Note
Access to this page requires authorization. You can try signing in or changing directories.
Access to this page requires authorization. You can try changing directories.
The new home for Visual Studio documentation is Visual Studio 2017 Documentation on docs.microsoft.com.
Represents a virtual device abstraction on a C++ AMP data-parallel accelerator.
Syntax
class accelerator_view;
Members
Public Constructors
| Name | Description |
|---|---|
| accelerator_view::accelerator_view Constructor | Initializes a new instance of the accelerator_view class. |
| accelerator_view::~accelerator_view Destructor | Destroys the accelerator_view object. |
Public Methods
| Name | Description |
|---|---|
| accelerator_view::create_marker Method | Returns a future to track the completion of all commands submitted so far to this accelerator_view object. |
| accelerator_view::flush Method | Submits all pending commands queued to the accelerator_view object to the accelerator for execution. |
| accelerator_view::get_accelerator Method | Returns the accelerator object for the accelerator_view object. |
| accelerator_view::get_is_auto_selection Method | Returns a Boolean value that indicates whether the runtime will automatically select an appropriate accelerator when the accelerator_view object is passed to a parallel_for_each. |
| accelerator_view::get_is_debug Method | Returns a Boolean value that indicates whether the accelerator_view object has the DEBUG layer enabled for extensive error reporting. |
| accelerator_view::get_queuing_mode Method | Returns the queuing mode for the accelerator_view object. |
| accelerator_view::get_version Method | Returns the version of the accelerator_view. |
| accelerator_view::wait Method | Waits for all commands submitted to the accelerator_view object to finish. |
Public Operators
| Name | Description |
|---|---|
| accelerator_view::operator!= Operator | Compares this accelerator_view object with another and returns false if they are the same; otherwise, returns true. |
| accelerator_view::operator= Operator | Copies the contents of the specified accelerator_view object into this one. |
| accelerator_view::operator== Operator | Compares this accelerator_view object with another and returns true if they are the same; otherwise, returns false. |
Public Data Members
| Name | Description |
|---|---|
| accelerator_view::accelerator Data Member | Gets the accelerator object for the accelerator_view object. |
| accelerator_view::is_auto_selection Data Member | Gets a Boolean value that indicates whether the runtime will automatically select an appropriate accelerator when the accelerator_view object is passed to a parallel_for_each. |
| accelerator_view::is_debug Data Member | Gets a Boolean value that indicates whether the accelerator_view object has the DEBUG layer enabled for extensive error reporting. |
| accelerator_view::queuing_mode Data Member | Gets the queuing mode for the accelerator_view object. |
| accelerator_view::version Data Member | Gets the version of the accelerator. |
Inheritance Hierarchy
accelerator_view
Remarks
An accelerator_view object represents a logical, isolated view of an accelerator. A single physical compute device can have many logical, isolated accelerator_view objects. Each accelerator has a default accelerator_view object. Additional accelerator_view objects can be created.
Physical devices can be shared among many client threads. Client threads can cooperatively use the same accelerator_view object of an accelerator, or each client can communicate with a compute device via an independent accelerator_view object for isolation from other client threads.
An accelerator_view object can have one of two queuing_mode Enumeration states. If the queuing mode is immediate, commands like copy and parallel_for_each are sent to the corresponding accelerator device as soon as they return to the caller. If the queuing mode is deferred, such commands are queued up on a command queue that corresponds to the accelerator_view object. Commands are not actually sent to the device until flush() is called.
Requirements
Header: amprt.h
Namespace: Concurrency