public void Test()
{
string codeText = File.ReadAllText("Resources\\BasicClass.txt");
var parser = new CSharpParser();
parser.ParseCode(codeText);
var codeRoot = (CodeRoot)parser.CreatedCodeRoot;
//Actions actions = Test2(codeRoot);//Test1(codeRoot);
Actions actions = new Actions();
Entity entity = new EntityImpl("BasicClass");
entity.AddProperty(new PropertyImpl { Name = "Property5", Type = "Entity" });
Entity entity1 = new EntityImpl("Class1");
entity1.AddProperty(new PropertyImpl { Name = "Property5", Type = "Entity" });
entity.MappedClass = codeRoot.Namespaces[0].Classes[0];
entity1.MappedClass = codeRoot.Namespaces[0].Classes[1];
CheckEntity(entity, actions);
codeText = actions.RunActions(codeText, codeRoot, true);
actions = new Actions();
actions.AddAction(new AddAttributeToPropertyAction(entity.MappedClass.Properties[0], new Attribute(codeRoot.Controller){Name = "Attr"}));
CheckEntity(entity1, actions);
var output = actions.RunActions(codeText, codeRoot, false);
}
private static void CheckEntity(Entity entity, Actions actions)
{
foreach (var property in entity.Properties)
{
entity.MappedClass.EnsureHasProperty(property.Name.GetCSharpFriendlyIdentifier(), property.OldNames)
.WithType(property.Type)
.WithModifiers("public")
.WithModifiers(property.IsInherited ? "override" : "virtual")
.WithGetAccessorBody(";")
.WithSetAccessorBody(";")
.ApplyTo(actions);
}
}
public void ApplyTo(Actions actions)
{
var usingStatement = Construct(_class);
// Try find the UsingStatement in the existing class using the old name
var existingUsingStatement = _class.Controller.Root.UsingStatements.FirstOrDefault(u => u.ToString() == _value);
if (existingUsingStatement != null)
{
if (_mustRemove)
ApplyUsingStatementDeletion(actions, existingUsingStatement);
}
else if (!_mustRemove)
{
// Add the UsingStatement to the class.
actions.AddAction(new AddUsingStatementToClassAction(_class, usingStatement));
}
}
public void ApplyTo(Actions actions)
{
var interface1 = Construct(_class);
// Try find the Interface in the existing class using the old name
var existingInterface = _class.BaseNames.FirstOrDefault(i => i == _value);
if (existingInterface != null)
{
if (_mustRemove)
ApplyImplementsDeletion(actions, _class, existingInterface);
}
else if (!_mustRemove)
{
// Add the Implements to the class.
DataType newImplements = new DataType(_class.Controller, interface1.Name);
actions.AddAction(new AddImplementsToClassAction(_class, newImplements, false));
}
}
public void ApplyTo(Actions actions)
{
foreach (var attr in attributes)
{
var attribute = attr.Build(_class.Controller);
if (attribute == null)
continue;
if (_class.HasAttributeNamed(attribute.Name) || attributesToDelete.Contains(attribute.Name)) continue;
actions.AddAction(new AddAttributeToClassAction(_class, attribute));
}
foreach (var attr in attributesToDelete)
{
if (_class.HasAttributeNamed(attr))
{
ArchAngel.Providers.CodeProvider.DotNet.Attribute att = _class.Attributes.Find(a => a.Name == attr);
actions.AddAction(new RemoveAttributeFromClassAction(att));
}
}
}
public void They_Are_Added_Correctly()
{
var parser = new CSharpParser();
parser.ParseCode(Code.Class1Text);
var codeRoot = (CodeRoot)parser.CreatedCodeRoot;
var basicClass = codeRoot.Namespaces[0].Classes[0];
var property2 = new Property(codeRoot.Controller, "Property1", new DataType(codeRoot.Controller, "string"), "public");
var property3 = new Property(codeRoot.Controller, "Property2", new DataType(codeRoot.Controller, "Class1"), "private");
var action1 = new AddPropertyToClassAction(property2, AdditionPoint.EndOfParent, basicClass);
var action2 = new AddPropertyToClassAction(property3, AdditionPoint.EndOfParent, basicClass);
Actions actions = new Actions();
actions.AddAction(action1);
actions.AddAction(action2);
string output = actions.RunActions(parser);
output = Slyce.Common.Utility.StandardizeLineBreaks(output, Environment.NewLine);
Assert.That(output, Is.EqualTo(Code.Class1Plus2PropertiesText));
}
private static void ApplyTypeChanges(Property existingProperty, Property exampleProperty, Actions actions)
{
if (exampleProperty.DataType != null && existingProperty.DataType.Equals(exampleProperty.DataType) == false)
{
// Change datatype
actions.AddAction(new ChangeTypeOfPropertyAction(existingProperty, exampleProperty.DataType));
}
}
private static void ApplyPropertyChanges(Actions actions, Property existingProperty, Property exampleProperty)
{
ApplyNameChanges(existingProperty, exampleProperty, actions);
ApplyModifierChanges(existingProperty, exampleProperty, actions);
ApplyAccessorChanges(existingProperty, exampleProperty, actions);
ApplyTypeChanges(existingProperty, exampleProperty, actions);
}
private static void ApplyPropertyDeletion(Actions actions, Property existingProperty)
{
actions.AddAction(new RemovePropertyFromClassAction(existingProperty));
}
private static void ApplyUsingStatementDeletion(Actions actions, UsingStatement existingUsingStatement)
{
actions.AddAction(new RemoveUsingStatementFromClassAction(existingUsingStatement));
}
private static void ApplyNameChanges(Property existingProperty, Property exampleProperty, Actions actions)
{
if (existingProperty.Name != exampleProperty.Name)
{
// Change datatype
actions.AddAction(new ChangeNameOfPropertyAction(existingProperty, exampleProperty.Name));
}
}
private static void ApplyModifierChanges(Field existingField, Field exampleField, Actions actions)
{
if (existingField.Modifiers.UnorderedEqual(exampleField.Modifiers) == false)
{
string modifierString = "";
foreach (var mod in existingField.Modifiers)
modifierString += mod + " ";
modifierString = modifierString.Trim();
actions.AddAction(new RemoveModifierFromFieldAction(existingField, modifierString));
foreach (var modifier in exampleField.Modifiers)
actions.AddAction(new AddModifierToFieldAction(existingField, modifier, false));
}
}
private static void ApplyTypeChanges(Field existingField, Field exampleField, Actions actions)
{
if (exampleField.DataType != null && existingField.DataType.Equals(exampleField.DataType) == false)
{
// Change datatype
actions.AddAction(new ChangeTypeOfFieldAction(existingField, exampleField.DataType));
}
}
private static void ApplyImplementsDeletion(Actions actions, Class _class, string existingInterface)
{
DataType newImplements = new DataType(_class.Controller, existingInterface);
actions.AddAction(new RemoveImplementsFromClassAction(_class, existingInterface));
}
private static void ApplyFieldDeletion(Actions actions, Field existingField)
{
actions.AddAction(new RemoveFieldFromClassAction(existingField));
}
private static void ApplyBodyChanges(Function existingFunction, Function exampleFunction, Actions actions)
{
actions.AddAction(new ChangeMethodBodyAction(existingFunction, exampleFunction));
}
private static void ApplyFunctionChanges(Actions actions, Function existingFunction, Function exampleFunction)
{
ApplyHeaderChanges(existingFunction, exampleFunction, actions);
ApplyBodyChanges(existingFunction, exampleFunction, actions);
}
public void ApplyTo(Actions actions)
{
var function = Construct(_class);
// Try find the function in the existing class using the old name
Function existingFunction = null;// _class.Functions.FirstOrDefault(p => p.Name == _name);
foreach (var func in _class.Functions.Where(p => p.Name == _name && (_ParameterTypes != null && p.Parameters.Count == _ParameterTypes.Count)))
{
bool found = true;
for (int i = 0; i < func.Parameters.Count; i++)
{
if (func.Parameters[i].DataType != _ParameterTypes[i].DataType)
{
found = false;
break;
}
}
if (found)
{
existingFunction = func;
break;
}
}
if (existingFunction == null)
{
for (int i = _oldNames.Count - 1; i >= 0; i--)
{
// No property found with the new name, so try the old name
//existingFunction = _class.Functions.FirstOrDefault(p => p.Name == _oldNames[i]);
//if (existingFunction != null)
// break;
foreach (var func in _class.Functions.Where(p => p.Name == _oldNames[i] && p.Parameters.Count == _ParameterTypes.Count))
{
bool found = true;
for (int pCounter = 0; pCounter < func.Parameters.Count; pCounter++)
{
if (func.Parameters[pCounter].DataType != _ParameterTypes[pCounter].DataType)
{
found = false;
break;
}
}
if (found)
{
existingFunction = func;
break;
}
}
if (existingFunction != null)
break;
}
}
//if (existingFunction == null)
//{
// // As a last ditch effort to find the property, ignore case when searching
// existingFunction = _class.Functions.FirstOrDefault(p => p.Name.ToLowerInvariant() == _name.ToLowerInvariant());
//}
if (existingFunction != null)
{
if (_mustRemove)
ApplyFunctionDeletion(actions, existingFunction);
else
{
// Make sure the property matches the given property
ApplyFunctionChanges(actions, existingFunction, function);
}
}
else if (_mustRemove)
{
// No existing property found, so we don't need to do anything, it's already removed.
// Don't add any actions
return;
}
else
{
// Add the property to the class.
actions.AddAction(new AddFunctionToClassAction(function, AdditionPoint.EndOfParent, _class));
}
if (!_mustRemove)
{
var functionToAddTo = existingFunction ?? function;
//foreach (var attrBuilder in attributes)
//{
// var attribute = attrBuilder.Build(functionToAddTo.Controller);
// if (functionToAddTo.Attributes.Any(a => a.Name == attribute.Name) ||
// functionToAddTo.AttributeSections.SelectMany(section => section.Attributes).Any(a => a.Name == attribute.Name))
// {
// // if there are any attributes on the property currently with this name, then we should skip it.
// continue;
// }
// actions.AddAction(new AddAttributeToMethodAction(functionToAddTo, attribute));
//}
}
}
/// <summary>
/// Changes the entire header, including modifiers, return-type, name and parameters.
/// </summary>
/// <param name="existingFunction"></param>
/// <param name="exampleFunction"></param>
/// <param name="actions"></param>
private static void ApplyHeaderChanges(Function existingFunction, Function exampleFunction, Actions actions)
{
if (existingFunction.Name != exampleFunction.Name)
{
// Change datatype
actions.AddAction(new ChangeMethodHeaderAction(existingFunction, exampleFunction));
}
}
private static void ApplyFunctionDeletion(Actions actions, Function existingFunction)
{
actions.AddAction(new RemoveMethodFromClassAction(existingFunction));
}
private static void ApplyFieldChanges(Actions actions, Field existingField, Field exampleField)
{
ApplyNameChanges(existingField, exampleField, actions);
ApplyModifierChanges(existingField, exampleField, actions);
ApplyInitialValueChanges(existingField, exampleField, actions);
ApplyTypeChanges(existingField, exampleField, actions);
}
public string Process(ArchAngel.Interfaces.Scripting.NHibernate.Model.IEntity ientity, Dictionary<string, object> TemplateCache, out string CurrentFileName)
{
Entity entity = (Entity)ientity.ScriptObject;
Actions actions = new Actions();
foreach (var att in ientity.MappedClass.SourceAttributesThatMustExist)
{
entity.MappedClass.EnsureHas()
.AttributeNamed(att.Name)
.Finish()
.ApplyTo(actions);
}
foreach (var prop in ientity.MappedClass.SourcePropertiesThatMustExist)
{
string[] modifiers = prop.Modifiers == null ? new string[0] : prop.Modifiers.ToArray();
PropertyConstraintBuilder propertyConstraint = null;
propertyConstraint =
entity.MappedClass.EnsureHasProperty(prop.Name, prop.PreviousNames ?? new List<string>())
.WithType(prop.Type)
.WithModifiers(modifiers)
.WithGetAccessorBody(prop.GetAccessor.Body)
.WithSetAccessorBody(prop.SetAccessor.Body);
if (!string.IsNullOrEmpty(prop.SetAccessor.Modifier))
propertyConstraint.WithSetAccessorAccessibility(prop.SetAccessor.Modifier);
propertyConstraint.ApplyTo(actions);
}
foreach (var prop in ientity.MappedClass.SourcePropertiesThatMustNotExist)
{
PropertyConstraintBuilder propertyConstraint = null;
propertyConstraint.ApplyTo(actions);
}
foreach (var field in ientity.MappedClass.SourceFieldsThatMustExist)
{
string[] modifiers = field.Modifiers == null ? new string[0] : field.Modifiers.ToArray();
FieldConstraintBuilder fieldConstraint = null;
fieldConstraint =
entity.MappedClass.EnsureHasField(field.Name, field.PreviousNames ?? new List<string>())
.WithType(field.Type)
.WithModifiers(modifiers)
.WithInitialValue(field.InitialValue);
fieldConstraint.ApplyTo(actions);
}
foreach (var function in ientity.MappedClass.SourceFunctionsThatMustExist)
{
string[] modifiers = function.Modifiers == null ? new string[0] : function.Modifiers.ToArray();
FunctionConstraintBuilder functionConstraint = null;
functionConstraint =
entity.MappedClass.EnsureHasFunction(function.Name, function.PreviousNames ?? new List<string>())
.WithBody(function.Body)
.WithModifiers(modifiers)
.WithParameterTypes(function.Parameters)
.WithReturnType(function.ReturnType);
functionConstraint.ApplyTo(actions);
}
foreach (var function in ientity.MappedClass.SourceFunctionsThatMustNotExist)
{
FunctionConstraintBuilder functionConstraint = null;
functionConstraint.ApplyTo(actions);
}
// Load the existing C# file up
var filename = entity.EntitySet.MappingSet.CodeParseResults.GetFilenameForParsedClass(entity.MappedClass);
CurrentFileName = filename;
string outputText;
if (TemplateCache.ContainsKey(filename) ||
!System.IO.File.Exists(filename))
outputText = actions.RunActions((string)TemplateCache[filename], entity.MappedClass.Controller.Root, false);
else
outputText = actions.RunActions(System.IO.File.ReadAllText(filename), entity.MappedClass.Controller.Root, true);
TemplateCache[filename] = outputText;
return outputText;
}
private static void ApplyInitialValueChanges(Field existingField, Field exampleField, Actions actions)
{
if (exampleField.InitialValue != null && existingField.InitialValue.Equals(exampleField.InitialValue) == false)
{
// Change initial value
actions.AddAction(new ChangeInitialValueOfFieldAction(existingField, exampleField.InitialValue));
}
}
public string Process(Entity entity, Dictionary<string, object> TemplateCache, bool globalUsePrivateSetters, string globalProjectNamespace, out string CurrentFileName)
{
Actions actions = new Actions();
if (entity.HasUserOption("Entity_MarkAsSerializable") && entity.GetUserOptionValue<bool>("Entity_MarkAsSerializable"))
{
entity.MappedClass.EnsureHas()
.AttributeNamed("Serializable")
.Finish()
.ApplyTo(actions);
}
List<string> propertyNamesFromReferences = entity.DirectedReferences.Where(r => r.FromEndEnabled).Select(d => d.FromName).ToList();
List<string> propertyNamesFromComponents = entity.Components.Select(c => c.Name).ToList();
System.Text.StringBuilder sb = new System.Text.StringBuilder();
foreach (var property in entity.Properties)
sb.AppendLine(PropertyTemplate.ProcessPropertyTemplate(entity, property));
List<ArchAngel.Providers.CodeProvider.DotNet.Property> codeProps = ProcessTemplateProperties(sb.ToString());
Dictionary<ArchAngel.Providers.EntityModel.Model.EntityLayer.Property, ArchAngel.Providers.CodeProvider.DotNet.Property> propMap = new Dictionary<Property, ArchAngel.Providers.CodeProvider.DotNet.Property>();
for (int i = 0; i < entity.Properties.Count(); i++)
propMap.Add(entity.Properties.ElementAt(i), codeProps[i]);
foreach (var property in entity.Properties)
{
//sb.AppendLine(PropertyTemplate.ProcessPropertyTemplate(entity, property));
PropertyConstraintBuilder propertyConstraint = null;
if (entity.ForeignKeyPropertiesToExclude.Contains(property))
{
if (propertyNamesFromReferences.Contains(property.Name) ||
propertyNamesFromComponents.Contains(property.Name))
{
// Don't mark this property for removal, because it's actually going to be added by a reference or component further down.
continue;
}
propertyConstraint = entity.MappedClass.EnsureDoesNotHaveProperty(propMap[property].Name, property.OldNames);
}
else
{
// Add property's current name to its old name list
if (property.OldNames.Count == 0 || !property.OldNames.Contains(propMap[property].Name))
property.OldNames.Add(propMap[property].Name);
propertyConstraint =
entity.MappedClass.EnsureHasProperty(propMap[property].Name, property.OldNames)
.WithType(propMap[property].DataType.Name.Replace(string.Format("{0}.Model.", globalProjectNamespace), ""))
.WithModifiers(propMap[property].Modifiers.ToArray())
.WithGetAccessorBody(propMap[property].GetAccessor.BodyText)
.WithSetAccessorBody(propMap[property].SetAccessor.BodyText);
//bool propertyUsePrivateSetter = property.HasUserOption("Property_UsePrivateSetter") && property.GetUserOptionValue<bool>("Property_UsePrivateSetter");
//if (propertyUsePrivateSetter || globalUsePrivateSetters)
if (propMap[property].SetAccessor.Modifier == "private")
propertyConstraint.WithSetAccessorAccessibility("private");
// Code insertions stuff for NHibernate Validator Attributes. Replaced with XML specs.
//if(property.MaximumLength.HasValue && property.MaximumLength > 0 && property.MaximumLength < int.MaxValue)
//{
// propertyConstraint.WithAttribute("Length")
// .WithParameter(property.MaximumLength.Value.ToString());
//}
}
propertyConstraint.ApplyTo(actions);
}
#region DirectedReferences
sb = new System.Text.StringBuilder();
foreach (var reference in entity.DirectedReferences)
sb.AppendLine(PropertyTemplate.ProcessReferenceTemplate(entity, reference));
List<ArchAngel.Providers.CodeProvider.DotNet.Property> codeRefProps = ProcessTemplateProperties(sb.ToString());
Dictionary<ArchAngel.Providers.EntityModel.Model.EntityLayer.DirectedReference, ArchAngel.Providers.CodeProvider.DotNet.Property> refPropMap = new Dictionary<DirectedReference, ArchAngel.Providers.CodeProvider.DotNet.Property>();
for (int i = 0; i < entity.DirectedReferences.Count(); i++)
refPropMap.Add(entity.DirectedReferences.ElementAt(i), codeRefProps[i]);
foreach (var reference in entity.DirectedReferences.Where(r => r.FromEndEnabled).OrderBy(r => r.FromName))
{
// Add reference's current name to its old name list
if (reference.OldFromNames.Count == 0 || !reference.OldFromNames.Contains(refPropMap[reference].Name))
reference.OldFromNames.Add(refPropMap[reference].Name);
var propertyConstraint = entity.MappedClass.EnsureHasProperty(refPropMap[reference].Name, reference.OldFromNames)
.WithType(refPropMap[reference].DataType.Name.Replace(string.Format("{0}.Model.", globalProjectNamespace), ""))
.WithModifiers(refPropMap[reference].Modifiers.ToArray())
.WithGetAccessorBody(refPropMap[reference].GetAccessor.BodyText)
.WithSetAccessorBody(refPropMap[reference].SetAccessor.BodyText);
if (refPropMap[reference].SetAccessor.Modifier == "private")
propertyConstraint.WithSetAccessorAccessibility("private");
propertyConstraint.ApplyTo(actions);
}
#endregion
#region Component Definitions
sb = new System.Text.StringBuilder();
foreach (var component in entity.Components)
sb.AppendLine(PropertyTemplate.ProcessComponentTemplate(entity, component));
List<ArchAngel.Providers.CodeProvider.DotNet.Property> codeComponentProps = ProcessTemplateProperties(sb.ToString());
Dictionary<ArchAngel.Providers.EntityModel.Model.EntityLayer.Component, ArchAngel.Providers.CodeProvider.DotNet.Property> componentPropMap = new Dictionary<Component, ArchAngel.Providers.CodeProvider.DotNet.Property>();
for (int i = 0; i < entity.Components.Count(); i++)
componentPropMap.Add(entity.Components.ElementAt(i), codeComponentProps[i]);
foreach (var component in entity.Components.OrderBy(c => c.Name))
{
// Add component's current name to its old name list
if (component.OldNames.Count == 0 || !component.OldNames.Contains(componentPropMap[component].Name))
component.OldNames.Add(componentPropMap[component].Name);
var propertyConstraint = entity.MappedClass.EnsureHasProperty(componentPropMap[component].Name, component.OldNames)
.WithType(componentPropMap[component].DataType.Name.Replace(string.Format("{0}.Model.", globalProjectNamespace), ""))
.WithModifiers(componentPropMap[component].Modifiers.ToArray())
.WithGetAccessorBody(componentPropMap[component].GetAccessor.BodyText)
.WithSetAccessorBody(componentPropMap[component].SetAccessor.BodyText);
if (componentPropMap[component].SetAccessor.Modifier == "private")
propertyConstraint.WithSetAccessorAccessibility("private");
propertyConstraint.ApplyTo(actions);
}
#endregion
// Load the existing C# file up
var filename = entity.EntitySet.MappingSet.CodeParseResults.GetFilenameForParsedClass(entity.MappedClass);
CurrentFileName = filename;
string outputText;
if (TemplateCache.ContainsKey(filename) ||
!System.IO.File.Exists(filename))
outputText = actions.RunActions((string)TemplateCache[filename], entity.MappedClass.Controller.Root, false);
else
outputText = actions.RunActions(System.IO.File.ReadAllText(filename), entity.MappedClass.Controller.Root, true);
TemplateCache[filename] = outputText;
return outputText;
}
private static void ApplyNameChanges(Field existingField, Field exampleField, Actions actions)
{
if (existingField.Name != exampleField.Name)
{
// Change name
actions.AddAction(new ChangeNameOfFieldAction(existingField, exampleField.Name));
}
}
private static void ApplyAccessorChanges(Property existingProperty, Property exampleProperty, Actions actions)
{
if (existingProperty.GetAccessor == null)
{
actions.AddAction(new AddAccessorToPropertyAction(existingProperty, exampleProperty.GetAccessor));
}
else if (exampleProperty.GetAccessor != null && existingProperty.GetAccessor.Modifier != exampleProperty.GetAccessor.Modifier)
{
actions.AddAction(new ChangePropertyAccessorModifierAction(existingProperty.GetAccessor, exampleProperty.GetAccessor.Modifier));
}
if (existingProperty.SetAccessor == null)
{
actions.AddAction(new AddAccessorToPropertyAction(existingProperty, exampleProperty.SetAccessor));
}
else if (exampleProperty.SetAccessor != null && existingProperty.SetAccessor.Modifier != exampleProperty.SetAccessor.Modifier)
{
actions.AddAction(new ChangePropertyAccessorModifierAction(existingProperty.SetAccessor, exampleProperty.SetAccessor.Modifier));
}
}
public void ApplyTo(Actions actions)
{
var field = Construct(_class);
// Try find the field in the existing class using the old name
var existingField = _class.Fields.FirstOrDefault(p => p.Name == _name);
if (existingField == null)
{
for (int i = _oldNames.Count - 1; i >= 0; i--)
{
// No field found with the new name, so try the old name
existingField = _class.Fields.FirstOrDefault(p => p.Name == _oldNames[i]);
if (existingField != null)
break;
}
}
if (existingField == null)
{
// As a last ditch effort to find the field, ignore case when searching
existingField = _class.Fields.FirstOrDefault(p => p.Name.ToLowerInvariant() == _name.ToLowerInvariant());
}
if (existingField != null)
{
if (_mustRemove)
ApplyFieldDeletion(actions, existingField);
else
{
// Make sure the field matches the given property
ApplyFieldChanges(actions, existingField, field);
}
}
else if (_mustRemove)
{
// No existing field found, so we don't need to do anything, it's already removed.
// Don't add any actions
return;
}
else
{
// Add the property to the class.
actions.AddAction(new AddFieldToClassAction(field, AdditionPoint.EndOfParent, _class));
}
if (!_mustRemove)
{
var fieldToAddTo = existingField ?? field;
foreach (var attrBuilder in attributes)
{
var attribute = attrBuilder.Build(fieldToAddTo.Controller);
if (fieldToAddTo.Attributes.Any(a => a.Name == attribute.Name) ||
fieldToAddTo.AttributeSections.SelectMany(section => section.Attributes).Any(a => a.Name == attribute.Name))
{
// if there are any attributes on the property currently with this name, then we should skip it.
continue;
}
actions.AddAction(new AddAttributeToFieldAction(fieldToAddTo, attribute));
}
}
}
private static void ApplyModifierChanges(Property existingProperty, Property exampleProperty, Actions actions)
{
if (existingProperty.Modifiers.UnorderedEqual(exampleProperty.Modifiers) == false)
{
actions.AddAction(new RemoveModifiersFromPropertyAction(existingProperty));
foreach (var modifier in exampleProperty.Modifiers)
{
actions.AddAction(new AddModifierToPropertyAction(existingProperty, modifier, false));
}
}
}
