func (cli *Client) ReadOne() bool {
generic, _, err := Unpack(cli.conn, cli.Framed)
host := cli.Host
ret := true
if err == io.EOF {
log.Printf("%s: EOF", cli)
ret = false
} else if err != nil {
log.Printf("%s: unpack error: %s", host, err)
if err.Error() == "use of closed network connection" {
ret = false
}
} else if response := jsonw.NewWrapper(generic); response == nil {
log.Printf("%s: unexpected JSON failure")
} else if p, e := response.AtIndex(0).GetInt(); e != nil {
log.Printf("%s: error decoding prefix: %s", host, e)
} else if byte(p) != rpc_response {
log.Printf("%s: didn't get rpc_response", host)
} else if id, e := response.AtIndex(1).GetInt64(); e != nil {
log.Printf("%s: no msgid found: %s", host, e)
} else if output, present := cli.outputChannels[id]; !present {
log.Printf("%s: no output channel found for msgid %d", host, id)
} else {
var rp ReplyPair
if !response.AtIndex(2).IsNil() {
s, e := response.AtIndex(2).GetString()
if e != nil {
rp.err = e
s = e.Error()
} else {
rp.err = Error{s}
}
log.Printf("%s: error: %s", host, s)
} else if reply, e := response.AtIndex(3).GetData(); e != nil {
rp.err = e
log.Printf("%s: invalid reply sent: %s", host, e)
} else {
rp.data = jsonw.NewWrapper(reply)
}
output <- rp
delete(cli.outputChannels, id)
}
return ret
}
func (sc *ServerConn) serve() {
sc.srv.Logger.Printf(LOG_CONNECTIONS,
"connection established: remote=%s\n", sc.conn.RemoteAddr())
go sc.sendResults()
gogo := true
for gogo {
rpc, _, err := Unpack(sc.conn, sc.srv.framed)
if err != nil {
gogo = false
} else {
go sc.srv.processRpc(jsonw.NewWrapper(rpc), sc)
}
}
sc.quit <- true
}
func (pr *PackReader) unpack() (interface{}, int, error) {
frame := 0
frame_len := 0
var b uint8
var err error = nil
var iRes interface{} = nil
var framed bool = pr.expectFraming()
// Threaded implementation won't need to worry, so we can
// just throw the framing away....
if framed {
pr.first = false
var tmp interface{}
tmp, frame_len, err = pr.unpack()
if err == nil {
w := jsonw.NewWrapper(tmp)
frame, err = w.GetInt()
if err == nil {
// Reset the offset so that we start counting from the
// inside of the frame
pr.offset = 0
}
}
}
if err == nil {
b, err = pr.ReadUint8()
}
doswitch := false
if err == nil {
if b <= positive_fix_max {
iRes = b
} else if b >= negative_fix_min && b <= negative_fix_max {
iRes = int8(b)
} else if b >= type_fix_raw && b <= type_fix_raw_max {
iRes, err = pr.unpackRaw(uint32(b & fix_raw_count_mask))
} else if b >= type_fix_array_min && b <= type_fix_array_max {
iRes, err = pr.unpackArray(uint32(b & fix_array_count_mask))
} else if b >= type_fix_map_min && b <= type_fix_map_max {
iRes, err = pr.unpackMap(uint32(b & fix_map_count_mask))
} else {
doswitch = true
}
}
if doswitch && err == nil {
switch b {
case type_nil:
case type_false:
iRes = false
case type_true:
iRes = true
case type_uint8:
iRes, err = pr.ReadUint8()
case type_uint16:
iRes, err = pr.ReadUint16()
case type_uint32:
iRes, err = pr.ReadUint32()
case type_uint64:
iRes, err = pr.ReadUint64()
case type_int16:
iRes, err = pr.ReadInt16()
case type_int32:
iRes, err = pr.ReadInt32()
case type_int64:
iRes, err = pr.ReadInt64()
case type_float:
iRes, err = pr.ReadFloat32()
case type_double:
iRes, err = pr.ReadFloat64()
case type_raw16:
var length uint16
length, err = pr.ReadUint16()
if err == nil {
iRes, err = pr.unpackRaw(uint32(length))
}
case type_raw32:
var length uint32
length, err = pr.ReadUint32()
if err == nil {
iRes, err = pr.unpackRaw(length)
}
case type_array16:
var length uint16
length, err := pr.ReadUint16()
if err == nil {
iRes, err = pr.unpackArray(uint32(length))
}
case type_array32:
var length uint32
length, err = pr.ReadUint32()
if err == nil {
iRes, err = pr.unpackArray(length)
}
case type_map16:
var length uint16
length, err = pr.ReadUint16()
if err == nil {
iRes, err = pr.unpackMap(uint32(length))
}
case type_map32:
var length uint32
length, err = pr.ReadUint32()
if err == nil {
iRes, err = pr.unpackMap(length)
}
default:
log.Printf("unhandled type prefix: %x\n", b)
}
}
numRead := pr.offset
if framed && err == nil && numRead != frame {
log.Printf("bad frame value: %d v %d\n", numRead, frame)
}
return iRes, numRead + frame_len, err
}