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DLL” “msiexec. IsHeadset property now always return true even without headset connected. In this model, the output of the. NET Framework from the available templates. Then, you can click on OK when asked: Now, we will move on and understand the other updates that are available in Visual Studio This program cannot be run in DOS mode. TypeScript also follows that and provides datatypes such as number, string, boolean, enum, void, null, defined, any, never, Array, and tuple.❿
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<p>Select the desired Azure resource and Azure Storage account and click the Attach button to continue. Create a snap point by selecting the code that needs to be debugged and then clicking Start Collection.</p>
<p>When it completes creating the snap point, you can enable Time Travel Debugging for it. Once done, click View Snapshot. Now, you will be allowed to step forward and backward in order to debug the collected snapshot and find the issue in your code.</p>
<p>Live Share Microsoft has made it easy for developers to collaborate with each other by sharing a Live Share session within Visual Studio If you are using Visual Studio , you must download the extension from the Visual Studio Marketplace. When you want to collaborate with your team members, the Live Share feature doesn’t care about what type of application you are building and which operating system you are currently working on.</p>
<p>Just focus on your work and co-edit and co-debug the code. When team members need to collaborate on work from different locations, you can create a live sharing session and the other member s can join it by launching the session link. Chapter 1 Creating a new live sharing session To create a new live sharing session and invite other members, follow these steps: 1. Click on it to begin the sharing process: 2.</p>
<p>Windows Security Alert will ask you to approve the firewall permission. Click on the Allow access button to continue. After a few moments, it will begin the final steps and create a live session. A live sharing link will be generated, which you can share with your team members so that they can join the session.</p>
<p>As shown in the following screenshot, a Live Share panel will display the list of participants, shared servers list, and shared Terminal list: This ends the creation of the live sharing session URL in Visual Studio Once your participants have received the invitation link, they can join and start collaborating with you and other team members. In the next section, we will learn how to join an existing live sharing session from Visual Studio Chapter 1 Joining an existing live sharing session Now that you have a Visual Studio live sharing session invitation from your team member, you can join the session by following these steps: 1.</p>
<p>Copy the link that you have received. Chapter 1 4. The link will be automatically populated from your clipboard content. If it isn’t, enter the link into the field and click the Join button, as shown here: 5. Once you have successfully joined the live sharing session, a banner will be displayed, welcoming you to the Visual Studio Live Share session. Chapter 1 6. Another panel will be added to the top-right corner of the IDE, where you can see your gravatar and a button labeled Joined, as shown here: Once you’ve joined the live sharing session, you will be able to see who is working on what.</p>
<p>Chapter 1 Similarly, if you select or modify content, the same will be visible to the other members as well. Managing a live sharing session You’re not just limited to creating, inviting, and joining a live sharing session.</p>
<p>As an initiator, you can also manage it. The Live Share panel will help you with this. From this panel, you are allowed to see the list of participants, shared servers, and shared Terminals. Chapter 1 You can also send a notification to all of the participants so that they can come and look at something that you are doing, giving them full focus of the current session. Here’s a screenshot of the Live Share panel: When you want to end the live sharing session, you can either click on the stop button from the Live Share Toolbox menu or click the tiny Sharing drop-down and end it.</p>
<p>Product Updates Visual Studio provides you with options for controlling the update installation mode. You can either choose Download all, then install or Install while downloading.</p>
<p>Chapter 1 The default mode is Download all, then install, which allows you to continue using the Visual Studio editor when the download is in progress. If this option is selected, you will need to finish up by opening the Visual Studio installer and selecting the Continue button.</p>
<p>You can also select the Install while downloading option. If this option is selected, Visual Studio will continue downloading the updates in the background while the update is being installed. Chapter 1 Summary In this chapter, we learned about the Visual Studio installation experience, followed by the key features that were newly introduced in Visual Studio We also discussed the new Start window, quick actions improvements, and Visual Studio IntelliCode, which will not only improve your productivity but will also save you time.</p>
<p>Later, we discussed one-click code cleanup, Clipboard History, and debugger improvements, which will make it easier for you to write and debug code. The all-new Live Share feature will make it easy for you to do peer coding.</p>
<p>Finally, we discussed the background update process for keeping your IDE always updated with new features and fixes. You can build applications for desktop, web, cloud, and mobile applications or games using C , VB.</p>
<p>Next, we will gain an understanding of the cloud computing basics, including Microsoft Azure, which is an open, flexible, enterprise-grade cloud computing platform. We will guide you through creating Azure websites and mobile app services, and then integrating those with a Windows application. We will cover. NET Core, giving you a quick lap around the framework, and guide you on how to create, build, run, and publish.</p>
<p>Then, we will discuss the fundamentals needed to start building web applications using TypeScript and, at the end, will cover the NuGet Package Manager for the Microsoft development platform.</p>
<p>Here, you will learn how to create a NuGet package, publish it to a gallery, and test it. WPF supports a broad set of application development features that include application models, controls, layouts, data binding, graphics, resources, security, and more. NET Framework 3. With the release of. NET Core family. Functions such as data binding, customization of styles and templates, animations and triggers, clear separation between the UI and logic, and the ability to run inside web browsers make Windows Forms WinForms a strong technology that every desktop application developer working on Microsoft platforms must learn.</p>
<p>As you continue learning this platform, it will also help you to develop the base of your skills in building any application using XAML tools. Though WinForms still exists in Visual Studio , and despite the fact that it is still used in many enterprise-grade desktop applications, it is now slowly becoming outdated.</p>
<p>In this chapter, we will begin discussing it. Then, we will learn how to create layouts and properties, and how to use data binding and triggers. At the end of this chapter, we will have learned about designing and developing desktop applications with WPF. The installation of Visual Studio is mandatory with the. NET desktop development workflow.</p>
<p>Understanding the WPF architecture WPF is made up of a layered architecture that includes managed, unmanaged, and core APIs, as shown in the following diagram, where the programming model is exposed through the managed code: [ 63 ] Building Desktop Applications for Windows Using WPF Chapter 2 The diagram demonstrates the basic layers of the framework.</p>
<p>Each point is explained in the following sections and they are essential for your understanding of WPF: The Presentation Framework presentationframework. The Presentation Core presentationcore. It also provides you with the visual system to develop a visual tree, which contains visual elements and rendering instructions. The Media Integration Library milcore.</p>
<p>This is to enable tight integrations with DirectX, which is used to display all the graphics that are rendered through the DirectX engine. The milcore provides a performance gain to the CLR with the rendering instructions from the visual system. You can create visible UI elements in the declarative XAML syntax and then write the backend code to perform the runtime logic.</p>
<p>It is as easy as writing an XML node with a few optional attributes to create a simple button in the UI. When it loads into the memory, the BAML gets parsed at runtime. There are few syntax terminologies available to define an element in XAML in order to create an instance of it. Here’s a few of them to get started.</p>
<p>When the object element has a child element, we use the first example and, additionally, a self-closing element is used. When you specify the object element in an XAML page, the instruction to create an instance of the element is generated, and when you load the XAML, it creates the instance by calling the default constructor of the same object.</p>
<p>You can set the properties in XAML as an attribute. The syntax of the property attribute starts with the property name, an assignment operator, and a value within quotation marks. The following example demonstrates how to define XAML elements with property attribute syntax: The first example defines a Button element without specifying a property attribute, whereas the other two elements have the attribute defined.</p>
<p>The property element syntax The properties can also be defined in an element when you cannot assign the value within the quotation marks. This generally starts with and ends with. The following example demonstrates how to achieve this: In this example, we have defined a SolidColorBrush to the Background property as an element to Button control. It can be set as the value of the child elements. Let’s refer to the following code blocks. The example shows how to set the Content text property of Button instead of specifying it with the attribute syntax : Click Here [ 66 ] Building Desktop Applications for Windows Using WPF Chapter 2 In the following example, when the Button element is wrapped by a Border panel, it is defined as a Content element of the said panel and omits the explicit definition of the Content property: The preceding code can be rewritten with a content property Border.</p>
<p>This is done using the collection syntax to make it more readable. For example, StackPanel can have multiple elements defined inside the Children property: The preceding example can also be written as the following, where the parser knows how to create and assign the elements to the panel: You can use either of the formats to define your elements in the XAML page.</p>
<p>Although it looks like a property attribute, it is used to assign the event. If an attribute value of an element is the name of an event, it is treated as an event. In the following code snippet, the Click attribute defines the Click event of the buttons: Click Here The implementation of the event handler is generally defined in the backend code of the XAML page. In the next section, we will start building our first WPF application.</p>
<p>NET desktop development workflow on your system. Run your Visual Studio installer and confirm that the. NET desktop development workflow is already checked. If not, check it and proceed toward the installation of the required components. Click on Create a new project from the start screen, as shown in the following screenshot: [ 70 ] Building Desktop Applications for Windows Using WPF Chapter 2 This will open the new project window on your screen.</p>
<p>NET Framework template from the list and click on Next. If you are not able to locate the template in the list, you can search for wpf app in the search box: 2. In the next screen, you need to enter a project name, select the location where you would like to create it, optionally provide a different solution name, and select the framework that you would like the application to target.</p>
<p>Once you are done entering the metadata, you are ready to create the project. Hit the Create button to continue creating the project. Here’s a screenshot of the screen for your reference: Here, we have created the basic project. From this class, it gets the starting instruction to navigate to the initial window or page.</p>
<p>Here’s the structure of the App. If you want to launch a different window or page at startup, then replace this with the desired filename. It’s a partial class and all the autogenerated UIrelated initialization is written in the InitializeComponent method, which is defined in the other partial MainWindow.</p>
<p>Windows; namespace Demo. Those two views are named designer view and XAML view. You can see the Visual Studio editor here: Check out the preceding screenshot to see how Visual Studio loads the XAML page and provides you with a variety of options to change the view.</p>
<p>Some of these options are as follows: 1. Switch to design view: Double-clicking on this icon will change the view to a full screen designer view, hiding the XAML editor.</p>
<p>Swap panes: This will allow you to swap the views, either from left to right a vertical split or from top to bottom a horizontal split. Vertical split: When you do a vertical split, the designer view and the XAML editor view will be set side by side as in the preceding screenshot. Horizontal split: When you do a horizontal split, the designer view and the XAML editor view will align in the top and bottom positions in a stacked fashion. To do this, open MainPage. Now, let’s add some color to the button.</p>
<p>To do this, select the button in the designer view and open the Properties window. Here, you will see a category called Brush. Under this, you will be able to change the color of the selected UI element. First, select the Background and move the color slider to select red. Then, select Foreground and choose the color white. Now, when you build and run the app, you will see a button with a red background and white-colored text on the screen.</p>
<p>If you click on that button, there will be no action, as we have not added any event handler to it. To do this, go to the design view, select the button control, navigate to the Properties window, and click on the Navigate Event Handler icon present in the right-hand corner, as shown in the following screenshot: 6. Here, you will find an input box called Click. Double-click on it to create the click handler of the button in the associated code file and register it in the XAML page. If the build succeeds, it will show you the following window onscreen with the button.</p>
<p>Clicking on the button will show you this message: As you are now comfortable with adding controls to the application window and customizing the controls, let’s jump into the next section to explore the various layouts that are available in WPF. You must arrange your controls in a proper position, so that users find it easy to work with. WPF provides built-in support of various panels to help you with this: Grid: This defines a flexible area to position UI elements in rows and columns.</p>
<p>StackPanel: This defines an area where the child elements can be arranged in a stacked manner, either horizontally or vertically. Canvas: This defines an area to position the UI elements by coordinates relative to the area specified.</p>
<p>DockPanel: This defines an area that you can arrange horizontally or vertically, relative to each other. When it reaches the edge of the panel box, it breaks to the next line. VirtualizingPanel: This defines the panel to virtualize the children’s data. UniformGrid: This defines the panel to have a uniform cell size. Each of the preceding panel elements derives from the Panel base and allows you to create a simple and better layout design for your app. You can set controls or child panels inside a panel to design your view.</p>
<p>Note that designing a layout is an intensive process and so, if you have a large collection of children, it will require a higher number of calculations to set the size and position of the elements. Therefore, the UI complexity will increase, impacting the performance of the application.</p>
<p>Whenever a child element changes its position, it automatically triggers the layout system to revalidate the UI and arranges the children according to the layout defined. The layout system does this in two phases. The Measure pass recalculates each member of the children collection with a call to the Measure method of the panel.</p>
<p>This sets the height, width, and margin of the controls in the UI. Then, the Arrange pass, which generally begins with a call to the Arrange method, generates the bounds of the child and passes them to the ArrangeCore method for processing. It then evaluates the desired size of the child and calls the ArrangeOverride method to determine the final size. Finally, it allocates the desired space and completes the process of layouting. Here are some quick tips to remember: Canvas is a simple panel and has a better performance than a complex panel such as Grid.</p>
<p>When using Canvas, avoid the fixed positioning of UI elements. Rather, align them with the margins and padding. Whenever possible, set the Height and Width properties to Auto instead of a fixed size.</p>
<p>Avoid unnecessary calls to UpdateLayout as it forces a recursive layout update. Use StackPanel to lay out a list of elements horizontally or vertically. When working with a large children collection, consider using VirtualizingStackPanel.</p>
<p>Use GridPanel to lay out static data in the UI. Use Margin to add extra space around the control. Use Padding to add extra space inside the control.</p>
<p>Let’s now discuss each of them in detail. This will help you to decide which one to choose, when to choose them, and how to use them. You can see that there was a Grid panel inserted when we created our first WPF application, where we placed a button control inside it. When you would like to show some controls, some data in the matrix, or a tabular format, the Grid layout control allows you to define the elements in rows and columns, which is demonstrated as follows: In XAML, you need to design your Grid cells using RowDefinitions and ColumnDefinitions.</p>
<p>Each definition group can have multiple definitions. RowDefinition can have a height set to it and ColumnDefinition can have a width set to it. Each definition can have three different sets of values: Auto: When it is set to Auto, the row height or the column width will be set depending on the content.</p>
<p>A numeric value: When you set a positive numeric value, it will have a fixed size. If you don’t specify any height or width, then the row or column will, by default, have an equal distribution of the available space. Let’s discuss the following code snippet, which shows four row definitions and three column definitions. The first two rows will automatically set their heights based on the dimension of the content, the fourth row will have a height of 30 px, and the third row will have the remaining space as its height.</p>
<p>Similarly, the first column will have an automatic Auto width depending on its contents, the second column will have a space of 20 px, and the third column will occupy the remaining space available to it: [ 82 ] Building Desktop Applications for Windows Using WPF Chapter 2 Once you divide your Grid panel into rows and columns, you can place your elements in the appropriate cell by using the Grid.</p>
<p>Row or Grid. Column properties. The Grid. RowSpan and Grid. ColumnSpan properties are used to span an element across multiple rows and columns. Using StackPanel to define the stacked layout When you want to add elements in a stack fashion, either horizontally or vertically, you need to use StackPanel.</p>
<p>You need to specify the Orientation property to set whether it will be a horizontal StackPanel or a vertical StackPanel. The following figure demonstrates both a horizontal and a vertical StackPanel: If you don’t specify any orientation, it will be automatically set as a vertical StackPanel.</p>
<p>Using Canvas as a panel Canvas is a lightweight panel that can be used to position the children at a specific coordinate position within the view. You can imagine it as an HTML div element and position the elements at x, y coordinates. The attached properties, Canvas. Left and Canvas. Top, can be used to position the elements in relation to the left and top corners; in comparison to this, the Canvas. Right and Canvas. Bottom properties can be used to position the child elements in relation to the right and bottom corners.</p>
<p>Here’s a representation of placing an element in Canvas: Here’s a simple example that demonstrates TextBlock positioned at 75, 30 and , 75 , respectively: This is not very flexible, as you have to manually move the child controls around and make them align in the way you that want them to.</p>
<p>We recommend that you use it only when you want complete control over the position of the child controls. By default, the last element if not given any specific dock position fills the remaining space. As shown in the following code snippet, you need to set the DockPanel. Dock attribute of the child elements to one of the four values: When you run the preceding example, the result will look like the following diagram, which positions all the child elements depending on the value specified in the DockPanel.</p>
<p>Dock attribute: [ 85 ] Building Desktop Applications for Windows Using WPF Chapter 2 Note that the last element, which does not have any docking position set, has taken the remaining space and is placed at the center position of the window. Using WrapPanel to automatically reposition elements Inside a panel, when you want to position each of its child elements next to the other, either horizontally the default or vertically until there is no more room, you will need to use the WrapPanel function.</p>
<p>This just looks like a combination of Grid and multiple StackPanel elements, with variable cell sizes. Use it when you want a vertical or horizontal list to automatically wrap elements to the next line if there’s no more room for the controls to accommodate them in the same line. Let’s consider the following diagram as an example of WrapPanel with horizontal the default orientation: [ 86 ] Building Desktop Applications for Windows Using WPF Chapter 2 Here, you can see that the child elements positioned themselves in a row, and, when WrapPanel does not have room to accommodate them all on the same line, it wraps it onto a new line.</p>
<p>For example, in the preceding diagram, the fifth element wrapped itself onto the second line due to lack of space in the first line. Similarly, the ninth element positioned itself on the third line as the second line does not have enough space for that element.</p>
<p>You can also see that the items can have variable sizes and that does not affect the behavior of the positioning. As a result, there are no big gaps between the elements in the grid. Here’s an XAML code snippet to demonstrate the preceding example: After placing the code, run your application and observe the behavior on resizing the window.</p>
<p>Using UniformGrid to place elements in uniform cells The UniformGrid panel is just like the WrapPanel, but with the additional catch that it will have child elements placed in uniform cells. The rows and columns in UniformGrid have the same size. By default, the rows and columns automatically resize to give space to more elements.</p>
<p>The elements also resize automatically to accommodate themselves within that space. Unlike the WrapPanel, they don’t sit side by side in a condensed manner to reduce the gap between them; rather, they still position themselves in their originally defined column cells. You can define how many rows or columns you want to show in the Grid panel by specifying the Rows and Columns properties of UniformGrid.</p>
<p>When you change the row count to 1, all the elements inside UniformGrid will accommodate themselves in a single row by reducing their size. When you define more rows, based on the number of row counts, it will reduce the column count:. A dependency property extends the CLR property to provide you with a way to compute the value based on the user inputs. In addition to this, it also provides you with a way to do self-contained validation, set default values, monitor changes to its value, and do a callback.</p>
<p>When you want to define a dependency property in a class, you must derive that class from DependencyObject, which will act as an observer, and DependencyObject holds the new property system for a faster execution. You can also wrap a dependency property using a normal CLR property.</p>
<p>You can then use the GetValue and SetValue methods to get and set the value passed to the dependency property. The Register method uses four parameters. The first one is the CLR property name that you defined for the getter and setter. The second parameter is the return type of the property. The third is the class handler derived from DependencyObject , where you declare the dependency property.</p>
<p>The fourth one is the extended property metadata, where you can set the default value. Data binding in WPF Data binding is a technique to establish a connection between the UI of the application and the business logic, in order to create data synchronization between them. Although you can directly access UI controls from the code to update their content, data binding became the preferred way to update the UI layer due to its automatic update notification mechanism.</p>
<p>To make data binding work, both sides of the binding must provide a change notification to the other side. The source property of data binding can be a normal. The reverse is not possible here. This is also applicable for editable forms where users can change the value displayed in the UI. For example, the Text property of a TextBox control supports this type of data binding: OneWayToSource: This is another unidirectional data binding that causes the target property to update the source property the reverse of OneWay binding.</p>
<p>Here, the UI sends notifications to the data context and no notifications are generated if the data context changes: OneTime: It causes the source property to initialize the target property. After that, no notifications will be generated. You should use this type of data binding when the source data does not change. Remember, OneWay binding is the default data binding.</p>
<p>Let’s discuss data binding with a small and simple demonstration. You can use the propdp snippet to generate the dependency properties. After the addition of the three properties, your code will look like this: namespace Demo.</p>
<p>First, let’s give the name mainWindow to Window to easily identify the context of the backend code: Then, we need to set the data context of the Grid panel.</p>
<p>We can use a data binding here, and can tell the Grid panel to use the same class by assigning mainWindow as the element name of the context: dotnet restore [ ] Building Applications with. NET Core Chapter 4 In the following screenshot, you can see how the command is executed in parallel to first restore its package dependencies, and then the tool-related dependencies for MSBuild: Unless these dependencies are resolved, you cannot proceed to build and run your application.</p>
<p>Building a. NET Core project or solution To build a. NET Core project from the command line, you can use the dotnet build command. When you specify it in a directory that has multiple projects, dotnet build will be performed for all the projects.</p>
<p>NET Core Chapter 4 This is the output for the dotnet build command: To build a specific project or solution, provide the name or the path to it while executing the dotnet build command.</p>
<p>NET Core project requires the dependencies to be resolved first. Hence, you should execute the dotnet restore command at least once before building your code. NET Core Chapter 4 The output of the build will be generated in the bin folder of the project directories.</p>
<p>By default, it builds against the debug configuration settings. Certificate chain was successfully validated. Loading content, please wait Analysed 4 processes in total System Resource Monitor. Toggle navigation. External Reports. Risk Assessment. Download Certificate File 6. Tip: Click an analysed process below to view more details.</p>
<p>Contacted Hosts No relevant hosts were contacted. Download All Memory Strings 3. This program cannot be run in DOS mode. All rights reserved. Raw Blame. Edit this file. Open with Desktop View raw View blame. We can’t make this file beautiful and searchable because it’s too large. This file contains bidirectional Unicode text that may be interpreted or compiled differently than what appears below. To review, open the file in an editor that reveals hidden Unicode characters. Learn more about bidirectional Unicode characters Show hidden characters.</p>
<p>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!</p>
<p>SocialIntegration namespace is also limited. CertificateQuery ; certQuery. Android devices work fine”””,0. Editing API on Windows 8. Play SongCollection coll can be used more effectively. ContactPicker ; p. Add Windows. PickContactsAsync ; if contacts. MessageDialog c. If there are so many notifications in notification center then it lags when i scroll it down..</p>
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