func (a *account) create() {
password, salt := player.HashPassword(a.password)
// Setup player
e := recordjar.Encoder{}
e.Keyword("type", "player")
e.Keyword("ref", "player")
e.String("account", a.account)
e.String("password", string(password[:]))
e.String("salt", salt)
e.String("name", a.name)
e.Keyword("gender", a.gender)
e.Time("created", time.Now())
var err error
// Write out player file
if err = player.Save(e); err != nil {
a.Respond("[RED]Oops, there was an error creating your account :(")
log.Printf("Error creating account: %s", err)
a.needName()
return
}
// Load player from written file
a.player, err = player.Load(a.account, a.password)
if err != nil {
a.Respond("[RED]Oops, there was an error setting up your account :(")
log.Printf("Error setting up account: %s", err)
a.needName()
return
}
// Log player in
//
// NOTE: We could take our encoder, wrap it in a decoder and unmarshal the
// player. However by using the normal login method we make sure any
// additional processing is carried out.
//
// TODO: Should this be done earlier to 'reserve' the account name? Then we
// wouldn't go all the way through the account creation process to possibly
// have it fail.
if err = a.login(); err != nil {
a.Respond("[RED]That account is already logged in!")
log.Printf("Error setting up account: %s", err)
a.needName()
return
}
a.newMenu()
}
// Marshal should encode the current receiver into the passed recordjar.Encoder.
func (t *Thing) Marshal(e recordjar.Encoder) {
e.String("name", t.name)
e.String(":data:", t.description)
}