func dumpSetOp(conn *client.Conn, args []string) {
op, err := setop.NewSetOpParser(args[2]).Parse()
if err != nil {
fmt.Println(err)
} else {
for _, res := range conn.SetExpression(setop.SetExpression{Dest: []byte(args[1]), Op: op}) {
printSetOpRes(res)
}
}
}
func describeTree(conn *client.Conn, args []string) {
if bytes, err := hex.DecodeString(args[1]); err != nil {
fmt.Println(err)
} else {
if result, err := conn.DescribeTree(bytes); err != nil {
fmt.Println(err)
} else {
fmt.Println(result)
}
}
}
func getActives(w http.ResponseWriter, r *http.Request, c *client.Conn) {
var result []common.Message
for _, item := range c.Slice(activeObjectsKey, nil, nil, true, true) {
result = append(result, common.Message{
Object: string(item.Key),
})
}
w.Header().Set("Content-Type", "application/json; charset=UTF-8")
if err := json.NewEncoder(w).Encode(result); err != nil {
panic(err)
}
}
func getViews(w http.ResponseWriter, r *http.Request, c *client.Conn) {
uid := mux.Vars(r)["user_id"]
vKey := uViewsKey(uid)
var result []common.Message
for _, item := range c.Slice(vKey, nil, nil, true, true) {
result = append(result, common.Message{
Type: common.View,
User: uid,
Object: string(item.Key),
})
}
w.Header().Set("Content-Type", "application/json; charset=UTF-8")
if err := json.NewEncoder(w).Encode(result); err != nil {
panic(err)
}
}
func testDump(t *testing.T, c *client.Conn) {
ch, wa := c.Dump()
ch <- [2][]byte{[]byte("testDumpk1"), []byte("testDumpv1")}
ch <- [2][]byte{[]byte("testDumpk2"), []byte("testDumpv2")}
close(ch)
wa.Wait()
if val, ex := c.Get([]byte("testDumpk1")); !ex || bytes.Compare(val, []byte("testDumpv1")) != 0 {
t.Errorf("wrong value")
}
if val, ex := c.Get([]byte("testDumpk2")); !ex || bytes.Compare(val, []byte("testDumpv2")) != 0 {
t.Errorf("wrong value")
}
}
func describeAllTrees(conn *client.Conn, args []string) {
fmt.Print(conn.DescribeAllTrees())
}
func subConfigure(conn *client.Conn, args []string) {
conn.SubAddConfiguration([]byte(args[1]), args[2], args[3])
}
func del(conn *client.Conn, args []string) {
conn.Del([]byte(args[1]))
}
func slice(conn *client.Conn, args []string) {
for i, item := range conn.Slice([]byte(args[1]), []byte(args[2]), []byte(args[3]), true, false) {
fmt.Printf("%v: %v => %v\n", i, string(item.Key), decode(item.Value))
}
}
func put(conn *client.Conn, args []string) {
conn.Put([]byte(args[1]), encode(args[2]))
}
func subClear(conn *client.Conn, args []string) {
conn.SubClear([]byte(args[1]))
}
func nextIndex(conn *client.Conn, args []string) {
if key, value, index, existed := conn.NextIndex([]byte(args[1]), *(mustAtoi(args[2]))); existed {
fmt.Printf("%v: %v => %v\n", index, string(key), decode(value))
}
}
func dump(conn *client.Conn, args []string) {
dump, wait := conn.Dump()
linedump(dump, wait)
}
func show(conn *client.Conn) {
fmt.Println(conn.Describe())
}
func count(conn *client.Conn, args []string) {
fmt.Println(conn.Count([]byte(args[1]), []byte(args[2]), []byte(args[3]), true, false))
}
func indexOf(conn *client.Conn, args []string) {
if index, existed := conn.IndexOf([]byte(args[1]), []byte(args[2])); existed {
fmt.Println(index)
}
}
func size(conn *client.Conn, args []string) {
fmt.Println(conn.Size())
}
func reverseSliceLen(conn *client.Conn, args []string) {
for _, item := range conn.ReverseSliceLen([]byte(args[1]), []byte(args[2]), true, *(mustAtoi(args[3]))) {
fmt.Printf("%v => %v\n", string(item.Key), decode(item.Value))
}
}
func subGet(conn *client.Conn, args []string) {
if value, existed := conn.SubGet([]byte(args[1]), []byte(args[2])); existed {
fmt.Printf("%v\n", decode(value))
}
}
func next(conn *client.Conn, args []string) {
if key, value, existed := conn.Next([]byte(args[1])); existed {
fmt.Printf("%v => %v\n", string(key), decode(value))
}
}
func clear(conn *client.Conn, args []string) {
conn.Clear()
}
func mirrorLast(conn *client.Conn, args []string) {
if key, value, existed := conn.MirrorLast([]byte(args[1])); existed {
fmt.Println(decode(key), "=>", string(value))
}
}
func subDump(conn *client.Conn, args []string) {
dump, wait := conn.SubDump([]byte(args[1]))
linedump(dump, wait)
}
func subSize(conn *client.Conn, args []string) {
fmt.Println(conn.SubSize([]byte(args[1])))
}
func subPut(conn *client.Conn, args []string) {
conn.SubPut([]byte(args[1]), []byte(args[2]), encode(args[3]))
}
func subPrev(conn *client.Conn, args []string) {
if key, value, existed := conn.SubPrev([]byte(args[1]), []byte(args[2])); existed {
fmt.Printf("%v => %v\n", string(key), decode(value))
}
}
func subDel(conn *client.Conn, args []string) {
conn.SubDel([]byte(args[1]), []byte(args[2]))
}
func describeAll(conn *client.Conn, args []string) {
for _, description := range conn.DescribeAllNodes() {
fmt.Println(description.Describe())
}
}
func last(conn *client.Conn, args []string) {
if key, value, existed := conn.Last([]byte(args[1])); existed {
fmt.Println(string(key), "=>", decode(value))
}
}
func sliceIndex(conn *client.Conn, args []string) {
for _, item := range conn.SliceIndex([]byte(args[1]), mustAtoi(args[2]), mustAtoi(args[3])) {
fmt.Printf("%v: %v => %v\n", item.Index, string(item.Key), decode(item.Value))
}
}