public async Task CreateDockerEnvironment()
{
// Create the environment using builder pattern
var environment = new DockerEnvironmentBuilder()
.AddContainer("my-nginx", "nginx")
.AddElasticsearchContainer("my-elastic")
.AddMssqlContainer("my-mssql", "HelloK11tt_0")
.Build();
// Up it.
await environment.Up();
// Play with containers.
var mssql = environment.GetContainer <MssqlContainer>("my-mssql");
await PrintMssqlVersion(mssql);
var elastic = environment.GetContainer <ElasticsearchContainer>("my-elastic");
await PrintElasticsearchVersion(elastic);
// Down it.
await environment.Down();
// Dispose (remove).
environment.Dispose();
}
public async Task TwoContainersWithSimilarNames_ShouldStartCorrectly()
{
// Arrange
var environment = new DockerEnvironmentBuilder()
.UseDefaultNetwork()
.SetName("test-env-similar-names")
#if DEBUG
.AddMongoContainer("my-mongo-2", reuseContainer: true)
.AddMongoContainer("my-mongo", tag: "4.0", reuseContainer: true)
#else
.AddMongoContainer("my-mongo-2")
.AddMongoContainer("my-mongo", tag: "4.0")
#endif
.Build();
// Act
await environment.Up();
// Assert
var mongo = environment.GetContainer <MongoContainer>("my-mongo");
var mongo2 = environment.GetContainer <MongoContainer>("my-mongo-2");
PrintMongoVersion(mongo);
PrintMongoVersion(mongo2);
await DisposeEnvironment(environment);
}
public async Task AddMsSqlContainer_WhenContainerIsUp_ShouldPrintMsSqlVersion()
{
// Arrange
var environment = new DockerEnvironmentBuilder()
.UseDefaultNetwork()
.SetName("test-env")
#if DEBUG
.AddMssqlContainer("my-mssql", "HelloK11tt_0", environmentVariables: new Dictionary <string, string> {
["MSSQL_COLLATION"] = "SQL_Latin1_General_CP1_CS_AS"
}, reuseContainer: true)
#else
.AddMssqlContainer("my-mssql", "HelloK11tt_0")
#endif
.Build();
// Act
await environment.Up();
// Assert
var mssql = environment.GetContainer <MssqlContainer>("my-mssql");
await PrintMssqlVersion(mssql);
await DisposeEnvironment(environment);
}
public async Task AddElasticSearchContainer_WhenContainerIsUp_ShouldPrintElasticSearchVersion()
{
// Arrange
var environment = new DockerEnvironmentBuilder()
.UseDefaultNetwork()
.SetName("test-env")
#if DEBUG
.AddElasticsearchContainer("my-elastic", ports: new Dictionary <ushort, ushort> {
[9200] = 9200
}, reuseContainer: true)
#else
.AddElasticsearchContainer("my-elastic")
#endif
.Build();
// Act
await environment.Up();
// Assert
var elastic = environment.GetContainer <ElasticsearchContainer>("my-elastic");
await PrintElasticsearchVersion(elastic);
await DisposeEnvironment(environment);
}
public async Task AddMongoSingleReplicaSetContainer_WhenContainerIsUp_ShouldPrintMongoReplicaSetConfiguration()
{
// Arrange
var environment = new DockerEnvironmentBuilder()
.UseDefaultNetwork()
.SetName("test-env")
.WithLogger(_logger)
// 27017 port is busy in AppVeyor
#if DEBUG
.AddMongoSingleReplicaSetContainer("my-mongo-replicaSet", reuseContainer: true, port: 37017)
#else
.AddMongoSingleReplicaSetContainer("my-mongo-replicaSet", port: 37017)
#endif
.Build();
// Act
await environment.Up();
// Assert
var mongo = environment.GetContainer <MongoSingleReplicaSetContainer>("my-mongo-replicaSet");
await PrintMongoReplicaSetConfiguration(mongo);
await DisposeEnvironment(environment);
}
public async Task CreateDockerEnvironment()
{
// Create the environment using builder pattern
var environment = new DockerEnvironmentBuilder()
.UseDefaultNetwork()
.SetName("test-env")
.AddContainer("my-nginx", "nginx")
#if DEBUG
.AddElasticsearchContainer("my-elastic", reuseContainer: true)
.AddMssqlContainer("my-mssql", "HelloK11tt_0", environmentVariables: new Dictionary <string, string> {
["MSSQL_COLLATION"] = "SQL_Latin1_General_CP1_CS_AS"
}, reuseContainer: true)
#else
.AddElasticsearchContainer("my-elastic")
.AddMssqlContainer("my-mssql", "HelloK11tt_0")
#endif
.Build();
// Up it.
await environment.Up();
// Play with containers.
var mssql = environment.GetContainer <MssqlContainer>("my-mssql");
await PrintMssqlVersion(mssql);
var elastic = environment.GetContainer <ElasticsearchContainer>("my-elastic");
await PrintElasticsearchVersion(elastic);
#if !DEBUG
// Down it.
await environment.Down();
// Dispose (remove).
environment.Dispose();
#endif
}
public static async Task Main(string[] args)
{
await using var dockerEnvironment = new DockerEnvironmentBuilder()
.AddMongoContainer("mongo")
.Build();
await dockerEnvironment.Up();
var mongoContainer = dockerEnvironment.GetContainer <MongoContainer>("mongo");
var host = CreateHostBuilder(args, mongoContainer.GetConnectionString()).Build();
await InitializeDatabaseWithData(host);
await host.RunAsync();
await dockerEnvironment.Down();
}
static async Task Execute()
{
using (var environment = new DockerEnvironmentBuilder()
.AddContainer(
"postgres",
"postgres", "10.7",
environmentVariables: new Dictionary <string, string>
{
{ "POSTGRES_USER", "otdev" },
{ "POSTGRES_PASSWORD", "letmein" },
{ "POSTGRES_DB", "offersdb" }
})
.Build())
{
await environment.Up();
var container = environment.GetContainer("postgres");
Console.WriteLine("Container Info");
Console.WriteLine(JsonConvert.SerializeObject(container, Formatting.Indented));
var connectionString = $"Database=offersdb; User Id=otdev; Password=letmein;Server=localhost; Port={container.Ports.First().Value};";
Console.WriteLine(connectionString);
using (var conn = new NpgsqlConnection(connectionString))
{
conn.Execute("CREATE TABLE Data ( id integer primary key, name text );");
conn.Open();
using (var trx = conn.BeginTransaction())
{
conn.Execute("CREATE INDEX CONCURRENTLY ix_name ON Data (name)");
}
conn.Execute("INSERT INTO Data (id, name) VALUES (1, 'Test')");
var data = conn.Query <TestData>("select * from Test");
foreach (var item in data)
{
Console.WriteLine(JsonConvert.SerializeObject(item, Formatting.Indented));
}
}
await environment.Down();
}
}
public async Task AddKafkaContainer_WhenContainerIsUp_ShouldPrintKafkaVersion()
{
// Arrange
var environment = new DockerEnvironmentBuilder()
.SetName("test-env")
#if DEBUG
.AddKafkaContainer("my-kafka", reuseContainer: true)
#else
.AddKafkaContainer("my-kafka")
#endif
.Build();
// Act
await environment.Up();
// Assert
var kafka = environment.GetContainer <KafkaContainer>("my-kafka");
PrintKafkaVersion(kafka);
await DisposeEnvironment(environment);
}
public async Task AddFtpContainer_WhenContainerIsUp_ShouldPrintFtpServerType()
{
// Arrange
var environment = new DockerEnvironmentBuilder()
.UseDefaultNetwork()
.SetName("test-env")
#if DEBUG
.AddFtpContainer(
"my-ftp",
"superuser",
"test",
ports: Enumerable.Range(30000, 10).ToDictionary(p => (ushort)p, p => (ushort)p).MergeDictionaries(new Dictionary <ushort, ushort> {
[21] = 21
}),
reuseContainer: true)
#else
.AddFtpContainer(
"my-ftp",
"superuser",
"test",
ports: Enumerable.Range(30000, 10)
.ToDictionary(p => (ushort)p, p => (ushort)p).MergeDictionaries(new Dictionary <ushort, ushort>
{
[21] = 21
}))
#endif
.Build();
// Act
await environment.Up();
// Assert
var ftp = environment.GetContainer <FtpContainer>("my-ftp");
await PrintFtpServerType(ftp);
await DisposeEnvironment(environment);
}
public async Task AddMariaDbContainer_WhenContainerIsUp_ShouldPrintMariaDbVersion()
{
// Arrange
var environment = new DockerEnvironmentBuilder()
.UseDefaultNetwork()
.SetName("test-env")
#if DEBUG
.AddMariaDBContainer("my-maria", "my-secret-pw", reuseContainer: true)
#else
.AddMariaDBContainer("my-maria", "my-secret-pw")
#endif
.Build();
// Act
await environment.Up();
// Assert
var maria = environment.GetContainer <MariaDBContainer>("my-maria");
await PrintMariaDBVersion(maria);
await DisposeEnvironment(environment);
}
public async Task AddPostgresContainer_WhenContainerIsUp_ShouldPrintPostgresDbVersion()
{
// Arrange
var environment = new DockerEnvironmentBuilder()
.UseDefaultNetwork()
.SetName("test-env")
#if DEBUG
.AddPostgresContainer("my-postgres", reuseContainer: true)
#else
.AddPostgresContainer("my-postgres")
#endif
.Build();
// Act
await environment.Up();
// Assert
var postgres = environment.GetContainer <PostgresContainer>("my-postgres");
await PrintPostgresDbVersion(postgres);
await DisposeEnvironment(environment);
}
public async Task AddFromDockerFileContainer_WhenContainerIsUp_ShouldPrintReturnedHtml()
{
// Arrange
var environment = new DockerEnvironmentBuilder()
.UseDefaultNetwork()
.SetName("test-env")
#if DEBUG
.AddFromDockerfile("from-file", "Dockerfile", containerWaiter: new HttpContainerWaiter("/", httpPort: 8080), reuseContainer: true)
#else
.AddFromDockerfile("from-file", "Dockerfile", containerWaiter: new HttpContainerWaiter("/", httpPort: 8080))
#endif
.Build();
// Act
await environment.Up();
// Assert
var staticFilesContainer = environment.GetContainer("from-file");
await PrintReturnedHtml(staticFilesContainer);
await DisposeEnvironment(environment);
}
public async Task AddMailContainer_WhenContainerIsUp_ShouldPrintSmtpCapabilities()
{
// Arrange
var environment = new DockerEnvironmentBuilder()
.UseDefaultNetwork()
.SetName("test-env")
#if DEBUG
.AddMailContainer("my-mail", reuseContainer: true)
#else
.AddMailContainer("my-mail")
#endif
.Build();
// Act
await environment.Up();
// Assert
var mail = environment.GetContainer <MailContainer>("my-mail");
await PrintSmtpCapabilities(mail);
await DisposeEnvironment(environment);
}
public async Task AddMongoContainer_WhenContainerIsUp_ShouldPrintMongoVersion()
{
// Arrange
var environment = new DockerEnvironmentBuilder()
.UseDefaultNetwork()
.SetName("test-env")
#if DEBUG
.AddMongoContainer("my-mongo", reuseContainer: true)
#else
.AddMongoContainer("my-mongo")
#endif
.Build();
// Act
await environment.Up();
// Assert
var mongo = environment.GetContainer <MongoContainer>("my-mongo");
PrintMongoVersion(mongo);
await DisposeEnvironment(environment);
}
public async Task CreateDockerEnvironment()
{
// Create the environment using builder pattern
var environment = new DockerEnvironmentBuilder()
.UseDefaultNetwork()
.SetName("test-env")
.AddContainer("my-nginx", "nginx")
#if DEBUG
.AddElasticsearchContainer("my-elastic", ports: new Dictionary <ushort, ushort> {
[9200] = 9200
}, reuseContainer: true)
.AddMssqlContainer("my-mssql", "HelloK11tt_0", environmentVariables: new Dictionary <string, string> {
["MSSQL_COLLATION"] = "SQL_Latin1_General_CP1_CS_AS"
}, reuseContainer: true)
.AddMariaDBContainer("my-maria", "my-secret-pw", reuseContainer: true)
.AddMongoContainer("my-mongo", reuseContainer: true)
.AddMailContainer("my-mail", reuseContainer: true)
.AddFtpContainer("my-ftp", "superuser", "test", ports: Enumerable.Range(30000, 10).ToDictionary(p => (ushort)p, p => (ushort)p).MergeDictionaries(new Dictionary <ushort, ushort> {
[21] = 21
}), reuseContainer: true)
.AddFromDockerfile("from-file", "Dockerfile", containerWaiter: new HttpContainerWaiter("/", httpPort: 8080), reuseContainer: true)
.AddPostgresContainer("my-postgres", reuseContainer: true)
#else
.AddElasticsearchContainer("my-elastic")
.AddMssqlContainer("my-mssql", "HelloK11tt_0")
.AddMariaDBContainer("my-maria", "my-secret-pw")
.AddMongoContainer("my-mongo")
.AddMailContainer("my-mail")
.AddFromDockerfile("from-file", "Dockerfile", containerWaiter: new HttpContainerWaiter("/", httpPort: 8080))
.AddFtpContainer("my-ftp", "superuser", "test", ports: Enumerable.Range(30000, 10).ToDictionary(p => (ushort)p, p => (ushort)p).MergeDictionaries(new Dictionary <ushort, ushort> {
[21] = 21
}))
.AddPostgresContainer("my-postgres")
#endif
.Build();
// Up it.
await environment.Up();
// Play with containers.
var mssql = environment.GetContainer <MssqlContainer>("my-mssql");
await PrintMssqlVersion(mssql);
var elastic = environment.GetContainer <ElasticsearchContainer>("my-elastic");
await PrintElasticsearchVersion(elastic);
var mongo = environment.GetContainer <MongoContainer>("my-mongo");
PrintMongoVersion(mongo);
var staticFilesContainer = environment.GetContainer("from-file");
await PrintReturnedHtml(staticFilesContainer);
var maria = environment.GetContainer <MariaDBContainer>("my-maria");
await PrintMariaDBVersion(maria);
var ftp = environment.GetContainer <FtpContainer>("my-ftp");
await PrintFtpServerType(ftp);
var mail = environment.GetContainer <MailContainer>("my-mail");
await PrintSmtpCapabilities(mail);
var postgres = environment.GetContainer <PostgresContainer>("my-postgres");
await PrintPostgresDbVersion(postgres);
#if !DEBUG
// Down it.
await environment.Down();
// Dispose (remove).
environment.Dispose();
#endif
}