Tag: microservices

Architecture

What is Azure Event Grid?

Azure Event Grid is a messaging service built to enable event-based architectures to be built more easily. At the basic level it’s similar to a message queue service, like Azure Service Bus Topics, that enables a publish / subscribe model. However, the similarity really ends there. Azure Event Grid is a different kind of messaging service that’s built to enable event-based architectures like those use with Microservices architectures to be built more easily. Read More

Architecture

Messaging Architecture: What is AMQP?

Messaging has become pretty fundamental with the wider adoption of¬†Microservices and other cloud design pattern. There are many ways to transmit a message. Many messaging systems today, like Azure Service Bus, use a protocol called AMQP, or the Advanced Message Queuing Protocol. While AMQP is used behind the scene in messaging systems, let’s explore a little bit of what it is. Read More

Architecture

What is Microservices Architecture?

What really is a Microservices Architecture? The term “Microservices” has become fairly popular in recent years, and has coincided largely¬†with the increasingly popular move to hosting applications in the cloud. With a better understanding of what a Microservices Architecture is and how to implement one, you’ll see that it’s not just a Cloud Architecture pattern. Read More

Development

Using Azure Storage Queues from .NET

Azure Storage Queues provide an easy to implement messaging communication mechanism for reliably passing messages to/from different components of a single application or multiple applications. Storage Queues have an HTTP/HTTPS API to allow for support of any development platform; however, Microsoft does provide a .NET SDK to make it even easier to implement from C# or other .NET languages. Read More

DevelopmentService Bus

Using Azure Service Bus Queues from .NET

AzureServiceBusQueueLogo_150The Azure Service Bus Queue feature offers easy to implement infrastructure for implementing brokered messaging communication.

Implementing a Message Queue requires the implementation of at least two application components: a Sender and a Receiver. The Sender will send messages to the Queue, while the Receiver will pull messages from the Queue to take action on. Both of these happen Asynchronously when working with Microsoft Azure Service Bus Queues. Read More