In addition to the standard FluentDocker usage, it adds the ability to use easy testing with containers via XUnit.
For example, fire up a Postgres container inside the test could look like this
public class PostgresXUnitTests : IClassFixture<PostgresTestBase>
{
[Fact]
public void Test()
{
// We now have a running Postgres
// and a valid connection string to use.
}
}
This library enables docker
and docker-compose
interactions using a Fluent API. It is supported on Linux, Windows and Mac. It also has support for the legacy docker-machine
interactions.
Have a look at the project site for more information.
Sample Fluent API usage
using (
var container =
new Builder().UseContainer()
.UseImage("kiasaki/alpine-postgres")
.ExposePort(5432)
.WithEnvironment("POSTGRES_PASSWORD=mysecretpassword")
.WaitForPort("5432/tcp", 30000 /*30s*/)
.Build()
.Start())
{
var config = container.GetConfiguration(true);
Assert.AreEqual(ServiceRunningState.Running, config.State.ToServiceState());
}
The following snippet fires up Postgres and waits for it to be ready. It uses docker-compose file to perform the task.
var file = Path.Combine(Directory.GetCurrentDirectory(),
(TemplateString) "Resources/ComposeTests/WordPress/docker-compose.yml");
using (var svc = new Builder()
.UseContainer()
.UseCompose()
.FromFile(file)
.RemoveOrphans()
.WaitForHttp("wordpress", "http://localhost:8000/wp-admin/install.php")
.Build().Start())
{
// We now have a running WordPress with a MySql database
var installPage = await "http://localhost:8000/wp-admin/install.php".Wget();
Assert.IsTrue(installPage.IndexOf("https://wordpress.org/", StringComparison.Ordinal) != -1);
Assert.AreEqual(1, svc.Hosts.Count); // The host used by compose
Assert.AreEqual(2, svc.Containers.Count); // We can access each individual container
Assert.AreEqual(2, svc.Images.Count); // And the images used.
}
👀 It has tons of features, including a low-level command style, services and finally, the Fluent API on top of it.