go-ethereum/statediff/indexer/metrics.go
2021-01-23 13:44:46 -06:00

125 lines
4.4 KiB
Go

package indexer
import (
"database/sql"
"strings"
"github.com/ethereum/go-ethereum/metrics"
)
const (
namespace = "statediff"
)
// Build a fully qualified metric name
func metricName(subsystem, name string) string {
if name == "" {
return ""
}
parts := []string{namespace, name}
if subsystem != "" {
parts = []string{namespace, subsystem, name}
}
// Prometheus uses _ but geth metrics uses / and replaces
return strings.Join(parts, "/")
}
type indexerMetricsHandles struct {
// The total number of processed blocks
blocks metrics.Counter
// The total number of processed transactions
transactions metrics.Counter
// The total number of processed receipts
receipts metrics.Counter
// Time spent waiting for free postgres tx
tFreePostgres metrics.Timer
// Postgres transaction commit duration
tPostgresCommit metrics.Timer
// Header processing time
tHeaderProcessing metrics.Timer
// Uncle processing time
tUncleProcessing metrics.Timer
// Tx and receipt processing time
tTxAndRecProcessing metrics.Timer
// State, storage, and code combined processing time
tStateStoreCodeProcessing metrics.Timer
}
func RegisterIndexerMetrics(reg metrics.Registry) indexerMetricsHandles {
ctx := indexerMetricsHandles{
blocks: metrics.NewCounter(),
transactions: metrics.NewCounter(),
receipts: metrics.NewCounter(),
tFreePostgres: metrics.NewTimer(),
tPostgresCommit: metrics.NewTimer(),
tHeaderProcessing: metrics.NewTimer(),
tUncleProcessing: metrics.NewTimer(),
tTxAndRecProcessing: metrics.NewTimer(),
tStateStoreCodeProcessing: metrics.NewTimer(),
}
subsys := "indexer"
reg.Register(metricName(subsys, "blocks"), ctx.blocks)
reg.Register(metricName(subsys, "transactions"), ctx.transactions)
reg.Register(metricName(subsys, "receipts"), ctx.receipts)
reg.Register(metricName(subsys, "t_free_postgres"), ctx.tFreePostgres)
reg.Register(metricName(subsys, "t_postgres_commit"), ctx.tPostgresCommit)
reg.Register(metricName(subsys, "t_header_processing"), ctx.tHeaderProcessing)
reg.Register(metricName(subsys, "t_uncle_processing"), ctx.tUncleProcessing)
reg.Register(metricName(subsys, "t_tx_receipt_processing"), ctx.tTxAndRecProcessing)
reg.Register(metricName(subsys, "t_state_store_code_processing"), ctx.tStateStoreCodeProcessing)
return ctx
}
type dbMetricsHandles struct {
// Maximum number of open connections to the database
maxOpen metrics.Gauge
// The number of established connections both in use and idle
open metrics.Gauge
// The number of connections currently in use
inUse metrics.Gauge
// The number of idle connections
idle metrics.Gauge
// The total number of connections waited for
waitedFor metrics.Counter
// The total time blocked waiting for a new connection
blockedMilliseconds metrics.Counter
// The total number of connections closed due to SetMaxIdleConns
closedMaxIdle metrics.Counter
// The total number of connections closed due to SetConnMaxLifetime
closedMaxLifetime metrics.Counter
}
func RegisterDBMetrics(reg metrics.Registry) dbMetricsHandles {
ctx := dbMetricsHandles{
maxOpen: metrics.NewGauge(),
open: metrics.NewGauge(),
inUse: metrics.NewGauge(),
idle: metrics.NewGauge(),
waitedFor: metrics.NewCounter(),
blockedMilliseconds: metrics.NewCounter(),
closedMaxIdle: metrics.NewCounter(),
closedMaxLifetime: metrics.NewCounter(),
}
subsys := "connections"
reg.Register(metricName(subsys, "max_open"), ctx.maxOpen)
reg.Register(metricName(subsys, "open"), ctx.open)
reg.Register(metricName(subsys, "in_use"), ctx.inUse)
reg.Register(metricName(subsys, "idle"), ctx.idle)
reg.Register(metricName(subsys, "waited_for"), ctx.waitedFor)
reg.Register(metricName(subsys, "blocked_milliseconds"), ctx.blockedMilliseconds)
reg.Register(metricName(subsys, "closed_max_idle"), ctx.closedMaxIdle)
reg.Register(metricName(subsys, "closed_max_lifetime"), ctx.closedMaxLifetime)
return ctx
}
func (met *dbMetricsHandles) Update(stats sql.DBStats) {
met.maxOpen.Update(int64(stats.MaxOpenConnections))
met.open.Update(int64(stats.OpenConnections))
met.inUse.Update(int64(stats.InUse))
met.idle.Update(int64(stats.Idle))
met.waitedFor.Inc(stats.WaitCount)
met.blockedMilliseconds.Inc(stats.WaitDuration.Milliseconds())
met.closedMaxIdle.Inc(stats.MaxIdleClosed)
met.closedMaxLifetime.Inc(stats.MaxLifetimeClosed)
}