func (p *poolsi) connect(addr string) {
if addr == *myAddr {
return
}
p.RLock()
_, has := p.all[addr]
p.RUnlock()
if has {
return
}
pool := newPool(addr, 5)
query := new(Payload)
query.Data = make([]byte, 10)
x.Check2(rand.Read(query.Data))
conn, err := pool.Get()
x.Checkf(err, "Unable to connect")
c := NewWorkerClient(conn)
resp, err := c.Echo(context.Background(), query)
x.Checkf(err, "Unable to Echo")
x.AssertTrue(bytes.Equal(resp.Data, query.Data))
x.Check(pool.Put(conn))
fmt.Printf("Connection with %q successful.\n", addr)
p.Lock()
defer p.Unlock()
_, has = p.all[addr]
if has {
return
}
p.all[addr] = pool
}
func toRDF(buf *bytes.Buffer, item kv) {
pl := item.list
for _, p := range pl.Postings {
x.Check2(buf.WriteString(item.prefix))
if p.Uid == math.MaxUint64 && !bytes.Equal(p.Value, nil) {
// Value posting
// Convert to appropriate type
typ := stype.ValueForType(stype.TypeID(p.ValType))
x.Check(typ.UnmarshalBinary(p.Value))
str, err := typ.MarshalText()
x.Check(err)
x.Check2(buf.WriteString(fmt.Sprintf("\"%s\"", str)))
if p.ValType == uint32(stype.GeoID) {
x.Check2(buf.WriteString(fmt.Sprintf("^^<geo:geojson> ")))
} else if p.ValType != uint32(stype.BytesID) {
x.Check2(buf.WriteString(fmt.Sprintf("^^<xs:%s> ", typ.Type().Name)))
}
x.Check2(buf.WriteString(" .\n"))
return
}
x.Check2(buf.WriteString(fmt.Sprintf("<_uid_:%#x> .\n", p.Uid)))
}
}