returns the quotient of its 2 operands More...

Enumerations
enum	n_Div { n_Div_mem, n_Div_left, n_Div_right, n_Div_max = n_Div_right }
	Input numbers for Div node. More...
enum	pn_Div { pn_Div_M, pn_Div_res, pn_Div_X_regular, pn_Div_X_except, pn_Div_max = pn_Div_X_except }
	Projection numbers for result of Div node (use for Proj nodes) More...

Functions
ir_node *	new_rd_DivRL (dbg_info db, ir_node block, ir_node memop, ir_node op1, ir_node op2, ir_mode mode, op_pin_state state)
	Constructor for a remainderless Div node.
ir_node *	new_r_DivRL (ir_node block, ir_node memop, ir_node op1, ir_node op2, ir_mode *mode, op_pin_state state)
	Constructor for a remainderless Div node.
ir_node *	new_d_DivRL (dbg_info db, ir_node memop, ir_node op1, ir_node op2, ir_mode *mode, op_pin_state state)
	Constructor for a remainderless Div node.
ir_node *	new_DivRL (ir_node memop, ir_node op1, ir_node op2, ir_mode mode, op_pin_state state)
	Constructor for a remainderless Div node.
ir_node *	new_rd_Div (dbg_info dbgi, ir_node block, ir_node irn_mem, ir_node irn_left, ir_node irn_right, ir_mode resmode, op_pin_state pin_state)
	Construct a Div node.
ir_node *	new_r_Div (ir_node block, ir_node irn_mem, ir_node irn_left, ir_node irn_right, ir_mode *resmode, op_pin_state pin_state)
	Construct a Div node.
ir_node *	new_d_Div (dbg_info dbgi, ir_node irn_mem, ir_node irn_left, ir_node irn_right, ir_mode *resmode, op_pin_state pin_state)
	Construct a Div node.
ir_node *	new_Div (ir_node irn_mem, ir_node irn_left, ir_node irn_right, ir_mode resmode, op_pin_state pin_state)
	Construct a Div node.
int	is_Div (const ir_node *node)
	Test if node is a Div.
ir_node *	get_Div_mem (const ir_node *node)
	Returns mem input of a Div node.
void	set_Div_mem (ir_node node, ir_node mem)
	Sets mem input of a Div node.
ir_node *	get_Div_left (const ir_node *node)
	Returns left input of a Div node.
void	set_Div_left (ir_node node, ir_node left)
	Sets left input of a Div node.
ir_node *	get_Div_right (const ir_node *node)
	Returns right input of a Div node.
void	set_Div_right (ir_node node, ir_node right)
	Sets right input of a Div node.
ir_mode *	get_Div_resmode (const ir_node *node)
	Returns resmode attribute of a Div node.
void	set_Div_resmode (ir_node node, ir_mode resmode)
	Sets resmode attribute of a Div node.
int	get_Div_no_remainder (const ir_node *node)
	Returns no_remainder attribute of a Div node.
void	set_Div_no_remainder (ir_node *node, int no_remainder)
	Sets no_remainder attribute of a Div node.
ir_op *	get_op_Div (void)
	Returns opcode for Div nodes.

Variables
ir_op *	op_Div
	Div opcode.

Detailed Description

returns the quotient of its 2 operands

Enumeration Type Documentation

enum n_Div

Input numbers for Div node.

Definition at line 1432 of file nodeops.h.

enum pn_Div

Projection numbers for result of Div node (use for Proj nodes)

Enumerator:

pn_Div_M	memory result
pn_Div_res	result of computation
pn_Div_X_regular	control flow when no exception occurs
pn_Div_X_except	control flow when exception occured

Definition at line 1443 of file nodeops.h.

Function Documentation

ir_node* get_Div_left ( const ir_node * node )

Returns left input of a Div node.

ir_node* get_Div_mem ( const ir_node * node )

Returns mem input of a Div node.

int get_Div_no_remainder ( const ir_node * node )

Returns no_remainder attribute of a Div node.

ir_mode* get_Div_resmode ( const ir_node * node )

Returns resmode attribute of a Div node.

ir_node* get_Div_right ( const ir_node * node )

Returns right input of a Div node.

ir_op* get_op_Div ( void )

Returns opcode for Div nodes.

int is_Div ( const ir_node * node )

Test if node is a Div.

Returns: 1 if the node is a Div node, 0 otherwise

ir_node* new_d_Div	(	dbg_info *	dbgi,
		ir_node *	irn_mem,
		ir_node *	irn_left,
		ir_node *	irn_right,
		ir_mode *	resmode,
		op_pin_state	pin_state
	)

Construct a Div node.

Parameters

dbgi	A pointer to debug information.
irn_mem	memory dependency
irn_left	first operand
irn_right	second operand
resmode	mode of the result value
pin_state	pinned state

ir_node* new_d_DivRL	(	dbg_info *	db,
		ir_node *	memop,
		ir_node *	op1,
		ir_node *	op2,
		ir_mode *	mode,
		op_pin_state	state
	)

Constructor for a remainderless Div node.

Adds the node to the block in current_ir_block.

Parameters

*db	A pointer for debug information.
*memop	The store needed to model exceptions
*op1	The first operand.
*op2	The second operand.
*mode	The mode of the result.
state	The pinned state.

ir_node* new_Div	(	ir_node *	irn_mem,
		ir_node *	irn_left,
		ir_node *	irn_right,
		ir_mode *	resmode,
		op_pin_state	pin_state
	)

Construct a Div node.

Parameters

irn_mem	memory dependency
irn_left	first operand
irn_right	second operand
resmode	mode of the result value
pin_state	pinned state

ir_node* new_DivRL	(	ir_node *	memop,
		ir_node *	op1,
		ir_node *	op2,
		ir_mode *	mode,
		op_pin_state	state
	)

Constructor for a remainderless Div node.

Adds the node to the block in current_ir_block.

Parameters

*memop	The store needed to model exceptions
*op1	The first operand.
*op2	The second operand.
*mode	The mode of the result.
state	The pinned state.

ir_node* new_r_Div	(	ir_node *	block,
		ir_node *	irn_mem,
		ir_node *	irn_left,
		ir_node *	irn_right,
		ir_mode *	resmode,
		op_pin_state	pin_state
	)

Construct a Div node.

Parameters

block	The IR block the node belongs to.
irn_mem	memory dependency
irn_left	first operand
irn_right	second operand
resmode	mode of the result value
pin_state	pinned state

ir_node* new_r_DivRL	(	ir_node *	block,
		ir_node *	memop,
		ir_node *	op1,
		ir_node *	op2,
		ir_mode *	mode,
		op_pin_state	state
	)

Constructor for a remainderless Div node.

Parameters

*block	The IR block the node belongs to.
*memop	The store needed to model exceptions
*op1	The first operand.
*op2	The second operand.
*mode	The mode of the result.
state	The pinned state.

ir_node* new_rd_Div	(	dbg_info *	dbgi,
		ir_node *	block,
		ir_node *	irn_mem,
		ir_node *	irn_left,
		ir_node *	irn_right,
		ir_mode *	resmode,
		op_pin_state	pin_state
	)

Construct a Div node.

Parameters

dbgi	A pointer to debug information.
block	The IR block the node belongs to.
irn_mem	memory dependency
irn_left	first operand
irn_right	second operand
resmode	mode of the result value
pin_state	pinned state

ir_node* new_rd_DivRL	(	dbg_info *	db,
		ir_node *	block,
		ir_node *	memop,
		ir_node *	op1,
		ir_node *	op2,
		ir_mode *	mode,
		op_pin_state	state
	)

Constructor for a remainderless Div node.

Parameters

*db	A pointer for debug information.
*block	The IR block the node belongs to.
*memop	The store needed to model exceptions
*op1	The first operand.
*op2	The second operand.
*mode	The mode of the result.
state	The pinned state.

void set_Div_left	(	ir_node *	node,
		ir_node *	left
	)

Sets left input of a Div node.

void set_Div_mem	(	ir_node *	node,
		ir_node *	mem
	)

Sets mem input of a Div node.

void set_Div_no_remainder	(	ir_node *	node,
		int	no_remainder
	)

Sets no_remainder attribute of a Div node.

void set_Div_resmode	(	ir_node *	node,
		ir_mode *	resmode
	)

Sets resmode attribute of a Div node.

void set_Div_right	(	ir_node *	node,
		ir_node *	right
	)

Sets right input of a Div node.

Variable Documentation

ir_op* op_Div

Div opcode.

Definition at line 193 of file opcodes.h.

Enumerations

Functions

Variables

Detailed Description

Enumeration Type Documentation

Function Documentation

Variable Documentation