/// <summary>
/// Method called by the finder to set up registrations before any comparer requests are handled.
///
/// If you supply a custom configuration and want to apply the default registrations, add a call to base.RegisterComparers() from your method override.
/// </summary>
public virtual void RegisterComparers()
{
#region Basic types for platforms without JIT compilation
if (NoJit)
{
//
// Note: On non-JIT platforms, you must be careful to not get too cute / abstract with your registrations or the AOT may not create
// all the necessary generic types and you'll end up with JIT exceptions. When in doubt, add each registration directly with a
// individual method call the compiler can easily discover with static inspection, and if supplying your own comparer
// implementation either inherit from the corresponding Smooth.Collections.Comparer or wrap your comparer in a FuncComparer to
// force the compiler to create the proper types.
//
#region System built-in types
Finder.RegisterIComparableIEquatable <Boolean>();
Finder.RegisterIComparableIEquatable <Char>();
Finder.RegisterIComparableIEquatable <Byte>();
Finder.RegisterIComparableIEquatable <SByte>();
Finder.RegisterIComparableIEquatable <Int16>();
Finder.RegisterIComparableIEquatable <UInt16>();
Finder.RegisterIComparableIEquatable <Int32>();
Finder.RegisterIComparableIEquatable <UInt32>();
Finder.RegisterIComparableIEquatable <Int64>();
Finder.RegisterIComparableIEquatable <UInt64>();
Finder.RegisterIComparableIEquatable <Single>();
Finder.RegisterIComparableIEquatable <Double>();
Finder.RegisterIComparableIEquatable <Decimal>();
#endregion
#region System.Runtime handles
Finder.Register <RuntimeTypeHandle>((a, b) => a.Equals(b));
Finder.Register <RuntimeFieldHandle>((a, b) => a == b);
Finder.Register <RuntimeMethodHandle>((a, b) => a == b);
#endregion
#region Smooth enums
Finder.RegisterEnum <ComparerType>();
Finder.RegisterEnum <EventType>();
#endregion
}
#endregion
}
/// <summary>
/// Method called by the finder to set up registrations before any comparer requests are handled.
///
/// If you supply a custom configuration and want to apply the default registrations, add a call to base.RegisterComparers() from your method override.
/// </summary>
public virtual void RegisterComparers()
{
#region Common structs without type specific equality and/or hashcode methods
Finder.Register <Color32>((a, b) => Color32ToInt(a) == Color32ToInt(b), Color32ToInt);
#endregion
#region Basic types for platforms without JIT compilation
if (NoJit)
{
//
// Note: On non-JIT platforms, you must be careful to not get too cute / abstract with your registrations or the AOT may not create
// all the necessary generic types and you'll end up with JIT exceptions. When in doubt, add each registration directly with a
// individual method call the compiler can easily discover with static inspection, and if supplying your own comparer
// implementation either inherit from the corresponding Smooth.Collections.Comparer or wrap your comparer in a FuncComparer to
// force the compiler to create the proper types.
//
#region System built-in types
Finder.RegisterIComparableIEquatable <Boolean>();
Finder.RegisterIComparableIEquatable <Char>();
Finder.RegisterIComparableIEquatable <Byte>();
Finder.RegisterIComparableIEquatable <SByte>();
Finder.RegisterIComparableIEquatable <Int16>();
Finder.RegisterIComparableIEquatable <UInt16>();
Finder.RegisterIComparableIEquatable <Int32>();
Finder.RegisterIComparableIEquatable <UInt32>();
Finder.RegisterIComparableIEquatable <Int64>();
Finder.RegisterIComparableIEquatable <UInt64>();
Finder.RegisterIComparableIEquatable <Single>();
Finder.RegisterIComparableIEquatable <Double>();
Finder.RegisterIComparableIEquatable <Decimal>();
#endregion
#region System.Runtime handles
Finder.Register <RuntimeTypeHandle>((a, b) => a.Equals(b));
Finder.Register <RuntimeFieldHandle>((a, b) => a == b);
Finder.Register <RuntimeMethodHandle>((a, b) => a == b);
#endregion
#region UnityEngine structs
//
// Note: UnityEngine structs do not adhere to the contract of equality.
//
// Thus they should not be used as Dictionary keys or in other use cases that rely on a correct equality implementation.
//
Finder.Register <Color>((a, b) => a == b);
Finder.Register <Vector2>((a, b) => a == b);
Finder.Register <Vector3>((a, b) => a == b);
Finder.Register <Vector4>((a, b) => a == b);
Finder.Register <Quaternion>((a, b) => a == b);
#endregion
#region UnityEngine enums
Finder.RegisterEnum <AudioSpeakerMode>();
Finder.RegisterEnum <EventModifiers>();
Finder.RegisterEnum <UnityEngine.EventType>();
Finder.RegisterEnum <KeyCode>();
Finder.RegisterEnum <PrimitiveType>();
Finder.RegisterEnum <RuntimePlatform>();
#endregion
#region Smooth enums
Finder.RegisterEnum <BasePlatform>();
Finder.RegisterEnum <ComparerType>();
Finder.RegisterEnum <EventType>();
#endregion
}
#endregion
}