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Merge pull request #9353 from mr-raj12/benchmark-cpu-json
benchmark cpu: add --json output option, fixes #9166
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2 changed files with 120 additions and 19 deletions
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@ -8,6 +8,7 @@ import time
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from ..constants import * # NOQA
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from ..crypto.key import FlexiKey
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from ..helpers import format_file_size
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from ..helpers import json_print
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from ..helpers import msgpack
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from ..helpers import get_reset_ec
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from ..item import Item
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@ -128,6 +129,8 @@ class BenchmarkMixIn:
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"""Benchmark CPU-bound operations."""
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from timeit import timeit
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result = {} if args.json else None
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random_10M = os.urandom(10 * 1000 * 1000)
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key_256 = os.urandom(32)
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key_128 = os.urandom(16)
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@ -136,8 +139,11 @@ class BenchmarkMixIn:
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import io
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from ..chunkers import get_chunker # noqa
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print("Chunkers =======================================================")
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size = "1GB"
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if not args.json:
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print("Chunkers =======================================================")
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else:
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result["chunkers"] = []
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size = 1000000000
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def chunkit(ch):
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with io.BytesIO(random_10M) as data_file:
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@ -160,31 +166,53 @@ class BenchmarkMixIn:
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),
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("fixed,1048576", "ch = get_chunker('fixed', 1048576, sparse=False)", "chunkit(ch)", locals()),
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]:
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print(f"{spec:<24} {size:<10} {timeit(func, setup, number=100, globals=vars):.3f}s")
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dt = timeit(func, setup, number=100, globals=vars)
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if args.json:
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algo, _, algo_params = spec.partition(",")
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result["chunkers"].append({"algo": algo, "algo_params": algo_params, "size": size, "time": dt})
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else:
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print(f"{spec:<24} {format_file_size(size):<10} {dt:.3f}s")
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from ..checksums import crc32, xxh64
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print("Non-cryptographic checksums / hashes ===========================")
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size = "1GB"
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if not args.json:
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print("Non-cryptographic checksums / hashes ===========================")
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else:
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result["checksums"] = []
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size = 1000000000
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tests = [("xxh64", lambda: xxh64(random_10M)), ("crc32 (zlib)", lambda: crc32(random_10M))]
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for spec, func in tests:
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print(f"{spec:<24} {size:<10} {timeit(func, number=100):.3f}s")
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dt = timeit(func, number=100)
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if args.json:
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result["checksums"].append({"algo": spec, "size": size, "time": dt})
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else:
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print(f"{spec:<24} {format_file_size(size):<10} {dt:.3f}s")
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from ..crypto.low_level import hmac_sha256, blake2b_256
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print("Cryptographic hashes / MACs ====================================")
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size = "1GB"
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if not args.json:
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print("Cryptographic hashes / MACs ====================================")
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else:
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result["hashes"] = []
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size = 1000000000
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for spec, func in [
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("hmac-sha256", lambda: hmac_sha256(key_256, random_10M)),
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("blake2b-256", lambda: blake2b_256(key_256, random_10M)),
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]:
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print(f"{spec:<24} {size:<10} {timeit(func, number=100):.3f}s")
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dt = timeit(func, number=100)
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if args.json:
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result["hashes"].append({"algo": spec, "size": size, "time": dt})
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else:
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print(f"{spec:<24} {format_file_size(size):<10} {dt:.3f}s")
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from ..crypto.low_level import AES256_CTR_BLAKE2b, AES256_CTR_HMAC_SHA256
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from ..crypto.low_level import AES256_OCB, CHACHA20_POLY1305
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print("Encryption =====================================================")
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size = "1GB"
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if not args.json:
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print("Encryption =====================================================")
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else:
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result["encryption"] = []
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size = 1000000000
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tests = [
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(
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@ -211,19 +239,33 @@ class BenchmarkMixIn:
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),
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]
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for spec, func in tests:
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print(f"{spec:<24} {size:<10} {timeit(func, number=100):.3f}s")
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dt = timeit(func, number=100)
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if args.json:
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result["encryption"].append({"algo": spec, "size": size, "time": dt})
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else:
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print(f"{spec:<24} {format_file_size(size):<10} {dt:.3f}s")
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print("KDFs (slow is GOOD, use argon2!) ===============================")
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if not args.json:
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print("KDFs (slow is GOOD, use argon2!) ===============================")
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else:
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result["kdf"] = []
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count = 5
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for spec, func in [
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("pbkdf2", lambda: FlexiKey.pbkdf2("mypassphrase", b"salt" * 8, PBKDF2_ITERATIONS, 32)),
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("argon2", lambda: FlexiKey.argon2("mypassphrase", 64, b"S" * ARGON2_SALT_BYTES, **ARGON2_ARGS)),
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]:
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print(f"{spec:<24} {count:<10} {timeit(func, number=count):.3f}s")
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dt = timeit(func, number=count)
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if args.json:
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result["kdf"].append({"algo": spec, "count": count, "time": dt})
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else:
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print(f"{spec:<24} {count:<10} {dt:.3f}s")
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from ..compress import CompressionSpec
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print("Compression ====================================================")
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if not args.json:
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print("Compression ====================================================")
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else:
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result["compression"] = []
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for spec in [
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"lz4",
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"zstd,1",
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@ -240,15 +282,30 @@ class BenchmarkMixIn:
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"lzma,9",
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]:
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compressor = CompressionSpec(spec).compressor
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size = "0.1GB"
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print(f"{spec:<12} {size:<10} {timeit(lambda: compressor.compress({}, random_10M), number=10):.3f}s")
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size = 100000000
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dt = timeit(lambda: compressor.compress({}, random_10M), number=10)
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if args.json:
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algo, _, algo_params = spec.partition(",")
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result["compression"].append({"algo": algo, "algo_params": algo_params, "size": size, "time": dt})
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else:
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print(f"{spec:<12} {format_file_size(size):<10} {dt:.3f}s")
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print("msgpack ========================================================")
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if not args.json:
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print("msgpack ========================================================")
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else:
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result["msgpack"] = []
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item = Item(path="foo/bar/baz", mode=660, mtime=1234567)
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items = [item.as_dict()] * 1000
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size = "100k Items"
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spec = "msgpack"
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print(f"{spec:<12} {size:<10} {timeit(lambda: msgpack.packb(items), number=100):.3f}s")
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dt = timeit(lambda: msgpack.packb(items), number=100)
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if args.json:
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result["msgpack"].append({"algo": spec, "count": 100000, "time": dt})
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else:
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print(f"{spec:<12} {size:<10} {dt:.3f}s")
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if args.json:
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json_print(result)
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def build_parser_benchmarks(self, subparsers, common_parser, mid_common_parser):
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from ._common import process_epilog
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@ -343,3 +400,4 @@ class BenchmarkMixIn:
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help="benchmarks Borg CPU-bound operations.",
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)
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subparser.set_defaults(func=self.do_benchmark_cpu)
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subparser.add_argument("--json", action="store_true", help="format output as JSON")
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@ -1,3 +1,5 @@
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import json
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from ...constants import * # NOQA
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from . import cmd, RK_ENCRYPTION
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@ -6,3 +8,44 @@ def test_benchmark_crud(archiver, monkeypatch):
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cmd(archiver, "repo-create", RK_ENCRYPTION)
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monkeypatch.setenv("_BORG_BENCHMARK_CRUD_TEST", "YES")
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cmd(archiver, "benchmark", "crud", archiver.input_path)
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def test_benchmark_cpu(archiver):
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output = cmd(archiver, "benchmark", "cpu")
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# verify all section headers appear in the plain-text output
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assert "Chunkers" in output
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assert "Non-cryptographic checksums / hashes" in output
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assert "Cryptographic hashes / MACs" in output
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assert "Encryption" in output
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assert "KDFs" in output
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assert "Compression" in output
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assert "msgpack" in output
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def test_benchmark_cpu_json(archiver):
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output = cmd(archiver, "benchmark", "cpu", "--json")
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result = json.loads(output)
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assert isinstance(result, dict)
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# categories with "size" field (bytes)
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for category in ["chunkers", "checksums", "hashes", "encryption"]:
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assert isinstance(result[category], list)
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assert len(result[category]) > 0
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for entry in result[category]:
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assert isinstance(entry["algo"], str)
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assert isinstance(entry["size"], int)
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assert isinstance(entry["time"], float)
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# chunkers and compression also have algo_params
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for category in ["chunkers", "compression"]:
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for entry in result[category]:
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assert "algo_params" in entry
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# categories with "count" field
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for category in ["kdf", "msgpack"]:
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assert isinstance(result[category], list)
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assert len(result[category]) > 0
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for entry in result[category]:
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assert isinstance(entry["algo"], str)
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assert isinstance(entry["count"], int)
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assert isinstance(entry["time"], float)
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# compression has size field too
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for entry in result["compression"]:
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assert isinstance(entry["size"], int)
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