Method genStruct

bind/genjava.go:235–351

(s structInfo)

}

func (g *JavaGen) genStruct(s structInfo) {
	pkgPath := ""
	if g.Pkg != nil {
		pkgPath = g.Pkg.Path()
	}
	n := g.javaTypeName(s.obj.Name())
	g.Printf(javaPreamble, g.javaPkgName(g.Pkg), n, g.gobindOpts(), pkgPath)

	fields := exportedFields(s.t)
	methods := exportedMethodSet(types.NewPointer(s.obj.Type()))

	var impls []string
	jinf := g.jstructs[s.obj]
	if jinf != nil {
		impls = append(impls, "Seq.GoObject")
		for _, cls := range jinf.supers {
			if cls.Interface {
				impls = append(impls, g.javaTypeName(cls.Name))
			}
		}
	} else {
		impls = append(impls, "Seq.Proxy")
	}

	pT := types.NewPointer(s.obj.Type())
	for _, iface := range g.allIntf {
		if types.AssignableTo(pT, iface.obj.Type()) {
			n := iface.obj.Name()
			if p := iface.obj.Pkg(); p != g.Pkg {
				if n == JavaClassName(p) {
					n = n + "_"
				}
				n = fmt.Sprintf("%s.%s", g.javaPkgName(p), n)
			} else {
				n = g.javaTypeName(n)
			}
			impls = append(impls, n)
		}
	}

	doc := g.docs[n]
	g.javadoc(doc.Doc())
	g.Printf("public final class %s", n)
	if jinf != nil {
		if jinf.extends != nil {
			g.Printf(" extends %s", g.javaTypeName(jinf.extends.Name))
		}
	}
	if len(impls) > 0 {
		g.Printf(" implements %s", strings.Join(impls, ", "))
	}
	g.Printf(" {\n")
	g.Indent()

	g.Printf("static { %s.touch(); }\n\n", g.className())
	g.genProxyImpl(n)
	cons := g.constructors[s.obj]
	for _, f := range cons {