Updated links with section "This is Not Event Sourcing"

Sample/AsyncProjections/README.md

@@ -0,0 +1,5 @@
+# SmartHome IoT with Marten
+- typical Event Sourcing and CQRS flow,
+- DDD using Aggregates,
+- stores events to Marten,
+- asynchronous projections rebuild using AsynDaemon feature.

Sample/EventStoreDB/Simple/README.md

@@ -2,7 +2,7 @@
 
 The PR is adding a new sample that contains the simple Event Sourcing setup with EventStoreDB. For the Read Model, Postgres and Entity Framework are used.
 
-You can watch the webinar on YouTube when I'm explaining the details of the implementation:
+You can watch the webinar on YouTube where I'm explaining the details of the implementation:
 
 <a href="https://www.youtube.com/watch?v=rqYPVzjoxqI" target="_blank"><img src="https://img.youtube.com/vi/rqYPVzjoxqI/0.jpg" alt="Practical introduction to Event Sourcing with EventStoreDB" width="320" height="240" border="10" /></a>
 

Sample/README.md

@@ -0,0 +1,54 @@
+
+# Samples
+
+See also fully working, real-world samples of Event Sourcing and CQRS applications in [Samples folder](https://github.com/oskardudycz/EventSourcing.NetCore/tree/main/Sample).
+
+Samples are using CQRS architecture. They're sliced based on the business modules and operations. Read more about the assumptions in ["How to slice the codebase effectively?"](https://event-driven.io/en/how_to_slice_the_codebase_effectively/?utm_source=event_sourcing_net).
+
+## [ECommerce with Marten](./ECommerce)
+- typical Event Sourcing and CQRS flow,
+- DDD using Aggregates,
+- microservices example,
+- stores events to Marten,
+- distributed processes coordinated by Saga ([Order Saga](./ECommerce/Orders/Orders/Orders/OrderSaga.cs)),
+- Kafka as a messaging platform to integrate microservices,
+- example of the case when some services are event-sourced ([Carts](./ECommerce/Carts), [Orders](./ECommerce/Orders), [Payments](./ECommerce/Payments)) and some are not ([Shipments](./ECommerce/Shipments) using EntityFramework as ORM)
+
+## [Simple EventSourcing with EventStoreDB](./EventStoreDB/Simple)
+- typical Event Sourcing and CQRS flow,
+- functional composition, no aggregates, just data and functions,
+- stores events to  EventStoreDB,
+- Builds read models using [Subscription to `$all`](https://developers.eventstore.com/clients/grpc/subscribing-to-streams/#subscribing-to-all),
+- Read models are stored as Postgres tables using EntityFramework.
+
+## [ECommerce with EventStoreDB](./EventStoreDB/ECommerce) 
+- typical Event Sourcing and CQRS flow,
+- DDD using Aggregates,
+- stores events to  EventStoreDB,
+- Builds read models using [Subscription to `$all`](https://developers.eventstore.com/clients/grpc/subscribing-to-streams/#subscribing-to-all).
+- Read models are stored as Marten documents.
+
+## [Warehouse](./Warehouse)
+- simplest CQRS flow using .NET 5 Endpoints,
+- example of how and where to use C# Records, Nullable Reference Types, etc,
+- No Event Sourcing! Using Entity Framework to show that CQRS is not bounded to Event Sourcing or any type of storage,
+- No Aggregates! CQRS do not need DDD. Business logic can be handled in handlers.
+
+## [Meetings Management with Marten](./MeetingsManagement/)
+- typical Event Sourcing and CQRS flow,
+- DDD using Aggregates,
+- microservices example,
+- stores events to Marten,
+- Kafka as a messaging platform to integrate microservices,
+- read models handled in separate microservice and stored to other database (ElasticSearch)
+
+## [Cinema Tickets Reservations with Marten](./Tickets/)
+- typical Event Sourcing and CQRS flow,
+- DDD using Aggregates,
+- stores events to Marten.
+
+## [SmartHome IoT with Marten](./AsyncProjections/)
+- typical Event Sourcing and CQRS flow,
+- DDD using Aggregates,
+- stores events to Marten,
+- asynchronous projections rebuild using AsynDaemon feature.

Sample/Tickets/README.md

@@ -0,0 +1,4 @@
+# Cinema Tickets Reservations with Marten
+- typical Event Sourcing and CQRS flow,
+- DDD using Aggregates,
+- stores events to Marten.

Sample/Warehouse/README.md

@@ -0,0 +1,5 @@
+# Warehouse
+- simplest CQRS flow using .NET 5 Endpoints,
+- example of how and where to use C# Records, Nullable Reference Types, etc,
+- No Event Sourcing! Using Entity Framework to show that CQRS is not bounded to Event Sourcing or any type of storage,
+- No Aggregates! CQRS do not need DDD. Business logic can be handled in handlers.