English | MP4 | AVC 1920×1080 | AAC 44KHz 2ch | 71 Lessons (6h 21m) | 1.16 GB
Learn how to use asynchronous messaging in your .NET systems
Asynchronous messaging is a must for any application, whether monolithic or part of a microservices architecture. Messaging allows applications to offload work so it can be done later while providing the best customer experience for the user. It also allows us to load-level our systems and prevent spikes in traffic from taking down our system. Queues, as well as Topics with a Pub/Sub model, are a staple of any good system and a required skill for any company. In this course, Irina Scurtu will assume zero messaging knowledge, and she will teach you everything you need to know to understand asynchronous messaging in .NET and explain how you can simplify the process of integrating it into your applications by using the very popular library, MassTransit.
Table of Contents
1 Welcome
2 What will you learn in this course
3 Who is the course for and prerequisites
4 Communication between services
5 What is the Problem with HTTP APIs
6 RPC vs Messaging
7 Why asynchronous messaging
8 Things to consider when using asynchronous messaging
9 Fallacies of distributed computing
10 Types of coupling
11 Elements of a messaging system
12 Channels
13 Pipes & Filters
14 Understanding messages
15 Types of messages
16 Events
17 Commands
18 Commands vs Events
19 Producers
20 ConsumersReceivers
21 Pull & Push consumption models
22 Queues
23 Topics & Subscriptions
24 Message brokersBuses
25 Brokers vs brokerless
26 Dead-lettering & poison messages
27 Load leveling
28 Delivery modesguarantees
29 Transports
30 Event-Driven
31 Event sourcing
32 Section recap
33 Installing RabbitMQ
34 RabbitMQ concepts
35 Exchange types
36 MassTransit overview
37 Advantages of using MassTransit
38 Installing MassTransit templates
39 Demo Opening & preparing the solution
40 Bus configuration
41 Message contracts
42 Sending a message
43 Messages in detail
44 Consuming a message
45 Registering & tuning a message consumer
46 Configuring consumers & handling errors
47 Endpoints – configuring
48 Topologies
49 Changing the Exchange types
50 The middleware concept
51 Pipes & filters (2)
52 Implementing different filter types
53 Configure retries
54 Using Exception Filters & Delayed redeliveries
55 Using CircuitBreakers
56 Point to point
57 Fire & Forget
58 PublishSubscribe
59 RequestReply
60 Competing consumers
61 Introduction
62 Getting familiar with the Outbox project
63 Implementing the outbox pattern
64 What is the Saga pattern
65 What is a State machine
66 Implementing a state machine
67 Registering & Running the Saga in memory
68 Running the Saga and persisting it
69 Testing in MassTransit
70 Looking at tests
71 Course conclusion
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