public static ImmutableList <Error> checkComponent(
CheckContext context, Object component, Option <CustomObjectValidator> customObjectValidatorOpt
)
{
var errors = ImmutableList <Error> .Empty;
foreach (var mb in F.opt(value: component as MonoBehaviour))
{
var componentType = component.GetType();
if (!context.checkedComponentTypes.Contains(item: componentType))
{
errors = errors.AddRange(items: checkComponentType(context: context, go: mb.gameObject, type: componentType));
context = context.withCheckedComponentType(c: componentType);
}
}
var serObj = new SerializedObject(obj: component);
var sp = serObj.GetIterator();
while (sp.NextVisible(enterChildren: true))
{
if (
sp.propertyType == SerializedPropertyType.ObjectReference &&
sp.objectReferenceValue == null &&
sp.objectReferenceInstanceIDValue != 0
)
{
errors = errors.Add(value: Error.missingReference(
o: component, property: sp.name, context: context
));
}
if (sp.type == nameof(UnityEvent))
{
var evt = sp.findFieldValueInObject(component).flatMap(o => F.opt(o as UnityEvent)).getOrThrow(() =>
new Exception(
$"There should have been a {nameof(UnityEvent)} in property '{sp.name}' " +
$"on '{component}' @ '{AssetDatabase.GetAssetPath(component)}', " +
$"but we could not find it! This seems like a programmer error!"
)
);
errors = errors.AddRange(checkUnityEvent(
evt: evt, component: component, propertyName: sp.name, context: context
).asEnum());
}
}
var fieldErrors = validateFields(
containingComponent: component,
objectBeingValidated: component,
createError: new ErrorFactory(component, context),
customObjectValidatorOpt: customObjectValidatorOpt
);
errors = errors.AddRange(items: fieldErrors);
return(errors);
}
public static ImmutableList <Error> checkComponent(
CheckContext context, Object component, Option <CustomObjectValidator> customObjectValidatorOpt,
Option <UniqueValuesCache> uniqueCache = default
)
{
Option.ensureValue(ref uniqueCache);
var errors = ImmutableList <Error> .Empty;
foreach (var mb in F.opt(value: component as MonoBehaviour))
{
var componentType = component.GetType();
if (!context.checkedComponentTypes.Contains(item: componentType))
{
errors = errors.AddRange(items: checkComponentType(context: context, go: mb.gameObject, type: componentType));
context = context.withCheckedComponentType(c: componentType);
}
}
var serObj = new SerializedObject(obj: component);
var sp = serObj.GetIterator();
while (sp.NextVisible(enterChildren: true))
{
if (
sp.propertyType == SerializedPropertyType.ObjectReference &&
sp.objectReferenceValue == null &&
sp.objectReferenceInstanceIDValue != 0
)
{
errors = errors.Add(value: Error.missingReference(
o: component, property: sp.name, context: context
));
}
}
var fieldErrors = validateFields(
containingComponent: component,
objectBeingValidated: component,
createError: new ErrorFactory(component, context),
customObjectValidatorOpt: customObjectValidatorOpt,
uniqueValuesCache: uniqueCache
);
errors = errors.AddRange(items: fieldErrors);
return(errors);
}
public static ImmutableList <Error> checkComponent(CheckContext context, Object component)
{
var errors = ImmutableList <Error> .Empty;
foreach (var mb in F.opt(component as MonoBehaviour))
{
var componentType = component.GetType();
if (!context.checkedComponentTypes.Contains(componentType))
{
errors = errors.AddRange(checkComponentType(context, mb.gameObject, componentType));
context = context.withCheckedComponentType(componentType);
}
}
var serObj = new SerializedObject(component);
var sp = serObj.GetIterator();
while (sp.NextVisible(enterChildren: true))
{
if (
sp.propertyType == SerializedPropertyType.ObjectReference &&
sp.objectReferenceValue == null &&
sp.objectReferenceInstanceIDValue != 0
)
{
errors = errors.Add(Error.missingReference(
component, ObjectNames.NicifyVariableName(sp.name), context
));
}
if (sp.type == nameof(UnityEvent))
{
foreach (var evt in getUnityEvent(component, sp.propertyPath))
{
foreach (var err in checkUnityEvent(evt, component, sp.name, context))
{
errors = errors.Add(err);
}
}
}
}
var fieldErrors = validateFieldsWithAttributes(
component,
(err, fieldHierarchy) => {
switch (err)
{
case FieldAttributeError.NullField:
return(Error.nullReference(component, fieldHierarchy, context));
case FieldAttributeError.EmptyCollection:
return(Error.emptyCollection(component, fieldHierarchy, context));
case FieldAttributeError.TextFieldBadTag:
return(Error.textFieldBadTag(component, fieldHierarchy, context));
}
return(F.matchErr <Error>(nameof(FieldAttributeError), err.ToString()));
}
);
errors = errors.AddRange(fieldErrors);
return(errors);
}
