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Irina Dominte(Scurtu)

Irina Dominte(Scurtu)

Microsoft MVP, Software Architect @Particular Software

Iaşi, Romania

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Software Architect @Particular Software, Microsoft MVP for Developer Technologies, Microsoft Certified Trainer, always in a quest for the latest trends and best practices in architecture, .NET, and the world around it.

Irina has more than 1000 hours of delivered training, workshops, and presentations, is passionate about .NET and the world around it.

She is the founder of DotNet Iasi User Group where she tries to gather people who are willing to share their knowledge with others, and from time to time publishes articles on her blog: http://irina.codes

Awards

Area of Expertise

  • Information & Communications Technology

Topics

  • Microsoft
  • C#
  • Software Architecture
  • New Tech
  • Web Development
  • Amazon Web Services
  • Azure
  • .NET
  • Web
  • Web API
  • API Design
  • Architecture
  • Microservices
  • Software Development
  • Cloud Computig
  • Enterprise Patterns
  • Event Driven Architecture
  • Domain-Driven Design
  • Cloud
  • Cloud Computing
  • Cloud Native
  • Microsoft Azure
  • AWS
  • Microservices Architectures
  • Messaging
  • Distributed Software Systems
  • Messaging Systems

Communication in a microservice world

Microservices should be autonomous and independent, but what happens when your business domain doesn’t allow it, and you need to get data from other microservices? You’ll soon realize that simple HTTP calls are not enough anymore, or that your app is more brittle than ever and then you switch to messaging. With messaging, you need to have a different mindset and be willing to embrace new challenges.

In this session, we’ll explore different communication patterns that involve asynchronous messaging, and we’ll talk about the benefits or drawbacks of choosing one approach or another.

.NET gRPC - deep dive

With an increasing need for scalability and performance dictated by the modern web, it becomes harder and harder to choose an API paradigm that is suitable for service-to-service communication.

While the classical models still work and have their own merits, some of them rely heavily on documentation, extensive coordination between teams or code-sharing. We use shared libraries, and over time our projects become intertwined with dependencies. In these cases, we need something to untangle those and reduce coupling. Welcome gRPC.
gRPC has been around for a while and .NET Core 3.0 welcomes it as a first-class citizen. It is contract-based, performant - with smaller response/request bodies, perfect for polyglot environments and supports different models – from client-server to bi-directional streaming out of the box.
If we sprinkle some client-side load balancing and the ability of exposing a gRPC service also as a HTTP API we might the perfect point-to-point communication mechanism.
In this session, we will deep-dive in how to use gRPC, configure client-side load balancing and gRPC transcoding to streamline communication.

Embracing gRPC in .NET


With an increasing need for scalability and performance dictated by the modern web, it becomes harder and harder to choose an API paradigm that is suitable for service to service communication.

While the classical models still work and have their own merits, some of them rely heavily on documentation, extensive coordination between teams or code-sharing. We use shared libraries, and over time our projects become intertwined with dependencies. In these cases, we need something to untangle those and reduce coupling. Welcome gRPC.

gRPC has been around for a while and .NET Core 3.0 welcomes it as a first-class citizen. It is contract-based, performant - with smaller response/request bodies, perfect for polyglot environments and supports different models – from client-server, to bi-directional streaming out of the box.
In this session, we will look at how to use gRPC and its 4 models and what are the benefits and or downsides of using gRPC compared to the traditional models.

Junior/Mid developers or developers that never used gRPC.
It will be the first public delivery of this. 50 mins

1 day Workshop -From RESTful API to gRPC

gRPC has been around for a while now, but never gained the first-class citizen title when it came to implementing a downstream API.

It is contract-based, performant - with smaller response/request bodies, perfect for polyglot environments and supports different models – from client-server to bi-directional streaming out of the box. If we sprinkle some client-side load balancing, transient fault-handling and the ability of exposing a gRPC service also as a HTTP API, we might the perfect point-to-point communication mechanism.

In this 1 day workshop you will learn the how and the whys and understand where gRPC fits in the .NET APIs ecosystem.

Topics covered:

- What gRPC is and how it fits in an API context
- working with proto files, most common scenarios
- the 4 gRPC types
- Implementing and consuming gRPC services
- Documenting and exposing gRPC endpoints
- Client-side load balancing
- gRPC transcoding
- transient fault-handling

Prerequisites

Attendees will require a laptop with the latest version on .NET SDK and their editor/IDE of choice:

- Visuals Studio 2022
- VS Code

2 Days workshop - From RESTful API to gRPC

It is contract-based, performant - with smaller response/request bodies, perfect for polyglot environments and supports different models – from client-server to bi-directional streaming out of the box. If we sprinkle some client-side load balancing, transient fault-handling and the ability of exposing a gRPC service also as a HTTP API, we might the perfect point-to-point communication mechanism.

In this workshop you will learn the how and the whys and understand where gRPC fits in the .NET APIs ecosystem. At the end of the workshop you will be able to use gRPC in real production environments.

Topics covered:

Introduction
- What gRPC is and how it fits in an API context
- gRPC vs RESTful APIs
- gRPC vs WCF

Protocol Buffers
- working with .proto files
- understanding the syntax
- defining custom types

Working with gRPC
- the 4 gRPC modes
- Implementing and consuming gRPC services
- Documenting and exposing gRPC endpoints

gRPC internals
- Accessing the gRPC context
- Accessing the gRPC HTTP context
- Trailers
- Headers
- Status codes in gRPC
- Exceptions in gRPC

Transient fault-handling
- Defining policies
- Configuring a retry policy
- Configuring a hedging policy

Interceptors
- Client interceptors
- Server interceptors
- Configuring interceptors
- Interceptors vs Middleware

Client-side load balancing
- implementing a client-side load balancing
- Configuring client-side load balancing
- load balancing policies
- Round-Robin
- Pick first
- Implementing our own policy

Transcoding
- what is is gRPC transcoding
- exposing our services as HTTP
- Consuming methods from the browser
- How routing works with gRPC transcoding
- gRPC JSON transcoding vs gRPC-Web
- grpc-gateway - alternative to transcoding

Testing
- Testing with Postman
- Unit testing service operations

Health-checks
- Implementing health checks

Securing gRPC services

Documenting gRPC endpoints

Prerequisites
Attendees will require a laptop with the latest version on .NET SDK and their editor/IDE of choice: Visuals Studio 2022

Contract Testing Made Easy: Mastering Pact for Microservices in C#

In a forever evolving world of microservices, with so many moving parts, we often rely on integration type of testing to prevent bugs and regressions.

The problem with these tests is that sometimes they become flaky, unreliable and expensive to maintain and execute, due to the distributed nature of our system.

But what if we could ensure that our system’s components are compatible and can communicate with each other straight from the development phase?

Let’s have a look at what Contract testing is and see how it can help us mitigate the risk of integration bugs before running long tests, with examples in C#.

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DevIT Thessaloniki

May 2019 Thessaloníki, Greece

RigaDevDays 2019

Everyone wants to avoid the big, bad, ugly monoliths and work with “Microservices” – these awesome, world-changing, independent “micro” puzzle pieces. You can distribute the load, you can scale better, you control everything and then you fail. And then you want the monolith back. And fail again.

Microservices should be autonomous and independent, but what happens when your business domain doesn’t allow it, and you need to get data from other microservices? You’ll soon realize that simple HTTP calls are not enough anymore, or that your app is more brittle than ever and then you switch to messaging. With messaging you need to have a different mindset and be willing to embrace new challenges.

In this session we’ll explore different ways of getting data from one ‘micro-service’ to another and while doing that we’ll talk about the benefits or the drawbacks of choosing an approach or another.

May 2019 Riga, Latvia

Irina Dominte(Scurtu)

Microsoft MVP, Software Architect @Particular Software

Iaşi, Romania

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