)
var (
schema = s.Schema{
"clients": s.Object{
"connected": c.Int("connected_clients"),
"longest_output_list": c.Int("client_longest_output_list"),
"biggest_input_buf": c.Int("client_biggest_input_buf"),
"blocked": c.Int("blocked_clients"),
},
"cluster": s.Object{
"enabled": c.Bool("cluster_enabled"),
},
"cpu": s.Object{
"used": s.Object{
"sys": c.Float("used_cpu_sys"),
"user": c.Float("used_cpu_user"),
"sys_children": c.Float("used_cpu_sys_children"),
"user_children": c.Float("used_cpu_user_children"),
},
},
"memory": s.Object{
"used": s.Object{
"value": c.Int("used_memory"), // As it is a top key, this goes into value
"rss": c.Int("used_memory_rss"),
"peak": c.Int("used_memory_peak"),
"lua": c.Int("used_memory_lua"),
},
"allocator": c.Str("mem_allocator"), // Could be moved to server as it rarely changes
},
"persistence": s.Object{
"github.com/elastic/beats/libbeat/common"
s "github.com/elastic/beats/metricbeat/schema"
c "github.com/elastic/beats/metricbeat/schema/mapstrstr"
)
var (
scoreboardRegexp = regexp.MustCompile("(Scoreboard):\\s+((_|S|R|W|K|D|C|L|G|I|\\.)+)")
// This should match: "CPUSystem: .01"
matchNumber = regexp.MustCompile("(^[0-9a-zA-Z ]+):\\s+(\\d*\\.?\\d+)")
schema = s.Schema{
"total_accesses": c.Int("Total Accesses"),
"total_kbytes": c.Int("Total kBytes"),
"requests_per_sec": c.Float("ReqPerSec", s.Optional),
"bytes_per_sec": c.Float("BytesPerSec", s.Optional),
"bytes_per_request": c.Float("BytesPerReq", s.Optional),
"workers": s.Object{
"busy": c.Int("BusyWorkers"),
"idle": c.Int("IdleWorkers"),
},
"uptime": s.Object{
"server_uptime": c.Int("ServerUptimeSeconds"),
"uptime": c.Int("Uptime"),
},
"cpu": s.Object{
"load": c.Float("CPULoad", s.Optional),
"user": c.Float("CPUUser"),
"system": c.Float("CPUSystem"),
"children_user": c.Float("CPUChildrenUser"),
package bgwriter
import (
"time"
s "github.com/elastic/beats/metricbeat/schema"
c "github.com/elastic/beats/metricbeat/schema/mapstrstr"
)
var schema = s.Schema{
"checkpoints": s.Object{
"scheduled": c.Int("checkpoints_timed"),
"requested": c.Int("checkpoints_req"),
"times": s.Object{
"write": s.Object{"ms": c.Float("checkpoint_write_time")},
"sync": s.Object{"ms": c.Float("checkpoint_sync_time")},
},
},
"buffers": s.Object{
"checkpoints": c.Int("buffers_checkpoint"),
"clean": c.Int("buffers_clean"),
"clean_full": c.Int("maxwritten_clean"),
"backend": c.Int("buffers_backend"),
"backend_fsync": c.Int("buffers_backend_fsync"),
"allocated": c.Int("buffers_alloc"),
},
"stats_reset": c.Time(time.RFC3339Nano, "stats_reset", s.Optional),
}
},
},
"ssl": s.Object{
"rate": s.Object{
"value": c.Int("SslRate"),
"limit": c.Int("SslRateLimit"),
"max": c.Int("MaxSslRate"),
},
"frontend": s.Object{
"key_rate": s.Object{
"value": c.Int("SslFrontendKeyRate"),
"max": c.Int("SslFrontendMaxKeyRate"),
},
"session_reuse": s.Object{
"pct": c.Float("SslFrontendSessionReusePct"),
},
},
"backend": s.Object{
"key_rate": s.Object{
"value": c.Int("SslBackendKeyRate"),
"max": c.Int("SslBackendMaxKeyRate"),
},
},
"cached_lookups": c.Int("SslCacheLookups"),
"cache_misses": c.Int("SslCacheMisses"),
},
"zlib_mem_usage": s.Object{
"value": c.Int("ZlibMemUsage"),
"max": c.Int("MaxZlibMemUsage"),
"key_rate": c.Int("SslFrontendKeyRate"),
"max_key_rate": c.Int("SslFrontendMaxKeyRate"),
"session_reuse_pct": c.Int("SslFrontendSessionReusePct"),
},
"backend": s.Object{
"key_rate": c.Int("SslBackendKeyRate"),
"max_key_rate": c.Int("SslBackendMaxKeyRate"),
},
"cached_lookups": c.Int("SslCacheLookups"),
"cache_misses": c.Int("SslCacheMisses"),
},
"zlib_mem_usage": c.Int("ZlibMemUsage"),
"tasks": c.Int("Tasks"),
"run_queue": c.Int("RunQueue"),
"idle_pct": c.Float("IdlePct"),
}
)
// Map data to MapStr
func eventMapping(info *haproxy.Info) (common.MapStr, error) {
// Full mapping from info
st := reflect.ValueOf(info).Elem()
typeOfT := st.Type()
source := map[string]interface{}{}
for i := 0; i < st.NumField(); i++ {
f := st.Field(i)
if typeOfT.Field(i).Name == "IdlePct" {