create_db() {
    /opt/lampp/bin/mariadb -u violet -p -e "DROP DATABASE IF EXISTS vintagecodingdotnet;";
    /opt/lampp/bin/mariadb -u violet -p -e "CREATE DATABASE vintagecodingdotnet;";

    # Create file_types table.
    /opt/lampp/bin/mariadb -u violet -p -e "
    USE vintagecodingdotnet;
    CREATE TABLE file_types (
        file_type_id INT PRIMARY KEY AUTO_INCREMENT,
        file_type VARCHAR(8)
    );";

    # Create the media table.
    /opt/lampp/bin/mariadb -u violet -p -e "
    USE vintagecodingdotnet;
    CREATE TABLE media (
        media_id INT PRIMARY KEY,
        file_name TINYTEXT NOT NULL,
        file_path VARCHAR(2048) NOT NULL,
        file_type INT NOT NULL,
        FOREIGN KEY (file_type) REFERENCES file_types(file_type_id)
    );";

    # Create the roles table.
    /opt/lampp/bin/mariadb -u violet -p -e "
    USE vintagecodingdotnet;
    CREATE TABLE roles (
        role_id INT PRIMARY KEY AUTO_INCREMENT,
        role VARCHAR(32) NOT NULL
    );";

    # Create the accounts table.
    /opt/lampp/bin/mariadb -u violet -p -e "
    USE vintagecodingdotnet;
    CREATE TABLE accounts (
        account_id INT PRIMARY KEY,
        username VARCHAR(32) UNIQUE NOT NULL,
        first_name VARCHAR(64) NOT NULL,
        last_name VARCHAR(64) NOT NULL,
        email VARCHAR(64) UNIQUE NOT NULL,
        password_hash VARCHAR(64) NOT NULL,
        role INT NOT NULL,
        registration_date DATETIME,
        bio TINYTEXT,
        profile_picture INT,
        FOREIGN KEY (role) REFERENCES roles(role_id),
        FOREIGN KEY (profile_picture) REFERENCES media(media_id)
    );";

    # Create the article_status table.
    /opt/lampp/bin/mariadb -u violet -p -e "
    USE vintagecodingdotnet;
    CREATE TABLE article_status (
        status_id INT PRIMARY KEY AUTO_INCREMENT,
        status VARCHAR(16) NOT NULL
    );";

    # Create the articles table.
    /opt/lampp/bin/mariadb -u violet -p -e "
    USE vintagecodingdotnet;
    CREATE TABLE articles (
        article_id INT PRIMARY KEY AUTO_INCREMENT,
        account_id INT NOT NULL,
        title VARCHAR(128) UNIQUE NOT NULL,
        slug VARCHAR(128) UNIQUE NOT NULL,
        content LONGTEXT NOT NULL,
        publish_date DATETIME,
        last_modified DATETIME NOT NULL,
        status INT NOT NULL,
        featured_image INT,
        excerpt VARCHAR(255),
        FOREIGN KEY (account_id) REFERENCES accounts(account_id),
        FOREIGN KEY (status) REFERENCES article_status(status_id)
    );";
}

# Insert data constants into the database.
# Acceptable file types: png, jpg, jpeg, svg.
# Acceptable roles: administrator, contributor, commenter, guest.
# Acceptable article status: published, draft, archived.
#
# Also creates administrator user
const_data() {
    # Insert the data to the file_types table.
    # Acceptable file types are png, jpg, jpeg, svg
    /opt/lampp/bin/mariadb -u violet -p -e "
    USE vintagecodingdotnet;
    INSERT INTO file_types (file_type) VALUES ('png'), ('jpg'), ('jpeg'), ('svg');
    ";

    # Insert the data to the roles table.
    /opt/lampp/bin/mariadb -u violet -p -e "
    USE vintagecodingdotnet;
    INSERT INTO roles (role) VALUES ('administrator'), ('contributor'), ('commenter'), ('guest');
    ";

    # Insert the data to the article_status table.
    /opt/lampp/bin/mariadb -u violet -p -e "
    USE vintagecodingdotnet;
    INSERT INTO article_status (status) VALUES ('published'), ('draft'), ('archived');
    ";

    # Create an administrator user.
    /opt/lampp/bin/mariadb -u violet -p -e "
    USE vintagecodingdotnet;
    INSERT INTO accounts
        (account_id, username, email, password_hash, role, registration_date, bio, profile_picture) VALUES
        (42, 'admin', 'me@joshashton.dev', 'e03b1a00caa6e8113a3bc3e7101ecbd0fea710f5e091e7b195bdba53bbeb004e', 1, CURDATE(), null, null);
    ";
}

insert_data() {
    /opt/lampp/bin/mariadb -u violet -p -e "
    USE vintagecodingdotnet;
    INSERT INTO articles (article_name) VALUES
        ('test'),
        ('another test'),
        ('a third test');
    ";
}

create_db
const_data