29 Blog Post Viewer.html

<!DOCTYPE html>
<html lang="en">

<head>
    <meta charset="UTF-8">
    <meta name="viewport" content="width=device-width, initial-scale=1.0">
    <title>Blog Generator</title>
    <link href="https://cdn.jsdelivr.net/npm/bootstrap@5.3.3/dist/css/bootstrap.min.css" rel="stylesheet"
        integrity="sha384-QWTKZyjpPEjISv5WaRU9OFeRpok6YctnYmDr5pNlyT2bRjXh0JMhjY6hW+ALEwIH" crossorigin="anonymous">
    <script src="https://cdn.jsdelivr.net/npm/bootstrap@5.3.3/dist/js/bootstrap.bundle.min.js"
        integrity="sha384-YvpcrYf0tY3lHB60NNkmXc5s9fDVZLESaAA55NDzOxhy9GkcIdslK1eN7N6jIeHz"
        crossorigin="anonymous"></script>
    <!-- <link rel="stylesheet" href="style.css"> -->
    <!-- <script defer src="script.js"></script> -->
</head>

<body>
    <div class="main">
        <div class="containers">
            <div class="card" style="width: 30rem; height: 32rem;">
                <img src="" class="card-img-top" alt="..." id="image">
                <div class="card-body">
                    <h5 class="card-title" id="title"></h5>
                    <p class="card-text" id="content"></p>
                </div>
                <ul class="list-group list-group-flush">
                    <li class="list-group-item" id="first-name"></li>
                    <li class="list-group-item" id="date_of_birth"></li>
                </ul>
                <button class="get-random-user-btn">Fetch Blog</button>
            </div>

        </div>
        <div class="containers">
            <div class="card" style="width: 30rem; height: 32rem;">
                <img src="" class="card-img-top" alt="..." id="image2">
                <div class="card-body">
                    <h5 class="card-title" id="title2"></h5>
                    <p class="card-text" id="content2"></p>
                </div>
                <ul class="list-group list-group-flush">
                    <li class="list-group-item" id="first-name2"></li>
                    <li class="list-group-item" id="date_of_birth2"></li>
                </ul>
                <button class="get-random-user-btn2">Fetch Blog</button>
            </div>
        </div>
        <div class="containers">
            <div class="card" style="width: 30rem; height: 32rem;">
                <img src="" class="card-img-top" alt="..." id="image3">
                <div class="card-body">
                    <h5 class="card-title" id="title3"></h5>
                    <p class="card-text" id="content3"></p>
                </div>
                <ul class="list-group list-group-flush">
                    <li class="list-group-item" id="first-name3"></li>
                    <li class="list-group-item" id="date_of_birth3"></li>
                </ul>
                <button class="get-random-user-btn3">Fetch Blog</button>
            </div>
        </div>
    </div>
    <style>
        .containers {
            display: flex;
            justify-content: center;
            align-items: center;
            flex-wrap: wrap;
            margin: 10px;
        }

        .card {
            margin: 10px;
            padding: 10px;
            border-radius: 10px;
            box-shadow: 0 0 10px rgba(0, 0, 0, 0.5);
            width: 300px;
        }
        .main{
            display: flex;
            /* flex-wrap: wrap; */
        }
        .card-img-top{
            height: 200px;
            
        }
    </style>

</body>
<script>
    const imageContainer = document.getElementById('image-container');
    const details = document.getElementById('details');
    const url = 'https://random-data-api.com/api/v2/users?response_type=json'
    const firstName = document.getElementById('first-name');
    const content = document.getElementById('content');
    const image = document.getElementById('image');
    const date_of_birth = document.getElementById('date_of_birth');
    const title = document.getElementById('title');
    const getBtn = document.querySelector('.get-random-user-btn');
    const getBtn2 = document.querySelector('.get-random-user-btn2');
    const getBtn3 = document.querySelector('.get-random-user-btn3');

    const max = 10;
    const min = 1;
    const contentApiUrl = 'https://jsonplaceholder.typicode.com/posts?_limit=3';

    const image2 = document.getElementById('image2');
    const title2 = document.getElementById('title2');
    const content2 = document.getElementById('content2');
    const firstName2 = document.getElementById('first-name2');
    const date_of_birth2 = document.getElementById('date_of_birth2');

    const image3 = document.getElementById('image3');
    const title3 = document.getElementById('title3');
    const content3 = document.getElementById('content3');
    const firstName3 = document.getElementById('first-name3');
    const date_of_birth3 = document.getElementById('date_of_birth3');


    var images = {
        image1: 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        image2: 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",
        image3: 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",
        image4: 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        content1: "The Editorial page for Science is a high-profile and influential space for commentary that serves the global scientific community. We are always striving to publish",
        content2: "I really, really wish that I were not writing about Sarepta again. But here we are. Perhaps a quick review will explain my reluctance. Back in 2013, the company was",
        content3: "The literature is (sadly) full of studies that cannot be replicated if anyone actually tries it. But once in a while you come across one that cannot be replicated because",
        content4: "if anyone actually tries it. But once is a high-profile and influential space for commentary that serves the global scientific cif anyone actually tries it. But once striving to publish",
        content5: "The Editorial page for Science is a high-profile and influential space for commentary that serves the global scientific community. We are always striving to publish",
        content6: " be replicated wish that I were not writing about Sarepta again. But here we are. Perhaps a quick review will explain my reluctance. Back in 2013, the company was",
        content7: "The literature is (sadly) full of studies that cannot be replicated if anyone actually tries it. But once in a while you come across one that cannot be replicated because",
        content8: "if anyone actually tries it. But once is a high-profile and influential space for commentary that serves the global scientific cif anyone actually tries it. But once striving to publish",
        content9: "really wish that I were for Science is a high-profile and influential space for commentary that serves the global scientific community. We are always striving to publish",
        content10: "But here we are, wish that I were not writing about Sarepta again. But here we are. Perhaps a quick review will explain my reluctance. Back in 2013, the company was"
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        image.src = images[rimage];
        

        var rcontent = "Content" + number;
        content.innerText = contents[rcontent];
    }

    getUser(url)

    getBtn.addEventListener('click', getUser)

    let getUser2 = () => {
        //    fetch(url).then(resp => resp.json()).then(data => console.log(data.first_name,data.last_name))
        //    fetch(contentApiUrl).then(resp => resp.json()).then(data => console.log(data))

        fetch(url).then(resp => resp.json()).then(data => {
            title2.innerText = "Title : " + data.employment.title;
            firstName2.innerHTML = "Author : " + data.first_name;
            date_of_birth2.innerText = "Date : " + data.date_of_birth;
            content2.innerText = "Content : " + contents.content1;


        });
        var number = Math.floor(Math.random() * (max - min + 1)) + min;
        var rimage = "image" + number;
        image2.src = images[rimage];

        var rcontent = "Content" + number;
        content2.innerText = contents[rcontent];
    }

    getUser2(url)

    getBtn2.addEventListener('click', getUser2)

    let getUser3 = () => {
        //    fetch(url).then(resp => resp.json()).then(data => console.log(data.first_name,data.last_name))
        //    fetch(contentApiUrl).then(resp => resp.json()).then(data => console.log(data))

        fetch(url).then(resp => resp.json()).then(data => {
            title3.innerText = "Title : " + data.employment.title;
            firstName3.innerHTML = "Author : " + data.first_name;
            date_of_birth3.innerText = "Date : " + data.date_of_birth;
            content3.innerText = "Content : " + contents.content1;

        });
        var number = Math.floor(Math.random() * (max - min + 1)) + min;
        var rimage = "image" + number;
        image3.src = images[rimage];

        var rcontent = "Content" + number;
        content3.innerText = contents[rcontent];

    }

    getUser3(url)

    getBtn3.addEventListener('click', getUser3)


</script>

</html>