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Шифрование с помощью base64_encode php

"base64 php" функция в php: base64_encode - это один из способов обратимого шифрования. Данные, зашифрованные base64_encode позволяют безопасно передавать информацию через множество протоколов. Его используют для передачи данных в xml, http и т.д.

"base64 php" - закодировать строку онлайн + "base64 php" - закодировать картинку онлайн

Шифрование base64 описание, php, онлайн, картинка.

  1. Что такое base64_encode,
  2. Онлайн шифрование base64_encode.
  3. Преобразовать изображение в base64 php.
  4. Онлайн шифрование base64 изображения.
  5. Скачать
Расшифровать можно здесь.

  1. Что такое type reset html.

    Шифрование base64_encode - это один из способов обратимого шифрования. Данные, зашифрованные base64_encode позволяют безопасно передавать информацию через множество протоколов. Его используют для передачи данных в xml, http и т.д.

    Синтаксис base64_encode

    base64_encode ( string $var ) : string

    Что означает выше приведенная информация спецификации base64_encode!?

    base64_encode - написание функции base64_encode

    "string" - передаваемое значение в функцию должно иметь тип данных string

    $var - переменная с данными

    ": string" - возвращает тип данных строку.

    Простой пример использования base64_encode

    Для того, что продемонстрировать, как работает данное шифрование base64_encode

    нам понадобится какая-то переменная :

    $example = 'Hello world!';

    Применяем к данной строке шифрование base64_encode :

    base64_encode ($example);

    Выводим с помощью echo

    echo base64_encode ($example);

    Результат шифрования base64_encode

    SGVsbG8gd29ybGQh

    Пример использования base64_encode с кириллицей utf-8

    Как вы наверное знаете, что некоторые функции категорически не работают с кириллицей в utf-8 по причине, которую мы вот тут разбирали.

    Для того, чтобы проверить работу функции base64_encode с кириллицей utf-8, нам опять понадобится переменная :

    $example = 'Привет мир!';

    Выводим :

    echo base64_encode ($example);

    Результат шифрования base64_encode с кириллицей utf-8

    0J/RgNC40LLQtdGCINC80LjRgCE=


  2. Онлайн шифрование base64_encode.

    Как зашифровать данные/текст/строку с помощью base64_encode?

    Для того, чтобы зашифровать данные с помощью функции base64_encode, введите данные , которые требуются зашифровать нажмите отправить!

    Php код для шифрования текста с помощью функции base64_encode

    Если не получится запустить - в архиве записанный данный пример, протестирован на ошибки.

    Style:

    .kod {

    display: block;

    background: #fbfbfb;

    margin: 10px 0 10px 0;

    padding: 20px;

    border: 1px solid #a7a7a7;

    font-size: 14px;

    word-break: break-word;

    }

    Php:

    <?

    if($_POST['example']) { $result = '<a name="result"></a><red> Ваш зашифрованный текст</red> : <div class="kod">' . base64_encode (strip_tags($_POST['example'])).'</div>' ;}

    ?>

    Html:

    <? echo $result; ?>

    <form method="post" action="#result">

    <textarea name="example"></textarea>

    <input name="example1" type="submit" class="width_100 padding_10_0">

    </form>


  3. Преобразовать изображение в base64 php.

    Для того, чтобы преобразовать картинку в код base64 вам понадобится:

    Нам потребуется картинка... возьмем её отсюда:

    https://dwweb.ru/__img/smaile/wall.gif

    Выведем её здесь с помощью img :

    <img src="https://dwweb.ru/__img/smaile/wall.gif">

    Вот наша картинка:

    Преобразовать изображение в base64 php.

    Получаем картинку с помощью file_get_contents + сразу обработаем функцией "base64_encode" .

    base64_encode(file_get_contents('https://dwweb.ru/__img/smaile/thumbs_up.gif'))

    Картинка преобразованная в base64 будет иметь вид:

    R0lGODlhGgAXANUSAEAUEEA0EP/mIFVACPbKAP/////iHOa+FPraEMKNAPrWDP/eGPK2APK+AHFVBPLCAPbGAP/aFK6BBO6yAFlACO6qAPrSBPLGAPrOBLKNAJ19BOadAOaZAG1QBKVpBKVxBOqhAOqqAN62ANauAK6JBNalAN6uAJlpBMqFAJlxBG1MBO66AJVhBM6JAO6uAKp1BOalAOKRAN6VAM6NALp1AOKVAP/eFM6FAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACH/C05FVFNDQVBFMi4

    Весь код смотри под кнопкой "показать"

    показать

    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

    И далее вывод:

    Прим автора

    Зачем так делать непонятно, но в качестве примера... можно посмотреть:


    <img src='data:gif;base64,<? echo base64_encode(file_get_contents('https://dwweb.ru/__img/smaile/wall.gif')); ?>'>
    Результат:
Не стесняемся говорить спасибо!
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