lu")
T

CL-USER 6 > (has-property #\A "UppercaseLetter")
T

CL-USER 7 > (has-property #\A "IsUppercaseLetter")
T

CL-USER 8 > (has-property #\A "LowercaseLetter")
NIL

CL-USER 9 > (has-property #\A "Latin")
T

CL-USER 10 > (has-property #\A "Script:Latin")
T

CL-USER 11 > (has-property #\A "Script:Hebrew")
NIL

CL-USER 12 > (has-property #\A "Basic Latin")
T

CL-USER 13 > (has-property #\A "Block:BasicLatin")
T

CL-USER 14 > (has-property #\A "InBasicLatin")
T

CL-USER 15 > (has-property #\A "Block:Arabic")
NIL

CL-USER 16 > (has-property #\A "WhiteSpace")
NIL

CL-USER 17 > (has-property #\A "HexDigit")
CL-UNICODE-NAMES::HEXDIGIT

CL-USER 18 > (has-property #\A "BidiClass:L")
T

CL-USER 19 > (has-property #\A "BidiClass:Left-to-Right")
T

CL-USER 20 > (has-property #\A "LeftToRight")
T

CL-USER 21 > (has-property #\A "Any")
T

CL-USER 22 > (has-property #\A "Assigned")
T

CL-USER 23 > (has-property #\A "Unassigned")
NIL

CL-USER 24 > (has-property #\A "ASCII")
T
</pre>
See also <a href="#property-test"><code>PROPERTY-TEST</code></a>.

</blockquote>

<!-- End of entry for HAS-PROPERTY -->


<!-- Entry for PROPERTY-TEST -->

<p><br>[Generic function]<br><a class=none name='property-test'><b>property-test</b> <i>property <tt>&amp;key</tt> errorp</i> =&gt; <i>function</i></a>
<blockquote><br>

Returns a unary function which can test code points
or Lisp characters for the named property <code><i>property</i></code>.  <code><i>property</i></code> is interpreted
as in <a href="#has-property"><code>HAS-PROPERTY</code></a> and <a href="#property-test"><code>PROPERTY-TEST</code></a> is actually used internally by
<a href="#has-property"><code>HAS-PROPERTY</code></a> but might come
in handy if you need a faster way to test
for <code><i>property</i></code> (as you're saving the time to look up
the property).
<p>
Returns <code>NIL</code> if no property named <code><i>property</i></code> was found or signals an error if
<code><i>errorp</i></code> is true.
<pre>
CL-USER 1 > (let ((ascii-tester (property-test "ASCII_Hex_Digit")))
              (count-if 'identity (map 'list ascii-tester "ALEF")))
3
</pre>
See also <a href="http://weitz.de/cl-ppcre/">CL-PPCRE</a>'s <a href="http://weitz.de/cl-ppcre/#create-optimized-test-function"><code>CREATE-OPTIMIZED-TEST-FUNCTION</code></a>.
</blockquote>

<!-- End of entry for PROPERTY-TEST -->



<!-- Entry for LIST-ALL-CHARACTERS -->

<p><br>[Function]<br><a class=none name='list-all-characters'><b>list-all-characters</b> <i>property <tt>&amp;key</tt> want-code-point-p</i> =&gt; <i>list</i></a>
<blockquote><br>

Lists all character (ordered by code point) which have the
property <code><i>property</i></code> where <code><i>property</i></code> is interpreted as in <a href="#has-property"><code>HAS-PROPERTY</code></a>.
If <code><i>want-code-point-p</i></code> is true, a list of code points instead of a list
of characters is returned.  (If <code>CHAR-CODE-LIMIT</code> is smaller than
<a href="#+code-point-limit+"><code>+CODE-POINT-LIMIT+</code></a> in your Lisp implementation, the list of code
points can actually be longer than the list of characters.).
<pre>
CL-USER 1 > (mapcar '<a href="#unicode-name" class=none>unicode-name</a> (list-all-characters "Grapheme_Link" :want-code-point-p t))
("DEVANAGARI SIGN VIRAMA"
 "BENGALI SIGN VIRAMA"
 "GURMUKHI SIGN VIRAMA"
 "GUJARATI SIGN VIRAMA"
 "ORIYA SIGN VIRAMA"
 "TAMIL SIGN VIRAMA"
 "TELUGU SIGN VIRAMA"
 "KANNADA SIGN VIRAMA"
 "MALAYALAM SIGN VIRAMA"
 "SINHALA SIGN AL-LAKUNA"
 "THAI CHARACTER PHINTHU"
 "TIBETAN MARK HALANTA"
 "MYANMAR SIGN VIRAMA"
 "MYANMAR SIGN ASAT"
 "TAGALOG SIGN VIRAMA"
 "HANUNOO SIGN PAMUDPOD"
 "KHMER SIGN COENG"
 "BALINESE ADEG ADEG"
 "SUNDANESE SIGN PAMAAEH"
 "SYLOTI NAGRI SIGN HASANTA"
 "SAURASHTRA SIGN VIRAMA"
 "REJANG VIRAMA"
 "KHAROSHTHI VIRAMA")
</pre>
</blockquote>

<!-- End of entry for LIST-ALL-CHARACTERS -->


<!-- Entry for RECOGNIZED-PROPERTIES -->

<p><br>[Function]<br><a class=none name='recognized-properties'><b>recognized-properties</b> <i><tt>&amp;optional</tt> all</i> =&gt; <i>list</i></a>
<blockquote><br>

Returns a list of all property names known to CL-UNICODE.  These
are the allowed second arguments (modulo <a href="#canonicalize-name">canonicalization</a>) to
<a href="#has-property"><code>HAS-PROPERTY</code></a>.
If <code><i>all</i></code> is true, known aliases
(like <em>Letter</em> for
<em>L</em>) are also included.
<pre>
CL-USER 1 > (length (recognized-properties t))
996
</pre>
</blockquote>

<!-- End of entry for RECOGNIZED-PROPERTIES -->




<h4><a name="symbols" class=none>Property symbols and look-up</a></h4>



<!-- Entry for PROPERTY-SYMBOL -->

<p><br>[Function]<br><a class=none name='property-symbol'><b>property-symbol</b> <i>name</i> =&gt; <i>symbol, name</i></a>
<blockquote><br>

Returns a symbol in the <code>CL-UNICODE-NAMES</code> package (which is only
used for this purpose) which can stand in for the string
<code><i>name</i></code> in look-ups.  The symbol's name is the result of
<a href="#canonicalize-name">canonicalizing</a> and then
upcasing <code><i>name</i></code>.
<p>
A symbol returned by this function is only really useful and only
actually a property symbol if the second return value is true.
<p>
All exported functions of CL-UNICODE which return strings which are
property names return the corresponding property symbol as their
second return value.  All exported functions of CL-UNICODE which
accept property names as arguments will also accept property symbols.
<pre>
CL-USER 1 > (property-symbol "XID_Start")
CL-UNICODE-NAMES::XIDSTART
"XIDStart"

CL-USER 2 > (property-symbol "Foo")
CL-UNICODE-NAMES::FOO
NIL
</pre>
See also <a href="#property-name"><code>PROPERTY-NAME</code></a>.
</blockquote>

<!-- End of entry for PROPERTY-SYMBOL -->



<!-- Entry for PROPERTY-NAME -->

<p><br>[Function]<br><a class=none name='property-name'><b>property-name</b> <i>symbol</i> =&gt; <i>name-or-nil</i></a>
<blockquote><br>

Returns a name (not <em>the</em> name) for a <a href="#property-symbol">property symbol</a>
<code><i>symbol</i></code> if it is known to CL-UNICODE.  Note that
<pre>
(STRING= (PROPERTY-NAME (PROPERTY-SYMBOL &lt;string&gt;)) &lt;string&gt;)
</pre>
is not necessarily true even if the property name is not <code>NIL</code> while
<pre>
(EQ (PROPERTY-SYMBOL (PROPERTY-NAME &lt;symbol&gt;)) &lt;symbol&gt;)
</pre>
always holds if there is a property name for <code>&lt;symbol&gt;</code>.
<pre>
CL-USER 1 > (property-name 'cl-unicode-names::asciihexdigit)
"ASCII_Hex_Digit"
</pre>
See also <a href="#property-symbol"><code>PROPERTY-SYMBOL</code></a>.
</blockquote>

<!-- End of entry for PROPERTY-NAME -->



<!-- Entry for CANONICALIZE-NAME -->

<p><br>[Function]<br><a class=none name='canonicalize-name'><b>canonicalize-name</b> <i>name</i> =&gt; <i>name'</i></a>
<blockquote><br>

Converts the string <code><i>name</i></code> into
a <em>canonicalized</em> name which can be used for unambiguous
look-ups by removing all whitespace, hyphens, and underline
characters.
<p>
Tries not to remove hyphens preceded by spaces or underlines if this
could lead to ambiguities as described in
<a href="http://unicode.org/unicode/reports/tr18/#Name_Properties">http://unicode.org/unicode/reports/tr18/#Name_Properties</a>.
<p>
All CL-UNICODE functions which accept string <em>names</em> for characters
or properties will canonicalize the name first using this function and
will then look up the name case-insensitively.
<pre>
CL-USER 1 > (canonicalize-name "Left-to-Right")
"LefttoRight"

CL-USER 2 > (canonicalize-name "Left_To_Right")
"LeftToRight"

CL-USER 3 > (string-equal * **)
T

CL-USER 4 > (canonicalize-name "TIBETAN LETTER A")
"TIBETANLETTERA"

CL-USER 5 > (canonicalize-name "TIBETAN LETTER -A")
"TIBETANLETTER -A"

CL-USER 6 > (canonicalize-name (canonicalize-name "TIBETAN LETTER A"))
"TIBETANLETTERA"

CL-USER 7 > (canonicalize-name (canonicalize-name "TIBETAN LETTER -A"))
"TIBETANLETTER -A"

CL-USER 8 > (canonicalize-name "Tibetan_Letter_-A")
"TibetanLetter -A"
</pre>
Note that the preceding chracter is relevant in the ambiguous cases (but
there are only three of them):
<pre>
CL-USER 8 > (char= (<a href="#character-named" class=none>character-named</a> "TibetanLetter A") (<a href="#character-named" class=none>character-named</a> "TibetanLetter -A"))
NIL

CL-USER 9 > (char= (<a href="#character-named" class=none>character-named</a> "TibetanLetterA") (<a href="#character-named" class=none>character-named</a> "TibetanLetter-A"))
T
</pre>
</blockquote>

<!-- End of entry for CANONICALIZE-NAME -->



<h4><a name="names" class=none>Character names</a></h4>


<!-- Entry for UNICODE-NAME -->

<p><br>[Generic function]<br><a class=none name='unicode-name'><b>unicode-name</b> <i>c</i> =&gt; <i>name-or-nil</i></a>
<blockquote><br>

Returns the Unicode name of a character as a string
or <code>NIL</code> if there is no name for that particular
character.  <code><i>c</i></code> can be the character's code point (a
positive integer) or a (Lisp) character assuming its character code is
also its Unicode code point.
<pre>
CL-USER 1 > (unicode-name #\&szlig;)
"LATIN SMALL LETTER SHARP S"

CL-USER 2 > (unicode-name #\&uuml;)
"LATIN SMALL LETTER U WITH DIAERESIS"

CL-USER 3 > (unicode-name #xd4db)
"HANGUL SYLLABLE PWILH"
</pre>
</blockquote>

<!-- End of entry for UNICODE-NAME -->



<!-- Entry for UNICODE1-NAME -->

<p><br>[Generic function]<br><a class=none name='unicode1-name'><b>unicode1-name</b> <i>c</i> =&gt; <i>name-or-nil</i></a>
<blockquote><br>

Returns the Unicode&nbsp;1.0 name of a character as a string
or <code>NIL</code> if there is no name for that particular character.
This name is only non-<code>NIL</code> if it is significantly
different from the Unicode name
(see <a href="#unicode-name"><code>UNICODE-NAME</code></a>).  For
control characters, sometimes the ISO&nbsp;6429 name is returned
instead.
<p>
<code><i>c</i></code> can be the character's code point (a positive
integer) or a (Lisp) character assuming its character code is also its
Unicode code point.
<pre>
CL-USER 1 > (<a href="#unicode-name" class=none>unicode-name</a> (code-char 1))
NIL

CL-USER 2 > (unicode1-name (code-char 1))
"START OF HEADING"

CL-USER 3 > (<a href="#unicode-name" class=none>unicode-name</a> (code-char #x67e))
"ARABIC LETTER PEH"

CL-USER 4 > (unicode1-name (code-char #x67e))
"ARABIC LETTER TAA WITH THREE DOTS BELOW"
</pre>
</blockquote>

<!-- End of entry for UNICODE1-NAME -->

<!-- Entry for CHARACTER-NAMED -->

<p><br>[Function]<br><a class=none name='character-named'><b>character-named</b> <i>name <tt>&amp;key</tt> want-code-point-p try-unicode1-names-p try-abbreviations-p scripts-to-try try-hex-notation-p try-lisp-names-p</i> =&gt; <i>char-or-code-point</i></a>
<blockquote><br>

Returns the character which has the name <code><i>name</i></code> (a string) by
looking up the Unicode name (see <a href="#unicode-name"><code>UNICODE-NAME</code></a>).
<p>
If <code><i>try-unicode1-names</i></code> is true, the Unicode&nbsp;1.0 name (see
<a href="#unicode1-name"><code>UNICODE1-NAME</code></a>) will be used as a fallback.
<p>
If <code><i>try-abbreviations-p</i></code> is true, <code><i>name</i></code> is treated as an abbreviation as
follows: If <code><i>name</i></code> contains a colon, it is interpreted as
<code>&quot;&lt;script&gt;:&lt;short-name&gt;&quot;</code> and the function tries to look up, in turn,
the characters named <code>&quot;&lt;script&gt; &lt;size&gt; LETTER &lt;short-name&gt;&quot;</code>,
<code>&quot;&lt;script&gt; LETTER &lt;short-name&gt;&quot;</code>, and <code>&quot;&lt;script&gt; &lt;short-name&gt;&quot;</code> where
<code>&lt;size&gt;</code> is <code>&quot;SMALL&quot;</code> if none of the characters in <code>&lt;short-name&gt;</code> is
uppercase, <code>&quot;CAPITAL&quot;</code> otherwise.  If <code><i>name</i></code> does not contain a colon,
the same algorithm as above is tried with <code><i>name</i></code> instead of <code>&lt;short-name&gt;</code>
and each element of the list of strings <code><i>scripts-to-try</i></code> as <code>&lt;string&gt;</code>.
(<code><i>scripts-to-try</i></code> can also be a single string which is interpreted as a
one-element list.)
<p>
If <code><i>try-hex-notation-p</i></code> is true, <code><i>name</i></code> can be of the form <code>&quot;U+&lt;x&gt;&quot;</code> where
<code>&lt;x&gt;</code> is a hexadecimal number with four to six digits with the obvious
meaning.
<p>
If <code><i>try-lisp-names-p</i></code> is true, the function returns
the character with
the <a href="http://www.lispworks.com/documentation/HyperSpec/Body/f_char_n.htm">character
name</a> <code><i>name</i></code> (if there is one) or,
if <code><i>name</i></code> is exactly one character, it returns this
character.
<p>
All the keyword-governed alternatives are tried in the order they're
described above.
<p>
See also <a href="#*try-unicode1-names-p*"><code>*TRY-UNICODE1-NAMES-P*</code></a>, <a href="#*try-abbreviations-p*"><code>*TRY-ABBREVIATIONS-P*</code></a>,
<a href="#*scripts-to-try*"><code>*SCRIPTS-TO-TRY*</code></a>, <a href="#*try-hex-notation-p*"><code>*TRY-HEX-NOTATION-P*</code></a>, and <a href="#*try-lisp-names-p*"><code>*TRY-LISP-NAMES-P*</code></a>.
<p>
Returns the code point instead of the character if <code><i>want-code-point-p</i></code>
is true.  This can be especially useful for Lisp implementations where
<code>CHAR-CODE-LIMIT</code> is smaller than <a href="#+code-point-limit+"><code>+CODE-POINT-LIMIT+</code></a>.
<pre>
CL-USER 1 > (character-named "LATIN SMALL LETTER SHARP S")
#\&szlig;

CL-USER 2 > (character-named "latin small letter sharp s")
#\&szlig;

CL-USER 3 > (character-named "LatinSmallLetterSharpS")
#\&szlig;

CL-USER 4 > (character-named "Latin:sharps" :try-abbreviations-p t)
#\&szlig;

CL-USER 5 > (character-named "sharps" :try-abbreviations-p t :scripts-to-try "Latin")
#\&szlig;

CL-USER 6 > (character-named "Backspace")
#\Backspace

CL-USER 7 > (character-named "Backspace" :try-unicode1-names-p nil)
NIL

CL-USER 8 > (character-named "Newline")
NIL

CL-USER 9 > (character-named "Newline" :try-lisp-names-p t)
#\Newline

CL-USER 10 > (character-named "U+0020" :try-hex-notation-p t)
#\Space
</pre>
</blockquote>

<!-- End of entry for CHARACTER-NAMED -->

<!-- Entry for *TRY-UNICODE1-NAMES-P* -->

<p><br>[Special variable]<br><a class=none name='*try-unicode1-names-p*'><b>*try-unicode1-names-p*</b></a>
<blockquote><br>

This is the default value for the <code><i>try-unicode1-names-p</i></code> keyword
argument to <a href="#character-named"><code>CHARACTER-NAMED</code></a>.  Its initial value is <code>T</code>.

</blockquote>

<!-- End of entry for *TRY-UNICODE1-NAMES-P* -->


<!-- Entry for *TRY-ABBREVIATIONS-P* -->

<p><br>[Special variable]<br><a class=none name='*try-abbreviations-p*'><b>*try-abbreviations-p*</b></a>
<blockquote><br>

This is the default value for the <code><i>try-abbreviations-p</i></code> keyword
argument to <a href="#character-named"><code>CHARACTER-NAMED</code></a>.  Its initial value is <code>NIL</code>.

</blockquote>

<!-- End of entry for *TRY-ABBREVIATIONS-P* -->


<!-- Entry for *SCRIPTS-TO-TRY* -->

<p><br>[Special variable]<br><a class=none name='*scripts-to-try*'><b>*scripts-to-try*</b></a>
<blockquote><br>

This is the default value for the <code><i>scripts-to-try</i></code> keyword argument
to <a href="#character-named"><code>CHARACTER-NAMED</code></a>.  Its initial value is <code>NIL</code>.

</blockquote>

<!-- End of entry for *SCRIPTS-TO-TRY* -->



<!-- Entry for *TRY-HEX-NOTATION-P* -->

<p><br>[Special variable]<br><a class=none name='*try-hex-notation-p*'><b>*try-hex-notation-p*</b></a>
<blockquote><br>

This is the default value for the <code><i>try-hex-notation-p</i></code> keyword
argument to <a href="#character-named"><code>CHARACTER-NAMED</code></a>.  Its initial value is <code>NIL</code>.

</blockquote>

<!-- End of entry for *TRY-HEX-NOTATION-P* -->


<!-- Entry for *TRY-LISP-NAMES-P* -->

<p><br>[Special variable]<br><a class=none name='*try-lisp-names-p*'><b>*try-lisp-names-p*</b></a>
<blockquote><br>

This is the default value for the <code><i>try-lisp-names-p</i></code> keyword
argument to <a href="#character-named"><code>CHARACTER-NAMED</code></a>.  Its initial value is <code>NIL</code>.

</blockquote>

<!-- End of entry for *TRY-LISP-NAMES-P* -->




<h4><a name="syntax" class=none>Alternative reader syntax</a></h4>


<!-- Entry for ENABLE-ALTERNATIVE-CHARACTER-SYNTAX -->

<p><br>[Macro]<br><a class=none name='enable-alternative-character-syntax'><b>enable-alternative-character-syntax</b> <i></i> =&gt; <i>|</i></a>
<blockquote><br>

Enables an alternative Lisp character syntax which <em>replaces</em>
the usual syntax: After a sharpsign (<code>#\#</code>) and a backslash
(<code>#\\</code>) have been read, at least one more character is
read.  Reading then continues as long as ASCII letters, digits,
underlines, hyphens, colons, or plus signs are read.  The resulting
string is then used as input
to <a href="#character-named"><code>CHARACTER-NAMED</code></a> to
produce a character.
<p>
This macro expands into an <code>EVAL-WHEN</code> so that if you use it as a
top-level form in a file to be loaded and/or compiled it'll do what
you expect.  Technically, this'll push the current readtable on a
stack so that matching calls of this macro and
<a href="#disable-alternative-character-syntax"><code>DISABLE-ALTERNATIVE-CHARACTER-SYNTAX</code></a> can be nested.
<p>
Note that by default the alternative character syntax is not enabled
after loading CL-UNICODE.
<pre>
CL-USER 1 > (enable-alternative-character-syntax)

CL-USER 2 > (setq <a href="#*try-abbreviations-p*" class=none>*try-abbreviations-p*</a> t)
T

CL-USER 3 > (setq <a href="#*scripts-to-try*" class=none>*scripts-to-try*</a> "Hebrew")
"Hebrew"

CL-USER 4 > (char-code #\Alef)
1488
</pre>
(It is recommended that you
set <a href="#*try-lisp-syntax-p*"><code>*TRY-LISP-SYNTAX-P*</code></a>
to a true value when enabling the alternative syntax, so that you can
still use the short syntax (like <code>#\a</code>) for characters.)
<p>
For an alternative syntax for <em>strings</em>
see <a href="http://weitz.de/cl-interpol/">CL-INTERPOL</a>.
</blockquote>

<!-- End of entry for ENABLE-ALTERNATIVE-CHARACTER-SYNTAX -->




<!-- Entry for DISABLE-ALTERNATIVE-CHARACTER-SYNTAX -->

<p><br>[Macro]<br><a class=none name='disable-alternative-character-syntax'><b>disable-alternative-character-syntax</b> <i></i> =&gt; <i>|</i></a>
<blockquote><br>

Restores the readtable which was active before the last call to
<a href="#enable-alternative-character-syntax"><code>ENABLE-ALTERNATIVE-CHARACTER-SYNTAX</code></a>.  If there was no such call, the
standard readtable is used.
<p>
This macro expands into an <code>EVAL-WHEN</code> so that if you use
it as a top-level form in a file to be loaded and/or compiled it'll do
what you expect.  Technically, this'll pop a readtable from the stack
described
in <a href="#enable-alternative-character-syntax"><code>ENABLE-ALTERNATIVE-CHARACTER-SYNTAX</code></a>
so that matching calls of these macros can be nested.

</blockquote>

<!-- End of entry for DISABLE-ALTERNATIVE-CHARACTER-SYNTAX -->

<h4><a name="misc" class=none>Miscellaneous</a></h4>


<!-- Entry for +CODE-POINT-LIMIT+ -->

<p><br>[Constant]<br><a class=none name='+code-point-limit+'><b>+code-point-limit+</b></a>
<blockquote><br>

<code>#x110000</code>, the smallest integer which is not a code point in the Unicode codespace.

</blockquote>

<!-- End of entry for +CODE-POINT-LIMIT+ -->



<!-- Entry for UNICODE-ERROR -->

<p><br>[Condition type]<br><a class=none name='unicode-error'><b>unicode-error</b></a>
<blockquote><br>

All errors signalled by CL-UNICODE are of this type.

</blockquote>

<!-- End of entry for UNICODE-ERROR -->

<br>&nbsp;<br><h3><a class=none name="index">Symbol index</a></h3>

Here are all exported symbols of CL-UNICODE in alphabetical order linked to their corresponding entries:

    <ul>
      <li><a href="#*scripts-to-try*"><code>*scripts-to-try*</code></a>
      <li><a href="#*try-abbreviations-p*"><code>*try-abbreviations-p*</code></a>
      <li><a href="#*try-hex-notation-p*"><code>*try-hex-notation-p*</code></a>
      <li><a href="#*try-lisp-names-p*"><code>*try-lisp-names-p*</code></a>
      <li><a href="#*try-unicode1-names-p*"><code>*try-unicode1-names-p*</code></a>
      <li><a href="#+code-point-limit+"><code>+code-point-limit+</code></a>
      <li><a href="#age"><code>age</code></a>
      <li><a href="#bidi-class"><code>bidi-class</code></a>
      <li><a href="#bidi-classes"><code>bidi-classes</code></a>
      <li><a href="#bidi-mirroring-glyph"><code>bidi-mirroring-glyph</code></a>
      <li><a href="#binary-properties"><code>binary-properties</code></a>
      <li><a href="#canonicalize-name"><code>canonicalize-name</code></a>
      <li><a href="#character-named"><code>character-named</code></a>
      <li><a href="#code-block"><code>code-block</code></a>
      <li><a href="#code-blocks"><code>code-blocks</code></a>
      <li><a href="#combining-class"><code>combining-class</code></a>
      <li><a href="#disable-alternative-character-syntax"><code>disable-alternative-character-syntax</code></a>
      <li><a href="#enable-alternative-character-syntax"><code>enable-alternative-character-syntax</code></a>
      <li><a href="#general-categories"><code>general-categories</code></a>
      <li><a href="#general-category"><code>general-category</code></a>
      <li><a href="#has-binary-property"><code>has-binary-property</code></a>
      <li><a href="#has-property"><code>has-property</code></a>
      <li><a href="#list-all-characters"><code>list-all-characters</code></a>
      <li><a href="#lowercase-mapping"><code>lowercase-mapping</code></a>
      <li><a href="#numeric-type"><code>numeric-type</code></a>
      <li><a href="#numeric-value"><code>numeric-value</code></a>
      <li><a href="#property-name"><code>property-name</code></a>
      <li><a href="#property-symbol"><code>property-symbol</code></a>
      <li><a href="#property-test"><code>property-test</code></a>
      <li><a href="#recognized-properties"><code>recognized-properties</code></a>
      <li><a href="#script"><code>script</code></a>
      <li><a href="#scripts"><code>scripts</code></a>
      <li><a href="#titlecase-mapping"><code>titlecase-mapping</code></a>
      <li><a href="#unicode-error"><code>unicode-error</code></a>
      <li><a href="#unicode-name"><code>unicode-name</code></a>
      <li><a href="#unicode1-name"><code>unicode1-name</code></a>
      <li><a href="#uppercase-mapping"><code>uppercase-mapping</code></a>
    </ul>

<br>&nbsp;<br><h3><a class=none name="ack">Acknowledgements</a></h3>

<p>
This documentation was prepared with <a href="http://weitz.de/documentation-template/">DOCUMENTATION-TEMPLATE</a>.
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