// Set the user's nick.
func (u *User) SetNick(nick string) os.Error {
if !parser.ValidNick(nick) {
return parser.NewNumeric(parser.ERR_ERRONEUSNICKNAME, nick)
}
lownick := parser.ToLower(nick)
userMutex.Lock()
defer userMutex.Unlock()
if id, used := userNicks[lownick]; used {
if id == u.ID() {
return nil
}
return parser.NewNumeric(parser.ERR_NICKNAMEINUSE, nick)
}
userNicks[lownick] = u.ID()
lownick = parser.ToLower(u.nick)
userNicks[lownick] = "", false
u.mutex.Lock()
defer u.mutex.Unlock()
u.nick = nick
u.ts = time.Nanoseconds()
return nil
}
// Get the Channel structure for the given channel. If it does not exist and
// create is true, it is created.
func Get(name string, create bool) (*Channel, os.Error) {
chanMutex.Lock()
defer chanMutex.Unlock()
if !parser.ValidChannel(name) {
return nil, parser.NewNumeric(parser.ERR_NOSUCHCHANNEL, name)
}
lowname := parser.ToLower(name)
// Database lookup?
if c, ok := chanMap[lowname]; ok {
return c, nil
} else if !create {
return nil, parser.NewNumeric(parser.ERR_NOSUCHCHANNEL, name)
}
c := &Channel{
mutex: new(sync.RWMutex),
name: name,
users: make(map[string]string),
}
chanMap[lowname] = c
return c, nil
}
// Join a user to the channel.
func (c *Channel) Join(uids ...string) (notify []string, err os.Error) {
c.mutex.Lock()
defer c.mutex.Unlock()
for _, uid := range uids {
if _, on := c.users[uid]; on {
return nil, parser.NewNumeric(parser.ERR_USERONCHANNEL, uid, c.name)
}
// TODO(kevlar): Check hostmask
c.users[uid] = "host@mask"
c.ts = time.Nanoseconds()
}
notify = make([]string, 0, len(c.users))
for id := range c.users {
notify = append(notify, id)
}
// Make sure that this channel exists (bad news if it doesn't)
chanMutex.Lock()
defer chanMutex.Unlock()
if _, exist := chanMap[c.name]; !exist {
chanMap[c.name] = c
}
return
}
// Set the user's type (immutable once set).
func (u *User) SetType(newType userType) os.Error {
if u.utyp != Unregistered {
return parser.NewNumeric(parser.ERR_ALREADYREGISTRED)
}
u.utyp = newType
u.ts = time.Nanoseconds()
return nil
}
// Set the user and gecos (immutable once set).
func (u *User) SetUser(user, name string) os.Error {
if len(u.user) > 0 {
return parser.NewNumeric(parser.ERR_ALREADYREGISTRED)
}
if !parser.ValidNick(user) || len(name) == 0 {
// BUG(kevlar): Document this behavior
return parser.NewNumeric(parser.ERR_NEEDMOREPARAMS)
}
u.mutex.Lock()
defer u.mutex.Unlock()
u.user, u.name = user, name
u.ts = time.Nanoseconds()
return nil
}
func sendSignon(u *user.User, ircd *IRCd) {
log.Info.Printf("[%s] ** Registered\n", u.ID())
u.SetType(user.RegisteredAsUser)
destIDs := []string{u.ID()}
// RPL_WELCOME
msg := parser.NewNumeric(parser.RPL_WELCOME).Message()
msg.Args[1] = "Welcome to the " + Config.Network.Name + " network, " + u.Nick() + "!"
msg.DestIDs = destIDs
ircd.ToClient <- msg
// RPL_YOURHOST
msg = parser.NewNumeric(parser.RPL_YOURHOST).Message()
msg.Args[1] = "Your host is " + Config.Name + ", running " + REPO_VERSION
msg.DestIDs = destIDs
ircd.ToClient <- msg
// RPL_CREATED
// RPL_MYINFO
// RPL_ISUPPORT
// RPL_LUSERCLIENT
// RPL_LUSEROP
// RPL_LUSERUNKNOWN
// RPL_LUSERCHANNELS
// RPL_LUSERME
// RPL_LOCALUSERS
// RPL_GLOBALUSERS
// RPL_NOMOTD
msg = parser.NewNumeric(parser.ERR_NOMOTD).Message()
msg.DestIDs = destIDs
ircd.ToClient <- msg
msg = &parser.Message{
Command: parser.CMD_MODE,
Prefix: "*",
Args: []string{
"*",
"+i",
},
DestIDs: destIDs,
}
ircd.ToClient <- msg
}
// Get the ID for a particular nick.
func GetID(nick string) (id string, err os.Error) {
userMutex.RLock()
defer userMutex.RUnlock()
lownick := parser.ToLower(nick)
if _, ok := userMap[nick]; ok {
return nick, nil
}
var ok bool
if id, ok = userNicks[lownick]; !ok {
err = parser.NewNumeric(parser.ERR_NOSUCHNICK, nick)
}
return
}
// Part a user from the channel.
func (c *Channel) Part(uid string) (notify []string, err os.Error) {
c.mutex.Lock()
defer c.mutex.Unlock()
if _, on := c.users[uid]; !on {
return nil, parser.NewNumeric(parser.ERR_NOTONCHANNEL, c.name)
}
notify = make([]string, 0, len(c.users))
for id := range c.users {
notify = append(notify, id)
}
c.users[uid] = "", false
c.ts = time.Nanoseconds()
if len(c.users) == 0 {
chanMutex.Lock()
defer chanMutex.Unlock()
chanMap[c.name] = nil, false
}
return
}
Chans int
Notify []string
}{
{
ID: "A",
Command: parser.CMD_JOIN,
Channel: "#chan",
Error: nil,
Chans: 1,
Notify: []string{"A"},
},
{
ID: "B",
Command: parser.CMD_PART,
Channel: "#chan",
Error: parser.NewNumeric(parser.ERR_NOTONCHANNEL, ""),
Chans: 1,
Notify: nil,
},
{
ID: "B",
Command: parser.CMD_JOIN,
Channel: "#chan",
Error: nil,
Chans: 1,
Notify: []string{"A", "B"},
},
{
ID: "A",
Command: parser.CMD_PART,
Channel: "#chan",