mediamtx/internal/core/core.go

823 lines
20 KiB
Go

// Package core contains the main struct of the software.
package core
import (
"context"
"fmt"
"os"
"os/signal"
"path/filepath"
"reflect"
"sort"
"strings"
"time"
"github.com/alecthomas/kong"
"github.com/bluenviron/gortsplib/v4"
"github.com/gin-gonic/gin"
"github.com/bluenviron/mediamtx/internal/conf"
"github.com/bluenviron/mediamtx/internal/confwatcher"
"github.com/bluenviron/mediamtx/internal/externalcmd"
"github.com/bluenviron/mediamtx/internal/logger"
"github.com/bluenviron/mediamtx/internal/record"
"github.com/bluenviron/mediamtx/internal/rlimit"
)
var version = "v0.0.0"
var defaultConfPaths = []string{
"rtsp-simple-server.yml",
"mediamtx.yml",
"/usr/local/etc/mediamtx.yml",
"/usr/etc/mediamtx.yml",
"/etc/mediamtx/mediamtx.yml",
}
func gatherCleanerEntries(paths map[string]*conf.Path) []record.CleanerEntry {
out := make(map[record.CleanerEntry]struct{})
for _, pa := range paths {
if pa.Record && pa.RecordDeleteAfter != 0 {
entry := record.CleanerEntry{
RecordPath: pa.RecordPath,
RecordFormat: pa.RecordFormat,
RecordDeleteAfter: time.Duration(pa.RecordDeleteAfter),
}
out[entry] = struct{}{}
}
}
out2 := make([]record.CleanerEntry, len(out))
i := 0
for v := range out {
out2[i] = v
i++
}
sort.Slice(out2, func(i, j int) bool {
if out2[i].RecordPath != out2[j].RecordPath {
return out2[i].RecordPath < out2[j].RecordPath
}
return out2[i].RecordDeleteAfter < out2[j].RecordDeleteAfter
})
return out2
}
var cli struct {
Version bool `help:"print version"`
Confpath string `arg:"" default:""`
}
// Core is an instance of MediaMTX.
type Core struct {
ctx context.Context
ctxCancel func()
confPath string
conf *conf.Conf
logger *logger.Logger
externalCmdPool *externalcmd.Pool
metrics *metrics
pprof *pprof
recordCleaner *record.Cleaner
pathManager *pathManager
rtspServer *rtspServer
rtspsServer *rtspServer
rtmpServer *rtmpServer
rtmpsServer *rtmpServer
hlsManager *hlsManager
webRTCManager *webRTCManager
srtServer *srtServer
api *api
confWatcher *confwatcher.ConfWatcher
// in
chAPIConfigSet chan *conf.Conf
// out
done chan struct{}
}
// New allocates a Core.
func New(args []string) (*Core, bool) {
parser, err := kong.New(&cli,
kong.Description("MediaMTX "+version),
kong.UsageOnError(),
kong.ValueFormatter(func(value *kong.Value) string {
switch value.Name {
case "confpath":
return "path to a config file. The default is mediamtx.yml."
default:
return kong.DefaultHelpValueFormatter(value)
}
}))
if err != nil {
panic(err)
}
_, err = parser.Parse(args)
parser.FatalIfErrorf(err)
if cli.Version {
fmt.Println(version)
os.Exit(0)
}
ctx, ctxCancel := context.WithCancel(context.Background())
p := &Core{
ctx: ctx,
ctxCancel: ctxCancel,
chAPIConfigSet: make(chan *conf.Conf),
done: make(chan struct{}),
}
p.conf, p.confPath, err = conf.Load(cli.Confpath, defaultConfPaths)
if err != nil {
fmt.Printf("ERR: %s\n", err)
return nil, false
}
err = p.createResources(true)
if err != nil {
if p.logger != nil {
p.Log(logger.Error, "%s", err)
} else {
fmt.Printf("ERR: %s\n", err)
}
p.closeResources(nil, false)
return nil, false
}
go p.run()
return p, true
}
// Close closes Core and waits for all goroutines to return.
func (p *Core) Close() {
p.ctxCancel()
<-p.done
}
// Wait waits for the Core to exit.
func (p *Core) Wait() {
<-p.done
}
// Log is the main logging function.
func (p *Core) Log(level logger.Level, format string, args ...interface{}) {
p.logger.Log(level, format, args...)
}
func (p *Core) run() {
defer close(p.done)
confChanged := func() chan struct{} {
if p.confWatcher != nil {
return p.confWatcher.Watch()
}
return make(chan struct{})
}()
interrupt := make(chan os.Signal, 1)
signal.Notify(interrupt, os.Interrupt)
outer:
for {
select {
case <-confChanged:
p.Log(logger.Info, "reloading configuration (file changed)")
newConf, _, err := conf.Load(p.confPath, nil)
if err != nil {
p.Log(logger.Error, "%s", err)
break outer
}
err = p.reloadConf(newConf, false)
if err != nil {
p.Log(logger.Error, "%s", err)
break outer
}
case newConf := <-p.chAPIConfigSet:
p.Log(logger.Info, "reloading configuration (API request)")
err := p.reloadConf(newConf, true)
if err != nil {
p.Log(logger.Error, "%s", err)
break outer
}
case <-interrupt:
p.Log(logger.Info, "shutting down gracefully")
break outer
case <-p.ctx.Done():
break outer
}
}
p.ctxCancel()
p.closeResources(nil, false)
}
func (p *Core) createResources(initial bool) error {
var err error
if p.logger == nil {
p.logger, err = logger.New(
logger.Level(p.conf.LogLevel),
p.conf.LogDestinations,
p.conf.LogFile,
)
if err != nil {
return err
}
}
if initial {
p.Log(logger.Info, "MediaMTX %s", version)
if p.confPath != "" {
a, _ := filepath.Abs(p.confPath)
p.Log(logger.Info, "configuration loaded from %s", a)
} else {
list := make([]string, len(defaultConfPaths))
for i, pa := range defaultConfPaths {
a, _ := filepath.Abs(pa)
list[i] = a
}
p.Log(logger.Warn,
"configuration file not found (looked in %s), using an empty configuration",
strings.Join(list, ", "))
}
// on Linux, try to raise the number of file descriptors that can be opened
// to allow the maximum possible number of clients.
rlimit.Raise() //nolint:errcheck
gin.SetMode(gin.ReleaseMode)
p.externalCmdPool = externalcmd.NewPool()
}
if p.conf.Metrics &&
p.metrics == nil {
p.metrics, err = newMetrics(
p.conf.MetricsAddress,
p.conf.ReadTimeout,
p,
)
if err != nil {
return err
}
}
if p.conf.PPROF &&
p.pprof == nil {
p.pprof, err = newPPROF(
p.conf.PPROFAddress,
p.conf.ReadTimeout,
p,
)
if err != nil {
return err
}
}
cleanerEntries := gatherCleanerEntries(p.conf.Paths)
if len(cleanerEntries) != 0 &&
p.recordCleaner == nil {
p.recordCleaner = record.NewCleaner(
cleanerEntries,
p,
)
}
if p.pathManager == nil {
p.pathManager = newPathManager(
p.conf.ExternalAuthenticationURL,
p.conf.RTSPAddress,
p.conf.AuthMethods,
p.conf.ReadTimeout,
p.conf.WriteTimeout,
p.conf.WriteQueueSize,
p.conf.UDPMaxPayloadSize,
p.conf.Paths,
p.externalCmdPool,
p.metrics,
p,
)
}
if p.conf.RTSP &&
(p.conf.Encryption == conf.EncryptionNo ||
p.conf.Encryption == conf.EncryptionOptional) &&
p.rtspServer == nil {
_, useUDP := p.conf.Protocols[conf.Protocol(gortsplib.TransportUDP)]
_, useMulticast := p.conf.Protocols[conf.Protocol(gortsplib.TransportUDPMulticast)]
p.rtspServer, err = newRTSPServer(
p.conf.RTSPAddress,
p.conf.AuthMethods,
p.conf.ReadTimeout,
p.conf.WriteTimeout,
p.conf.WriteQueueSize,
useUDP,
useMulticast,
p.conf.RTPAddress,
p.conf.RTCPAddress,
p.conf.MulticastIPRange,
p.conf.MulticastRTPPort,
p.conf.MulticastRTCPPort,
false,
"",
"",
p.conf.RTSPAddress,
p.conf.Protocols,
p.conf.RunOnConnect,
p.conf.RunOnConnectRestart,
p.conf.RunOnDisconnect,
p.externalCmdPool,
p.metrics,
p.pathManager,
p,
)
if err != nil {
return err
}
}
if p.conf.RTSP &&
(p.conf.Encryption == conf.EncryptionStrict ||
p.conf.Encryption == conf.EncryptionOptional) &&
p.rtspsServer == nil {
p.rtspsServer, err = newRTSPServer(
p.conf.RTSPSAddress,
p.conf.AuthMethods,
p.conf.ReadTimeout,
p.conf.WriteTimeout,
p.conf.WriteQueueSize,
false,
false,
"",
"",
"",
0,
0,
true,
p.conf.ServerCert,
p.conf.ServerKey,
p.conf.RTSPAddress,
p.conf.Protocols,
p.conf.RunOnConnect,
p.conf.RunOnConnectRestart,
p.conf.RunOnDisconnect,
p.externalCmdPool,
p.metrics,
p.pathManager,
p,
)
if err != nil {
return err
}
}
if p.conf.RTMP &&
(p.conf.RTMPEncryption == conf.EncryptionNo ||
p.conf.RTMPEncryption == conf.EncryptionOptional) &&
p.rtmpServer == nil {
p.rtmpServer, err = newRTMPServer(
p.conf.RTMPAddress,
p.conf.ReadTimeout,
p.conf.WriteTimeout,
p.conf.WriteQueueSize,
false,
"",
"",
p.conf.RTSPAddress,
p.conf.RunOnConnect,
p.conf.RunOnConnectRestart,
p.conf.RunOnDisconnect,
p.externalCmdPool,
p.metrics,
p.pathManager,
p,
)
if err != nil {
return err
}
}
if p.conf.RTMP &&
(p.conf.RTMPEncryption == conf.EncryptionStrict ||
p.conf.RTMPEncryption == conf.EncryptionOptional) &&
p.rtmpsServer == nil {
p.rtmpsServer, err = newRTMPServer(
p.conf.RTMPSAddress,
p.conf.ReadTimeout,
p.conf.WriteTimeout,
p.conf.WriteQueueSize,
true,
p.conf.RTMPServerCert,
p.conf.RTMPServerKey,
p.conf.RTSPAddress,
p.conf.RunOnConnect,
p.conf.RunOnConnectRestart,
p.conf.RunOnDisconnect,
p.externalCmdPool,
p.metrics,
p.pathManager,
p,
)
if err != nil {
return err
}
}
if p.conf.HLS &&
p.hlsManager == nil {
p.hlsManager, err = newHLSManager(
p.conf.HLSAddress,
p.conf.HLSEncryption,
p.conf.HLSServerKey,
p.conf.HLSServerCert,
p.conf.ExternalAuthenticationURL,
p.conf.HLSAlwaysRemux,
p.conf.HLSVariant,
p.conf.HLSSegmentCount,
p.conf.HLSSegmentDuration,
p.conf.HLSPartDuration,
p.conf.HLSSegmentMaxSize,
p.conf.HLSAllowOrigin,
p.conf.HLSTrustedProxies,
p.conf.HLSDirectory,
p.conf.ReadTimeout,
p.conf.WriteQueueSize,
p.pathManager,
p.metrics,
p,
)
if err != nil {
return err
}
}
if p.conf.WebRTC &&
p.webRTCManager == nil {
p.webRTCManager, err = newWebRTCManager(
p.conf.WebRTCAddress,
p.conf.WebRTCEncryption,
p.conf.WebRTCServerKey,
p.conf.WebRTCServerCert,
p.conf.WebRTCAllowOrigin,
p.conf.WebRTCTrustedProxies,
p.conf.WebRTCICEServers2,
p.conf.ReadTimeout,
p.conf.WriteQueueSize,
p.conf.WebRTCICEInterfaces,
p.conf.WebRTCICEHostNAT1To1IPs,
p.conf.WebRTCICEUDPMuxAddress,
p.conf.WebRTCICETCPMuxAddress,
p.externalCmdPool,
p.pathManager,
p.metrics,
p,
)
if err != nil {
return err
}
}
if p.conf.SRT &&
p.srtServer == nil {
p.srtServer, err = newSRTServer(
p.conf.SRTAddress,
p.conf.RTSPAddress,
p.conf.ReadTimeout,
p.conf.WriteTimeout,
p.conf.WriteQueueSize,
p.conf.UDPMaxPayloadSize,
p.conf.RunOnConnect,
p.conf.RunOnConnectRestart,
p.conf.RunOnDisconnect,
p.externalCmdPool,
p.metrics,
p.pathManager,
p,
)
if err != nil {
return err
}
}
if p.conf.API &&
p.api == nil {
p.api, err = newAPI(
p.conf.APIAddress,
p.conf.ReadTimeout,
p.conf,
p.pathManager,
p.rtspServer,
p.rtspsServer,
p.rtmpServer,
p.rtmpsServer,
p.hlsManager,
p.webRTCManager,
p.srtServer,
p,
)
if err != nil {
return err
}
}
if initial && p.confPath != "" {
p.confWatcher, err = confwatcher.New(p.confPath)
if err != nil {
return err
}
}
return nil
}
func (p *Core) closeResources(newConf *conf.Conf, calledByAPI bool) {
closeLogger := newConf == nil ||
newConf.LogLevel != p.conf.LogLevel ||
!reflect.DeepEqual(newConf.LogDestinations, p.conf.LogDestinations) ||
newConf.LogFile != p.conf.LogFile
closeMetrics := newConf == nil ||
newConf.Metrics != p.conf.Metrics ||
newConf.MetricsAddress != p.conf.MetricsAddress ||
newConf.ReadTimeout != p.conf.ReadTimeout ||
closeLogger
closePPROF := newConf == nil ||
newConf.PPROF != p.conf.PPROF ||
newConf.PPROFAddress != p.conf.PPROFAddress ||
newConf.ReadTimeout != p.conf.ReadTimeout ||
closeLogger
closeRecorderCleaner := newConf == nil ||
!reflect.DeepEqual(gatherCleanerEntries(newConf.Paths), gatherCleanerEntries(p.conf.Paths)) ||
closeLogger
closePathManager := newConf == nil ||
newConf.ExternalAuthenticationURL != p.conf.ExternalAuthenticationURL ||
newConf.RTSPAddress != p.conf.RTSPAddress ||
!reflect.DeepEqual(newConf.AuthMethods, p.conf.AuthMethods) ||
newConf.ReadTimeout != p.conf.ReadTimeout ||
newConf.WriteTimeout != p.conf.WriteTimeout ||
newConf.WriteQueueSize != p.conf.WriteQueueSize ||
newConf.UDPMaxPayloadSize != p.conf.UDPMaxPayloadSize ||
closeMetrics ||
closeLogger
if !closePathManager && !reflect.DeepEqual(newConf.Paths, p.conf.Paths) {
p.pathManager.confReload(newConf.Paths)
}
closeRTSPServer := newConf == nil ||
newConf.RTSP != p.conf.RTSP ||
newConf.Encryption != p.conf.Encryption ||
newConf.RTSPAddress != p.conf.RTSPAddress ||
!reflect.DeepEqual(newConf.AuthMethods, p.conf.AuthMethods) ||
newConf.ReadTimeout != p.conf.ReadTimeout ||
newConf.WriteTimeout != p.conf.WriteTimeout ||
newConf.WriteQueueSize != p.conf.WriteQueueSize ||
!reflect.DeepEqual(newConf.Protocols, p.conf.Protocols) ||
newConf.RTPAddress != p.conf.RTPAddress ||
newConf.RTCPAddress != p.conf.RTCPAddress ||
newConf.MulticastIPRange != p.conf.MulticastIPRange ||
newConf.MulticastRTPPort != p.conf.MulticastRTPPort ||
newConf.MulticastRTCPPort != p.conf.MulticastRTCPPort ||
newConf.RTSPAddress != p.conf.RTSPAddress ||
!reflect.DeepEqual(newConf.Protocols, p.conf.Protocols) ||
newConf.RunOnConnect != p.conf.RunOnConnect ||
newConf.RunOnConnectRestart != p.conf.RunOnConnectRestart ||
newConf.RunOnDisconnect != p.conf.RunOnDisconnect ||
closeMetrics ||
closePathManager ||
closeLogger
closeRTSPSServer := newConf == nil ||
newConf.RTSP != p.conf.RTSP ||
newConf.Encryption != p.conf.Encryption ||
newConf.RTSPSAddress != p.conf.RTSPSAddress ||
!reflect.DeepEqual(newConf.AuthMethods, p.conf.AuthMethods) ||
newConf.ReadTimeout != p.conf.ReadTimeout ||
newConf.WriteTimeout != p.conf.WriteTimeout ||
newConf.WriteQueueSize != p.conf.WriteQueueSize ||
newConf.ServerCert != p.conf.ServerCert ||
newConf.ServerKey != p.conf.ServerKey ||
newConf.RTSPAddress != p.conf.RTSPAddress ||
!reflect.DeepEqual(newConf.Protocols, p.conf.Protocols) ||
newConf.RunOnConnect != p.conf.RunOnConnect ||
newConf.RunOnConnectRestart != p.conf.RunOnConnectRestart ||
newConf.RunOnDisconnect != p.conf.RunOnDisconnect ||
closeMetrics ||
closePathManager ||
closeLogger
closeRTMPServer := newConf == nil ||
newConf.RTMP != p.conf.RTMP ||
newConf.RTMPEncryption != p.conf.RTMPEncryption ||
newConf.RTMPAddress != p.conf.RTMPAddress ||
newConf.ReadTimeout != p.conf.ReadTimeout ||
newConf.WriteTimeout != p.conf.WriteTimeout ||
newConf.WriteQueueSize != p.conf.WriteQueueSize ||
newConf.RTSPAddress != p.conf.RTSPAddress ||
newConf.RunOnConnect != p.conf.RunOnConnect ||
newConf.RunOnConnectRestart != p.conf.RunOnConnectRestart ||
newConf.RunOnDisconnect != p.conf.RunOnDisconnect ||
closeMetrics ||
closePathManager ||
closeLogger
closeRTMPSServer := newConf == nil ||
newConf.RTMP != p.conf.RTMP ||
newConf.RTMPEncryption != p.conf.RTMPEncryption ||
newConf.RTMPSAddress != p.conf.RTMPSAddress ||
newConf.ReadTimeout != p.conf.ReadTimeout ||
newConf.WriteTimeout != p.conf.WriteTimeout ||
newConf.WriteQueueSize != p.conf.WriteQueueSize ||
newConf.RTMPServerCert != p.conf.RTMPServerCert ||
newConf.RTMPServerKey != p.conf.RTMPServerKey ||
newConf.RTSPAddress != p.conf.RTSPAddress ||
newConf.RunOnConnect != p.conf.RunOnConnect ||
newConf.RunOnConnectRestart != p.conf.RunOnConnectRestart ||
newConf.RunOnDisconnect != p.conf.RunOnDisconnect ||
closeMetrics ||
closePathManager ||
closeLogger
closeHLSManager := newConf == nil ||
newConf.HLS != p.conf.HLS ||
newConf.HLSAddress != p.conf.HLSAddress ||
newConf.HLSEncryption != p.conf.HLSEncryption ||
newConf.HLSServerKey != p.conf.HLSServerKey ||
newConf.HLSServerCert != p.conf.HLSServerCert ||
newConf.ExternalAuthenticationURL != p.conf.ExternalAuthenticationURL ||
newConf.HLSAlwaysRemux != p.conf.HLSAlwaysRemux ||
newConf.HLSVariant != p.conf.HLSVariant ||
newConf.HLSSegmentCount != p.conf.HLSSegmentCount ||
newConf.HLSSegmentDuration != p.conf.HLSSegmentDuration ||
newConf.HLSPartDuration != p.conf.HLSPartDuration ||
newConf.HLSSegmentMaxSize != p.conf.HLSSegmentMaxSize ||
newConf.HLSAllowOrigin != p.conf.HLSAllowOrigin ||
!reflect.DeepEqual(newConf.HLSTrustedProxies, p.conf.HLSTrustedProxies) ||
newConf.HLSDirectory != p.conf.HLSDirectory ||
newConf.ReadTimeout != p.conf.ReadTimeout ||
newConf.WriteQueueSize != p.conf.WriteQueueSize ||
closePathManager ||
closeMetrics ||
closeLogger
closeWebRTCManager := newConf == nil ||
newConf.WebRTC != p.conf.WebRTC ||
newConf.WebRTCAddress != p.conf.WebRTCAddress ||
newConf.WebRTCEncryption != p.conf.WebRTCEncryption ||
newConf.WebRTCServerKey != p.conf.WebRTCServerKey ||
newConf.WebRTCServerCert != p.conf.WebRTCServerCert ||
newConf.WebRTCAllowOrigin != p.conf.WebRTCAllowOrigin ||
!reflect.DeepEqual(newConf.WebRTCTrustedProxies, p.conf.WebRTCTrustedProxies) ||
!reflect.DeepEqual(newConf.WebRTCICEServers2, p.conf.WebRTCICEServers2) ||
newConf.ReadTimeout != p.conf.ReadTimeout ||
newConf.WriteQueueSize != p.conf.WriteQueueSize ||
!reflect.DeepEqual(newConf.WebRTCICEInterfaces, p.conf.WebRTCICEInterfaces) ||
!reflect.DeepEqual(newConf.WebRTCICEHostNAT1To1IPs, p.conf.WebRTCICEHostNAT1To1IPs) ||
newConf.WebRTCICEUDPMuxAddress != p.conf.WebRTCICEUDPMuxAddress ||
newConf.WebRTCICETCPMuxAddress != p.conf.WebRTCICETCPMuxAddress ||
closeMetrics ||
closePathManager ||
closeLogger
closeSRTServer := newConf == nil ||
newConf.SRT != p.conf.SRT ||
newConf.SRTAddress != p.conf.SRTAddress ||
newConf.RTSPAddress != p.conf.RTSPAddress ||
newConf.ReadTimeout != p.conf.ReadTimeout ||
newConf.WriteTimeout != p.conf.WriteTimeout ||
newConf.WriteQueueSize != p.conf.WriteQueueSize ||
newConf.UDPMaxPayloadSize != p.conf.UDPMaxPayloadSize ||
newConf.RunOnConnect != p.conf.RunOnConnect ||
newConf.RunOnConnectRestart != p.conf.RunOnConnectRestart ||
newConf.RunOnDisconnect != p.conf.RunOnDisconnect ||
closePathManager ||
closeLogger
closeAPI := newConf == nil ||
newConf.API != p.conf.API ||
newConf.APIAddress != p.conf.APIAddress ||
newConf.ReadTimeout != p.conf.ReadTimeout ||
closePathManager ||
closeRTSPServer ||
closeRTSPSServer ||
closeRTMPServer ||
closeHLSManager ||
closeWebRTCManager ||
closeSRTServer ||
closeLogger
if newConf == nil && p.confWatcher != nil {
p.confWatcher.Close()
p.confWatcher = nil
}
if p.api != nil {
if closeAPI {
p.api.close()
p.api = nil
} else if !calledByAPI { // avoid a loop
p.api.confReload(newConf)
}
}
if closeSRTServer && p.srtServer != nil {
p.srtServer.close()
p.srtServer = nil
}
if closeWebRTCManager && p.webRTCManager != nil {
p.webRTCManager.close()
p.webRTCManager = nil
}
if closeHLSManager && p.hlsManager != nil {
p.hlsManager.close()
p.hlsManager = nil
}
if closeRTMPSServer && p.rtmpsServer != nil {
p.rtmpsServer.close()
p.rtmpsServer = nil
}
if closeRTMPServer && p.rtmpServer != nil {
p.rtmpServer.close()
p.rtmpServer = nil
}
if closeRTSPSServer && p.rtspsServer != nil {
p.rtspsServer.close()
p.rtspsServer = nil
}
if closeRTSPServer && p.rtspServer != nil {
p.rtspServer.close()
p.rtspServer = nil
}
if closePathManager && p.pathManager != nil {
p.pathManager.close()
p.pathManager = nil
}
if closeRecorderCleaner && p.recordCleaner != nil {
p.recordCleaner.Close()
p.recordCleaner = nil
}
if closePPROF && p.pprof != nil {
p.pprof.close()
p.pprof = nil
}
if closeMetrics && p.metrics != nil {
p.metrics.close()
p.metrics = nil
}
if newConf == nil && p.externalCmdPool != nil {
p.Log(logger.Info, "waiting for running hooks")
p.externalCmdPool.Close()
}
if closeLogger {
p.logger.Close()
p.logger = nil
}
}
func (p *Core) reloadConf(newConf *conf.Conf, calledByAPI bool) error {
p.closeResources(newConf, calledByAPI)
p.conf = newConf
return p.createResources(false)
}
// apiConfigSet is called by api.
func (p *Core) apiConfigSet(conf *conf.Conf) {
select {
case p.chAPIConfigSet <- conf:
case <-p.ctx.Done():
}
}