cuda_ast.h File Reference

#include <isl/id.h>
#include <tiramisu/type.h>
#include <string>
#include <vector>
#include "utils.h"

Go to the source code of this file.

Classes
struct	tiramisu::isl_ast_expr_deleter
struct	tiramisu::isl_id_deleter
struct	tiramisu::isl_ast_node_list_deleter
struct	tiramisu::isl_val_deleter
struct	tiramisu::cuda_ast::op_data_t
class	tiramisu::cuda_ast::abstract_node
class	tiramisu::cuda_ast::statement
class	tiramisu::cuda_ast::cast
class	tiramisu::cuda_ast::block
class	tiramisu::cuda_ast::abstract_identifier
class	tiramisu::cuda_ast::buffer
class	tiramisu::cuda_ast::scalar
class	tiramisu::cuda_ast::value
class	tiramisu::cuda_ast::assignment
class	tiramisu::cuda_ast::scalar_assignment
class	tiramisu::cuda_ast::buffer_assignment
class	tiramisu::cuda_ast::function_call
class	tiramisu::cuda_ast::for_loop
class	tiramisu::cuda_ast::if_condition
class	tiramisu::cuda_ast::buffer_access
class	tiramisu::cuda_ast::op
class	tiramisu::cuda_ast::unary
class	tiramisu::cuda_ast::binary
class	tiramisu::cuda_ast::ternary
class	tiramisu::cuda_ast::declaration
class	tiramisu::cuda_ast::sync
struct	tiramisu::cuda_ast::gpu_iterator
class	tiramisu::cuda_ast::gpu_iterator_read
class	tiramisu::cuda_ast::return_statement
class	tiramisu::cuda_ast::host_function
class	tiramisu::cuda_ast::kernel
class	tiramisu::cuda_ast::kernel_call
class	tiramisu::cuda_ast::kernel_definition
class	tiramisu::cuda_ast::memcpy
class	tiramisu::cuda_ast::allocate
class	tiramisu::cuda_ast::free
class	tiramisu::cuda_ast::generator
class	tiramisu::cuda_ast::compiler

Namespaces
	tiramisu
	tiramisu::cuda_ast

Macros
#define	NVCC_PATH   "nvcc"
#define	UNARY(op, x)   {op, op_data_t{true, 1, (x)}}
#define	UNARY_TYPED(op, x, T)   {op, op_data_t{true, 2, (x), (T)}}
#define	BINARY(op, x)   {op, op_data_t{true, 2, (x)}}
#define	BINARY_TYPED(op, x, T)   {op, op_data_t{true, 2, (x), (T)}}
#define	TERNARY(op, x, y)   {op, op_data_t{true, 3, (x), (y)}}
#define	TERNARY_TYPED(op, x, y, T)   {op, op_data_t{true, 3, (x), (y), (T)}}
#define	FN_CALL(op, x, n)   {op, op_data_t{false, (n), (x)}}
#define	FN_CALL_TYPED(op, x, n, T)   {op, op_data_t{false, (n), (x), (T)}}
#define	UNARY2(op, x)   case op: return tiramisu::cuda_ast::op_data_t{true, 1, (x)};
#define	UNARY_TYPED2(op, x, T)   case op: return tiramisu::cuda_ast::op_data_t{true, 2, (x), (T)};
#define	BINARY2(op, x)   case op: return tiramisu::cuda_ast::op_data_t{true, 2, (x)};
#define	BINARY_TYPED2(op, x, T)   case op: return tiramisu::cuda_ast::op_data_t{true, 2, (x), (T)};
#define	TERNARY2(op, x, y)   case op: return tiramisu::cuda_ast::op_data_t{true, 3, (x), (y)};
#define	TERNARY_TYPED2(op, x, y, T)   case op: return tiramisu::cuda_ast::op_data_t{true, 3, (x), (y), (T)};
#define	FN_CALL2(op, x, n)   case op: return tiramisu::cuda_ast::op_data_t{false, (n), (x)};
#define	FN_CALL_TYPED2(op, x, n, T)   case op: return tiramisu::cuda_ast::op_data_t{false, (n), (x), (T)};

Typedefs
typedef std::unique_ptr< isl_ast_expr, isl_ast_expr_deleter >	tiramisu::isl_ast_expr_ptr
typedef std::unique_ptr< isl_id, isl_id_deleter >	tiramisu::isl_id_ptr
typedef std::unique_ptr< isl_ast_node_list, isl_ast_node_list_deleter >	tiramisu::isl_ast_node_list_ptr
typedef std::unique_ptr< isl_val, isl_val_deleter >	tiramisu::isl_val_ptr
typedef std::shared_ptr< statement >	tiramisu::cuda_ast::statement_ptr
typedef std::shared_ptr< abstract_identifier >	tiramisu::cuda_ast::abstract_identifier_ptr
typedef std::shared_ptr< buffer >	tiramisu::cuda_ast::buffer_ptr
typedef std::shared_ptr< scalar >	tiramisu::cuda_ast::scalar_ptr
typedef std::shared_ptr< value >	tiramisu::cuda_ast::value_ptr
typedef std::shared_ptr< assignment >	tiramisu::cuda_ast::assignment_ptr
typedef std::unordered_map< std::string, std::pair< tiramisu::primitive_t, cuda_ast::memory_location > >	tiramisu::cuda_ast::scalar_data_t
typedef std::shared_ptr< kernel >	tiramisu::cuda_ast::kernel_ptr

Enumerations

Functions
const op_data_t	tiramisu::cuda_ast::tiramisu_operation_description (tiramisu::op_t op)
const op_data_t	tiramisu::cuda_ast::isl_operation_description (isl_ast_op_type op)
const std::string	tiramisu::cuda_ast::tiramisu_type_to_cuda_type (tiramisu::primitive_t t)

Macro Definition Documentation

#define BINARY	(		op,
			x
	)		{op, op_data_t{true, 2, (x)}}

Definition at line 14 of file cuda_ast.h.

#define BINARY2	(		op,
			x
	)		case op: return tiramisu::cuda_ast::op_data_t{true, 2, (x)};

Definition at line 23 of file cuda_ast.h.

#define BINARY_TYPED	(		op,
			x,
			T
	)		{op, op_data_t{true, 2, (x), (T)}}

Definition at line 15 of file cuda_ast.h.

#define BINARY_TYPED2	(		op,
			x,
			T
	)		case op: return tiramisu::cuda_ast::op_data_t{true, 2, (x), (T)};

Definition at line 24 of file cuda_ast.h.

#define FN_CALL	(		op,
			x,
			n
	)		{op, op_data_t{false, (n), (x)}}

Definition at line 18 of file cuda_ast.h.

#define FN_CALL2	(		op,
			x,
			n
	)		case op: return tiramisu::cuda_ast::op_data_t{false, (n), (x)};

Definition at line 27 of file cuda_ast.h.

#define FN_CALL_TYPED	(		op,
			x,
			n,
			T
	)		{op, op_data_t{false, (n), (x), (T)}}

Definition at line 19 of file cuda_ast.h.

#define FN_CALL_TYPED2	(		op,
			x,
			n,
			T
	)		case op: return tiramisu::cuda_ast::op_data_t{false, (n), (x), (T)};

Definition at line 28 of file cuda_ast.h.

#define NVCC_PATH   "nvcc"

Definition at line 9 of file cuda_ast.h.

#define TERNARY	(		op,
			x,
			y
	)		{op, op_data_t{true, 3, (x), (y)}}

Definition at line 16 of file cuda_ast.h.

#define TERNARY2	(		op,
			x,
			y
	)		case op: return tiramisu::cuda_ast::op_data_t{true, 3, (x), (y)};

Definition at line 25 of file cuda_ast.h.

#define TERNARY_TYPED	(		op,
			x,
			y,
			T
	)		{op, op_data_t{true, 3, (x), (y), (T)}}

Definition at line 17 of file cuda_ast.h.

#define TERNARY_TYPED2	(		op,
			x,
			y,
			T
	)		case op: return tiramisu::cuda_ast::op_data_t{true, 3, (x), (y), (T)};

Definition at line 26 of file cuda_ast.h.

#define UNARY	(		op,
			x
	)		{op, op_data_t{true, 1, (x)}}

Definition at line 12 of file cuda_ast.h.

#define UNARY2	(		op,
			x
	)		case op: return tiramisu::cuda_ast::op_data_t{true, 1, (x)};

Definition at line 21 of file cuda_ast.h.

#define UNARY_TYPED	(		op,
			x,
			T
	)		{op, op_data_t{true, 2, (x), (T)}}

Definition at line 13 of file cuda_ast.h.

#define UNARY_TYPED2	(		op,
			x,
			T
	)		case op: return tiramisu::cuda_ast::op_data_t{true, 2, (x), (T)};

Definition at line 22 of file cuda_ast.h.

Variable Documentation

bool exec_succeeded

Definition at line 704 of file cuda_ast.h.

int result

Definition at line 705 of file cuda_ast.h.

Referenced by compare_4D_buffers(), compare_buffers(), compare_buffers_approximately(), compare_dist_buffers(), tiramisu::expr::get_double_val(), tiramisu::expr::get_int_val(), and store_dist_results().

std::string std_err

Definition at line 707 of file cuda_ast.h.

std::string std_out

Definition at line 706 of file cuda_ast.h.