runner

type DiagnoseRunState struct {
	// contains filtered or unexported fields
}

type IterationDigest struct {
	Result       string // pass, fail, timeout
	RanTests     int    // distinct named tests (package.test) that executed (pass/fail/timeout), excluding skip-only
	FailTests    int    // len(IterationSummaries[0].FailingTests)
	TimeoutTests int    // len(Timeouts) for this iteration
	SkipTests    int    // distinct named tests skipped in this iteration
	SlowTests    int    // tests over slow threshold
	BuildFailure bool   // compile/build failed or heuristic package-level fail with no named tests run
}

type IterationSummary struct {
	Index        int           `json:"index"`
	Duration     time.Duration `json:"duration,omitempty"`
	Result       string        `json:"result"` // "pass", "fail", "timeout"
	FailingTests []string      `json:"failing_tests,omitempty"`
	ShuffleSeed  int64         `json:"shuffle_seed,omitempty"`
}

type LogMap map[testKey]map[int]string

type ProblemLog struct {
	Type  string `json:"type"`
	Iters string `json:"iters"`
	Path  string `json:"path"`
}

type Report struct {
	Run                *RunMeta           `json:"run,omitempty"`
	Iterations         int                `json:"iterations"`
	SlowThreshold      time.Duration      `json:"slow_threshold"`
	Summary            *ReportSummary     `json:"summary,omitempty"`
	IterationSummaries []IterationSummary `json:"iteration_summaries,omitempty"`
	Flakes             []TestEntry        `json:"flakes,omitempty"`
	Failures           []TestEntry        `json:"failures,omitempty"`
	Timeouts           []TestEntry        `json:"timeouts,omitempty"`
	Slow               []TestEntry        `json:"slow,omitempty"`
	SlowestPackages    []TestEntry        `json:"slowest_packages,omitempty"`
}

type ReportSummary struct {
	DistinctNamedTests          int      `json:"distinct_named_tests"`
	FlakeNamedCount             int      `json:"flake_named_count"`
	FlakePrevalence             *float64 `json:"flake_prevalence,omitempty"`
	FlakeFailRuns               int      `json:"flake_fail_runs,omitempty"`
	FlakeTotalRuns              int      `json:"flake_total_runs,omitempty"`
	FlakeExecutionFailRate      *float64 `json:"flake_execution_fail_rate,omitempty"`
	FlakeExecutionFailRateLower *float64 `json:"flake_execution_fail_rate_lower,omitempty"`
	FlakeExecutionFailRateUpper *float64 `json:"flake_execution_fail_rate_upper,omitempty"`
	// FlakeFailingIterations is how many diagnose iterations had at least one
	// flake failure; FlakeIterationTotal is rep.Iterations (not summed per-test runs).
	FlakeFailingIterations      int      `json:"flake_failing_iterations,omitempty"`
	FlakeIterationTotal         int      `json:"flake_iteration_total,omitempty"`
	FlakeIterationFailRate      *float64 `json:"flake_iteration_fail_rate,omitempty"`
	FlakeIterationFailRateLower *float64 `json:"flake_iteration_fail_rate_lower,omitempty"`
	FlakeIterationFailRateUpper *float64 `json:"flake_iteration_fail_rate_upper,omitempty"`
	SlowCount                   int      `json:"slow_count,omitempty"`
	SlowPrevalence              *float64 `json:"slow_prevalence,omitempty"`
	// IterationDurationMin/Max/P50 summarize wall-clock runtimes (IterationSummary.Duration) across all completed iterations.
	IterationDurationMin time.Duration `json:"iteration_duration_min,omitempty"`
	IterationDurationMax time.Duration `json:"iteration_duration_max,omitempty"`
	IterationDurationP50 time.Duration `json:"iteration_duration_p50,omitempty"`
}

type RunMeta struct {
	ResultsDirBasename string        `json:"results_dir_basename"`
	StartedAt          time.Time     `json:"started_at"`
	FinishedAt         *time.Time    `json:"finished_at,omitempty"`
	GoTestArgs         []string      `json:"go_test_args"`
	TargetSlug         string        `json:"target_slug"`
	DiagnoseIterations int           `json:"diagnose_iterations"`
	ParallelIterations int           `json:"parallel_iterations,omitempty"`
	SlowThreshold      time.Duration `json:"slow_threshold"`
	FailFast           bool          `json:"fail_fast,omitempty"`
	FailFastOn         []string      `json:"fail_fast_on,omitempty"`
	Shuffle            bool          `json:"shuffle,omitempty"`
}

type RunStateSnapshot struct {
	Conf       *config.App       `json:"conf"`
	GoTestArgs []string          `json:"go_test_args"`
	State      *DiagnoseRunState `json:"state"`
	Start      time.Time         `json:"start"`
}

type TestEntry struct {
	Package       string        `json:"package"`
	Test          string        `json:"test,omitempty"`
	Runs          int           `json:"runs"`
	Successes     int           `json:"successes"`
	Fails         int           `json:"fails"`
	Skips         int           `json:"skips"`
	Timeouts      int           `json:"timeouts"`
	FailRateLower *float64      `json:"fail_rate_lower,omitempty"`
	FailRateUpper *float64      `json:"fail_rate_upper,omitempty"`
	MinElapsed    time.Duration `json:"min_elapsed"`
	MaxElapsed    time.Duration `json:"max_elapsed"`
	P50Elapsed    time.Duration `json:"p50_elapsed"`
	Logs          []ProblemLog  `json:"logs,omitempty"`
	FailIters     []int         `json:"-"`
	TimeoutIters  []int         `json:"-"`
	SlowIters     []int         `json:"-"`
}

type TestEvent struct {
	Time        time.Time
	Action      string
	Package     string
	Test        string
	Elapsed     float64
	Output      string
	FailedBuild string
}

type TestGroup struct {
	Entries     *[]TestEntry
	LogKind     string
	CSVCategory string
	Iters       func(TestEntry) []int
}

type TraceEvent struct {
	Name  string         `json:"name"`
	Cat   string         `json:"cat"`
	Ph    string         `json:"ph"`  // "X" for Complete event, "M" for Metadata
	Ts    int64          `json:"ts"`  // Microseconds
	Dur   int64          `json:"dur"` // Microseconds
	Pid   int            `json:"pid"`
	Tid   int            `json:"tid"`
	Cname string         `json:"cname,omitempty"`
	Args  map[string]any `json:"args,omitempty"`
}

type TraceServeOptions struct {
	// Addr overrides traceListenAddr. Production leaves this empty; tests set "127.0.0.1:0".
	Addr        string
	OpenBrowser func(string) error
}