ExtendedCS

[Matcher] public interface ITicksError {}
public static partial class TicksError {
  /// <summary>Error that is expected and can be handled.</summary>
  [Record] public sealed partial class Expected : ITicksError {
    public readonly string error;
  }

  /// <summary>Error that is unexpected and should not have happened.</summary>
  [Record] public sealed partial class Unexpected : ITicksError {
    public readonly string error;
  }
}

IValidateMatchJobHandlerResult onTicksParsingError(
  RedisStoredData redisData, Replay.ITicksError error
) => error.matchM(
  expected: expected => 
    ValidateMatchJobHandlerResult.Ignore.instance,
  unexpected: unexpected => 
    new ValidateMatchJobHandlerResult.FatalError(
      "Received redis data for had an unexpected error: " + 
      unexpected
    )
);

using GenerationAttributes;

public static A Sum<A>(
  this IEnumerable<A> elements, 
  [Implicit] Numeric<A> numeric = default
) =>
  elements.Aggregate(
    numeric.Zero, 
    (a, b) => numeric.Add(a, b)
  );

interface MyInterface {
  int GetAge(Person person);
}

[DelegateToInterface(
  delegatedInterface = typeof(MyInterface),
  delegateTo = nameof(implementer)
)]
public partial class TestClass {
  public MyInterface implementer;
}

public partial class TestClass : MyInterface {
  public int GetAge(Person person) => 
    implementer.GetAge(person);
}

public abstract partial class ToBeMixedIn {
  /// <summary>publicField</summary>
  public int publicField = 8;

  /// <summary>protectedField</summary>
  protected int protectedField = 5;

  /// <summary>privateField</summary>
  [SerializeField] int privateField = 4;
}

[Mixin(typeToMixin: typeof(TypeToMixIn))]
public partial class ToBeMixedInto {}

public enum TestEnum { Int1, Str, Int2 }

// If you have duplicate case types, you must specify the 
// enum type.
[Union(
  cases: new []{typeof(int), typeof(string), typeof(int)},
  caseEnumType: typeof(TestEnum)
)]
public partial class UnionTest2 {
  public static void test() {
    default(UnionTest2).voidFoldM(
      onInt1: i => Console.WriteLine(i),
      onString: str => str.Clone(),
      onInt2: a => {
        Console.WriteLine(a);
      }
    );
  }
}

[SubsetEnum(
  name: "ADEnum", docSummary: "test1", 
  cases: new[]{nameof(A), nameof(D)}
)]
public enum FullEnum : byte {
  A, B, C, D
}

public enum BuildRegularType { 
  Development = 0, Stage = 1, Production = 2
}
public enum BuildSpecialType {
  MapEditor = 100
}

[EnumUnion(toMerge: new[] { 
  typeof(BuildRegularType), 
  typeof(BuildSpecialType)
})]
public static partial class BuildType {}

  [LambdaInterface] interface IPartB {
    string name { get; }
    int sharedNumber { get; }
    void doSomethingElse(bool a, bool b);
    void shared(bool a);
  }
  
public sealed class LambdaIPartB : IPartB {
  public string name { get; }
  public int sharedNumber { get; }

  public readonly System.Action<bool, bool> 
    _doSomethingElse;
  public void doSomethingElse(bool a, bool b) => 
    _doSomethingElse(a, b);
  
  public readonly System.Action<bool> _shared;
  public void shared(bool a) => _shared(a);
}

  [TypeSafeEnumWrapper(
    typeWithConstants = typeof(RewiredConsts.Action),
    enumUnderlyingType = typeof(int)
  )]
  public readonly partial struct RewiredActionT {
    public override string ToString() => 
      $"{Macros.classShortName}({value})";
  }

  public class ClassMutable {
    public int x;
    public string foo;
    public IList<string> fooOverriden;
  }
    
  [ReadOnlyMirror(
    of = typeof(ClassMutable),
    overridenFieldNames = new []{
      nameof(ClassMutable.fooOverriden)
    },
    overridenFieldTypes = new []{
      typeof(List<string>)
    }
  )]
  public sealed partial class ClassImmutable {}

public static class AnyExts {
  /// <summary>
  /// Returns "expression=evaluated expression" string.
  /// </summary>
  [ExpressionMacro(@"(""{{a}}="" + ({{a}}))")]
  public static string echo<A>(this A a) => 
    throw new MacroException();
}

var error = 
  $"No such {index.echo()}. {list.Count.echo()}";

var error = 
  $"No such {("index=" + (index))}. " +
  $"{("list.Count=" + list.Count)}";

var error = 
  $"No such index={index}. list.Count={list.Count}";

public static class NullableExts {
  [StatementMacro(@"
var {{ uniqueId }} = {{ opt }};
if (({{ uniqueId }}).HasValue) {
  {{ inline 'ifSome' uniqueId + '.Value' }};
} else {
  {{ inline 'ifNone' }};
}
")]
  public static void voidFoldM<A>(
    this A? opt, Action ifNone, Action<A> ifSome
  ) => 
    throw new MacroException();
}

void run(int? maybeValue) {
  maybeValue.voidFoldM(
    ifNone: () => {
      Console.WriteLine("No value.")
    }, 
    ifSome: value => {
      Console.WriteLine($"Received value: {value}");
    }
  );
}

void run(int? maybeValue) {
  var id_542_671 = maybeValue;
  if ((id_542_671).HasValue) {
    _LOCAL_ifSome_601_670(id_542_671.Value);
  }
  else {
    Console.WriteLine("No value.");
  }

  void _LOCAL_ifSome_601_670(int value) {
    Console.WriteLine($"Received value: {value}");
  }
}

public readonly struct Result<TValue, TError> {
  [VarMacro(@"
    var {{ uniqueId }} = {{ self }};
    if ({{ uniqueId }}.IsError) 
      return {{ uniqueId }}.__UnsafeError;
    {{ varType }} {{ varName }} = 
      {{ uniqueId }}.__UnsafeValue;
  ")]
  public TValue ValueOr_RETURN() => 
    throw new MacroException();
    
  public static implicit operator Result<TValue, TError>(
    TError error
  ) => new(error);

  public static implicit operator Result<TValue, TError>(
    TValue value
  ) => new(value);
}

Result<int, string> AddResults(
  Result<int, string> num1Result, 
  Result<int, string> num2Result
) {
  var num1 = num1Result.ValueOr_RETURN();
  var num2 = num2Result.ValueOr_RETURN();
  return num1 + num2;
}

static Result<int, string> AddResults(
  Result<int, string> num1Result, 
  Result<int, string> num2Result
) {
  var id_1136_1163 = num1Result;
  if (id_1136_1163.IsError)
    return id_1136_1163.__UnsafeError;
  int num1 = id_1136_1163.__UnsafeValue;
  
  var id_1181_1208 = num2Result;
  if (id_1181_1208.IsError)
    return id_1181_1208.__UnsafeError;
  int num2 = id_1181_1208.__UnsafeValue;
  
  return num1 + num2;
}

[
  AttributeMacro(@"
public {{ 
if field.is_static 
  'static' 
end 
}} void EDITOR_set{{ field.name | rename | pascal_case }}(
  {{ field.type | type_reduced_name }} value
) => {{ field.name }} = value;
  "), 
  AttributeUsage(AttributeTargets.Field)
]
public class EditorSetterAttribute : Attribute {}

class MyCharacterData {
  [SerializeField, EditorSetter] CharacterRole _type;
}

[
  AttributeMacro(@"
  
public static TimeSpan {{ ourMethodBaseName }}(this int v) => 
  TimeSpan.{{ timeSpanMethodName }}(v);
  
public static TimeSpan {{ ourMethodBaseName }}s(this int v) => 
  TimeSpan.{{ timeSpanMethodName }}(v);
  
  "),
  AttributeUsage(
    AttributeTargets.Class, AllowMultiple = true
  )
]
class GenTimeSpanHelpersAttribute : Attribute {
  public string ourMethodBaseName;
    
  public string timeSpanMethodName;
}

[
  GenTimeSpanHelpers(
    ourMethodBaseName = "milli", 
    timeSpanMethodName = nameof(TimeSpan.FromMilliseconds)
  ),
  GenTimeSpanHelpers(
    ourMethodBaseName = "second", 
    timeSpanMethodName = nameof(TimeSpan.FromSeconds)
  ),
  GenTimeSpanHelpers(
    ourMethodBaseName = "minute", 
    timeSpanMethodName = nameof(TimeSpan.FromMinutes)
  ),
  GenTimeSpanHelpers(
    ourMethodBaseName = "hour", 
    timeSpanMethodName = nameof(TimeSpan.FromHours)
  ),
  GenTimeSpanHelpers(
    ourMethodBaseName = "day", 
    timeSpanMethodName = nameof(TimeSpan.FromDays)
  ),
] 
public static partial class TimeSpanExts {}