public TypeResolution Resolve(
ITypeSymbol typeSymbol,
ResolutionContext context,
bool fillInheritance = false
)
{
var type = typeSymbol as INamedTypeSymbol;
var result = new TypeResolution();
result.ConstructedFrom = type?.ConstructedFrom?.ToString();
//Normalize type identifier
if (!string.IsNullOrWhiteSpace(result.ConstructedFrom))
{
var splitted = result.ConstructedFrom.Split('<');
var baseName = splitted[0];
if (splitted.Length > 1)
{
splitted = splitted[1].Split(',');
//Normalize constructedFrom. when analyzing compiled assemblies, generic args are omitted
result.ConstructedFrom = baseName + "<" + new StringBuilder().Append(',', splitted.Length - 1) + ">";
}
}
//Get generics
if (type != null && type.IsGenericType)
{
result.GenericArguments = type
.TypeArguments
.Select(t =>
t is INamedTypeSymbol ?
/* When type is defined */
(object)Resolve(t as INamedTypeSymbol, context)
//Just the argument name
: t.Name
)
.ToList();
}
//Base Type
if (fillInheritance && type != null && type.BaseType != null && type.BaseType.SpecialType != SpecialType.System_Object)
{
result.Inherits = Resolve(
type.BaseType,
context,
//Avoid creating unecessary extra import int the current context
false);
}
//User custom type mapping
if (Options.CustomMap != null && result.ConstructedFrom != null && Options.CustomMap.ContainsKey(result.ConstructedFrom))
{
//Found definition with this full type name
var clientType = Options.CustomMap[result.ConstructedFrom];
var externalModule = clientType.Module;
var externalName = clientType.Name;
if (string.IsNullOrWhiteSpace(externalModule))
{
result.Declaration = externalName;
}
else
{
var alias = context.GetAliasByModule(externalModule);
result.ModuleAlias = alias;
result.Declaration = $"{alias}.{externalName}";
}
result.IsKnown = true;
return(result);
}
//Generic part of a generic class
if (typeSymbol is ITypeParameterSymbol)
{
result.Declaration = typeSymbol.Name;
return(result);
}
result.IsNullable = IsNullable(typeSymbol);
var tsType = TypeFiles.ContainsKey(typeSymbol) ?
TypeFiles[typeSymbol]
//When inheriting from another generic model
: TypeFiles.ContainsKey(typeSymbol.OriginalDefinition) ?
TypeFiles[typeSymbol.OriginalDefinition] : null;
if (tsType != null)
{
//result.TsType = tsType;
result.IsEnum = tsType is TsEnum;
result.IsKnown = true;
result.Declaration = tsType.ClassName;
if (tsType is TsModelBase
&&
tsType != context.Target //auto-reference
)
{
var tsModel = tsType as TsModelBase;
var c = new Uri("C:\\", UriKind.Absolute);
var uriOther = new Uri(c, new Uri(tsModel.OutputFilePath, UriKind.Relative));
var uriMe = new Uri(c, new Uri(context.Target.OutputFilePath, UriKind.Relative));
var module = uriMe.MakeRelativeUri(uriOther).ToString();
module = module.Substring(0, module.Length - 3);
if (module[0] != '.')
{
module = "./" + module;
}
var alias = context.GetAliasByModule(module);
result.ModuleAlias = alias;
result.Declaration = $"{alias}.{result.Declaration}";
}
//When inheriting from another generic model
if (type.IsGenericType)
{
var gp_ = GetGenericPart(type, result.Declaration, context);
result.Declaration = $"{result.Declaration}{gp_.genericPart}";
}
return(result);
}
//Array
if (typeSymbol is IArrayTypeSymbol)
{
var arrTypeSymbol = typeSymbol as IArrayTypeSymbol;
//This generic type does not really exists, just the base type "System.Array", but it will help generators easily identify arrays
result.ConstructedFrom = "System.Array<>";
result.GenericArguments = new List <object>
{
Resolve(arrTypeSymbol.ElementType, context)
};
if (arrTypeSymbol.ElementType.SpecialType == SpecialType.System_Byte)
{
result.Declaration = "string";
}
else
{
var elementTypeRes = Resolve(arrTypeSymbol.ElementType, context);
result.Declaration = $"Array<{elementTypeRes.Declaration}>";
}
return(result);
}
//tuples
if (type.IsTupleType)
{
var tupleElements = type.TupleElements
.Select(te => new
{
field = (Options.KeepPropsCase ? te.Name : te.Name.ToCamelCase()),
tupleField = (Options.KeepPropsCase ? te.CorrespondingTupleField.Name : te.CorrespondingTupleField.Name.ToCamelCase()),
type = Resolve(te.Type as INamedTypeSymbol, context).Declaration
});
var tupleProps = tupleElements
.Select(te => $"/** field:{te.field} */{te.tupleField}: {te.type}");
result.Declaration = $"{{{string.Join(", ", tupleProps)}}}";
return(result);
}
//string name = type.Name;
var members = type.GetTypeMembers();
string typeName = type.Name;
//In case of nested types
var parent = type.ContainingType;
while (parent != null)
{
//Check if parent type is controller > service
var parentName = parent.Name;
//Adjust to check prerequisites
if (Service.IsService(parent))
{
//parentName = parentName.Replace("Controller", "Service");
parentName = parentName.Replace("Controller", Options.ServiceSuffix);
}
//For now, we'll just check if ends with "Controller" suffix
//if (parentName.EndsWith("Controller")) {
// parentName = parentName.Replace("Controller", "Service");
//}
typeName = $"{parentName}.{typeName}";
parent = parent.ContainingType;
}
//Change type to ts type
var tsTypeName = ToTsTypeName(type, context);
//If contains "{" or "}" then it was converted to anonymous type, so no need to do anything else.
if (tsTypeName.Contains("{"))
{
result.Declaration = tsTypeName;
return(result);
}
var gp = GetGenericPart(type, tsTypeName, context);
result.Declaration = $"{gp.modifiedTsTypeName}{gp.genericPart}";
return(result);
}
public ParameterResolution(IParameterSymbol parameterSymbol, TypeResolver typeResolver, ResolutionContext context, Options options)
{
var p = parameterSymbol;
var type = p.Type;
//it it is generic type, try get some constraint type
var cTypes = (type as ITypeParameterSymbol)?.ConstraintTypes;
if (cTypes.HasValue)
{
type = cTypes.Value.First();
}
var attrs = p.GetAttributes();
//Removing tuple support...it' not worth it
//var hasNamedTupleAttr = attrs.Any(a => a.AttributeClass.Name == nameof(NamedTupleAttribute));
var res = typeResolver.Resolve(type, context /*, hasNamedTupleAttr*/);
this.Name = p.Name;
this.FromName = p.Name;
this.SearchRelayFormat = this.Name;
var fromAttr = attrs.FirstOrDefault(a => a.AttributeClass.Name.StartsWith("From"));
//
if (fromAttr != null)
{
switch (fromAttr.AttributeClass.Name)
{
case "FromUriAttribute":
case "FromQueryAttribute":
case "FromBodyAttribute":
case "FromRouteAttribute":
this.From = (ParameterFromKind)typeof(ParameterFromKind).GetField(fromAttr.AttributeClass.Name.Replace("Attribute", "")).GetValue(null);
switch (fromAttr.AttributeClass.Name)
{
case "FromUriAttribute":
case "FromQueryAttribute":
KeyValuePair <string, TypedConstant>?nameArg = fromAttr.NamedArguments.ToList().FirstOrDefault(na => na.Key == "Name");
if (nameArg.HasValue)
{
var tConst = nameArg.Value.Value;
if (tConst.Value != null)
{
this.FromName = tConst.Value.ToString();
this.SearchRelayFormat = $"{this.FromName}: {this.Name}";
}
}
break;
}
break;
}
}
//Check if it is a Model being used to catch query/route parameters
if (type.IsReferenceType)
{
var props = new List <string>();
var outProps = new List <string>();
var hasModifications = false;
List <ISymbol> members = new List <ISymbol>();
var t = type;
while (t != null)
{
members.AddRange(t.GetMembers());
t = t.BaseType;
}
foreach (var m in members)
{
if (m.Kind != SymbolKind.Field && m.Kind != SymbolKind.Property)
{
continue;
}
if (m.DeclaredAccessibility != Accessibility.Public)
{
continue;
}
if (((m as IFieldSymbol)?.IsConst).GetValueOrDefault())
{
continue;
}
var name = m.Name;
if (!options.KeepPropsCase && !((m as IFieldSymbol)?.IsConst).GetValueOrDefault())
{
name = name.ToCamelCase();
}
if (m is IPropertySymbol)
{
//allProps.Add(m.Name);
var propAttrs = m.GetAttributes();
var propFromAttr = propAttrs.FirstOrDefault(a => a.AttributeClass.Name.StartsWith("From"));
if (propFromAttr != null)
{
switch (propFromAttr.AttributeClass.Name)
{
case "FromRouteAttribute":
hasModifications = true;
//ignoredQueryProps.Add(m.Name);
break;
case "FromUriAttribute":
case "FromQueryAttribute":
KeyValuePair <string, TypedConstant>?nameArg = propFromAttr.NamedArguments.ToList().FirstOrDefault(na => na.Key == "Name");
if (nameArg.HasValue)
{
var tConst = nameArg.Value.Value;
if (tConst.Value != null)
{
//renamedQueryProps.Add(p.Name, tConst.Value.ToString());
outProps.Add($"{tConst.Value.ToString()}: {this.Name}.{name}");
hasModifications = true;
}
}
break;
default:
props.Add($"{name}: {this.Name}.{name}");
break;
}
}
else
{
props.Add($"{name}: {this.Name}.{name}");
}
}
}
if (hasModifications)
{
this.SearchRelayFormat = "";
if (props.Any())
{
//Pensar melhor, no asp.net podemos colocar como parametros varias models com props de nomes iguais.
//Por esse motivo fazemos o obj: {}
//Ao mesmo tempo, isso é uma modelagem esquisita de api. Talvez devemos dar preferencia mesmo para a segunda opção
//onde fica tudo na "raiz". Além disso, não testei ainda o comportamento do asp.net quando multiplos parametros
//que clasheiam sujas props
//O maior motivo, é que no caso de uma model que possui alguns itens na raiz, ficando ora model.coisa e $coisa2
//por ex, o asp.net se perde em seu modelbinding, considerando apenas no model.<algo>.
//this.SearchRelayFormat = $"...({this.Name} ? {{ {this.FromName}: {{ {string.Join(", ", props)} }} }} : {{}})";
this.SearchRelayFormat = $"...({this.Name} ? {{ {string.Join(", ", props)} }} : {{}})";
}
if (outProps.Any())
{
if (props.Any())
{
//Add comma
this.SearchRelayFormat += ", ";
}
this.SearchRelayFormat += $"...({this.Name} ? {{{string.Join(", ", outProps)}}} : {{}})";
}
}
}
string typeName = res.Declaration;
if (TsEnum.IsEnum(type))
{
if (res.IsEnum)
{
var enumNames = string
.Join(
" | ",
type.GetMembers()
.Where(m => m.Kind == SymbolKind.Field)
.Select(m => $"'{m.Name}'"));
if (!string.IsNullOrEmpty(enumNames))
{
typeName = $"{typeName} | {enumNames}";
}
}
}
this.Type = res;
this.IsOptional = p.IsOptional;
this.Signature = $"{p.Name}{(p.IsOptional ? "?" : "")}: {typeName}" + (res.IsNullable ? " | null" : "");
this.Ignore = p.GetAttributes().Any(a => a.AttributeClass.Name == "FromServices");
}
