Visual studio 2010 memory windows

This new syntax is used by ASP. Razor is not included in SP1, and you must download it separately. For more information, visit the following blogs:. Some new technology components that are added in Visual Studio SP1 can be bin-deployed together with an application. Then, you can use the components even when you deploy the application to a server on which those components are not installed. A new dialog box is added in Visual Studio SP1 that makes it easier to add these deployable dependencies to the web project.

To access the dialog box, right-click the project in Solution Explorer, and then select Add Deployable Dependencies. The following components are supported:.

An entity may now contain members of a complex type. For example, you can use the Customer. Address type where Customer is an entity, but Address is not an entity. An entity type may now be used in multiple DomainService classes in the same application.

The restriction on how to use a given entity type inside at most one DomainService is lifted. A code generation extensibility point is now publicly available. It may be used for T4-based and other code-generators that are external to the product. Lets you navigate directly from controls on a page to the styles that are applied to the controls.

This means that you can quickly and easily understand and work with the style and resource structures in the application and finally understand for sure "why that button on your application is red. Lets you easily modify styles that you already have in XAML.

Now you get IntelliSense for properties and their values in a style that is based on the TargetType. Lets you add sample data to see your item templates and bindings light up at design time. Not only does this make hooking up data bindings easier through the Data Binding Picker, it also means that you can design size-to-content and auto layouts much more smoothly.

Also, the design time data will flow cleanly between Visual Studio and Expression Blend. Visual Studio SP1 fixes issues with stability of the compiler and code correctness for generated code.

For example, this service pack fixes calling convention correctness for platform invoke and emitting XML document comments for extension methods.

Additionally, this service pack improves the performance of generating an event hook up. Error: The breakpoint will not currently be hit.

This location could not be mapped to client side script. The deployment of XAP files over 64 MB may fail for testing and debugging on physical telephone devices. Open the project you want to debug in Visual Studio and set a breakpoint in your app at the point where you want to begin examining memory usage.

If you have an area where you suspect a memory issue, set the first breakpoint before the memory issue occurs. Because it can be challenging to capture the memory profile of an operation that interests you when your app frequently allocates and de-allocates memory, set breakpoints at the start and end of the operation or step through the operation to find the exact point that memory changed.

Set a second breakpoint at the end of the function or region of code that you want to analyze or after a suspected memory issue occurs. The Diagnostic Tools window appears automatically unless you have turned it off. Choose Memory Usage with the Select Tools setting on the toolbar. Because collecting memory data can affect the debugging performance of your native or mixed-mode apps, memory snapshots are disabled by default.

To enable snapshots in native or mixed-mode apps, start a debugging session Shortcut key: F5. To take a snapshot at the start of your debugging session, choose Take snapshot on the Memory Usage summary toolbar. It may help to set a breakpoint here as well. To create a baseline for memory comparisons, consider taking a snapshot at the start of your debugging session. While the debugger is paused at the first breakpoint, choose Take snapshot on the Memory Usage summary toolbar.

The rows of Memory Usage summary table lists the snapshots that you have taken during the debugging session and provides links to more detailed views. The name of the columns depend on the debugging mode you choose in the project properties:. NET, native, or mixed both. NET and native.

The Objects Diff and Allocations Diff columns display the number of objects in. NET and native memory when the snapshot was taken. The Heap Size Diff column displays the number of bytes in the. NET and native heaps. When you have taken multiple snapshots, the cells of the summary table include the change in the value between the row snapshot and the previous snapshot.

To help identify memory issues more quickly, the diff reports are sorted by object types that increased the most in overall number click the change link in Objects Diff column or that increased the most in overall heap size click the change link in Heap Size Diff column. The top pane shows the count and size of the types in the snapshot, including the size of all objects that are referenced by the type Inclusive Size.

The Paths to Root tree in the bottom pane displays the objects that reference the type selected in the upper pane. Even for 32 bit programs, you shouldn't have difficulty with this. We need to see your code. Can you boil it down to a small example that can be posted? The content you requested has been removed. Ask a question. Quick access. Search related threads. Remove From My Forums. Answered by:. Archived Forums V. Sign in to vote. Hi, For my problem I need to create 3D integer array of size X X but the program just keeps crashing.

Wednesday, July 21, PM. Sounds noisy. Please be more specific when describing problems. Does the build fail? If so, what's the error message? Does the allocation fail? Does the allocation succeed but the program fails when using the allocated array?

Are you building a bit app or a bit app? Provide more specifics if you want specific advice. Thursday, July 22, AM. Did you look carefully at the Output log?