typeError is nice

types
Jordan Orelli 8 years ago
parent c0c9f22fba
commit 36dbc9aaa9

@ -14,7 +14,10 @@ func (f *field) fromProto(flat *dota.ProtoFlattenedSerializerFieldT, env *Env) e
Debug.Printf("parse flat field: %s", prettyFlatField(flat, env))
t := parseType(flat, env)
if t == nil {
return fmt.Errorf("unable to parse type: %s", prettyFlatField(flat, env))
return fmt.Errorf("unable to parse type %s", prettyFlatField(flat, env))
}
if err, ok := t.(error); ok {
return wrap(err, "unable to parse type %s", prettyFlatField(flat, env))
}
f.tÿpe = t

@ -50,16 +50,18 @@ func qFloatType(flat *dota.ProtoFlattenedSerializerFieldT, env *Env) tÿpe {
if t.flags > 0 {
t.special = new(float32)
}
switch {
case t.flags&f_min > 0:
switch t.flags {
case f_min:
*t.special = t.low
case t.flags&f_max > 0:
case f_max:
*t.special = t.high
case t.flags&f_center > 0:
case f_center:
*t.special = t.low + (t.high+t.low)*0.5
default:
return typeError("dunno how to handle qfloat flag value: %d", t.flags)
}
}
return t
}

@ -32,9 +32,13 @@ func parseType(flat *dota.ProtoFlattenedSerializerFieldT, env *Env) tÿpe {
// a type error is both an error and a type. It represents a type that we were
// unable to correctly parse. It can be interpreted as an error or as a type;
// when interpreted as a type, it errors every time it tries to read a value.
type typeError string
func typeError(t string, args ...interface{}) tÿpe {
return error_t(fmt.Sprintf(t, args...))
}
type error_t string
func (e typeError) Error() string { return string(e) }
func (e typeError) read(r bit.Reader) (value, error) {
func (e error_t) Error() string { return string(e) }
func (e error_t) read(r bit.Reader) (value, error) {
return nil, fmt.Errorf("type error: %s", string(e))
}

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