private static void MakeOffsetProperty(MultiStructItemTemplateBase template, uint indentation, MhwMultiStructData.Entry entry, string propName)
{
template.WriteLine("");
template.WriteLine(indentation, " [DisplayName(\"Offset\")]");
template.WriteLine(indentation, $" public long {propName}_offset {{ get; private set; }}");
}
private static void MakeButtonProperty(MultiStructItemTemplateBase template, uint indentation, MhwMultiStructData.Entry entry, string propName)
{
var dataSourceLookup = GenerationHelper.GetDataSourceType(entry.dataSourceType ?? throw new Exception());
template.WriteLine("");
template.WriteLine(indentation, $" [SortOrder({propName}_sortIndex)]");
template.WriteLine(indentation, $" [DisplayName({propName}_displayName)]");
template.WriteLine(indentation, $" [CustomSorter(typeof({entry.dataSourceCustomSorter}))]");
template.WriteLine(indentation, $" public string {propName}_button => {dataSourceLookup}.TryGet({propName}).ToStringWithId({propName});");
}
private static void MakeMainProperty(MultiStructItemTemplateBase template, uint indentation, MhwMultiStructData.Entry entry, string entryName, string propName, int sortIndex)
{
var accessLevel = entry.accessLevel;
if (entry.name == "Index")
{
accessLevel += " override";
}
else if (accessLevel != "private")
{
accessLevel += " virtual";
}
var typeString = COMPILER.GetTypeOutput(new CodeTypeReference(entry.type));
if (entry.arrayCount > -1)
{
typeString += "[]";
}
string returnString;
var setCast = "";
var getCast = "";
if (entry.enumReturn == null)
{
returnString = typeString;
}
else
{
returnString = COMPILER.GetTypeOutput(new CodeTypeReference(entry.enumReturn));
getCast = $"({returnString}) ";
setCast = $"({typeString}) ";
}
if (entry.name == "Index")
{
getCast = "(ulong) ";
setCast = $"({returnString}) ";
returnString = "ulong";
}
// Main Property.
template.WriteLine("");
template.WriteLine(indentation, $" protected {typeString} {entryName};");
template.WriteLine(indentation, $" public const string {propName}_displayName = \"{entry.name}\";");
if (!entry.overrideSortIndex)
{
template.WriteLine(indentation, $" public const int {propName}_sortIndex = {sortIndex};");
}
template.WriteLine(indentation, $" [SortOrder({propName}_sortIndex)]");
template.WriteLine(indentation, $" [DisplayName({propName}_displayName)]");
if (entry.dataSourceType != null)
{
template.WriteLine(indentation, $" [DataSource(DataSourceType.{entry.dataSourceType})]");
}
if (entry.readOnly)
{
template.WriteLine(indentation, " [IsReadOnly]");
}
if (entry.showAsHex)
{
template.WriteLine(indentation, " [ShowAsHex]");
}
template.WriteLine(indentation, $" {accessLevel} {returnString} {propName} {{");
if (returnString == "bool")
{
template.WriteLine(indentation, $" get => {getCast}Convert.ToBoolean({entryName});");
}
else if (typeString == "char[]")
{
template.WriteLine(indentation, $" get => {getCast}new string({entryName});");
}
else
{
template.WriteLine(indentation, $" get => {getCast}{entryName};");
}
// Always include a setter, even for readOnly. This enables us to bypass readOnly via command line switch.
template.WriteLine(indentation, " set {");
if (returnString == "bool")
{
template.WriteLine(indentation, $" if (Convert.ToBoolean({entryName}) == {entry.valueString}) return;"); // Do nothing if the value is the same.
template.WriteLine(indentation, $" {entryName} = Convert.ToByte({entry.valueString});");
}
else if (typeString == "char[]")
{
template.WriteLine(indentation, $" if ({getCast}new string({entryName}) == {entry.valueString}) return;"); // Do nothing if the value is the same.
template.WriteLine(indentation, $" {entryName} = {setCast}{entry.valueString}.ToCharArray(0, {entry.arrayCount - 1});");
}
else
{
template.WriteLine(indentation, $" if ({getCast}{entryName} == {entry.valueString}) return;"); // Do nothing if the value is the same.
template.WriteLine(indentation, $" {entryName} = {setCast}{entry.valueString};");
}
template.WriteLine(indentation, $" ChangedItems.Add(nameof({propName}));");
template.WriteLine(indentation, $" OnPropertyChanged(nameof({propName}));");
if (entry.dataSourceType != null)
{
template.WriteLine(indentation, $" OnPropertyChanged(nameof({propName}_button));");
}
if (entry.extraOnPropertyChanged != null)
{
foreach (var propertyToChange in entry.extraOnPropertyChanged)
{
var propertyToChangeName = Regex.Replace(propertyToChange, @"[^\w\d]+", "_");
template.WriteLine(indentation, $" OnPropertyChanged(nameof({propertyToChangeName}));");
}
}
template.WriteLine(indentation, " }");
template.WriteLine(indentation, " }");
}
private static void MakeSubProperty(MultiStructItemTemplateBase template, uint indentation, MhwMultiStructData.Entry entry, string entryName, string propName, int sortIndex)
{
var accessLevel = entry.accessLevel;
if (accessLevel != "private")
{
accessLevel += " virtual";
}
var typeString = $"ObservableCollection<{entry.subStruct.SafeName}>";
// Auto-Property for sub-struct.
template.WriteLine("");
template.WriteLine(indentation, $" public const string {propName}_displayName = \"{entry.name}\";");
if (!entry.overrideSortIndex)
{
template.WriteLine(indentation, $" public const int {propName}_sortIndex = {sortIndex};");
}
template.WriteLine(indentation, $" [SortOrder({propName}_sortIndex)]");
template.WriteLine(indentation, $" [DisplayName({propName}_displayName)]");
template.WriteLine(indentation, $" {accessLevel} {typeString} {entryName} {{ get; {(accessLevel.Contains("protected") ? "" : "protected ")}set; }}");
}
private static void CreateStructField(MultiStruct010TemplateBase template, MhwMultiStructData.StructData @struct, MhwMultiStructData.Entry entry = null, uint indentation = 0)
{
var name = @struct.SafeName;
string entryText;
if (@struct.fixedSizeCount > 1)
{
entryText = $"{name} {name}_[{@struct.fixedSizeCount}]<optimize=false, name=\"{@struct.name}\">;";
}
else if (@struct.Has010Link)
{
var linkStruct = @struct._010Link.@struct;
var linkEntry = @struct._010Link.entry;
string countTarget;
// ReSharper disable once ConvertIfStatementToConditionalTernaryExpression
if (linkStruct == null || linkStruct.showVertically)
{
countTarget = linkEntry.SafeName;
}
else
{
countTarget = $"{linkStruct.SafeName}_.{linkEntry.SafeName}";
}
entryText = $"{name} {name}_[{countTarget}]<optimize=false, name=\"{@struct.name}\">;";
}
else
{
entryText = $"{name} {name}_<name=\"{@struct.name}\">;";
}
if (entry?.condition != null)
{
var condition = entry.condition.Replace("|ref|", "").Replace("_raw", "").Replace("parent.", "");
template.WriteLine(indentation, $"{condition} {{ {entryText} }}");
}
else
{
template.WriteLine(indentation, entryText);
}
}