Overun Debug 0.1 Mac OS
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Visual Studio for Mac has debuggers with support for .NET Core, .NET Framework, Unity, and Xamarin applications.
Android SDK is a self-explanatory software development kit that provides developers the API libraries, as well as the developer tools required to build, test and debug applications for Android devices. Debugging is a common, and necessary, part of programming. As a mature IDE, Visual Studio for Mac contains a whole suite of features to make debugging easy. From safe debugging, to data visualization, this article will explain how to use the full potential of debugging in Visual Studio for Mac. However when opened in VLC I get a debug message box with the following information posted below., Powerbook 145B OS 7.0.1 + Mac SE OS 6.0.4 + Mac 128k /ext.
Visual Studio for Mac uses the Mono Soft Debugger, which is implemented into the Mono runtime, allowing Visual Studio for Mac to debug managed code across all platforms.
The Debugger
Visual Studio for Mac uses the Mono Soft Debugger to debug managed (C# or F#) code in all Xamarin applications. The Mono Soft debugger is different from regular debuggers in that it is a cooperative debugger that is built into the Mono runtime; the generated code and Mono runtime cooperate with the IDE to provide a debugging experience. The Mono runtime exposes the debugging functionality through a wire protocol, which you can read more about in the Mono documentation.
Hard debuggers, such as LLDB or GDB, control a program without the knowledge or cooperation from the debugged program, but can still be useful when debugging Xamarin applications in the event that you need to debug native iOS or Android code.
For .NET Core and ASP.NET Core applications, Visual Studio for Mac uses the .NET Core debugger. This debugger is also a cooperative debugger and works with the .NET runtime.
Using the debugger
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To start debugging any application, always ensure that the configuration is set to Debug. The debug configuration provides a helpful set of tools to support debugging, such as breakpoints, using data visualizers, and viewing the call stack:
Setting a breakpoint
To set a breakpoint in your IDE, click on the margin area of your editor, next to the line number of the code where you wish to break:
You can view all the breakpoints that have been set in your code by going to the Breakpoints Window:
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Start debugging
To start debugging, select the target browser, device, or simulator/emulator:
Then deploy your application by pressing the Play button, or Cmd + return. When you hit a breakpoint, the code will be highlighted yellow:
Debugging tools, such as the one used to inspect the values of objects, can be used at this point to get more information about what is happening in your code:
Conditional breakpoints
You can also set rules dictating the circumstances under which a breakpoint should occur, this is known as adding a conditional breakpoint. To set a conditional breakpoint, access the Breakpoint Properties window, which can be done in two ways:
- To add a new conditional breakpoint, right-click on the editor margin, to the left of the line number for the code you wish to set a breakpoint on, and select New Breakpoint:
- To add a condition to an existing breakpoint, right-click on the breakpoint and select Breakpoint Properties, or, in the Breakpoints Window, select the Edit Breakpoint button illustrated below:
You can then enter the condition under which you want the breakpoint to occur:
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Stepping through code
When a breakpoint has been reached, the Debug tools enable you to get control over the program's execution. Visual Studio for Mac will display four buttons, allowing you to run and step through the code. In Visual Studio for Mac, they will look like the following:
Here are the four buttons:
- Play - This will begin executing the code, until the next breakpoint.
- Step Over - This will execute the next line of code. If the next line is a function call, Step Over will execute the function, and will stop at the next line of code after the function.
- Step Into - This will also execute the next line of code. If the next line is a function call, Step Into will stop at the first line of the function, allowing you to continue line-by-line debugging of the function. If the next line is not a function, it will behave the same as Step Over.
- Step Out - This will return to the line where the current function was called.
Change which statement is executed next
While the debugger is paused, an arrow in the margin shows which line of code will be executed next. You can click and drag the arrow to a different line of code to change which statement will be executed. You can achieve the same thing by also right-clicking on a line of code and selecting Set Next Statement from the context menu.
Caution
Changing the current line of execution can cause unexpected behavior in an application. There are also some conditions where changing the next statement to execute is not possible. For example, dragging the arrow from one method to another method will not work. In these unsupported cases, Visual Studio for Mac will display a dialog to let you know it was not possible to change the current line of execution.
Debugging Mono's class libraries
Xamarin products ship with the source code for Mono's class libraries, and you can use this to single step from the debugger to inspect how things are working under the hood.
Since this feature consumes more memory during debugging, it is turned off by default.
To enable this feature, browse to Visual Studio for Mac > Preferences > Debugger and ensure that the 'Step into external code' option is selected, as illustrated below:
See also
A comprehensive package that comes with all the tools and APIs necessary to begin developing applications for the Android platform
What's new in Android SDK R31.0.1:
- adb:
- Reduce TCP keepalive interval.
- Improve incremental installation performance.
- fastboot:
Android SDK is a self-explanatory software development kit that provides developers the API libraries, as well as the developer tools required to build, test and debug applications for Android devices.
Helps you develop, test and deploy Android apps
Unexperienced Android developers are recommended to download the Android Developer Tools (ADT) bundle that includes the necessary Android SDK components along with a version of Eclipse IDE with built-in ADT designed to streamline your app development.
The ADL bundle features Eclipse+ ADT plugin, Android SDK Tools, Android Platform-tools, a version of the Android platform along with a version of the Android system image for the emulator.
Grab the entire package or only the SDK for the desired IDE
Moreover, if you prefer to use Android SDK with existing versions of Eclipse or other IDE, you have the option to download the stand-along Android SDK Tools. The Android SDK comes with a comprehensive set of developer tools that include libraries, handset emulator based on QEMU, a debugger, sample code, documentation and tutorials.
Although Eclipse is the only officially supported IDE, IntelliJ IDEA, as well as NetBeans IDE fully support Android development. Moreover, you are allowed to use the desired editor to modify Java and XML files, and use command line tools to create, build, deploy and debug Android applications and control attached Android devices.
Test apps on older versions of Android and check backward compatibility
The best part about Android SDK is that enhancements of all kind are easily implemented in the overall platform development. On top of that, previous versions of the Android platform are also supported, fact that allows developers to create applications for older devices as well.
Since all development tools are downloadable components, you can easily download the latest version of the platform along with older platforms and tools in order to perform compatibility tests.
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Filed under
Android SDK was reviewed by George Popescu- Eclipse 3.2, 3.3 (Europa) - Eclipse JDT plugin (included in most Eclipse IDE packages), WST (optional, but needed for the Android Editors feature; included in most Eclipse IDE packages)
- JDK 5 or JDK 6 (JRE alone is not sufficient)
- Not compatible with Gnu Compiler for Java (gcj)
- Android Development Tools plugin (optional)
- JDK 5 or JDK 6 (JRE alone is not sufficient)
- Not compatible with Gnu Compiler for Java (gcj)
- Apache Ant 1.6.5 or later for Linux and Mac, 1.7 or later for Windows
Android SDK R31.0.1
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