micromeasure 0.11.1

Microbenchmark harness for tiny operations and PMU-aware measurement
Documentation
# Examples

`micromeasure` ships eleven runnable examples in [`examples/`](https://github.com/rdaum/micromeasure/tree/main/examples). Each demonstrates one feature in isolation so you can copy the shape that matches your workload.

Run any of them from the repo root. Add `--release` for realistic numbers.

| Example | Demonstrates |
|---|---|
| [basic]./examples/basic.md | Minimal single-threaded bench, runtime options, throughput in bytes |
| [throughput_units]./examples/throughput-units.md | `Throughput::per_operation(N, "lines")` -> `lines/s` |
| [factory_builder]./examples/factory-builder.md | `BenchContext` with an inline `factory()` overriding the default constructor |
| [concurrent_scenario]./examples/concurrent-scenario.md | Reader/writer contention, `concurrent_group`, `sample_duration` |
| [concurrent_counters]./examples/concurrent-counters.md | Same, plus a `read_misses` event counter via `with_counter` |
| [gpu_domain]./examples/gpu-domain.md | `MeasurementDomain::Gpu` suppresses CPU-PMU diagnostics |
| [mixed_domain]./examples/mixed-domain.md | `MeasurementDomain::Mixed` emits diagnostics with `[host]` prefix |
| [custom_metrics]./examples/custom-metrics.md | `bench_sample` returning `BenchSampleResult` with `MetricValue`s |
| [custom_backend]./examples/custom-backend.md | Pluggable `MeasurementBackend` (simulated CUDA events, no CUDA link) |
| [cuda_event_backend]./examples/cuda-event-backend.md | Real `CudaEventBackend` with `cudaMemsetAsync` (needs `cuda` feature) |
| [gpu_counters]./examples/gpu-counters.md | CUPTI/NVPerf diagnostic counters (needs `gpu-counters` feature) |

Each page below shows what the example demonstrates, the run command, a key code excerpt, and what to look for in the output.

> The examples all use `benchmark_main!`, which means the binary name is the example name and the filter (if any) comes after `--` or as the first positional arg: `cargo run --example basic --release -- add`.