Go Channels in .NET – concurrency made easy
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People seemed fascinated by the concurrency features of Go programming language.
In Go, concurrent processes communicate by channels that are typed pipes through which you can send and receive values to share memory by communicating. Writing code using channels imposes certain structure and you are in a way forced to write smaller functions that do one thing at a time, which in Riccardo's opinion, is a good thing. In this session, you will discover how Go Channels work, their benefits and why they are so popular. Next, you will explore an equivalent version in .NET Core based on CSP (Communicating sequential processes). Finally, you will deep dive into the new .NET Task.Channels and IO.Pipelines types, which are designed to achieve high performance with simple semantic. You will walk away having learnt to apply Go concurrent programming models in .NET with higher performance.
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- F# eXchange 2020 (in London on 2nd - 3rd April 2020)
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- Prisoner's Dilemma Coding dojo with Tomas Petricek (in London on 9th October 2019)
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Thanks to our sponsors
Go Channels in .NET – concurrency made easy
Riccardo Terrell
Riccardo is a Microsoft Most Valuable Professional (MVP) who is active in the .Net, functional programming, and F# communities.He is passionate about integrating advanced technology tools to increase internal efficiency, enhance work productivity, and reduce operating costs.
Please log in to watch this conference skillscast.
People seemed fascinated by the concurrency features of Go programming language.
In Go, concurrent processes communicate by channels that are typed pipes through which you can send and receive values to share memory by communicating. Writing code using channels imposes certain structure and you are in a way forced to write smaller functions that do one thing at a time, which in Riccardo's opinion, is a good thing. In this session, you will discover how Go Channels work, their benefits and why they are so popular. Next, you will explore an equivalent version in .NET Core based on CSP (Communicating sequential processes). Finally, you will deep dive into the new .NET Task.Channels and IO.Pipelines types, which are designed to achieve high performance with simple semantic. You will walk away having learnt to apply Go concurrent programming models in .NET with higher performance.
YOU MAY ALSO LIKE:
- Functional Concurrency in .NET with C# and F# (in London on 9th - 10th December 2019)
- Quantum Computing like a Boss... for Real! (SkillsCast recorded in September 2018)
- Fast Track to F# with Tomas Petricek (in London on 31st October - 1st November 2019)
- Lightbend Akka for Scala - Professional (in London on 11th - 12th November 2019)
- F# eXchange 2020 (in London on 2nd - 3rd April 2020)
- ProgNET London 2020 (in London on 16th - 18th September 2020)
- Prisoner's Dilemma Coding dojo with Tomas Petricek (in London on 9th October 2019)
- Keynote by Brian Ketelsen on Going Multicloud with Serverless (in London on 17th October 2019)
- A special Linuxing In London evening: NVIDIA AI at the Edge (SkillsCast recorded in September 2019)
- Type-Safe Datatype-Generic Programming in F# (SkillsCast recorded in September 2019)
Thanks to our sponsors
Go Channels in .NET – concurrency made easy
Riccardo Terrell
Riccardo is a Microsoft Most Valuable Professional (MVP) who is active in the .Net, functional programming, and F# communities.He is passionate about integrating advanced technology tools to increase internal efficiency, enhance work productivity, and reduce operating costs.