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Learn more about bidirectional Unicode characters Show hidden characters. Please fix this. Contacts, but it doesn't work as expected. NET-based store apps, the System. EventSource class is available and can be used to generate custom ETW events, there doesn't appear to be any point to this at the moment because you can't actually record those events in a trace!
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Resources Icon. Visualization Input File PortEx. Classification TrID File Certificates Certificate chain was successfully validated. Download Certificate File 6. Tip: Click an analysed process below to view more details. NET Core, this wizard will create the solution and add the project to it automatically. A class file named Program. You will see a Hello World string printed on the screen. In a CLI, it's all about commands that you need to perform one by one to publish, but, in Visual Studio , it's just about a few clicks.
Let's learn about how to do this with both the deployment models. Here, when you publish an app, only the portable executable DLL will be generated, and you need to run this in a system where. NET Core is already installed. To publish an app to create the deployment package, right-click on the project and, from the context menu that pops up on the screen, click Publish Here, let's select Folder as the publishing target: Click the Browse This will publish the app to the selected folder and show you a summary: [ ] Building Applications with.
Click on the link labeled Edit, which will open the following Profile Settings page: In this screen, you will be able to change the configuration, target framework, and target location. As we are publishing it as a Portable executable format the FDD model , you won't be able to change the target runtime. NET Core installed, you need to first edit your project file to make some changes.
In this type of deployment, the core libraries will also be copied with your application, making the deployment package larger than expected. In our case, it's Edit ConsoleApp. As shown in the following screenshot, enter the following tag, winx64;Ubuntu. You can add more than one RID here as semicolon separated values: [ ] Building Applications with.
Now, save the. From the context menu, click on the Publish NET Core Chapter 4 5. This will show the publish wizard dialog, where you can set the publishing target. Let's select Folder in this instance: 6. Click the Browse NET Core version that you have selected during project creation. Once you are done, click the Publish button. This will publish your app to the target location and show you a summary. Note that the configuration is, by default, selected as Release and the target runtime is set to your host system RID, which is the first entry that we have added as RuntimeIdentifier in the.
NET Core Chapter 4 9. To edit the publish profile, click the Edit link. This will open the Profile Settings page: [ ] Building Applications with. NET Core Chapter 4 Click the Target Runtime dropdown. There, you will see the identifiers that we have set in the project file. In our case, they were winx64 and unbuntu. To publish the application for Ubuntu Linux, select Ubuntu.
Now, click on the Publish button to publish the application. By default, the package will be deployed in the same publish directory. If you want to place them in separate folders, then change the Target Location accordingly to easily identify the output: [ ] Building Applications with. In our case, you can select Portable, Ubuntu. Creating, building, and publishing a. NET Core console application, and then build and publish it using the framework-dependent model and self-contained deployment model both using the CLI and from Visual Studio , let's now begin with creating an ASP.
From the available. Enter Project name, Solution name, and Location, and click Create to begin the creation of the project: This will open another dialog on the screen, asking you to select the ASP.
NET Core web template. To create an ASP. For a complete web application with MVC views and controllers, select the Web Application Model-View-Controller template, as demonstrated in the following screenshot: [ ] Building Applications with. NET Core Chapter 4 You can also set authentication to your web app the default is No Authentication by clicking the Change Authentication button: The Change Authentication dialog has the following four options: No Authentication: This is the default authentication type.
Keep this selected if your app does not require any user authentication. You can also configure your signing process by using Facebook, Twitter, Google, Microsoft, or any other provider's authentication system.
Work or School Accounts: To use an Active Directory or Office signing process, use this type of authentication system. Windows Authentication: If you are building an intranet application that will use a Windows authentication system, then select this.
Click OK to continue creating the web application. Once the project has been created by Visual Studio , you can build and run it. This will show a web page from the sample that it has created: To publish the application that we have just created, right-click on the project inside Solution Explorer and click on Publish, as shown in the preceding screenshot. This will open the app publishing wizard.
If you already have an Azure account and are already signed in with the same MSA account in Visual Studio, then the following screen will be shown, asking you to provide more details on hosting your app to Azure: [ ] Building Applications with. NET Core Chapter 4 It will ask you to enter your web app name and Azure subscription details as follows to publish it there.
Let's have a look at the following mentioned steps: 1. First, enter the web application name. This should be unique globally. Select the Azure Subscription account that you want to link with. Select a Resource Group name. If there are no entries in the list, then you need to create one by clicking the New Fill in the required details and click OK. Select the application hosting plan from the list.
If the list is empty, then you need to click the New Then, select the correct plan that you have created. Finally, click Create to start the final publishing and hosting process to Azure.
NET Core Chapter 4 Once the Visual Studio starts the publishing job, it will show you the following page with details of your application hosting. Based on the web application name that you entered earlier, it will create the Site URL link and host to a subdomain hosted on azurewebsites. When you launch the site on the browser, you will see that the site we have created runs on a public web server. As the website was created from the Visual Studio default web template, you will see the following screen: [ ] Building Applications with.
Don't forget to give this a try. Summary In this chapter, we have learned about the basics of. We have discussed the commands that you must know in order to create, build, and run. As well as the core commands, we learned about how to create, build, and publish. We have also covered how to publish a web app to Microsoft Azure. In the next chapter, we will discuss the basics of the TypeScript language and how to build web applications using TypeScript.
Since it is a superset of JavaScript, it provides optional static typing, classes, interfaces, and more to help frontend developers build web-based applications for both the client and server sides. The name of the TypeScript compiler is tsc. When you compile a TypeScript code file.
TypeScript simplifies JavaScript code, and thus makes it easier to read and debug code. With its static type checking, TypeScript helps you avoid the pain of bugs in your code.
Since TypeScript is nothing but JavaScript with some additional features, this chapter will cover the basics of TypeScript, which will guide you through writing your code and compiling it to JavaScript so that you can use it to build web applications. To simplify this demonstration, we will be using the Visual Studio Code editor, and so installing the Visual Studio Code editor is required to proceed. Let's discuss both of the ways to install it in your development environment.
The Node. It contains a command-line client and npm registry, which is an online database that contains public and paid-for private packages. Once you have downloaded the installer on your system, double-click on the installer file.
Then, just follow the step-by-step installation process to install Node. If you have gone through Custom Setup mode, make sure that you have selected the Node.
Make sure that you have the required admin rights on that system; otherwise, contact your system administrator. Once you have installed Node. To install the latest version of the package from the server, open any console window cmd. Once the installation completes, it will show the following output on the screen: To confirm whether the installation was successful, type tsc in the console window cmd.
This will list the command-line usages of the TypeScript compiler on the console window screen. Installing through Visual Studio 's installer If you like to build TypeScript applications using Visual Studio , you can directly install the compiler using the Visual Studio installer, as follows: 1.
Run the Visual Studio installer and click the Modify button. Once the installer customization window loads on the screen, navigate to the Individual components tab and check the desired TypeScript SDK version that you would like to install. Then, click the Modify button to continue with the installation. NET and web development or the Azure development workload already installed on your system, you won't have to explicitly install the TypeScript component, as the Visual Studio installer would have already installed that as per the default installer configuration.
For simplicity and demonstration purposes, we will be using Visual Studio Code. Visual Studio Code is a free, lightweight, but powerful source code editor from Microsoft, that runs on your desktop and is available for Windows, macOS, and Linux. NET and Unity. Let's start writing our first HelloTypeScript application code: 1. Once you have installed Visual Studio Code, open it. As shown in the following screenshot, click File Open Folder Now, click on the New File icon—as shown in the following screenshot—to add a new file under the selected folder and provide it with a name we used HelloTypeScript.
Make sure that the extension of the file is. Now, open a console window cmd. Inside the console window, enter the following command to compile the TypeScript file HelloTypeScript. This will generate the HelloTypeScript. It will print the following output on the screen: When you compile a. The node command is used from the console window to execute the JavaScript. The tsc command is used for compiling TypeScript.
The node command is used to run the output file, which is in JavaScript. It also allows you to specify the compiler options that you require to compile a TypeScript project. When you place a tsconfig. When you set the compileOnSave property to true, every time you perform a save operation on a. If you omit this property, the default values from the compiler will be used automatically.
You will need to specify the property using the glob wildcards pattern. If you don't specify the files and include properties, the TypeScript compiler will, by default, include all the TypeScript files. If both are specified, the compiler will include the union of the specified files. If you have included any files using the files property, the exclude property won't have any impact on those files. It can be a local variable in which the scope is limited to the block where it has been defined, a class-level variable that can be accessed within that class, or a global variable that can be accessed from anywhere within the same application.
A variable name can contain uppercase or lowercase letters, numbers, or special characters, but can't start with a number. Apart from these two special characters, other special characters are not allowed. If you define a variable as var identifier: datatype, you can only set the value of that datatype. However by default, the compiler sets its value as undefined, irrespective of the datatype. Problems with using the var keyword In TypeScript, defining variables using the var keyword has some problems, which causes developers to avoid it unless it's really required.
Let's discuss these issues with some suitable examples. You can define a variable inside a block and access it outside the defined scope. As a result, you may get the return value as undefined. The TypeScript compiler won't result in any errors. So, what could be the right approach to declaring variables? To answer this question, continue to the next section.
Declaring variables using the let keyword To overcome the problem that arises with the var keyword, TypeScript allows you to declare variables using the let keyword. You won't be able to access it outside of that. However, the third reassignment results in no error as its scope is different and limited to the if block only.
Declaring constants using the const keyword TypeScript also allows you to declare constant variables. Working with the basic datatypes Every programming language provides a set of basic datatypes. TypeScript also follows that and provides datatypes such as number, string, boolean, enum, void, null, defined, any, never, Array, and tuple.
When you define a variable of this type, you can assign any numeric values to it, including decimal, binary, hexadecimal, and octal values. Make sure that you are using the latest version of TypeScript.
Using the string type Like all other programming languages, TypeScript also uses string datatypes to represent textual data. Don't forget to visit it. This basic datatype only accepts true and false values. Using the enum type Enumerated datatypes are a set of numeric values with a more friendly name.
You need to define an enumerated datatype using the enum keyword. Information; By default, the indexes of enum values start from 0 zero. Just like with C , you can manually set the values by entering the index values against its members. Thus, the enum values that follow are automatically assigned index values of 2, 3, and 4.
In the second example, the index values of the enum values are explicitly assigned. Using the undefined type In TypeScript, you can use the undefined keyword as a datatype to store an undefined value. When declared, you can only assign a null value to it. However, if a variable is assigned with null, then the variable is a type of an object whose value hasn't been defined.
Using the any type to declare a variable While writing code in C , if you are unsure about the datatype of a value due to its dynamic nature, you can use the dynamic keyword to declare that variable. Similarly, TypeScript also provides a datatype, called any, to declare a dynamic type variable. In such a condition, the return datatype of that function in TypeScript is never. Using the array type TypeScript also supports working with arrays.
In the second approach, a generic array type is being used. Although the types of elements are known and don't need to be the same here, you can still define them. A union type will be returned if you access an element outside the set of known indices.
Working with classes and interfaces TypeScript supports Object-Oriented Programming OOP concepts, and thus the basic features such as classes and interfaces are available in TypeScript.
A class is a blueprint for creating an object of a type, which encapsulates the data of that object. Let's learn about how to define a class, its constructors, and its interfaces. We will also discuss how to define a static class and inheritance. Let's define a class with a few properties and methods. Here, we have defined a class named Person. It consists of three properties FirstName, LastName, and Age , one constructor, and two methods getFullName , which returns a string, and getAge , which returns a number.
By default, all the members in a class defined in TypeScript are public. In TypeScript, instead of defining the properties manually, you can also go for automatic property creation. In this case, the parameterized constructor plays a vital role. You will just have to define the constructor parameters as public, and the TypeScript compiler will do the rest for you to generate the properties.
You don't have to define them explicitly. We'll discuss how to create an instance of a class in the next section. Initiating an instance of a class Just like with C or Java, you can easily instantiate a class and access its members. To create an instance of a class, you can use the new operator. Although you cannot instantiate an abstract class, you can inherit it to create a derived class and create an instance of that derived class.
An abstract method does not have an implementation body, but you must implement it in derived classes. To define an abstract method, you should use the abstract keyword. Working with inheritance in TypeScript Inheritance is a mechanism to extend the properties of one class to another class. Since the TypeScript language supports basic object-oriented principles, you can inherit a base class and generate derived classes.
To inherit a class, you will have to use the extend keyword. The constructor of the base class takes two parameters of the string type and populates the defined properties. A new class named Derived extends the Base class. It contains a property named PropertyThree of the string type.
Here, the constructor of the Derived class takes three parameters. The first two parameters are passed to the Base class using the super keyword, while the third parameter populates the new PropertyThree property.
Constructors for Derived classes must contain a super call. The print method of the Derived class prints the values of all three properties to the console log. Since the access modifiers of all the Base class members are public, you can access them from the Derived class.
Defining interfaces in TypeScript An interface is like an abstract class with a difference—all the members are abstract. This means that an interface only contains the declaration of the methods and properties. It is the responsibility of the class that implements the interface to write the actual implementation of all the members of the interface.
TypeScript also supports interfaces and is denoted by the interface keyword. By default, all the members in an interface are public.
Not only that, but an interface can also extend a class in TypeScript. Let's discuss this in depth with some suitable examples. The previous example can be rewritten by extending multiple interfaces. Summary In this chapter, we learned about the basics of TypeScript, which included setting up the development environment with Node. Later, we discussed the TypeScript configuration file tsconfig , as well as various ways to declare variables, different datatypes, classes, and interfaces.
Now, you should be able to write code in TypeScript and compile it to JavaScript. In the next chapter, we are going to learn about NuGet packages, which is a free and open source package manager designed for the Microsoft development platform. It was first introduced in and has now evolved into a larger ecosystem for the platform. Starting with Visual Studio , it comes preinstalled as a Visual Studio extension.
A basic understanding of the IDE and the C language is also recommended. Typically, this component consists of one or more DLLs and the metadata describing the package. It can consist of other components, source code, and debug symbols, but the debug symbols are very rarely found. When you install any of the Visual Studio workloads, by default, they install the support for NuGet along with the NuGet Package Manager tool, which you can find listed under the Individual components tab of the installer.
As the GUI interface provides you with easier access to searching, installing, updating, and uninstalling a package, it is always preferable and, most of the time, a developer interacts with it while using any library package through NuGet. When you install a NuGet package, the following things happen: 1. If you are using. NET Framework, the package gets downloaded in the packages folder under your solution directory. Any other NuGet packages that this package is dependent on are also downloaded automatically.
The references to the package content that is, the DLL references are automatically added to the project. It will give you a list of packages based on your search term. Select the one that you want to install, select the suitable version, and then click Install to continue: [ ] Managing NuGet Packages Chapter 6 A dialog will pop up, showing you the list of packages including dependent packages that it's going to install.
Review the changes and click OK to start the download process. NET Framework, an entry of the assembly reference will be added to the packages. NET Core, there will be a slight difference. You won't see the packages. Check it out for yourself by editing the. NET Core project file in Notepad. Creating a NuGet package library for. First, let's create a class library project, which we are going to pack later: 1. NET Framework from the available templates.
Once the project is created, add a few classes and code inside it, as per your requirements. Let's add a class file called LogHelper. As our demo class library NuGetDemoLibrary. Open a console window, navigate to the project directory, and enter either of the following commands to create the nuspec file: nuget spec nuget spec NuGetDemoLibrary. This command is recommended as it creates the metadata information of the nuspec file from the DLL metadata. As we have created the nuspec file from the project, it has a placeholder field against most of the entries.
You must replace these default values before generating the package. The id field must be unique across the NuGet global store or the gallery where you are going to host the package. Perform a check in the store or the gallery before assigning this field. If you don't want to input these links, you can remove the entire lines. NuGet uses semantic versioning, where it has three parts for the version field in the Major. Patch convention. Hence, incorporate a three-field version number against it.
Whenever you upload a new version to NuGet, it decides that this is the latest stable version. Technically, you can add any string there, but it is always preferable to use a meaningful convention. For example, if your build version is 4.
Note that NuGet prioritizes the version field in reverse chronological order. Thus, -beta will get a higher preference than -alpha and the final release version will get the highest preference automatically.
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- Windows 10 1703 download iso italy vsto
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