This class manages the circuit structures. More...

#include <structural_manager.hpp>

Collaboration diagram for structural_manager:

[legend]

Public Types
enum	circuit_graph_type { DATA_G, COMPLETE_G }

Public Member Functions
	structural_manager (const structural_manager &inst)=delete

	structural_manager (const ParameterConstRef Param)
	This is the constructor of the structural_manager which initializes the data field. More...

void	set_top_info (const std::string &id, const technology_managerRef &LM, const std::string &Library="")

	~structural_manager ()
	Destructor. More...

void	set_top_info (std::string id, structural_type_descriptorRef module_type, unsigned int treenode=0)
	Return the objectRef given the id of the object and the c_object of the owner. More...

structural_objectRef	create (std::string id, so_kind ctype, structural_objectRef owner, structural_type_descriptorRef obj_type, unsigned int treenode=0)
	Create a new object of the circuit. More...

structural_objectRef	add_module_from_technology_library (const std::string &id, const std::string &fu_name, const std::string &library_name, const structural_objectRef owner, const technology_managerConstRef TM)
	Create a new object starting from a library component. More...

void	remove_module (structural_objectRef obj)

void	remove_connection (structural_objectRef src, structural_objectRef dest)

void	change_connection (structural_objectRef old_obj, structural_objectRef new_obj, structural_objectRef owner)

void	remove_empty_signal (structural_objectRef &signal)
	Remove an existing signal from the SM. More...

void	reconnect_signal_member (structural_objectRef &member, structural_objectRef &from_signal, structural_objectRef &to_signal)
	Disconnects a member from from_signal and reconnects it to to_signal. More...

structural_objectRef	add_constant (std::string id, structural_objectRef owner, structural_type_descriptorRef type, std::string value, unsigned int treenode=0)
	Create a new constant;. More...

void	SetParameter (const std::string &name, const std::string &value)
	Specify a parameter for the top module. More...

void	add_sensitivity (structural_objectRef obj, structural_objectRef pr)
	Add an object to the sensitivity list of process/service. More...

void	add_connection (structural_objectRef src, structural_objectRef dest)
	Create a connection between a source structural object and a destination structural object. More...

void	print (std::ostream &os) const
	Function that prints the circuit data structure. More...

void	WriteDot (const std::string &file_name, circuit_graph_type gt, graph *g=nullptr) const
	Function that writes the dot file of the graph by using the AT&T dot format. More...

const structural_objectRef	get_circ () const
	Get a reference to circ field. More...

const vertex &	get_PI (structural_objectRef level) const
	Return the PI vertex of the circuit, at a specific level. More...

void	INIT (bool permissive=false)

int	get_debug_level () const

Static Public Member Functions
static bool	check_object (std::string id, structural_objectRef owner, so_kind type)
	Verify if the component is already associated with owner. More...

static structural_objectRef	add_port (const std::string &id, port_o::port_direction pdir, structural_objectRef owner, structural_type_descriptorRef type_descr, unsigned int treenode=0)
	Create a new port. More...

static void	change_port_direction (structural_objectRef port_object, port_o::port_direction pdir, structural_objectRef owner)
	Change the direction of the port. More...

static structural_objectRef	add_port_vector (std::string id, port_o::port_direction pdir, unsigned int n_ports, structural_objectRef owner, structural_type_descriptorRef type_descr, unsigned int treenode=0)
	Create a new port_vector. More...

static structural_objectRef	add_sign (std::string id, structural_objectRef owner, structural_type_descriptorRef sign_type, unsigned int treenode=0)
	Create a new signal. More...

static structural_objectRef	add_sign_vector (std::string id, unsigned int n_signs, structural_objectRef owner, structural_type_descriptorRef sign_type, unsigned int treenode=0)

static void	add_NP_functionality (structural_objectRef cir, NP_functionality::NP_functionaly_type dt, std::string functionality_description)
	Add a not-parsed functionality. More...

Private Member Functions
bool	check_type (structural_objectRef src_type, structural_objectRef dest_type)
	Check if two type structural object are consistent. More...

bool	check_bound (structural_objectRef src, structural_objectRef sign)
	Function that check if a signal (or port) is already bound on a port. More...

void	check_structure (structural_objectRef obj, bool permissive=false)
	perform some check on the circuit manager. More...

void	build_graph (const structural_objectRef &top, graphs_collection *bg)
	build a graph starting from a structural object. More...

Private Attributes
const ParameterConstRef	Param
	class containing all the parameters More...

int	debug_level
	debug level More...

graphs_collection *	og
	Bulk graph used to represent all graphs. More...

graph *	data_graph
	Graph only composed by the data flow in the circuit. More...

graph *	circuit_graph
	Graph containing all lines of the circuit. More...

structural_objectRef	circuit
	Structure that represent circuit. More...

Friends
std::ostream &	operator<< (std::ostream &os, const structural_manager &s)
	Friend definition of the << operator. More...

std::ostream &	operator<< (std::ostream &os, const structural_managerRef s)
	Friend definition of the << operator. More...

XML functions.
void	xwrite (xml_element *rootnode, const technology_nodeRef &tn=technology_nodeRef()) const
	Add a component to an xml tree. More...

static void	xload (const xml_element *node, structural_managerRef const &CM)
	Load a structural manager from an xml file. More...

Detailed Description

This class manages the circuit structures.

Definition at line 79 of file structural_manager.hpp.

Member Enumeration Documentation

◆ circuit_graph_type

enum structural_manager::circuit_graph_type

Enumerator
DATA_G
COMPLETE_G

Definition at line 85 of file structural_manager.hpp.

Constructor & Destructor Documentation

◆ structural_manager() [1/2]

structural_manager::structural_manager ( const structural_manager & inst )

delete

◆ structural_manager() [2/2]

structural_manager::structural_manager ( const ParameterConstRef Param )

explicit

This is the constructor of the structural_manager which initializes the data field.

Parameters

Param is the reference to the class containing all parameters

Definition at line 83 of file structural_manager.cpp.

References ALL_LINES_SELECTOR, circuit_graph, data_graph, lenet_tvm::graph, og, and PURE_DATA_SELECTOR.

◆ ~structural_manager()

structural_manager::~structural_manager ( )

Destructor.

Definition at line 91 of file structural_manager.cpp.

References circuit_graph, data_graph, and og.

Member Function Documentation

◆ add_connection()

void structural_manager::add_connection	(	structural_objectRef	src,
		structural_objectRef	dest
	)

Create a connection between a source structural object and a destination structural object.

A source port can be connected to another port, a signal and to a channel. Two primary ports cannot be connected, in this case a signal is needed. A source signal can be connected to another port. The other combinations are not allowed.

Parameters

src	is the source.
dest	is the destination.

the other check is not currently implemented.

Definition at line 570 of file structural_manager.cpp.

References action_o_K, bus_connection_o_K, channel_o_K, check_type(), component_o_K, constant_o_K, data_o_K, event_o_K, structural_object::find_member(), structural_object::get_id(), structural_object::get_kind(), structural_object::get_kind_text(), structural_type_descriptor::get_name(), structural_object::get_owner(), structural_object::get_path(), structural_object::get_typeRef(), port_o_K, port_vector_o_K, signal_o_K, signal_vector_o_K, THROW_ASSERT, and THROW_ERROR.

Referenced by conn_binding::add_command_ports(), top_entity::add_command_signals(), top_entity_cs::add_context_switch_port(), top_entity_cs::add_context_switch_port_kernel(), conn_binding::add_datapath_connection(), top_entity_cs::add_input_register(), top_entity::add_input_register(), RTLCharacterization::add_input_register(), RTLCharacterization::add_output_register(), cs_interface::add_parameter_port(), top_entity::add_ports(), classic_datapath::add_ports(), module_interface::add_sign(), module_interface::add_sign_vector(), ParallelMemoryConnBinding::add_to_SM(), conn_binding::add_to_SM(), module_interface::AddConnection(), module_interface::AddConstant(), module_interface::AddSignal(), RTLCharacterization::AnalyzeCell(), WB4_interface::build_WB4_complete_logic(), minimal_interface::build_wrapper(), buildCircuit(), change_connection(), datapath_parallel_cs::connect_i_module_kernel(), top_entity_parallel_cs::connect_loop_iter(), datapath_parallel_cs::connect_module_kernel(), top_entity_parallel_cs::connect_port_parallel(), fu_binding_cs::connect_selector(), fu_binding_cs::connect_selector_kernel(), connect_with_signal_name(), WB4_interface::connect_with_signal_name(), connectClockAndReset(), conn_binding_cs::connectOutOr(), TestbenchGeneration::Exec(), TopEntityMemoryMapped::insertMemoryMappedRegister(), TopEntityMemoryMapped::insertStartDoneLogic(), TopEntityMemoryMapped::insertStatusRegister(), fu_binding_cs::instantiate_component_kernel(), datapath_parallel_cs::instantiate_component_parallel(), cs_interface::instantiate_component_parallel(), conn_binding_cs::instantiate_suspension_component(), pipeline_controller::InternalExec(), cs_interface::InternalExec(), top_entity_parallel_cs::InternalExec(), classic_datapath::InternalExec(), top_entity::InternalExec(), fu_binding::join_merge_split(), fu_binding::manage_extern_global_port(), datapath_parallel_cs::manage_extern_global_port_parallel(), cs_interface::manage_extern_global_port_top(), fu_binding::manage_killing_function_proxies(), fu_binding::manage_killing_memory_proxies(), fu_binding_cs::manage_memory_port_hierarchical(), fu_binding_cs::manage_memory_port_kernel(), fu_binding::manage_memory_ports_chained(), fu_binding::manage_memory_ports_parallel_chained(), conn_binding::mux_allocation(), and conn_binding::mux_connection().

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◆ add_constant()

structural_objectRef structural_manager::add_constant	(	std::string	id,
		structural_objectRef	owner,
		structural_type_descriptorRef	type,
		std::string	value,
		unsigned int	treenode = `0`
	)

Create a new constant;.

Parameters

id	is the name of the constant;
owner	is the reference to the owner of the constant;
type	is the type of the constant;
value	is the value of the constant in string form;
treenode	is the treenode of the constant

Definition at line 529 of file structural_manager.cpp.

References check_object(), constant_o_K, debug_level, structural_object::get_path(), and THROW_ASSERT.

Referenced by top_entity::add_ports(), conn_binding::add_to_SM(), RTLCharacterization::AnalyzeCell(), minimal_interface::build_wrapper(), and pipeline_controller::InternalExec().

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◆ add_module_from_technology_library()

structural_objectRef structural_manager::add_module_from_technology_library	(	const std::string &	id,
		const std::string &	fu_name,
		const std::string &	library_name,
		const structural_objectRef	owner,
		const technology_managerConstRef	TM
	)

Create a new object starting from a library component.

Parameters

id	is the name of the object.
fu_name	is the name of the type.
library_name	is the name of the library.
owner	is the owner of the object.
TM	is the technology manager.

Returns: the object created.

Definition at line 1066 of file structural_manager.cpp.

References channel_o_K, circuit, component_o_K, structural_object::copy(), debug_level, structural_object::get_kind(), and THROW_ASSERT.

Referenced by conn_binding::add_command_ports(), conn_binding::add_datapath_connection(), top_entity_cs::add_input_register(), top_entity::add_input_register(), RTLCharacterization::add_input_register(), RTLCharacterization::add_output_register(), classic_datapath::add_ports(), conn_binding::add_sparse_logic_dp(), RTLCharacterization::AnalyzeCell(), WB4_interface::build_WB4_complete_logic(), minimal_interface::build_wrapper(), buildCircuit(), TestbenchGeneration::Exec(), TopEntityMemoryMapped::insertMemoryMappedRegister(), TopEntityMemoryMapped::insertStartDoneLogic(), TopEntityMemoryMapped::insertStatusRegister(), fu_binding_cs::instantiate_component_kernel(), datapath_parallel_cs::instantiate_component_parallel(), cs_interface::instantiate_component_parallel(), conn_binding_cs::instantiate_suspension_component(), pipeline_controller::InternalExec(), top_entity_parallel_cs::InternalExec(), classic_datapath::InternalExec(), top_entity::InternalExec(), fu_binding::join_merge_split(), conn_binding::mux_allocation(), and set_top_info().

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◆ add_NP_functionality()

void structural_manager::add_NP_functionality	(	structural_objectRef	cir,
		NP_functionality::NP_functionaly_type	dt,
		std::string	functionality_description
	)

static

Add a not-parsed functionality.

Parameters

owner	is the reference to the owner of the functionality.
dt	is the type of the not-parsed functionality.
descr	is the description of the functionality.

Definition at line 546 of file structural_manager.cpp.

References NP_functionality::add_NP_functionality(), component_o_K, structural_object::get_kind(), and THROW_ASSERT.

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◆ add_port()

structural_objectRef structural_manager::add_port	(	const std::string &	id,
		port_o::port_direction	pdir,
		structural_objectRef	owner,
		structural_type_descriptorRef	type_descr,
		unsigned int	treenode = `0`
	)

static

Create a new port.

Parameters

id	is the name of the port.
pdir	represent the direction of the port (in, out, in-out, gen).
owner	is the reference to the owner of the port.
port_type	is the type of the port.
treenode	is the treenode of the port.

Definition at line 189 of file structural_manager.cpp.

References action_o_K, bus_connection_o_K, channel_o_K, check_object(), component_o_K, constant_o_K, data_o_K, structural_object::debug_level, NP_functionality::EQUATION, event_o_K, structural_object::get_kind(), NP_functionality::get_NP_functionality(), structural_object::get_path(), port_o_K, port_vector_o_K, signal_o_K, signal_vector_o_K, SplitString(), starts_with(), THROW_ASSERT, THROW_ERROR, and test_panda::tokens.

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◆ add_port_vector()

structural_objectRef structural_manager::add_port_vector	(	std::string	id,
		port_o::port_direction	pdir,
		unsigned int	n_ports,
		structural_objectRef	owner,
		structural_type_descriptorRef	type_descr,
		unsigned int	treenode = `0`
	)

static

Create a new port_vector.

Parameters

id	is the name of the port_vector.
pdir	represent the direction of the port_vector (in, out, in-out, gen).
n_ports	is the number of port associated with the port_vector object. When the number of ports is not defined n_ports is equal to PARAMETRIC_PORT.
owner	is the reference to the owner of the port_vector.
port_type	is the type of the port_vector.
treenode	is the treenode of the port_vector.

Definition at line 306 of file structural_manager.cpp.

References action_o_K, bus_connection_o_K, channel_o_K, check_object(), component_o_K, constant_o_K, data_o_K, structural_object::debug_level, event_o_K, structural_object::get_kind(), structural_object::get_path(), port_o::PARAMETRIC_PORT, port_o_K, port_vector_o_K, signal_o_K, signal_vector_o_K, THROW_ASSERT, and THROW_ERROR.

Referenced by top_entity::add_ports(), datapath_parallel_cs::add_ports(), allocation::add_proxy_function_module(), allocation::add_proxy_function_wrapper(), RTLCharacterization::AnalyzeCell(), minimal_interface::build_wrapper(), buildCircuit(), ModuleGeneratorManager::create_generic_module(), InterfaceInfer::create_resource_array(), InterfaceInfer::create_resource_m_axi(), InterfaceInfer::create_resource_Read_simple(), InterfaceInfer::create_resource_Write_simple(), LoadBuiltinTechnology::Exec(), fu_binding::manage_extern_global_port(), datapath_parallel_cs::manage_extern_global_port_parallel(), cs_interface::manage_extern_global_port_top(), fu_binding_cs::manage_memory_port_hierarchical(), fu_binding_cs::manage_memory_port_kernel(), fu_binding::manage_memory_ports_chained(), fu_binding::manage_memory_ports_parallel_chained(), and ModuleGeneratorManager::specialize_fu().

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◆ add_sensitivity()

void structural_manager::add_sensitivity	(	structural_objectRef	obj,
		structural_objectRef	pr
	)

Add an object to the sensitivity list of process/service.

Parameters

obj	is the object.
pr	is the process.

Definition at line 564 of file structural_manager.cpp.

◆ add_sign()

structural_objectRef structural_manager::add_sign	(	std::string	id,
		structural_objectRef	owner,
		structural_type_descriptorRef	sign_type,
		unsigned int	treenode = `0`
	)

static

Create a new signal.

Parameters

id	is the name of the signal.
owner	is the reference to the owner of the signal.
sign_type	is the type of the signal.
treenode	is the treenode of the signal.

Definition at line 413 of file structural_manager.cpp.

References action_o_K, bus_connection_o_K, channel_o_K, check_object(), component_o_K, constant_o_K, data_o_K, structural_object::debug_level, event_o_K, structural_object::get_kind(), structural_object::get_path(), port_o_K, port_vector_o_K, signal_o_K, signal_vector_o_K, THROW_ASSERT, and THROW_ERROR.

Referenced by conn_binding::add_command_ports(), top_entity::add_command_signals(), top_entity_cs::add_context_switch_port_kernel(), conn_binding::add_datapath_connection(), top_entity_cs::add_input_register(), top_entity::add_input_register(), RTLCharacterization::add_input_register(), RTLCharacterization::add_output_register(), classic_datapath::add_ports(), module_interface::add_sign(), conn_binding::add_to_SM(), module_interface::AddSignal(), WB4_interface::build_WB4_complete_logic(), minimal_interface::build_wrapper(), buildCircuit(), top_entity_parallel_cs::connect_port_parallel(), fu_binding_cs::connect_selector_kernel(), connect_with_signal_name(), WB4_interface::connect_with_signal_name(), conn_binding_cs::connectOutOr(), TestbenchGeneration::Exec(), TopEntityMemoryMapped::insertMemoryMappedRegister(), TopEntityMemoryMapped::insertStatusRegister(), datapath_parallel_cs::instantiate_component_parallel(), cs_interface::instantiate_component_parallel(), conn_binding_cs::instantiate_suspension_component(), top_entity_parallel_cs::InternalExec(), classic_datapath::InternalExec(), top_entity::InternalExec(), fu_binding::join_merge_split(), datapath_parallel_cs::manage_extern_global_port_parallel(), fu_binding::manage_killing_function_proxies(), fu_binding::manage_killing_memory_proxies(), fu_binding_cs::manage_memory_port_kernel(), fu_binding::manage_memory_ports_chained(), conn_binding::mux_allocation(), and conn_binding::mux_connection().

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◆ add_sign_vector()

structural_objectRef structural_manager::add_sign_vector	(	std::string	id,
		unsigned int	n_signs,
		structural_objectRef	owner,
		structural_type_descriptorRef	sign_type,
		unsigned int	treenode = `0`
	)

static

Definition at line 374 of file structural_manager.cpp.

References action_o_K, bus_connection_o_K, channel_o_K, check_object(), component_o_K, constant_o_K, data_o_K, structural_object::debug_level, event_o_K, structural_object::get_kind(), structural_object::get_path(), signal_o::PARAMETRIC_SIGNAL, port_o_K, port_vector_o_K, signal_o_K, signal_vector_o_K, THROW_ASSERT, and THROW_ERROR.

Referenced by module_interface::add_sign_vector(), ParallelMemoryConnBinding::add_to_SM(), minimal_interface::build_wrapper(), top_entity_parallel_cs::connect_port_parallel(), classic_datapath::InternalExec(), fu_binding::join_merge_split(), cs_interface::manage_extern_global_port_top(), fu_binding::manage_killing_function_proxies(), fu_binding::manage_killing_memory_proxies(), and fu_binding::manage_memory_ports_chained().

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◆ build_graph()

void structural_manager::build_graph	(	const structural_objectRef &	top,
		graphs_collection *	bg
	)

private

build a graph starting from a structural object.

Parameters

top	is the top component from which the graph is built.
og	is the bulk graph where the graph is stored.

add all nodes

no action for signals and bus

Definition at line 1429 of file structural_manager.cpp.

References action_o_K, add_directed_edge(), graphs_collection::AddVertex(), bus_connection_o_K, channel_o_K, circuit_graph, component_o_K, constant_o_K, data_o_K, debug_level, DEBUG_LEVEL_VERY_PEDANTIC, ENTRY, event_o_K, EXIT, port_o::find_bounded_object(), port_o::get_critical(), module::get_in_port(), module::get_in_port_size(), module::get_internal_object(), module::get_internal_objects_size(), structural_object::get_kind(), structural_object::get_kind_text(), GET_NODE_INFO, module::get_out_port(), module::get_out_port_size(), structural_object::get_path(), GET_TYPE_NAME, structural_object::get_typeRef(), graph::GetGraphInfo(), structural_type_descriptor::id_type, INDENT_DBG_MEX, k, lenet_tvm::mod, port_o_K, port_vector_o_K, signal_o_K, signal_vector_o_K, lenet_tvm::target, THROW_ERROR, THROW_WARNING, top(), TYPE_ENTRY, and TYPE_EXIT.

Referenced by INIT().

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◆ change_connection()

void structural_manager::change_connection	(	structural_objectRef	old_obj,
		structural_objectRef	new_obj,
		structural_objectRef	owner
	)

Definition at line 1837 of file structural_manager.cpp.

References add_connection(), structural_object::get_kind_text(), structural_object::get_owner(), port_vector_o_K, signal_vector_o_K, THROW_ASSERT, and THROW_ERROR.

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◆ change_port_direction()

void structural_manager::change_port_direction	(	structural_objectRef	port_object,
		port_o::port_direction	pdir,
		structural_objectRef	owner
	)

static

Change the direction of the port.

Parameters

port_object	is the port that will change the pdir
pdir	represent the new direction of the port (in, out, in-out, gen).
owner	is the reference to the owner of the port.

Definition at line 280 of file structural_manager.cpp.

References action_o_K, bus_connection_o_K, channel_o_K, component_o_K, constant_o_K, data_o_K, event_o_K, structural_object::get_kind(), port_o_K, port_vector_o_K, signal_o_K, signal_vector_o_K, and THROW_ERROR.

Referenced by fu_binding::manage_extern_global_port().

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◆ check_bound()

bool structural_manager::check_bound	(	structural_objectRef	src,
		structural_objectRef	sign
	)

private

Function that check if a signal (or port) is already bound on a port.

Parameters

src	is the reference to the port.
sign	is the reference of the signal (or the second port).

Definition at line 110 of file structural_manager.cpp.

References sign.

◆ check_object()

bool structural_manager::check_object	(	std::string	id,
		structural_objectRef	owner,
		so_kind	type
	)

static

Verify if the component is already associated with owner.

Parameters

id	is the name of the object.
so_kind	is the type of the object.

Returns: true if the object is already associated with owner, false otherwise.

Definition at line 103 of file structural_manager.cpp.

References structural_object::find_member(), HIERARCHY_SEPARATOR, and THROW_ASSERT.

Referenced by add_constant(), add_port(), add_port_vector(), add_sign(), add_sign_vector(), and create().

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◆ check_structure()

void structural_manager::check_structure	(	structural_objectRef	obj,
		bool	permissive = `false`
	)

private

perform some check on the circuit manager.

Definition at line 849 of file structural_manager.cpp.

References action_o_K, bus_connection_o_K, channel_o_K, component_o_K, constant_o_K, data_o_K, debug_level, DEBUG_LEVEL_VERBOSE, event_o_K, structural_object::get_id(), structural_object::get_owner(), port_o_K, port_vector_o_K, signal_o_K, signal_vector_o_K, THROW_ASSERT, THROW_ERROR, and THROW_WARNING.

Referenced by INIT().

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◆ check_type()

bool structural_manager::check_type	(	structural_objectRef	src_type,
		structural_objectRef	dest_type
	)

private

Check if two type structural object are consistent.

Parameters

src_type	is the first structural object.
dest_type	is the second structural object.

Returns: true if the two structural objects are consistent.

Definition at line 98 of file structural_manager.cpp.

References structural_type_descriptor::check_type(), and structural_object::get_typeRef().

Referenced by add_connection(), and reconnect_signal_member().

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◆ create()

structural_objectRef structural_manager::create	(	std::string	id,
		so_kind	ctype,
		structural_objectRef	owner,
		structural_type_descriptorRef	obj_type,
		unsigned int	treenode = `0`
	)

Create a new object of the circuit.

Parameters

id	is the name of the object.
ctype	represent the type of the object (component or channel).
owner	is the owner of the object.
obj_type	is the type descriptor of the object.
treenode	is the treenode of the object.

Definition at line 140 of file structural_manager.cpp.

References action_o_K, bus_connection_o_K, channel_o_K, check_object(), component_o_K, constant_o_K, data_o_K, debug_level, event_o_K, structural_object::get_path(), port_o_K, port_vector_o_K, signal_o_K, signal_vector_o_K, THROW_ASSERT, and THROW_ERROR.

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◆ get_circ()

const structural_objectRef structural_manager::get_circ ( ) const

inline

Get a reference to circ field.

Returns: a reference to circ field

Definition at line 326 of file structural_manager.hpp.

References circuit, xload(), and xwrite().

Referenced by classic_datapath::add_clock_reset(), conn_binding::add_command_ports(), top_entity::add_command_signals(), top_entity_cs::add_context_switch_port(), top_entity_cs::add_context_switch_port_kernel(), controller_cs::add_correct_transition_memory(), fsm_controller::add_correct_transition_memory(), conn_binding::add_datapath_connection(), fu_binding::add_gate(), top_entity_cs::add_input_register(), memory::add_memory_parameter(), top_entity::add_ports(), classic_datapath::add_ports(), datapath_parallel_cs::add_ports(), allocation::add_proxy_function_module(), allocation::add_proxy_function_wrapper(), module_interface::add_sign(), module_interface::add_sign_vector(), conn_binding::add_sparse_logic_dp(), ParallelMemoryConnBinding::add_to_SM(), reg_binding::add_to_SM(), StateTransitionGraphManager::add_to_SM(), fu_binding::add_to_SM(), conn_binding::add_to_SM(), module_interface::AddConstant(), OmpAllocation::AddPandaPthreadMutex(), module_interface::AddSignal(), RTLCharacterization::AnalyzeCell(), build_bus_interface(), WB4_interface::build_WB4_bus_interface(), WB4_interface::build_WB4_complete_logic(), buildCircuit(), allocation::BuildProxyFunctionVerilog(), allocation::BuildProxyFunctionVHDL(), allocation::BuildProxyWrapper(), allocation::check_generated_bambu_flopoco(), datapath_parallel_cs::connect_i_module_kernel(), top_entity_parallel_cs::connect_loop_iter(), datapath_parallel_cs::connect_module_kernel(), top_entity_parallel_cs::connect_port_parallel(), fu_binding_cs::connect_selector(), fu_binding_cs::connect_selector_kernel(), connect_with_signal_name(), WB4_interface::connect_with_signal_name(), conn_binding_cs::connectOutOr(), ModuleGeneratorManager::create_generic_module(), InterfaceInfer::create_resource_array(), InterfaceInfer::create_resource_m_axi(), InterfaceInfer::create_resource_Read_simple(), InterfaceInfer::create_resource_Write_simple(), AllocationInformation::estimate_call_delay(), WB4Intercon_interface::exec(), LoadBuiltinTechnology::Exec(), TestbenchGeneration::Exec(), BackendFlow::GenerateSynthesisScripts(), allocation::get_compliant_pipelined_unit(), TopEntityMemoryMapped::insertMemoryMappedRegister(), TopEntityMemoryMapped::insertStartDoneLogic(), TopEntityMemoryMapped::insertStatusRegister(), fu_binding_cs::instantiate_component_kernel(), datapath_parallel_cs::instantiate_component_parallel(), cs_interface::instantiate_component_parallel(), conn_binding_cs::instantiate_suspension_component(), allocation::IntegrateTechnologyLibraries(), pipeline_controller::InternalExec(), cs_interface::InternalExec(), fsm_controller::InternalExec(), minimal_interface::InternalExec(), top_entity_parallel_cs::InternalExec(), classic_datapath::InternalExec(), TopEntityMemoryMapped::InternalExec(), ControlFlowChecker::InternalExec(), top_entity::InternalExec(), add_library::InternalExec(), WB4_interface::InternalExec(), datapath_parallel_cs::InternalExec(), fu_binding::manage_killing_function_proxies(), fu_binding::manage_killing_memory_proxies(), fu_binding::manage_module_ports(), conn_binding::mux_allocation(), conn_binding::mux_connection(), hls::PrintResources(), memory::propagate_memory_parameters(), propagateInterface(), remove_module(), fu_binding_cs::set_atomic_memory_parameter(), SetParameter(), ModuleGeneratorManager::specialize_fu(), hls::xwrite(), and xwrite().

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◆ get_debug_level()

int structural_manager::get_debug_level ( ) const

inline

Definition at line 379 of file structural_manager.hpp.

References debug_level.

Referenced by port_o::xload(), action_o::xload(), and signal_o::xload().

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◆ get_PI()

const vertex & structural_manager::get_PI ( structural_objectRef level ) const

Return the PI vertex of the circuit, at a specific level.

Parameters

level represent the reference to the required level.

Definition at line 842 of file structural_manager.cpp.

References circuit_graph, graph::GetGraphInfo(), and THROW_ASSERT.

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◆ INIT()

void structural_manager::INIT ( bool permissive = false )

Definition at line 1045 of file structural_manager.cpp.

References ALL_LINES_SELECTOR, build_graph(), check_structure(), circuit, circuit_graph, data_graph, lenet_tvm::graph, og, Param, and PURE_DATA_SELECTOR.

Referenced by classic_datapath::InternalExec().

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◆ print()

void structural_manager::print ( std::ostream & os ) const

Function that prints the circuit data structure.

Parameters

os	is the output stream

Definition at line 829 of file structural_manager.cpp.

References circuit, and structural_object::get_id().

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◆ reconnect_signal_member()

void structural_manager::reconnect_signal_member	(	structural_objectRef &	member,
		structural_objectRef &	from_signal,
		structural_objectRef &	to_signal
	)