PHILIPS Steam Iron Gc2145/20 2200 Watts, From Worlds No.1 Ironing Brand

 

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PHILIPS Steam Iron Gc2145/20 2200 Watts, From Worlds No.1 Ironing Brand*, Scratch Resistant Ceramic Soleplate, Steam Rate Of Up To 30 G/Min, 110 G Steam Boost, Drip Stop Technology

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About this item

• Philips is World’s Number 1 Ironing brand – (Source: Euromonitor International, per Iron category definition. Retail value sales in units. 2022 data)
• CERAMIC SOLEPLATE: The durable ceramic soleplate glides well on any ironable garment. It is non-stick, scratch resistant and simple to keep clean
• POWER: 2200 watts power for delivering a fast heat-up and powerful performance.
• STEAM RATE: Powerful continuous steam of up to 30 g/min for effective crease removal
• STEAM BOOST: 110 g steam boost for penetrating deeper into the fabrics for easily removing stubborn creases
• DRIP STOP SYSTEM: The drip stop system prevents water leakage to avoid stains from water droplets
• WATER TANK: Less refilling with the large 270 ml water tank so you can iron more clothes in one go

• VERTICAL STEAM: The vertical steam function lets you refresh garments right on the hanger without having to use an ironing board
• BUILT IN CALC CLEAN SLIDER: Calc clean is a built-in cleaning function to remove calcium build up and maintain peak performance
• TRIPLE PRECISION TIP: Our triple precision tip helps you handle even the hardest-to-iron spots, like buttons and pleats

 Proper order is adding middleware in dot net core application

Introduction

When developing a web application in .NET Core, the middleware pipeline plays a crucial role in handling HTTP requests and responses. Understanding the correct order in which to arrange middleware components is essential for ensuring that your application functions as intended. The sequence of middleware dictates how requests are processed and how responses are generated, which can affect performance, security, and overall behavior. In this guide, we will explore the principles and best practices for organizing middleware in the .NET Core environment, helping you to create robust and efficient applications.

 

Adding custom middleware in Dot Net Core application

 

Introduction

In ASP.NET Core, middleware plays a crucial role in request processing pipelines, acting as a conduit through which HTTP requests flow before reaching the destination.

By integrating a custom middleware class into your application, you gain the flexibility to intercept, modify, or handle requests and responses according to your specific requirements. This powerful feature allows developers to inject custom logic at various stages of request processing, thereby enhancing functionality, improving security, and optimizing performance.

This introduction will guide you through the process of implementing custom middleware in the Program.cs file of a .NET Core application, showcasing practical examples and best practices.

 

Steps of adding the custom middleware

Create a Custom Middleware Class:

• Create a new class file, for example MyCustomMiddleware.cs.
• 
  
  
  

Inherit the class with an interface IMiddleware and implement the interface’s methods.

·         Change the code of the method InvokeAsync with the custom code

Note: The MyCustomMiddleware in this example is inside a folder named ‘CustomMiddleWare’ hence the namespace is showing as app1.CustomMiddleWare (my application name is app1)

Adding the custom middleware in the pipeline:

·         Add the namespace in Program.cs

·         Add the custom middleware class using AddTransient method just after the var builder line as shown below:

 

Note : the line of adding the custom middleware should be before the builder.Build() command.

·         In order to call the custom middleware class, add a line

app.UseMiddleware<MyCustomMiddleware>();

 

 Conclusion

By incorporating custom middleware into your ASP.NET Core application, you harness the power to tailor the request-handling pipeline to your specific requirements. This enables you to inject custom logic, enhance security measures, and optimize performance throughout the request-processing flow.

 

 The modular nature of middleware promotes cleaner code and better maintainability, allowing for the seamless addition of new functionality without disrupting existing components. By understanding and utilizing custom middleware, developers can build more robust, flexible, and efficient applications, ultimately delivering superior user experience. Happy coding!