This file contains the implementation of some methods for parameter parsing in Bambu tool. More...

#include "BambuParameter.hpp"
#include "allocation_constants.hpp"
#include "cdfc_module_binding.hpp"
#include "chaining.hpp"
#include "clique_covering.hpp"
#include "compiler_constants.hpp"
#include "compiler_wrapper.hpp"
#include "config_HAVE_COIN_OR.hpp"
#include "config_HAVE_EXPERIMENTAL.hpp"
#include "config_HAVE_FLOPOCO.hpp"
#include "config_HAVE_GLPK.hpp"
#include "config_HAVE_HOST_PROFILING_BUILT.hpp"
#include "config_HAVE_I386_CLANG16_COMPILER.hpp"
#include "config_HAVE_ILP_BUILT.hpp"
#include "config_HAVE_LIBRARY_CHARACTERIZATION_BUILT.hpp"
#include "config_HAVE_LP_SOLVE.hpp"
#include "config_HAVE_VCD_BUILT.hpp"
#include "config_PANDA_DATA_INSTALLDIR.hpp"
#include "config_PANDA_LIB_INSTALLDIR.hpp"
#include "config_SKIP_WARNING_SECTIONS.hpp"
#include "constant_strings.hpp"
#include "cpu_time.hpp"
#include "datapath_creator.hpp"
#include "dbgPrintHelper.hpp"
#include "evaluation.hpp"
#include "fileIO.hpp"
#include "generic_device.hpp"
#include "language_writer.hpp"
#include "memory_allocation.hpp"
#include "parametric_list_based.hpp"
#include "parse_technology.hpp"
#include "string_manipulation.hpp"
#include "technology_manager.hpp"
#include "technology_node.hpp"
#include "tree_helper.hpp"
#include "utility.hpp"
#include <algorithm>
#include <cstdlib>
#include <cstring>
#include <filesystem>
#include <getopt.h>
#include <iosfwd>
#include <list>
#include <regex>
#include <string>
#include <thread>
#include <vector>

Include dependency graph for BambuParameter.cpp:

Go to the source code of this file.

Macros
#define	OPT_ACCEPT_NONZERO_RETURN 256
	Design Space Exploration. More...

#define	INPUT_OPT_C_NO_PARSE (1 + OPT_ACCEPT_NONZERO_RETURN)

#define	INPUT_OPT_C_PYTHON_NO_PARSE (1 + INPUT_OPT_C_NO_PARSE)

#define	OPT_ACO_FLOW (1 + INPUT_OPT_C_PYTHON_NO_PARSE)

#define	OPT_ACO_GENERATIONS (1 + OPT_ACO_FLOW)

#define	OPT_ADDITIONAL_TOP (1 + OPT_ACO_GENERATIONS)

#define	OPT_ALIGNED_ACCESS_PARAMETER (1 + OPT_ADDITIONAL_TOP)

#define	OPT_AREA_WEIGHT (1 + OPT_ALIGNED_ACCESS_PARAMETER)

#define	OPT_BACKEND_SCRIPT_EXTENSIONS_PARAMETER (1 + OPT_AREA_WEIGHT)

#define	OPT_BACKEND_SDC_EXTENSIONS_PARAMETER (1 + OPT_BACKEND_SCRIPT_EXTENSIONS_PARAMETER)

#define	OPT_INPUT_CONTEXT_SWITCH (1 + OPT_BACKEND_SDC_EXTENSIONS_PARAMETER)

#define	OPT_DISABLE_BITVALUE_IPA (1 + OPT_INPUT_CONTEXT_SWITCH)

#define	OPT_BRAM_HIGH_LATENCY (1 + OPT_DISABLE_BITVALUE_IPA)

#define	OPT_CHANNELS_NUMBER (1 + OPT_BRAM_HIGH_LATENCY)

#define	OPT_CHANNELS_TYPE (1 + OPT_CHANNELS_NUMBER)

#define	OPT_CLOCK_PERIOD_RESOURCE_FRACTION (1 + OPT_CHANNELS_TYPE)

#define	OPT_DEVICE_NAME (1 + OPT_CLOCK_PERIOD_RESOURCE_FRACTION)

#define	OPT_DISABLE_BOUNDED_FUNCTION (1 + OPT_DEVICE_NAME)

#define	OPT_ENABLE_FUNCTION_PROXY (1 + OPT_DISABLE_BOUNDED_FUNCTION)

#define	OPT_DISABLE_FUNCTION_PROXY (1 + OPT_ENABLE_FUNCTION_PROXY)

#define	OPT_CONNECT_IOB (1 + OPT_DISABLE_FUNCTION_PROXY)

#define	OPT_DISTRAM_THRESHOLD (1 + OPT_CONNECT_IOB)

#define	OPT_DO_NOT_CHAIN_MEMORIES (1 + OPT_DISTRAM_THRESHOLD)

#define	OPT_EXPOSE_GLOBALS (1 + OPT_DO_NOT_CHAIN_MEMORIES)

#define	OPT_ROM_DUPLICATION (1 + OPT_EXPOSE_GLOBALS)

#define	OPT_DO_NOT_USE_ASYNCHRONOUS_MEMORIES (1 + OPT_ROM_DUPLICATION)

#define	OPT_DSE (1 + OPT_DO_NOT_USE_ASYNCHRONOUS_MEMORIES)

#define	OPT_DSP_ALLOCATION_COEFFICIENT (1 + OPT_DSE)

#define	OPT_DSP_MARGIN_COMBINATIONAL (1 + OPT_DSP_ALLOCATION_COEFFICIENT)

#define	OPT_DSP_MARGIN_PIPELINED (1 + OPT_DSP_MARGIN_COMBINATIONAL)

#define	OPT_DSP_FRACTURING (1 + OPT_DSP_MARGIN_PIPELINED)

#define	OPT_DUMP_CONSTRAINTS (1 + OPT_DSP_FRACTURING)

#define	OPT_DISCREPANCY (1 + OPT_DUMP_CONSTRAINTS)

#define	OPT_DISCREPANCY_FORCE (1 + OPT_DISCREPANCY)

#define	OPT_DISCREPANCY_HW (1 + OPT_DISCREPANCY_FORCE)

#define	OPT_DISCREPANCY_NO_LOAD_POINTERS (1 + OPT_DISCREPANCY_HW)

#define	OPT_DISCREPANCY_ONLY (1 + OPT_DISCREPANCY_NO_LOAD_POINTERS)

#define	OPT_DISCREPANCY_PERMISSIVE_PTRS (1 + OPT_DISCREPANCY_ONLY)

#define	INPUT_OPT_DRY_RUN_EVALUATION (1 + OPT_DISCREPANCY_PERMISSIVE_PTRS)

#define	OPT_ENABLE_IOB (1 + INPUT_OPT_DRY_RUN_EVALUATION)

#define	OPT_EVALUATION (1 + OPT_ENABLE_IOB)

#define	OPT_EVALUATION_MODE (1 + OPT_EVALUATION)

#define	OPT_EXPERIMENTAL_SETUP (1 + OPT_EVALUATION_MODE)

#define	OPT_FLOPOCO (1 + OPT_EXPERIMENTAL_SETUP)

#define	OPT_GENERATE_VCD (1 + OPT_FLOPOCO)

#define	OPT_GENERATION (1 + OPT_GENERATE_VCD)

#define	OPT_HLS_DIV (1 + OPT_GENERATION)

#define	OPT_HLS_FPDIV (1 + OPT_HLS_DIV)

#define	OPT_HOST_PROFILING (1 + OPT_HLS_FPDIV)

#define	OPT_ILP (1 + OPT_HOST_PROFILING)

#define	OPT_ILP_NEWFORM (1 + OPT_ILP)

#define	OPT_ILP_SOLVER (1 + OPT_ILP_NEWFORM)

#define	INPUT_OPT_FILE_INPUT_DATA (1 + OPT_ILP_SOLVER)

#define	OPT_INSERT_MEMORY_PROFILE (1 + INPUT_OPT_FILE_INPUT_DATA)

#define	OPT_INSERT_VERIFICATION_OPERATION (1 + OPT_INSERT_MEMORY_PROFILE)

#define	OPT_LIBM_STD_ROUNDING (1 + OPT_INSERT_VERIFICATION_OPERATION)

#define	OPT_LIST_BASED (1 + OPT_LIBM_STD_ROUNDING)

#define	OPT_LOGICAL_OPTIMIZATION (1 + OPT_LIST_BASED)

#define	OPT_MAX_EVALUATIONS (1 + OPT_LOGICAL_OPTIMIZATION)

#define	OPT_MAX_INHERITANCE (1 + OPT_MAX_EVALUATIONS)

#define	OPT_MAX_SIM_CYCLES (1 + OPT_MAX_INHERITANCE)

#define	OPT_MAX_ULP (1 + OPT_MAX_SIM_CYCLES)

#define	OPT_MEMORY_MAPPED_TOP (1 + OPT_MAX_ULP)

#define	OPT_MEM_DELAY_READ (1 + OPT_MEMORY_MAPPED_TOP)

#define	OPT_MEM_DELAY_WRITE (1 + OPT_MEM_DELAY_READ)

#define	OPT_TB_QUEUE_SIZE (1 + OPT_MEM_DELAY_WRITE)

#define	OPT_MEMORY_BANKS_NUMBER (1 + OPT_TB_QUEUE_SIZE)

#define	OPT_MIN_INHERITANCE (1 + OPT_MEMORY_BANKS_NUMBER)

#define	OPT_MOSA_FLOW (1 + OPT_MIN_INHERITANCE)

#define	OPT_NO_MIXED_DESIGN (1 + OPT_MOSA_FLOW)

#define	OPT_NUM_ACCELERATORS (1 + OPT_NO_MIXED_DESIGN)

#define	OPT_PARALLEL_CONTROLLER (1 + OPT_NUM_ACCELERATORS)

#define	OPT_PERIOD_CLOCK (1 + OPT_PARALLEL_CONTROLLER)

#define	OPT_CLOCK_NAME (1 + OPT_PERIOD_CLOCK)

#define	OPT_RESET_NAME (1 + OPT_CLOCK_NAME)

#define	OPT_START_NAME (1 + OPT_RESET_NAME)

#define	OPT_DONE_NAME (1 + OPT_START_NAME)

#define	OPT_POWER_OPTIMIZATION (1 + OPT_DONE_NAME)

#define	OPT_PRAGMA_PARSE (1 + OPT_POWER_OPTIMIZATION)

#define	OPT_PRETTY_PRINT (1 + OPT_PRAGMA_PARSE)

#define	OPT_REGISTER_ALLOCATION (1 + OPT_PRETTY_PRINT)

#define	OPT_REGISTERED_INPUTS (1 + OPT_REGISTER_ALLOCATION)

#define	OPT_FSM_ENCODING (1 + OPT_REGISTERED_INPUTS)

#define	OPT_RESET_TYPE (1 + OPT_FSM_ENCODING)

#define	OPT_RESET_LEVEL (1 + OPT_RESET_TYPE)

#define	OPT_DISABLE_REG_INIT_VALUE (1 + OPT_RESET_LEVEL)

#define	OPT_SCHEDULING_MUX_MARGINS (1 + OPT_DISABLE_REG_INIT_VALUE)

#define	OPT_USE_ALUS (1 + OPT_SCHEDULING_MUX_MARGINS)

#define	OPT_SERIALIZE_MEMORY_ACCESSES (1 + OPT_USE_ALUS)

#define	OPT_SILP (1 + OPT_SERIALIZE_MEMORY_ACCESSES)

#define	OPT_SIMULATE (1 + OPT_SILP)

#define	OPT_SKIP_PIPE_PARAMETER (1 + OPT_SIMULATE)

#define	OPT_SOFT_FLOAT (1 + OPT_SKIP_PIPE_PARAMETER)

#define	OPT_FP_SUB (1 + OPT_SOFT_FLOAT)

#define	OPT_FP_RND (1 + OPT_FP_SUB)

#define	OPT_FP_EXC (1 + OPT_FP_RND)

#define	OPT_SOFT_FP (1 + OPT_FP_EXC)

#define	OPT_STG (1 + OPT_SOFT_FP)

#define	OPT_SPECULATIVE (1 + OPT_STG)

#define	INPUT_OPT_TEST_MULTIPLE_NON_DETERMINISTIC_FLOWS (1 + OPT_SPECULATIVE)

#define	INPUT_OPT_TEST_SINGLE_NON_DETERMINISTIC_FLOW (1 + INPUT_OPT_TEST_MULTIPLE_NON_DETERMINISTIC_FLOWS)

#define	OPT_TESTBENCH (1 + INPUT_OPT_TEST_SINGLE_NON_DETERMINISTIC_FLOW)

#define	OPT_TESTBENCH_ARGV (1 + OPT_TESTBENCH)

#define	OPT_TESTBENCH_PARAM_SIZE (1 + OPT_TESTBENCH_ARGV)

#define	OPT_TESTBENCH_MAP_MODE (1 + OPT_TESTBENCH_PARAM_SIZE)

#define	OPT_TB_EXTRA_GCC_OPTIONS (1 + OPT_TESTBENCH_MAP_MODE)

#define	OPT_TIME_WEIGHT (1 + OPT_TB_EXTRA_GCC_OPTIONS)

#define	OPT_TIMING_MODEL (1 + OPT_TIME_WEIGHT)

#define	OPT_TIMING_VIOLATION (1 + OPT_TIMING_MODEL)

#define	OPT_TOP_FNAME (1 + OPT_TIMING_VIOLATION)

#define	OPT_TOP_RTLDESIGN_NAME (1 + OPT_TOP_FNAME)

#define	OPT_UNALIGNED_ACCESS_PARAMETER (1 + OPT_TOP_RTLDESIGN_NAME)

#define	OPT_VHDL_LIBRARY_PARAMETER (1 + OPT_UNALIGNED_ACCESS_PARAMETER)

#define	OPT_XML_CONFIG (1 + OPT_VHDL_LIBRARY_PARAMETER)

#define	OPT_RANGE_ANALYSIS_MODE (1 + OPT_XML_CONFIG)

#define	OPT_FP_FORMAT (1 + OPT_RANGE_ANALYSIS_MODE)

#define	OPT_FP_FORMAT_PROPAGATE (1 + OPT_FP_FORMAT)

#define	OPT_FP_FORMAT_INTERFACE (1 + OPT_FP_FORMAT_PROPAGATE)

#define	OPT_PARALLEL_BACKEND (1 + OPT_FP_FORMAT_INTERFACE)

#define	OPT_ARCHITECTURE_XML (1 + OPT_PARALLEL_BACKEND)

#define	OPT_LATTICE_ROOT (1 + OPT_ARCHITECTURE_XML)

#define	OPT_XILINX_ROOT (1 + OPT_LATTICE_ROOT)

#define	OPT_MENTOR_ROOT (1 + OPT_XILINX_ROOT)

#define	OPT_MENTOR_OPTIMIZER (1 + OPT_MENTOR_ROOT)

#define	OPT_VERILATOR_PARALLEL (1 + OPT_MENTOR_OPTIMIZER)

#define	OPT_ALTERA_ROOT (1 + OPT_VERILATOR_PARALLEL)

#define	OPT_NANOXPLORE_ROOT (1 + OPT_ALTERA_ROOT)

#define	OPT_NANOXPLORE_BYPASS (1 + OPT_NANOXPLORE_ROOT)

#define	OPT_SHARED_INPUT_REGISTERS (1 + OPT_NANOXPLORE_BYPASS)

#define	OPT_INLINE_FUNCTIONS (1 + OPT_SHARED_INPUT_REGISTERS)

#define	OPT_AXI_BURST_TYPE (1 + OPT_INLINE_FUNCTIONS)

#define	PAR_LIST_BASED_OPT "parametric-list-based"
	constant correspond to the "parametric list based option" More...

Functions
static bool	is_evaluation_objective_string (const std::vector< std::string > &obj_vec, const std::string &s)

static void	add_evaluation_objective_string (std::string &obj_string, const std::string &obj_to_add)

Detailed Description

This file contains the implementation of some methods for parameter parsing in Bambu tool.

Author: Christian Pilato pilat.nosp@m.o@el.nosp@m.et.po.nosp@m.limi.nosp@m..it; Fabrizio Ferrandi fabri.nosp@m.zio..nosp@m.ferra.nosp@m.ndi@.nosp@m.polim.nosp@m.i.it

Definition in file BambuParameter.cpp.

Macro Definition Documentation

◆ INPUT_OPT_C_NO_PARSE

#define INPUT_OPT_C_NO_PARSE (1 + OPT_ACCEPT_NONZERO_RETURN)

Definition at line 100 of file BambuParameter.cpp.

Macros

Functions

Detailed Description

Macro Definition Documentation

◆ INPUT_OPT_C_NO_PARSE

◆ INPUT_OPT_C_PYTHON_NO_PARSE

◆ INPUT_OPT_DRY_RUN_EVALUATION

◆ INPUT_OPT_FILE_INPUT_DATA

◆ INPUT_OPT_TEST_MULTIPLE_NON_DETERMINISTIC_FLOWS

◆ INPUT_OPT_TEST_SINGLE_NON_DETERMINISTIC_FLOW

◆ OPT_ACCEPT_NONZERO_RETURN

◆ OPT_ACO_FLOW

◆ OPT_ACO_GENERATIONS

◆ OPT_ADDITIONAL_TOP

◆ OPT_ALIGNED_ACCESS_PARAMETER

◆ OPT_ALTERA_ROOT

◆ OPT_ARCHITECTURE_XML

◆ OPT_AREA_WEIGHT

◆ OPT_AXI_BURST_TYPE

◆ OPT_BACKEND_SCRIPT_EXTENSIONS_PARAMETER

◆ OPT_BACKEND_SDC_EXTENSIONS_PARAMETER

◆ OPT_BRAM_HIGH_LATENCY

◆ OPT_CHANNELS_NUMBER

◆ OPT_CHANNELS_TYPE

◆ OPT_CLOCK_NAME

◆ OPT_CLOCK_PERIOD_RESOURCE_FRACTION

◆ OPT_CONNECT_IOB

◆ OPT_DEVICE_NAME

◆ OPT_DISABLE_BITVALUE_IPA

◆ OPT_DISABLE_BOUNDED_FUNCTION

◆ OPT_DISABLE_FUNCTION_PROXY

◆ OPT_DISABLE_REG_INIT_VALUE

◆ OPT_DISCREPANCY

◆ OPT_DISCREPANCY_FORCE

◆ OPT_DISCREPANCY_HW

◆ OPT_DISCREPANCY_NO_LOAD_POINTERS

◆ OPT_DISCREPANCY_ONLY

◆ OPT_DISCREPANCY_PERMISSIVE_PTRS

◆ OPT_DISTRAM_THRESHOLD

◆ OPT_DO_NOT_CHAIN_MEMORIES

◆ OPT_DO_NOT_USE_ASYNCHRONOUS_MEMORIES

◆ OPT_DONE_NAME

◆ OPT_DSE

◆ OPT_DSP_ALLOCATION_COEFFICIENT

◆ OPT_DSP_FRACTURING

◆ OPT_DSP_MARGIN_COMBINATIONAL

◆ OPT_DSP_MARGIN_PIPELINED

◆ OPT_DUMP_CONSTRAINTS

◆ OPT_ENABLE_FUNCTION_PROXY

◆ OPT_ENABLE_IOB

◆ OPT_EVALUATION

◆ OPT_EVALUATION_MODE

◆ OPT_EXPERIMENTAL_SETUP

◆ OPT_EXPOSE_GLOBALS

◆ OPT_FLOPOCO

◆ OPT_FP_EXC

◆ OPT_FP_FORMAT

◆ OPT_FP_FORMAT_INTERFACE

◆ OPT_FP_FORMAT_PROPAGATE

◆ OPT_FP_RND

◆ OPT_FP_SUB

◆ OPT_FSM_ENCODING

◆ OPT_GENERATE_VCD

◆ OPT_GENERATION

◆ OPT_HLS_DIV

◆ OPT_HLS_FPDIV

◆ OPT_HOST_PROFILING

◆ OPT_ILP

◆ OPT_ILP_NEWFORM

◆ OPT_ILP_SOLVER

◆ OPT_INLINE_FUNCTIONS

◆ OPT_INPUT_CONTEXT_SWITCH

◆ OPT_INSERT_MEMORY_PROFILE

◆ OPT_INSERT_VERIFICATION_OPERATION

◆ OPT_LATTICE_ROOT

◆ OPT_LIBM_STD_ROUNDING

◆ OPT_LIST_BASED

◆ OPT_LOGICAL_OPTIMIZATION

◆ OPT_MAX_EVALUATIONS

◆ OPT_MAX_INHERITANCE