func init() {
store.DefaultDBManager.AddFuncWithSideEffects("del", func(db *store.DB, args []string) string {
del_count := 0
for _, v := range args {
ok := db.StoreDel(v)
if ok {
del_count += 1
}
}
return reply.IntReply(del_count)
})
store.DefaultDBManager.AddFuncWithSideEffects("expire", func(db *store.DB, args []string) string {
_, ok, _ := db.StoreGet(args[0], data.Any)
if ok {
millis := store.Milliseconds()
expires, err := strconv.Atoi(args[1])
if err != nil {
return reply.IntReply(0)
} else {
db.ExpiryRecord[args[0]] = millis + uint64(expires*1000)
return reply.IntReply(1)
}
}
return reply.IntReply(0)
})
store.DefaultDBManager.AddFuncWithSideEffects("pexpire", func(db *store.DB, args []string) string {
_, ok, _ := db.StoreGet(args[0], data.Any)
if ok {
millis := store.Milliseconds()
expires, err := strconv.Atoi(args[1])
if err != nil {
return reply.IntReply(0)
} else {
db.ExpiryRecord[args[0]] = millis + uint64(expires)
return reply.IntReply(1)
}
}
return reply.IntReply(0)
})
store.DefaultDBManager.AddFunc("ttl", func(db *store.DB, args []string) string {
_, ok, _ := db.StoreGet(args[0], data.Any)
if !ok {
return reply.IntReply(-2)
}
time, ok := db.ExpiryRecord[args[0]]
millis := store.Milliseconds()
if ok {
if time == 0 {
return reply.IntReply(-1)
} else if time < millis {
db.StoreDel(args[0])
return reply.IntReply(-2)
} else {
return reply.IntReply(int((time - millis) / 1000))
}
} else {
return reply.IntReply(-1)
}
})
store.DefaultDBManager.AddFunc("pttl", func(db *store.DB, args []string) string {
_, ok, _ := db.StoreGet(args[0], data.Any)
if !ok {
return reply.IntReply(-2)
}
time, ok := db.ExpiryRecord[args[0]]
millis := store.Milliseconds()
if ok {
if time == 0 {
return reply.IntReply(-1)
} else if time < millis {
db.StoreDel(args[0])
return reply.IntReply(-2)
} else {
return reply.IntReply(int(time - millis))
}
} else {
return reply.IntReply(-1)
}
})
store.DefaultDBManager.AddFunc("exists", func(db *store.DB, args []string) string {
_, ok, _ := db.StoreGet(args[0], data.Any)
if ok {
return reply.IntReply(1)
}
return reply.IntReply(0)
})
store.DefaultDBManager.AddFunc("dump", func(db *store.DB, args []string) string {
bytes_rep, ok := db.StoreDump(args[0])
fmt.Println(bytes_rep)
str_rep := string(bytes_rep)
if ok {
return reply.BulkReply(str_rep)
} else {
return reply.NilReply
}
})
store.DefaultDBManager.AddFuncWithSideEffects("restore", func(db *store.DB, args []string) string {
unquoted_data, _ := strconv.Unquote(args[1])
fmt.Println(unquoted_data)
bytes_rep := []byte(unquoted_data)
ok := db.StoreLoad(args[0], bytes_rep)
if ok {
return reply.OKReply
} else {
return reply.NilReply
}
})
store.DefaultDBManager.AddFunc("type", func(db *store.DB, args []string) string {
elem, ok, _ := db.StoreGet(args[0], data.Any)
if ok {
return reply.IntReply(int(elem.Type()))
} else {
return reply.NilReply
}
})
store.DefaultDBManager.AddFunc("keys", func(db *store.DB, args []string) string {
keys := db.StoreKeysMatch(args[0])
var writer reply.MultiBulkWriter
writer.WriteCount(len(keys))
for _, key := range keys {
writer.WriteString(key)
}
return writer.String()
})
store.DefaultDBManager.AddFunc("randomkey", func(db *store.DB, args []string) string {
for key, _ := range db.Store {
return reply.BulkReply(key)
}
return reply.NilReply
})
store.DefaultDBManager.AddFunc("ping", func(db *store.DB, args []string) string {
return reply.BulkReply("PONG")
})
}
func init() {
store.DefaultDBManager.AddFunc("select", func(db *store.DB, args []string) string {
return reply.OKReply
})
store.DefaultDBManager.AddFunc("info", func(db *store.DB, args []string) string {
return reply.BulkReply("# Server\r\nredis_version:2.6.7\r\n")
})
store.DefaultDBManager.AddFunc("meminuse", func(db *store.DB, args []string) string {
return reply.IntReply(int(store.MemInUse()))
})
store.DefaultDBManager.AddFunc("objectsinuse", func(db *store.DB, args []string) string {
var memProfiles []runtime.MemProfileRecord
n, _ := runtime.MemProfile(memProfiles, false)
memProfiles = make([]runtime.MemProfileRecord, n)
n, _ = runtime.MemProfile(memProfiles, false)
objects := int64(0)
for _, prof := range memProfiles {
objects += prof.InUseObjects()
}
return reply.IntReply(int(objects))
})
store.DefaultDBManager.AddFunc("gc", func(db *store.DB, args []string) string {
runtime.GC()
return reply.OKReply
})
store.DefaultDBManager.AddFunc("freeosmemory", func(db *store.DB, args []string) string {
debug.FreeOSMemory()
return reply.OKReply
})
store.DefaultDBManager.AddFunc("save", func(db *store.DB, args []string) string {
err := db.SaveToDiskSync()
if err != nil {
return reply.ErrorReply(err)
} else {
return reply.OKReply
}
})
store.DefaultDBManager.AddFunc("bgsave", func(db *store.DB, args []string) string {
store.DefaultDBManager.SaveToDiskAsync(nil)
return reply.OKReply
})
store.DefaultDBManager.AddFunc("__end_save_mode__", func(db *store.DB, args []string) string {
db.EndSaveMode()
return reply.OKReply
})
store.DefaultDBManager.AddFunc("dbsize", func(db *store.DB, args []string) string {
return reply.IntReply(store.DefaultDBManager.DBSize())
})
store.DefaultDBManager.AddFunc("lastdump", func(db *store.DB, args []string) string {
elem, ok, _ := db.StoreGet(args[0], data.Any)
if ok {
return reply.IntReply(int(elem.LastDump()))
} else {
return reply.NilReply
}
})
store.DefaultDBManager.AddFunc("lastdumpdb", func(db *store.DB, args []string) string {
return reply.IntReply(int(db.LastDump()))
})
store.DefaultDBManager.AddFunc("flush", func(db *store.DB, args []string) string {
db.Flush()
return reply.OKReply
})
store.DefaultDBManager.AddFunc("keysperdb", func(db *store.DB, args []string) string {
var w reply.MultiBulkWriter
dbs := store.DefaultDBManager.GetDBs()
w.WriteCount(len(dbs))
for _, db := range dbs {
w.WriteString(fmt.Sprintf("%d", len(db.Store)))
}
return w.String()
})
}
func init() {
gob.Register(&User{})
store.RegisterStoreType(UserType)
store.DefaultDBManager.AddFuncWithSideEffects("useradd", func(db *store.DB, args []string) string {
s := args[0]
_, ok, _ := db.StoreGet(s, UserType)
if ok {
return reply.ErrorReply("Key already exists")
} else {
raw_hash, _ := scrypt.Key([]byte(args[1]), []byte(args[0]), 16384, 8, 1, 32)
b64_hash := store.Base64Encode(raw_hash)
final_hash := fmt.Sprintf("$%d$%d$%d$%s", 16384, 8, 1, string(b64_hash))
user := &User{args[0], final_hash, "", 0}
db.StoreSet(args[0], &data.Entry{user, UserType})
return reply.OKReply
}
return reply.OKReply
})
store.DefaultDBManager.AddFunc("userget", func(db *store.DB, args []string) string {
s := args[0]
e, ok, _ := db.StoreGet(s, UserType)
if ok {
if user, ok := e.Value.(*User); ok {
score_str := fmt.Sprintf("%d", user.Score)
var rep reply.MultiBulkWriter
rep.WriteCount(2)
rep.WriteString(user.Username)
rep.WriteString(score_str)
return rep.String()
} else {
return reply.ErrorReply("Type Mismatch")
}
} else {
return reply.NilReply
}
})
store.DefaultDBManager.AddFuncWithSideEffects("userauth", func(db *store.DB, args []string) string {
username := args[0]
e, ok, _ := db.StoreGet(username, UserType)
if ok {
if user, ok := e.Value.(*User); ok {
password := args[1]
raw_hash, _ := scrypt.Key([]byte(password), []byte(username), 16384, 8, 1, 32)
b64_hash := store.Base64Encode(raw_hash)
final_hash := fmt.Sprintf("$%d$%d$%d$%s", 16384, 8, 1, string(b64_hash))
if final_hash == user.Hash {
c := 64
b := make([]byte, c)
n, err := io.ReadFull(rand.Reader, b)
if n != len(b) || err != nil {
return reply.ErrorReply("Unable to generate a secure random token")
}
token := store.Base64Encode(b)
token_str := string(token)
db.StoreSet(token_str, &data.Entry{username, 0})
if user.Token != "" {
db.StoreDel(token_str)
}
user.Token = token_str
return reply.BulkReply(token_str)
} else {
return reply.ErrorReply("Password is incorrect")
}
} else {
return reply.ErrorReply("How did you manage to mess things up this good?")
}
} else {
return reply.ErrorReply("No user exists with that username")
}
})
store.DefaultDBManager.AddFunc("usertoken", func(db *store.DB, args []string) string {
token := args[0]
e, ok, _ := db.StoreGet(token, strings.StringType)
if ok {
str, _ := e.Value.(string)
return reply.BulkReply(str)
} else {
return reply.ErrorReply("Invalid or expired token")
}
})
}
func init() {
gob.Register(&Post{})
gob.Register(&Feed{})
store.RegisterStoreType(FeedType)
store.DefaultDBManager.AddFuncWithSideEffects("feedcap", func(db *store.DB, args []string) string {
s := args[0]
cap, err := strconv.Atoi(args[1])
if err != nil {
return reply.ErrorReply(err)
}
e, ok, _ := db.StoreGet(s, FeedType)
if ok {
if f, ok := e.Value.(*Feed); ok {
f.Capacity = cap
return reply.OKReply
} else {
return reply.ErrorReply("Type Mismatch")
}
} else {
f := &Feed{s, cap, 0, make([]*Post, 0)}
db.StoreSet(s, &data.Entry{f, FeedType})
}
return reply.OKReply
})
store.DefaultDBManager.AddFunc("feedget", func(db *store.DB, args []string) string {
if e, ok, _ := db.StoreGet(args[0], FeedType); ok {
if f, ok := e.Value.(*Feed); ok {
cap_str := fmt.Sprintf("%d", f.Capacity)
var rep reply.MultiBulkWriter
rep.WriteCount(2)
rep.WriteString(f.Name)
rep.WriteString(cap_str)
return rep.String()
} else {
return "-ERR Type mismatch\r\n"
}
} else {
return reply.NilReply
}
})
store.DefaultDBManager.AddFuncWithSideEffects("feedpost", func(db *store.DB, args []string) string {
e, ok, _ := db.StoreGet(args[0], FeedType)
if !ok {
s := args[0]
f := &Feed{s, -1, 0, make([]*Post, 0)}
e = &data.Entry{f, FeedType}
db.StoreSet(s, e)
}
if f, ok := e.Value.(*Feed); ok {
timestamp := store.Milliseconds()
if timestamp == f.LastTimestamp {
timestamp += 1
}
f.LastTimestamp = timestamp
p := &Post{args[1], args[2], timestamp, 0, make(map[string]string)}
f.Posts = append(f.Posts, p)
return reply.OKReply
} else {
return reply.ErrorReply("Type mismatch")
}
})
store.DefaultDBManager.AddFunc("feedposts", func(db *store.DB, args []string) string {
if e, ok, _ := db.StoreGet(args[0], FeedType); ok {
if f, ok := e.Value.(*Feed); ok {
post_count := len(f.Posts)
offset := 0
count := post_count
if len(args) == 3 {
var err error
offset, err = strconv.Atoi(args[1])
if err != nil {
panic(err)
}
count, err = strconv.Atoi(args[2])
if err != nil {
panic(err)
}
}
if offset >= post_count {
return reply.NilReply
}
if offset+count > post_count {
count = post_count - offset
}
var rep reply.MultiBulkWriter
rep.WriteCount(3 * post_count)
for i := post_count - offset; i >= post_count-offset-count; i-- {
p := f.Posts[i]
timestamp_str := fmt.Sprintf("%d", p.Timestamp)
rep.WriteString(p.Author)
rep.WriteString(p.Body)
rep.WriteString(timestamp_str)
}
return rep.String()
} else {
return reply.ErrorReply("Type mismatch")
}
} else {
return reply.NilReply
}
})
store.DefaultDBManager.AddFunc("feedlen", func(db *store.DB, args []string) string {
if e, ok, _ := db.StoreGet(args[0], FeedType); ok {
if f, ok := e.Value.(*Feed); ok {
return reply.IntReply(len(f.Posts))
}
}
return reply.NilReply
})
//store.DefaultDBManager.AddFuncWithSideEffects("feedlike", func (db *store.DB, args []string) string {
//})
}
func init() {
gob.Register(make(map[string]bool))
store.RegisterStoreType(SetType)
store.DefaultDBManager.AddFuncWithSideEffects("sadd", func(db *store.DB, args []string) string {
e, ok, err := db.StoreGet(args[0], SetType)
if err != nil {
return reply.ErrorReply("Type Mismatch")
}
var setData map[string]bool
if !ok {
setData = make(map[string]bool)
db.StoreSet(args[0], &data.Entry{setData, SetType})
} else {
setData, _ = e.Value.(map[string]bool)
}
l := len(args)
sdata := args[1:l]
count := 0
for _, member := range sdata {
_, ok = setData[member]
if !ok {
setData[member] = true
count += 1
}
}
return reply.IntReply(count)
})
store.DefaultDBManager.AddFuncWithSideEffects("srem", func(db *store.DB, args []string) string {
e, ok, err := db.StoreGet(args[0], SetType)
if err != nil {
return reply.ErrorReply("Type Mismatch")
}
if !ok {
return reply.NilReply
}
setData, ok := e.Value.(map[string]bool)
if !ok {
setData = make(map[string]bool)
db.StoreSet(args[0], &data.Entry{setData, SetType})
}
l := len(args)
sdata := args[1:l]
count := 0
for _, member := range sdata {
_, ok = setData[member]
if ok {
delete(setData, member)
count += 1
}
}
return reply.IntReply(count)
})
store.DefaultDBManager.AddFuncWithSideEffects("srem", func(db *store.DB, args []string) string {
e, ok, err := db.StoreGet(args[0], SetType)
if err != nil {
return reply.ErrorReply("Type Mismatch")
}
if !ok {
return reply.NilReply
}
setData, ok := e.Value.(map[string]bool)
if !ok {
setData = make(map[string]bool)
}
l := len(args)
sdata := args[1:l]
count := 0
for _, member := range sdata {
_, ok = setData[member]
if ok {
delete(setData, member)
count += 1
}
}
return reply.IntReply(count)
})
store.DefaultDBManager.AddFunc("sismember", func(db *store.DB, args []string) string {
e, ok, err := db.StoreGet(args[0], SetType)
if err != nil || !ok {
return "-ERR Type Mismatch\r\n"
}
if !ok {
return reply.NilReply
}
setData, ok := e.Value.(map[string]bool)
if !ok {
return reply.IntReply(0)
}
_, ok = setData[args[1]]
if ok {
return reply.IntReply(1)
}
return reply.IntReply(0)
})
store.DefaultDBManager.AddFunc("scard", func(db *store.DB, args []string) string {
e, ok, err := db.StoreGet(args[0], SetType)
if err != nil || !ok {
return reply.ErrorReply("Type Mismatch")
}
if !ok {
return reply.NilReply
}
setData, ok := e.Value.(map[string]bool)
if ok {
return reply.IntReply(len(setData))
}
return reply.IntReply(0)
})
store.DefaultDBManager.AddFuncWithSideEffects("spop", func(db *store.DB, args []string) string {
e, ok, err := db.StoreGet(args[0], SetType)
if err != nil || !ok {
return "-ERR Type Mismatch\r\n"
}
if !ok {
return reply.NilReply
}
setData, ok := e.Value.(map[string]bool)
if !ok {
return reply.NilReply
}
for k, _ := range setData {
delete(setData, k)
return reply.BulkReply(k)
}
return reply.NilReply
})
store.DefaultDBManager.AddFuncWithSideEffects("smembers", func(db *store.DB, args []string) string {
e, ok, err := db.StoreGet(args[0], SetType)
if err != nil || !ok {
return "-ERR Type Mismatch\r\n"
}
if !ok {
return reply.NilReply
}
setData, ok := e.Value.(map[string]bool)
if !ok {
return reply.NilReply
}
var w reply.MultiBulkWriter
w.WriteCount(len(setData))
for k, _ := range setData {
w.WriteString(k)
}
return w.String()
})
store.DefaultDBManager.AddFuncWithSideEffects("srandmember", func(db *store.DB, args []string) string {
e, ok, err := db.StoreGet(args[0], SetType)
if err != nil || !ok {
return "-ERR Type Mismatch\r\n"
}
if !ok {
return reply.NilReply
}
setData, ok := e.Value.(map[string]bool)
if !ok {
return reply.NilReply
}
if len(args) > 1 {
count, err := strconv.Atoi(args[1])
if err != nil {
panic(err)
}
var w reply.MultiBulkWriter
w.WriteCount(count)
for k, _ := range setData {
w.WriteString(k)
count -= 1
if count == 0 {
break
}
}
return w.String()
} else {
for k, _ := range setData {
return reply.BulkReply(k)
}
}
return reply.NilReply
})
}