Class specification of the data structures used to manage technology information. More...

#include "config_HAVE_CIRCUIT_BUILT.hpp"
#include "config_HAVE_EXPERIMENTAL.hpp"
#include "refcount.hpp"
#include "simple_indent.hpp"
#include "utility.hpp"
#include <map>
#include <ostream>
#include <string>
#include <vector>

Include dependency graph for technology_node.hpp:

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Data Structures
struct	technology_node
	Abstract pure class for the technology structure. More...

struct	operation
	This class specifies the characteristic of a particular operation working on a given functional unit. More...

struct	functional_unit
	This class specifies the characteristic of a particular functional unit. More...

struct	functional_unit_template
	This class describe a functional unit template. More...

Macros
#define	LUT_GATE_STD "LUT"
	FPGA modules. More...

#define	IBUF_GATE_STD "IBUF"

#define	OBUF_GATE_STD "OBUF"

#define	AND_GATE_STD "AND_GATE"

#define	NAND_GATE_STD "NAND_GATE"

#define	OR_GATE_STD "OR_GATE"

#define	NOR_GATE_STD "NOR_GATE"

#define	XOR_GATE_STD "XOR_GATE"

#define	XNOR_GATE_STD "XNOR_GATE"

#define	NOT_GATE_STD "NOT_GATE"

#define	DFF_GATE_STD "DFF_GATE"

#define	BUFF_GATE_STD "BUFF_GATE"

#define	TEST_MUL_MUX_8 "TEST_MUL_MUX_8"

#define	MUX_GATE_STD "MUX_GATE"

#define	DEMUX_GATE_STD "DEMUX_GATE"

#define	MUX_N_TO_1 "MUX_N_to_1"

#define	MULTIPLIER_STD "mult_expr_FU"

#define	UI_MULTIPLIER_STD "ui_mult_expr_FU"

#define	UI_CONST_MULTIPLIER_STD "ui_const_mult_expr_FU"

#define	ADDER_STD "plus_expr_FU"

#define	COND_EXPR_STD "cond_expr_FU"

#define	UI_ADDER_STD "ui_plus_expr_FU"

#define	UI_ALIGN_ADDER_STD "ui_align_plus_expr_FU"

#define	CONCAT4_STD "concat_4_constructor"

#define	SIGNED_BITFIELD_FU_STD "Sbitfield_FU"

#define	UNSIGNED_BITFIELD_FU_STD "Ubitfield_FU"

#define	CONSTANT_STD "constant_value"

#define	ASSIGN_SIGNED_STD "ASSIGN_SIGNED_FU"

#define	ASSIGN_UNSIGNED_STD "ASSIGN_UNSIGNED_FU"

#define	ASSIGN_REAL_STD "ASSIGN_REAL_FU"

#define	ASSIGN_VECTOR_BOOL_STD "ASSIGN_VECTOR_BOOL_FU"

#define	ASSIGN_VEC_SIGNED_STD "ASSIGN_VEC_SIGNED_FU"

#define	ASSIGN_VEC_UNSIGNED_STD "ASSIGN_VEC_UNSIGNED_FU"

#define	ADDR_EXPR_STD "addr_expr_FU"

#define	ASSERT_EXPR_SIGNED_STD "assert_expr_FU"

#define	ASSERT_EXPR_UNSIGNED_STD "ui_assert_expr_FU"

#define	ASSERT_EXPR_REAL_STD "fp_assert_expr_FU"

#define	BMEMORY_STD "BMEMORY_CTRL"

#define	BMEMORY_STDN "BMEMORY_CTRLN"

#define	MEMCPY_STD "__internal_bambu_memcpy"

#define	ARRAY_1D_STD_BRAM "ARRAY_1D_STD_BRAM"

#define	ARRAY_1D_STD_BRAM_SDS "ARRAY_1D_STD_BRAM_SDS"

#define	ARRAY_1D_STD_BRAM_SDS_BUS "ARRAY_1D_STD_BRAM_SDS_BUS"

#define	ARRAY_1D_STD_DISTRAM_SDS "ARRAY_1D_STD_DISTRAM_SDS"

#define	ARRAY_1D_STD_BRAM_N1 "ARRAY_1D_STD_BRAM_N1"

#define	ARRAY_1D_STD_BRAM_N1_SDS "ARRAY_1D_STD_BRAM_N1_SDS"

#define	ARRAY_1D_STD_DISTRAM_N1_SDS "ARRAY_1D_STD_DISTRAM_N1_SDS"

#define	ARRAY_1D_STD_BRAM_N1_SDS_BUS "ARRAY_1D_STD_BRAM_N1_SDS_BUS"

#define	ARRAY_1D_STD_BRAM_NN "ARRAY_1D_STD_BRAM_NN"

#define	ARRAY_1D_STD_BRAM_NN_SDS "ARRAY_1D_STD_BRAM_NN_SDS"

#define	ARRAY_1D_STD_BRAM_NN_SDS_BUS "ARRAY_1D_STD_BRAM_NN_SDS_BUS"

#define	ARRAY_1D_STD_DISTRAM_NN_SDS "ARRAY_1D_STD_DISTRAM_NN_SDS"

#define	STD_BRAM "STD_BRAM"

#define	STD_BRAMN "STD_BRAMN"

#define	MEMLOAD_STD "__builtin_memload"

#define	MEMSTORE_STD "__builtin_memstore"

#define	MEMLOAD_STDN "__builtin_memload_N"

#define	MEMSTORE_STDN "__builtin_memstore_N"

#define	BUILTIN_EXIT_STD "__builtin_exit"

#define	BUILTIN_ABORT_STD "__builtin_abort"

#define	BUILTIN_WAIT_CALL_STD "__builtin_wait_call"

#define	PROXY_CTRL "PROXY_CTRL"

#define	PROXY_CTRLN "PROXY_CTRLN"

#define	DPROXY_CTRL "DPROXY_CTRL"

#define	DPROXY_CTRLN "DPROXY_CTRLN"

#define	SPROXY_CTRL "SPROXY_CTRL"

#define	SPROXY_CTRLN "SPROXY_CTRLN"

#define	MEMORY_TYPE_ASYNCHRONOUS "ASYNCHRONOUS"

#define	MEMORY_TYPE_SYNCHRONOUS_UNALIGNED "SYNCHRONOUS_UNALIGNED"

#define	MEMORY_TYPE_SYNCHRONOUS_SDS "SYNCHRONOUS_SDS"

#define	MEMORY_TYPE_SYNCHRONOUS_SDS_BUS "SYNCHRONOUS_SDS_BUS"

#define	CHANNELS_TYPE_MEM_ACC_11 "MEM_ACC_11"

#define	CHANNELS_TYPE_MEM_ACC_N1 "MEM_ACC_N1"

#define	CHANNELS_TYPE_MEM_ACC_NN "MEM_ACC_NN"

#define	CHANNELS_TYPE_MEM_ACC_P1N "MEM_ACC_P1N"

#define	CHANNELS_TYPE_MEM_ACC_CS "MEM_ACC_CS"

#define	MEMORY_CTRL_TYPE_D00 "D00"

#define	MEMORY_CTRL_TYPE_PROXY "PROXY"

#define	MEMORY_CTRL_TYPE_DPROXY "DPROXY"

#define	MEMORY_CTRL_TYPE_SPROXY "SPROXY"

#define	MEMORY_CTRL_TYPE_PROXYN "PROXYN"

#define	MEMORY_CTRL_TYPE_DPROXYN "DPROXYN"

#define	MEMORY_CTRL_TYPE_SPROXYN "SPROXYN"

#define	UUDATA_CONVERTER_STD "UUdata_converter_FU"

#define	IUDATA_CONVERTER_STD "IUdata_converter_FU"

#define	UIDATA_CONVERTER_STD "UIdata_converter_FU"

#define	IIDATA_CONVERTER_STD "IIdata_converter_FU"

#define	BIVECTOR_CONVERTER_STD "BIvector_converter_FU"

#define	BUVECTOR_CONVERTER_STD "BUvector_converter_FU"

#define	UBVECTOR_CONVERTER_STD "UBvector_converter_FU"

#define	IIVECTOR_CONVERTER_STD "IIvector_converter_FU"

#define	UUVECTOR_CONVERTER_STD "UUvector_converter_FU"

#define	UIVECTOR_CONVERTER_STD "UIvector_converter_FU"

#define	IUVECTOR_CONVERTER_STD "IUvector_converter_FU"

#define	FFDATA_CONVERTER_STD "FFdata_converter_FU"

#define	SF_FFDATA_CONVERTER_32_64_STD "sf_FFdata_converter_FU_32_64"

#define	SF_FFDATA_CONVERTER_64_32_STD "sf_FFdata_converter_FU_64_32"

#define	UUCONVERTER_EXPR_STD "UUconvert_expr_FU"

#define	IUCONVERTER_EXPR_STD "IUconvert_expr_FU"

#define	UICONVERTER_EXPR_STD "UIconvert_expr_FU"

#define	IICONVERTER_EXPR_STD "IIconvert_expr_FU"

#define	VIEW_CONVERT_STD_INT "view_convert_expr_FU"

#define	VIEW_CONVERT_STD_UINT "ui_view_convert_expr_FU"

#define	VIEW_CONVERT_STD_REAL "fp_view_convert_expr_FU"

#define	EXTRACT_BIT_EXPR_SIGNED_STD "extract_bit_expr_FU"

#define	EXTRACT_BIT_EXPR_UNSIGNED_STD "ui_extract_bit_expr_FU"

#define	LUT_EXPR_STD "lut_expr_FU"

#define	CE_STD "CE_FU"

#define	CE_FSM "CE_FSM"

#define	CE_BYPASS "CE_BYPASS"

#define	JOIN_STD "JOIN_FU"

#define	SIMPLEJOIN_STD "SIMPLEJOIN_FU"

#define	PT_STD "PT_FU"

#define	START_STD "START_FU"

#define	COND_STD "COND_FU"

#define	SWITCH_CASE_STD "SWITCH_CASE_FU"

#define	MC_STD "MC_FU"

#define	FC_STD "FC_FU"

#define	register_SHIFT "register_SHIFT"
	simple shift register with reset More...

#define	register_STD "register_STD"
	simple register without reset More...

#define	register_SR "register_SR"
	register with synchronous reset More...

#define	flipflop_SR "flipflop_SR"
	flipflop with synchronous reset More...

#define	register_AR "register_AR"
	register with asynchronous reset More...

#define	flipflop_AR "flipflop_AR"
	flipflop with asynchronous reset More...

#define	register_AR_NORETIME "register_AR_NORETIME"
	register with asynchronous reset no retime More...

#define	register_AR_NORETIME_INT "register_AR_NORETIME_INT"

#define	register_AR_NORETIME_UINT "register_AR_NORETIME_UINT"

#define	register_AR_NORETIME_REAL "register_AR_NORETIME_REAL"

#define	register_SE "register_SE"
	register with synchronous enable More...

#define	register_SRSE "register_SRSE"
	register with synchronous reset and synchronous enable More...

#define	register_ARSE "register_ARSE"
	register with asynchronous reset and synchronous enable More...

#define	register_SARSE "register_SARSE"
	register with synchronized asynchronous reset and synchronous enable More...

#define	MEMORY_MAPPED_REGISTER_FU "memory_mapped_register_FU"
	memory mapped register More...

#define	RETURN_MM_REGISTER_FU "return_value_mm_register_FU"

#define	NOTYFY_CALLER_MINIMAL_FU "notify_caller_minimal_FU"

#define	STATUS_REGISTER_FU "status_register_FU"

#define	STATUS_REGISTER_NO_NOTIFIED_FU "status_register_no_notified_FU"

#define	MEMORY_MAPPED_REGISTERN_FU "memory_mapped_registerN_FU"

#define	RETURN_MM_REGISTERN_FU "return_value_mm_registerN_FU"

#define	NOTYFY_CALLER_MINIMALN_FU "notify_caller_minimalN_FU"

#define	STATUS_REGISTERN_FU "status_registerN_FU"

#define	STATUS_REGISTER_NO_NOTIFIEDN_FU "status_register_no_notifiedN_FU"

#define	GET_TEC_KIND_TEXT(meth)
	Macro which defines the get_kind_text function that returns the parameter as a string. More...

#define	GET_TEC_KIND(meth)
	Macro used to implement get_kind() function in structural_object hierarchy classes. More...

Typedefs
using	technology_nodeRef = refcount< technology_node >
	refcount definition of the class More...

using	technology_nodeConstRef = refcount< const technology_node >

Enumerations
enum	tec_kind { operation_K, functional_unit_K, functional_unit_template_K }
	Enumerative type for technology object classes, it is used with get_kind() function to know the actual type of a technology_node. More...

Functions
forward declarations
	REF_FORWARD_DECL (technology_node)
	RefCount type definition of the technology_node class structure. More...

	REF_FORWARD_DECL (xml_node)
	forward decl of xml Element More...

	REF_FORWARD_DECL (technology_manager)
	RefCount type definition of the technology_manager class structure. More...

	CONSTREF_FORWARD_DECL (Parameter)

	REF_FORWARD_DECL (attribute)

	REF_FORWARD_DECL (area_info)
	RefCount definition of the resource information of the component. More...

	REF_FORWARD_DECL (layout_model)
	RefCount definition of the layout information of the component. More...

	REF_FORWARD_DECL (time_info)
	RefCount definition of the timing information of the component. More...

	REF_FORWARD_DECL (power_model)
	RefCount definition of the power information of the component. More...

Detailed Description

Class specification of the data structures used to manage technology information.

Author: Fabrizio Ferrandi fabri.nosp@m.zio..nosp@m.ferra.nosp@m.ndi@.nosp@m.polim.nosp@m.i.it

Definition in file technology_node.hpp.

Macro Definition Documentation

◆ ADDER_STD

#define ADDER_STD "plus_expr_FU"

Definition at line 105 of file technology_node.hpp.

Referenced by IR_lowering::expand_MC(), and AllocationInformation::get_correction_time().

◆ ADDR_EXPR_STD

#define ADDR_EXPR_STD "addr_expr_FU"

Definition at line 119 of file technology_node.hpp.

Referenced by allocation::InternalExec().

◆ AND_GATE_STD

#define AND_GATE_STD "AND_GATE"

Definition at line 88 of file technology_node.hpp.

Referenced by FunctionalUnitStep::AnalyzeFu(), WB4_interface::build_WB4_complete_logic(), LoadBuiltinTechnology::Exec(), TestbenchGeneration::Exec(), conn_binding_cs::instantiate_suspension_component(), and VHDL_writer::WriteBuiltin().

◆ ARRAY_1D_STD_BRAM

#define ARRAY_1D_STD_BRAM "ARRAY_1D_STD_BRAM"

Definition at line 126 of file technology_node.hpp.

Referenced by RTLCharacterization::fix_proxies_execution_time_std(), and allocation::IntegrateTechnologyLibraries().

◆ ARRAY_1D_STD_BRAM_N1

#define ARRAY_1D_STD_BRAM_N1 "ARRAY_1D_STD_BRAM_N1"

Definition at line 130 of file technology_node.hpp.

Referenced by allocation::IntegrateTechnologyLibraries().

◆ ARRAY_1D_STD_BRAM_N1_SDS

#define ARRAY_1D_STD_BRAM_N1_SDS "ARRAY_1D_STD_BRAM_N1_SDS"

Definition at line 131 of file technology_node.hpp.

Referenced by allocation::IntegrateTechnologyLibraries().

◆ ARRAY_1D_STD_BRAM_N1_SDS_BUS

#define ARRAY_1D_STD_BRAM_N1_SDS_BUS "ARRAY_1D_STD_BRAM_N1_SDS_BUS"

Definition at line 133 of file technology_node.hpp.

Referenced by allocation::IntegrateTechnologyLibraries().

◆ ARRAY_1D_STD_BRAM_NN

#define ARRAY_1D_STD_BRAM_NN "ARRAY_1D_STD_BRAM_NN"

Definition at line 134 of file technology_node.hpp.

Referenced by RTLCharacterization::fix_proxies_execution_time_std(), AllocationInformation::get_correction_time(), allocation::IntegrateTechnologyLibraries(), and TasteInterfaceGeneration::InternalExec().

◆ ARRAY_1D_STD_BRAM_NN_SDS

#define ARRAY_1D_STD_BRAM_NN_SDS "ARRAY_1D_STD_BRAM_NN_SDS"

Definition at line 135 of file technology_node.hpp.

Referenced by InterfaceInfer::create_resource_array(), AllocationInformation::get_correction_time(), and allocation::IntegrateTechnologyLibraries().

◆ ARRAY_1D_STD_BRAM_NN_SDS_BUS

#define ARRAY_1D_STD_BRAM_NN_SDS_BUS "ARRAY_1D_STD_BRAM_NN_SDS_BUS"

Definition at line 136 of file technology_node.hpp.

Referenced by AllocationInformation::get_correction_time(), and allocation::IntegrateTechnologyLibraries().

◆ ARRAY_1D_STD_BRAM_SDS

#define ARRAY_1D_STD_BRAM_SDS "ARRAY_1D_STD_BRAM_SDS"

Definition at line 127 of file technology_node.hpp.

Referenced by InterfaceInfer::create_resource_array(), AllocationInformation::get_correction_time(), and allocation::IntegrateTechnologyLibraries().

◆ ARRAY_1D_STD_BRAM_SDS_BUS

#define ARRAY_1D_STD_BRAM_SDS_BUS "ARRAY_1D_STD_BRAM_SDS_BUS"

Definition at line 128 of file technology_node.hpp.

Referenced by AllocationInformation::get_correction_time(), and allocation::IntegrateTechnologyLibraries().

◆ ARRAY_1D_STD_DISTRAM_N1_SDS

#define ARRAY_1D_STD_DISTRAM_N1_SDS "ARRAY_1D_STD_DISTRAM_N1_SDS"

Definition at line 132 of file technology_node.hpp.

Referenced by allocation::IntegrateTechnologyLibraries().

◆ ARRAY_1D_STD_DISTRAM_NN_SDS

#define ARRAY_1D_STD_DISTRAM_NN_SDS "ARRAY_1D_STD_DISTRAM_NN_SDS"

Definition at line 137 of file technology_node.hpp.

Referenced by AllocationInformation::get_correction_time(), and allocation::IntegrateTechnologyLibraries().

◆ ARRAY_1D_STD_DISTRAM_SDS

#define ARRAY_1D_STD_DISTRAM_SDS "ARRAY_1D_STD_DISTRAM_SDS"

Definition at line 129 of file technology_node.hpp.

Referenced by AllocationInformation::get_correction_time(), and allocation::IntegrateTechnologyLibraries().

◆ ASSERT_EXPR_REAL_STD

#define ASSERT_EXPR_REAL_STD "fp_assert_expr_FU"

Definition at line 122 of file technology_node.hpp.

Referenced by allocation::InternalExec().

◆ ASSERT_EXPR_SIGNED_STD

#define ASSERT_EXPR_SIGNED_STD "assert_expr_FU"

Definition at line 120 of file technology_node.hpp.

Referenced by allocation::InternalExec().

◆ ASSERT_EXPR_UNSIGNED_STD

#define ASSERT_EXPR_UNSIGNED_STD "ui_assert_expr_FU"

Definition at line 121 of file technology_node.hpp.

Referenced by allocation::InternalExec().

◆ ASSIGN_REAL_STD

#define ASSIGN_REAL_STD "ASSIGN_REAL_FU"

Definition at line 115 of file technology_node.hpp.

Referenced by conn_binding::add_sparse_logic_dp(), allocation::InternalExec(), AllocationInformation::is_artificial_fu(), and AllocationInformation::is_assign().

◆ ASSIGN_SIGNED_STD

#define ASSIGN_SIGNED_STD "ASSIGN_SIGNED_FU"

Definition at line 113 of file technology_node.hpp.

Referenced by conn_binding::add_sparse_logic_dp(), allocation::InternalExec(), AllocationInformation::is_artificial_fu(), and AllocationInformation::is_assign().

◆ ASSIGN_UNSIGNED_STD

#define ASSIGN_UNSIGNED_STD "ASSIGN_UNSIGNED_FU"

Definition at line 114 of file technology_node.hpp.

Referenced by conn_binding::add_sparse_logic_dp(), allocation::InternalExec(), AllocationInformation::is_artificial_fu(), and AllocationInformation::is_assign().

◆ ASSIGN_VEC_SIGNED_STD

#define ASSIGN_VEC_SIGNED_STD "ASSIGN_VEC_SIGNED_FU"

Definition at line 117 of file technology_node.hpp.

Referenced by allocation::InternalExec().

◆ ASSIGN_VEC_UNSIGNED_STD

#define ASSIGN_VEC_UNSIGNED_STD "ASSIGN_VEC_UNSIGNED_FU"

Definition at line 118 of file technology_node.hpp.

Referenced by allocation::InternalExec().

◆ ASSIGN_VECTOR_BOOL_STD

#define ASSIGN_VECTOR_BOOL_STD "ASSIGN_VECTOR_BOOL_FU"

Definition at line 116 of file technology_node.hpp.

Referenced by RTLCharacterization::fix_execution_time_std(), RTLCharacterization::fix_muxes(), and allocation::InternalExec().

◆ BIVECTOR_CONVERTER_STD

#define BIVECTOR_CONVERTER_STD "BIvector_converter_FU"

Definition at line 177 of file technology_node.hpp.

Referenced by allocation::InternalExec().

◆ BMEMORY_STD

#define BMEMORY_STD "BMEMORY_CTRL"

Definition at line 123 of file technology_node.hpp.

Referenced by RTLCharacterization::fix_proxies_execution_time_std().

◆ BMEMORY_STDN

#define BMEMORY_STDN "BMEMORY_CTRLN"

Definition at line 124 of file technology_node.hpp.

Referenced by RTLCharacterization::fix_proxies_execution_time_std().

◆ BUFF_GATE_STD

#define BUFF_GATE_STD "BUFF_GATE"

Definition at line 96 of file technology_node.hpp.

Referenced by LoadBuiltinTechnology::Exec().

◆ BUILTIN_ABORT_STD

#define BUILTIN_ABORT_STD "__builtin_abort"

Definition at line 145 of file technology_node.hpp.

◆ BUILTIN_EXIT_STD

#define BUILTIN_EXIT_STD "__builtin_exit"

Definition at line 144 of file technology_node.hpp.

◆ BUILTIN_WAIT_CALL_STD

#define BUILTIN_WAIT_CALL_STD "__builtin_wait_call"

Definition at line 146 of file technology_node.hpp.

◆ BUVECTOR_CONVERTER_STD

#define BUVECTOR_CONVERTER_STD "BUvector_converter_FU"

Definition at line 178 of file technology_node.hpp.

Referenced by allocation::InternalExec().

◆ CE_BYPASS

#define CE_BYPASS "CE_BYPASS"

Definition at line 204 of file technology_node.hpp.

◆ CE_FSM

#define CE_FSM "CE_FSM"

Definition at line 203 of file technology_node.hpp.

◆ CE_STD

#define CE_STD "CE_FU"

Definition at line 202 of file technology_node.hpp.

◆ CHANNELS_TYPE_MEM_ACC_11

#define CHANNELS_TYPE_MEM_ACC_11 "MEM_ACC_11"

Definition at line 159 of file technology_node.hpp.

Referenced by RTLCharacterization::AnalyzeCell(), and BambuParameter::Exec().

◆ CHANNELS_TYPE_MEM_ACC_CS

#define CHANNELS_TYPE_MEM_ACC_CS "MEM_ACC_CS"

Definition at line 163 of file technology_node.hpp.

Referenced by allocation::check_for_memory_compliancy().

◆ CHANNELS_TYPE_MEM_ACC_N1

#define CHANNELS_TYPE_MEM_ACC_N1 "MEM_ACC_N1"

Definition at line 160 of file technology_node.hpp.

Referenced by fu_binding::add_to_SM(), RTLCharacterization::AnalyzeCell(), and BambuParameter::Exec().

◆ CHANNELS_TYPE_MEM_ACC_NN

#define CHANNELS_TYPE_MEM_ACC_NN "MEM_ACC_NN"

Definition at line 161 of file technology_node.hpp.

Referenced by fu_binding::add_to_SM(), RTLCharacterization::AnalyzeCell(), allocation::check_for_memory_compliancy(), BambuParameter::Exec(), and allocation::InternalExec().

◆ CHANNELS_TYPE_MEM_ACC_P1N

#define CHANNELS_TYPE_MEM_ACC_P1N "MEM_ACC_P1N"

Definition at line 162 of file technology_node.hpp.

Referenced by ParallelMemoryFuBinding::add_to_SM(), allocation::check_for_memory_compliancy(), and allocation::InternalExec().

◆ CONCAT4_STD

#define CONCAT4_STD "concat_4_constructor"

Definition at line 109 of file technology_node.hpp.

◆ COND_EXPR_STD

#define COND_EXPR_STD "cond_expr_FU"

Definition at line 106 of file technology_node.hpp.

Referenced by AllocationInformation::get_correction_time().

◆ COND_STD

#define COND_STD "COND_FU"

Definition at line 209 of file technology_node.hpp.

◆ CONSTANT_STD

#define CONSTANT_STD "constant_value"

Definition at line 112 of file technology_node.hpp.

Referenced by classic_datapath::add_ports(), fu_binding::add_to_SM(), FunctionalUnitStep::AnalyzeFu(), and WB4_interface::build_WB4_complete_logic().

◆ DEMUX_GATE_STD

#define DEMUX_GATE_STD "DEMUX_GATE"

Definition at line 100 of file technology_node.hpp.

Referenced by FunctionalUnitStep::AnalyzeFu(), and WB4_interface::build_WB4_complete_logic().

◆ DFF_GATE_STD

#define DFF_GATE_STD "DFF_GATE"

Definition at line 95 of file technology_node.hpp.

Referenced by LoadBuiltinTechnology::Exec().

◆ DPROXY_CTRL

#define DPROXY_CTRL "DPROXY_CTRL"

Definition at line 149 of file technology_node.hpp.

Referenced by allocation::IntegrateTechnologyLibraries().

◆ DPROXY_CTRLN

#define DPROXY_CTRLN "DPROXY_CTRLN"

Definition at line 150 of file technology_node.hpp.

Referenced by allocation::IntegrateTechnologyLibraries().

◆ EXTRACT_BIT_EXPR_SIGNED_STD

#define EXTRACT_BIT_EXPR_SIGNED_STD "extract_bit_expr_FU"

Definition at line 197 of file technology_node.hpp.

Referenced by allocation::InternalExec().

◆ EXTRACT_BIT_EXPR_UNSIGNED_STD

#define EXTRACT_BIT_EXPR_UNSIGNED_STD "ui_extract_bit_expr_FU"

Definition at line 198 of file technology_node.hpp.

Referenced by allocation::InternalExec().

◆ FC_STD

#define FC_STD "FC_FU"

Definition at line 212 of file technology_node.hpp.

◆ FFDATA_CONVERTER_STD

#define FFDATA_CONVERTER_STD "FFdata_converter_FU"

Definition at line 185 of file technology_node.hpp.

Referenced by conn_binding::add_datapath_connection(), conn_binding::add_sparse_logic_dp(), and allocation::InternalExec().

◆ flipflop_AR

#define flipflop_AR "flipflop_AR"

flipflop with asynchronous reset

Definition at line 230 of file technology_node.hpp.

Referenced by fu_binding::add_to_SM(), top_entity_parallel_cs::InternalExec(), and top_entity::InternalExec().

◆ flipflop_SR

#define flipflop_SR "flipflop_SR"

flipflop with synchronous reset

Definition at line 224 of file technology_node.hpp.

Referenced by fu_binding::add_to_SM(), top_entity_parallel_cs::InternalExec(), classic_datapath::InternalExec(), and top_entity::InternalExec().

◆ GET_TEC_KIND

#define GET_TEC_KIND ( meth )

Value:

enum tec_kind get_kind() const override \
   {                                       \
      return (meth##_K);                   \
   }

Macro used to implement get_kind() function in structural_object hierarchy classes.

Definition at line 280 of file technology_node.hpp.

Referenced by functional_unit::get_name(), functional_unit_template::get_name(), and operation::is_primary_inputs_registered().

◆ GET_TEC_KIND_TEXT

#define GET_TEC_KIND_TEXT ( meth )

Value:

std::string get_kind_text() const override \
   {                                          \
      return std::string(#meth);              \
   }

Macro which defines the get_kind_text function that returns the parameter as a string.

Definition at line 260 of file technology_node.hpp.

Referenced by functional_unit::get_name(), functional_unit_template::get_name(), and operation::is_primary_inputs_registered().

◆ IBUF_GATE_STD

#define IBUF_GATE_STD "IBUF"

Definition at line 84 of file technology_node.hpp.

◆ IICONVERTER_EXPR_STD

#define IICONVERTER_EXPR_STD "IIconvert_expr_FU"

Definition at line 192 of file technology_node.hpp.

Referenced by allocation::InternalExec().

◆ IIDATA_CONVERTER_STD

#define IIDATA_CONVERTER_STD "IIdata_converter_FU"

Definition at line 176 of file technology_node.hpp.

Referenced by conn_binding::add_datapath_connection(), conn_binding::add_sparse_logic_dp(), and allocation::InternalExec().

◆ IIVECTOR_CONVERTER_STD

#define IIVECTOR_CONVERTER_STD "IIvector_converter_FU"

Definition at line 180 of file technology_node.hpp.

Referenced by allocation::InternalExec().

◆ IUCONVERTER_EXPR_STD

#define IUCONVERTER_EXPR_STD "IUconvert_expr_FU"

Definition at line 190 of file technology_node.hpp.

Referenced by allocation::InternalExec().

◆ IUDATA_CONVERTER_STD

#define IUDATA_CONVERTER_STD "IUdata_converter_FU"

Definition at line 174 of file technology_node.hpp.

Referenced by conn_binding::add_datapath_connection(), conn_binding::add_sparse_logic_dp(), and allocation::InternalExec().

◆ IUVECTOR_CONVERTER_STD

#define IUVECTOR_CONVERTER_STD "IUvector_converter_FU"

Definition at line 183 of file technology_node.hpp.

Referenced by allocation::InternalExec().

◆ JOIN_STD

#define JOIN_STD "JOIN_FU"

Definition at line 205 of file technology_node.hpp.

◆ LUT_EXPR_STD

#define LUT_EXPR_STD "lut_expr_FU"

Definition at line 199 of file technology_node.hpp.

Referenced by RTLCharacterization::AnalyzeCell(), AllocationInformation::get_correction_time(), and allocation::InternalExec().

◆ LUT_GATE_STD

#define LUT_GATE_STD "LUT"

FPGA modules.

Definition at line 83 of file technology_node.hpp.

Referenced by FunctionalUnitStep::AnalyzeFu().

◆ MC_STD

#define MC_STD "MC_FU"

Definition at line 211 of file technology_node.hpp.

◆ MEMCPY_STD

#define MEMCPY_STD "__internal_bambu_memcpy"

Definition at line 125 of file technology_node.hpp.

Referenced by fu_binding::add_to_SM().

◆ MEMLOAD_STD

#define MEMLOAD_STD "__builtin_memload"

Definition at line 140 of file technology_node.hpp.

Referenced by RTLCharacterization::AnalyzeCell().

◆ MEMLOAD_STDN

#define MEMLOAD_STDN "__builtin_memload_N"

Definition at line 142 of file technology_node.hpp.

◆ MEMORY_CTRL_TYPE_D00

#define MEMORY_CTRL_TYPE_D00 "D00"

Definition at line 165 of file technology_node.hpp.

Referenced by AllocationInformation::get_correction_time().

◆ MEMORY_CTRL_TYPE_DPROXY

#define MEMORY_CTRL_TYPE_DPROXY "DPROXY"

Definition at line 167 of file technology_node.hpp.

Referenced by allocation::check_for_memory_compliancy(), RTLCharacterization::fix_proxies_execution_time_std(), AllocationInformation::get_correction_time(), AllocationInformation::is_direct_access_memory_unit(), AllocationInformation::is_direct_proxy_memory_unit(), AllocationInformation::is_dual_port_memory(), AllocationInformation::is_indirect_access_memory_unit(), and AllocationInformation::is_one_cycle_direct_access_memory_unit().

◆ MEMORY_CTRL_TYPE_DPROXYN

#define MEMORY_CTRL_TYPE_DPROXYN "DPROXYN"

Definition at line 170 of file technology_node.hpp.

Referenced by allocation::check_for_memory_compliancy(), RTLCharacterization::fix_proxies_execution_time_std(), AllocationInformation::get_correction_time(), AllocationInformation::is_direct_access_memory_unit(), AllocationInformation::is_direct_proxy_memory_unit(), AllocationInformation::is_dual_port_memory(), AllocationInformation::is_indirect_access_memory_unit(), and AllocationInformation::is_one_cycle_direct_access_memory_unit().

◆ MEMORY_CTRL_TYPE_PROXY

#define MEMORY_CTRL_TYPE_PROXY "PROXY"

Definition at line 166 of file technology_node.hpp.

Referenced by allocation::check_for_memory_compliancy(), RTLCharacterization::fix_proxies_execution_time_std(), AllocationInformation::get_correction_time(), AllocationInformation::is_direct_access_memory_unit(), AllocationInformation::is_direct_proxy_memory_unit(), and AllocationInformation::is_indirect_access_memory_unit().

◆ MEMORY_CTRL_TYPE_PROXYN

#define MEMORY_CTRL_TYPE_PROXYN "PROXYN"

Definition at line 169 of file technology_node.hpp.

Referenced by allocation::check_for_memory_compliancy(), RTLCharacterization::fix_proxies_execution_time_std(), AllocationInformation::get_correction_time(), AllocationInformation::is_direct_access_memory_unit(), AllocationInformation::is_direct_proxy_memory_unit(), and AllocationInformation::is_indirect_access_memory_unit().

◆ MEMORY_CTRL_TYPE_SPROXY

#define MEMORY_CTRL_TYPE_SPROXY "SPROXY"

Definition at line 168 of file technology_node.hpp.

Referenced by allocation::check_for_memory_compliancy(), RTLCharacterization::fix_proxies_execution_time_std(), AllocationInformation::get_correction_time(), AllocationInformation::is_direct_access_memory_unit(), AllocationInformation::is_direct_proxy_memory_unit(), AllocationInformation::is_dual_port_memory(), and AllocationInformation::is_indirect_access_memory_unit().

◆ MEMORY_CTRL_TYPE_SPROXYN

#define MEMORY_CTRL_TYPE_SPROXYN "SPROXYN"

Definition at line 171 of file technology_node.hpp.

Referenced by allocation::check_for_memory_compliancy(), RTLCharacterization::fix_proxies_execution_time_std(), AllocationInformation::get_correction_time(), AllocationInformation::is_direct_access_memory_unit(), AllocationInformation::is_direct_proxy_memory_unit(), AllocationInformation::is_dual_port_memory(), and AllocationInformation::is_indirect_access_memory_unit().

◆ MEMORY_MAPPED_REGISTER_FU

#define MEMORY_MAPPED_REGISTER_FU "memory_mapped_register_FU"

memory mapped register

Definition at line 246 of file technology_node.hpp.

Referenced by TopEntityMemoryMapped::insertMemoryMappedRegister().

◆ MEMORY_MAPPED_REGISTERN_FU

#define MEMORY_MAPPED_REGISTERN_FU "memory_mapped_registerN_FU"

Definition at line 251 of file technology_node.hpp.

Referenced by TopEntityMemoryMapped::insertMemoryMappedRegister().

◆ MEMORY_TYPE_ASYNCHRONOUS

#define MEMORY_TYPE_ASYNCHRONOUS "ASYNCHRONOUS"

Definition at line 154 of file technology_node.hpp.

Referenced by fu_binding::add_to_SM(), RTLCharacterization::AnalyzeCell(), AllocationInformation::get_correction_time(), and AllocationInformation::is_one_cycle_direct_access_memory_unit().

◆ MEMORY_TYPE_SYNCHRONOUS_SDS

#define MEMORY_TYPE_SYNCHRONOUS_SDS "SYNCHRONOUS_SDS"

Definition at line 156 of file technology_node.hpp.

Referenced by fu_binding::add_to_SM(), RTLCharacterization::AnalyzeCell(), and AllocationInformation::get_correction_time().

◆ MEMORY_TYPE_SYNCHRONOUS_SDS_BUS

#define MEMORY_TYPE_SYNCHRONOUS_SDS_BUS "SYNCHRONOUS_SDS_BUS"

Definition at line 157 of file technology_node.hpp.

Referenced by fu_binding::add_to_SM(), RTLCharacterization::AnalyzeCell(), and AllocationInformation::get_correction_time().

◆ MEMORY_TYPE_SYNCHRONOUS_UNALIGNED

#define MEMORY_TYPE_SYNCHRONOUS_UNALIGNED "SYNCHRONOUS_UNALIGNED"

Definition at line 155 of file technology_node.hpp.

Referenced by fu_binding::add_to_SM(), RTLCharacterization::AnalyzeCell(), and AllocationInformation::get_correction_time().

◆ MEMSTORE_STD

#define MEMSTORE_STD "__builtin_memstore"

Definition at line 141 of file technology_node.hpp.

Referenced by fu_binding::add_to_SM(), and RTLCharacterization::AnalyzeCell().

◆ MEMSTORE_STDN

#define MEMSTORE_STDN "__builtin_memstore_N"

Definition at line 143 of file technology_node.hpp.

Referenced by fu_binding::add_to_SM().

◆ MULTIPLIER_STD

#define MULTIPLIER_STD "mult_expr_FU"

Definition at line 102 of file technology_node.hpp.

Referenced by AllocationInformation::EstimateControllerDelay(), IR_lowering::expand_MC(), and RTLCharacterization::fix_muxes().

◆ MUX_GATE_STD

#define MUX_GATE_STD "MUX_GATE"

Definition at line 99 of file technology_node.hpp.

Referenced by FunctionalUnitStep::AnalyzeFu(), WB4_interface::build_WB4_complete_logic(), allocation::BuildProxyWrapper(), RTLCharacterization::fix_muxes(), TopEntityMemoryMapped::insertMemoryMappedRegister(), conn_binding::mux_allocation(), AllocationInformation::mux_area_unit_raw(), and AllocationInformation::mux_time_unit_raw().

◆ MUX_N_TO_1

#define MUX_N_TO_1 "MUX_N_to_1"

Definition at line 101 of file technology_node.hpp.

Referenced by AllocationInformation::InitializeMuxDB().

◆ NAND_GATE_STD

#define NAND_GATE_STD "NAND_GATE"

Definition at line 89 of file technology_node.hpp.

Referenced by FunctionalUnitStep::AnalyzeFu(), and LoadBuiltinTechnology::Exec().

◆ NOR_GATE_STD

#define NOR_GATE_STD "NOR_GATE"

Definition at line 91 of file technology_node.hpp.

Referenced by FunctionalUnitStep::AnalyzeFu(), and LoadBuiltinTechnology::Exec().

◆ NOT_GATE_STD

#define NOT_GATE_STD "NOT_GATE"

Definition at line 94 of file technology_node.hpp.

Referenced by WB4_interface::build_WB4_complete_logic(), and LoadBuiltinTechnology::Exec().

◆ NOTYFY_CALLER_MINIMAL_FU

#define NOTYFY_CALLER_MINIMAL_FU "notify_caller_minimal_FU"

Definition at line 248 of file technology_node.hpp.

Referenced by TopEntityMemoryMapped::insertStartDoneLogic().

◆ NOTYFY_CALLER_MINIMALN_FU

#define NOTYFY_CALLER_MINIMALN_FU "notify_caller_minimalN_FU"

Definition at line 253 of file technology_node.hpp.

Referenced by TopEntityMemoryMapped::insertStartDoneLogic().

◆ OBUF_GATE_STD

#define OBUF_GATE_STD "OBUF"

Definition at line 85 of file technology_node.hpp.

◆ OR_GATE_STD

#define OR_GATE_STD "OR_GATE"

Definition at line 90 of file technology_node.hpp.

Referenced by conn_binding::add_command_ports(), FunctionalUnitStep::AnalyzeFu(), WB4_interface::build_WB4_complete_logic(), allocation::BuildProxyWrapper(), LoadBuiltinTechnology::Exec(), TestbenchGeneration::Exec(), TopEntityMemoryMapped::insertStartDoneLogic(), conn_binding_cs::instantiate_suspension_component(), and VHDL_writer::WriteBuiltin().

◆ PROXY_CTRL

#define PROXY_CTRL "PROXY_CTRL"

Definition at line 147 of file technology_node.hpp.

Referenced by allocation::IntegrateTechnologyLibraries().

◆ PROXY_CTRLN

#define PROXY_CTRLN "PROXY_CTRLN"

Definition at line 148 of file technology_node.hpp.

Referenced by allocation::IntegrateTechnologyLibraries().

◆ PT_STD

#define PT_STD "PT_FU"

Definition at line 207 of file technology_node.hpp.

◆ register_AR

#define register_AR "register_AR"

register with asynchronous reset

Definition at line 227 of file technology_node.hpp.

◆ register_AR_NORETIME

#define register_AR_NORETIME "register_AR_NORETIME"

register with asynchronous reset no retime

Definition at line 233 of file technology_node.hpp.

Referenced by RTLCharacterization::add_input_register(), RTLCharacterization::add_output_register(), RTLCharacterization::AnalyzeCell(), and verilog_writer::write_module_declaration().

◆ register_AR_NORETIME_INT

#define register_AR_NORETIME_INT "register_AR_NORETIME_INT"

Definition at line 234 of file technology_node.hpp.

Referenced by RTLCharacterization::add_input_register(), RTLCharacterization::add_output_register(), and verilog_writer::write_module_declaration().

◆ register_AR_NORETIME_REAL

#define register_AR_NORETIME_REAL "register_AR_NORETIME_REAL"

Definition at line 236 of file technology_node.hpp.

Referenced by RTLCharacterization::add_input_register(), RTLCharacterization::add_output_register(), and verilog_writer::write_module_declaration().

◆ register_AR_NORETIME_UINT

#define register_AR_NORETIME_UINT "register_AR_NORETIME_UINT"

Definition at line 235 of file technology_node.hpp.

Referenced by RTLCharacterization::add_input_register(), RTLCharacterization::add_output_register(), and verilog_writer::write_module_declaration().

◆ register_ARSE

#define register_ARSE "register_ARSE"

register with asynchronous reset and synchronous enable

Definition at line 242 of file technology_node.hpp.

◆ register_SARSE

#define register_SARSE "register_SARSE"

register with synchronized asynchronous reset and synchronous enable

Definition at line 244 of file technology_node.hpp.

Referenced by reg_binding::GetRegisterFUName().

◆ register_SE

#define register_SE "register_SE"

register with synchronous enable

Definition at line 238 of file technology_node.hpp.

Referenced by reg_binding::GetRegisterFUName(), and TasteInterfaceGeneration::InternalExec().

◆ register_SHIFT

#define register_SHIFT "register_SHIFT"

simple shift register with reset

Definition at line 215 of file technology_node.hpp.

Referenced by pipeline_controller::InternalExec().

◆ register_SR

#define register_SR "register_SR"

register with synchronous reset

Definition at line 221 of file technology_node.hpp.

◆ register_SRSE

#define register_SRSE "register_SRSE"

register with synchronous reset and synchronous enable

Definition at line 240 of file technology_node.hpp.

Referenced by reg_binding::GetRegisterFUName().

◆ register_STD

#define register_STD "register_STD"

simple register without reset

Definition at line 218 of file technology_node.hpp.

Referenced by top_entity::add_input_register(), and reg_binding::GetRegisterFUName().

◆ RETURN_MM_REGISTER_FU

#define RETURN_MM_REGISTER_FU "return_value_mm_register_FU"

Definition at line 247 of file technology_node.hpp.

Referenced by TopEntityMemoryMapped::insertMemoryMappedRegister().

◆ RETURN_MM_REGISTERN_FU

#define RETURN_MM_REGISTERN_FU "return_value_mm_registerN_FU"

Definition at line 252 of file technology_node.hpp.

Referenced by TopEntityMemoryMapped::insertMemoryMappedRegister().

◆ SF_FFDATA_CONVERTER_32_64_STD

#define SF_FFDATA_CONVERTER_32_64_STD "sf_FFdata_converter_FU_32_64"

Definition at line 186 of file technology_node.hpp.

Referenced by AllocationInformation::extract_bambu_provided_name().

◆ SF_FFDATA_CONVERTER_64_32_STD

#define SF_FFDATA_CONVERTER_64_32_STD "sf_FFdata_converter_FU_64_32"

Definition at line 187 of file technology_node.hpp.

Referenced by AllocationInformation::extract_bambu_provided_name().

◆ SIGNED_BITFIELD_FU_STD

#define SIGNED_BITFIELD_FU_STD "Sbitfield_FU"

Definition at line 110 of file technology_node.hpp.

◆ SIMPLEJOIN_STD

#define SIMPLEJOIN_STD "SIMPLEJOIN_FU"

Definition at line 206 of file technology_node.hpp.

Referenced by StateTransitionGraphManager::add_to_SM().

◆ SPROXY_CTRL

#define SPROXY_CTRL "SPROXY_CTRL"

Definition at line 151 of file technology_node.hpp.

Referenced by allocation::IntegrateTechnologyLibraries().

◆ SPROXY_CTRLN

#define SPROXY_CTRLN "SPROXY_CTRLN"

Definition at line 152 of file technology_node.hpp.

Referenced by allocation::IntegrateTechnologyLibraries().

◆ START_STD

#define START_STD "START_FU"

Definition at line 208 of file technology_node.hpp.

◆ STATUS_REGISTER_FU

#define STATUS_REGISTER_FU "status_register_FU"

Definition at line 249 of file technology_node.hpp.

Referenced by TopEntityMemoryMapped::insertStatusRegister().

◆ STATUS_REGISTER_NO_NOTIFIED_FU

#define STATUS_REGISTER_NO_NOTIFIED_FU "status_register_no_notified_FU"

Definition at line 250 of file technology_node.hpp.

Referenced by TopEntityMemoryMapped::insertStatusRegister().

◆ STATUS_REGISTER_NO_NOTIFIEDN_FU

#define STATUS_REGISTER_NO_NOTIFIEDN_FU "status_register_no_notifiedN_FU"

Definition at line 255 of file technology_node.hpp.

Referenced by TopEntityMemoryMapped::insertStatusRegister().

◆ STATUS_REGISTERN_FU

#define STATUS_REGISTERN_FU "status_registerN_FU"

Definition at line 254 of file technology_node.hpp.

Referenced by TopEntityMemoryMapped::insertStatusRegister().

◆ STD_BRAM

#define STD_BRAM "STD_BRAM"

Definition at line 138 of file technology_node.hpp.

Referenced by minimal_interface::build_wrapper().

◆ STD_BRAMN

#define STD_BRAMN "STD_BRAMN"

Definition at line 139 of file technology_node.hpp.

Referenced by minimal_interface::build_wrapper().

◆ SWITCH_CASE_STD

#define SWITCH_CASE_STD "SWITCH_CASE_FU"

Definition at line 210 of file technology_node.hpp.

◆ TEST_MUL_MUX_8

#define TEST_MUL_MUX_8 "TEST_MUL_MUX_8"

Definition at line 98 of file technology_node.hpp.

Referenced by RTLCharacterization::fix_muxes().

◆ UBVECTOR_CONVERTER_STD

#define UBVECTOR_CONVERTER_STD "UBvector_converter_FU"

Definition at line 179 of file technology_node.hpp.

Referenced by allocation::InternalExec().

◆ UI_ADDER_STD

#define UI_ADDER_STD "ui_plus_expr_FU"

Definition at line 107 of file technology_node.hpp.

Referenced by conn_binding::add_sparse_logic_dp().

◆ UI_ALIGN_ADDER_STD

#define UI_ALIGN_ADDER_STD "ui_align_plus_expr_FU"

Definition at line 108 of file technology_node.hpp.

Referenced by conn_binding::add_sparse_logic_dp().

◆ UI_CONST_MULTIPLIER_STD

#define UI_CONST_MULTIPLIER_STD "ui_const_mult_expr_FU"

Definition at line 104 of file technology_node.hpp.

◆ UI_MULTIPLIER_STD

#define UI_MULTIPLIER_STD "ui_mult_expr_FU"

Definition at line 103 of file technology_node.hpp.

◆ UICONVERTER_EXPR_STD

#define UICONVERTER_EXPR_STD "UIconvert_expr_FU"

Definition at line 191 of file technology_node.hpp.

Referenced by allocation::InternalExec().

◆ UIDATA_CONVERTER_STD

#define UIDATA_CONVERTER_STD "UIdata_converter_FU"

Definition at line 175 of file technology_node.hpp.

Referenced by conn_binding::add_datapath_connection(), conn_binding::add_sparse_logic_dp(), and allocation::InternalExec().

◆ UIVECTOR_CONVERTER_STD

#define UIVECTOR_CONVERTER_STD "UIvector_converter_FU"

Definition at line 182 of file technology_node.hpp.

Referenced by allocation::InternalExec().

◆ UNSIGNED_BITFIELD_FU_STD

#define UNSIGNED_BITFIELD_FU_STD "Ubitfield_FU"

Definition at line 111 of file technology_node.hpp.

◆ UUCONVERTER_EXPR_STD

#define UUCONVERTER_EXPR_STD "UUconvert_expr_FU"

Definition at line 189 of file technology_node.hpp.

Referenced by allocation::InternalExec().

◆ UUDATA_CONVERTER_STD

#define UUDATA_CONVERTER_STD "UUdata_converter_FU"

Definition at line 173 of file technology_node.hpp.

Referenced by conn_binding::add_datapath_connection(), conn_binding::add_sparse_logic_dp(), TasteInterfaceGeneration::InternalExec(), and allocation::InternalExec().

◆ UUVECTOR_CONVERTER_STD

#define UUVECTOR_CONVERTER_STD "UUvector_converter_FU"

Definition at line 181 of file technology_node.hpp.

Referenced by allocation::InternalExec().

◆ VIEW_CONVERT_STD_INT

#define VIEW_CONVERT_STD_INT "view_convert_expr_FU"

Definition at line 193 of file technology_node.hpp.

Referenced by minimal_interface::build_wrapper(), and allocation::InternalExec().

◆ VIEW_CONVERT_STD_REAL

#define VIEW_CONVERT_STD_REAL "fp_view_convert_expr_FU"

Definition at line 195 of file technology_node.hpp.

Referenced by allocation::InternalExec().

◆ VIEW_CONVERT_STD_UINT

#define VIEW_CONVERT_STD_UINT "ui_view_convert_expr_FU"

Definition at line 194 of file technology_node.hpp.

Referenced by minimal_interface::build_wrapper(), and allocation::InternalExec().

◆ XNOR_GATE_STD

#define XNOR_GATE_STD "XNOR_GATE"

Definition at line 93 of file technology_node.hpp.

Referenced by FunctionalUnitStep::AnalyzeFu(), and LoadBuiltinTechnology::Exec().

◆ XOR_GATE_STD

#define XOR_GATE_STD "XOR_GATE"

Definition at line 92 of file technology_node.hpp.

Referenced by FunctionalUnitStep::AnalyzeFu(), and LoadBuiltinTechnology::Exec().

Typedef Documentation

◆ technology_nodeConstRef

using technology_nodeConstRef = refcount<const technology_node>

Definition at line 359 of file technology_node.hpp.

◆ technology_nodeRef

using technology_nodeRef = refcount<technology_node>

refcount definition of the class

Definition at line 358 of file technology_node.hpp.

Enumeration Type Documentation

◆ tec_kind

enum tec_kind

Enumerative type for technology object classes, it is used with get_kind() function to know the actual type of a technology_node.

Enumerator
operation_K
functional_unit_K
functional_unit_template_K

Definition at line 270 of file technology_node.hpp.

Function Documentation

◆ CONSTREF_FORWARD_DECL()

CONSTREF_FORWARD_DECL ( Parameter )

◆ REF_FORWARD_DECL() [1/8]

REF_FORWARD_DECL ( technology_node )

RefCount type definition of the technology_node class structure.

◆ REF_FORWARD_DECL() [2/8]

REF_FORWARD_DECL ( xml_node )

forward decl of xml Element

◆ REF_FORWARD_DECL() [3/8]

REF_FORWARD_DECL ( technology_manager )

RefCount type definition of the technology_manager class structure.

◆ REF_FORWARD_DECL() [4/8]

REF_FORWARD_DECL ( attribute )

◆ REF_FORWARD_DECL() [5/8]

REF_FORWARD_DECL ( area_info )

RefCount definition of the resource information of the component.

◆ REF_FORWARD_DECL() [6/8]

REF_FORWARD_DECL ( layout_model )

RefCount definition of the layout information of the component.

◆ REF_FORWARD_DECL() [7/8]

REF_FORWARD_DECL ( time_info )

RefCount definition of the timing information of the component.

◆ REF_FORWARD_DECL() [8/8]

REF_FORWARD_DECL ( power_model )

RefCount definition of the power information of the component.

Data Structures

Macros

Typedefs

Enumerations

Functions

Detailed Description

Macro Definition Documentation

◆ ADDER_STD

◆ ADDR_EXPR_STD

◆ AND_GATE_STD

◆ ARRAY_1D_STD_BRAM

◆ ARRAY_1D_STD_BRAM_N1

◆ ARRAY_1D_STD_BRAM_N1_SDS

◆ ARRAY_1D_STD_BRAM_N1_SDS_BUS

◆ ARRAY_1D_STD_BRAM_NN

◆ ARRAY_1D_STD_BRAM_NN_SDS

◆ ARRAY_1D_STD_BRAM_NN_SDS_BUS

◆ ARRAY_1D_STD_BRAM_SDS

◆ ARRAY_1D_STD_BRAM_SDS_BUS

◆ ARRAY_1D_STD_DISTRAM_N1_SDS

◆ ARRAY_1D_STD_DISTRAM_NN_SDS

◆ ARRAY_1D_STD_DISTRAM_SDS

◆ ASSERT_EXPR_REAL_STD

◆ ASSERT_EXPR_SIGNED_STD

◆ ASSERT_EXPR_UNSIGNED_STD

◆ ASSIGN_REAL_STD

◆ ASSIGN_SIGNED_STD

◆ ASSIGN_UNSIGNED_STD

◆ ASSIGN_VEC_SIGNED_STD

◆ ASSIGN_VEC_UNSIGNED_STD

◆ ASSIGN_VECTOR_BOOL_STD

◆ BIVECTOR_CONVERTER_STD

◆ BMEMORY_STD

◆ BMEMORY_STDN

◆ BUFF_GATE_STD

◆ BUILTIN_ABORT_STD

◆ BUILTIN_EXIT_STD

◆ BUILTIN_WAIT_CALL_STD

◆ BUVECTOR_CONVERTER_STD

◆ CE_BYPASS

◆ CE_FSM

◆ CE_STD

◆ CHANNELS_TYPE_MEM_ACC_11

◆ CHANNELS_TYPE_MEM_ACC_CS

◆ CHANNELS_TYPE_MEM_ACC_N1

◆ CHANNELS_TYPE_MEM_ACC_NN

◆ CHANNELS_TYPE_MEM_ACC_P1N

◆ CONCAT4_STD

◆ COND_EXPR_STD

◆ COND_STD

◆ CONSTANT_STD

◆ DEMUX_GATE_STD

◆ DFF_GATE_STD

◆ DPROXY_CTRL

◆ DPROXY_CTRLN

◆ EXTRACT_BIT_EXPR_SIGNED_STD

◆ EXTRACT_BIT_EXPR_UNSIGNED_STD

◆ FC_STD

◆ FFDATA_CONVERTER_STD

◆ flipflop_AR

◆ flipflop_SR

◆ GET_TEC_KIND

◆ GET_TEC_KIND_TEXT

◆ IBUF_GATE_STD

◆ IICONVERTER_EXPR_STD

◆ IIDATA_CONVERTER_STD

◆ IIVECTOR_CONVERTER_STD

◆ IUCONVERTER_EXPR_STD

◆ IUDATA_CONVERTER_STD

◆ IUVECTOR_CONVERTER_STD

◆ JOIN_STD

◆ LUT_EXPR_STD

◆ LUT_GATE_STD

◆ MC_STD

◆ MEMCPY_STD

◆ MEMLOAD_STD

◆ MEMLOAD_STDN

◆ MEMORY_CTRL_TYPE_D00

◆ MEMORY_CTRL_TYPE_DPROXY

◆ MEMORY_CTRL_TYPE_DPROXYN