def _main(arguments):
"""
Program main, after processing the command line arguments
:param arguments: Dictionary with command line arguments and values
:type arguments: :class:`dict`
"""
print_info("Arguments processed!")
print_info("Importing target definition...")
target = import_definition(arguments['target'])
if 'instructions' not in arguments:
print_info("Dumping target %s" % target.name)
print_target_info(target, None)
else:
arguments['instructions'] = parse_instruction_list(
target, arguments['instructions'])
for instruction in arguments['instructions']:
print_instruction_info(instruction, None)
def _main(arguments):
"""
Program main, after processing the command line arguments
:param arguments: Dictionary with command line arguments and values
:type arguments: :class:`dict`
"""
print_info("Arguments processed!")
print_info("Checking input arguments for consistency...")
slots = arguments['instruction_slots']
instruction_groups = list(
iter_flatten(arguments.get('instruction_groups', [])))
check_group_length_func = int_type(1, len(instruction_groups))
check_slots_length_func = int_type(0, slots)
instruction_map = arguments.get('instruction_map', None)
if instruction_map is None:
instruction_map = ['-1'] * slots
else:
instruction_map = list(iter_flatten(instruction_map))
if len(instruction_map) != slots:
print_error('Instruction map: %s' % instruction_map)
print_error('Instruction map incorrect. Length should be: %s' % slots)
exit(-1)
new_map = []
for gmap in instruction_map:
ngmap = []
if gmap == "-1":
ngmap = list(range(1, len(instruction_groups) + 1))
new_map.append(ngmap)
continue
for cmap in gmap.split(','):
try:
ngmap.append(check_group_length_func(cmap))
except argparse.ArgumentTypeError as exc:
print_error('Instruction map incorrect')
print_error(exc)
exit(-1)
new_map.append(ngmap)
instruction_map = new_map
group_max = arguments.get('group_max', None)
if group_max is None:
group_max = ['-1'] * len(instruction_groups)
else:
group_max = list(iter_flatten(group_max))
if len(group_max) != len(instruction_groups):
print_error('Group max: %s' % group_max)
print_error('Group max incorrect. Length should be: %s' %
len(instruction_groups))
exit(-1)
new_map = []
for gmap in group_max:
if gmap == "-1":
new_map.append(slots)
continue
try:
new_map.append(check_slots_length_func(gmap))
except argparse.ArgumentTypeError as exc:
print_error('Group max incorrect')
print_error(exc)
exit(-1)
group_max = new_map
group_min = arguments.get('group_min', None)
if group_min is None:
group_min = ['-1'] * len(instruction_groups)
else:
group_min = list(iter_flatten(group_min))
if len(group_min) != len(instruction_groups):
print_error('Group min: %s' % group_min)
print_error('Group min incorrect. Length should be: %s' %
len(instruction_groups))
exit(-1)
new_map = []
for gmap in group_min:
if gmap == "-1":
new_map.append(0)
continue
try:
new_map.append(check_slots_length_func(gmap))
except argparse.ArgumentTypeError as exc:
print_error('Group min incorrect')
print_error(exc)
exit(-1)
group_min = new_map
print_info("Importing target definition...")
target = import_definition(arguments.pop('target'))
policy = find_policy(target.name, 'seq')
if policy is None:
print_error("Target does not implement the default SEQ policy")
exit(-1)
instruction_groups = [
parse_instruction_list(target, group) for group in instruction_groups
]
base_seq = []
if 'base_seq' in arguments:
base_seq = parse_instruction_list(target, arguments['base_seq'])
sequences = [base_seq]
if len(instruction_groups) > 0:
sequences = _generate_sequences(slots, instruction_groups,
instruction_map, group_max, group_min,
base_seq)
if 'count' in arguments:
print_info("Total number of sequences defined : %s" %
len(list(sequences)))
exit(0)
outputdir = arguments['seq_output_dir']
if _BALANCE_EXECUTION:
global _DIRCONTENTS # pylint: disable=global-statement
_DIRCONTENTS = set(findfiles([outputdir], ""))
outputname = "%INSTR%.%EXT%"
if 'reset' not in arguments:
arguments['reset'] = False
if 'skip' not in arguments:
arguments['skip'] = False
if 'force_switch' not in arguments:
arguments['force_switch'] = False
if 'parallel' not in arguments:
print_info("Start sequential generation. Use parallel flag to speed")
print_info("up the benchmark generation.")
for sequence in sequences:
_generic_policy_wrapper(
(sequence, outputdir, outputname, target, arguments))
else:
print_info("Start parallel generation. Threads: %s" % mp.cpu_count())
pool = mp.Pool(processes=mp.cpu_count())
pool.map(_generic_policy_wrapper,
[(sequence, outputdir, outputname, target, arguments)
for sequence in sequences])
def _main(arguments):
"""
Program main, after processing the command line arguments
:param arguments: Dictionary with command line arguments and values
:type arguments: :class:`dict`
"""
print_info("Arguments processed!")
print_info("Checking input arguments for consistency...")
if ("epi_output_file" not in arguments
and "epi_output_dir" not in arguments):
print_error("No output provided")
exit(-1)
if ("epi_output_file" in arguments and "epi_output_dir" in arguments):
print_error("--epi-output-file and --epi-output-dir options conflict")
print_error("Use one of them")
exit(-1)
if ("instructions" not in arguments and "epi_output_dir" not in arguments):
print_error("If --instructions is not provided, you need to provide")
print_error("--epi-output-dir and not --epi-output-file")
exit(-1)
print_info("Importing target definition...")
target = import_definition(arguments.pop('target'))
policy = find_policy(target.name, 'epi')
if policy is None:
print_error("Target does not implement the default EPI policy")
exit(-1)
if 'instructions' not in arguments:
arguments['instructions'] = list(target.isa.instructions.values())
outputdir = arguments['epi_output_dir']
outputname = "%INSTR%.%EXT%"
else:
arguments['instructions'] = parse_instruction_list(
target, arguments['instructions'])
if ("epi_output_file" in arguments
and len(arguments['instructions']) != 1):
print_error("More than one microbenchmark to generate.")
print_error("Use --epi-output-dir parameter")
exit(-1)
if "epi_output_file" in arguments:
outputdir = os.path.dirname(arguments['epi_output_file'])
outputname = arguments['epi_output_file']
else:
outputdir = arguments['epi_output_dir']
outputname = "%INSTR%.%EXT%"
if 'reset' not in arguments:
arguments['reset'] = False
if 'skip' not in arguments:
arguments['skip'] = False
if 'ignore_errors' not in arguments:
arguments['ignore_errors'] = False
if 'parallel' not in arguments:
print_info("Start sequential generation. Use parallel flag to speed")
print_info("up the benchmark generation.")
for instruction in arguments['instructions']:
_generic_policy_wrapper(
(instruction, outputdir, outputname, target, arguments))
else:
print_info("Start parallel generation. Threads: %s" % mp.cpu_count())
pool = mp.Pool(processes=mp.cpu_count())
pool.map(_generic_policy_wrapper,
[(instruction, outputdir, outputname, target, arguments)
for instruction in arguments['instructions']])
def _main(arguments):
"""
Program main, after processing the command line arguments
:param arguments: Dictionary with command line arguments and values
:type arguments: :class:`dict`
"""
print_info("Arguments processed!")
print_info("Checking input arguments for consistency...")
flags = ["data_switch", "memory_switch",
"ignore_errors", "switch_branch"]
for flag in flags:
if flag not in arguments:
arguments[flag] = False
args = ["replace_every", "add_every", "branch_every", "branch_pattern",
"memory_stream"]
for arg in args:
if arg not in arguments:
arguments[arg] = []
if (len(arguments['branch_every']) >
0 and len(arguments['branch_pattern']) > 0):
print_error("--branch-every and --branch-pattern flags are "
"mutually exclusive. Use only on of them.")
exit(-1)
elif len(arguments['branch_pattern']) > 0:
arguments['branch_pattern'] = _process_branch_pattern(
arguments['branch_pattern']
)
elif len(arguments['branch_every']) > 0:
arguments['branch_pattern'] = _process_branch_every(
arguments['branch_every']
)
else:
arguments['branch_pattern'] = ['0']
print_info("Importing target definition...")
target = import_definition(arguments.pop('target'))
policy = find_policy(target.name, 'seqtune')
if policy is None:
print_error("Target does not implement the default SEQTUNE policy")
exit(-1)
arguments['sequence'] = parse_instruction_list(
target,
arguments['sequence'])
for elem in arguments["replace_every"]:
elem[0] = parse_instruction_list(target, elem[0])
elem[1] = parse_instruction_list(target, elem[1])
for elem in arguments["add_every"]:
elem[0] = parse_instruction_list(target, elem[0])
configurations = _generate_configurations(arguments)
configurations = _filter_configurations(configurations, arguments)
if 'count' in arguments:
print_info("Total number of variations defined : %s" %
len(list(configurations)))
exit(0)
outputdir = arguments['seq_output_dir']
outputname = "%BASENAME%.%EXT%"
if 'reset' not in arguments:
arguments['reset'] = False
if 'skip' not in arguments:
arguments['skip'] = False
if 'parallel' not in arguments:
print_info("Start sequential generation. Use parallel flag to speed")
print_info("up the benchmark generation.")
for params in configurations:
_generic_policy_wrapper(
(params,
outputdir,
outputname,
target,
arguments))
else:
print_info("Start parallel generation. Threads: %s" % mp.cpu_count())
pool = mp.Pool(processes=mp.cpu_count())
pool.map(_generic_policy_wrapper,
[(params, outputdir, outputname, target,
arguments)
for params in configurations]
)