@ -4,6 +4,7 @@ using System.Collections.Generic;
using System.Linq ; using System.Linq ;
using System.Reflection ; using System.Reflection ;
using TNodeCore.Runtime.Attributes ; using TNodeCore.Runtime.Attributes ;
using TNodeCore.Runtime.Attributes.Ports ;
using TNodeCore.Runtime.Interfaces ; using TNodeCore.Runtime.Interfaces ;
using TNodeCore.Runtime.Models ; using TNodeCore.Runtime.Models ;
using UnityEngine ; using UnityEngine ;
@ -34,10 +35,43 @@ namespace TNodeCore.Runtime.RuntimeCache{
public void SetValue ( object model , object value ) { public void SetValue ( object model , object value ) {
Set ( ( T1 ) model , ( T2 ) value ) ; Set ( ( T1 ) model , ( T2 ) value ) ;
} }
public Type Type { get ; set ; } public Type Type { get ; set ; }
} }
public class MethodAccessorInput < T1 , T2 > : IMethodAccessorInput {
public readonly Action < T1 , T2 > Set ;
public MethodAccessorInput ( string methodName ) {
Type t = typeof ( T1 ) ;
MethodInfo setter = t . GetMethod ( methodName ) ;
if ( setter ! = null )
Set = ( Action < T1 , T2 > ) Delegate . CreateDelegate ( typeof ( Action < T1 , T2 > ) , null , setter ) ;
}
public void SetValue ( object model , object value ) {
Set ( ( T1 ) model , ( T2 ) value ) ;
}
}
public class MethodAccessorOutput < T1 , T2 > : IMethodAccessorOutput {
public readonly Func < T1 , T2 > Get ;
public MethodAccessorOutput ( string methodName ) {
Type t = typeof ( T1 ) ;
MethodInfo getter = t . GetMethod ( methodName ) ;
if ( getter ! = null )
Get = ( Func < T1 , T2 > ) Delegate . CreateDelegate ( typeof ( Func < T1 , T2 > ) , null , getter ) ;
}
public object GetValue ( object model ) {
return Get ( ( T1 ) model ) ;
}
}
public interface IMethodAccessorInput {
public void SetValue ( object model , object o ) ;
}
internal class PortConverterHelper < T1 , T2 > : IPortConverterHelper { internal class PortConverterHelper < T1 , T2 > : IPortConverterHelper {
private readonly PortTypeConversion < T1 , T2 > _ converter ; private readonly PortTypeConversion < T1 , T2 > _ converter ;
public PortConverterHelper ( Type type ) { public PortConverterHelper ( Type type ) {
@ -78,6 +112,8 @@ namespace TNodeCore.Runtime.RuntimeCache{
} }
//delegate return a value from a nodedata //delegate return a value from a nodedata
public delegate object GetValueDelegate ( Model nodeData ) ; public delegate object GetValueDelegate ( Model nodeData ) ;
public delegate void CachedInputFunction ( Model nodeData , object value ) ;
public delegate object CachedOutputFunction ( Model nodeData ) ;
public delegate void SetValueDelegate ( Model nodeData , object value ) ; public delegate void SetValueDelegate ( Model nodeData , object value ) ;
@ -88,6 +124,11 @@ namespace TNodeCore.Runtime.RuntimeCache{
new Dictionary < Type , Dictionary < string , SetValueDelegate > > ( ) ; new Dictionary < Type , Dictionary < string , SetValueDelegate > > ( ) ;
public readonly Dictionary < Type , Dictionary < string , IModelPropertyAccessor > > CachedPropertyAccessors = public readonly Dictionary < Type , Dictionary < string , IModelPropertyAccessor > > CachedPropertyAccessors =
new Dictionary < Type , Dictionary < string , IModelPropertyAccessor > > ( ) ; new Dictionary < Type , Dictionary < string , IModelPropertyAccessor > > ( ) ;
public readonly Dictionary < Type , Dictionary < string , IMethodAccessorInput > > InputMethodPorts = new Dictionary < Type , Dictionary < string , IMethodAccessorInput > > ( ) ;
public readonly Dictionary < Type , Dictionary < string , IMethodAccessorOutput > > OutputMethodPorts =
new Dictionary < Type , Dictionary < string , IMethodAccessorOutput > > ( ) ;
/// <summary> /// <summary>
/// TODO: Converters now work globally, but it should be possible to specify a converter for a specific graph.but it will be too nested.so in current implementation, we will use a global converter. /// TODO: Converters now work globally, but it should be possible to specify a converter for a specific graph.but it will be too nested.so in current implementation, we will use a global converter.
/// </summary> /// </summary>
@ -179,6 +220,7 @@ namespace TNodeCore.Runtime.RuntimeCache{
} }
} }
private readonly Dictionary < Tuple < Type , Type > , bool > _ possibleImplicitConversions = new Dictionary < Tuple < Type , Type > , bool > ( ) ; private readonly Dictionary < Tuple < Type , Type > , bool > _ possibleImplicitConversions = new Dictionary < Tuple < Type , Type > , bool > ( ) ;
public bool HasImplicitConversion ( Type baseType , Type targetType ) { public bool HasImplicitConversion ( Type baseType , Type targetType ) {
var tuple = new Tuple < Type , Type > ( baseType , targetType ) ; var tuple = new Tuple < Type , Type > ( baseType , targetType ) ;
if ( _ possibleImplicitConversions . ContainsKey ( tuple ) ) { if ( _ possibleImplicitConversions . ContainsKey ( tuple ) ) {
@ -277,23 +319,39 @@ namespace TNodeCore.Runtime.RuntimeCache{
} }
} }
} }
public static IModelPropertyAccessor Create ( string propName , Type targetType , Type valueType ) { //TODO: CACHE IT AS FUNCTION
private static IModelPropertyAccessor CreatePropertyCache ( string propName , Type targetType , Type valueType ) {
var makeGenericType = typeof ( PropAccessor < , > ) . MakeGenericType ( targetType , valueType ) ; var makeGenericType = typeof ( PropAccessor < , > ) . MakeGenericType ( targetType , valueType ) ;
var constructor = makeGenericType . GetConstructor ( new Type [ ] { typeof ( string ) } ) ; var constructor = makeGenericType . GetConstructor ( new Type [ ] { typeof ( string ) } ) ;
var instance = constructor ? . Invoke ( new object [ ] { propName } ) ; var instance = constructor ? . Invoke ( new object [ ] { propName } ) ;
return ( IModelPropertyAccessor ) instance ; return ( IModelPropertyAccessor ) instance ;
} }
public static IMethodAccessorInput CreateMethodInputCache ( string methodName , Type targetType , Type inputTypes ) {
var makeGenericType = typeof ( MethodAccessorInput < , > ) . MakeGenericType ( targetType , inputTypes ) ;
var constructor = makeGenericType . GetConstructor ( new Type [ ] { typeof ( string ) } ) ;
var instance = constructor ? . Invoke ( new object [ ] { methodName } ) ;
return ( IMethodAccessorInput ) instance ;
}
public static IMethodAccessorOutput CreateMethodOutputCache ( string methodName , Type targetType , Type outputTypes ) {
var makeGenericType = typeof ( MethodAccessorOutput < , > ) . MakeGenericType ( targetType , outputTypes ) ;
var constructor = makeGenericType . GetConstructor ( new Type [ ] { typeof ( string ) } ) ;
var instance = constructor ? . Invoke ( new object [ ] { methodName } ) ;
return ( IMethodAccessorOutput ) instance ;
}
public void CacheRuntimeNodeData ( Type type ) { public void CacheRuntimeNodeData ( Type type ) {
if ( type = = null ) return ; if ( type = = null ) return ;
if ( ! CachedDelegatesForGettingValue . ContainsKey ( type ) ) { if ( ! CachedDelegatesForGettingValue . ContainsKey ( type ) ) {
CachedDelegatesForGettingValue . Add ( type , new Dictionary < string , GetValueDelegate > ( ) ) ; CachedDelegatesForGettingValue . Add ( type , new Dictionary < string , GetValueDelegate > ( ) ) ;
CachedDelegatesForSettingValue . Add ( type , new Dictionary < string , SetValueDelegate > ( ) ) ; CachedDelegatesForSettingValue . Add ( type , new Dictionary < string , SetValueDelegate > ( ) ) ;
CachedPropertyAccessors . Add ( type , new Dictionary < string , IModelPropertyAccessor > ( ) ) ; CachedPropertyAccessors . Add ( type , new Dictionary < string , IModelPropertyAccessor > ( ) ) ;
InputMethodPorts . Add ( type , new Dictionary < string , IMethodAccessorInput > ( ) ) ;
OutputMethodPorts . Add ( type , new Dictionary < string , IMethodAccessorOutput > ( ) ) ;
var properties = type . GetProperties ( ) ; var properties = type . GetProperties ( ) ;
foreach ( var property in properties ) { foreach ( var property in properties ) {
var propertyAccessor = Create ( property . Name , type , property . PropertyType ) ; var propertyAccessor = CreatePropertyCache ( property . Name , type , property . PropertyType ) ;
CachedPropertyAccessors [ type ] . Add ( property . Name , propertyAccessor ) ; CachedPropertyAccessors [ type ] . Add ( property . Name , propertyAccessor ) ;
} }
//register the fields //register the fields
@ -308,8 +366,46 @@ namespace TNodeCore.Runtime.RuntimeCache{
} }
} }
var methods = type . GetMethods ( ) ;
foreach ( var method in methods ) {
//Check if the method has an [Port] attribute
var portAttribute = method . GetCustomAttribute < PortAttribute > ( ) ;
if ( portAttribute ! = null ) {
//if the port is an input port. cached it as an function of setting value
if ( portAttribute is InputAttribute ) {
var inputMethodAccessor = CreateMethodInputCache ( method . Name , type ,
method . GetParameters ( ) [ 0 ] . ParameterType ) ;
InputMethodPorts [ type ] . Add ( method . Name , inputMethodAccessor ) ;
}
if ( portAttribute is OutputAttribute ) {
var outputMethodAccessor = CreateMethodOutputCache ( method . Name , type ,
method . ReturnType ) ;
OutputMethodPorts [ type ] . Add ( method . Name , outputMethodAccessor ) ;
}
}
}
}
}
private SetValueDelegate SetValueDelegateForMethod ( MethodInfo method ) {
//Check if the method has not an return type
if ( method . ReturnType = = typeof ( void ) ) {
//check if the method has only one parameter
if ( method . GetParameters ( ) . Length = = 1 ) {
//Cache the method
var methodDelegate = ( SetValueDelegate ) Delegate . CreateDelegate ( typeof ( SetValueDelegate ) , method ) ;
return methodDelegate ;
}
} }
return null ;
} }
private GetValueDelegate GetValueDelegateForField ( FieldInfo field ) { private GetValueDelegate GetValueDelegateForField ( FieldInfo field ) {
return field . GetValue ; return field . GetValue ;
@ -322,6 +418,11 @@ namespace TNodeCore.Runtime.RuntimeCache{
} }
public interface IMethodAccessorOutput {
object GetValue ( object model ) ;
}
public class ImplicitConversionHelper < T1 , T2 > : IPortConverterHelper { public class ImplicitConversionHelper < T1 , T2 > : IPortConverterHelper {
public Func < T1 , T2 > ConvertFunc ; public Func < T1 , T2 > ConvertFunc ;
public ImplicitConversionHelper ( ) { public ImplicitConversionHelper ( ) {
