feat(benchmark_di): add resolve phases, eager/lazy scenarios, and adapter parity

This commit is contained in:
Klim
2026-04-22 20:33:07 +03:00
parent 59234b44c2
commit 4077ed8469
13 changed files with 383 additions and 257 deletions

View File

@@ -31,184 +31,205 @@ class BenchmarkCliRunner {
Future<void> run(List<String> args) async {
final config = parseBenchmarkCli(args);
final results = <Map<String, dynamic>>[];
for (final bench in config.benchesToRun) {
final scenario = toScenario(bench);
final mode = toMode(bench);
for (final c in config.chainCounts) {
for (final d in config.nestDepths) {
BenchmarkResult benchResult;
if (config.di == 'getit') {
final di = GetItAdapter();
if (scenario == UniversalScenario.asyncChain) {
final benchAsync = UniversalChainAsyncBenchmark<GetIt>(
di,
chainCount: c,
nestingDepth: d,
mode: mode,
);
benchResult = await BenchmarkRunner.runAsync(
benchmark: benchAsync,
warmups: config.warmups,
repeats: config.repeats,
);
// DI implementations that do not support async scenarios
const asyncUnsupported = {'kiwi', 'yx_scope'};
for (final phase in config.phases) {
for (final bench in config.benchesToRun) {
final scenario = toScenario(bench);
final mode = toMode(bench);
if (asyncUnsupported.contains(config.di) &&
scenario == UniversalScenario.asyncChain) {
continue; // Skip async benchmarks for DI that does not support them
}
for (final c in config.chainCounts) {
for (final d in config.nestDepths) {
BenchmarkResult benchResult;
if (config.di == 'getit') {
final di = GetItAdapter();
if (scenario == UniversalScenario.asyncChain) {
final benchAsync = UniversalChainAsyncBenchmark<GetIt>(
di,
chainCount: c,
nestingDepth: d,
mode: mode,
);
benchResult = await BenchmarkRunner.runAsync(
benchmark: benchAsync,
warmups: config.warmups,
repeats: config.repeats,
phase: phase,
);
} else {
final benchSync = UniversalChainBenchmark<GetIt>(
di,
chainCount: c,
nestingDepth: d,
mode: mode,
scenario: scenario,
);
benchResult = await BenchmarkRunner.runSync(
benchmark: benchSync,
warmups: config.warmups,
repeats: config.repeats,
phase: phase,
);
}
} else if (config.di == 'kiwi') {
final di = KiwiAdapter();
if (scenario == UniversalScenario.asyncChain) {
final benchAsync = UniversalChainAsyncBenchmark<KiwiContainer>(
di,
chainCount: c,
nestingDepth: d,
mode: mode,
);
benchResult = await BenchmarkRunner.runAsync(
benchmark: benchAsync,
warmups: config.warmups,
repeats: config.repeats,
phase: phase,
);
} else {
final benchSync = UniversalChainBenchmark<KiwiContainer>(
di,
chainCount: c,
nestingDepth: d,
mode: mode,
scenario: scenario,
);
benchResult = await BenchmarkRunner.runSync(
benchmark: benchSync,
warmups: config.warmups,
repeats: config.repeats,
phase: phase,
);
}
} else if (config.di == 'riverpod') {
final di = RiverpodAdapter();
if (scenario == UniversalScenario.asyncChain) {
final benchAsync = UniversalChainAsyncBenchmark<
Map<String, rp.ProviderBase<Object?>>>(
di,
chainCount: c,
nestingDepth: d,
mode: mode,
);
benchResult = await BenchmarkRunner.runAsync(
benchmark: benchAsync,
warmups: config.warmups,
repeats: config.repeats,
phase: phase,
);
} else {
final benchSync = UniversalChainBenchmark<
Map<String, rp.ProviderBase<Object?>>>(
di,
chainCount: c,
nestingDepth: d,
mode: mode,
scenario: scenario,
);
benchResult = await BenchmarkRunner.runSync(
benchmark: benchSync,
warmups: config.warmups,
repeats: config.repeats,
phase: phase,
);
}
} else if (config.di == 'yx_scope') {
final di = YxScopeAdapter();
if (scenario == UniversalScenario.asyncChain) {
final benchAsync =
UniversalChainAsyncBenchmark<UniversalYxScopeContainer>(
di,
chainCount: c,
nestingDepth: d,
mode: mode,
);
benchResult = await BenchmarkRunner.runAsync(
benchmark: benchAsync,
warmups: config.warmups,
repeats: config.repeats,
phase: phase,
);
} else {
final benchSync =
UniversalChainBenchmark<UniversalYxScopeContainer>(
di,
chainCount: c,
nestingDepth: d,
mode: mode,
scenario: scenario,
);
benchResult = await BenchmarkRunner.runSync(
benchmark: benchSync,
warmups: config.warmups,
repeats: config.repeats,
phase: phase,
);
}
} else {
final benchSync = UniversalChainBenchmark<GetIt>(
di,
chainCount: c,
nestingDepth: d,
mode: mode,
scenario: scenario,
);
benchResult = await BenchmarkRunner.runSync(
benchmark: benchSync,
warmups: config.warmups,
repeats: config.repeats,
);
}
} else if (config.di == 'kiwi') {
final di = KiwiAdapter();
if (scenario == UniversalScenario.asyncChain) {
// UnsupportedError будет выброшен адаптером, но если дойдёт — вызывать async benchmark
final benchAsync = UniversalChainAsyncBenchmark<KiwiContainer>(
di,
chainCount: c,
nestingDepth: d,
mode: mode,
);
benchResult = await BenchmarkRunner.runAsync(
benchmark: benchAsync,
warmups: config.warmups,
repeats: config.repeats,
);
} else {
final benchSync = UniversalChainBenchmark<KiwiContainer>(
di,
chainCount: c,
nestingDepth: d,
mode: mode,
scenario: scenario,
);
benchResult = await BenchmarkRunner.runSync(
benchmark: benchSync,
warmups: config.warmups,
repeats: config.repeats,
);
}
} else if (config.di == 'riverpod') {
final di = RiverpodAdapter();
if (scenario == UniversalScenario.asyncChain) {
final benchAsync = UniversalChainAsyncBenchmark<
Map<String, rp.ProviderBase<Object?>>>(
di,
chainCount: c,
nestingDepth: d,
mode: mode,
);
benchResult = await BenchmarkRunner.runAsync(
benchmark: benchAsync,
warmups: config.warmups,
repeats: config.repeats,
);
} else {
final benchSync = UniversalChainBenchmark<
Map<String, rp.ProviderBase<Object?>>>(
di,
chainCount: c,
nestingDepth: d,
mode: mode,
scenario: scenario,
);
benchResult = await BenchmarkRunner.runSync(
benchmark: benchSync,
warmups: config.warmups,
repeats: config.repeats,
);
}
} else if (config.di == 'yx_scope') {
final di = YxScopeAdapter();
if (scenario == UniversalScenario.asyncChain) {
final benchAsync =
UniversalChainAsyncBenchmark<UniversalYxScopeContainer>(
di,
chainCount: c,
nestingDepth: d,
mode: mode,
);
benchResult = await BenchmarkRunner.runAsync(
benchmark: benchAsync,
warmups: config.warmups,
repeats: config.repeats,
);
} else {
final benchSync =
UniversalChainBenchmark<UniversalYxScopeContainer>(
di,
chainCount: c,
nestingDepth: d,
mode: mode,
scenario: scenario,
);
benchResult = await BenchmarkRunner.runSync(
benchmark: benchSync,
warmups: config.warmups,
repeats: config.repeats,
);
}
} else {
final di = CherrypickDIAdapter();
if (scenario == UniversalScenario.asyncChain) {
final benchAsync = UniversalChainAsyncBenchmark<Scope>(
di,
chainCount: c,
nestingDepth: d,
mode: mode,
);
benchResult = await BenchmarkRunner.runAsync(
benchmark: benchAsync,
warmups: config.warmups,
repeats: config.repeats,
);
} else {
final benchSync = UniversalChainBenchmark<Scope>(
di,
chainCount: c,
nestingDepth: d,
mode: mode,
scenario: scenario,
);
benchResult = await BenchmarkRunner.runSync(
benchmark: benchSync,
warmups: config.warmups,
repeats: config.repeats,
);
final di = CherrypickDIAdapter();
if (scenario == UniversalScenario.asyncChain) {
final benchAsync = UniversalChainAsyncBenchmark<Scope>(
di,
chainCount: c,
nestingDepth: d,
mode: mode,
);
benchResult = await BenchmarkRunner.runAsync(
benchmark: benchAsync,
warmups: config.warmups,
repeats: config.repeats,
phase: phase,
);
} else {
final benchSync = UniversalChainBenchmark<Scope>(
di,
chainCount: c,
nestingDepth: d,
mode: mode,
scenario: scenario,
);
benchResult = await BenchmarkRunner.runSync(
benchmark: benchSync,
warmups: config.warmups,
repeats: config.repeats,
phase: phase,
);
}
}
final timings = benchResult.timings;
if (timings.isEmpty) continue; // skip failed scenarios
timings.sort();
final count = timings.length;
final mean = timings.reduce((a, b) => a + b) / count;
final median = count.isOdd
? timings[count ~/ 2]
: (timings[count ~/ 2 - 1] + timings[count ~/ 2]) / 2;
final minVal = timings.first;
final maxVal = timings.last;
final stddev = sqrt(timings
.map((x) => pow(x - mean, 2))
.reduce((a, b) => a + b) /
count);
results.add({
'benchmark': 'Universal_$bench',
'phase': phase.name,
'chainCount': c,
'nestingDepth': d,
'mean_us': mean.toStringAsFixed(2),
'median_us': median.toStringAsFixed(2),
'stddev_us': stddev.toStringAsFixed(2),
'min_us': minVal.toStringAsFixed(2),
'max_us': maxVal.toStringAsFixed(2),
'trials': timings.length,
'timings_us': timings.map((t) => t.toStringAsFixed(2)).toList(),
'memory_diff_kb': benchResult.memoryDiffKb,
'delta_peak_kb': benchResult.deltaPeakKb,
'peak_rss_kb': benchResult.peakRssKb,
});
}
final timings = benchResult.timings;
timings.sort();
var mean = timings.reduce((a, b) => a + b) / timings.length;
var median = timings[timings.length ~/ 2];
var minVal = timings.first;
var maxVal = timings.last;
var stddev = timings.isEmpty
? 0
: sqrt(
timings.map((x) => pow(x - mean, 2)).reduce((a, b) => a + b) /
timings.length);
results.add({
'benchmark': 'Universal_$bench',
'chainCount': c,
'nestingDepth': d,
'mean_us': mean.toStringAsFixed(2),
'median_us': median.toStringAsFixed(2),
'stddev_us': stddev.toStringAsFixed(2),
'min_us': minVal.toStringAsFixed(2),
'max_us': maxVal.toStringAsFixed(2),
'trials': timings.length,
'timings_us': timings.map((t) => t.toStringAsFixed(2)).toList(),
'memory_diff_kb': benchResult.memoryDiffKb,
'delta_peak_kb': benchResult.deltaPeakKb,
'peak_rss_kb': benchResult.peakRssKb,
});
}
}
}