def import_benchmark_output(arch, bench_type, filepath, output=sys.stdout):
"""
Import benchmark results from micro-benchmarks.
:param arch: target architecture key
:type arch: str
:param bench_type: key for defining type of benchmark output
:type bench_type: str
:param filepath: filepath to the output file
:type filepath: str
:param output: output stream to dump, defaults to sys.stdout
:type output: stream
"""
supported_bench_outputs = ["ibench", "asmbench"]
assert os.path.exists(filepath)
if bench_type not in supported_bench_outputs:
raise ValueError("Benchmark type is not supported.")
with open(filepath, "r") as f:
input_data = f.readlines()
db_entries = None
mm = MachineModel(arch)
if bench_type == "ibench":
db_entries = _get_ibench_output(input_data, mm.get_ISA())
elif bench_type == "asmbench":
db_entries = _get_asmbench_output(input_data, mm.get_ISA())
# write entries to DB
for entry in db_entries:
mm.set_instruction_entry(db_entries[entry])
if output is None:
print(mm.dump())
else:
mm.dump(stream=output)
def test_add_single_entry(self):
mm_csx = MachineModel('csx')
mm_tx2 = MachineModel('tx2')
mm_zen1 = MachineModel('zen1')
num_entries_csx = len(mm_csx['instruction_forms'])
num_entries_tx2 = len(mm_tx2['instruction_forms'])
num_entries_zen1 = len(mm_zen1['instruction_forms'])
mm_csx.set_instruction_entry(self.entry_csx)
mm_tx2.set_instruction_entry(self.entry_tx2)
mm_zen1.set_instruction_entry({'name': 'empty_operation'})
num_entries_csx = len(mm_csx['instruction_forms']) - num_entries_csx
num_entries_tx2 = len(mm_tx2['instruction_forms']) - num_entries_tx2
num_entries_zen1 = len(mm_zen1['instruction_forms']) - num_entries_zen1
self.assertEqual(num_entries_csx, 1)
self.assertEqual(num_entries_tx2, 1)
self.assertEqual(num_entries_zen1, 1)
def test_add_single_entry(self):
mm_csx = MachineModel("csx")
mm_tx2 = MachineModel("tx2")
mm_zen1 = MachineModel("zen1")
num_entries_csx = len(mm_csx["instruction_forms"])
num_entries_tx2 = len(mm_tx2["instruction_forms"])
num_entries_zen1 = len(mm_zen1["instruction_forms"])
mm_csx.set_instruction_entry(self.entry_csx)
mm_tx2.set_instruction_entry(self.entry_tx2)
mm_zen1.set_instruction_entry({"name": "empty_operation"})
num_entries_csx = len(mm_csx["instruction_forms"]) - num_entries_csx
num_entries_tx2 = len(mm_tx2["instruction_forms"]) - num_entries_tx2
num_entries_zen1 = len(mm_zen1["instruction_forms"]) - num_entries_zen1
self.assertEqual(num_entries_csx, 1)
self.assertEqual(num_entries_tx2, 1)
self.assertEqual(num_entries_zen1, 1)
