619 lines
20 KiB
Markdown
619 lines
20 KiB
Markdown
1. [Overview](#1-overview)
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2. [Features](#2-features)
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3. [Installation](#3-installation)
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4. [Configuration](#4-configuration)
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5. [The API](#5-the-api)
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6. [DynDNS](#6-dyndns)
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7. [Conclusion](#7-conclusion)
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// important: Migration to v2022.2
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ALTER TABLE `panels` ADD `self` INT NOT NULL DEFAULT '0' AFTER `apikey`;
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<a name="overview"></a>
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# 1. Overview
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This package provides an API for the Bind nameserver.
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It consists of two parts, the API itself and a CLI tool to configure the available functions.
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<a name="features"></a>
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# 2. Features
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## 2.1. CLI
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The CLI is used to perform configuration and some checks:
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* check
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- Permissions: The API needs to be able to access some files and create new ones
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- Panels: This checks one or all panels if every nameserver is aware of all domains
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- Domain: Check is all support files for domains on this NS are existing
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* panels
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- List: List all panels which are configured on this server
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- Create: Adds a new panel to the configuration
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- Update: Changes one or more parameters of the panel
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- Delete: Deletes the given panel
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- ApiPing: Calls the /ping endpoint of the given server or all if no Panel is specified
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- some additional API call might be added
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* nameservers
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- similar to panels, but for the nameservers
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* domains
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- similar usage to panels/domains, manage all slave zones
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* apikeys
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- manage the keys to access this nameserver via API
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# 2.2. API
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The API is a RESTful API, there is a self explaining Swagger/OpenAPI available.
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<a name="installation"></a>
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# 3. Installation
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You can install the bindAPI on either a standalone server or an existing KeyHelp Panel. However, slave zones are only managed for masters which lie on Keyhelp panels.
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## 3.1. Installation on a KeyHelp panel
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In KeyHelp, install PHP 8.1.
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This is mandatory, the API relies on features only available since PHP 8.0.
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It might run on PHP 8.0 but has not been tested as there is no reason not to install PHP 8.1.
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So head over to:
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Settings => Configuration => Feature Settings => PHP Interpreter
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Set the checkmark and press Save.
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Wait about a minute, the installation is started via a cronjob which runs every minute.
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Now you see the newly installed PHP interpreters:
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Next create a domain, e.g. ns1.24unix.net:
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I created the domain in ns1.24unix.net below the /www folder.
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We'll change the base directory later.
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Now we need to log into our server, using e.g. iTerm2 or under Linux whichever terminal you prefer.
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As root (or via sudo):
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`apt install git wget`
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We need this to check out the bindAPi from git later.
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So as we are still root, we need to install composer, two reasonable locations are under ~/bindAPI/bin or /usr/local/bin.
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(~ stands for the home folder)
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Here I will install it under /usr/local/bin, in the example with the standalone server I'll install it under /bindAPI/bin.
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`wget https://getcomposer.org/installer`
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`php installer --install-dir=/usr/local/bin --filename=composer`
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Now we can change into our new user, remind to give him shell access in the panel.
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`su - tfunix`
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In my example I assume the user is called tfunix, his home points to /home/users/tfunix.
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Base directory for the bindAPI is ~/www/ns1.24unix.net/bindApi.
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So, we head over to our directory:
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`cd www/ns1.24unix.net/bindAPI`
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Remove the defaults files:
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`rm *`
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Next, we'll need to fetch the bindAPI. As of now, the latest release is 1.0.1:
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https://git.24unix.net/tracer/bindAPI/archive/1.0.1.tar.gz
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I'd suggest checking here for the latest version:
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https://git.24unix.net/tracer/bindAPI/releases
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Or just use git to checkout the latest update:
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```
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git clone https://git.24unix.net/tracer/bindAPI.git
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Cloning into 'bindAPI'...
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remote: Enumerating objects: 878, done.
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remote: Counting objects: 100% (878/878), done.
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remote: Compressing objects: 100% (670/670), done.
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remote: Total 878 (delta 510), reused 225 (delta 139), pack-reused 0
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Receiving objects: 100% (878/878), 3.25 MiB | 4.46 MiB/s, done.
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Resolving deltas: 100% (510/510), done.
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```
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We need to pull the dependencies for composer:
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`/usr/bin/keyhelp-php81 /usr/local/bin/composer update`
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You might notice a quite strange command. We need to call php with full path, and explicitly the 8.1 version. KeyHelp
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relies on the default PHP installation, so the php binary will always point to 7.4 when you're on Debian Bullseye.
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So, in bin/console the path to /usr/bin/keyhelp-php81 is hardcoded after the shebang, a step we have to remind if we
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install the standalone version.
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Now make the CLI executable:
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`chmod +x bin/console`
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And give it a try:
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```
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% ./bin/console
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Missing config file
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Should I create a new config based on config.json.sample? (y/N): n
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You first have to setup the bindAPI. Bye.
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```
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So now we can head back to our panel and set the Document root to /home/users/tfunix/ns1.24unix.net/bindAPI/public.
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Additionally, we have to change the open_basedir directive:
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`##DOCROOT##/www:##DOCROOT##/files:##DOCROOT##/tmp:/etc/bind:/etc/bind/local.zones`
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and remove exec from disabled functions.
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OK, we are finished with the installation and head over to the [4. Configuration](#4-configuration).
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## 3.2. Installation on a plain Debian Bullseye
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So, at first you should read and understand all steps in 3.1, as we will learn only the differences.
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We assume that you're on a fresh minimal installation.
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You need at first to pull some essentials:
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`apt install git vim wget zsh`
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To get access to all flavors of PHP sury.org is the perfect match, he's also the official maintainer für the Debian PHP packages (and Ubuntu, as anyone would care).
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Execute this commands:
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```apt -y install apt-transport-https lsb-release ca-certificates curl
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wget -O /etc/apt/trusted.gpg.d/php.gpg https://packages.sury.org/php/apt.gpg
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echo "deb https://packages.sury.org/php/ $(lsb_release -sc) main" > /etc/apt/sources.list.d/php.list
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apt update
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```
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We need at least php-fpm, php-cli, and besides that php-curl, php-xml and php-mbstring:
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`apt install ph8.1-fpm, php8.1-cli php8.1-curl php8.1-xml php8.1-mbstring`
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So, to be compatible with KeyHelp, we create a symlink:
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`ln -s /usr/bin/php /usr/bin/keyhelp-php81`
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We also need MariaDB, the successor of MySQL.
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(Maria is the second daughter of Michael Widenius, guess what, his first is named My.
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So MySQL and MariaDB even makes more sense ^^)
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`apt install mysql`
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And, we need the webserver, of course:
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`apt install apache2 libapache-mod-fcgid php8.1-fpm`
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And enable fpm support:
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`a2econf php8.1-fpm`
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Disable the default site:
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`a2dissite 000*`
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```
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<VirtualHost *:80>
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ServerName ns1.24unix.net
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ServerAdmin tracer@24unix.net
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DocumentRoot /var/www/html
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ErrorLog ${APACHE_LOG_DIR}/ns1.24unix.net/error.log
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CustomLog ${APACHE_LOG_DIR}/ns1.24unix.net/access.log combined
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RewriteEngine on
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RewriteCond %{SERVER_NAME} =ns1.24unix.net
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RewriteRule ^ https://%{SERVER_NAME}%{REQUEST_URI} [END,NE,R=permanent]
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</VirtualHost>
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```
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```
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<IfModule mod_ssl.c>
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<VirtualHost *:443>
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ServerName ns1.24unix.net
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ServerAdmin tracer@24unix.net
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Protocols h2 h2c http/1.1
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DocumentRoot /var/www/html/bindAPI/public
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ErrorLog ${APACHE_LOG_DIR}/ns1.24unix.net/error.log
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CustomLog ${APACHE_LOG_DIR}/ns1.24unix.net/access.log combined
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SSLCertificateFile /etc/letsencrypt/live/ns1.24unix.net/fullchain.pem
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SSLCertificateKeyFile /etc/letsencrypt/live/ns1.24unix.net/privkey.pem
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Include /etc/letsencrypt/options-ssl-apache.conf
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<FilesMatch \.php$>
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SetHandler "proxy:unix:/run/php/php8.1-fpm.sock|fcgi://localhost"
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</FilesMatch>
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<Directory /var/www/html/bindAPI/public>
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Options -Indexes +FollowSymLinks +MultiViews
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AllowOverride All
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Require all granted
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</Directory>
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</VirtualHost>
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</IfModule>
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```
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php installer --install-dir=./bin/ TODO
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/usr/bin/keyhelp-php81 bin/composer.phar update
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<a name="configuration"></a>
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# 4. Configuration
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So, another call of our binary, this time we agree to get a config written:
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```
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# ./bin/console
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Missing config file
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Should I create a new config based on config.json.sample? (y/N): y
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Config file has been generated. Adjust it to your needs, then proceed to database setup.
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```
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So, what's in it?
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```
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cat config.json
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{
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"dbHost": "localhost",
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"dbPort": 3306,
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"dbDatabase": "sampledb",
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"dbUser": "sampleuser",
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"dbPassword": "secret",
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"debug": false
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}
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```
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We'll start the installer another time:
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```
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$ ./bin/console
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SQLSTATE[HY000] [1698] Access denied for user 'sampleuser'@'localhost'
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Did you create the database and adjust the config file?
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You can create database an user via a panel or manually in mysql shell:
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Created an initial password: T6BpmtNk
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CREATE DATABASE bindAPI;
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CREATE USER 'bindAPI'@'localhost' IDENTIFIED BY 'T6BpmtNk';
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GRANT SELECT, INSERT, UPDATE, DELETE, CREATE, INDEX, DROP, ALTER, CREATE TEMPORARY TABLES, LOCK TABLES ON bindAPI.* TO 'bindAPI'@'localhost';
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There is no need to run FLUSH PRIVILEGES when using GRANT!
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```
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So, now it offers us the SQL statements to create a new user and database and set permissions. If were on plain debian,
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we just can copy and paste (the password is random) this as root into mysql.
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If we're using the panel, lets create a database and write down the credentials and update config.json.
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And another call to the console:
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```
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$ ./bin/console
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Error: Cannot find tables.
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Should I try to create them? (y/N): y
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Tables have been created.
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```
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When we now call the console it displays it's options:
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Now we can finally begin to populate our configuration.
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We assume ns1 and ns2 are already configured, so we add them to the local config:
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```
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$ ./bin/console nameservers:create ns1.24unix.net a=176.9.165.128 aaaa=2a01:4f8:161:12cd::128 apikey=61f27a57c9d1f.[truncated]
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Nameserver ns1.24unix.net has been created with id 1
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```
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And the same procedure for ns2, and now we have:
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```
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$ ./bin/console nameservers:list
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All available nameservers:
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+------+------------------+------------------+---------------------------------------+-----------------+
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| ID | Name | A | AAAA | API Key |
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+------+------------------+------------------+---------------------------------------+-----------------+
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| 1 | ns1.24unix.net | 176.9.165.128 | 2a01:4f8:161:12cd::128 | 61f27a57c9d1f |
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| 2 | ns2.24unix.net | 37.120.185.117 | 2a03:4000:f:5e2:a80c:2dff:fed1:e109 | 61eef211dea9a |
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+------+------------------+------------------+---------------------------------------+-----------------+
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```
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Now we can ping the API to check if our servers are alive.
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We have to add --verbose to the command, because it can also be used to monitor the server in cron jobs where no output is desired, only the result code.
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```
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$ ./bin/console --verbose nameservers:apiping
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ns1.24unix.net 176.9.165.128 pong 2a01:4f8:161:12cd::128 pong
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ns2.24unix.net 37.120.185.117 pong 2a03:4000:f:5e2:a80c:2dff:fed1:e109 pong
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```
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Now we can add all our panels:
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```
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$ ./bin/console panels:create executor.24unix.net a=176.9.165.128 aaaa=2a01:4f8:161:12cd::128 apikey=Lo7jsXYQ.[truncated]
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Panel executor.24unix.net has been created with id 28
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```
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Oups. The autoincrement ID should be 1, I'll fix that.
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OK, now we've got all our panels:
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```
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$ ./bin/console panels:list
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All available panels:
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+------+--------------------------+------------------+---------------------------------------+------------+
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| ID | Name | A | AAAA | API Key |
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+------+--------------------------+------------------+---------------------------------------+------------+
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| 28 | executor.24unix.net | 176.9.165.128 | 2a01:4f8:161:12cd::128 | Lo7jsXYQ |
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| 33 | imperial.24unix.net | 176.9.165.130 | 2a01:4f8:161:12cd::130 | AFB0Gm7C |
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| 32 | interdictor.24unix.net | 176.9.165.131 | 2a01:4f8:161:12cd::131 | qsrlTNIu |
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| 31 | paz.24unix.net | 176.9.165.134 | 2a01:4f8:161:12cd::134 | DquWO8vf |
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| 29 | shadow.24unix.net | 37.120.185.117 | 2a03:4000:f:5e2:a80c:2dff:fed1:e109 | o2CtvTQh |
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| 30 | tector.24unix.net | 176.9.165.137 | 2a01:4f8:161:12cd::137 | HJwrfMd7 |
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+------+--------------------------+------------------+---------------------------------------+------------+
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```
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Look if they're alive:
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```
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$ ./bin/console --verbose panels:apiping
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executor.24unix.net 176.9.165.128 pong 2a01:4f8:161:12cd::128 pong
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imperial.24unix.net 176.9.165.130 pong 2a01:4f8:161:12cd::130 pong
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interdictor.24unix.net 176.9.165.131 pong 2a01:4f8:161:12cd::131 pong
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paz.24unix.net 176.9.165.134 pong 2a01:4f8:161:12cd::134 pong
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shadow.24unix.net 37.120.185.117 pong 2a03:4000:f:5e2:a80c:2dff:fed1:e109 pong
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tector.24unix.net 176.9.165.137 pong 2a01:4f8:161:12cd::137 pong
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```
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OK, Nameservers ✅
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Panels ✅
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What's next? Check the domains on each panel:
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```
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$ ./bin/console --verbose check:panels fix=yes
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check all …
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Keyhelp-Panel: executor.24unix.net
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Domain: 24unix.net ns1.24unix.net OK ns2.24unix.net OK
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Keyhelp-Panel: imperial.24unix.net
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Domain: rchelifan.org ns1.24unix.net OK ns2.24unix.net OK
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Keyhelp-Panel: interdictor.24unix.net
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No second level domains found.
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Keyhelp-Panel: paz.24unix.net
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Domain: crowddataworker.de ns1.24unix.net OK ns2.24unix.net OK
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Domain: cdw.one ns1.24unix.net OK ns2.24unix.net OK
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Domain: aussempott.de ns1.24unix.net OK ns2.24unix.net OK
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Domain: fairdns.de ns1.24unix.net OK ns2.24unix.net OK
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Domain: tzazicke.de ns1.24unix.net OK ns2.24unix.net OK
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Keyhelp-Panel: shadow.24unix.net
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No second level domains found.
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Keyhelp-Panel: tector.24unix.net
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No second level domains found.
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```
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The output is a little bit ugly, maybe I'll come up with something nicer.
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So, now we have our nameservers, our panels.
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But only two of them, ns3 is missing, so we're going to add it.
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We create a new key:
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```
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$ ./bin/console apikeys:create
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API key 1 has been generated. Store it in a save place, it cannot be recovered.
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6213acb116613.[truncated]
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```
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And add it to our list of nameservers:
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```
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$ ./bin/console nameservers:create ns3.24unix.net a=212.227.160.159 aaaa=2001:8d8:1801:701::1 apikey=6213acb116613.[truncated]
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Nameserver ns3.24unix.net has been created with id 3
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```
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We can soon start filling our own list of slaves domains.
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But before, we need to check some prerequisites:
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```
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$ ./bin/console check:permissions
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Checking permission:
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UID: 5001
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Name: tfunix
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Checking file: /etc/bind/local.zones
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PHP Warning: fileperms(): stat failed for /etc/bind/local.zones in /home/users/tfunix/www/ns3.24unix.net/bindAPI/src/Controller/DomainController.php on line 121
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❌Group needs write permission!
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Checking /etc/bind/named.conf.local
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❌ /etc/bind/local.zones needs to be included in /etc/bind/named.conf.local .
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Checking directory: /etc/bind/zones/
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PHP Warning: fileperms(): stat failed for /etc/bind/zones/ in /home/users/tfunix/www/ns3.24unix.net/bindAPI/src/Controller/DomainController.php on line 140
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❌Group needs write permission!
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```
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So, there are a few manual steps needed.
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tfunix has to be a group member of the „bind“ group.
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As root perform:
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`usermod -G bind tfunix`
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(Mind that it is a capital G, else you'll change the primary group and the checks will fail.
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Don't ask how I noticed …)
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We now have to logout and login with tfunix for the changes to apply.
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After new login it should look like this:
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```
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$ id
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uid=5001(tfunix) gid=113(bind) groups=113(bind),1001(keyhelp_file_manager)
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```
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We again need root:
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```
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touch /etc/bind/local.zones
|
|
chown bind:bind /etc/bind/local.zones
|
|
echo 'include "/etc/bind/local.zones";' >> /etc/bind/named.conf.local
|
|
|
|
mkdir /etc/bind/zones
|
|
chown bind:bind /etc/bind/zones
|
|
chmod g+w /etc/bind/zones
|
|
```
|
|
|
|
Now it looks better:
|
|
|
|
```
|
|
$ ./bin/console check:permissions
|
|
Checking permission:
|
|
|
|
UID: 5001
|
|
Name: tfunix
|
|
✅ is in group 'bind
|
|
Checking file: /etc/bind/local.zones
|
|
✅ Group has write access .
|
|
Checking /etc/bind/named.conf.local
|
|
✅ /etc/bind/local.zones is included in /etc/bind/named.conf.local
|
|
Checking directory: /etc/bind/zones/
|
|
✅ Group has write access .
|
|
```
|
|
|
|
Now, there is one manual step left, for now.
|
|
We have to go to each panel and add an include file.
|
|
BUT: This is a temporary workaround, a later version of Keyhelp will enable us to automate this step.
|
|
|
|
So, execute ./bin/console check:showincludes:
|
|
|
|
```
|
|
./bin/console check:showincludes
|
|
You need to add these lines to /etc/bind/local.bindapi.options and make sure
|
|
that include "/etc/bind/local.bindapi.options"; exists in /etc/bind/named.conf.options.
|
|
|
|
allow-transfer {
|
|
176.9.165.128;
|
|
2a01:4f8:161:12cd::128;
|
|
37.120.185.117;
|
|
2a03:4000:f:5e2:a80c:2dff:fed1:e109;
|
|
212.227.160.159;
|
|
2001:8d8:1801:701::1;
|
|
};
|
|
also-notify {
|
|
176.9.165.128;
|
|
2a01:4f8:161:12cd::128;
|
|
37.120.185.117;
|
|
2a03:4000:f:5e2:a80c:2dff:fed1:e109;
|
|
212.227.160.159;
|
|
2001:8d8:1801:701::1;
|
|
};
|
|
|
|
After the modification feel free to run named-checkconf to ensure there were no errors.
|
|
```
|
|
|
|
When all steps are prepared a first test:
|
|
|
|
```
|
|
$ ./bin/console check:panels 31
|
|
Keyhelp-Panel: paz.24unix.net
|
|
Domain: crowddataworker.de ns1.24unix.net OK ns2.24unix.net OK ns3.24unix.net 404
|
|
Domain: cdw.one ns1.24unix.net OK ns2.24unix.net OK ns3.24unix.net 404
|
|
Domain: aussempott.de ns1.24unix.net OK ns2.24unix.net OK ns3.24unix.net 404
|
|
Domain: fairdns.de ns1.24unix.net OK ns2.24unix.net OK ns3.24unix.net 404
|
|
Domain: tzazicke.de ns1.24unix.net OK ns2.24unix.net OK ns3.24unix.net 404
|
|
```
|
|
|
|
Like expected, our new ns3 doesn't know any of the domains.
|
|
|
|
Now comes the fun part:
|
|
|
|
```
|
|
$ ./bin/console check:panels 31 fix=yes
|
|
Keyhelp-Panel: paz.24unix.net
|
|
Domain: crowddataworker.de ns1.24unix.net OK ns2.24unix.net OK ns3.24unix.net 404 trying to fix …OK
|
|
Domain: cdw.one ns1.24unix.net OK ns2.24unix.net OK ns3.24unix.net 404 trying to fix …OK
|
|
Domain: aussempott.de ns1.24unix.net OK ns2.24unix.net OK ns3.24unix.net 404 trying to fix …OK
|
|
Domain: fairdns.de ns1.24unix.net OK ns2.24unix.net OK ns3.24unix.net 404 trying to fix …OK
|
|
Domain: tzazicke.de ns1.24unix.net OK ns2.24unix.net OK ns3.24unix.net 404 trying to fix …OK
|
|
|
|
tfunix@jarjar:/home/users/tfunix/www/ns3.24unix.net/bindAPI$ ./bin/console check:panels 31
|
|
Keyhelp-Panel: paz.24unix.net
|
|
Domain: crowddataworker.de ns1.24unix.net OK ns2.24unix.net OK ns3.24unix.net OK
|
|
Domain: cdw.one ns1.24unix.net OK ns2.24unix.net OK ns3.24unix.net OK
|
|
Domain: aussempott.de ns1.24unix.net OK ns2.24unix.net OK ns3.24unix.net OK
|
|
Domain: fairdns.de ns1.24unix.net OK ns2.24unix.net OK ns3.24unix.net OK
|
|
Domain: tzazicke.de ns1.24unix.net OK ns2.24unix.net OK ns3.24unix.net OK
|
|
```
|
|
|
|
Yes, all our domains from the given panel have been added to our nameserver.
|
|
|
|
Voila.
|
|
|
|
|
|
<a name="theapi"></a>
|
|
# 5. The API
|
|
On the site you can authorize with an API key (creation of the key is described later in this document).
|
|
|
|
|
|
|
|
And enter you API key:
|
|
|
|
|
|
|
|
After successful authorization you can use the APi via the OpenAPI Interface, e.g. call the /ping endpoint to check if the API is alive.
|
|
|
|
You have to click on „Try it out“:
|
|
|
|
|
|
|
|
|
|
And then hit Execute:
|
|
|
|
|
|
|
|
|
|
Of course, you can issue the same command in your shell:
|
|
|
|
```
|
|
curl -X 'GET' \
|
|
'https://ns1.24unix.net/api/ping' \
|
|
-H 'accept: application/json' \
|
|
-H 'X-API-Key: 61f27a57c9d1f.[truncated]'
|
|
```
|
|
|
|
A helpful tool when dealing with API is [Postman](https://www.postman.com/), if offers the same options as from the
|
|
OpenAPI interface or via shell with curl.
|
|
|
|
|
|
<a name="conclusion"></a>
|
|
|
|
# 6. DynDns
|
|
|
|
# 7. Conclusion
|
|
|
|
|