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Microservices Communication in .NET Using gRPC

You're reading from   Microservices Communication in .NET Using gRPC A practical guide for .NET developers to build efficient communication mechanism for distributed apps

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Product type Paperback
Published in Feb 2022
Publisher Packt
ISBN-13 9781803236438
Length 486 pages
Edition 1st Edition
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Author (1):
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Fiodar Sazanavets Fiodar Sazanavets
Author Profile Icon Fiodar Sazanavets
Fiodar Sazanavets
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Toc

Table of Contents (17) Chapters Close

Preface 1. Section 1: Basics of gRPC on .NET
2. Chapter 1: Creating a Basic gRPC Application on ASP.NET Core FREE CHAPTER 3. Chapter 2: When gRPC Is the Best Tool and When It Isn't 4. Chapter 3: Protobuf – the Communication Protocol of gRPC 5. Section 2: Best Practices of Using gRPC
6. Chapter 4: Performance Best Practices for Using gRPC on .NET 7. Chapter 5: Applying Versioning to the gRPC API 8. Chapter 6: Scaling a gRPC Application 9. Section 3: In-Depth Look at gRPC on .NET
10. Chapter 7: Using Different Call Types Supported by gRPC 11. Chapter 8: Using Well-Known Types to Make Protobuf More Handy 12. Chapter 9: Securing gRPC Endpoints in Your ASP.NET Core Application with SSL/TLS 13. Chapter 10: Applying Authentication and Authorization to gRPC Endpoints 14. Chapter 11: Using Logging, Metrics, and Debugging in gRPC on .NET 15. Assessments 16. Other Books You May Enjoy

What the sequence numbers in the proto file represent

What makes Protobuf different from any other communication protocols or data storage formats is that each field, in its objects, has an equality sign (==) at the end, followed by a unique integer number. The equality sign followed by a numeric value is how you would normally assign a numeric value to a variable, but in Protobuf, it represents a unique sequence number of the field.

The reason these sequence numbers exist is that they are the only field identifiers that are used when the message is being transferred between the client and the server. The Protobuf messaging format has been designed to be as efficient as possible. Using arbitrary byte arrays to represent human-readable field names isn't very efficient. Instead, using numeric identifiers is the simplest way of both keeping track of each unique field and keeping the data payload size as small as possible.

Another feature that makes Protobuf so efficient is...

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