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Export Helper Function #84

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Apr 18, 2024
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72 changes: 39 additions & 33 deletions schema/object.go
Original file line number Diff line number Diff line change
Expand Up @@ -342,38 +342,6 @@ func (o *ObjectSchema) validateStruct(data any) error {
return o.validateFieldInterdependencies(rawData)
}

func (o *ObjectSchema) convertToObjectSchema(typeOrData any) (Object, bool) {
// Try plain object schema
objectSchemaType, ok := typeOrData.(*ObjectSchema)
if ok {
return objectSchemaType, true
}
// Next, try ref schema
refSchemaType, ok := typeOrData.(*RefSchema)
if ok {
return refSchemaType.GetObject(), true
}
// Next, try scope schema.
scopeSchemaType, ok := typeOrData.(*ScopeSchema)
if ok {
return scopeSchemaType.Objects()[scopeSchemaType.Root()], true
}
// Try getting the inlined ObjectSchema for objects, like TypedObjectSchema, that do that.
value := reflect.ValueOf(typeOrData)
if reflect.Indirect(value).Kind() == reflect.Struct {
field := reflect.Indirect(value).FieldByName("ObjectSchema")
if field.IsValid() {
fieldAsInterface := field.Interface()
objectType, ok2 := fieldAsInterface.(ObjectSchema)
if ok2 {
objectSchemaType = &objectType
ok = true
}
}
}
return objectSchemaType, ok
}

func (o *ObjectSchema) validateSchemaCompatibility(schemaType Object) error {
fieldData := map[string]any{}
// Validate IDs. This is important because the IDs should match.
Expand Down Expand Up @@ -412,7 +380,7 @@ func (o *ObjectSchema) validateRawCompatibility(typeOrData any) error {

func (o *ObjectSchema) ValidateCompatibility(typeOrData any) error {
// Check if it's a schema. If it is, verify it. If not, verify it as data.
schemaType, ok := o.convertToObjectSchema(typeOrData)
schemaType, ok := ConvertToObjectSchema(typeOrData)
if ok {
// It's a schema, so see if the schema matches
return o.validateSchemaCompatibility(schemaType)
Expand Down Expand Up @@ -684,6 +652,44 @@ func (a *AnyTypedObject[T]) Any() TypedObject[any] {
return a
}

// ConvertToObjectSchema attempts to extract an ObjectSchema from the input.
//
// If an ObjectSchema is found, it returns it.
// If a RefSchema is found, it extracts the cached object schema the ref is referencing.
// If a ScopeSchema is found, it extracts the root object schema.
// Returns the ObjectSchema and true if successful, otherwise nil and false.
func ConvertToObjectSchema(typeOrData any) (Object, bool) {
// Try plain object schema
objectSchemaType, ok := typeOrData.(*ObjectSchema)
if ok {
return objectSchemaType, true
}
// Next, try ref schema
refSchemaType, ok := typeOrData.(*RefSchema)
if ok {
return refSchemaType.GetObject(), true
}
// Next, try scope schema.
scopeSchemaType, ok := typeOrData.(*ScopeSchema)
if ok {
return scopeSchemaType.Objects()[scopeSchemaType.Root()], true
}
Comment on lines +662 to +676
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This seems like it should be a switch statement, no?

	switch v := typeOrData.(type) {
	case *ObjectSchema:
		return v, true
	case *RefSchema:
		return v.GetObject(), true
	case *ScopeSchema:
		return v.Objects()[scopeSchemaType.Root()], true
	}

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It's worth trying. If it fails, lots of tests for ValidateCompatibility will fail.

// Try getting the inlined ObjectSchema for objects, like TypedObjectSchema, that do that.
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value := reflect.ValueOf(typeOrData)
if reflect.Indirect(value).Kind() == reflect.Struct {
field := reflect.Indirect(value).FieldByName("ObjectSchema")
if field.IsValid() {
fieldAsInterface := field.Interface()
objectType, ok2 := fieldAsInterface.(ObjectSchema)
if ok2 {
objectSchemaType = &objectType
ok = true
}
}
}
return objectSchemaType, ok
}

func validateObjectIsStruct[T any]() {
var defaultValue T
reflectValue := reflect.TypeOf(defaultValue)
Expand Down