Code Murals

Introduction: Azure Functions provide a serverless computing platform for executing code in a scalable and event-driven manner. One of the key triggers available in Azure Functions is the Timer trigger. With Timer triggers, you can schedule and automate the execution of your functions based on a specified time or interval. In this blog post, we will dive into the Timer trigger for Azure Functions and explore its features, use cases, and implementation. What is a Timer trigger in Azure Functions? The Timer trigger in Azure Functions allows you to schedule the execution of your functions at regular intervals or specific times. It is ideal for automating recurring tasks, periodic data processing, or triggering workflows based on a fixed schedule. With Timer triggers, you can define the timing using either a time expression or a more advanced cron expression. Key Features and Benefits Flexibility: Timer triggers support various time formats, including simple intervals, specific t

Introduction: Blazor is a powerful framework for building web applications using C# instead of JavaScript. It allows developers to create interactive and dynamic user interfaces with ease. One of the key features in Blazor is the EventCallback<T> pattern, which enables communication between components through events. In this blog post, we will explore how to use the EventCallback<T> pattern in Blazor by building a simple example. Creating the Event-Driven Component: Let's start by creating a Blazor component called MyComponent. This component will raise an event when a button is clicked. Here's the code for the MyComponent.razor file: MyComponent.razor < h3 > My Component < / h3 > < button @onclick = " RaiseEvent " > Raise Event < / button > @code { [ Parameter ] public EventCallback < string > EventRaised { get ; set ; } private async Task RaiseEvent ( ) { await EventRais