reformat source with gofmt to nuke all of those unneeded semicolons

This commit is contained in:
Alex Bramley 2009-12-17 21:30:18 +00:00
parent 1c31d5fb47
commit ae8e34ff0e
6 changed files with 474 additions and 477 deletions

View File

@ -13,17 +13,17 @@ You can build the test client also with:
make
./gobot
This will connect to freenode and join #go-lang by default, so be careful ;-)
This will connect to freenode and join `#go-lang` by default, so be careful ;-)
### Using the framework
The test client provides a good (if basic) example of how to use the framework.
Reading irc/handlers.go gives a more in-depth look at how handlers can be
Reading `irc/handlers.go` gives a more in-depth look at how handlers can be
written. Commands to be sent to the server (e.g. PRIVMSG) are methods of the
main \*irc.Conn object, and can be found in irc/commands.go (not all of the
main `*irc.Conn` object, and can be found in `irc/commands.go` (not all of the
possible IRC commands are implemented yet). Events are produced directly from
the messages from the IRC server, so you have to handle e.g. "332" for
RPL\_TOPIC to get the topic for a channel.
`RPL_TOPIC` to get the topic for a channel.
The vast majority of handlers implemented within the framework implement state
tracking of all nicks in channels that the client is also present in. It's

View File

@ -1,73 +1,70 @@
package main
import (
"./irc/_obj/irc";
"fmt";
"os";
"bufio";
"strings";
"./irc/_obj/irc"
"fmt"
"os"
"bufio"
"strings"
)
func main() {
// create new IRC connection
c := irc.New("GoTest", "gotest", "GoBot");
c := irc.New("GoTest", "gotest", "GoBot")
c.AddHandler("connected",
func(conn *irc.Conn, line *irc.Line) {
conn.Join("#go-lang");
}
);
func(conn *irc.Conn, line *irc.Line) { conn.Join("#go-nuts") })
// connect to server
if err := c.Connect("irc.freenode.net", ""); err != nil {
fmt.Printf("Connection error: %s\n", err);
return;
fmt.Printf("Connection error: %s\n", err)
return
}
// set up a goroutine to read commands from stdin
in := make(chan string, 4);
reallyquit := false;
in := make(chan string, 4)
reallyquit := false
go func() {
con := bufio.NewReader(os.Stdin);
con := bufio.NewReader(os.Stdin)
for {
s, err := con.ReadString('\n');
s, err := con.ReadString('\n')
if err != nil {
// wha?, maybe ctrl-D...
close(in);
break;
close(in)
break
}
// no point in sending empty lines down the channel
if len(s) > 2 {
in <- s[0:len(s)-1]
}
}
}();
}()
// set up a goroutine to do parsey things with the stuff from stdin
go func() {
for {
if closed(in) {
break;
break
}
cmd := <-in;
cmd := <-in
if cmd[0] == ':' {
switch idx := strings.Index(cmd, " "); {
case idx == -1:
continue;
continue
case cmd[1] == 'q':
reallyquit = true;
c.Quit(cmd[idx+1:len(cmd)]);
reallyquit = true
c.Quit(cmd[idx+1 : len(cmd)])
case cmd[1] == 'j':
c.Join(cmd[idx+1:len(cmd)]);
c.Join(cmd[idx+1 : len(cmd)])
case cmd[1] == 'p':
c.Part(cmd[idx+1:len(cmd)]);
c.Part(cmd[idx+1 : len(cmd)])
case cmd[1] == 'd':
fmt.Printf(c.String());
fmt.Printf(c.String())
}
} else {
c.Raw(cmd)
}
}
}();
}()
// stall here waiting for asplode on error channel
for {
@ -76,17 +73,17 @@ func main() {
// server for some reason (e.g. quit, kill or ping timeout)
// if we don't really want to quit, reconnect!
if !reallyquit {
fmt.Println("Reconnecting...");
fmt.Println("Reconnecting...")
if err := c.Connect("irc.freenode.net", ""); err != nil {
fmt.Printf("Connection error: %s\n", err);
break;
fmt.Printf("Connection error: %s\n", err)
break
}
continue;
continue
}
break;
break
}
if err := <-c.Err; err != nil {
fmt.Printf("goirc error: %s\n", err);
fmt.Printf("goirc error: %s\n", err)
}
}
}

View File

@ -5,7 +5,7 @@ package irc
import (
// "fmt";
"reflect";
"reflect"
)
// This could be a lot less ugly with the ability to manipulate
@ -13,33 +13,23 @@ import (
// [ CMD, FMT, FMTARGS ] etc.
// send a raw line to the server for debugging etc
func (conn *Conn) Raw(s string) {
conn.out <- s
}
func (conn *Conn) Raw(s string) { conn.out <- s }
// send a PASS command to the server
func (conn *Conn) Pass(p string) {
conn.out <- "PASS " + p
}
func (conn *Conn) Pass(p string) { conn.out <- "PASS "+p }
// send a NICK command to the server
func (conn *Conn) Nick(n string) {
conn.out <- "NICK " + n
}
func (conn *Conn) Nick(n string) { conn.out <- "NICK "+n }
// send a USER command to the server
func (conn *Conn) User(u, n string) {
conn.out <- "USER " + u + " 12 * :" + n
}
func (conn *Conn) User(u, n string) { conn.out <- "USER "+u+" 12 * :"+n }
// send a JOIN command to the server
func (conn *Conn) Join(c string) {
conn.out <- "JOIN " + c
}
func (conn *Conn) Join(c string) { conn.out <- "JOIN "+c }
// send a PART command to the server
func (conn *Conn) Part(c string, a ...) {
msg := getStringMsg(a);
msg := getStringMsg(a)
if msg != "" {
msg = " :" + msg
}
@ -48,7 +38,7 @@ func (conn *Conn) Part(c string, a ...) {
// send a QUIT command to the server
func (conn *Conn) Quit(a ...) {
msg := getStringMsg(a);
msg := getStringMsg(a)
if msg == "" {
msg = "GoBye!"
}
@ -56,28 +46,20 @@ func (conn *Conn) Quit(a ...) {
}
// send a WHOIS command to the server
func (conn *Conn) Whois(t string) {
conn.out <- "WHOIS " + t
}
func (conn *Conn) Whois(t string) { conn.out <- "WHOIS "+t }
// send a WHO command to the server
func (conn *Conn) Who(t string) {
conn.out <- "WHO " + t
}
func (conn *Conn) Who(t string) { conn.out <- "WHO "+t }
// send a PRIVMSG to the target t
func (conn *Conn) Privmsg(t, msg string) {
conn.out <- "PRIVMSG " + t + " :" + msg
}
func (conn *Conn) Privmsg(t, msg string) { conn.out <- "PRIVMSG "+t+" :"+msg }
// send a NOTICE to the target t
func (conn *Conn) Notice(t, msg string) {
conn.out <- "NOTICE " + t + " :" +msg
}
func (conn *Conn) Notice(t, msg string) { conn.out <- "NOTICE "+t+" :"+msg }
// send a (generic) CTCP to the target t
func (conn *Conn) Ctcp(t, ctcp string, a ...) {
msg := getStringMsg(a);
msg := getStringMsg(a)
if msg != "" {
msg = " " + msg
}
@ -86,7 +68,7 @@ func (conn *Conn) Ctcp(t, ctcp string, a ...) {
// send a generic CTCP reply to the target t
func (conn *Conn) CtcpReply(t, ctcp string, a ...) {
msg := getStringMsg(a);
msg := getStringMsg(a)
if msg != "" {
msg = " " + msg
}
@ -94,18 +76,14 @@ func (conn *Conn) CtcpReply(t, ctcp string, a ...) {
}
// send a CTCP "VERSION" to the target t
func (conn *Conn) Version(t string) {
conn.Ctcp(t, "VERSION")
}
func (conn *Conn) Version(t string) { conn.Ctcp(t, "VERSION") }
// send a CTCP "ACTION" to the target t -- /me does stuff!
func (conn *Conn) Action(t, msg string) {
conn.Ctcp(t, "ACTION", msg)
}
func (conn *Conn) Action(t, msg string) { conn.Ctcp(t, "ACTION", msg) }
// send a TOPIC command to the channel c
func (conn *Conn) Topic(c string, a ...) {
topic := getStringMsg(a);
topic := getStringMsg(a)
if topic != "" {
topic = " :" + topic
}
@ -116,7 +94,7 @@ func (conn *Conn) Topic(c string, a ...) {
// Mode(t) retrieves the user or channel modes for target t
// Mode(t, "string"
func (conn *Conn) Mode(t string, a ...) {
mode := getStringMsg(a);
mode := getStringMsg(a)
if mode != "" {
mode = " " + mode
}
@ -128,7 +106,7 @@ func getStringMsg(a ...) (msg string) {
// the below stolen and munged from fmt/print.go func getString()
if v := reflect.NewValue(a).(*reflect.StructValue); v.NumField() > 0 {
if s, ok := v.Field(0).(*reflect.StringValue); ok {
return s.Get();
return s.Get()
}
if b, ok := v.Interface().([]byte); ok {
return string(b)

View File

@ -1,76 +1,76 @@
package irc
import (
"bufio";
"os";
"net";
"fmt";
"strings";
"bufio"
"os"
"net"
"fmt"
"strings"
)
// the IRC connection object
type Conn struct {
// Hostname, Nickname, etc.
Host string;
Me *Nick;
Host string
Me *Nick
// I/O stuff to server
sock *net.TCPConn;
io *bufio.ReadWriter;
in chan *Line;
out chan string;
connected bool;
sock *net.TCPConn
io *bufio.ReadWriter
in chan *Line
out chan string
connected bool
// Error channel to transmit any fail back to the user
Err chan os.Error;
Err chan os.Error
// Event handler mapping
events map[string] []func (*Conn, *Line);
events map[string][]func(*Conn, *Line)
// Map of channels we're on
chans map[string] *Channel;
chans map[string]*Channel
// Map of nicks we know about
nicks map[string] *Nick;
nicks map[string]*Nick
}
// We'll parse an incoming line into this struct
// raw =~ ":nick!user@host cmd args[] :text"
// src == "nick!user@host"
type Line struct {
Nick, Ident, Host, Src string;
Cmd, Text, Raw string;
Args []string;
Nick, Ident, Host, Src string
Cmd, Text, Raw string
Args []string
}
// construct a new IRC Connection object
func New(nick, user, name string) *Conn {
conn := new(Conn);
conn.initialise();
conn.Me = conn.NewNick(nick, user, name, "");
conn.setupEvents();
return conn;
conn := new(Conn)
conn.initialise()
conn.Me = conn.NewNick(nick, user, name, "")
conn.setupEvents()
return conn
}
func (conn *Conn) initialise() {
// allocate meh some memoraaaahh
fmt.Println("irc.initialise(): initialising...");
conn.nicks = make(map[string] *Nick);
conn.chans = make(map[string] *Channel);
conn.in = make(chan *Line, 32);
conn.out = make(chan string, 32);
conn.Err = make(chan os.Error, 4);
conn.io = nil;
conn.sock = nil;
fmt.Println("irc.initialise(): initialising...")
conn.nicks = make(map[string]*Nick)
conn.chans = make(map[string]*Channel)
conn.in = make(chan *Line, 32)
conn.out = make(chan string, 32)
conn.Err = make(chan os.Error, 4)
conn.io = nil
conn.sock = nil
}
// connect the IRC connection object to a host
func (conn *Conn) Connect(host, pass string) os.Error {
if conn.connected {
return os.NewError(fmt.Sprintf("irc.Connect(): already connected to %s, cannot connect to %s", conn.Host, host));
return os.NewError(fmt.Sprintf("irc.Connect(): already connected to %s, cannot connect to %s", conn.Host, host))
}
if !hasPort(host) {
host += ":6667";
host += ":6667"
}
if addr, err := net.ResolveTCPAddr(host); err != nil {
@ -78,99 +78,94 @@ func (conn *Conn) Connect(host, pass string) os.Error {
} else if conn.sock, err = net.DialTCP("tcp", nil, addr); err != nil {
return err
}
fmt.Println("irc.Connect(): connected happily...");
conn.Host = host;
fmt.Println("irc.Connect(): connected happily...")
conn.Host = host
conn.io = bufio.NewReadWriter(
bufio.NewReader(conn.sock),
bufio.NewWriter(conn.sock),
);
go conn.send();
go conn.recv();
bufio.NewWriter(conn.sock))
go conn.send()
go conn.recv()
if pass != "" {
conn.Pass(pass)
}
conn.Nick(conn.Me.Nick);
conn.User(conn.Me.Ident, conn.Me.Name);
conn.Nick(conn.Me.Nick)
conn.User(conn.Me.Ident, conn.Me.Name)
go conn.runLoop();
fmt.Println("irc.Connect(): launched runLoop() goroutine.");
return nil;
go conn.runLoop()
fmt.Println("irc.Connect(): launched runLoop() goroutine.")
return nil
}
// dispatch a nicely formatted os.Error to the error channel
func (conn *Conn) error(s string, a ...) {
conn.Err <- os.NewError(fmt.Sprintf(s, a));
}
func (conn *Conn) error(s string, a ...) { conn.Err <- os.NewError(fmt.Sprintf(s, a)) }
// copied from http.client for great justice
func hasPort(s string) bool {
return strings.LastIndex(s, ":") > strings.LastIndex(s, "]")
}
func hasPort(s string) bool { return strings.LastIndex(s, ":") > strings.LastIndex(s, "]") }
// dispatch input from channel as \r\n terminated line to peer
func (conn *Conn) send() {
for {
line := <-conn.out;
line := <-conn.out
if closed(conn.out) {
break;
break
}
if err := conn.io.WriteString(line + "\r\n"); err != nil {
conn.error("irc.send(): %s", err.String());
conn.shutdown();
break;
conn.error("irc.send(): %s", err.String())
conn.shutdown()
break
}
conn.io.Flush();
fmt.Println("-> " + line);
conn.io.Flush()
fmt.Println("-> " + line)
}
}
// receive one \r\n terminated line from peer, parse and dispatch it
func (conn *Conn) recv() {
for {
s, err := conn.io.ReadString('\n');
s, err := conn.io.ReadString('\n')
if err != nil {
conn.error("irc.recv(): %s", err.String());
conn.shutdown();
break;
conn.error("irc.recv(): %s", err.String())
conn.shutdown()
break
}
// chop off \r\n
s = s[0:len(s)-2];
fmt.Println("<- " + s);
s = s[0 : len(s)-2]
fmt.Println("<- " + s)
line := &Line{Raw: s};
line := &Line{Raw: s}
if s[0] == ':' {
// remove a source and parse it
if idx := strings.Index(s, " "); idx != -1 {
line.Src, s = s[1:idx], s[idx+1:len(s)];
line.Src, s = s[1:idx], s[idx+1:len(s)]
} else {
// pretty sure we shouldn't get here ...
line.Src = s[1:len(s)];
conn.in <- line;
continue;
line.Src = s[1:len(s)]
conn.in <- line
continue
}
// src can be the hostname of the irc server or a nick!user@host
line.Host = line.Src;
nidx, uidx := strings.Index(line.Src, "!"), strings.Index(line.Src, "@");
line.Host = line.Src
nidx, uidx := strings.Index(line.Src, "!"), strings.Index(line.Src, "@")
if uidx != -1 && nidx != -1 {
line.Nick = line.Src[0:nidx];
line.Ident = line.Src[nidx+1:uidx];
line.Host = line.Src[uidx+1:len(line.Src)];
line.Nick = line.Src[0:nidx]
line.Ident = line.Src[nidx+1 : uidx]
line.Host = line.Src[uidx+1 : len(line.Src)]
}
}
// now we're here, we've parsed a :nick!user@host or :server off
// s should contain "cmd args[] :text"
args := strings.Split(s, " :", 2);
args := strings.Split(s, " :", 2)
if len(args) > 1 {
line.Text = args[1];
line.Text = args[1]
}
args = strings.Split(args[0], " ", 0);
line.Cmd = strings.ToUpper(args[0]);
args = strings.Split(args[0], " ", 0)
line.Cmd = strings.ToUpper(args[0])
if len(args) > 1 {
line.Args = args[1:len(args)];
line.Args = args[1:len(args)]
}
conn.in <- line
}
@ -179,50 +174,49 @@ func (conn *Conn) recv() {
func (conn *Conn) runLoop() {
for {
if closed(conn.in) {
break;
break
}
select {
case line := <-conn.in:
conn.dispatchEvent(line);
conn.dispatchEvent(line)
}
}
fmt.Println("irc.runLoop(): Exited runloop...");
fmt.Println("irc.runLoop(): Exited runloop...")
// if we fall off the end here due to shutdown,
// reinit everything once the runloop is done
// so that Connect() can be called again.
conn.initialise();
conn.initialise()
}
func (conn *Conn) shutdown() {
close(conn.in);
close(conn.out);
close(conn.Err);
conn.connected = false;
conn.sock.Close();
fmt.Println("irc.shutdown(): shut down sockets and channels!");
close(conn.in)
close(conn.out)
close(conn.Err)
conn.connected = false
conn.sock.Close()
fmt.Println("irc.shutdown(): shut down sockets and channels!")
}
func (conn *Conn) String() string {
str := "GoIRC Connection\n";
str += "----------------\n\n";
str := "GoIRC Connection\n"
str += "----------------\n\n"
if conn.connected {
str += "Connected to " + conn.Host + "\n\n"
} else {
str += "Not currently connected!\n\n";
str += "Not currently connected!\n\n"
}
str += conn.Me.String() + "\n";
str += "GoIRC Channels\n";
str += "--------------\n\n";
str += conn.Me.String() + "\n"
str += "GoIRC Channels\n"
str += "--------------\n\n"
for _, ch := range conn.chans {
str += ch.String() + "\n"
}
str += "GoIRC NickNames\n";
str += "---------------\n\n";
str += "GoIRC NickNames\n"
str += "---------------\n\n"
for _, n := range conn.nicks {
if n != conn.Me {
str += n.String() + "\n"
}
}
return str;
return str
}

View File

@ -4,28 +4,28 @@ package irc
// to manage tracking an irc connection etc.
import (
"strings";
"strconv";
"strings"
"strconv"
)
// Add an event handler for a specific IRC command
func (conn *Conn) AddHandler(name string, f func(*Conn, *Line)) {
n := strings.ToUpper(name);
n := strings.ToUpper(name)
if e, ok := conn.events[n]; ok {
if len(e) == cap(e) {
// crap, we're full. expand e by another 10 handler slots
ne := make([]func (*Conn, *Line), len(e), len(e)+10);
ne := make([]func(*Conn, *Line), len(e), len(e)+10)
for i := 0; i < len(e); i++ {
ne[i] = e[i];
ne[i] = e[i]
}
e = ne;
e = ne
}
e = e[0:len(e)+1];
e[len(e)-1] = f;
e = e[0 : len(e)+1]
e[len(e)-1] = f
} else {
e := make([]func (*Conn, *Line), 1, 10);
e[0] = f;
conn.events[n] = e;
e := make([]func(*Conn, *Line), 1, 10)
e[0] = f
conn.events[n] = e
}
}
@ -34,7 +34,7 @@ func (conn *Conn) dispatchEvent(line *Line) {
// seems that we end up dispatching an event with a nil line when receiving
// EOF from the server. Until i've tracked down why....
if line == nil {
conn.error("irc.dispatchEvent(): buh? line == nil :-(");
conn.error("irc.dispatchEvent(): buh? line == nil :-(")
return
}
@ -44,25 +44,25 @@ func (conn *Conn) dispatchEvent(line *Line) {
if line.Cmd == "PRIVMSG" && len(line.Text) > 2 &&
line.Text[0] == '\001' && line.Text[len(line.Text)-1] == '\001' {
// WOO, it's a CTCP message
t := strings.Split(line.Text[1:len(line.Text)-1], " ", 2);
t := strings.Split(line.Text[1:len(line.Text)-1], " ", 2)
if c := strings.ToUpper(t[0]); c == "ACTION" {
// make a CTCP ACTION it's own event a-la PRIVMSG
line.Cmd = c;
line.Cmd = c
} else {
// otherwise, dispatch a generic CTCP event that
// contains the type of CTCP in line.Args[0]
line.Cmd = "CTCP";
a := make([]string, len(line.Args)+1);
a[0] = c;
line.Cmd = "CTCP"
a := make([]string, len(line.Args)+1)
a[0] = c
for i := 0; i < len(line.Args); i++ {
a[i+1] = line.Args[i];
a[i+1] = line.Args[i]
}
line.Args = a;
line.Args = a
}
if len(t) > 1 {
// for some CTCP messages this could make more sense
// in line.Args[], but meh. MEH, I say.
line.Text = t[1];
line.Text = t[1]
}
}
if funcs, ok := conn.events[line.Cmd]; ok {
@ -83,26 +83,24 @@ func (conn *Conn) dispatchEvent(line *Line) {
// func (conn *Conn) h_handler(line *Line) {}
// in the future, but for now the compiler throws a hissy fit.
func (conn *Conn) setupEvents() {
conn.events = make(map[string] []func(*Conn, *Line));
conn.events = make(map[string][]func(*Conn, *Line))
// Basic ping/pong handler
conn.AddHandler("PING", func(conn *Conn, line *Line) {
conn.Raw("PONG :" + line.Text);
});
conn.AddHandler("PING", func(conn *Conn, line *Line) { conn.Raw("PONG :" + line.Text) })
// Handler to trigger a "CONNECTED" event on receipt of numeric 001
conn.AddHandler("001", func(conn *Conn, line *Line) {
// we're connected!
conn.connected = true;
conn.dispatchEvent(&Line{Cmd: "CONNECTED"});
conn.connected = true
conn.dispatchEvent(&Line{Cmd: "CONNECTED"})
// and we're being given our hostname (from the server's perspective)
if ridx := strings.LastIndex(line.Text, " "); ridx != -1 {
h := line.Text[ridx+1:len(line.Text)];
h := line.Text[ridx+1 : len(line.Text)]
if idx := strings.Index(h, "@"); idx != -1 {
conn.Me.Host = h[idx+1:len(h)];
conn.Me.Host = h[idx+1 : len(h)]
}
}
});
})
// XXX: do we need 005 protocol support message parsing here?
// probably in the future, but I can't quite be arsed yet.
@ -115,112 +113,120 @@ func (conn *Conn) setupEvents() {
// Handler to deal with "433 :Nickname already in use"
conn.AddHandler("433", func(conn *Conn, line *Line) {
// Args[1] is the new nick we were attempting to acquire
conn.Nick(line.Args[1] + "_");
});
conn.Nick(line.Args[1] + "_")
})
// Handler NICK messages to inform us about nick changes
conn.AddHandler("NICK", func(conn *Conn, line *Line) {
// all nicks should be handled the same way, our own included
if n := conn.GetNick(line.Nick); n != nil {
n.ReNick(line.Text);
n.ReNick(line.Text)
} else {
conn.error("irc.NICK(): buh? unknown nick %s.", line.Nick);
conn.error("irc.NICK(): buh? unknown nick %s.", line.Nick)
}
});
})
// Handle VERSION requests and CTCP PING
conn.AddHandler("CTCP", func(conn *Conn, line *Line) {
if line.Args[0] == "VERSION" {
conn.CtcpReply(line.Nick, "VERSION", "powered by goirc...");
conn.CtcpReply(line.Nick, "VERSION", "powered by goirc...")
} else if line.Args[0] == "PING" {
conn.CtcpReply(line.Nick, "PING", line.Text);
conn.CtcpReply(line.Nick, "PING", line.Text)
}
});
})
// Handle JOINs to channels to maintain state
conn.AddHandler("JOIN", func(conn *Conn, line *Line) {
ch := conn.GetChannel(line.Text);
n := conn.GetNick(line.Nick);
ch := conn.GetChannel(line.Text)
n := conn.GetNick(line.Nick)
if ch == nil {
// first we've seen of this channel, so should be us joining it
// NOTE this will also take care of n == nil && ch == nil
if n != conn.Me {
conn.error("irc.JOIN(): buh? JOIN to unknown channel %s recieved from (non-me) nick %s", line.Text, line.Nick);
return;
conn.error("irc.JOIN(): buh? JOIN to unknown channel %s recieved from (non-me) nick %s", line.Text, line.Nick)
return
}
ch = conn.NewChannel(line.Text);
ch = conn.NewChannel(line.Text)
// since we don't know much about this channel, ask server for info
// we get the channel users automatically in 353 and the channel
// topic in 332 on join, so we just need to get the modes
conn.Mode(ch.Name);
conn.Mode(ch.Name)
}
if n == nil {
// this is the first we've seen of this nick
n = conn.NewNick(line.Nick, line.Ident, "", line.Host);
n = conn.NewNick(line.Nick, line.Ident, "", line.Host)
// since we don't know much about this nick, ask server for info
conn.Whois(n.Nick);
conn.Whois(n.Nick)
}
// this takes care of both nick and channel linking \o/
ch.AddNick(n);
});
ch.AddNick(n)
})
// Handle PARTs from channels to maintain state
conn.AddHandler("PART", func(conn *Conn, line *Line) {
ch := conn.GetChannel(line.Args[0]);
n := conn.GetNick(line.Nick);
ch := conn.GetChannel(line.Args[0])
n := conn.GetNick(line.Nick)
if ch != nil && n != nil {
ch.DelNick(n);
ch.DelNick(n)
} else {
conn.error("irc.PART(): buh? PART of channel %s by nick %s", line.Args[0], line.Nick);
conn.error("irc.PART(): buh? PART of channel %s by nick %s", line.Args[0], line.Nick)
}
});
})
// Handle KICKs from channels to maintain state
conn.AddHandler("KICK", func(conn *Conn, line *Line) {
// XXX: this won't handle autorejoining channels on KICK
// it's trivial to do this in a seperate handler...
ch := conn.GetChannel(line.Args[0]);
n := conn.GetNick(line.Args[1]);
ch := conn.GetChannel(line.Args[0])
n := conn.GetNick(line.Args[1])
if ch != nil && n != nil {
ch.DelNick(n);
ch.DelNick(n)
} else {
conn.error("irc.KICK(): buh? KICK from channel %s of nick %s", line.Args[0], line.Args[1]);
conn.error("irc.KICK(): buh? KICK from channel %s of nick %s", line.Args[0], line.Args[1])
}
});
})
// Handle other people's QUITs
conn.AddHandler("QUIT", func(conn *Conn, line *Line) {
if n := conn.GetNick(line.Nick); n != nil {
n.Delete();
n.Delete()
} else {
conn.error("irc.QUIT(): buh? QUIT from unknown nick %s", line.Nick);
conn.error("irc.QUIT(): buh? QUIT from unknown nick %s", line.Nick)
}
});
})
// Handle MODE changes for channels we know about (and our nick personally)
// this is moderately ugly. suggestions for improvement welcome
conn.AddHandler("MODE", func(conn *Conn, line *Line) {
// channel modes first
if ch := conn.GetChannel(line.Args[0]); ch != nil {
modeargs := line.Args[2:len(line.Args)];
var modeop bool; // true => add mode, false => remove mode
var modestr string;
modeargs := line.Args[2:len(line.Args)]
var modeop bool // true => add mode, false => remove mode
var modestr string
for i := 0; i < len(line.Args[1]); i++ {
switch m := line.Args[1][i]; m {
case '+':
modeop = true;
modestr = string(m);
modeop = true
modestr = string(m)
case '-':
modeop = false;
modestr = string(m);
case 'i': ch.Modes.InviteOnly = modeop;
case 'm': ch.Modes.Moderated = modeop;
case 'n': ch.Modes.NoExternalMsg = modeop;
case 'p': ch.Modes.Private = modeop;
case 's': ch.Modes.Secret = modeop;
case 't': ch.Modes.ProtectedTopic = modeop;
case 'z': ch.Modes.SSLOnly = modeop;
case 'O': ch.Modes.OperOnly = modeop;
modeop = false
modestr = string(m)
case 'i':
ch.Modes.InviteOnly = modeop
case 'm':
ch.Modes.Moderated = modeop
case 'n':
ch.Modes.NoExternalMsg = modeop
case 'p':
ch.Modes.Private = modeop
case 's':
ch.Modes.Secret = modeop
case 't':
ch.Modes.ProtectedTopic = modeop
case 'z':
ch.Modes.SSLOnly = modeop
case 'O':
ch.Modes.OperOnly = modeop
case 'k':
if len(modeargs) != 0 {
ch.Modes.Key, modeargs = modeargs[0], modeargs[1:len(modeargs)]
@ -229,99 +235,117 @@ func (conn *Conn) setupEvents() {
}
case 'l':
if len(modeargs) != 0 {
ch.Modes.Limit, _ = strconv.Atoi(modeargs[0]);
modeargs = modeargs[1:len(modeargs)];
ch.Modes.Limit, _ = strconv.Atoi(modeargs[0])
modeargs = modeargs[1:len(modeargs)]
} else {
conn.error("irc.MODE(): buh? not enough arguments to process MODE %s %s%s", ch.Name, modestr, m)
}
case 'q', 'a', 'o', 'h', 'v':
if len(modeargs) != 0 {
n := conn.GetNick(modeargs[0]);
n := conn.GetNick(modeargs[0])
if p, ok := ch.Nicks[n]; ok && n != nil {
switch m {
case 'q': p.Owner = modeop;
case 'a': p.Admin = modeop;
case 'o': p.Op = modeop;
case 'h': p.HalfOp = modeop;
case 'v': p.Voice = modeop;
case 'q':
p.Owner = modeop
case 'a':
p.Admin = modeop
case 'o':
p.Op = modeop
case 'h':
p.HalfOp = modeop
case 'v':
p.Voice = modeop
}
modeargs = modeargs[1:len(modeargs)];
modeargs = modeargs[1:len(modeargs)]
} else {
conn.error("irc.MODE(): MODE %s %s%s %s: buh? state tracking failure.", ch.Name, modestr, m, modeargs[0]);
conn.error("irc.MODE(): MODE %s %s%s %s: buh? state tracking failure.", ch.Name, modestr, m, modeargs[0])
}
} else {
conn.error("irc.MODE(): buh? not enough arguments to process MODE %s %s%s", ch.Name, modestr, m);
conn.error("irc.MODE(): buh? not enough arguments to process MODE %s %s%s", ch.Name, modestr, m)
}
}
}
} else if n := conn.GetNick(line.Args[0]); n != nil {
// nick mode change, should be us
if n != conn.Me {
conn.error("irc.MODE(): buh? recieved MODE %s for (non-me) nick %s", line.Args[1], n.Nick);
return;
conn.error("irc.MODE(): buh? recieved MODE %s for (non-me) nick %s", line.Args[1], n.Nick)
return
}
var modeop bool; // true => add mode, false => remove mode
var modeop bool // true => add mode, false => remove mode
for i := 0; i < len(line.Text); i++ {
switch m := line.Text[i]; m {
case '+':
modeop = true;
modeop = true
case '-':
modeop = false;
case 'i': n.Modes.Invisible = modeop;
case 'o': n.Modes.Oper = modeop;
case 'w': n.Modes.WallOps = modeop;
case 'x': n.Modes.HiddenHost = modeop;
case 'z': n.Modes.SSL = modeop;
modeop = false
case 'i':
n.Modes.Invisible = modeop
case 'o':
n.Modes.Oper = modeop
case 'w':
n.Modes.WallOps = modeop
case 'x':
n.Modes.HiddenHost = modeop
case 'z':
n.Modes.SSL = modeop
}
}
} else {
conn.error("irc.MODE(): buh? not sure what to do with MODE %s %s", line.Args[0], line.Args[1]);
conn.error("irc.MODE(): buh? not sure what to do with MODE %s %s", line.Args[0], line.Args[1])
}
});
})
// Handle TOPIC changes for channels
conn.AddHandler("TOPIC", func(conn *Conn, line *Line) {
if ch := conn.GetChannel(line.Args[0]); ch != nil {
ch.Topic = line.Text;
ch.Topic = line.Text
} else {
conn.error("irc.TOPIC(): buh? topic change on unknown channel %s", line.Args[0]);
conn.error("irc.TOPIC(): buh? topic change on unknown channel %s", line.Args[0])
}
});
})
// Handle 311 whois reply
conn.AddHandler("311", func(conn *Conn, line *Line) {
if n := conn.GetNick(line.Args[1]); n != nil {
n.Ident = line.Args[2];
n.Host = line.Args[3];
n.Name = line.Text;
n.Ident = line.Args[2]
n.Host = line.Args[3]
n.Name = line.Text
} else {
conn.error("irc.311(): buh? received WHOIS info for unknown nick %s", line.Args[1]);
conn.error("irc.311(): buh? received WHOIS info for unknown nick %s", line.Args[1])
}
});
})
// Handle 324 mode reply
conn.AddHandler("324", func(conn *Conn, line *Line) {
// XXX: copypasta from MODE, needs tidying.
if ch := conn.GetChannel(line.Args[1]); ch != nil {
modeargs := line.Args[3:len(line.Args)];
var modeop bool; // true => add mode, false => remove mode
var modestr string;
modeargs := line.Args[3:len(line.Args)]
var modeop bool // true => add mode, false => remove mode
var modestr string
for i := 0; i < len(line.Args[2]); i++ {
switch m := line.Args[2][i]; m {
case '+':
modeop = true;
modestr = string(m);
modeop = true
modestr = string(m)
case '-':
modeop = false;
modestr = string(m);
case 'i': ch.Modes.InviteOnly = modeop;
case 'm': ch.Modes.Moderated = modeop;
case 'n': ch.Modes.NoExternalMsg = modeop;
case 'p': ch.Modes.Private = modeop;
case 's': ch.Modes.Secret = modeop;
case 't': ch.Modes.ProtectedTopic = modeop;
case 'z': ch.Modes.SSLOnly = modeop;
case 'O': ch.Modes.OperOnly = modeop;
modeop = false
modestr = string(m)
case 'i':
ch.Modes.InviteOnly = modeop
case 'm':
ch.Modes.Moderated = modeop
case 'n':
ch.Modes.NoExternalMsg = modeop
case 'p':
ch.Modes.Private = modeop
case 's':
ch.Modes.Secret = modeop
case 't':
ch.Modes.ProtectedTopic = modeop
case 'z':
ch.Modes.SSLOnly = modeop
case 'O':
ch.Modes.OperOnly = modeop
case 'k':
if len(modeargs) != 0 {
ch.Modes.Key, modeargs = modeargs[0], modeargs[1:len(modeargs)]
@ -330,31 +354,31 @@ func (conn *Conn) setupEvents() {
}
case 'l':
if len(modeargs) != 0 {
ch.Modes.Limit, _ = strconv.Atoi(modeargs[0]);
modeargs = modeargs[1:len(modeargs)];
ch.Modes.Limit, _ = strconv.Atoi(modeargs[0])
modeargs = modeargs[1:len(modeargs)]
} else {
conn.error("irc.324(): buh? not enough arguments to process MODE %s %s%s", ch.Name, modestr, m)
}
}
}
} else {
conn.error("irc.324(): buh? received MODE settings for unknown channel %s", line.Args[1]);
conn.error("irc.324(): buh? received MODE settings for unknown channel %s", line.Args[1])
}
});
})
// Handle 332 topic reply on join to channel
conn.AddHandler("332", func(conn *Conn, line *Line) {
if ch := conn.GetChannel(line.Args[1]); ch != nil {
ch.Topic = line.Text;
ch.Topic = line.Text
} else {
conn.error("irc.332(): buh? received TOPIC value for unknown channel %s", line.Args[1]);
conn.error("irc.332(): buh? received TOPIC value for unknown channel %s", line.Args[1])
}
});
})
// Handle 353 names reply
conn.AddHandler("353", func(conn *Conn, line *Line) {
if ch := conn.GetChannel(line.Args[2]); ch != nil {
nicks := strings.Split(line.Text, " ", 0);
nicks := strings.Split(line.Text, " ", 0)
for _, nick := range nicks {
// UnrealIRCd's coders are lazy and leave a trailing space
if nick == "" {
@ -362,41 +386,46 @@ func (conn *Conn) setupEvents() {
}
switch c := nick[0]; c {
case '~', '&', '@', '%', '+':
nick = nick[1:len(nick)];
fallthrough;
nick = nick[1:len(nick)]
fallthrough
default:
n := conn.GetNick(nick);
n := conn.GetNick(nick)
if n == nil {
// we don't know this nick yet!
n = conn.NewNick(nick, "", "", "");
conn.Whois(nick);
n = conn.NewNick(nick, "", "", "")
conn.Whois(nick)
}
if n != conn.Me {
// we will be in the names list, but should also be in
// the channel's nick list from the JOIN handler above
ch.AddNick(n);
ch.AddNick(n)
}
p := ch.Nicks[n];
p := ch.Nicks[n]
switch c {
case '~': p.Owner = true;
case '&': p.Admin = true;
case '@': p.Op = true;
case '%': p.HalfOp = true;
case '+': p.Voice = true;
case '~':
p.Owner = true
case '&':
p.Admin = true
case '@':
p.Op = true
case '%':
p.HalfOp = true
case '+':
p.Voice = true
}
}
}
} else {
conn.error("irc.353(): buh? received NAMES list for unknown channel %s", line.Args[2]);
conn.error("irc.353(): buh? received NAMES list for unknown channel %s", line.Args[2])
}
});
})
// Handle 671 whois reply (nick connected via SSL)
conn.AddHandler("671", func(conn *Conn, line *Line) {
if n := conn.GetNick(line.Args[1]); n != nil {
n.Modes.SSL = true;
n.Modes.SSL = true
} else {
conn.error("irc.671(): buh? received WHOIS SSL info for unknown nick %s", line.Args[1]);
conn.error("irc.671(): buh? received WHOIS SSL info for unknown nick %s", line.Args[1])
}
});
})
}

View File

@ -4,25 +4,24 @@ package irc
// as well as the internal state maintenance code for the handlers
import (
"fmt";
"reflect";
"fmt"
"reflect"
)
// A struct representing an IRC channel
type Channel struct {
Name, Topic string;
Modes *ChanMode;
// MODE +q, +a, +o, +h, +v
Nicks map[*Nick] *ChanPrivs;
conn *Conn;
Name, Topic string
Modes *ChanMode
Nicks map[*Nick]*ChanPrivs
conn *Conn
}
// A struct representing an IRC nick
type Nick struct {
Nick, Ident, Host, Name string;
Modes *NickMode;
Channels map[*Channel] *ChanPrivs;
conn *Conn;
Nick, Ident, Host, Name string
Modes *NickMode
Channels map[*Channel]*ChanPrivs
conn *Conn
}
// A struct representing the modes of an IRC Channel
@ -30,13 +29,13 @@ type Nick struct {
// see the MODE handler in setupEvents() for details
type ChanMode struct {
// MODE +p, +s, +t, +n, +m
Private, Secret, ProtectedTopic, NoExternalMsg, Moderated bool;
Private, Secret, ProtectedTopic, NoExternalMsg, Moderated bool
// MODE +i, +O, +z
InviteOnly, OperOnly, SSLOnly bool;
InviteOnly, OperOnly, SSLOnly bool
// MODE +k
Key string;
Key string
// MODE +l
Limit int;
Limit int
}
// A struct representing the modes of an IRC Nick (User Modes)
@ -45,23 +44,23 @@ type ChanMode struct {
// without IRC operator privileges (and even then only on some IRCd's).
type NickMode struct {
// MODE +i, +o, +w, +x, +z
Invisible, Oper, WallOps, HiddenHost, SSL bool;
Invisible, Oper, WallOps, HiddenHost, SSL bool
}
// A struct representing the modes a Nick can have on a Channel
type ChanPrivs struct {
// MODE +q, +a, +o, +h, +v
Owner, Admin, Op, HalfOp, Voice bool;
Owner, Admin, Op, HalfOp, Voice bool
}
/******************************************************************************\
* Conn methods to create/look up nicks/channels
\******************************************************************************/
func (conn *Conn) NewNick(nick, ident, name, host string) *Nick {
n := &Nick{Nick: nick, Ident: ident, Name: name, Host: host, conn: conn};
n.initialise();
conn.nicks[n.Nick] = n;
return n;
n := &Nick{Nick: nick, Ident: ident, Name: name, Host: host, conn: conn}
n.initialise()
conn.nicks[n.Nick] = n
return n
}
func (conn *Conn) GetNick(n string) *Nick {
@ -72,9 +71,9 @@ func (conn *Conn) GetNick(n string) *Nick {
}
func (conn *Conn) NewChannel(c string) *Channel {
ch := &Channel{Name: c, conn: conn};
ch.initialise();
conn.chans[ch.Name] = ch;
ch := &Channel{Name: c, conn: conn}
ch.initialise()
conn.chans[ch.Name] = ch
return ch
}
@ -89,28 +88,28 @@ func (conn *Conn) GetChannel(c string) *Channel {
* Channel methods for state management
\******************************************************************************/
func (ch *Channel) initialise() {
ch.Modes = new(ChanMode);
ch.Nicks = make(map[*Nick] *ChanPrivs);
ch.Modes = new(ChanMode)
ch.Nicks = make(map[*Nick]*ChanPrivs)
}
func (ch *Channel) AddNick(n *Nick) {
if _, ok := ch.Nicks[n]; !ok {
ch.Nicks[n] = new(ChanPrivs);
n.Channels[ch] = ch.Nicks[n];
ch.Nicks[n] = new(ChanPrivs)
n.Channels[ch] = ch.Nicks[n]
} else {
ch.conn.error("irc.Channel.AddNick() warning: trying to add already-present nick %s to channel %s", n.Nick, ch.Name);
ch.conn.error("irc.Channel.AddNick() warning: trying to add already-present nick %s to channel %s", n.Nick, ch.Name)
}
}
func (ch *Channel) DelNick(n *Nick) {
if _, ok := ch.Nicks[n]; ok {
fmt.Printf("irc.Channel.DelNick(): deleting %s from %s\n", n.Nick, ch.Name);
fmt.Printf("irc.Channel.DelNick(): deleting %s from %s\n", n.Nick, ch.Name)
if n == n.conn.Me {
// we're leaving the channel, so remove all state we have about it
ch.Delete();
ch.Delete()
} else {
ch.Nicks[n] = nil, false;
n.DelChannel(ch);
ch.Nicks[n] = nil, false
n.DelChannel(ch)
}
} // no else here ...
// we call Channel.DelNick() and Nick.DelChan() from each other to ensure
@ -118,57 +117,57 @@ func (ch *Channel) DelNick(n *Nick) {
}
func (ch *Channel) Delete() {
fmt.Printf("irc.Channel.Delete(): deleting %s\n", ch.Name);
fmt.Printf("irc.Channel.Delete(): deleting %s\n", ch.Name)
for n, _ := range ch.Nicks {
n.DelChannel(ch);
n.DelChannel(ch)
}
ch.conn.chans[ch.Name] = nil, false;
ch.conn.chans[ch.Name] = nil, false
}
/******************************************************************************\
* Nick methods for state management
\******************************************************************************/
func (n *Nick) initialise() {
n.Modes = new(NickMode);
n.Channels = make(map[*Channel] *ChanPrivs);
n.Modes = new(NickMode)
n.Channels = make(map[*Channel]*ChanPrivs)
}
// very slightly different to Channel.AddNick() ...
func (n *Nick) AddChannel(ch *Channel) {
if _, ok := n.Channels[ch]; !ok {
ch.Nicks[n] = new(ChanPrivs);
n.Channels[ch] = ch.Nicks[n];
ch.Nicks[n] = new(ChanPrivs)
n.Channels[ch] = ch.Nicks[n]
} else {
n.conn.error("irc.Nick.AddChannel() warning: trying to add already-present channel %s to nick %s", ch.Name, n.Nick);
n.conn.error("irc.Nick.AddChannel() warning: trying to add already-present channel %s to nick %s", ch.Name, n.Nick)
}
}
func (n *Nick) DelChannel(ch *Channel) {
if _, ok := n.Channels[ch]; ok {
fmt.Printf("irc.Nick.DelChannel(): deleting %s from %s\n", n.Nick, ch.Name);
n.Channels[ch] = nil, false;
ch.DelNick(n);
fmt.Printf("irc.Nick.DelChannel(): deleting %s from %s\n", n.Nick, ch.Name)
n.Channels[ch] = nil, false
ch.DelNick(n)
if len(n.Channels) == 0 {
// nick is no longer in any channels we inhabit, stop tracking it
n.Delete();
n.Delete()
}
}
}
func (n *Nick) ReNick(neu string) {
n.conn.nicks[n.Nick] = nil, false;
n.Nick = neu;
n.conn.nicks[n.Nick] = n;
n.conn.nicks[n.Nick] = nil, false
n.Nick = neu
n.conn.nicks[n.Nick] = n
}
func (n *Nick) Delete() {
// we don't ever want to remove *our* nick from conn.nicks...
if n != n.conn.Me {
fmt.Printf("irc.Nick.Delete(): deleting %s\n", n.Nick);
fmt.Printf("irc.Nick.Delete(): deleting %s\n", n.Nick)
for ch, _ := range n.Channels {
ch.DelNick(n);
ch.DelNick(n)
}
n.conn.nicks[n.Nick] = nil, false;
n.conn.nicks[n.Nick] = nil, false
}
}
@ -186,142 +185,142 @@ var ChanModeToString = map[string]string{
"SSLOnly": "z",
"Key": "k",
"Limit": "l",
};
}
var NickModeToString = map[string]string{
"Invisible": "i",
"Oper": "o",
"WallOps": "w",
"HiddenHost": "x",
"SSL": "z",
};
}
var ChanPrivToString = map[string]string{
"Owner": "q",
"Admin": "a",
"Op": "o",
"HalfOp": "h",
"Voice": "v",
};
}
var ChanPrivToModeChar = map[string]byte{
"Owner": '~',
"Admin": '&',
"Op": '@',
"HalfOp": '%',
"Voice": '+',
};
var StringToChanMode, StringToNickMode, StringToChanPriv map[string]string;
var ModeCharToChanPriv map[byte]string;
}
var StringToChanMode, StringToNickMode, StringToChanPriv map[string]string
var ModeCharToChanPriv map[byte]string
// Init function to fill in reverse mappings for *toString constants etc.
func init() {
StringToChanMode = make(map[string]string);
StringToChanMode = make(map[string]string)
for k, v := range ChanModeToString {
StringToChanMode[v] = k;
StringToChanMode[v] = k
}
StringToNickMode = make(map[string]string);
StringToNickMode = make(map[string]string)
for k, v := range NickModeToString {
StringToNickMode[v] = k;
StringToNickMode[v] = k
}
StringToChanPriv = make(map[string]string);
StringToChanPriv = make(map[string]string)
for k, v := range ChanPrivToString {
StringToChanPriv[v] = k;
StringToChanPriv[v] = k
}
ModeCharToChanPriv = make(map[byte]string);
ModeCharToChanPriv = make(map[byte]string)
for k, v := range ChanPrivToModeChar {
ModeCharToChanPriv[v] = k;
ModeCharToChanPriv[v] = k
}
}
func (ch *Channel) String() string {
str := "Channel: " + ch.Name + "\n\t";
str += "Topic: " + ch.Topic + "\n\t";
str += "Modes: " + ch.Modes.String() + "\n\t";
str += "Nicks: \n";
str := "Channel: " + ch.Name + "\n\t"
str += "Topic: " + ch.Topic + "\n\t"
str += "Modes: " + ch.Modes.String() + "\n\t"
str += "Nicks: \n"
for n, p := range ch.Nicks {
str += "\t\t" + n.Nick + ": " + p.String() + "\n";
str += "\t\t" + n.Nick + ": " + p.String() + "\n"
}
return str;
return str
}
func (n *Nick) String() string {
str := "Nick: "+ n.Nick + "\n\t";
str += "Hostmask: " + n.Ident + "@" + n.Host + "\n\t";
str += "Real Name: " + n.Name + "\n\t";
str += "Modes: " + n.Modes.String() + "\n\t";
str += "Channels: \n";
str := "Nick: " + n.Nick + "\n\t"
str += "Hostmask: " + n.Ident + "@" + n.Host + "\n\t"
str += "Real Name: " + n.Name + "\n\t"
str += "Modes: " + n.Modes.String() + "\n\t"
str += "Channels: \n"
for ch, p := range n.Channels {
str += "\t\t" + ch.Name + ": " + p.String() + "\n";
str += "\t\t" + ch.Name + ": " + p.String() + "\n"
}
return str;
return str
}
func (cm *ChanMode) String() string {
str := "+";
a := make([]string, 2);
v := reflect.Indirect(reflect.NewValue(cm)).(*reflect.StructValue);
t := v.Type().(*reflect.StructType);
str := "+"
a := make([]string, 2)
v := reflect.Indirect(reflect.NewValue(cm)).(*reflect.StructValue)
t := v.Type().(*reflect.StructType)
for i := 0; i < v.NumField(); i++ {
switch f := v.Field(i).(type) {
case *reflect.BoolValue:
if f.Get() {
str += ChanModeToString[t.Field(i).Name];
str += ChanModeToString[t.Field(i).Name]
}
case *reflect.StringValue:
if f.Get() != "" {
str += ChanModeToString[t.Field(i).Name];
a[0] = f.Get();
str += ChanModeToString[t.Field(i).Name]
a[0] = f.Get()
}
case *reflect.IntValue:
if f.Get() != 0 {
str += ChanModeToString[t.Field(i).Name];
a[1] = fmt.Sprintf("%d", cm.Limit);
str += ChanModeToString[t.Field(i).Name]
a[1] = fmt.Sprintf("%d", cm.Limit)
}
}
}
for _, s := range a {
if s != "" {
str += " " + s;
str += " " + s
}
}
if str == "+" {
str = "No modes set";
str = "No modes set"
}
return str;
return str
}
func (nm *NickMode) String() string {
str := "+";
v := reflect.Indirect(reflect.NewValue(nm)).(*reflect.StructValue);
t := v.Type().(*reflect.StructType);
str := "+"
v := reflect.Indirect(reflect.NewValue(nm)).(*reflect.StructValue)
t := v.Type().(*reflect.StructType)
for i := 0; i < v.NumField(); i++ {
switch f := v.Field(i).(type) {
// only bools here at the mo!
case *reflect.BoolValue:
if f.Get() {
str += NickModeToString[t.Field(i).Name];
str += NickModeToString[t.Field(i).Name]
}
}
}
if str == "+" {
str = "No modes set";
str = "No modes set"
}
return str;
return str
}
func (p *ChanPrivs) String() string {
str := "+";
v := reflect.Indirect(reflect.NewValue(p)).(*reflect.StructValue);
t := v.Type().(*reflect.StructType);
str := "+"
v := reflect.Indirect(reflect.NewValue(p)).(*reflect.StructValue)
t := v.Type().(*reflect.StructType)
for i := 0; i < v.NumField(); i++ {
switch f := v.Field(i).(type) {
// only bools here at the mo too!
case *reflect.BoolValue:
if f.Get() {
str += ChanPrivToString[t.Field(i).Name];
str += ChanPrivToString[t.Field(i).Name]
}
}
}
if str == "+" {
str = "No modes set";
str = "No modes set"
}
return str;
return str
}