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  1. Set the text being scanned IntlBreakIterator::setText (PHP 5 >= 5.5.0, PHP 7, PHP 8) IntlBreakIterator::setText — Set the text being scanned

  2. This class implements Traversable. Traversing an IntlBreakIterator yields non-negative integer values representing the successive locations of the text boundaries, expressed as UTF-8 code units (byte) counts, taken from the beggining of the text (which has the location 0). The keys yielded by the iterator simply form the sequence of natural numbers {0, 1, 2, …}.

  3. The PHP Interpreter. Contribute to php/php-src development by creating an account on GitHub.

  4. This class implements IteratorAggregate. Traversing an IntlBreakIterator yields non-negative integer values representing the successive locations of the text boundaries, expressed as UTF-8 code units (byte) counts, taken from the beginning of the text (which has the location 0). The keys yielded by the iterator simply form the sequence of natural numbers {0, 1, 2, …}.

  5. Simple usage example of `IntlBreakIterator::setText ()`. The `IntlBreakIterator::setText` function is used to set the text that will be scanned or analyzed by the `IntlBreakIterator` object. This function allows you to specify the string or text that you want to break down into smaller fragments or boundaries, such as sentences, words, or lines. Once the text is set, you can then use other ...

  6. This class implements IteratorAggregate. Traversing an IntlBreakIterator yields non-negative integer values representing the successive locations of the text boundaries, expressed as UTF-8 code units (byte) counts, taken from the beginning of the text (which has the location 0). The keys yielded by the iterator simply form the sequence of natural numbers {0, 1, 2, …}.

  7. This class implements Traversable. Traversing an IntlBreakIterator yields non-negative integer values representing the successive locations of the text boundaries, expressed as UTF-8 code units (byte) counts, taken from the beginning of the text (which has the location 0). The keys yielded by the iterator simply form the sequence of natural numbers {0, 1, 2, …}.

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