□ Validation: #FluentValidation, for building robust and flexible validation rules for objects. □ Fault Handling: #Polly, provides resilience and transient-fault handling capabilities to. □ Logging: #Serilog anytime! Clean structured logging with support for multiple destinations like files, JSON, database, AWS Cloudwatch, and more. Mapster is also another alternative for this. □ Object Mapping: #Automapper is by far the best and fastest way to achieve object mapping in your application code. #softwareengineer #dotnet #dotnetdeveloper Today, I sent 4th issue of my newsletter to 1250+ engineers. However, by default, there are several mainly used email providers supported:įluentMail is an excellent library for fast and high-quality configuration and sending of emails. There is certainly support for other types of templates (for example Liquid templates).įluentEmail allows you to implement custom email providers by implementing the ISender interface. In this way, we can define the look of the email as we define the pages in the web application through HTML and Razor. What I use and what is the most popular is Razor templating. You can achieve this by using the Template Rendering functionality, which allows you to create email templates. We often need emails that are not just in plain text. ![]() ![]() There are the most common methods available on the email object (From, To, CC/BCC, Subject, Body, Attachments, etc.). You can set up DI in the Startup class with the support for sender and template configuring. You need to add: FluentEmail.Core.įluentEmail has good support for DI. You can easily add FluentEmail through the nuget package manager. NET library (created by Luke Lowrey) that helps you implement complete email-sending functionality in your dotnet app "in less than 10 minutes (probably)" - I can say in 5min. How to send an email in C# in less than 5min?ĭid you hear about □□□□□□□□□□□ nuget?įluentEmail is an open-source. #azure #dotnet #azurefunctions #softwareengineering So, that's it! With this you have successfully tested your Azure Function locally with Azure Storage Queues. This will add a message to the "myqueue" Queue.Īfter the message has been added to the queue you should see that the Azure Function has triggered and processed the message. You can add a message to the Azure Storage Queue using the Azure Storage Explorer or programmatically from command prompt or terminal window, type the following command to add a message to the Queue:Īz storage message put -queue-name myqueue -content "Hello, World!" Start your Azure function from your Visual Studio or Visual Studio Code. ✅ Now you can test and debug your Azure Function locally using the Azure Storage Emulator. You'll need to add a connection string to the Azure Storage Queue to your file. Use an example code snippet from picture which demonstrates how to interact with the Queue. ✅ Write Azure Function code to test and debug the Azure Storage Queue. You can do this using the Azure Storage Explorer or programmatically using the Azure Storage SDK for. You can download and install it from the Microsoft Download Center. This is a tool that emulates the Azure Storage services, allowing you to test and debug your code locally. ✅ You need to install the Azure Storage Emulator on your local machine. You want to test and debug your Azure Function receiving messages from Azure Storage Queues locally, but you don't know how? As soon as you go into the realm of cache invalidation everything becomes a bit more tricky. The more your application is "read-only" the more you can benefit from it without having the heavy burden of managing the cache. It increases the complexity of your application by quite a bit. I used this handy implementation in multiple projects as it is a lightweight alternative.Ī word of warning: Caching is not an easy topic. We can also pass in a token to invalidate all entries. ![]() That makes sense if we, the writer, update the blog post in the database and we want to inform the cache that it is no longer valid.ģ. So everytime someone is accessing a specific blog post, it renews the lifetime for another hour.Ģ. How long is the cache valid (here we have a sliding window). The nice thing about the IMemor圜ache interface is that it also allows you to customize things like:ġ. We check first if we have an entry from the cache (your RAM), if not we retrieve it from the database and store in our cache so that the next time, we hit that line, we don't have to go to the database again. The example below shows how to use the IMemor圜ache interface to cache some data from the database. You don't always need something like Redis to make caching work. ASP.NET Core has some tools out of the box to provide you caching out of the box.
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