Description
Hoa is a modular, extensible and structured set of PHP libraries. Moreover, Hoa aims at being a bridge between industrial and research worlds.
Hoa String alternatives and similar libraries
Based on the "Strings" category.
Alternatively, view Hoa String alternatives based on common mentions on social networks and blogs.
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Slugify
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Jieba-PHP
"結巴"中文分詞:做最好的 PHP 中文分詞、中文斷詞組件。 / "Jieba" (Chinese for "to stutter") Chinese text segmentation: built to be the best PHP Chinese word segmentation module. -
URLify
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Google Translate For Free
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Case converter
Convert strings between 13 naming conventions: Snake case, Camel case, Kebab case, Pascal case, Ada case, Train case, Cobol case, Macro case, Upper case, Lower case, Title case, Sentence case and Dot notation. -
Russian metaphone phonetic algorithm implementation for PHP
Russian metaphone algorithm implementation
InfluxDB - Purpose built for real-time analytics at any scale.
* Code Quality Rankings and insights are calculated and provided by Lumnify.
They vary from L1 to L5 with "L5" being the highest.
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README
Hoa is a modular, extensible and structured set of PHP libraries. Moreover, Hoa aims at being a bridge between industrial and research worlds.
Hoa\String
This library allows to manipulate UTF-8 strings easily with some search algorithms.
Warning
This library is deprecated, and doesn't support php >= 7
because of new
reserved keyword string
, please use
Hoa\Ustring
.
Installation
With Composer, to include this library into your
dependencies, you need to require
hoa/string
:
{
"require": {
"hoa/string": "~2.0"
}
}
Please, read the website to get more informations about how to install.
Quick usage
We propose a quick overview of two usages: manipulate UTF-8 strings and one search algorithm.
Natural UTF-8 strings manipulation
The Hoa\String\String
class allows to manipulate easily UTF-8 strings in a
very natural way. This class implements the \ArrayAccess
, \Countable
and
\IteratorAggregate
interfaces. We will use the following examples:
$french = new Hoa\String\String('Je t\'aime');
$arabic = new Hoa\String\String('أحبك');
$japanese = new Hoa\String\String('私はあなたを愛して');
To get the first character, we will do:
var_dump(
$french[0], // string(1) "J"
$arabic[0], // string(2) "أ"
$japanese[0] // string(3) "私"
);
And to get the last character, we will do [-1]
. It supports unbounded (and
modulo) indexes.
We note that it cares about text direction. Look at $arabic[0]
, it returns
أ
and not ك
. To get the direction, we can use the
Hoa\String\String::getDirection
method (which call the
Hoa\String\String::getCharDirection
static method), it returns either
Hoa\String\String::LTR
(0
) or Hoa\String\String::RTL
(1
):
var_dump(
$french->getDirection(), // int(0)
$arabic->getDirection(), // int(1)
$japanese->getDirection() // int(0)
);
Text direction is also important for the append
, prepend
, pad
… methods on
Hoa\String\String
for example.
To get the length of a string, we can use the count
function:
var_dump(
count($french), // int(9)
count($arabic), // int(4)
count($japanese) // int(9)
);
We are also able to iterate over the string:
foreach ($arabic as $letter) {
var_dump($letter);
}
/**
* Will output:
* string(2) "أ"
* string(2) "ح"
* string(2) "ب"
* string(2) "ك"
*/
Again, text direction is useful here. For $arabic
, the iteration is done from
right to left.
Some static methods are helpful, such as fromCode
, toCode
or isUtf8
on
Hoa\String\String
:
var_dump(
Hoa\String\String::fromCode(0x1a9), // string(2) "Ʃ"
Hoa\String\String::toCode('Ʃ'), // int(425) == 0x1a9
Hoa\String\String::isUtf8('Ʃ') // bool(true)
);
We can also transform any text into ASCII:
$emoji = new Hoa\String\String('I ❤ Unicode');
$maths = new Hoa\String\String('∀ i ∈ ℕ');
echo
$emoji->toAscii(), "\n",
$maths->toAscii(), "\n";
/**
* Will output:
* I (heavy black heart) Unicode
* (for all) i (element of) N
*/
Search algorithm
The Hoa\String\Search
implements search algorithms on strings.
For example, the Hoa\String\Search::approximated
method make a search by
approximated patterns (with k differences based upon the principle diagonal
monotony). If we search the word GATAA
in CAGATAAGAGAA
with 1 difference, we
will do:
$search = Hoa\String\Search::approximated(
$haystack = 'CAGATAAGAGAA',
$needle = 'GATAA',
$k = 1
);
$solutions = array();
foreach ($search as $pos) {
$solutions[] = substr($haystack, $pos['i'], $pos['l']);
}
We will found AGATA
, GATAA
, ATAAG
and GAGAA
.
The result is not very handy but the algorithm is much optimized and found many applications.
Documentation
Different documentations can be found on the website: http://hoa-project.net/.
License
Hoa is under the New BSD License (BSD-3-Clause). Please, see
LICENSE
.
*Note that all licence references and agreements mentioned in the Hoa String README section above
are relevant to that project's source code only.