private void AddIncorrectDefinitionError(Type sourceType, FieldInfo fieldInfo) => this.CodeGenErrors.Add(new CodegenError
{
ErrorNumber = "Incorrect definition",
ErrorText = $"FixedArray can be only used in class '{sourceType}'",
IsWarning = false,
FileLinePosition = SourceCompilation.GetFileLinePosition(fieldInfo),
});
private void AddMissingFieldReadonlyModifierError(Type sourceType, FieldInfo fieldInfo) => this.CodeGenErrors.Add(new CodegenError
{
ErrorNumber = "Missing field readonly modifier",
ErrorText = $"Fixed size array field {fieldInfo.Name} of class '{sourceType.ToString()}' should be readonly",
IsWarning = false,
FileLinePosition = SourceCompilation.GetFileLinePosition(fieldInfo),
});
private void AddInvalidAlignmentSizeError(Type sourceType, FieldInfo fieldInfo) => this.CodeGenErrors.Add(new CodegenError
{
ErrorNumber = "Invalid alignment size",
ErrorText = "Alignment size is required to be a power of 2.",
IsWarning = false,
FileLinePosition = SourceCompilation.GetFileLinePosition(fieldInfo),
});
private void AddUntaggedOrNoneScalarPublicSettingRegistryField(Type sourceType, FieldInfo fieldInfo) => this.CodeGenErrors.Add(new CodegenError
{
ErrorNumber = "Untagged or non-scalar public SettingRegistry field",
ErrorText = $"Public field '{fieldInfo.Name}' in SettingsRegistry type '{sourceType.FullName}' is not a scalar or not tagged as an Mlos code gened field.",
IsWarning = false,
FileLinePosition = SourceCompilation.GetFileLinePosition(fieldInfo),
});
private void AddUnsupportedFieldTypeError(Type sourceType, FieldInfo fieldInfo) => this.CodeGenErrors.Add(new CodegenError
{
ErrorNumber = "Not supported type",
ErrorText = $"Unsupported field type of class '{sourceType.ToString()}'",
IsWarning = false,
FileLinePosition = SourceCompilation.GetFileLinePosition(fieldInfo),
});
private void AddIncorrectStructAccessModifier(Type sourceType) =>
CodeGenErrors.Add(
new CodegenError
{
ErrorNumber = "Incorrect struct access modifier",
ErrorText = $"Codegen type struct must be declared as public '{sourceType}'",
IsWarning = false,
FileLinePosition = SourceCompilation.GetFileLinePosition(sourceType),
});
private SemanticModel GetSemanticModel(SyntaxTree tree)
{
if (_semanticCache.TryGetValue(tree, out var model))
{
return(model);
}
model = SourceCompilation.GetSemanticModel(tree);
_semanticCache.Add(tree, model);
return(model);
}
