Information

Cat names that start with p

Cat names that start with p


We are searching data for your request:

Forums and discussions:
Manuals and reference books:
Data from registers:
Wait the end of the search in all databases.
Upon completion, a link will appear to access the found materials.

Cat names that start with p have been dropped

[This article was written before the PPCS change to.NET, so some of the names have changed, but the general idea remains the same.]

It’s been a while since I’ve talked about names. In fact, since I’ve done a talk about names and namespaces and how naming can affect productivity, I feel like I should write a short article about the topic. As I mentioned in the talk, I think names matter, and I think they have a big effect on how you work.

As a C# developer, one of the best ways to make code more concise is to name variables, classes, methods, properties, and so on well. Names describe things, and therefore names should be short and easy to understand.

That’s not a new thing. We’ve known for a long time that good naming is important.

Namespaces: The Old Way

In C# (and.NET), namespaces are a form of namespacing that apply to names. A namespace is a way of “grouping together” all the names you want to be able to use in your project. This means that when you type a name, it is automatically surrounded by a special syntax:

The first thing you’ll see is that the name is surrounded by a pair of angle brackets (<,>,).

The angle brackets are used to indicate that you are using a name from a namespace.

The name after the namespace is known as a “qualified name” and is followed by an equal sign (=).

In C#, there are two ways you can qualify the name with a namespace. The first is the dot, which allows you to qualify the name by adding a namespace to the front of it, like so:

A namespace is a kind of place to keep things together. For example, if you were building a house, it would be easier to put things in a certain order if each room had its own name. For example:

Kitchen

Living room

Bathroom

The kitchen, bathroom, and living room would be grouped together in a namespace. It wouldn’t matter where in the house they were because they are all namespaces that have “Kitchen” at the beginning.

Namespaces are also used to group classes together, which makes it much easier to work with multiple classes. If you have some code that interacts with multiple different classes, a good way to organize this code is to make a class for each group of classes. For example, you might have a class for math calculations, a class for game logic, and a class for UI interactions. If you can do that, you’ve organized your code in a way that is more understandable.

Namespaces are a powerful tool for organizing code, and they are used heavily in C# development. When you’re building a C# project, a good first step is to think about the things you want to name and put them in a namespace. For example, let’s say you’re building an interface for your application. It makes sense to have something like this in a namespace so that other classes know how to interact with it.

// This is a namespace where we will keep all of our interfaces in C# // So if we're writing an interface for our application we would put it in here namespace AppInterface.Interfaces,

Once you’ve done that, it’s time to think about what names to use. For our example, we will keep our namespace in its default position, so all of the names in the project will start with AppInterface.Interfaces. As we work through our code, I’ll use these names to show you what they look like in real life. For example, here’s a class called Button, which is in the AppInterface.Interfaces namespace:

namespace AppInterface.Interfaces { public class Button { public Button() { } public void DoSomething() { } } }

And here’s what the namespace looks like when you type AppInterface.Interfaces at the top of a C# file:

namespace AppInterface.Interfaces {

In this example, Button is the name of the class, and AppInterface.Interfaces is the namespace. The namespace and class names can be the same, but they’re not always the same. This is a good example of how namespaces can be nested. For example, here’s how the namespace would look if it was nested inside another namespace:

namespace MyNamespace.Interfaces {

This is just a nested namespace inside another namespace. Nested namespaces can go up as many levels as you want.

You can also group classes and namespaces in the same namespace. For example, we could have a namespace called Application that contained both AppInterface.Interfaces and MyNamespace.Interfaces. Here’s a code snippet that shows how the Application namespace would look if we were to create a class called Program that was in the Application namespace:

namespace Application { public class Program { } }

namespace Application { }

Now let’s take this a bit further. We could even nest Application inside MyNamespace.Interfaces. In this case, we would have:

namespace MyNamespace.Interfaces { public class Application { public class Program { } } }

namespace MyNamespace.Interfaces { }

If we were to write this in our program, we would have something like this:

namespace MyNamespace.Interfaces { public class Application { public class Program { } } }

namespace MyNamespace.Interfaces {

}

In this case, Application and Program are still in the Application namespace, but MyNamespace.Interfaces is nested inside of the Application namespace.

One problem with using namespaces is that it’s difficult to tell where a namespace ends and where a class


Watch the video: female Cat names starting with p (July 2022).


Comments:

  1. Severi

    I congratulate, very good thinking

  2. Corbenic

    I think, that you are not right. Let's discuss.

  3. Ogier

    Sorry, I can't help you. But I am sure that you will find the right solution. Do not despair.

  4. Hwitcumb

    You have hit the spot. I think this is a great idea.I agree with you.



Write a message

Video, Sitemap-Video, Sitemap-Videos