func testparse(c *Class, members []member_info, method bool, t *testing.T) {
for i := range members {
var p descriptors.DESCRIPTORS
desc := c.Constant_pool.Lut(members[i].Descriptor_index).String()
if !p.Parse(desc) || p.RootNode().Range.End != len(desc) {
t.Errorf("Failed to parse descriptor: %s\n%s\n%s", p.Error(), desc, p.RootNode())
}
var p2 signatures.SIGNATURES
for _, attr := range members[i].Attributes {
if c.Constant_pool.Lut(attr.Attribute_name_index).String() == "Signature" {
br := util.BinaryReader{bytes.NewReader(attr.Info), util.BigEndian}
if i16, err := br.Uint16(); err != nil {
t.Error(err)
} else {
sign := c.Constant_pool.Lut(u2(i16)).String()
p2.SetData(sign)
var ret bool
if method {
ret = p2.MethodTypeSignature()
} else {
ret = p2.FieldTypeSignature()
}
p2.RootNode().UpdateRange()
if !ret || p2.RootNode().Range.End != len(sign) {
t.Errorf("Failed to parse signature: %s\n%s\n%s", p2.Error(), desc, p2.RootNode())
}
}
}
}
}
}
func (c *Class) Methods() (methods []content.Method, err error) {
cn := c.Constant_pool.Lut(c.This_class).String()
for i, inf := range c.RawMethods {
var p descriptors.DESCRIPTORS
desc := c.Constant_pool.Lut(inf.Descriptor_index).String()
p.Parse(desc)
outf := descriptors.ToContentMethod(p.RootNode().Children[0])
outf.Flags = inf.Access_flags.ToContentFlags()
outf.Name.Relative = c.Constant_pool.Lut(inf.Name_index).String()
outf.Name.Absolute = fmt.Sprintf("java://method/%s;%d", cn, i)
methods = append(methods, outf)
}
return
}