private void Export(Field pe)
{
ExportXmlDoc2(pe);
pe.Attributes.ForEach(Export);
Write("public {0}{1}{2}{3}{4} {5}", pe.IsStatic.If("static "), pe.IsVirtual.If("virtual "), pe.IsOverride.If("override "), pe.IsNew.If("new "), Class(pe.Type), Identifier(pe.Name));
if (pe.Initializer.IsNotNullOrEmpty())
Write("={0}", pe.Initializer);
WriteLine(";");
}
private static Element Clone( Element el, object newPropertys = null )
{
Element newEl = null;
if ( el is Method )
{
newEl = new Method();
}
else if ( el is Property )
{
newEl = new Property();
}
else if ( el is Field )
{
newEl = new Field();
}
el.GetType().GetProperties().ForEach( p =>
{
var val = p.GetValue( el, new object[] { } );
newEl.GetType().GetProperty( p.Name ).SetValue( newEl, val, new object[] { } );
} );
return newEl;
}
private static List<Class> Fix( List<Class> list )
{
list.ForEach( t => t.Members.Where( m => m.DeclaringClass == null ).ForEach( m => m.DeclaringClass = t ) );
list.ForEach( t => t.Members.OfType<Method>().Where( m => m.Name.Equals( "callParent", StringComparison.Ordinal ) && m.Parameters.Count == 1 ).ForEach( m => m.Parameters.ForEach( p =>
{
p.IsOptional = true;
p.Type = GetClass( "object" );
} ) ) );
var ceExt = GetClass( "Ext.ExtContext", false );
if ( InheritFromJsContext )
ceExt.BaseClass = GetClass( "JsContext", false );
ceExt.Attributes[ 0 ].NamedParamters.Add( "Name", "\"Ext\"" );
//Fixing Ext aliases.
ceExt.Members.Where( m => m.Name.Equals( "getDoc" ) || m.Name.Equals( "getDom" ) || m.Name.Equals( "getElementById" ) || m.Name.Equals( "getBody" ) ).ForEach( m => m.Type = GetClass( "Element" ) );
ceExt.Members.OfType<Method>().Where( m => m.Name.Equals( "getClass" ) ).ForEach( m =>
{
m.Type = GetClass( "Ext.Class" );
m.Parameters.Add( new Parameter { DeclaringClass = ceExt, Name = "cls", Type = GetClass( "object" ) } );
} );
ceExt.Members.OfType<Method>().Where( m => m.Name.Equals( "getClassName" ) ).ForEach( m =>
{
m.Type = GetClass( "JsString" );
m.Parameters.Add( new Parameter { DeclaringClass = ceExt, Name = "cls", Type = GetClass( "object" ) } );
} );
ceExt.Members.OfType<Method>().Where( m => m.Name.Equals( "createByAlias" ) ).ForEach( m =>
{
m.Type = GetClass( "object" );
m.Parameters.Add( new Parameter { DeclaringClass = ceExt, Name = "name", Type = GetClass( "JsString" ) } );
m.Parameters.Add( new Parameter { DeclaringClass = ceExt, Name = "args", Type = GetClass( "object" ), IsParams = true } );
} );
ceExt.Members.OfType<Method>().Where( m => m.Name.Equals( "create" ) ).ForEach( m =>
{
m.Parameters[ 0 ].IsOptional = false;
m.Parameters[ 1 ].IsOptional = false;
m.Parameters[ 1 ].IsParams = true;
} );
ceExt.Members.Where( m => m.Name.Equals( "getCmp" ) ).ForEach( m => m.Type = GetClass( "Ext.Component" ) );
ceExt.Members.OfType<Method>().Where( m => m.Name.Equals( "require" ) ).ForEach( m => m.Parameters.Add( new Parameter { Type = GetClass( "object" ), Name = "args", IsParams = true, DeclaringClass = ceExt } ) );
//End fixing Ext aliases
//Adding Ext non existant aliases.
ceExt.Members.Add( new Property { Name = "Msg", Type = GetClass( "Ext.window.MessageBox" ), DeclaringClass = ceExt, IsStatic = true } );
ceExt.Members.Add( new Property { Name = "Direct", Type = GetClass( "Ext.direct.Manager" ), DeclaringClass = ceExt, IsStatic = true } );
//END adding non existant aliases.
//Add a new utility class to deal with this
var cellModel = GetClass( "Ext.selection.CellModel" );
var jsonPositionClass = GetClass( "Ext.selection.CellModel.Position", true );
jsonPositionClass.Attributes.Add( CreateJsAttribute( "Json" ) );
jsonPositionClass.Members.AddRange( new Element[] { new Property { Name = "row", Type = GetClass( "int" ), DeclaringClass = jsonPositionClass }, new Property { Name = "column", Type = GetClass( "int" ), DeclaringClass = jsonPositionClass } } );
cellModel.Members.Where( m => m.Name.Equals( "getCurrentPosition", StringComparison.Ordinal ) ).ForEach( m => m.Type = jsonPositionClass );
var bExt = GetClass( "Ext.Base", false );
if ( InheritFromJsContext )
bExt.BaseClass = GetClass( "JsContext", false );
//Explicitly setting these members as public to be able to use it in anonymous objects via @this.As<XXX>().callXXX(); (and borrow should be public but docs are wrong according to Ext forum)
bExt.Members.OfType<Method>().Where( m => m.Name.Equals( "create", StringComparison.Ordinal ) || m.Name.Equals( "implement", StringComparison.Ordinal ) ).ForEach( m =>
{
m.IsStatic = false;
m.Parameters.Add( new Parameter { Type = GetClass( "object" ), Name = "args", IsParams = true, DeclaringClass = bExt } );
} );
bExt.Members.Where( m => new[] { "@className", "configMap", "initConfigList", "initConfigMap", "isInstance", "self", "callParent", "callOverridden", "destroy" }.Any( s => s.Equals( m.Name, StringComparison.Ordinal ) ) ).ForEach( m => m.IsProtected = m.IsPrivate = false );
list.Where( t => t.FullName == "Ext.util.Sortable" || t.Interfaces.FirstOrDefault( i => i.FullName == "Ext.util.Sortable" ) != null ).ForEach( t => t.Members.Where( m => m.Name.IsNullOrEmpty() ).ForEach( m => m.Name = "sortRoot" ) );
list.ForEach( t => t.Members.Where( m => m.Type != null && m.Type.Name == "this" ).ForEach( m => m.Type = t ) );
list = list.Where( t => t.Name != "this" ).ToList();
list.ForEach( t => t.Members.OfType<Method>().Where( m => m.Name == "toFixed" && m.Type == VoidClass ).ForEach( m => m.Type = GetClass( "JsString" ) ) );
list.ForEach( t => t.Members.OfType<Method>().Where( m => ( m.Name == "child" || m.Name == "down" || m.Name == "up" ) && m.Type == VoidClass ).ForEach( m => m.Type = GetClass( "Ext.container.AbstractContainer" ) ) );
list.Where( t => t.FullName == "Ext.Action" ).ForEach( t => t.Members.OfType<Method>().Where( m => ( m.Name == "getText" || m.Name == "getIconCls" ) && m.Type == VoidClass ).ForEach( m => m.Type = GetClass( "JsString" ) ) );
list.Where( t => t.FullName == "Ext.AbstractComponent" ).ForEach( t => t.Members.OfType<Method>().Where( m => m.Name == "addChildEls" ).ForEach( m => m.Parameters.Add( new Parameter { Type = GetClass( "object" ), DeclaringClass = t, Name = "args", IsParams = true, Summary = "<param name=\"args\">An object or array describing the child elements of the Component. <see cref=\"Ext.AbstractComponent.childEls\" /></param>" } ) ) );
list.Where( t => t.FullName == "Ext.container.AbstractContainer" ).ForEach( t => t.Members.OfType<Method>().Where( m => m.Name.Equals( "add", StringComparison.Ordinal ) ).ForEach( m =>
{
m.Parameters[ 0 ].IsParams = true;
m.Parameters[ 0 ].IsOptional = false;
} ) );
list.Where( t => t.FullName == "Ext.data.Store" ).ForEach( t =>
{
t.Members.OfType<Method>().Where( m => m.Name.Equals( "guaranteeRange", StringComparison.Ordinal ) ).ForEach( m =>
{
m.Parameters[ 2 ].IsOptional = true;
m.Parameters[ 3 ].IsOptional = true;
} );
t.Members.OfType<Method>().Where( m => m.Name.Equals( "loadPage" ) ).ForEach( m => m.Parameters[ 1 ].IsOptional = true );
} );
list.Where( t => t.FullName == "Ext.EventObject" ).ForEach( t => t.Members.OfType<Method>().ForEach( m => m.IsStatic = false ) );
list.Where( t => t.FullName == "Ext.CompositeElement" ).ForEach( t => t.Members.Where( m => m.Name.IsNullOrEmpty() ).ForEach( m => m.Name = "UNKNOWN" ) );
list.ForEach( t => t.Members.OfType<Method>().Where( m => m.Name == "getStore" ).ForEach( m => m.Type = GetClass( "Ext.data.Store" ) ) );
list.Where( t => t.FullName == "Ext.Error" ).ForEach( t => t.BaseClass = null );
list.Where( t => t.IsInterface && t.BaseClass != null ).ForEach( t => t.BaseClass = null );
list.ForEach( t => t.Members.Where( m => m.Name == "isValid" && ( m.Type == null || m.Type == VoidClass ) ).ForEach( m => m.Type = GetClass( "Boolean" ) ) );
list.ForEach( t => t.Members.Where( m => m.Name == "getState" && ( m.Type == null || m.Type == VoidClass ) ).ForEach( m => m.Type = ObjectClass ) );
list.ForEach( t => t.Members.Where( m => m.Name == "getSubTplMarkup" && m.Type == ObjectClass ).ForEach( m => m.Type = GetClass( "JsString" ) ) );
list.ForEach( t => t.Members.Where( m => m.Name == "getInputId" && m.Type == ObjectClass ).ForEach( m => m.Type = GetClass( "JsString" ) ) );
list.ForEach( t => t.Members.Where( m => m.Name == "getFieldLabel" && m.Type == ObjectClass ).ForEach( m => m.Type = GetClass( "JsString" ) ) );
list.Where( t => t.FullName.StartsWith( "Ext.selection" ) ).ForEach( t => t.Members.Where( m => m.Name == "getLastSelected" && m.Type == VoidClass ).ForEach( m => m.Type = GetClass( "Ext.data.Model" ) ) );
list.Where( t => t.Namespace.Equals( "Ext.ux.event", StringComparison.Ordinal ) ).ForEach( t => t.Namespace = "Ext.ux.@event" );
var ceField = GetClass( "Ext.form.field.Field" );
list.ForEach( t => t.Members.Where( m => m.Name == "setValue" && m.Type.Interfaces.Contains( ceField ) ).ForEach( m => m.Type = ceField ) );
list.Where( t => t.BaseClass != null && t.BaseClass.IsInterface ).ForEach( t =>
{
t.Interfaces.Insert( 0, t.BaseClass );
t.BaseClass = null;
} );
//Implement missing interface methods
list.Where( t => !t.IsInterface && t.Interfaces.Count > 0 ).ForEach( t => t.Interfaces.ForEach( i => i.Members.ForEach( im =>
{
if ( !InterfaceMemberIsImplementedBySelfOrBaseClass( im, t ) )
{
var ne = new Element();
if ( im is Method )
{
ne = new Method();
( ne as Method ).Parameters = ( im as Method ).Parameters;
( ne as Method ).ReturnsArray = ( im as Method ).ReturnsArray;
( ne as Method ).IsVirtual = true;//Interface implemented methods are virtual by default.
}
else if ( im is Property )
{
ne = new Property();
}
else if ( im is Field )
{
ne = new Field();
( ne as Field ).Initializer = ( im as Field ).Initializer;
}
ne.Attributes = im.Attributes;
ne.DeclaringClass = t;
ne.IsNew = im.IsNew;
ne.IsOverride = false;
ne.IsPrivate = false;
ne.IsProtected = false;
ne.IsStatic = false;
ne.IsVirtual = true;
ne.Name = im.Name;
ne.Remarks = im.Remarks;
ne.Summary = im.Summary;
ne.Type = im.Type ?? ObjectClass;
t.Members.Add( ne );
}
} ) ) );
//Make sure interface implemented methods are public, non static and have proper return type
list.Where( t => !t.IsInterface && t.Interfaces.Count > 0 ).ForEach( t => t.Members.ForEach( m => t.Interfaces.ForEach( i => i.Members.Where( im => im.Name.Equals( m.Name, StringComparison.Ordinal ) ).ForEach( im =>
{
var implementedInBase = AnyBaseClassImplements( m );
m.IsPrivate = m.IsProtected = m.IsStatic = false;
if ( im is Method && m is Method && ( im as Method ).Parameters.Count == ( m as Method ).Parameters.Count )
{
m.Type = im.Type;
( m as Method ).ReturnsArray = ( im as Method ).ReturnsArray;
var index = 0;
//If this is the only implementation, lets fix parameter types and make it virtual
if ( !implementedInBase )
{
( m as Method ).IsVirtual = true;
( im as Method ).Parameters.ForEach( ip =>
{
if ( ( m as Method ).Parameters[ index ].Type != ip.Type )
{
( m as Method ).Parameters[ index ].Type = ip.Type;
}
index++;
} );
}
}
else if ( !( ( im is Method ) || !( m is Method ) ) )
{
m.Type = im.Type;
}
} ) ) ) );
//list.Where( t => !t.IsInterface && t.Interfaces.Count > 0 ).ForEach( t => t.Members.ForEach( m => t.Interfaces.Where( i => i.Members.Any( im => im.Name.Equals( m.Name, StringComparison.Ordinal ) ) ).ForEach( im =>
//{
// m.IsPrivate = m.IsProtected = m.IsStatic = false;
// m.Type = im.Type;
//} ) ) );
var invalidMethods = new List<Method>();
foreach ( var ce in list )
{
if ( !ce.IsInterface )
{
var ce2 = ce.BaseClass;
while ( ce2 != null )
{
if ( !ce2.IsInterface )
{
ce.Members.ForEach( pe =>
{
var parentM = ce2.Members.FirstOrDefault( t => HasSameNameAndParameterTypes( t, pe ) );
if ( parentM != null )
{
if ( parentM.IsVirtual && !pe.IsStatic )
{
pe.IsPrivate = parentM.IsPrivate;
pe.IsProtected = parentM.IsProtected;
pe.IsOverride = true;
pe.IsNew = false;
}
else
{
pe.IsNew = true;
}
}
} );
}
ce2 = ce2.BaseClass;
}
}
foreach ( var me in ce.Members.OfType<Method>().ToList() )
{
if ( ce.IsInterface )
{
me.IsVirtual = false;
}
var i1 = me.Parameters.FindIndex( p => p.IsOptional );
var i2 = me.Parameters.FindLastIndex( p => !p.IsOptional );
if ( i2 >= 0 && i1 >= 0 && i2 > i1 )
{
//This rarelly happens, so far, only one method and we can get away setting the param to optional.
me.Parameters[ i2 ].IsOptional = true;
}
else if ( me.Parameters.FirstOrDefault( t => t.Name == "*" ) != null )
{
invalidMethods.Add( me );
ce.Members.Remove( me );//invalid method prm name
}
}
}
File.WriteAllLines( Path.Combine( OutputDir, "InvalidMethods.txt" ), invalidMethods.Select( t => t.DeclaringClass.FullName + ":" + t.Name ).ToArray() );
list.RemoveAll( t => t.Name == "*" );
list.Where( ce => !ce.IsInterface ).ForEach( ce =>
{
var ceCfg = GetClass( ce.FullName + "Config", false );
if ( ceCfg != null )
{
var ctors = ce.Members.OfType<Method>().Where( t => t.IsConstructor ).ToList();
if ( ctors.FirstOrDefault( t => t.Parameters.Count == 1 && t.Parameters[ 0 ].Type == ceCfg ) == null )
{
ce.Members.Add( new Method { IsConstructor = true, Parameters = new List<Parameter> { new Parameter { Name = "config", Type = ceCfg } } } );
}
}
if ( !HasEmptyOrDefaultConstructor( ce ) )
ce.Members.Add( new Method { IsConstructor = true } );
if ( GenerateParamsConstructor )
{
ce.Members.Add( new Method { IsConstructor = true, Parameters = new List<Parameter> { new Parameter { Name = "args", IsParams = true, Type = GetClass( "object" ) } } } );
}
} );
list.ForEach( t => t.Members.Where( m => m.DeclaringClass == null ).ForEach( m => m.DeclaringClass = t ) );
list.Where( t => t.IsInterface && t.Members.OfType<Method>().Any( m => m.IsConstructor ) ).ForEach( t =>
{
var toRemove = new List<Element>();
t.Members.ForEach( toRemove.Add );
toRemove.ForEach( r => t.Members.Remove( r ) );
} );
//Remove members already implemented in any base class
list.Where( t => !t.IsInterface && t.BaseClass != null ).ForEach( t =>
{
var toRemove = new List<Element>();
t.Members.ForEach( m =>
{
if ( AnyBaseClassImplements( m ) )
{
if ( m is Method )
{
var mt = m as Method;
if ( !mt.IsOverride )
{
toRemove.Add( m );
}
else
{
list.ForEach( ty =>
{
var parentM = ty.Members.OfType<Method>().FirstOrDefault( me => me.Name != null && me.Name.Equals( mt.Name ) );
if ( parentM != null && HasSameNameAndParameterTypes( mt, parentM ) )
{
toRemove.Add( m );
}
} );
}
}
else
{
toRemove.Add( m );
}
}
} );
toRemove.ForEach( m => t.Members.Remove( m ) );
} );
if ( UseProperCaseForPublicMethods )
{
list.ForEach( t => t.Members.OfType<Method>().Where( m => !m.IsConstructor && ( !m.IsPrivate || t.IsInterface ) ).ForEach( m =>
{
var needsExtraRename = false;
m.Name = m.Name.Trim( '@' );
var newName = m.Name.Substring( 0, 1 ).ToUpperInvariant() + m.Name.Substring( 1 );
if ( m.DeclaringClass != null && newName.Equals( m.DeclaringClass.Name, StringComparison.Ordinal ) )
{
needsExtraRename = true;
}
if ( !needsExtraRename && t.SubClasses.Any( s => s.Name.Equals( newName ) ) )
{
needsExtraRename = true;
}
if ( needsExtraRename )
{
newName = "Mt" + newName;
m.Remarks = "This method was renamed from: " + m.Name + " to: Mt" + m.Name + ", this is only for C# code, in Javascript it will appear with the original 'Ext' name (" + m.Name + ")";
}
if ( m.Attributes.Count == 0 )
{
m.Attributes.Add( CreateNameAttribute( "JsMethod", m.Name ) );
}
FixNewName( list, m, newName );
m.Name = newName;
} ) );
}
return FixSameNameAsNamespace( list );
}
private static Field ProcessCfg( ExtMember t )
{
//ProcessMemberDocs( t );
var pe = new Field { Name = t.name, Type = GetClass( t.type ), Summary = t.shortDoc };
SetModifiers( t, pe );
//pe.Initializer = "\"" + t.name + "\"";
if ( pe.Name.Contains( "$" ) )
{
pe.Attributes.Add( new Attribute() { Name = "JsField", NamedParamters = new Dictionary<string, string>() { { "Name", "\"" + pe.Name + "\"" } } } );
pe.Name = pe.Name.Replace( "$", "@" );
}
return pe;
}