Update README - libgrapheme - unicode string library
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 (DIR) commit 1774b5430fe46d8d5511075d3cd644716ad4c3c8
 (DIR) parent 5939cf21cdb050e1c9bce964a30c9ad94f7440b9
 (HTM) Author: Laslo Hunhold <dev@frign.de>
       Date:   Thu,  6 Oct 2022 22:57:31 +0200
       
       Update README
       
       Signed-off-by: Laslo Hunhold <dev@frign.de>
       
       Diffstat:
         M README                              |      55 +++++++++++++++++--------------
       
       1 file changed, 30 insertions(+), 25 deletions(-)
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       @@ -1,25 +1,34 @@
        libgrapheme
        ===========
        
       -The libgrapheme library provides functions to properly handle Unicode
       -strings according to the Unicode specification. Unicode strings are made
       -up of user-perceived characters (so-called "grapheme clusters") that are
       -made up of one or more Unicode codepoints, which in turn are encoded in
       -one or more bytes in an encoding like UTF-8.
       -
       -There is a widespread misconception that it was enough to simply
       -determine codepoints in a string and treat them as user-perceived
       -characters to be Unicode compliant. While this may work in some cases,
       -this assumption quickly breaks, especially for non-Western languages and
       -decomposed Unicode strings where user-perceived characters are usually
       -represented using multiple codepoints.
       -
       -Despite the complicated multilevel structure of Unicode strings,
       -libgrapheme provides methods to work with them at the byte-level (i.e.
       -UTF-8 ‘char’ arrays) while also providing codepoint-level methods.
       -
       -See libgrapheme(7) to get started and try out the self-contained examples
       -given on the manual pages for each function.
       +libgrapheme is an extremely simple freestanding C99 library providing
       +utilities for properly handling strings according to the latest Unicode
       +standard 15.0.0. It offers fully Unicode compliant
       +
       + - grapheme cluster (i.e. user-perceived character) segmentation
       + - word segmentation
       + - sentence segmentation
       + - detection of permissible line break opportunities
       + - case detection (lower-, upper- and title-case)
       + - case conversion (to lower-, upper- and title-case)
       +
       +on UTF-8 strings and codepoint arrays, which both can also be
       +null-terminated.
       +
       +The necessary lookup-tables are automatically generated from the Unicode
       +standard data (contained in the tarball) and heavily compressed. Over
       +10,000 automatically generated conformance tests and over 150 unit tests
       +ensure conformance and correctness.
       +
       +There is no complicated build-system involved and it's all done using one
       +POSIX-compliant Makefile. All you need is a C99 compiler, given the
       +lookup-table-generators and compressors are also written in C99. The
       +resulting library is freestanding and thus not even dependent on a
       +standard library to be present at runtime, making it a suitable choice
       +for bare metal applications.
       +
       +It is also way smaller and much faster than the other established
       +Unicode string libraries (ICU, GNU's libunistring, libutf8proc).
        
        Requirements
        ------------
       @@ -38,15 +47,11 @@ Afterwards enter the following command to build and install libgrapheme
        Conformance
        -----------
        The libgrapheme library is compliant with the Unicode 15.0.0
       -specification (September 2022).
       -
       -To ensure conformance, libgrapheme includes hundreds of tests including
       -all provided with the standard-provided test-data that is parsed
       -automatically. The tests can be run with
       +specification (September 2022). The tests can be run with
        
                make test
        
       -to check standard conformance.
       +to check standard conformance and correctness.
        
        Usage
        -----