func applyClientConfig(client *client.Client, cfg *config.Config) {
cfgMutex.Lock()
defer cfgMutex.Unlock()
autoupdate.Configure(cfg)
logging.Configure(cfg.Addr, cfg.CloudConfigCA, cfg.InstanceId,
version, revisionDate)
settings.Configure(cfg, version, revisionDate, buildDate)
proxiedsites.Configure(cfg.ProxiedSites)
analytics.Configure(cfg, version)
log.Debugf("Proxy all traffic or not: %v", cfg.Client.ProxyAll)
ServeProxyAllPacFile(cfg.Client.ProxyAll)
// Note - we deliberately ignore the error from statreporter.Configure here
_ = statreporter.Configure(cfg.Stats)
// Update client configuration and get the highest QOS dialer available.
hqfd := client.Configure(cfg.Client)
if hqfd == nil {
log.Errorf("No fronted dialer available, not enabling geolocation, config lookup, or stats")
} else {
// Give everyone their own *http.Client that uses the highest QOS dialer. Separate
// clients for everyone avoids data races configuring those clients.
config.Configure(hqfd.NewDirectDomainFronter())
geolookup.Configure(hqfd.NewDirectDomainFronter())
statserver.Configure(hqfd.NewDirectDomainFronter())
// Note we don't call Configure on analytics here, as that would
// result in an extra analytics call and double counting.
}
}
func updateServerSideConfigClient(cfg *config.Config) {
client, err := util.HTTPClient(cfg.CloudConfigCA, "")
if err != nil {
log.Errorf("Couldn't create http.Client for fetching the config")
return
}
config.Configure(client)
}