func enumType(t *vdl.Type) mojom_types.UserDefinedType {
enumValues := make([]mojom_types.EnumValue, t.NumEnumLabel())
for i := 0; i < t.NumEnumLabel(); i++ {
enumValues[i] = mojom_types.EnumValue{
DeclData: &mojom_types.DeclarationData{ShortName: strPtr(t.EnumLabel(i))},
IntValue: int32(i),
}
}
_, name := vdl.SplitIdent(t.Name())
return &mojom_types.UserDefinedTypeEnumType{
mojom_types.MojomEnum{
DeclData: &mojom_types.DeclarationData{
ShortName: strPtr(name),
FullIdentifier: strPtr(mojomIdentifier(t)),
},
Values: enumValues,
},
}
}
func unionType(t *vdl.Type, mp map[string]mojom_types.UserDefinedType) mojom_types.UserDefinedType {
unionFields := make([]mojom_types.UnionField, t.NumField())
for i := 0; i < t.NumField(); i++ {
unionFields[i] = mojom_types.UnionField{
DeclData: &mojom_types.DeclarationData{ShortName: strPtr(t.Field(i).Name)},
Type: vdlToMojomTypeInternal(t.Field(i).Type, false, false, mp),
Tag: uint32(i),
}
}
_, name := vdl.SplitIdent(t.Name())
return &mojom_types.UserDefinedTypeUnionType{
mojom_types.MojomUnion{
DeclData: &mojom_types.DeclarationData{
ShortName: strPtr(name),
FullIdentifier: strPtr(mojomIdentifier(t)),
},
Fields: unionFields,
},
}
}
func structType(t *vdl.Type, mp map[string]mojom_types.UserDefinedType) mojom_types.UserDefinedType {
structFields := make([]mojom_types.StructField, t.NumField())
for i := 0; i < t.NumField(); i++ {
structFields[i] = mojom_types.StructField{
DeclData: &mojom_types.DeclarationData{ShortName: strPtr(t.Field(i).Name)},
Type: vdlToMojomTypeInternal(t.Field(i).Type, false, false, mp),
Offset: 0, // Despite the fact that we can calculated the offset, set it to zero to match the generator
}
}
_, name := vdl.SplitIdent(t.Name())
return &mojom_types.UserDefinedTypeStructType{
mojom_types.MojomStruct{
DeclData: &mojom_types.DeclarationData{
ShortName: strPtr(name),
FullIdentifier: strPtr(mojomIdentifier(t)),
},
Fields: structFields,
},
}
}
func mojomIdentifier(t *vdl.Type) string {
return strings.Replace(t.Name(), "/", ".", -1)
}