Installs and configures MariaDB client or server.
A word of caution: I have not tested it on anything beside CentOS 6.4 with chef solo. I would be happy to accept patches for other platforms!
Chef 0.10.10+.
- Debian, Ubuntu
- CentOS, Red Hat, Fedora
- Mac OS X (Using homebrew)
Tested on:
- CentOS 5.10, 6.5, 7.0
- Ubuntu 10.04, 12.04, 14.04
See TESTING.md for information about running tests in Opscode's Test Kitchen.
Requires Opscode's openssl cookbook for secure password generation. See Attributes and Usage for more information.
The RubyGem installation in the mysql::ruby recipe requires a C compiler and Ruby development headers to be installed in order to build the mysql gem.
The RubyGem installation in the mariadb::ruby recipe requires a C compiler and Ruby development headers to be installed in order to build the mariadb gem.
Requires homebrew cookbook on Mac OS X.
The LWRP that used to ship as part of this cookbook has been refactored into the database cookbook. Please see the README for details on updated usage.
See the attributes/server.rb or attributes/client.rb for default values. Several attributes have values that vary based on the node's platform and version.
-
node['mariadb']['port']- Listen port for MySQLd -
node['mariadb']['data_dir']- Location for mysql data directory.WARNINGThis will only on initial converge. It will not move data around if you change it. -
node['mariadb']['client']['packages']- An array of package names that should be installed on "client" systems. This can be modified, e.g., to specify packages for Percona. -
node['mariadb']['server']['packages']- An array of package names that should be installed on "server" systems. This can be modified, e.g., to specify packages for Percona. -
node['mariadb']['auto-increment-increment']- auto-increment-increment value in my.cnf -
node['mariadb']['auto-increment-offset]- auto-increment-offset value in my.cnf -
node['mariadb']['server']['basedir']- Base directory where MariaDB is installed -
node['mariadb']['bind_address']- Listen address for MariaDBd -
node['mariadb']['ec2_path']- location of mariadb data_dir on EC2 nodes -
node['mariadb']['grants_path']- Path where the grants.sql should be written -
node['mariadb']['mysqladmin_bin']- Path to the mysqladmin binary -
node['mariadb']['server']['old_passwords']- Sets theold_passwordsvalue in my.cnf. -
node['mariadb']['server']['pid_file']- Path to the mariadbd.pid file -
node['mariadb']['server']['reload_action']- Action to take when mariadb conf files are modified. Also allows "reload" and "none". -
node['mariadb']['server']['root_group']- The default group of the "root" user -
node['mariadb']['server']['service_name']- The name of the mariadbd service -
node['mariadb']['server']['socket']- Path to the mariadbd.sock file -
node['mariadb']['root_network_acl']- Set define the network the root user will be able to login from, default is nil
Performance and other "tunable" attributes are under the node['mariadb']['tunable'] attribute, corresponding to the same-named parameter in my.cnf, and the default values are used. See attributes/server.rb.
By default, a MariaDB installation has an anonymous user, allowing anyone to log into MariaDB without having to have a user account created for them. This is intended only for testing, and to make the installation go a bit smoother. You should remove them before moving into a production environment.
node['mariadb']['remove_anonymous_users']- Remove anonymous users
Normally, root should only be allowed to connect from 'localhost'. This ensures that someone cannot guess at the root password from the network.
-
node['mariadb']['allow_remote_root']- If true Sets root access from '%'. If false deletes any non-localhost root users. -
node['mariadb']['remove_test_database']- Delete the test database and access to it.
The following attributes are randomly generated passwords handled in the mariadb::server recipe, using the OpenSSL cookbook's secure_password helper method. These are set using the set_unless node attribute method, which allows them to be easily overridden e.g. in a role.
node['mariadb']['server_root_password']- Set the server's root passwordnode['mariadb']['server_repl_password']- Set the replication user 'repl' passwordnode['mariadb']['server_debian_password']- Set the debian-sys-maint user password
The following attributes are specific to Windows platforms.
node['mariadb']['client']['version']- The version of MariaDB connector to install.node['mariadb']['client']['arch']- Force 32 bit to work with the mariadb gemnode['mariadb']['client']['package_file']- The MSI file for the mariadb connector.node['mariadb']['client']['url']- URL to download the mariadb connector.node['mariadb']['client']['packages']- Similar to other platforms, this is the name of the client package.node['mariadb']['client']['basedir']- Base installation locationnode['mariadb']['client']['lib_dir']- Libraries under the base locationnode['mariadb']['client']['bin_dir']- binary directory under base locationnode['mariadb']['client']['ruby_dir']- location where the Ruby binaries will be
Further information is already available at Symantec and Deutsche Telekom (German)
- default['mariadb']['security']['chroot'] - chroot
- default['mariadb']['security']['safe_user_create'] - safe-user-create
- default['mariadb']['security']['secure_auth'] - secure-auth
- default['mariadb']['security']['skip_symbolic_links'] - [skip-symbolic-links](http://dev.mysql.com/doc/refman/5.7/en/server- options.html#option_mysqld_symbolic-links)
- default['mariadb']['security']['skip_show_database'] - skip-show-database
- default['mariadb']['security']['local_infile'] - local-infile
On client nodes, use the client (or default) recipe:
{ "run_list": ["recipe[mariadb::client]"] }This will install the MariaDB client libraries and development headers on the system.
On nodes which may use the database cookbook's mariadb resources, also use the ruby recipe. This installs the mariadb RubyGem in the Ruby environment Chef is using via chef_gem.
{ "run_list": ["recipe[mariadb::client]", "recipe[mariadb::ruby]"] }If you need to install the mariadb Ruby library as a package for your system, override the client packages attribute in your node or role. For example, on an Ubuntu system:
{
"mariadb": {
"client": {
"packages": ["mariadb-client", "libmariadbclient-dev","ruby-mariadb"]
}
}
}This creates a resource object for the package and does the installation before other recipes are parsed. You'll need to have the C compiler and such (ie, build-essential on Ubuntu) before running the recipes, but we already do that when installing Chef :-).
On server nodes, use the server recipe:
{ "run_list": ["recipe[mariadb::server]"] }On Debian and Ubuntu, this will preseed the mariadb-server package with the randomly generated root password in the recipe file. On other platforms, it simply installs the required packages. It will also create an SQL file, /etc/mariadb/grants.sql, that will be used to set up grants for the root, repl and debian-sys-maint users.
The recipe will perform a node.save unless it is run under chef-solo after the password attributes are used to ensure that in the event of a failed run, the saved attributes would be used.
On EC2 nodes, use the server_ec2 recipe and the mariadb data dir will be set up in the ephmeral storage.
{ "run_list": ["recipe[mariadb::server_ec2]"] }When the ec2_path doesn't exist we look for a mounted filesystem (eg, EBS) and move the data_dir there.
The client recipe is already included by server and 'default' recipes.
For more infromation on the compile vs execution phase of a Chef run:
These node attributes are stored on the Chef server when using chef-client. Because chef-solo does not connect to a server or save the node object at all, to have the same passwords persist across chef-solo runs, you must specify them in the json_attribs file used. For example:
{
"mariadb": {
"server_root_password": "iloverandompasswordsbutthiswilldo",
"server_repl_password": "iloverandompasswordsbutthiswilldo",
"server_debian_password": "iloverandompasswordsbutthiswilldo"
},
"run_list":["recipe[mariadb::server]"]
}- Author:: Joshua Timberman (joshua@opscode.com)
- Author:: AJ Christensen (aj@opscode.com)
- Author:: Seth Chisamore (schisamo@opscode.com)
- Author:: Brian Bianco (brian.bianco@gmail.com)
- Author:: Jesse Howarth (him@jessehowarth.com)
- Author:: Andrew Crump (andrew@kotirisoftware.com)
- Author:: Christoph Hartmann (chris@lollyrock.com)
- Author:: Sean OMeara (someara@opscode.com)
Copyright:: 2009-2013 Opscode, Inc
- Author:: Joe Rocklin (<joe.rocklin@gmail.com>)
Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
You may obtain a copy of the License at
http://www.apache.org/licenses/LICENSE-2.0
Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an "AS IS" BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.