package zrpc import ( "github.com/zeromicro/go-zero/core/discov" "github.com/zeromicro/go-zero/core/service" "github.com/zeromicro/go-zero/core/stores/redis" "github.com/zeromicro/go-zero/zrpc/resolver" ) type ( // A RpcServerConf is a rpc server config. RpcServerConf struct { service.ServiceConf ListenOn string Etcd discov.EtcdConf `json:",optional"` Auth bool `json:",optional"` Redis redis.RedisKeyConf `json:",optional"` StrictControl bool `json:",optional"` // setting 0 means no timeout Timeout int64 `json:",default=2000"` CpuThreshold int64 `json:",default=900,range=[0:1000]"` } // A RpcClientConf is a rpc client config. RpcClientConf struct { Etcd discov.EtcdConf `json:",optional"` Endpoints []string `json:",optional"` Target string `json:",optional"` App string `json:",optional"` Token string `json:",optional"` NonBlock bool `json:",optional"` Timeout int64 `json:",default=2000"` } ) // NewDirectClientConf returns a RpcClientConf. func NewDirectClientConf(endpoints []string, app, token string) RpcClientConf { return RpcClientConf{ Endpoints: endpoints, App: app, Token: token, } } // NewEtcdClientConf returns a RpcClientConf. func NewEtcdClientConf(hosts []string, key, app, token string) RpcClientConf { return RpcClientConf{ Etcd: discov.EtcdConf{ Hosts: hosts, Key: key, }, App: app, Token: token, } } // HasEtcd checks if there is etcd settings in config. func (sc RpcServerConf) HasEtcd() bool { return len(sc.Etcd.Hosts) > 0 && len(sc.Etcd.Key) > 0 } // Validate validates the config. func (sc RpcServerConf) Validate() error { if !sc.Auth { return nil } return sc.Redis.Validate() } // BuildTarget builds the rpc target from the given config. func (cc RpcClientConf) BuildTarget() (string, error) { if len(cc.Endpoints) > 0 { return resolver.BuildDirectTarget(cc.Endpoints), nil } else if len(cc.Target) > 0 { return cc.Target, nil } if err := cc.Etcd.Validate(); err != nil { return "", err } if cc.Etcd.HasAccount() { discov.RegisterAccount(cc.Etcd.Hosts, cc.Etcd.User, cc.Etcd.Pass) } if cc.Etcd.HasTLS() { if err := discov.RegisterTLS(cc.Etcd.Hosts, cc.Etcd.CertFile, cc.Etcd.CertKeyFile, cc.Etcd.CACertFile, cc.Etcd.InsecureSkipVerify); err != nil { return "", err } } return resolver.BuildDiscovTarget(cc.Etcd.Hosts, cc.Etcd.Key), nil } // HasCredential checks if there is a credential in config. func (cc RpcClientConf) HasCredential() bool { return len(cc.App) > 0 && len(cc.Token) > 0 }