func newConsumerMetrics(consumerName string) *consumerMetrics {
kafkaMetrics := &consumerMetrics{
registry: metrics.NewRegistry(),
}
kafkaMetrics.fetchersIdleTimer = metrics.NewRegisteredTimer(fmt.Sprintf("FetchersIdleTime-%s", consumerName), kafkaMetrics.registry)
kafkaMetrics.fetchDurationTimer = metrics.NewRegisteredTimer(fmt.Sprintf("FetchDuration-%s", consumerName), kafkaMetrics.registry)
kafkaMetrics.numWorkerManagersGauge = metrics.NewRegisteredGauge(fmt.Sprintf("NumWorkerManagers-%s", consumerName), kafkaMetrics.registry)
kafkaMetrics.activeWorkersCounter = metrics.NewRegisteredCounter(fmt.Sprintf("WMsActiveWorkers-%s", consumerName), kafkaMetrics.registry)
kafkaMetrics.pendingWMsTasksCounter = metrics.NewRegisteredCounter(fmt.Sprintf("WMsPendingTasks-%s", consumerName), kafkaMetrics.registry)
kafkaMetrics.wmsBatchDurationTimer = metrics.NewRegisteredTimer(fmt.Sprintf("WMsBatchDuration-%s", consumerName), kafkaMetrics.registry)
kafkaMetrics.wmsIdleTimer = metrics.NewRegisteredTimer(fmt.Sprintf("WMsIdleTime-%s", consumerName), kafkaMetrics.registry)
return kafkaMetrics
}
func newConsumerMetrics(consumerName, prefix string) *ConsumerMetrics {
kafkaMetrics := &ConsumerMetrics{
registry: metrics.DefaultRegistry,
}
// Ensure prefix ends with a dot (.) so it plays nice with statsd/graphite
prefix = strings.Trim(prefix, " ")
if prefix != "" && prefix[len(prefix)-1:] != "." {
prefix += "."
}
kafkaMetrics.consumerName = consumerName
kafkaMetrics.prefix = prefix
kafkaMetrics.fetchersIdleTimer = metrics.NewRegisteredTimer(fmt.Sprintf("%sFetchersIdleTime-%s", prefix, consumerName), kafkaMetrics.registry)
kafkaMetrics.fetchDurationTimer = metrics.NewRegisteredTimer(fmt.Sprintf("%sFetchDuration-%s", prefix, consumerName), kafkaMetrics.registry)
kafkaMetrics.numWorkerManagersGauge = metrics.NewRegisteredGauge(fmt.Sprintf("%sNumWorkerManagers-%s", prefix, consumerName), kafkaMetrics.registry)
kafkaMetrics.activeWorkersCounter = metrics.NewRegisteredCounter(fmt.Sprintf("%sWMsActiveWorkers-%s", prefix, consumerName), kafkaMetrics.registry)
kafkaMetrics.pendingWMsTasksCounter = metrics.NewRegisteredCounter(fmt.Sprintf("%sWMsPendingTasks-%s", prefix, consumerName), kafkaMetrics.registry)
kafkaMetrics.taskTimeoutCounter = metrics.NewRegisteredCounter(fmt.Sprintf("%sTaskTimeouts-%s", prefix, consumerName), kafkaMetrics.registry)
kafkaMetrics.wmsBatchDurationTimer = metrics.NewRegisteredTimer(fmt.Sprintf("%sWMsBatchDuration-%s", prefix, consumerName), kafkaMetrics.registry)
kafkaMetrics.wmsIdleTimer = metrics.NewRegisteredTimer(fmt.Sprintf("%sWMsIdleTime-%s", prefix, consumerName), kafkaMetrics.registry)
kafkaMetrics.numFetchedMessagesCounter = metrics.NewRegisteredCounter(fmt.Sprintf("%sFetchedMessages-%s", prefix, consumerName), kafkaMetrics.registry)
kafkaMetrics.numConsumedMessagesCounter = metrics.NewRegisteredCounter(fmt.Sprintf("%sConsumedMessages-%s", prefix, consumerName), kafkaMetrics.registry)
kafkaMetrics.numAcksCounter = metrics.NewRegisteredCounter(fmt.Sprintf("%sAcks-%s", prefix, consumerName), kafkaMetrics.registry)
kafkaMetrics.topicPartitionLag = make(map[TopicAndPartition]metrics.Gauge)
kafkaMetrics.reportingStopChannels = make([]chan struct{}, 0)
return kafkaMetrics
}
func newConsumerMetrics(consumerName, prefix string) *ConsumerMetrics {
kafkaMetrics := &ConsumerMetrics{
registry: metrics.DefaultRegistry,
}
// Ensure prefix ends with a dot (.) so it plays nice with statsd/graphite
prefix = strings.Trim(prefix, " ")
if prefix != "" && prefix[len(prefix)-1:] != "." {
prefix += "."
}
kafkaMetrics.fetchersIdleTimer = metrics.NewRegisteredTimer(fmt.Sprintf("%sFetchersIdleTime-%s", prefix, consumerName), kafkaMetrics.registry)
kafkaMetrics.fetchDurationTimer = metrics.NewRegisteredTimer(fmt.Sprintf("%sFetchDuration-%s", prefix, consumerName), kafkaMetrics.registry)
kafkaMetrics.numWorkerManagersGauge = metrics.NewRegisteredGauge(fmt.Sprintf("%sNumWorkerManagers-%s", prefix, consumerName), kafkaMetrics.registry)
kafkaMetrics.activeWorkersCounter = metrics.NewRegisteredCounter(fmt.Sprintf("%sWMsActiveWorkers-%s", prefix, consumerName), kafkaMetrics.registry)
kafkaMetrics.pendingWMsTasksCounter = metrics.NewRegisteredCounter(fmt.Sprintf("%sWMsPendingTasks-%s", prefix, consumerName), kafkaMetrics.registry)
kafkaMetrics.taskTimeoutCounter = metrics.NewRegisteredCounter(fmt.Sprintf("%sTaskTimeouts-%s", prefix, consumerName), kafkaMetrics.registry)
kafkaMetrics.wmsBatchDurationTimer = metrics.NewRegisteredTimer(fmt.Sprintf("%sWMsBatchDuration-%s", prefix, consumerName), kafkaMetrics.registry)
kafkaMetrics.wmsIdleTimer = metrics.NewRegisteredTimer(fmt.Sprintf("%sWMsIdleTime-%s", prefix, consumerName), kafkaMetrics.registry)
return kafkaMetrics
}
// StartBinaryGenerator starts up 1 goroutine running a "master" afl-fuzz and n-1 "slave"
// afl-fuzz processes, where n is specified by config.Generator.NumFuzzProcesses.
// Output goes to config.Generator.AflOutputPath
func StartBinaryGenerator() error {
executable, err := setup()
if err != nil {
return fmt.Errorf("Failed binary generator setup: %s", err)
}
masterCmd := &exec.Command{
Name: "./afl-fuzz",
Args: []string{"-i", config.Generator.FuzzSamples, "-o", config.Generator.AflOutputPath, "-m", "5000", "-t", "3000", "-M", "fuzzer0", "--", executable, "--src", "skp", "--skps", "@@", "--config", "8888"},
Dir: config.Generator.AflRoot,
LogStdout: true,
LogStderr: true,
Env: []string{"AFL_SKIP_CPUFREQ=true"}, // Avoids a warning afl-fuzz spits out about dynamic scaling of cpu frequency
}
if config.Generator.WatchAFL {
masterCmd.Stdout = os.Stdout
}
fuzzProcesses = append(fuzzProcesses, run(masterCmd))
fuzzCount := config.Generator.NumFuzzProcesses
if fuzzCount <= 0 {
// TODO(kjlubick): Make this actually an intelligent number based on the number of cores.
fuzzCount = 10
}
fuzzProcessCount = go_metrics.NewRegisteredCounter("afl_fuzz_process_count", go_metrics.DefaultRegistry)
fuzzProcessCount.Inc(int64(fuzzCount))
for i := 1; i < fuzzCount; i++ {
fuzzerName := fmt.Sprintf("fuzzer%d", i)
slaveCmd := &exec.Command{
Name: "./afl-fuzz",
Args: []string{"-i", config.Generator.FuzzSamples, "-o", config.Generator.AflOutputPath, "-m", "5000", "-t", "3000", "-S", fuzzerName, "--", executable, "--src", "skp", "--skps", "@@", "--config", "8888"},
Dir: config.Generator.AflRoot,
LogStdout: true,
LogStderr: true,
Env: []string{"AFL_SKIP_CPUFREQ=true"}, // Avoids a warning afl-fuzz spits out about dynamic scaling of cpu frequency
}
fuzzProcesses = append(fuzzProcesses, run(slaveCmd))
}
return nil
}
func TestParsing(t *testing.T) {
tile := tiling.NewTile()
offset := 1
dm := loadDMResults(t)
metricsProcessed := metrics.NewRegisteredCounter("testing.ingestion.processed", metrics.DefaultRegistry)
addResultToTile(dm, tile, offset, metricsProcessed)
if got, want := len(tile.Traces), 2; got != want {
t.Errorf("Wrong number of Traces: Got %v Want %v", got, want)
}
tr := tile.Traces["x86_64:565:Debug:HD7770:ShuttleA:varied_text_clipped_no_lcd:Win8"].(*types.GoldenTrace)
if got, want := tr.Values[1], "445aa63b2200baaba9b37fd5f80c0447"; got != want {
t.Errorf("Digest wrong: Got %v Want %v", got, want)
}
if got, want := len(tr.Params()), 9; got != want {
t.Errorf("Params wrong: Got %v Want %v", got, want)
}
if got, want := tr.Params()["ext"], "png"; got != want {
t.Errorf("Extension not injected:: Got %v Want %v", got, want)
}
if got, want := int64(2), metricsProcessed.Count(); got != want {
t.Errorf("Wrong number of points ingested: Got %v Want %v", got, want)
}
}
// Init initializes the module.
func Init() {
downloadSuccessCount = metrics.NewRegisteredCounter("gold.gsdownload.success", metrics.DefaultRegistry)
downloadFailureCount = metrics.NewRegisteredCounter("gold.gsdownload.failiure", metrics.DefaultRegistry)
}
func newCounter(name, suffix string) metrics.Counter {
return metrics.NewRegisteredCounter("ingester."+name+".gauge."+suffix, metrics.DefaultRegistry)
}
// tryInfoLink is the regex that matches URLs paths that are direct links to data about a single try.
tryInfoLink = regexp.MustCompile("^/json/([a-f0-9]+)$")
// workspaceLink is the regex that matches URLs paths for workspaces.
workspaceLink = regexp.MustCompile("^/w/([a-z0-9-]+)$")
// errorRE is the regex that matches compiler errors and extracts the line / column information.
errorRE = regexp.MustCompile("^.*.cpp:(\\d+):(\\d+):\\s*(.*)")
// paintDeclRE is the regex that matches paint declarations so we can set up fonts for it
paintDeclRE = regexp.MustCompile("^\\s+SkPaint\\s+(\\S+)\\s*;")
gitHash = ""
gitInfo = ""
requestsCounter = metrics.NewRegisteredCounter("requests", metrics.DefaultRegistry)
)
// Command line flags.
var (
configFilename = flag.String("config", "webtry.toml", "Configuration filename")
graphiteServer = flag.String("graphite_server", "skia-monitoring:2003", "Where is Graphite metrics ingestion server running.")
)
// lineNumbers adds #line numbering to the user's code.
func LineNumbers(c string) string {
lines := strings.Split(c, "\n")
ret := []string{}
for i, line := range lines {
ret = append(ret, fmt.Sprintf("#line %d", i+1))
ret = append(ret, line)
func TestAddBenchDataToTile(t *testing.T) {
// Load the sample data file as BenchData.
_, filename, _, _ := runtime.Caller(0)
r, err := os.Open(filepath.Join(filepath.Dir(filename), "testdata", "nano.json"))
if err != nil {
t.Fatal("Failed to open test file: ", err)
}
benchData, err := ParseBenchDataFromReader(r)
if err != nil {
t.Fatal("Failed to parse test file: ", err)
}
metricsProcessed := metrics.NewRegisteredCounter("testing.ingestion.processed", metrics.DefaultRegistry)
// Create an empty Tile.
tile := tiling.NewTile()
tile.Scale = 0
tile.TileIndex = 0
offset := 1
testcases := []struct {
key string
value float64
subResult string
}{
{
key: "x86:GTX660:ShuttleA:Ubuntu12:DeferredSurfaceCopy_discardable_640_480:gpu",
value: 0.1157132745098039,
subResult: "min_ms",
},
{
key: "x86:GTX660:ShuttleA:Ubuntu12:memory_usage_0_0:meta:max_rss_mb",
value: 858,
subResult: "max_rss_mb",
},
{
key: "x86:GTX660:ShuttleA:Ubuntu12:src_pipe_global_weak_symbol:memory:bytes",
value: 158,
subResult: "bytes",
},
{
key: "x86:GTX660:ShuttleA:Ubuntu12:DeferredSurfaceCopy_nonDiscardable_640_480:8888",
value: 2.855735,
subResult: "min_ms",
},
{
key: "x86:GTX660:ShuttleA:Ubuntu12:DeferredSurfaceCopy_nonDiscardable_640_480:8888:bytes",
value: 298888,
subResult: "bytes",
},
{
key: "x86:GTX660:ShuttleA:Ubuntu12:DeferredSurfaceCopy_nonDiscardable_640_480:8888:ops",
value: 3333,
subResult: "ops",
},
}
// Do everything twice to ensure that we are idempotent.
for i := 0; i < 2; i++ {
// Add the BenchData to the Tile.
addBenchDataToTile(benchData, tile, offset, metricsProcessed)
// Test that the Tile has the right data.
if got, want := len(tile.Traces), 13; got != want {
t.Errorf("Wrong number of traces: Got %d Want %d", got, want)
}
for _, tc := range testcases {
trace, ok := tile.Traces[tc.key]
if !ok {
t.Errorf("Missing expected key: %s", tc.key)
}
if got, want := trace.(*types.PerfTrace).Values[offset], tc.value; got != want {
t.Errorf("Wrong value in trace: Got %v Want %v", got, want)
}
}
trace := tile.Traces[testcases[0].key]
// Validate the traces Params.
expected := map[string]string{
"arch": "x86",
"gpu": "GTX660",
"model": "ShuttleA",
"os": "Ubuntu12",
"system": "UNIX",
"test": "DeferredSurfaceCopy_discardable_640_480",
"config": "gpu",
"GL_RENDERER": "GeForce GTX 660/PCIe/SSE2",
"GL_SHADING_LANGUAGE_VERSION": "4.40 NVIDIA via Cg compiler",
"GL_VENDOR": "NVIDIA Corporation",
"GL_VERSION": "4.4.0 NVIDIA 331.49",
"source_type": "bench",
"sub_result": "min_ms",
}
if got, want := len(trace.Params()), len(expected); got != want {
t.Errorf("Params wrong length: Got %v Want %v", got, want)
}
for k, v := range expected {
if got, want := trace.Params()[k], v; got != want {
t.Errorf("Wrong params: Got %v Want %v", got, want)
}
}
// Validate the Tiles ParamSet.
if got, want := len(tile.ParamSet), len(expected)+2; got != want {
t.Errorf("Wrong ParamSet length: Got %v Want %v", got, want)
}
for k, _ := range expected {
if _, ok := tile.ParamSet[k]; !ok {
t.Errorf("Missing from ParamSet: %s", k)
}
}
// The new symbol table size options values should also show up in the ParamSet.
for _, k := range []string{"path", "symbol"} {
if _, ok := tile.ParamSet[k]; !ok {
t.Errorf("Missing from ParamSet: %s", k)
}
}
if got, want := len(tile.ParamSet["source_type"]), 1; got != want {
t.Errorf("Wrong ParamSet for source_type: Got %v Want %v", got, want)
}
if got, want := tile.ParamSet["source_type"][0], "bench"; got != want {
t.Errorf("Wrong ParamSet value: Got %v Want %v", got, want)
}
}
if got, want := metricsProcessed.Count(), int64(26); got != want {
t.Errorf("Wrong number of points ingested: Got %v Want %v", got, want)
}
// Now update one of the params for a trace and reingest and confirm that the
// trace params get updated.
benchData.Options["system"] = "Linux"
addBenchDataToTile(benchData, tile, offset, metricsProcessed)
if got, want := "Linux", tile.Traces[testcases[0].key].Params()["system"]; got != want {
t.Errorf("Failed to update params: Got %v Want %v", got, want)
}
if got, want := metricsProcessed.Count(), int64(39); got != want {
t.Errorf("Wrong number of points ingested: Got %v Want %v", got, want)
}
}
CLUSTER_SIZE = 50
CLUSTER_STDDEV = 0.001
// TRACKED_ITEM_URL_TEMPLATE is used to generate the URL that is
// embedded in an issue. It is also used to search for issues linked to a
// specific item (cluster). The format verb is to be replaced with the ID
// of the tracked item.
TRACKED_ITEM_URL_TEMPLATE = "https://perf.skia.org/cl/%d"
)
var (
// The number of clusters with a status of "New".
newClustersGauge = metrics.NewRegisteredGauge("alerting.new", metrics.DefaultRegistry)
// The number of times we've successfully done alert clustering.
runsCounter = metrics.NewRegisteredCounter("alerting.runs", metrics.DefaultRegistry)
// How long it takes to do a clustering run.
alertingLatency = metrics.NewRegisteredTimer("alerting.latency", metrics.DefaultRegistry)
// tileBuilder is the tracedb.Builder where we load Tiles from.
tileBuilder *tracedb.Builder
)
// CombineClusters combines freshly found clusters with existing clusters.
//
// Algorithm:
// Run clustering and pick out the "Interesting" clusters.
// Compare all the Interesting clusters to all the existing relevant clusters,
// where "relevant" clusters are ones whose Hash/timestamp of the step
// exists in the current tile.
