CUDA_Indirect_Kernel_Call

class CUDA_Indirect_Kernel_Call (concrete, physical)

call used CUDA function-pointer<<<execution-configuration>>>(args) syntax

Implemented interfaces:
Direct parents:
Ancestor classes and implemented interfaces:

CUDA_Kernel_Call_Interface, Expression, Indirect_Call, Linked_Node, Operation, Physical_IR_Root, Routine_Call

Field

Kind

Type

Description

Routine_Expression (from Routine_Call)

syntactic

class Expression

Expression that calculates the target function. Example: (*a[i]) (a,b,c)`

Arguments (from Routine_Call)

syntactic

list of class Expression

Expressions used to compute actual parameters

Call_Target_Is_Declared_After_Call (from Routine_Call)

attribute

builtin Boolean

Whether the call target is not declared before the call (in at least 1 compilation unit). This is possible in template instances; and results in a MisraC++-14.6.2 violation. It is also possible when calling class members from within the class declaration.

Its_Type (from Expression)

semantic to logical

class Type

type of the expression’s result as denoted by the type’s declaration

Is_LValue (from Expression)

attribute

builtin Boolean

Whether this expression is classified as lvalue.

Is_XValue (from Expression)

attribute

builtin Boolean

Whether this expression is classified as C++11 xvalue.

Converted_To_PRValue (from Expression)

attribute

builtin Boolean

Whether this expression is an lvalue or xvalue that is being implicitly converted to a prvalue.

Start_Position_Index (from Expression)

attribute

builtin SLoc_Index_Type

End_Position_Index (from Expression)

attribute

builtin SLoc_Index_Type

Start_Original_Position (from Expression)

attribute

builtin SLoc

Start_Position (from Expression)

attribute

builtin SLoc

End_Original_Position (from Expression)

attribute

builtin SLoc

End_Position (from Expression)

attribute

builtin SLoc

Logical (from Linked_Node)

semantic to logical

class Logical_IR_Root

cross-reference into LIR

Parent (from Physical_IR_Root)

semantic

class Physical_IR_Root

The parent of the node in the syntactic forest.

Original_Position_Index (from Physical_IR_Root)

attribute

builtin SLoc_Index_Type

Internal source location info. If from macro expansion, this location is inside the macro body or macro argument

Original_Position (from Physical_IR_Root)

attribute

builtin SLoc

Source location. If from macro expansion, this location is inside the macro body or macro argument

Position (from Physical_IR_Root)

attribute

builtin SLoc

Source location. If from macro expansion, this location is that of the macro expansion

Artificial (from Physical_IR_Root)

attribute

builtin Boolean

Whether this node was compiler-generated

Parenthesized (from Physical_IR_Root)

attribute

builtin Boolean

Whether this node was enclosed in parentheses (used for expressions)

In_Template_Instance (from Physical_IR_Root)

attribute

builtin Boolean

Whether this node is inside a template instance

Enclosing_Template_Instance (from Physical_IR_Root)

semantic

class Physical_IR_Root

Innermost enclosing template instance if In_Template_Instance is true

Execution_Configuration (from CUDA_Kernel_Call_Interface)

syntactic

list of class Expression

Expressions within the <<<...>>> execution configuration. In non-templates, these are:

  • grid dimension (dim3)

  • thread block dimension (dim3)

  • shared memory size (std::size_t)

  • associated stream (cudaStream_t)

In templates, it is additionally possible to have parameter pack expansion within the execution configuration. In that case, there is no direct 1:1 correspondence between list elements and the 4 expected configuration values.