sc_core::sc_process_b Class Reference

User initiated dynamic process support. More...

#include <sysc/kernel/sc_process.h>

Inheritance diagram for sc_core::sc_process_b:

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Collaboration diagram for sc_core::sc_process_b:

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List of all members.

Public Types
enum	process_throw_type { THROW_NONE = 0, THROW_KILL, THROW_USER, THROW_ASYNC_RESET, THROW_SYNC_RESET }
enum	process_state { ps_bit_disabled = 1, ps_bit_ready_to_run = 2, ps_bit_suspended = 4, ps_bit_zombie = 8, ps_normal = 0 }
enum	reset_type { reset_asynchronous = 0, reset_synchronous_off, reset_synchronous_on }
enum	trigger_t { STATIC, EVENT, OR_LIST, AND_LIST, TIMEOUT, EVENT_TIMEOUT, OR_LIST_TIMEOUT, AND_LIST_TIMEOUT }
Public Member Functions
void	set_upcoming_segment_ids (int *segment_ids)
	sets the upcoming segment ids TS 07/08/17
int *	get_upcoming_segment_ids ()
	returns the upcoming segment ids TS 07/08/17
	sc_process_b (const char name_p, bool is_thread, bool free_host, SC_ENTRY_FUNC method_p, sc_process_host host_p, const sc_spawn_options *opt_p)
int	current_state ()
bool	dont_initialize () const
virtual void	dont_initialize (bool dont)
std::string	dump_state () const
const ::std::vector< sc_object * > &	get_child_objects () const
sc_curr_proc_kind	proc_kind () const
sc_event &	reset_event ()
sc_event &	terminated_event ()
void	lock_and_push (CHNL_MTX_TYPE_ *lock)
	Acquire a new channel lock or increment the lock counter.
void	pop_and_unlock (CHNL_MTX_TYPE_ *lock)
	Release a channel lock or decrement the lock counter.
void	lock_all_channels (void)
	Acquire all the channel locks.
void	unlock_all_channels (void)
	Release all the channel locks.
int	get_segment_id ()
	Set the current segment ID of this process.
void	set_segment_id (int id)
	Get the current segment ID of this process.
const sc_timestamp &	get_timestamp ()
	Set the local time stamp of this process.
void	set_timestamp (const sc_timestamp &ts)
	Get the local time stamp of this process.
int	get_instance_id ()
	Set the instance ID of this process.
void	set_instance_id (int id)
	Get the instance ID of this process.
Static Public Member Functions
static sc_process_handle	last_created_process_handle ()
Public Attributes
int *	segment_ids
	stores the upcoming segment ids TS 07/08/17
const char *	file
int	lineno
int	proc_id
int	m_process_state
	The name of this process.
Protected Member Functions
virtual	~sc_process_b ()
virtual void	add_child_object (sc_object *)
void	add_static_event (const sc_event &)
bool	dynamic () const
const char *	gen_unique_name (const char *basename_, bool preserve_first)
sc_report *	get_last_report ()
bool	is_disabled () const
bool	is_runnable () const
virtual bool	remove_child_object (sc_object *)
void	remove_dynamic_events (bool skip_timeout=false)
void	remove_static_events ()
void	set_last_report (sc_report *last_p)
bool	timed_out () const
void	report_error (const char msgid, const char msg="") const
void	report_immediate_self_notification () const
virtual void	disable_process (sc_descendant_inclusion_info descendants=SC_NO_DESCENDANTS)=0
void	disconnect_process ()
virtual void	enable_process (sc_descendant_inclusion_info descendants=SC_NO_DESCENDANTS)=0
void	initially_in_reset (bool async)
bool	is_unwinding () const
bool	start_unwinding ()
bool	clear_unwinding ()
virtual void	kill_process (sc_descendant_inclusion_info descendants=SC_NO_DESCENDANTS)=0
void	reset_changed (bool async, bool asserted)
void	reset_process (reset_type rt, sc_descendant_inclusion_info descendants=SC_NO_DESCENDANTS)
virtual void	resume_process (sc_descendant_inclusion_info descendants=SC_NO_DESCENDANTS)=0
virtual void	suspend_process (sc_descendant_inclusion_info descendants=SC_NO_DESCENDANTS)=0
virtual void	throw_user (const sc_throw_it_helper &helper, sc_descendant_inclusion_info descendants=SC_NO_DESCENDANTS)=0
virtual void	throw_reset (bool async)=0
virtual bool	terminated () const
void	trigger_reset_event ()
void	semantics ()
Static Protected Member Functions
static sc_process_b *	last_created_process_base ()
Protected Attributes
int	m_active_areset_n
int	m_active_reset_n
bool	m_dont_init
bool	m_dynamic_proc
const sc_event *	m_event_p
int	m_event_count
const sc_event_list *	m_event_list_p
sc_process_b *	m_exist_p
bool	m_free_host
bool	m_has_reset_signal
bool	m_has_stack
bool	m_is_thread
sc_report *	m_last_report_p
sc_name_gen *	m_name_gen_p
sc_curr_proc_kind	m_process_kind
int	m_references_n
std::vector< sc_reset * >	m_resets
sc_event *	m_reset_event_p
sc_event *	m_resume_event_p
sc_process_b *	m_runnable_p
sc_process_host *	m_semantics_host_p
SC_ENTRY_FUNC	m_semantics_method_p
int	m_state
std::vector< const sc_event * >	m_static_events
bool	m_sticky_reset
sc_event *	m_term_event_p
sc_throw_it_helper *	m_throw_helper_p
process_throw_type	m_throw_status
bool	m_timed_out
sc_event *	m_timeout_event_p
trigger_t	m_trigger_type
bool	m_unwinding
sc_acq_chnl_lock_queue	m_acq_chnl_lock_queue
	A list of channel locks acquired by this process.
int	m_segment_id
	The current segment ID of this process.
sc_timestamp	m_timestamp
	The local time stamp of this process.
int	m_instance_id
	The instance ID of this process.
Static Protected Attributes
static sc_process_b *	m_last_created_process_p
Friends
class	sc_simcontext
class	sc_cthread_process
class	sc_method_process
class	sc_process_handle
class	sc_thread_process
class	sc_object
class	sc_port_base
class	sc_runnable
class	sc_sensitive
class	sc_sensitive_pos
class	sc_sensitive_neg
class	sc_module
class	sc_channel
class	sc_report_handler
class	sc_reset
class	sc_reset_finder
class	sc_unwind_exception
const char *	sc_gen_unique_name (const char *, bool preserve_first)
sc_process_handle	sc_get_current_process_handle ()
void	sc_thread_cor_fn (void *arg)
bool	timed_out (sc_simcontext *)

Detailed Description

User initiated dynamic process support.

This class implements the base class for a threaded process_base process whose semantics are provided by the true virtual method semantics(). Classes derived from this one will provide a version of semantics which implements the desired semantics. See the sc_spawn_xxx classes below.

Notes: (1) Object instances of this class maintain a reference count of outstanding handles. When the handle count goes to zero the object will be deleted. (2) Descriptions of the methods and operators in this class appear with their implementations. (3) The m_sticky_reset field is used to handle synchronous resets that are enabled via the sc_process_handle::sync_reset_on() method. These resets are not generated by a signal, but rather are modal by method call: sync_reset_on - sync_reset_off.

Definition at line 545 of file sc_process.h.

Member Enumeration Documentation

enum sc_core::sc_process_b::process_state

Enumerator:

ps_bit_disabled
ps_bit_ready_to_run
ps_bit_suspended
ps_bit_zombie
ps_normal

Definition at line 610 of file sc_process.h.

enum sc_core::sc_process_b::process_throw_type

Enumerator:

THROW_NONE
THROW_KILL
THROW_USER
THROW_ASYNC_RESET
THROW_SYNC_RESET

Definition at line 602 of file sc_process.h.

enum sc_core::sc_process_b::reset_type

Enumerator:

reset_asynchronous
reset_synchronous_off
reset_synchronous_on

Definition at line 618 of file sc_process.h.

enum sc_core::sc_process_b::trigger_t

Enumerator:

STATIC
EVENT
OR_LIST
AND_LIST
TIMEOUT
EVENT_TIMEOUT
OR_LIST_TIMEOUT
AND_LIST_TIMEOUT

Definition at line 624 of file sc_process.h.

Constructor & Destructor Documentation

sc_core::sc_process_b::sc_process_b	(	const char *	name_p,
		bool	is_thread,
		bool	free_host,
		SC_ENTRY_FUNC	method_p,
		sc_process_host *	host_p,
		const sc_spawn_options *	opt_p
	)

virtual sc_core::sc_process_b::~sc_process_b ( ) [protected, virtual]

Member Function Documentation

void sc_core::sc_process_b::add_child_object ( sc_object * object_p ) [inline, protected, virtual]

Definition at line 871 of file sc_process.h.

void sc_core::sc_process_b::add_static_event ( const sc_event & ) [protected]

bool sc_core::sc_process_b::clear_unwinding ( ) [inline, protected]

Definition at line 980 of file sc_process.h.

int sc_core::sc_process_b::current_state ( ) [inline]

Definition at line 646 of file sc_process.h.

virtual void sc_core::sc_process_b::disable_process ( sc_descendant_inclusion_info descendants = SC_NO_DESCENDANTS ) [protected, pure virtual]

Implemented in sc_core::sc_method_process, and sc_core::sc_thread_process.

void sc_core::sc_process_b::disconnect_process ( ) [protected]

virtual void sc_core::sc_process_b::dont_initialize ( bool dont ) [virtual]

Reimplemented in sc_core::sc_cthread_process.

bool sc_core::sc_process_b::dont_initialize ( ) const [inline]

Definition at line 647 of file sc_process.h.

std::string sc_core::sc_process_b::dump_state ( ) const

bool sc_core::sc_process_b::dynamic ( ) const [inline, protected]

Definition at line 733 of file sc_process.h.

virtual void sc_core::sc_process_b::enable_process ( sc_descendant_inclusion_info descendants = SC_NO_DESCENDANTS ) [protected, pure virtual]

Implemented in sc_core::sc_method_process, and sc_core::sc_thread_process.

const char* sc_core::sc_process_b::gen_unique_name	(	const char *	basename_,
		bool	preserve_first
	)			`[protected]`

const ::std::vector< sc_object * > & sc_core::sc_process_b::get_child_objects ( ) const [inline, virtual]

Reimplemented from sc_core::sc_object.

Definition at line 893 of file sc_process.h.

int sc_core::sc_process_b::get_instance_id ( )

Set the instance ID of this process.

sc_report* sc_core::sc_process_b::get_last_report ( ) [inline, protected]

Definition at line 735 of file sc_process.h.

int sc_core::sc_process_b::get_segment_id ( )

Set the current segment ID of this process.

const sc_timestamp& sc_core::sc_process_b::get_timestamp ( )

Set the local time stamp of this process.

int* sc_core::sc_process_b::get_upcoming_segment_ids ( ) [inline]

returns the upcoming segment ids TS 07/08/17

Definition at line 591 of file sc_process.h.

void sc_core::sc_process_b::initially_in_reset ( bool async ) [inline, protected]

Definition at line 908 of file sc_process.h.

bool sc_core::sc_process_b::is_disabled ( ) const [inline, protected]

Definition at line 921 of file sc_process.h.

bool sc_core::sc_process_b::is_runnable ( ) const [inline, protected]

Definition at line 932 of file sc_process.h.

bool sc_core::sc_process_b::is_unwinding ( ) const [inline, protected]

Definition at line 942 of file sc_process.h.

virtual void sc_core::sc_process_b::kill_process ( sc_descendant_inclusion_info descendants = SC_NO_DESCENDANTS ) [protected, pure virtual]

Implemented in sc_core::sc_method_process, and sc_core::sc_thread_process.

sc_process_b * sc_core::sc_process_b::last_created_process_base ( ) [inline, static, protected]

Definition at line 993 of file sc_process.h.

sc_process_handle sc_core::sc_process_b::last_created_process_handle ( ) [inline, static]

Definition at line 517 of file sc_process_handle.h.

void sc_core::sc_process_b::lock_all_channels ( void )

Acquire all the channel locks.

Acquire all the channel locks in the list m_acq_chnl_lock_queue, from the beginning to the end.

void sc_core::sc_process_b::lock_and_push ( CHNL_MTX_TYPE_ * lock )

Acquire a new channel lock or increment the lock counter.

Acquire a new channel lock and push it to the end of the list m_acq_chnl_lock_queue, or increment the lock counter of the corresponding channel lock in the list.

void sc_core::sc_process_b::pop_and_unlock ( CHNL_MTX_TYPE_ * lock )

Release a channel lock or decrement the lock counter.

Release the channel lock at the end of the list m_acq_chnl_lock_queue if its lock counter equals one, or decrement its lock counter.

sc_curr_proc_kind sc_core::sc_process_b::proc_kind ( ) const [inline]

Definition at line 1005 of file sc_process.h.

bool sc_core::sc_process_b::remove_child_object ( sc_object * object_p ) [inline, protected, virtual]

Definition at line 880 of file sc_process.h.

void sc_core::sc_process_b::remove_dynamic_events ( bool skip_timeout = false ) [protected]

void sc_core::sc_process_b::remove_static_events ( ) [protected]

void sc_core::sc_process_b::report_error	(	const char *	msgid,
		const char *	msg = `""`
	)			const `[protected]`

void sc_core::sc_process_b::report_immediate_self_notification ( ) const [protected]

void sc_core::sc_process_b::reset_changed	(	bool	async,
		bool	asserted
	)			`[protected]`

sc_event& sc_core::sc_process_b::reset_event ( )

void sc_core::sc_process_b::reset_process	(	reset_type	rt,
		sc_descendant_inclusion_info	descendants = `SC_NO_DESCENDANTS`
	)			`[protected]`

virtual void sc_core::sc_process_b::resume_process ( sc_descendant_inclusion_info descendants = SC_NO_DESCENDANTS ) [protected, pure virtual]

Implemented in sc_core::sc_method_process, and sc_core::sc_thread_process.

void sc_core::sc_process_b::semantics ( ) [inline, protected]

Definition at line 1054 of file sc_process.h.

void sc_core::sc_process_b::set_instance_id ( int id )

Get the instance ID of this process.

void sc_core::sc_process_b::set_last_report ( sc_report * last_p ) [inline, protected]

Definition at line 742 of file sc_process.h.

void sc_core::sc_process_b::set_segment_id ( int id )

Get the current segment ID of this process.

void sc_core::sc_process_b::set_timestamp ( const sc_timestamp & ts )

Get the local time stamp of this process.

void sc_core::sc_process_b::set_upcoming_segment_ids ( int * segment_ids ) [inline]

sets the upcoming segment ids TS 07/08/17

Definition at line 582 of file sc_process.h.

bool sc_core::sc_process_b::start_unwinding ( ) [inline, protected]

Definition at line 955 of file sc_process.h.

virtual void sc_core::sc_process_b::suspend_process ( sc_descendant_inclusion_info descendants = SC_NO_DESCENDANTS ) [protected, pure virtual]

Implemented in sc_core::sc_method_process, and sc_core::sc_thread_process.

bool sc_core::sc_process_b::terminated ( ) const [inline, protected, virtual]

Definition at line 1095 of file sc_process.h.

sc_event& sc_core::sc_process_b::terminated_event ( )

virtual void sc_core::sc_process_b::throw_reset ( bool async ) [protected, pure virtual]

Implemented in sc_core::sc_method_process, and sc_core::sc_thread_process.

virtual void sc_core::sc_process_b::throw_user	(	const sc_throw_it_helper &	helper,
		sc_descendant_inclusion_info	descendants = `SC_NO_DESCENDANTS`
	)			`[protected, pure virtual]`