#include <netlist.h>

Inheritance diagram for ActNetlistPass:

Public Member Functions
	ActNetlistPass (Act *a)

	~ActNetlistPass ()

int	run (Process *p=NULL)

netlist_t *	getNL (Process *p)

void	enableSharedStat ()

void	Print (FILE fp, Process p)

Public Member Functions inherited from ActPass
	ActPass (Act _a, const char name, int doroot=0)

virtual	~ActPass ()
	release storage

void	update (Process *p)

int	rundeps (Process *p=NULL)

const char *	getName ()

virtual int	run (Process *p=NULL)

int	completed ()

int	pending ()

void *	getMap (UserDef *u)

void *	getGlobalInfo ()

Act *	getAct ()

ActPass *	getPass (const char *name)

Process *	getRoot ()

virtual void	run_recursive (Process *p=NULL, int mode=0)

void	disableUpdate ()

void	enableUpdate ()

void	mkStickyVisited ()

void	clrStickyVisited ()

Static Public Member Functions
static node_t *	connection_to_node (netlist_t n, act_connection c)

static node_t *	string_to_node (netlist_t , char s)

static void	sprint_node (char buf, int sz, netlist_t N, node_t *n)

static void	sprint_conn (char buf, int sz, act_connection c)

static void	emit_node (netlist_t N, FILE fp, node_t *n, int mangle=0)

static void	spice_to_act_name (char s, char t, int sz, int xconv)

static int	getGridsPerLambda ()

Static Public Member Functions inherited from ActPass
static void	refreshAll (Act a, Process p=NULL)

Private Member Functions
void *	local_op (Process *p, int mode=0)

void	free_local (void *v)

netlist_t *	generate_netlist (Process *p)

void	generate_netgraph (netlist_t N, int num_vdd_share, int num_gnd_share, int vdd_len, int gnd_len, node_t weak_vdd, node_t *weak_gnd)

void	generate_prs_graph (netlist_t N, act_prs_lang_t p, int istree=0)

void	generate_staticizers (netlist_t N, int num_vdd_share, int num_gnd_share, int vdd_len, int gnd_len, node_t weak_vdd, node_t *weak_gnd)

netlist_t *	genNetlist (Process *p)

netlist_t *	emitNetlist (Process *p)

void	fold_transistors (netlist_t *N)

int	find_length_window (edge_t *e)

int	find_length_fit (int len)

void	set_fet_params (netlist_t n, edge_t f, unsigned int type, act_size_spec_t *sz)

int	create_expr_edges (netlist_t N, int type, node_t left, act_prs_expr_t e, node_t right, int sense)

void	_check_emit_warning (int d, int depth, ActId *id)

Private Attributes
ActBooleanizePass *	bools

double	lambda

double	manufacturing_grid

int	min_w_in_lambda

int	min_l_in_lambda

double	leak_adjust

int	_fin_width

int	max_n_w_in_lambda

int	max_p_w_in_lambda

double	p_n_ratio

double	weak_to_strong_ratio

double	default_load_cap

int	black_box_mode

int	n_fold

int	p_fold

int	discrete_len

int	discrete_fet_length_sz

int *	discrete_fet_length

int	ignore_loadcap

int	emit_parasitics

double	output_scale_factor

int	fet_spacing_diffonly

int	fet_spacing_diffcontact

int	fet_diff_overhang

int	use_subckt_models

int	swap_source_drain

const char *	extra_fet_string

int	top_level_only

int	weak_share_min

int	weak_share_max

int	series_n_warning

int	series_p_warning

double	unit_cap

FILE *	_outfp

Static Private Attributes
static int	grids_per_lambda

static const char *	local_vdd

static const char *	local_gnd

static const char *	global_vdd

static const char *	global_gnd

static Act *	current_act

Additional Inherited Members
Protected Member Functions inherited from ActPass
virtual void	_actual_update (Process *p)

int	AddDependency (const char *pass)

Protected Attributes inherited from ActPass
int	_finished
	has the pass finished execution?

int	_sticky_visited

Act *	a

list_t *	deps

list_t *	fwdeps

const char *	name
	the name for the pass

int	_update_propagate

int	_root_dirty

Process *	_root
	the root of the design

void *	_global_info

Constructor & Destructor Documentation

◆ ActNetlistPass()

ActNetlistPass::ActNetlistPass ( Act * a )

◆ ~ActNetlistPass()

ActNetlistPass::~ActNetlistPass ( )

Member Function Documentation

◆ _check_emit_warning()

void ActNetlistPass::_check_emit_warning	(	int	d,
		int	depth,
		ActId *	id
	)

private

◆ connection_to_node()

static node_t * ActNetlistPass::connection_to_node	(	netlist_t *	n,
		act_connection *	c
	)

static

◆ create_expr_edges()

int ActNetlistPass::create_expr_edges	(	netlist_t *	N,
		int	type,
		node_t *	left,
		act_prs_expr_t *	e,
		node_t *	right,
		int	sense
	)

private

◆ emit_node()

static void ActNetlistPass::emit_node	(	netlist_t *	N,
		FILE *	fp,
		node_t *	n,
		int	mangle = `0`
	)

static

◆ emitNetlist()

netlist_t * ActNetlistPass::emitNetlist ( Process * p )

private

◆ enableSharedStat()

void ActNetlistPass::enableSharedStat ( )

◆ find_length_fit()

int ActNetlistPass::find_length_fit ( int len )

private

◆ find_length_window()

int ActNetlistPass::find_length_window ( edge_t * e )

private

◆ fold_transistors()

void ActNetlistPass::fold_transistors ( netlist_t * N )

private

◆ free_local()

void ActNetlistPass::free_local ( void * )

privatevirtual

Free the data structure allocated by calls to pre_op()/local_op().

Reimplemented from ActPass.

◆ generate_netgraph()

void ActNetlistPass::generate_netgraph	(	netlist_t *	N,
		int	num_vdd_share,
		int	num_gnd_share,
		int	vdd_len,
		int	gnd_len,
		node_t *	weak_vdd,
		node_t *	weak_gnd
	)

private

◆ generate_netlist()

netlist_t * ActNetlistPass::generate_netlist ( Process * p )

private

◆ generate_prs_graph()

void ActNetlistPass::generate_prs_graph	(	netlist_t *	N,
		act_prs_lang_t *	p,
		int	istree = `0`
	)

private

◆ generate_staticizers()

void ActNetlistPass::generate_staticizers	(	netlist_t *	N,
		int	num_vdd_share,
		int	num_gnd_share,
		int	vdd_len,
		int	gnd_len,
		node_t *	weak_vdd,
		node_t *	weak_gnd
	)

private

◆ genNetlist()

netlist_t * ActNetlistPass::genNetlist ( Process * p )

private

◆ getGridsPerLambda()

static int ActNetlistPass::getGridsPerLambda ( )

inlinestatic

◆ getNL()

netlist_t * ActNetlistPass::getNL ( Process * p )

◆ local_op()

void * ActNetlistPass::local_op	(	Process *	p,
		int	mode = `0`
	)

privatevirtual

This function is called exactly once per process that is reachable from the root of the pass. It is called after all the types instantiated within the process are visited.

Parameters

p	is the process type
mode	is the mode flag passed to this call.

Returns: the data structure that is to be associated with this process

Reimplemented from ActPass.

◆ Print()

void ActNetlistPass::Print	(	FILE *	fp,
		Process *	p
	)

◆ run()

int ActNetlistPass::run ( Process * p = NULL )

virtual

Run the entire pass with the specified top-level process name

Parameters

p	is the tyoe of the top-level process; NULL means that the top-level of the design is the global namespace and not a specific process.

Returns: 1 on success, 0 if any dependencies failed.

Reimplemented from ActPass.

◆ set_fet_params()

void ActNetlistPass::set_fet_params	(	netlist_t *	n,
		edge_t *	f,
		unsigned int	type,
		act_size_spec_t *	sz
	)

private

◆ spice_to_act_name()

static void ActNetlistPass::spice_to_act_name	(	char *	s,
		char *	t,
		int	sz,
		int	xconv
	)

static

◆ sprint_conn()

static void ActNetlistPass::sprint_conn	(	char *	buf,
		int	sz,
		act_connection *	c
	)

static

◆ sprint_node()

static void ActNetlistPass::sprint_node	(	char *	buf,
		int	sz,
		netlist_t *	N,
		node_t *	n
	)

static

◆ string_to_node()

static node_t * ActNetlistPass::string_to_node	(	netlist_t *	,
		char *	s
	)

static

Member Data Documentation

◆ _fin_width

int ActNetlistPass::_fin_width

private

◆ _outfp

FILE* ActNetlistPass::_outfp

private

◆ black_box_mode

int ActNetlistPass::black_box_mode

private

◆ bools

ActBooleanizePass* ActNetlistPass::bools

private

◆ current_act

Act* ActNetlistPass::current_act

staticprivate

◆ default_load_cap

double ActNetlistPass::default_load_cap

private

◆ discrete_fet_length

int* ActNetlistPass::discrete_fet_length

private

◆ discrete_fet_length_sz

int ActNetlistPass::discrete_fet_length_sz

private

◆ discrete_len

int ActNetlistPass::discrete_len

private

◆ emit_parasitics

int ActNetlistPass::emit_parasitics

private

◆ extra_fet_string

const char* ActNetlistPass::extra_fet_string

private

◆ fet_diff_overhang

int ActNetlistPass::fet_diff_overhang

private

◆ fet_spacing_diffcontact

int ActNetlistPass::fet_spacing_diffcontact

private

◆ fet_spacing_diffonly

int ActNetlistPass::fet_spacing_diffonly

private

◆ global_gnd

const char * ActNetlistPass::global_gnd

staticprivate

◆ global_vdd

const char * ActNetlistPass::global_vdd

staticprivate

◆ grids_per_lambda

int ActNetlistPass::grids_per_lambda

staticprivate

◆ ignore_loadcap

int ActNetlistPass::ignore_loadcap

private

◆ lambda

double ActNetlistPass::lambda

private

◆ leak_adjust

double ActNetlistPass::leak_adjust

private

◆ local_gnd

const char * ActNetlistPass::local_gnd

staticprivate

◆ local_vdd

const char* ActNetlistPass::local_vdd

staticprivate

◆ manufacturing_grid

double ActNetlistPass::manufacturing_grid

private

◆ max_n_w_in_lambda

int ActNetlistPass::max_n_w_in_lambda

private

◆ max_p_w_in_lambda

int ActNetlistPass::max_p_w_in_lambda

private

◆ min_l_in_lambda

int ActNetlistPass::min_l_in_lambda

private

◆ min_w_in_lambda

int ActNetlistPass::min_w_in_lambda

private

◆ n_fold

int ActNetlistPass::n_fold

private

◆ output_scale_factor

double ActNetlistPass::output_scale_factor

private

◆ p_fold

int ActNetlistPass::p_fold

private

◆ p_n_ratio

double ActNetlistPass::p_n_ratio

private

◆ series_n_warning

int ActNetlistPass::series_n_warning

private

◆ series_p_warning

int ActNetlistPass::series_p_warning

private

◆ swap_source_drain

int ActNetlistPass::swap_source_drain

private

◆ top_level_only

int ActNetlistPass::top_level_only

private

◆ unit_cap

double ActNetlistPass::unit_cap

private

◆ use_subckt_models

int ActNetlistPass::use_subckt_models

private

◆ weak_share_max

int ActNetlistPass::weak_share_max

private

◆ weak_share_min

int ActNetlistPass::weak_share_min

private

◆ weak_to_strong_ratio

double ActNetlistPass::weak_to_strong_ratio

private

The documentation for this class was generated from the following file:

passes/netgen/netlist.h

Public Member Functions

Static Public Member Functions

Private Member Functions

Private Attributes

Static Private Attributes

Additional Inherited Members

Constructor & Destructor Documentation

◆ ActNetlistPass()

◆ ~ActNetlistPass()

Member Function Documentation

◆ _check_emit_warning()

◆ connection_to_node()

◆ create_expr_edges()

◆ emit_node()

◆ emitNetlist()

◆ enableSharedStat()

◆ find_length_fit()

◆ find_length_window()

◆ fold_transistors()

◆ free_local()

◆ generate_netgraph()

◆ generate_netlist()

◆ generate_prs_graph()

◆ generate_staticizers()

◆ genNetlist()

◆ getGridsPerLambda()

◆ getNL()

◆ local_op()

◆ Print()

◆ run()

◆ set_fet_params()

◆ spice_to_act_name()

◆ sprint_conn()

◆ sprint_node()

◆ string_to_node()

Member Data Documentation

◆ _fin_width

◆ _outfp

◆ black_box_mode

◆ bools

◆ current_act

◆ default_load_cap

◆ discrete_fet_length

◆ discrete_fet_length_sz

◆ discrete_len

◆ emit_parasitics

◆ extra_fet_string

◆ fet_diff_overhang

◆ fet_spacing_diffcontact

◆ fet_spacing_diffonly

◆ global_gnd

◆ global_vdd

◆ grids_per_lambda

◆ ignore_loadcap

◆ lambda

◆ leak_adjust

◆ local_gnd

◆ local_vdd

◆ manufacturing_grid

◆ max_n_w_in_lambda

◆ max_p_w_in_lambda

◆ min_l_in_lambda

◆ min_w_in_lambda

◆ n_fold

◆ output_scale_factor

◆ p_fold

◆ p_n_ratio

◆ series_n_warning

◆ series_p_warning

◆ swap_source_drain

◆ top_level_only

◆ unit_cap

◆ use_subckt_models

◆ weak_share_max

◆ weak_share_min

◆ weak_to_strong_ratio