results

type Machine struct {
	CPUModel string `json:"cpu_model"`
	CPUs     int    `json:"cpus"`
	MemTotal string `json:"mem_total"`
	Kernel   string `json:"kernel"`
	GoArch   string `json:"goarch"`
}

type Run struct {
	Name string `json:"name"`
	// Sessions is how many FIX sessions sent orders at once, and Window how
	// many unacknowledged orders each may have in flight.
	Sessions int `json:"sessions"`
	Window   int `json:"window"`
	// Orders is how many measured orders were sent (warm-up excluded);
	// Acked how many came back as ExecutionReport New, Rejected how many as
	// Rejected (expected 0), Fills how many trade reports the sessions got.
	Orders   int64 `json:"orders"`
	Acked    int64 `json:"acked"`
	Rejected int64 `json:"rejected"`
	Fills    int64 `json:"fills"`
	// Seconds is from the first measured send to the last measured ack.
	Seconds         float64 `json:"seconds"`
	OrdersPerSecond float64 `json:"orders_per_second"`
	// Ack latency: from just before the client hands a NewOrderSingle to the
	// engine to the moment the engine hands the client the ExecutionReport
	// New for it. Exact nearest-rank percentiles over every measured order.
	AckP50Micros int64  `json:"ack_p50_us"`
	AckP90Micros int64  `json:"ack_p90_us"`
	AckP99Micros int64  `json:"ack_p99_us"`
	AckMaxMicros int64  `json:"ack_max_us"`
	Warmup       int64  `json:"warmup_orders"`
	Transport    string `json:"transport"`
	StartedUTC   string `json:"started_utc"`
	RawFile      string `json:"raw_file"`
}

type Summary struct {
	Machine   Machine `json:"machine"`
	GoVersion string  `json:"go_version"`
	Engine    string  `json:"engine"`
	Date      string  `json:"date"`
	// Setup and Notes are the one hand-written part, from results/notes.json:
	// how the runs were set up, and what limits the figures.
	Setup string   `json:"setup"`
	Notes []string `json:"notes"`
	Runs  []Run    `json:"runs"`
}