// UserTypeUnmarshalerImpl returns the code implementing the user type unmarshaler function.
func UserTypeUnmarshalerImpl(u *design.UserTypeDefinition, context string) string {
var required []string
for _, v := range u.Validations {
if r, ok := v.(*design.RequiredValidationDefinition); ok {
required = r.Names
break
}
}
var impl string
switch {
case u.IsObject():
impl = objectUnmarshalerR(u, required, context, "source", "target", 1)
case u.IsArray():
impl = arrayUnmarshalerR(u.ToArray(), context, "source", "target", 1)
case u.IsHash():
impl = hashUnmarshalerR(u.ToHash(), context, "source", "target", 1)
default:
return "" // No function for primitive types - they just get casted
}
data := map[string]interface{}{
"Name": userTypeUnmarshalerFuncName(u),
"Type": u,
"Impl": impl,
}
return RunTemplate(unmUserImplT, data)
}
// UserTypeUnmarshalerImpl returns the code implementing the user type unmarshaler function.
func UserTypeUnmarshalerImpl(u *design.UserTypeDefinition, versioned bool, defaultPkg, context string) string {
validation := RecursiveChecker(u.AttributeDefinition, false, false, "source", context, 1)
var impl string
switch {
case u.IsObject():
impl = objectUnmarshalerR(u, u.AllRequired(), u.AllNonZero(), versioned, defaultPkg, context, "source", "target", 1)
case u.IsArray():
impl = arrayUnmarshalerR(u.ToArray(), versioned, defaultPkg, context, "source", "target", 1)
case u.IsHash():
impl = hashUnmarshalerR(u.ToHash(), versioned, defaultPkg, context, "source", "target", 1)
default:
return "" // No function for primitive types - they just get casted
}
data := map[string]interface{}{
"Name": userTypeUnmarshalerFuncName(u),
"Type": u,
"Impl": impl,
"MustValidate": strings.TrimSpace(validation) != "",
}
return RunTemplate(unmUserImplT, data)
}