static void Main(string[] args)
{
// Using StructureMap for IoC. You can use Ninject, AutoFac, Windsor, or whatever
// supports the methods you need to override in SeekUHostConfiguration<T>
var host = new SeekUHostConfiguration<SeekUDemoDependencyResolver>();
// Configure the host to use SQL to store events and snapshots. You don't have to use
// the configuration action - both providers will default to a connection string
// named "SeekU." This simply shows how you can configure each provider at runtime.
host
// Sample of using configuration actions to set connectionstrings
.ForEventStore().Use<SqlEventStore>(store => { store.ConnectionStringName = "DemoConnectionString"; })
// This could be a different connection if necessary
.ForSnapshotStore().Use<SqlSnapshotStore>(store => { store.ConnectionStringName = "DemoConnectionString"; });
// Using the default conenction string would look like this (less verbose):
//config.ForEventStore().Use<SqlEventStore>().ForSnapshotStore().Use<SqlSnapshotStore>();
var bus = host.GetCommandBus();
// I'm not a proponent of Guids for primary keys. This method returns
// a sequential Guid to make database sorting behave like integers.
// http://www.informit.com/articles/article.asp?p=25862
var id = SequentialGuid.NewId();
// Create the account
bus.Send(new CreateNewAccountCommand(id, 950));
// Use the account to create a history of events including a snapshot
bus.Send(new DebitAccountCommand(id, 50));
bus.Send(new CreditAccountCommand(id, 120));
bus.Send(new DebitAccountCommand(id, 350));
Console.Read();
}
static void Main(string[] args)
{
// Using StructureMap for IoC. You can use Ninject, AutoFac, Windsor, or whatever
// supports the methods you need to override in SeekUHostConfiguration<T>
var host = new SeekUHostConfiguration<SeekUDemoDependencyResolver>();
// Configure file-based event storeage
host.ForEventStore().Use<JsonFileEventStore>()
// Example of using an optional configuration action. In this cas it sets the snapshot store's file name
.ForSnapshotStore().Use<JsonFileSnapshotStore>(store =>
{
store.FileName = "snapshot-instance.json";
});
var bus = host.GetCommandBus();
// I'm not a proponent of Guids for primary keys. This method returns
// a sequential Guid to make database sorting behave like integers.
// http://www.informit.com/articles/article.asp?p=25862
var id = SequentialGuid.NewId();
// Create the account
bus.Send(new CreateNewAccountCommand(id, 950));
// Use the account to create a history of events including a snapshot
bus.Send(new DebitAccountCommand(id, 50));
bus.Send(new CreditAccountCommand(id, 120));
bus.Send(new DebitAccountCommand(id, 350));
Console.Read();
}
static BankAccountHandler()
{
// Use the default in memory providers, so no configuration is necessary.
Host = new SeekUHostConfiguration <NsbStructureMapResolver>();
//Host = new Host(config);
}
static void Main(string[] args)
{
// Using StructureMap for IoC. You can use Ninject, AutoFac, Windsor, or whatever
// supports the methods you need to override in SeekUHostConfiguration<T>
var host = new SeekUHostConfiguration <SeekUDemoDependencyResolver>();
// Configure file-based event storeage
host.ForEventStore().Use <JsonFileEventStore>()
// Example of using an optional configuration action. In this cas it sets the snapshot store's file name
.ForSnapshotStore().Use <JsonFileSnapshotStore>(store =>
{
store.FileName = "snapshot-instance.json";
});
var bus = host.GetCommandBus();
// I'm not a proponent of Guids for primary keys. This method returns
// a sequential Guid to make database sorting behave like integers.
// http://www.informit.com/articles/article.asp?p=25862
var id = SequentialGuid.NewId();
// Create the account
bus.Send(new CreateNewAccountCommand(id, 950));
// Use the account to create a history of events including a snapshot
bus.Send(new DebitAccountCommand(id, 50));
bus.Send(new CreditAccountCommand(id, 120));
bus.Send(new DebitAccountCommand(id, 350));
Console.Read();
}
static void Main(string[] args)
{
// Use MongoDB for event and snapshot storage
var host = new SeekUHostConfiguration <SeekUDemoDependencyResolver>();
host.ForEventStore().Use <MongoEventStore>()
.ForSnapshotStore().Use <MongoSnapshotStore>();
var bus = host.GetCommandBus();
// I'm not a proponent of Guids for primary keys. This method returns
// a sequential Guid to make database sorting behave like integers.
// http://www.informit.com/articles/article.asp?p=25862
var id = SequentialGuid.NewId();
// Create the account
bus.Send(new CreateNewAccountCommand(id, 950));
// Use the account to create a history of events including a snapshot
bus.Send(new DebitAccountCommand(id, 50));
bus.Send(new CreditAccountCommand(id, 120));
bus.Send(new DebitAccountCommand(id, 350));
Console.Read();
}
static void Main(string[] args)
{
// Using StructureMap for IoC. You can use Ninject, AutoFac, Windsor, or whatever
// supports the methods you need to override in SeekUHostConfiguration<T>
var host = new SeekUHostConfiguration <SeekUDemoDependencyResolver>();
// Configure the host to use SQL to store events and snapshots. You don't have to use
// the configuration action - both providers will default to a connection string
// named "SeekU." This simply shows how you can configure each provider at runtime.
host
// Sample of using configuration actions to set connectionstrings
.ForEventStore().Use <SqlEventStore>(store => { store.ConnectionStringName = "DemoConnectionString"; })
// This could be a different connection if necessary
.ForSnapshotStore().Use <SqlSnapshotStore>(store => { store.ConnectionStringName = "DemoConnectionString"; });
// Using the default conenction string would look like this (less verbose):
//config.ForEventStore().Use<SqlEventStore>().ForSnapshotStore().Use<SqlSnapshotStore>();
var bus = host.GetCommandBus();
// I'm not a proponent of Guids for primary keys. This method returns
// a sequential Guid to make database sorting behave like integers.
// http://www.informit.com/articles/article.asp?p=25862
var id = SequentialGuid.NewId();
// Create the account
bus.Send(new CreateNewAccountCommand(id, 950));
// Use the account to create a history of events including a snapshot
bus.Send(new DebitAccountCommand(id, 50));
bus.Send(new CreditAccountCommand(id, 120));
bus.Send(new DebitAccountCommand(id, 350));
Console.Read();
}
private void SendSeekU()
{
// Use a custom configuration with our own ICommandBus implementation
var host = new SeekUHostConfiguration <NsbStructureMapResolver>();
// Configure commands to be published via NServiceBus instead of the
// in-memory bus.
host.ForCommandBus().Use <NServiceCommandBus>();
// The NServiceCommandBus requires IBus as a constructor parameter.
// This tells the resolver what to use for that dependency.
host.For <IBus>().Use(Bus);
var seekUBus = host.GetCommandBus();
var id = Guid.NewGuid();
Console.WriteLine("Sending create account command");
seekUBus.Send(new CreateNewAccountCommand(id, 950));
Console.WriteLine("Sending debit account command");
seekUBus.Send(new DebitAccountCommand(id, 50));
Console.WriteLine("Sending credit account command");
seekUBus.Send(new CreditAccountCommand(id, 120));
Console.WriteLine("Sending debit account command");
seekUBus.Send(new DebitAccountCommand(id, 350));
}
static void Main(string[] args)
{
// Using StructureMap for IoC. You can use Ninject, AutoFac, Windsor, or whatever
// supports the methods you need to override in SeekUHostConfiguration<T>
var config = new SeekUHostConfiguration <SeekUDemoDependencyResolver>();
// Normally you'd configure providers here. This "in memory" sample
// uses the default providers, so no configuration is necessary.
var bus = config.GetCommandBus();
// I'm not a proponent of Guids for primary keys. This method returns
// a sequential Guid to make database sorting behave like integers.
// http://www.informit.com/articles/article.asp?p=25862
var id = SequentialGuid.NewId();
// Create the account
var newAccountCommand = new CreateNewAccountCommand(id, 950);
// Simple validation example.
var validation = bus.Validate(newAccountCommand);
Console.WriteLine("CreateNewAccountCommand is valid? {0}", validation.Success);
bus.Send(new CreateNewAccountCommand(id, 950));
// Use the account to create a history of events including a snapshot
bus.Send(new DebitAccountCommand(id, 50));
bus.Send(new CreditAccountCommand(id, 120));
bus.Send(new DebitAccountCommand(id, 350));
Console.Read();
}
static void Main(string[] args)
{
// Using StructureMap for IoC. You can use Ninject, AutoFac, Windsor, or whatever
// supports the methods you need to override in SeekUHostConfiguration<T>
var config = new SeekUHostConfiguration<SeekUDemoDependencyResolver>();
// Normally you'd configure providers here. This "in memory" sample
// uses the default providers, so no configuration is necessary.
var bus = config.GetCommandBus();
// I'm not a proponent of Guids for primary keys. This method returns
// a sequential Guid to make database sorting behave like integers.
// http://www.informit.com/articles/article.asp?p=25862
var id = SequentialGuid.NewId();
// Create the account
var newAccountCommand = new CreateNewAccountCommand(id, 950);
// Simple validation example.
var validation = bus.Validate(newAccountCommand);
Console.WriteLine("CreateNewAccountCommand is valid? {0}", validation.Success);
bus.Send(new CreateNewAccountCommand(id, 950));
// Use the account to create a history of events including a snapshot
bus.Send(new DebitAccountCommand(id, 50));
bus.Send(new CreditAccountCommand(id, 120));
bus.Send(new DebitAccountCommand(id, 350));
Console.Read();
}
static void UseStructureMap()
{
Console.WriteLine("\r\n================\r\n");
Console.WriteLine("Press a key to run with StructureMap");
Console.ReadKey();
// Configure using StructureMap
var structureMapConfig = new SeekUHostConfiguration<StructureMapResolver>();
structureMapConfig.ForSnapshotStore().Use<InMemorySnapshotStore>(store => ArbitraryConfigurationStep("StructureMap", store));
structureMapConfig.For<IExample>().Use<Example>();
IssueBankAccountCommands(structureMapConfig);
}
static void UseNinject()
{
Console.WriteLine("Press a key to run with Ninject");
Console.ReadKey();
// Configure using Ninject
var ninjectConfig = new SeekUHostConfiguration<NinjectResolver>();
ninjectConfig.ForSnapshotStore().Use<InMemorySnapshotStore>(store => ArbitraryConfigurationStep("Ninject", store));
ninjectConfig.For<IExample>().Use<Example>();
IssueBankAccountCommands(ninjectConfig);
}
static void UseNinject()
{
Console.WriteLine("Press a key to run with Ninject");
Console.ReadKey();
// Configure using Ninject
var ninjectConfig = new SeekUHostConfiguration <NinjectResolver>();
ninjectConfig.ForSnapshotStore().Use <InMemorySnapshotStore>(store => ArbitraryConfigurationStep("Ninject", store));
ninjectConfig.For <IExample>().Use <Example>();
IssueBankAccountCommands(ninjectConfig);
}
static void UseWindsor()
{
Console.WriteLine("\r\n================\r\n");
Console.WriteLine("Press a key to run with Castle Windsor");
Console.ReadKey();
// Configure using Windsor
var ninjectConfig = new SeekUHostConfiguration<WindsorResolver>();
ninjectConfig.ForSnapshotStore().Use<InMemorySnapshotStore>(store => ArbitraryConfigurationStep("Windsor", store));
ninjectConfig.For<IExample>().Use<Example>();
IssueBankAccountCommands(ninjectConfig);
}
static void UseStructureMap()
{
Console.WriteLine("\r\n================\r\n");
Console.WriteLine("Press a key to run with StructureMap");
Console.ReadKey();
// Configure using StructureMap
var structureMapConfig = new SeekUHostConfiguration <StructureMapResolver>();
structureMapConfig.ForSnapshotStore().Use <InMemorySnapshotStore>(store => ArbitraryConfigurationStep("StructureMap", store));
structureMapConfig.For <IExample>().Use <Example>();
IssueBankAccountCommands(structureMapConfig);
}
static void UseWindsor()
{
Console.WriteLine("\r\n================\r\n");
Console.WriteLine("Press a key to run with Castle Windsor");
Console.ReadKey();
// Configure using Windsor
var ninjectConfig = new SeekUHostConfiguration <WindsorResolver>();
ninjectConfig.ForSnapshotStore().Use <InMemorySnapshotStore>(store => ArbitraryConfigurationStep("Windsor", store));
ninjectConfig.For <IExample>().Use <Example>();
IssueBankAccountCommands(ninjectConfig);
}
static void Main(string[] args)
{
// Use MongoDB for event and snapshot storage
var host = new SeekUHostConfiguration<SeekUDemoDependencyResolver>();
// Update with your connection string
const string connectionString =
"DefaultEndpointsProtocol=https;AccountName=[Your account name];AccountKey[Your account key]";
host
.ForEventStore().Use<AzureTableEventStore>(store =>
{
store.TableConnectionString = connectionString;
})
.ForSnapshotStore().Use<AzureBlobSnapshotStore>(store =>
{
store.BlobConnectionString = connectionString;
});
var bus = host.GetCommandBus();
// I'm not a proponent of Guids for primary keys. This method returns
// a sequential Guid to make database sorting behave like integers.
// http://www.informit.com/articles/article.asp?p=25862
var id = SequentialGuid.NewId();
// Create the account
bus.Send(new CreateNewAccountCommand(id, 95));
Console.WriteLine("Azure event created");
// Use the account to create a history of events including a snapshot
bus.Send(new DebitAccountCommand(id, 5));
Console.WriteLine("Azure event created");
bus.Send(new CreditAccountCommand(id, 12));
Console.WriteLine("Azure event created");
Console.WriteLine("Azure snapshot created");
bus.Send(new DebitAccountCommand(id, 35));
Console.WriteLine("Azure event created");
Console.Read();
}
static void Main(string[] args)
{
// Use MongoDB for event and snapshot storage
var host = new SeekUHostConfiguration <SeekUDemoDependencyResolver>();
// Update with your connection string
const string connectionString =
"DefaultEndpointsProtocol=https;AccountName=[Your account name];AccountKey[Your account key]";
host
.ForEventStore().Use <AzureTableEventStore>(store =>
{
store.TableConnectionString = connectionString;
})
.ForSnapshotStore().Use <AzureBlobSnapshotStore>(store =>
{
store.BlobConnectionString = connectionString;
});
var bus = host.GetCommandBus();
// I'm not a proponent of Guids for primary keys. This method returns
// a sequential Guid to make database sorting behave like integers.
// http://www.informit.com/articles/article.asp?p=25862
var id = SequentialGuid.NewId();
// Create the account
bus.Send(new CreateNewAccountCommand(id, 95));
Console.WriteLine("Azure event created");
// Use the account to create a history of events including a snapshot
bus.Send(new DebitAccountCommand(id, 5));
Console.WriteLine("Azure event created");
bus.Send(new CreditAccountCommand(id, 12));
Console.WriteLine("Azure event created");
Console.WriteLine("Azure snapshot created");
bus.Send(new DebitAccountCommand(id, 35));
Console.WriteLine("Azure event created");
Console.Read();
}
public override bool OnStart()
{
_host = new SeekUHostConfiguration <SeekUDemoDependencyResolver>();
// Set the maximum number of concurrent connections
ServicePointManager.DefaultConnectionLimit = 12;
// Create the queue if it does not exist already
var connectionString = CloudConfigurationManager.GetSetting("Microsoft.ServiceBus.ConnectionString");
var namespaceManager = NamespaceManager.CreateFromConnectionString(connectionString);
if (!namespaceManager.QueueExists(QueueName))
{
namespaceManager.CreateQueue(QueueName);
}
// Initialize the connection to Service Bus Queue
_client = QueueClient.CreateFromConnectionString(connectionString, QueueName);
return(base.OnStart());
}
static void Main(string[] args)
{
// Use MongoDB for event and snapshot storage
var host = new SeekUHostConfiguration<SeekUDemoDependencyResolver>();
host.ForEventStore().Use<MongoEventStore>()
.ForSnapshotStore().Use<MongoSnapshotStore>();
var bus = host.GetCommandBus();
// I'm not a proponent of Guids for primary keys. This method returns
// a sequential Guid to make database sorting behave like integers.
// http://www.informit.com/articles/article.asp?p=25862
var id = SequentialGuid.NewId();
// Create the account
bus.Send(new CreateNewAccountCommand(id, 950));
// Use the account to create a history of events including a snapshot
bus.Send(new DebitAccountCommand(id, 50));
bus.Send(new CreditAccountCommand(id, 120));
bus.Send(new DebitAccountCommand(id, 350));
Console.Read();
}
private void SendSeekU()
{
// Use a custom configuration with our own ICommandBus implementation
var host = new SeekUHostConfiguration<NsbStructureMapResolver>();
// Configure commands to be published via NServiceBus instead of the
// in-memory bus.
host.ForCommandBus().Use<NServiceCommandBus>();
// The NServiceCommandBus requires IBus as a constructor parameter.
// This tells the resolver what to use for that dependency.
host.For<IBus>().Use(Bus);
var seekUBus = host.GetCommandBus();
var id = Guid.NewGuid();
Console.WriteLine("Sending create account command");
seekUBus.Send(new CreateNewAccountCommand(id, 950));
Console.WriteLine("Sending debit account command");
seekUBus.Send(new DebitAccountCommand(id, 50));
Console.WriteLine("Sending credit account command");
seekUBus.Send(new CreditAccountCommand(id, 120));
Console.WriteLine("Sending debit account command");
seekUBus.Send(new DebitAccountCommand(id, 350));
}
public override bool OnStart()
{
_host = new SeekUHostConfiguration<SeekUDemoDependencyResolver>();
// Set the maximum number of concurrent connections
ServicePointManager.DefaultConnectionLimit = 12;
// Create the queue if it does not exist already
var connectionString = CloudConfigurationManager.GetSetting("Microsoft.ServiceBus.ConnectionString");
var namespaceManager = NamespaceManager.CreateFromConnectionString(connectionString);
if (!namespaceManager.QueueExists(QueueName))
{
namespaceManager.CreateQueue(QueueName);
}
// Initialize the connection to Service Bus Queue
_client = QueueClient.CreateFromConnectionString(connectionString, QueueName);
return base.OnStart();
}
