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, int pinned)
	Constructor for a remainderless Div node. More...

ir_node *	new_r_DivRL (ir_node block, ir_node memop, ir_node op1, ir_node op2, int pinned)
	Constructor for a remainderless Div node. More...

ir_node *	new_d_DivRL (dbg_info db, ir_node memop, ir_node op1, ir_node op2, int pinned)
	Constructor for a remainderless Div node. More...

ir_node *	new_DivRL (ir_node memop, ir_node op1, ir_node *op2, int pinned)
	Constructor for a remainderless Div node. More...

ir_node *	new_rd_Div (dbg_info dbgi, ir_node block, ir_node irn_mem, ir_node irn_left, ir_node *irn_right, int pinned)
	Construct a Div node. More...

ir_node *	new_r_Div (ir_node block, ir_node irn_mem, ir_node irn_left, ir_node irn_right, int pinned)
	Construct a Div node. More...

ir_node *	new_d_Div (dbg_info dbgi, ir_node irn_mem, ir_node irn_left, ir_node irn_right, int pinned)
	Construct a Div node. More...

ir_node *	new_Div (ir_node irn_mem, ir_node irn_left, ir_node *irn_right, int pinned)
	Construct a Div node. More...

int	is_Div (const ir_node *node)
	Test if node is a Div. More...

ir_node *	get_Div_mem (const ir_node *node)
	Returns mem input of a Div node. More...

void	set_Div_mem (ir_node node, ir_node mem)
	Sets mem input of a Div node. More...

ir_node *	get_Div_left (const ir_node *node)
	Returns left input of a Div node. More...

void	set_Div_left (ir_node node, ir_node left)
	Sets left input of a Div node. More...

ir_node *	get_Div_right (const ir_node *node)
	Returns right input of a Div node. More...

void	set_Div_right (ir_node node, ir_node right)
	Sets right input of a Div node. More...

ir_mode *	get_Div_resmode (const ir_node *node)
	Returns resmode attribute of a Div node. More...

void	set_Div_resmode (ir_node node, ir_mode resmode)
	Sets resmode attribute of a Div node. More...

int	get_Div_no_remainder (const ir_node *node)
	Returns no_remainder attribute of a Div node. More...

void	set_Div_no_remainder (ir_node *node, int no_remainder)
	Sets no_remainder attribute of a Div node. More...

ir_op *	get_op_Div (void)
	Returns opcode for Div nodes. More...

Variables
ir_op *	op_Div
	Div opcode. More...

Detailed Description

returns the quotient of its 2 operands

Enumeration Type Documentation

◆ n_Div

enum n_Div

Input numbers for Div node.

Enumerator
n_Div_mem	memory dependency
n_Div_left	first operand
n_Div_right	second operand
n_Div_max

Definition at line 1618 of file nodes.h.

◆ pn_Div

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 occurred
pn_Div_max

Definition at line 1628 of file nodes.h.

Function Documentation

◆ get_Div_left()

ir_node* get_Div_left ( const ir_node * node )

Returns left input of a Div node.

◆ get_Div_mem()

ir_node* get_Div_mem ( const ir_node * node )

Returns mem input of a Div node.

◆ get_Div_no_remainder()

int get_Div_no_remainder ( const ir_node * node )

Returns no_remainder attribute of a Div node.

◆ get_Div_resmode()

ir_mode* get_Div_resmode ( const ir_node * node )

Returns resmode attribute of a Div node.

◆ get_Div_right()

ir_node* get_Div_right ( const ir_node * node )

Returns right input of a Div node.

◆ get_op_Div()

ir_op* get_op_Div ( void )

Returns opcode for Div nodes.

◆ is_Div()

int is_Div ( const ir_node * node )

Test if node is a Div.

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

◆ new_d_Div()

ir_node* new_d_Div	(	dbg_info *	dbgi,
		ir_node *	irn_mem,
		ir_node *	irn_left,
		ir_node *	irn_right,
		int	pinned
	)

Construct a Div node.

Parameters

dbgi	A pointer to debug information.
irn_mem	mem
irn_left	left
irn_right	right
pinned	pinned state

◆ new_d_DivRL()

ir_node* new_d_DivRL	(	dbg_info *	db,
		ir_node *	memop,
		ir_node *	op1,
		ir_node *	op2,
		int	pinned
	)

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.
pinned	Whether the node is pinned in its block.

◆ new_Div()

ir_node* new_Div	(	ir_node *	irn_mem,
		ir_node *	irn_left,
		ir_node *	irn_right,
		int	pinned
	)

Construct a Div node.

Parameters

irn_mem	mem
irn_left	left
irn_right	right
pinned	pinned state

◆ new_DivRL()

ir_node* new_DivRL	(	ir_node *	memop,
		ir_node *	op1,
		ir_node *	op2,
		int	pinned
	)

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.
pinned	Whether the node is pinned in its block.

◆ new_r_Div()

ir_node* new_r_Div	(	ir_node *	block,
		ir_node *	irn_mem,
		ir_node *	irn_left,
		ir_node *	irn_right,
		int	pinned
	)

Construct a Div node.

Parameters

block	The IR block the node belongs to.
irn_mem	mem
irn_left	left
irn_right	right
pinned	pinned state

◆ new_r_DivRL()

ir_node* new_r_DivRL	(	ir_node *	block,
		ir_node *	memop,
		ir_node *	op1,
		ir_node *	op2,
		int	pinned
	)

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.
pinned	Whether the node is pinned in its block.

◆ new_rd_Div()

ir_node* new_rd_Div	(	dbg_info *	dbgi,
		ir_node *	block,
		ir_node *	irn_mem,
		ir_node *	irn_left,
		ir_node *	irn_right,
		int	pinned
	)

Construct a Div node.

Parameters

dbgi	A pointer to debug information.
block	The IR block the node belongs to.
irn_mem	mem
irn_left	left
irn_right	right
pinned	pinned state

◆ new_rd_DivRL()

ir_node* new_rd_DivRL	(	dbg_info *	db,
		ir_node *	block,
		ir_node *	memop,
		ir_node *	op1,
		ir_node *	op2,
		int	pinned
	)

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.
pinned	Whether the node is pinned in its block.

◆ set_Div_left()

void set_Div_left	(	ir_node *	node,
		ir_node *	left
	)

Sets left input of a Div node.

◆ set_Div_mem()

void set_Div_mem	(	ir_node *	node,
		ir_node *	mem
	)

Sets mem input of a Div node.

◆ set_Div_no_remainder()

void set_Div_no_remainder	(	ir_node *	node,
		int	no_remainder
	)

Sets no_remainder attribute of a Div node.

◆ set_Div_resmode()

void set_Div_resmode	(	ir_node *	node,
		ir_mode *	resmode
	)

Sets resmode attribute of a Div node.

◆ set_Div_right()

void set_Div_right	(	ir_node *	node,
		ir_node *	right
	)

Sets right input of a Div node.

Variable Documentation

◆ op_Div

ir_op* op_Div

Div opcode.

Definition at line 1709 of file nodes.h.

Enumerations

Functions

Variables

Detailed Description

Enumeration Type Documentation

◆ n_Div

◆ pn_Div

Function Documentation

◆ get_Div_left()

◆ get_Div_mem()

◆ get_Div_no_remainder()

◆ get_Div_resmode()

◆ get_Div_right()

◆ get_op_Div()

◆ is_Div()

◆ new_d_Div()

◆ new_d_DivRL()

◆ new_Div()

◆ new_DivRL()

◆ new_r_Div()

◆ new_r_DivRL()

◆ new_rd_Div()

◆ new_rd_DivRL()

◆ set_Div_left()

◆ set_Div_mem()

◆ set_Div_no_remainder()

◆ set_Div_resmode()

◆ set_Div_right()

Variable Documentation

◆ op_Div