package args_test
import (
"fmt"
"net/http"
"time"
"github.com/kandoo/beehive/Godeps/_workspace/src/github.com/soheilhy/args"
)
// port is an integer argument that its default value is read from
// the "-example.typed.port" flag.
var port = args.NewInt(args.Flag("example.typed.port", 1234, "the port"))
// roundTripper is a generic argument that its default value is
// http.DefaultTransport.
var roundTripper = args.New(args.Default(http.DefaultTransport))
// timeout is a duration argument.
var timeout = args.NewDuration()
type ServerOpt args.V
// Port, RoundTripper, and Timeout respectively wrap port, roundTripper,
// and timeout to return ServerOpt instead of args.V.
func Port(p int) ServerOpt { return ServerOpt(port(p)) }
func RoundTripper(r http.RoundTripper) ServerOpt { return ServerOpt(roundTripper(r)) }
func Timeout(d time.Duration) ServerOpt { return ServerOpt(timeout(d)) }
func MyServer(opts ...ServerOpt) {
port := port.Get(opts)
}
func (h *ConnHandler) Stop(ctx beehive.RcvContext) {
h.conn.Close()
<-h.done
}
func (h *ConnHandler) Rcv(msg beehive.Msg, ctx beehive.RcvContext) error {
res := msg.Data().(writerTo)
if err := res.writeTo(h.w); err != nil {
return err
}
return h.w.Flush()
}
var repl = args.NewInt(args.Flag("taskq.repl", 3,
"replication factor of taskq"))
var addr = args.NewString(args.Flag("taskq.addr", ":7979",
"listening address of taskq server"))
var rate = args.NewUint64(args.Flag("taskq.maxrate", uint64(bucket.Unlimited),
"maximum message rate of each client"))
// Option represents TaskQ server options.
type Option args.V
// ReplicationFactor is an option represeting the replication factor of TaskQ.
func ReplicationFactor(f int) Option { return Option(repl(f)) }
// Address is an option representing a TaskQ address.
func Address(a string) Option { return Option(addr(a)) }
// MaxRate is an option represeting the maximum rate of messages a client
package args_test
import (
"fmt"
"github.com/kandoo/beehive/Godeps/_workspace/src/github.com/soheilhy/args"
)
var ListenOn = args.NewInt(args.Default(8080))
var BufferSize = args.NewUint64(args.Default(uint64(1024 * 1024)))
var StateDir = args.NewString(args.Flag("test.state.dir", "/tmp", "state dir"))
func Server(opts ...args.V) {
port := ListenOn.Get(opts)
bufs := BufferSize.Get(opts)
sdir := StateDir.Get(opts)
fmt.Printf("port=%d buf=%d state=%s\n", port, bufs, sdir)
}
func Example() {
Server()
Server(ListenOn(80), BufferSize(2048*1024), StateDir("/tmp2"))
// Output:
//port=8080 buf=1048576 state=/tmp
//port=80 buf=2097152 state=/tmp2
}
// RaftTick*RaftElectTicks.
func (c HiveConfig) RaftElectTimeout() time.Duration {
return time.Duration(c.RaftElectTicks) * (c.RaftTick + c.RaftTickDelta)
}
// RaftHBTimeout returns the raft heartbeat timeout as RaftTick*RaftHBTicks.
func (c HiveConfig) RaftHBTimeout() time.Duration {
return time.Duration(c.RaftHBTicks) * (c.RaftTick + c.RaftTickDelta)
}
var raftLogOnce sync.Once
// HiveOption represents a configuration option of a hive.
type HiveOption args.V
var addr = args.NewString(args.Flag("addr", "localhost:7677",
"the server listening address used for both RPC and HTTP"))
// Addr represents the listening address of the hive used for both inter-hive
// RPC and its HTTP/web interface.
func Addr(a string) HiveOption { return HiveOption(addr(a)) }
var paddrs = args.NewString(args.Flag("paddrs", "",
"address of peers. Seperate entries with a comma"))
// PeerAddrs represents the peer addresses of hive.
func PeerAddrs(pa ...string) HiveOption {
return HiveOption(paddrs(strings.Join(pa, ",")))
}
var dataChBufSize = args.NewUint(args.Flag("chsize", uint(1024),
"buffer size of data channels"))