As it stands, you have to navigate to ADB’s folder and open a Command Prompt there whenever you want to use it. Cara Menghilangkan Genuine Windows 7 Tanpa Software Update. However, if you add it to your Windows System PATH.

C++ Tutorial: Debugging Overview . In this article, we explore debugging concepts and do some hands- on debugging with Visual Studio 2. One of the most useful features of an IDE  is the debugger. Under a debugger, you can step through code as it is running, examining the values of variables, structures, program flow, screen output, and other elements of the application for errors. It is slower than running the program outside of the debugger, but vital to understanding the inner workings of an application.

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3. In this article, we explore debugging concepts and do some hands-on debugging with Visual Studio 2017. One of the most.

When Debugging Helps. Even the best developers make mistakes. That is why the best developers know their way around a debugger and have sound strategies for diagnosing and fixing code issues even when the code belongs to someone else.

You may need to debug when: Code crashes randomly, stopping the application and losing data. Results are wrong or different from previous versions. Divide by zero. You need to optimize code based on profiling results. Feature does not work as expected (selecting “print” produces a garbled page)User interface elements are in the wrong place, wrong size, have wrong labels. It takes time. Debugging Hello, World. Time for some hands- on experience with the Visual Studio debugger. We will use the Hello, World program from the first tutorial and then modify it to include a variable we can inspect (and change).

Load the Hello, World project from the Hello, World tutorial. Press F1. 0 to start debugging. Visual Studio will rebuild your project if any changes were detected. Debugging will begin with the first statement (indicated by the yellow arrow, line 4), the open brace of function main(): This statement has not yet been executed.

Press F1. 0. The yellow arrow should be pointing to the Hello, World output statement (line 5): To the right of the statement, you can see the previous statement took less than one millisecond to execute. You can use it to identify bottlenecks and optimize, subjects for another day. Hover the mouse cursor over “Hello, World!”.

Visual Studio will pop up a visualizer for the constant: In Visual Studio, visualizers help you understand what a constant, variable, class or other element “looks like”. A string constant is an array of characters. If you click the + to expand the view, the string will be shown as an array: Press F1. Look at the output console window to see “Hello, World!” printed out: Press F1. F1. 0 one more time to exit main() (returning 0)Congratulations, you have just debugged your first C++ application. Integrated and Stand- Alone Debuggers. Some debuggers are stand- alone and some are integrated into a development environment.

A stand- alone debugger exists independent of other development tools. Because it is independent, it might have a different user interface, might support a broader set of languages, and might need to be told which program to launch for debugging or which running program to attach to for debugging. Win. DBG and GDB are popular stand- alone debuggers. An integrated debugger is part of a development tool, usually alongside other useful development tools in the IDE. With an integrated debugger, you do not need to switch from editor to debugger to diagnose issues.

The user interface is consistent, languages supported by the IDE are usually supported by the integrated debugger, and it is already configured for common scenarios. Visual Studio has an integrated debugger that works with all Visual Studio programming languages and their associated libraries. Common Features. Most debuggers share a common set of features. Here are the features you need to know (and how to use them with C and C++ code in Visual Studio). Start debugging. To debug, you need to start your app with the debugger attached to the process.

In Visual Studio, press F5 or select Debug . Your code may need to be rebuilt. Sometimes, in the heat of debugging, you may forget whether you are in edit mode or actively debugging an application.

For instructions about how to download the remote debugger to the Windows Server computer, see Remote Debugging. To do remote debugging of ASP.NET applications, you. While these tools have not yet been released at the time of this post, you can still use the Lync 2013 Debugging Tools (OCSLogger) with Skype for Business with this. Tweaking.com - Set Windows Services To Default Startup - This will set the Windows services to their default startup state. These utilities are part of Windows Repair.

Visual Studio provides clues. In edit mode, the bar at the bottom of the editor is blue. In debugging mode, “(Debugging)” appears in the title bar and the bar on the bottom of the screen is orange. And unless you’ve made configuration changes, there are debugging and diagnostic panels in the editor.

Setting a breakpoint Breakpoints are useful when you know the line of code or the section of code that you want to examine in detail. By setting a breakpoint, you tell the debugger to pause when execution hits a selected line of code so you can inspect values, examine output, change program flow, override values, and perform other diagnostic tasks. In Visual Studio, you set a breakpoint by clicking in the margin to the left of a line of code, by pressing F9, or by selecting Debug . When in debug mode, you can Run to Click, to advance the debugger to the line of code where you clicked by hovering over over a line of code until the Run to Click (Run execution to here) button appears. Step into code. Stepping into code advances the app execution into the details of the function. You will see the underlying function code in detail and is helpful when you are trying to identify where a bug might be hiding.

In Visual Studio, press F1. If you press this while not debugging, the debugger will start and execution will begin at the first line of your code. Step over code. Stepping over code advances the debugger without exposing function details.

The code still executes, but execution advances in a single “leap”, avoiding the implementation. It is a good way to skip over code that you’re not interested in, so you can quickly get to code that you are more interested in. Press F1. 0 in Visual Studio to step over code. Inspect variables.

Inspect the current type and value of variables in scope to find incorrect data and better understand program behavior. You might be able to see variables used in the previous few lines of code (called automatic or auto variables) and local variables (variables currently in scope, often including the implicit “this” pointer when inside a C++ object). The Visual Studio debugger displays both Autos and Locals windows while debugging. You can see the value of an individual variable by hovering the mouse cursor over it.

Modify a variable. Sometimes it is useful to see what happens when variables have different values while debugging.

For example, your application might control an automatic lawn sprinkler that turns off when rain is detected; you might set the “is. Raining” flag manually regardless of whether it is actually raining to make sure the sprinklers turn off and on as desired. Values can be C and C++ expressions. If you use operators that modify values (like post- increment) or call a function, it can change the value of other variables or otherwise affect the state of your application. Download Chess Titans For Windows Vista. In Visual Studio, the variable windows, Autos, Locals, and Watch, display the values of certain variables during a debugging session. The Quick. Watch dialog box can also display variables.

When the debugger is in break mode, you can use the variable windows to edit the values of most variables that appear in these locations. Examine the call stack.

The call stack shows the order in which methods and functions are called (like function x calling function y which in turn calls function z). This is a good way to understand the execution flow of an app and helps answer the question “where am I in code and how did I get here?”The Visual Studio debugger automatically shows the Call Stack. Change execution flow. By changing execution flow, you change which statement will be executed next. This is helpful to force execution flow down a certain code path or to re- execute a block of code after setting variables to different values.

With the Visual Studio debugger paused on a line of code, use the mouse to grab the yellow arrow pointer on the left and move the yellow arrow pointer to a different point in the code execution path. Then you use F5 or a step command to continue running the app.

And more. If you are using another debugger, consult the documentation to learn what features are supported. A More Advanced Example. We have not yet looked at C++ types, but let’s add an integer variable and output statement to Hello, World and see how we can visualize and modify variable values.

Load the Hello, World project from the Hello, World tutorial. Add the following two statements before return 0 (line 6): int x = 4. Your code should look like this: Right- click on line 7 and select Run To Cursor (CTRL- F1.

Hover the mouse over the variable x to see its current value. It can also be seen in the Autos window (both are shown below): Press F1. You should see “4. Hello, World!”. Does the output work for a different number?

Let’s find out. Drag the yellow arrow to line 7 (or move the cursor to line 7, right- click and select Set Next Statement). Modify the value of x.

Hover over x on line 7 and then click on 4. Change it to 4. 35. Press F1. 0 to output the value. Check the output console; you should see the following: You can stop debugging any time by selecting Debug . Do so now. Congratulations again, you just modified a variable and changed program flow in a running application.

Review. In this C++ tutorial, you learned the basics of debugging including when you might need to debug (like when a function is not providing the expected results), the difference between stand- alone and integrated debuggers (integrated debuggers are part of an IDE and might be easier to use), and common debugger features. You also debugged a simple and a more complex application, changing values and modifying execution flow. Want more? Find additional C++ tutorials and debugging insights on this blog. If you have any feedback or suggestions for us, please reach out.

We can be reached via the comments below, via email (ebattali@microsoft. Help . You can also find us on Twitter (@Visual. C) and Facebook (msftvisualcpp). Thanks to Kate Gregory – Partner, Gregory Consulting Limited; and James Mc.

Remote Debugging ASP. NET on a Remote IIS 7. Computer The new home for Visual Studio documentation is Visual Studio 2. Documentation on docs. The latest version of this topic can be found at Remote Debug ASP. NET on a Remote IIS Computer. You can deploy an ASP.

NET Web application to a Windows Server computer with IIS, and set it up for remote debugging. This guide explains how to set up and configure a Visual Studio 2. MVC 4. 5. 2 application, deploy it to IIS, and attach the remote debugger from Visual Studio. These procedures have been tested on these server configurations: Windows Server 2. R2 and IIS 1. 0Windows Server 2. R2 and IIS 7. 5. Most of the information in this article also applies to remote debugging an ASP.

NET Core application, except that deployment of ASP. NET core apps is different and requires extra steps.

To deploy an ASP. NET Core app to IIS, You will need to complete all sections of this article. For instructions about how to download the remote debugger to the Windows Server computer, see Remote Debugging. To do remote debugging of ASP. NET applications, you can either run the remote debugger application as an Administrator or start the remote debugger as a service.

Details about how to run the remote debugger as a service can be found in Remote Debugging. Once it is installed, make sure the remote debugger is running on the target machine. In the ASP. NET 4. MVC. Make sure that Host in Cloud is not selected under the Azure section.

Name the project My. MVC.)Open the Home. Controller. cs file, and set a breakpoint in the About() method. In the Solution Explorer, right- click the project node and select Publish. For Select a publish target, select Custom and name the profile My. MVC. Click Next. On the Connection tab, set the Publish method field to File System and the Target location field to a local directory.

Click Next. Set the configuration to Debug. Click Publish. The application should be published to the local directory. This section assumes that the Windows Server computer already has IIS enabled. On Windows Server 2.

R2, see IIS Configuration to enable IIS. For ASP. NET Core, follow the steps in the article to deploy the app instead of the steps described here.)Install ASP. NET. Use the Web Platform Components to install ASP. NET 4. 5 (from the Server node in Windows Server 2. R2, choose Get New Web Platform Components and then search for ASP. NET)On Windows Server 2. R2, install ASP. NET 4 instead using this command.

C: \Windows\Microsoft. NET\Framework(6. 4)\v. You can copy the project manually, use Xcopy, Web Deploy, Robocopy, Powershell, or other options. Caution. If you need to make changes to the code or rebuild, you must republish and repeat this step.

The executable you copied to the remote machine must exactly match your local source and symbols. Make sure that the web. NET Framework. If an ASP. NET 4. 0 app is running on the Windows Server computer, you need to change the version: < system. Set the Physical path to C: \Publish (where you copied the ASP. NET project directory). Note. For ASP. NET Core apps, set the Application pool field to No Managed Code.

Test the deployment by right- clicking Default Web Site and select Browse. Use ipconfig in a command line to get the IPv. Check Show processes from all users. Look for w. 3wp. exe and click Attach.

To quickly find the process name, type the first letter of the process. Note. For an ASP. NET Core app, choose the dnx. In a browser, go to http: //< remote computer name>.

You should see the ASP. NET web page. In the ASP. NET web page, click the link to the About page.

The breakpoint should be hit in Visual Studio.