Code:
/ 4.0 / 4.0 / DEVDIV_TFS / Dev10 / Releases / RTMRel / ndp / clr / src / ManagedLibraries / Remoting / MetaData / WsdlParser.cs / 1305376 / WsdlParser.cs
// ==++==
//
// Copyright (c) Microsoft Corporation. All rights reserved.
//
// ==--==
//============================================================
//
// File: WsdlParser.cs
//
// Author: Peter de Jong ([....])
//
// Purpose: Defines WsdlParser that parses a given WSDL document
// and generates types defined in it.
//
// Date: November 15, 2000
//
//===========================================================
namespace System.Runtime.Remoting.MetadataServices
{
using System;
using System.Threading;
using System.Collections;
using System.Reflection;
using System.Xml;
using System.Diagnostics;
using System.IO;
using System.Text;
using System.Net;
using System.Runtime.Remoting.Channels; // This is so we can get the resource strings.
using System.Runtime.Remoting;
using System.Globalization;
// This class parses SUDS documents
internal class WsdlParser
{
// Main parser
internal WsdlParser(TextReader input, String outputDir, ArrayList outCodeStreamList, String locationURL, bool bWrappedProxy, String proxyNamespace)
{
Util.Log("WsdlParser.WsdlParser outputDir "+outputDir+" locationURL "+locationURL+" bWrappedProxy "+bWrappedProxy+" proxyNamespace "+proxyNamespace);
// Initialize member variables
_XMLReader = null;
_readerStreamsWsdl = new ReaderStream(locationURL);
_readerStreamsWsdl.InputStream = input;
_writerStreams = null;
_outputDir = outputDir;
_outCodeStreamList = outCodeStreamList;
_bWrappedProxy = bWrappedProxy;
if (proxyNamespace == null || proxyNamespace.Length == 0)
_proxyNamespace = "InteropNS";
else
_proxyNamespace = proxyNamespace;
if (outputDir == null)
outputDir = ".";
int length = outputDir.Length;
if (length > 0)
{
char endChar = outputDir[length-1];
if (endChar != '\\' && endChar != '/')
_outputDir = _outputDir + '\\';
}
//_namespaceStack = null;
_URTNamespaces = new ArrayList();
_blockDefault = SchemaBlockType.ALL;
_primedNametable = CreatePrimedNametable();
}
internal String SchemaNamespaceString
{
get
{
String schemaStr = null;
switch (_xsdVersion)
{
case XsdVersion.V1999:
schemaStr = s_schemaNamespaceString1999;
break;
case XsdVersion.V2000:
schemaStr = s_schemaNamespaceString2000;
break;
case XsdVersion.V2001:
schemaStr = s_schemaNamespaceString;
break;
}
return schemaStr;
}
}
internal String ProxyNamespace
{
get {return _proxyNamespace;}
}
internal int ProxyNamespaceCount
{
get {return _proxyNamespaceCount;}
set {_proxyNamespaceCount = value;}
}
internal XmlTextReader XMLReader
{
get {return _XMLReader;}
}
// Skips past endtags and non content tags
private bool SkipXmlElement()
{
Util.Log("WsdlParser.SkipXmlElement");
//PrintNode(Console.Out);
_XMLReader.Skip();
XmlNodeType nodeType = _XMLReader.MoveToContent();
while (nodeType == XmlNodeType.EndElement)
{
_XMLReader.Read();
nodeType = _XMLReader.MoveToContent();
if (nodeType == XmlNodeType.None)
break;
}
return(nodeType != XmlNodeType.None);
}
// Reads past endtags and non content tags
private bool ReadNextXmlElement()
{
Util.Log("WsdlParser.ReadNextXmlElement");
_XMLReader.Read();
XmlNodeType nodeType = _XMLReader.MoveToContent();
while (nodeType == XmlNodeType.EndElement)
{
_XMLReader.Read();
nodeType = _XMLReader.MoveToContent();
if (nodeType == XmlNodeType.None)
break;
}
//PrintNode(Console.Out);
return(nodeType != XmlNodeType.None);
}
// Parses complex types
private URTComplexType ParseComplexType(URTNamespace parsingNamespace, String typeName)
{
Util.Log("WsdlParser.ParseComplexType NS "+parsingNamespace.Name+" typeName "+typeName);
// Lookup the name of the type and the base type from which it derives
if (typeName == null)
typeName = LookupAttribute(s_nameString, null, true);
URTNamespace xns = null;
String typeNS = ParseQName(ref typeName, parsingNamespace, out xns);
Util.Log("WsdlParser.ParseComplexType actualNS 1 "+xns);
Util.Log("WsdlParser.ParseComplexType actualNS 2 "+xns.Name);
URTComplexType parsingComplexType = xns.LookupComplexType(typeName);
if (parsingComplexType == null)
{
parsingComplexType = new URTComplexType(typeName, xns.Name, xns.Namespace,
xns.EncodedNS, _blockDefault,
false, typeName != null, this, xns);
xns.AddComplexType(parsingComplexType);
}
String baseType = LookupAttribute(s_baseString, null, false);
if (!MatchingStrings(baseType, s_emptyString))
{
String baseNS = ParseQName(ref baseType, parsingNamespace);
parsingComplexType.Extends(baseType, baseNS);
}
if (parsingComplexType.Fields.Count > 0)
{
SkipXmlElement();
}
else
{
int curDepth = _XMLReader.Depth;
ReadNextXmlElement();
int fieldNum = 0;
String elementName;
while (_XMLReader.Depth > curDepth)
{
elementName = _XMLReader.LocalName;
if (MatchingStrings(elementName, s_elementString))
{
ParseElementField(xns, parsingComplexType, fieldNum);
++fieldNum;
continue;
}
else if (MatchingStrings(elementName, s_attributeString))
{
ParseAttributeField(xns, parsingComplexType);
continue;
}
else if (MatchingStrings(elementName, s_allString))
{
parsingComplexType.BlockType = SchemaBlockType.ALL;
}
else if (MatchingStrings(elementName, s_sequenceString))
{
parsingComplexType.BlockType = SchemaBlockType.SEQUENCE;
}
else if (MatchingStrings(elementName, s_choiceString))
{
parsingComplexType.BlockType = SchemaBlockType.CHOICE;
}
else if (MatchingStrings(elementName, s_complexContentString))
{
parsingComplexType.BlockType = SchemaBlockType.ComplexContent;
}
else if (MatchingStrings(elementName, s_restrictionString))
{
ParseRestrictionField(xns, parsingComplexType);
//++fieldNum;
continue;
}
else
{
// Ignore others elements such as annotations
SkipXmlElement();
continue;
}
// Read next element
ReadNextXmlElement();
}
}
return(parsingComplexType);
}
// Parses simple types
private URTSimpleType ParseSimpleType(URTNamespace parsingNamespace, String typeName)
{
Util.Log("WsdlParser.ParseSimpleType NS "+parsingNamespace+" typeName "+typeName);
// Lookup the name of the type and the base type from which it derives
if (typeName == null)
typeName = LookupAttribute(s_nameString, null, true);
String enumType = LookupAttribute(s_enumTypeString, s_wsdlSudsNamespaceString, false);
URTSimpleType parsingSimpleType = parsingNamespace.LookupSimpleType(typeName);
if (parsingSimpleType == null)
{
parsingSimpleType = new URTSimpleType(typeName, parsingNamespace.Name, parsingNamespace.Namespace,
parsingNamespace.EncodedNS, typeName != null, this);
String baseType = LookupAttribute(s_baseString, null, false);
if (!MatchingStrings(baseType, s_emptyString))
{
String baseNS = ParseQName(ref baseType, parsingNamespace);
parsingSimpleType.Extends(baseType, baseNS);
}
parsingNamespace.AddSimpleType(parsingSimpleType);
int curDepth = _XMLReader.Depth;
ReadNextXmlElement();
//int enumFacetNum = 0;
string elementName;
while (_XMLReader.Depth > curDepth)
{
elementName = _XMLReader.LocalName;
if (MatchingStrings(elementName, s_restrictionString))
{
ParseRestrictionField(parsingNamespace, parsingSimpleType);
}
/*
else if (MatchingStrings(elementName, s_encodingString))
{
ParseEncoding(parsingSimpleType);
}
*/
else
{
SkipXmlElement();
}
}
}
else
{
SkipXmlElement();
}
if (enumType != null)
parsingSimpleType.EnumType = enumType;
return(parsingSimpleType);
}
/*
// Parses encoding
private void ParseEncoding(URTSimpleType parsingSimpleType)
{
Util.Log("WsdlParser.ParseEncoding URTSimpleType "+parsingSimpleType);
if (_XMLReader.IsEmptyElement == true)
{
// Get the encoding value
String valueString = LookupAttribute(s_valueString, null, true);
parsingSimpleType.Encoding = valueString;
}
else
{
throw new SUDSParserException(
CoreChannel.GetResourceString("Remoting_Suds_EncodingMustBeEmpty"));
}
ReadNextXmlElement();
return;
}
*/
// Parses enumeration
private void ParseEnumeration(URTSimpleType parsingSimpleType, int enumFacetNum)
{
Util.Log("WsdlParser.ParseEnumeration facitNum "+enumFacetNum);
if (_XMLReader.IsEmptyElement == true)
{
// Get the enum value
String valueString = LookupAttribute(s_valueString, null, true);
parsingSimpleType.IsEnum = true;
parsingSimpleType.AddFacet(new EnumFacet(valueString, enumFacetNum));
}
else
{
throw new SUDSParserException(
CoreChannel.GetResourceString("Remoting_Suds_EnumMustBeEmpty"));
}
return;
}
// Parses element fields
private void ParseElementField(URTNamespace parsingNamespace,
URTComplexType parsingComplexType,
int fieldNum)
{
Util.Log("WsdlParser.ParseElementField NS "+parsingNamespace+" fieldNum "+fieldNum);
// Determine the field name
String fieldTypeName, fieldTypeXmlNS;
String fieldName = LookupAttribute(s_nameString, null, true);
// Look for array bounds
String minOccurs = LookupAttribute(s_minOccursString, null, false);
String maxOccurs = LookupAttribute(s_maxOccursString, null, false);
// Check if the field is optional
bool bOptional = false;
if (MatchingStrings(minOccurs, s_zeroString))
bOptional = true;
// Check if the field is an inline array
bool bArray = false;
String arraySize = null;
if (!MatchingStrings(maxOccurs, s_emptyString) &&
!MatchingStrings(maxOccurs, s_oneString))
{
if (MatchingStrings(maxOccurs, s_unboundedString))
arraySize = String.Empty;
else
arraySize = maxOccurs;
bArray = true;
}
// Handle anonymous types
bool bEmbedded, bPrimitive;
if (_XMLReader.IsEmptyElement == true)
{
// Non-anonymous type case
fieldTypeName = LookupAttribute(s_typeString, null, false);
// Handle the absense of type attribute (Object case)
ResolveTypeAttribute(ref fieldTypeName, out fieldTypeXmlNS,
out bEmbedded, out bPrimitive);
// Read next element
ReadNextXmlElement();
}
else
{
// Anonymous type case
fieldTypeXmlNS = parsingNamespace.Namespace;
fieldTypeName = parsingNamespace.GetNextAnonymousName();
bPrimitive = false;
bEmbedded = true;
int curDepth = _XMLReader.Depth;
ReadNextXmlElement();
// Parse the type
String elementName;
while (_XMLReader.Depth > curDepth)
{
elementName = _XMLReader.LocalName;
if (MatchingStrings(elementName, s_complexTypeString))
{
URTComplexType complexType = ParseComplexType(parsingNamespace, fieldTypeName);
if (complexType.IsEmittableFieldType)
{
fieldTypeXmlNS = complexType.FieldNamespace;
fieldTypeName = complexType.FieldName;
bPrimitive = complexType.PrimitiveField;
parsingNamespace.RemoveComplexType(complexType);
}
}
else if (MatchingStrings(elementName, s_simpleTypeString))
{
URTSimpleType simpleType = ParseSimpleType(parsingNamespace, fieldTypeName);
if (simpleType.IsEmittableFieldType)
{
fieldTypeXmlNS = simpleType.FieldNamespace;
fieldTypeName = simpleType.FieldName;
bPrimitive = simpleType.PrimitiveField;
parsingNamespace.RemoveSimpleType(simpleType);
}
}
else
{
// Ignore others elements such as annotations
SkipXmlElement();
}
}
}
// Add field to the type being parsed
parsingComplexType.AddField(new URTField(fieldName, fieldTypeName, fieldTypeXmlNS,
this, bPrimitive, bEmbedded, false,
bOptional, bArray, arraySize, parsingNamespace));
return;
}
// Parses attribute fields
private void ParseAttributeField(URTNamespace parsingNamespace,
URTComplexType parsingComplexType)
{
Util.Log("WsdlParser.ParseAttributeField NS "+parsingNamespace);
// Lookup field name
String attrTypeName, attrTypeNS;
String attrName = LookupAttribute(s_nameString, null, true);
// Check if the field is optional
bool bOptional = false;
String minOccurs = LookupAttribute(s_minOccursString, null, false);
if (MatchingStrings(minOccurs, s_zeroString))
bOptional = true;
// Handle anonymous types
bool bEmbedded, bPrimitive;
if (_XMLReader.IsEmptyElement == true)
{
// Non-anonymous type case and type has to present
attrTypeName = LookupAttribute(s_typeString, null, true);
ResolveTypeAttribute(ref attrTypeName, out attrTypeNS,
out bEmbedded, out bPrimitive);
// Read next element
ReadNextXmlElement();
// Check for xsd:ID type
if (MatchingStrings(attrTypeName, s_idString) &&
MatchingSchemaStrings(attrTypeNS))
{
parsingComplexType.IsStruct = false;
return;
}
}
else
{
// Anonymous type case
attrTypeNS = parsingNamespace.Namespace;
attrTypeName = parsingNamespace.GetNextAnonymousName();
bPrimitive = false;
bEmbedded = true;
int curDepth = _XMLReader.Depth;
ReadNextXmlElement();
// Parse the type
String elementName;
while (_XMLReader.Depth > curDepth)
{
elementName = _XMLReader.LocalName;
if (MatchingStrings(elementName, s_simpleTypeString))
{
URTSimpleType simpleType = ParseSimpleType(parsingNamespace, attrTypeName);
if (simpleType.IsEmittableFieldType)
{
attrTypeNS = simpleType.FieldNamespace;
attrTypeName = simpleType.FieldName;
bPrimitive = simpleType.PrimitiveField;
parsingNamespace.RemoveSimpleType(simpleType);
}
}
else
{
// Ignore others elements such as annotations
SkipXmlElement();
}
}
}
// Add field to the type being parsed
parsingComplexType.AddField(new URTField(attrName, attrTypeName, attrTypeNS,
this, bPrimitive, bEmbedded, true,
bOptional, false, null, parsingNamespace));
return;
}
// Parses RestrictionField fields
// Now only set up to recognize arrays
private void ParseRestrictionField(URTNamespace parsingNamespace,
BaseType parsingType)
{
Util.Log("WsdlParser.ParseRestrictionField Enter NS "+parsingNamespace+" type "+parsingType);
// Lookup field name
String attrName = LookupAttribute(s_baseString, null, true);
String baseNS = ParseQName(ref attrName, parsingNamespace);
//if (MatchingStrings(baseNS, s_soapEncodingString) && MatchingStrings(attrName, s_arrayString))
{
int curDepth = _XMLReader.Depth;
ReadNextXmlElement();
// Parse the type
String elementName;
String arrayNS;
String arrayType;
int enumFacetNum = 0;
while (_XMLReader.Depth > curDepth)
{
elementName = _XMLReader.LocalName;
Util.Log("WsdlParser.ParseRestrictionField elementName "+elementName);
if (MatchingStrings(elementName, s_attributeString))
{
String refValue = LookupAttribute(s_refString, null, true);
String refNS = ParseQName(ref refValue, parsingNamespace);
if (MatchingStrings(refNS, s_soapEncodingString) && MatchingStrings(refValue, s_arrayTypeString))
{
URTComplexType parsingComplexType = (URTComplexType)parsingType;
arrayType = LookupAttribute(s_arrayTypeString, s_wsdlNamespaceString, true);
Util.Log("WsdlParser.ParseRestrictionField arrayType "+arrayType);
URTNamespace arrayNamespace = null;
arrayNS = ParseQName(ref arrayType, null, out arrayNamespace);
parsingComplexType.AddArray(arrayType, arrayNamespace);
//Add array to the array namespace
arrayNamespace.AddComplexType(parsingComplexType);
parsingComplexType.IsPrint = false;
}
}
else if (MatchingStrings(elementName, s_enumerationString))
{
URTSimpleType parsingSimpleType = (URTSimpleType)parsingType;
ParseEnumeration(parsingSimpleType, enumFacetNum);
++enumFacetNum;
}
else
{
// Ignore others elements such as annotations
SkipXmlElement();
}
ReadNextXmlElement();
}
}
// else
// SkipXmlElement();
Util.Log("WsdlParser.ParseRestrictionField Exit NS "+parsingNamespace+" type "+parsingType);
return;
}
// Parses a global element declaration
private void ParseElementDecl(URTNamespace parsingNamespace)
{
Util.Log("WsdlParser.ParseElementDecl");
// Obtain element name and its type
String elmName = LookupAttribute(s_nameString, null, true);
String elmNS = parsingNamespace.Name;
String typeName = LookupAttribute(s_typeString, null, false);
// Handle the anonymous types
String typeNS;
bool bEmbedded, bPrimitive;
if (_XMLReader.IsEmptyElement == true)
{
// Non-anonymous type case
// We cannot assert that the type attribute must have been present
// due to the Object/ur-type case
ResolveTypeAttribute(ref typeName, out typeNS, out bEmbedded, out bPrimitive);
// Position to the next element
ReadNextXmlElement();
}
else
{
// Anonymous type case
typeNS = parsingNamespace.Name;
typeName = parsingNamespace.GetNextAnonymousName();
bEmbedded = true;
bPrimitive = false;
// Parse the type
int curDepth = _XMLReader.Depth;
ReadNextXmlElement();
String elementName;
while (_XMLReader.Depth > curDepth)
{
elementName = _XMLReader.LocalName;
if (MatchingStrings(elementName, s_complexTypeString))
{
ParseComplexType(parsingNamespace, typeName);
}
else if (MatchingStrings(elementName, s_simpleTypeString))
{
ParseSimpleType(parsingNamespace, typeName);
}
else
{
// Ignore others elements such as annotations
SkipXmlElement();
}
}
}
// Create a new global element under the current namespace
parsingNamespace.AddElementDecl(new ElementDecl(elmName, elmNS, typeName, typeNS,
bPrimitive));
return;
}
// Checks for reference and array types and resolves to
// actual types. It returns true if the type needs [Embedded] attribute
private void ResolveTypeNames(ref String typeNS, ref String typeName,
out bool bEmbedded, out bool bPrimitive)
{
Util.Log("WsdlParser.ResolveTypeNames typeNS "+typeNS+" typeName "+typeName);
// Check for reference and array types
bEmbedded = true;
bool bArrayType = false;
if (MatchingStrings(typeNS, s_wsdlSoapNamespaceString))
{
if (MatchingStrings(typeName, s_referenceString))
bEmbedded = false;
else if (MatchingStrings(typeName, s_arrayString))
bArrayType = true;
}
Util.Log("WsdlParser.ResolveTypeNames typeNS 1 bEmbedded "+bEmbedded+" bArrayType "+bArrayType);
// Resolve to the actual type in the case of reference and array types
if ((bEmbedded == false) || (bArrayType == true))
{
typeName = LookupAttribute(s_refTypeString, s_wsdlSudsNamespaceString, true);
typeNS = ParseQName(ref typeName);
}
// Primitive types do not need the [Embedded] attribute;
bPrimitive = IsPrimitiveType(typeNS, typeName);
if (bPrimitive)
{
typeName = MapSchemaTypesToCSharpTypes(typeName);
bEmbedded = false;
}
else if (MatchingStrings(typeName, s_urTypeString) &&
MatchingSchemaStrings(typeNS))
{
typeName = s_objectString;
}
return;
}
// Parses namespace declaration elements
private URTNamespace ParseNamespace()
{
Util.Log("WsdlParser.ParseNamespace");
// Determine the new namespace encountered
String name = (String) LookupAttribute(s_targetNamespaceString, null, false);
bool bUnique = false;
if (MatchingStrings(name, s_emptyString) &&
MatchingStrings(_XMLReader.LocalName, s_sudsString) &&
_parsingInput.UniqueNS == null)
{
name = _parsingInput.TargetNS;
bUnique = true;
}
// Add the namespace being parsed to the list if neccessary
URTNamespace parsingNamespace = LookupNamespace(name);
if (parsingNamespace == null)
{
parsingNamespace = new URTNamespace(name, this);
}
if (bUnique)
_parsingInput.UniqueNS = parsingNamespace;
//_namespaceStack = NamespaceStack.Push(_namespaceStack, _parsingNamespace, _XMLReader.Depth);
// Parse schema defaults
//if(MatchingStrings(_XMLReader.LocalName, s_sudsString))
//{
//}
// Read the next record
ReadNextXmlElement();
return(parsingNamespace);
}
#if false
private void AddToNamespace(String name)
{
URTNamespace parsingNamespace = LookupNamespace(name);
if(parsingNamespace == null)
{
parsingNamespace = new URTNamespace(name, this);
_URTNamespaces.Add(parsingNamespace);
}
}
#endif
private void ParseReaderStreamLocation(ReaderStream reader, ReaderStream currentReaderStream)
{
Util.Log("WsdlParser.ParseReaderStreamLocation location "+reader.Location+" current location "+currentReaderStream.Location);
String location = reader.Location;
int index = location.IndexOf(':');
if (index == -1)
{
// relative path
if (currentReaderStream == null || currentReaderStream.Location == null)
throw new SUDSParserException(String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_Import"), reader.Location));
if (currentReaderStream.Uri == null)
currentReaderStream.Uri= new Uri(currentReaderStream.Location); // If relative path, will already be changed to absolute path by next statement in previous invocation.
Uri uri = new Uri(currentReaderStream.Uri, location);
reader.Uri= uri;
location = uri.ToString();
index = location.IndexOf(':');
if (index == -1)
return;
reader.Location= location;
}
String protocol = location.Substring(0, index).ToLower(CultureInfo.InvariantCulture);
String value = location.Substring(index+1);
if (protocol == "file")
{
//Console.WriteLine("Loading file:" + value);
reader.InputStream = new StreamReader(value);
}
else if (protocol.StartsWith("http", StringComparison.Ordinal))
{
Util.Log("WsdlParser.ParseReaderStreamLocation http "+location);
WebRequest request = WebRequest.Create(location);
WebResponse response = request.GetResponse();
Stream responseStream = response.GetResponseStream();
reader.InputStream = new StreamReader(responseStream);
}
}
private void ParseImport()
{
Util.Log("WsdlParser.ParseImport");
String ns = LookupAttribute(s_namespaceString, null, true);
String location = null;
location = LookupAttribute(s_locationString, null, false); //wsdl
Util.Log("WsdlParser.ParseImport "+ns+" location "+location);
if (location != null && location.Length > 0)
{
ReaderStream reader = new ReaderStream(location);
ParseReaderStreamLocation(reader, (ReaderStream)_currentReaderStack.Peek());
ReaderStream.GetReaderStream(_readerStreamsWsdl, reader);
}
ReadNextXmlElement();
return;
}
internal void Parse()
{
Util.Log("WsdlParser.Parse");
//XmlNameTable primedNametable = CreatePrimedNametable();
ReaderStream input = _readerStreamsWsdl;
do
{
// Initialize the parser
_XMLReader = new XmlTextReader(input.InputStream, _primedNametable);
_XMLReader.WhitespaceHandling = WhitespaceHandling.None;
_XMLReader.XmlResolver = null;
ParseInput(input);
input = ReaderStream.GetNextReaderStream(input);
} while (input != null);
StartWsdlResolution();
if (null != _writerStreams)
{
WriterStream.Close(_writerStreams);
}
return;
}
// Starts the parser
private void ParseInput(ReaderStream input)
{
Util.Log("WsdlParser.ParseInput" + input.Location);
_parsingInput = input;
try
{
ReadNextXmlElement();
String elementName = _XMLReader.LocalName;
if (MatchingNamespace(s_wsdlNamespaceString) && MatchingStrings(elementName, s_definitionsString))
{
Util.Log("WsdlParser.ParseInput before ParseWsdl "+input.Location);
_currentReaderStack.Push(input); // need this to get the base url for relative import elements.
ParseWsdl();
_currentReaderStack.Pop(); // need this to get the base url for relative import elements.
}
else if (MatchingNamespace(s_wsdlNamespaceString) && MatchingStrings(elementName, s_typesString))
{
Util.Log("WsdlParser.ParseInput before ParseWsdlTypes "+input.Location);
_currentReaderStack.Push(input); // need this to get the base url for relative import elements.
ParseWsdlTypes();
_currentReaderStack.Pop(); // need this to get the base url for relative import elements.
}
else if (MatchingSchemaNamespace() && MatchingStrings(elementName, s_schemaString))
{
Util.Log("WsdlParser.ParseInput before ParseWsdl "+input.Location);
_currentReaderStack.Push(input); // need this to get the base url for relative import elements.
ParseSchema();
_currentReaderStack.Pop(); // need this to get the base url for relative import elements.
}
else
throw new SUDSParserException(String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_UnknownElementAtRootLevel"), elementName));
}
finally
{
WriterStream.Flush(_writerStreams);
}
}
private void ParseWsdl()
{
Util.Log("WsdlParser.ParseWsdl elementName "+_XMLReader.LocalName+" namespace "+ _XMLReader.NamespaceURI);
int curDepth = _XMLReader.Depth;
_parsingInput.Name = LookupAttribute(s_nameString, null, false);
_parsingInput.TargetNS = LookupAttribute(s_targetNamespaceString, null, false);
URTNamespace parsingNamespace = ParseNamespace();
//ReadNextXmlElement();
while (_XMLReader.Depth > curDepth)
{
String elementName = _XMLReader.LocalName;
Util.Log("WsdlParser.ParseWsdl Loop "+_XMLReader.LocalName);
if (MatchingNamespace(s_wsdlNamespaceString))
{
if (MatchingStrings(elementName,s_typesString))
{
ParseWsdlTypes();
continue;
}
else if (MatchingStrings(elementName,s_messageString))
{
ParseWsdlMessage();
continue;
}
else if (MatchingStrings(elementName,s_portTypeString))
{
ParseWsdlPortType();
continue;
}
else if (MatchingStrings(elementName,s_bindingString))
{
ParseWsdlBinding(parsingNamespace);
continue;
}
else if (MatchingStrings(elementName,s_serviceString))
{
ParseWsdlService();
continue;
}
else if (MatchingStrings(elementName, s_importString))
{
ParseImport();
continue;
}
}
// Ignore others elements such as annotations
SkipXmlElement();
}
}
private void StartWsdlResolution()
{
Util.Log("WsdlParser.StartWsdlResolution ");
DumpWsdl();
ResolveWsdl();
Resolve();
PruneNamespaces();
Util.Log("WsdlParser.ParseWsdl Invoke PrintCSC");
PrintCSC();
}
// Since the Wsdl can contains binding sections which are not Rcp,Soap, Encoded. Prune the namespaces from messages etc
// which are not directly referenced by the Soap binding sections.
private void PruneNamespaces()
{
Util.Log("WsdlParser.PruneNamespaces");
ArrayList tempList = new ArrayList(10);
for (int i=0;i<_URTNamespaces.Count;i++)
{
URTNamespace urtNS = (URTNamespace) _URTNamespaces[i];
if (urtNS.bReferenced)
tempList.Add(urtNS);
}
_URTNamespaces = tempList;
}
[System.Diagnostics.Conditional("_LOGGING")]
private void DumpWsdl()
{
foreach (DictionaryEntry d in wsdlMessages)
((IDump)d.Value).Dump();
foreach (DictionaryEntry d in wsdlPortTypes)
((IDump)d.Value).Dump();
foreach (WsdlBinding item in wsdlBindings)
item.Dump();
foreach (WsdlService item in wsdlServices)
item.Dump();
}
private void ParseWsdlTypes()
{
Util.Log("WsdlParser.ParseWsdlTypes");
int curDepth = _XMLReader.Depth;
ReadNextXmlElement();
// Initialize mechanism to support xsd import statements;
_currentSchemaReaderStack.Push(_currentReaderStack.Peek()); // put current wsdl location as xsd location
while (_XMLReader.Depth > curDepth)
{
String elementName = _XMLReader.LocalName;
if (MatchingSchemaNamespace())
{
if (MatchingStrings(elementName, s_schemaString))
{
ParseSchema();
if (_readerStreamsXsd != null)
{
// import element appeared in schema
ParseImportedSchemaController();
}
continue;
}
}
// Ignore others elements such as annotations
SkipXmlElement();
}
_currentSchemaReaderStack.Pop();
}
private void ParseSchemaIncludeElement()
{
ParseSchemaImportElement(false);
}
private void ParseSchemaImportElement()
{
ParseSchemaImportElement(true);
}
// Processes an import statement in an xsd schema.
private void ParseSchemaImportElement(bool bImport)
{
Util.Log("WsdlParser.ParseSchemaImportElement IsImport "+bImport);
String ns = null;
if (bImport)
ns = LookupAttribute(s_namespaceString, null, true);
String location = null;
location = LookupAttribute(s_schemaLocationString, null, false);
Util.Log("WsdlParser.ParseSchemaImportElement "+ns+" location "+location);
if (location != null && location.Length > 0)
{
if (_readerStreamsXsd == null)
{
_readerStreamsXsd = new ReaderStream(location);
ParseReaderStreamLocation(_readerStreamsXsd, (ReaderStream)_currentSchemaReaderStack.Peek());
}
else
{
ReaderStream reader = new ReaderStream(location);
ParseReaderStreamLocation(reader, (ReaderStream)_currentSchemaReaderStack.Peek());
ReaderStream.GetReaderStream(_readerStreamsWsdl, reader);
}
}
ReadNextXmlElement();
return;
}
// Controls the processing of the imported xsd schema.
internal void ParseImportedSchemaController()
{
Util.Log("WsdlParser.ParseImportedSchemaController");
XmlNameTable primedNametable = CreatePrimedNametable();
ReaderStream input = _readerStreamsXsd;
XmlTextReader _XMLReaderWsdl = _XMLReader;
ReaderStream _parsingInputWsdl = _parsingInput;
do
{
// Initialize the parser
_XMLReader = new XmlTextReader(input.InputStream, _primedNametable);
_XMLReader.WhitespaceHandling = WhitespaceHandling.None;
_XMLReader.XmlResolver = null;
_parsingInput = input;
ParseImportedSchema(input);
input = ReaderStream.GetNextReaderStream(input);
} while (input != null);
_readerStreamsXsd = null;
_XMLReader = _XMLReaderWsdl;
_parsingInput = _parsingInputWsdl;
return;
}
// Process the xsd schema imported from an xsd import statement
private void ParseImportedSchema(ReaderStream input)
{
Util.Log("WsdlParser.ParseImportedSchema "+input.Location);
try
{
String elementName = _XMLReader.LocalName;
_currentSchemaReaderStack.Push(input); // need this to get the base url for relative import elements.
ReadNextXmlElement();
ParseSchema();
_currentSchemaReaderStack.Pop(); // need this to get the base url for relative import elements.
}
finally
{
WriterStream.Flush(_writerStreams);
}
}
private void ParseWsdlMessage()
{
Util.Log("WsdlParser.ParseWsdlMessage");
WsdlMessage message = new WsdlMessage();
message.name = LookupAttribute(s_nameString, null, true);
message.nameNs = _parsingInput.TargetNS;
int curDepth = _XMLReader.Depth;
ReadNextXmlElement();
while (_XMLReader.Depth > curDepth)
{
String elementName = _XMLReader.LocalName;
if (MatchingStrings(elementName, s_partString))
{
WsdlMessagePart part = new WsdlMessagePart();
part.name = LookupAttribute(s_nameString, null, true);
part.nameNs = _parsingInput.TargetNS;
//AddToNamespace(part.nameNs);//temp
part.element = LookupAttribute(s_elementString, null, false);
part.typeName = LookupAttribute(s_typeString, null, false);
if (part.element != null)
{
part.elementNs = ParseQName(ref part.element);
}
if (part.typeName != null)
{
part.typeNameNs = ParseQName(ref part.typeName);
}
message.parts.Add(part);
ReadNextXmlElement();
continue;
}
// Ignore others elements such as annotations
SkipXmlElement();
}
wsdlMessages[message.name] = message;
}
private void ParseWsdlPortType()
{
Util.Log("WsdlParser.ParseWsdlPortType");
WsdlPortType portType = new WsdlPortType();
portType.name = LookupAttribute(s_nameString, null, true);
//portType.nameNs = ParseQName(ref portType.name);
int curDepth = _XMLReader.Depth;
ReadNextXmlElement();
while (_XMLReader.Depth > curDepth)
{
String elementName = _XMLReader.LocalName;
if (MatchingStrings(elementName, s_operationString))
{
WsdlPortTypeOperation portTypeOperation = new WsdlPortTypeOperation();
portTypeOperation.name = LookupAttribute(s_nameString, null, true);
portTypeOperation.nameNs = ParseQName(ref portTypeOperation.nameNs);
portTypeOperation.parameterOrder = LookupAttribute(s_parameterOrderString, null, false);
ParseWsdlPortTypeOperationContent(portType, portTypeOperation);
portType.operations.Add(portTypeOperation);
continue;
}
// Ignore others elements such as annotations
SkipXmlElement();
}
wsdlPortTypes[portType.name] = portType;
}
private void ParseWsdlPortTypeOperationContent(WsdlPortType portType, WsdlPortTypeOperation portTypeOperation)
{
Util.Log("WsdlParser.ParseWsdlPortTypeOperationContent type "+portType.name+" operationName "+portTypeOperation.name);
int curDepth = _XMLReader.Depth;
ReadNextXmlElement();
while (_XMLReader.Depth > curDepth)
{
String elementName = _XMLReader.LocalName;
if (MatchingStrings(elementName, s_inputString))
{
WsdlPortTypeOperationContent portContent = new WsdlPortTypeOperationContent();
portContent.element = Atomize("input");
portContent.name = LookupAttribute(s_nameString, null, false);
if (MatchingStrings(portContent.name, s_emptyString))
{
portContent.name = Atomize(portTypeOperation.name+"Request");
if (portType.sections.ContainsKey(portContent.name))
throw new SUDSParserException(String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_DuplicatePortTypesOperationName"), portTypeOperation.name));
portType.sections[portContent.name] = portTypeOperation; //for request response
portType.sections[portTypeOperation.name] = portTypeOperation; // for one way don't know yet if one way or response
}
else
{
if (portType.sections.ContainsKey(portContent.name))
throw new SUDSParserException(String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_DuplicatePortSectionName"), portContent.name));
portType.sections[portContent.name] = portTypeOperation;
}
portContent.message = LookupAttribute(s_messageString, null, true);
portContent.messageNs = ParseQName(ref portContent.message);
portTypeOperation.contents.Add(portContent);
ReadNextXmlElement();
continue;
}
else if (MatchingStrings(elementName, s_outputString))
{
WsdlPortTypeOperationContent portContent = new WsdlPortTypeOperationContent();
portContent.element = Atomize("output");
portContent.name = LookupAttribute(s_nameString, null, false);
portContent.nameNs = ParseQName(ref portContent.name);
if (MatchingStrings(portContent.name, s_emptyString))
portContent.name = Atomize(portTypeOperation.name+"Response");
if (!portType.sections.ContainsKey(portContent.name))
portType.sections[portContent.name] = portTypeOperation;
portContent.message = LookupAttribute(s_messageString, null, true);
portContent.messageNs = ParseQName(ref portContent.message);
portTypeOperation.contents.Add(portContent);
ReadNextXmlElement();
continue;
}
// Ignore others elements such as annotations
SkipXmlElement();
}
}
private void ParseWsdlBinding(URTNamespace inparsingNamespace)
{
Util.Log("WsdlParser.ParseWsdlBinding");
WsdlBinding binding = new WsdlBinding();
binding.name = LookupAttribute(s_nameString, null, true);
//binding.nameNs = ParseQName(ref binding.name);
binding.type = LookupAttribute(s_typeString, null, true);
binding.typeNs = ParseQName(ref binding.type);
URTNamespace parsingNamespace = LookupNamespace(binding.typeNs);
if (parsingNamespace == null)
{
parsingNamespace = new URTNamespace(binding.typeNs, this);
}
binding.parsingNamespace = parsingNamespace;
bool bSoapBinding = false;
bool bRpcBinding = false;
bool bSoapEncoded = false;
bool bSoapSuds = false;
int curDepth = _XMLReader.Depth;
ReadNextXmlElement();
while (_XMLReader.Depth > curDepth)
{
String elementName = _XMLReader.LocalName;
if (MatchingNamespace(s_wsdlSoapNamespaceString) &&
MatchingStrings(elementName, s_bindingString))
{
bSoapBinding = true;
WsdlBindingSoapBinding sb = new WsdlBindingSoapBinding();
sb.style = LookupAttribute(s_styleString, null, true);
if (sb.style == "rpc")
bRpcBinding = true;
/*
if (sb.style == "document")
{
throw new SUDSParserException(
String.Format(CoreChannel.GetResourceString("Remoting_Suds_SoapStyleNotSupported"),
sb.style));
}
*/
sb.transport = LookupAttribute(s_transportString, null, true);
binding.soapBinding = sb;
ReadNextXmlElement();
continue;
}
else if (MatchingNamespace(s_wsdlSudsNamespaceString))
{
bSoapSuds = true;
if (MatchingStrings(elementName, s_classString) || MatchingStrings(elementName, s_structString))
{
WsdlBindingSuds suds = new WsdlBindingSuds();
suds.elementName = elementName;
suds.typeName = LookupAttribute(s_typeString, null, true);
suds.ns = ParseQName(ref suds.typeName);
suds.extendsTypeName = LookupAttribute(s_extendsString, null, false);
String use = LookupAttribute(s_rootTypeString, null, false);
suds.sudsUse = ProcessSudsUse(use, elementName);
if (!MatchingStrings(suds.extendsTypeName, s_emptyString))
suds.extendsNs = ParseQName(ref suds.extendsTypeName);
ParseWsdlBindingSuds(suds);
binding.suds.Add(suds);
continue;
}
else if (MatchingStrings(elementName, s_interfaceString))
{
WsdlBindingSuds suds = new WsdlBindingSuds();
suds.elementName = elementName; //Atomize("interface");
suds.typeName = LookupAttribute(s_typeString, null, true);
suds.ns = ParseQName(ref suds.typeName);
String use = LookupAttribute(s_rootTypeString, null, false);
suds.sudsUse = ProcessSudsUse(use, elementName);
ParseWsdlBindingSuds(suds);
binding.suds.Add(suds);
continue;
}
}
else if (MatchingNamespace(s_wsdlNamespaceString) &&
MatchingStrings(elementName, s_operationString))
{
WsdlBindingOperation op = new WsdlBindingOperation();
op.name = LookupAttribute(s_nameString, null, true);
op.nameNs = _parsingInput.TargetNS;
ParseWsdlBindingOperation(op, ref bRpcBinding, ref bSoapEncoded);
binding.operations.Add(op);
continue;
}
// Ignore others elements such as annotations
SkipXmlElement();
}
if (bSoapBinding && bRpcBinding && bSoapEncoded || bSoapSuds)
wsdlBindings.Add(binding);
}
private void ParseWsdlBindingSuds(WsdlBindingSuds suds)
{
Util.Log("WsdlParser.ParseWsdlBindingSuds");
int curDepth = _XMLReader.Depth;
ReadNextXmlElement();
while (_XMLReader.Depth > curDepth)
{
String elementName = _XMLReader.LocalName;
if (MatchingStrings(elementName, s_implementsString) ||
MatchingStrings(elementName, s_extendsString))
{
WsdlBindingSudsImplements impl = new WsdlBindingSudsImplements();
impl.typeName = LookupAttribute(s_typeString, null, true);
impl.ns = ParseQName(ref impl.typeName);
suds.implements.Add(impl);
ReadNextXmlElement();
continue;
}
else if (MatchingStrings(elementName, s_nestedTypeString))
{
WsdlBindingSudsNestedType nestedType = new WsdlBindingSudsNestedType();
nestedType.name = LookupAttribute(s_nameString, null, true);
nestedType.typeName = LookupAttribute(s_typeString, null, true);
nestedType.ns = ParseQName(ref nestedType.typeName);
suds.nestedTypes.Add(nestedType);
ReadNextXmlElement();
continue;
}
// Ignore others elements such as annotations
SkipXmlElement();
}
}
private SudsUse ProcessSudsUse(String use, String elementName)
{
Util.Log("WsdlParser.ProcessSudsUse use enter "+use+" elementName "+elementName);
SudsUse sudsUse = SudsUse.Class;
if (use == null || use.Length == 0)
use = elementName;
if (MatchingStrings(use, s_interfaceString))
sudsUse = SudsUse.Interface;
else if (MatchingStrings(use, s_classString))
sudsUse = SudsUse.Class;
else if (MatchingStrings(use, s_structString))
sudsUse = SudsUse.Struct;
else if (MatchingStrings(use, s_ISerializableString))
sudsUse = SudsUse.ISerializable;
else if (MatchingStrings(use, s_marshalByRefString))
sudsUse = SudsUse.MarshalByRef;
else if (MatchingStrings(use, s_delegateString))
sudsUse = SudsUse.Delegate;
else if (MatchingStrings(use, s_servicedComponentString))
sudsUse = SudsUse.ServicedComponent;
Util.Log("WsdlParser.ProcessSudsUse use exit "+((Enum)sudsUse).ToString());
return sudsUse;
}
private void ParseWsdlBindingOperation(WsdlBindingOperation op, ref bool bRpcBinding, ref bool bSoapEncoded)
{
Util.Log("WsdlParser.ParseWsdlBindingOperation");
int curDepth = _XMLReader.Depth;
bool binput = false;
bool boutput = false;
WsdlBindingOperationSection opSec = null;
ReadNextXmlElement();
while (_XMLReader.Depth > curDepth)
{
String elementName = _XMLReader.LocalName;
if (MatchingNamespace(s_wsdlSudsNamespaceString) && MatchingStrings(elementName, s_methodString))
{
op.methodAttributes = LookupAttribute(s_attributesString, null, true);
ReadNextXmlElement();
continue;
}
else if (MatchingNamespace(s_wsdlSoapNamespaceString) &&
MatchingStrings(elementName, s_operationString))
{
WsdlBindingSoapOperation soapOp = new WsdlBindingSoapOperation();
soapOp.soapAction = LookupAttribute(s_soapActionString, null, false);
soapOp.style = LookupAttribute(s_styleString, null, false);
if (soapOp.style == "rpc")
bRpcBinding = true;
{
}
op.soapOperation = soapOp;
ReadNextXmlElement();
continue;
}
else if (MatchingNamespace(s_wsdlNamespaceString))
{
if (MatchingStrings(elementName, s_inputString))
{
binput = true;
opSec = ParseWsdlBindingOperationSection(op, elementName, ref bSoapEncoded);
continue;
}
else if (MatchingStrings(elementName, s_outputString))
{
boutput = true;
ParseWsdlBindingOperationSection(op, elementName, ref bSoapEncoded);
continue;
}
else if (MatchingStrings(elementName, s_faultString))
{
ParseWsdlBindingOperationSection(op, elementName, ref bSoapEncoded);
continue;
}
}
// Ignore others elements such as annotations
SkipXmlElement();
}
// if no output section then the default name is just the op name.
if (opSec != null && binput && !boutput)
opSec.name = op.name;
}
private WsdlBindingOperationSection ParseWsdlBindingOperationSection(WsdlBindingOperation op, String inputElementName, ref bool bSoapEncoded)
{
Util.Log("WsdlParser.ParseWsdlBindingOperationSections");
bool breturn = false;
WsdlBindingOperationSection opSec = new WsdlBindingOperationSection();
op.sections.Add(opSec);
opSec.name = LookupAttribute(s_nameString, null, false);
if (MatchingStrings(opSec.name, s_emptyString))
{
if (MatchingStrings(inputElementName, s_inputString))
{
breturn = true;
opSec.name = Atomize(op.name+"Request");
}
else if (MatchingStrings(inputElementName, s_outputString))
opSec.name = Atomize(op.name+"Response");
}
opSec.elementName = inputElementName;
int curDepth = _XMLReader.Depth;
ReadNextXmlElement();
while (_XMLReader.Depth > curDepth)
{
String elementName = _XMLReader.LocalName;
if (MatchingNamespace(s_wsdlSoapNamespaceString))
{
if (MatchingStrings(elementName, s_bodyString))
{
WsdlBindingSoapBody soapBody = new WsdlBindingSoapBody();
opSec.extensions.Add(soapBody);
soapBody.parts = LookupAttribute(s_partsString, null, false);
soapBody.use = LookupAttribute(s_useString, null, true);
if (soapBody.use == "encoded")
bSoapEncoded = true;
soapBody.encodingStyle = LookupAttribute(s_encodingStyleString, null, false);
soapBody.namespaceUri = LookupAttribute(s_namespaceString, null, false);
ReadNextXmlElement();
continue;
}
else if (MatchingStrings(elementName, s_headerString))
{
WsdlBindingSoapHeader soapHeader = new WsdlBindingSoapHeader();
opSec.extensions.Add(soapHeader);
soapHeader.message = LookupAttribute(s_messageString, null, true);
soapHeader.messageNs = ParseQName(ref soapHeader.message);
soapHeader.part = LookupAttribute(s_partString, null, true);
soapHeader.use = LookupAttribute(s_useString, null, true);
soapHeader.encodingStyle = LookupAttribute(s_encodingStyleString, null, false);
soapHeader.namespaceUri = LookupAttribute(s_namespaceString, null, false);
ReadNextXmlElement();
continue;
}
else if (MatchingStrings(elementName, s_faultString))
{
WsdlBindingSoapFault soapFault = new WsdlBindingSoapFault();
opSec.extensions.Add(soapFault);
soapFault.name = LookupAttribute(s_nameString, null, true);
soapFault.use = LookupAttribute(s_useString, null, true);
soapFault.encodingStyle = LookupAttribute(s_encodingStyleString, null, false);
soapFault.namespaceUri = LookupAttribute(s_namespaceString, null, false);
ReadNextXmlElement();
continue;
}
}
// Ignore others elements such as annotations
// headerFault currently ignored
SkipXmlElement();
}
// returning opSec only if a fixup might be necessary, this is the case of an input section with an empty input name
// it will be fixed up later if there is no output section
if (breturn)
return opSec;
else
return null;
}
private void ParseWsdlService()
{
Util.Log("WsdlParser.ParseWsdlService");
WsdlService service = new WsdlService();
service.name = LookupAttribute(s_nameString, null, true);
//service.nameNs = ParseQName(ref service.name);
int curDepth = _XMLReader.Depth;
ReadNextXmlElement();
while (_XMLReader.Depth > curDepth)
{
String elementName = _XMLReader.LocalName;
if (MatchingNamespace(s_wsdlNamespaceString) &&
MatchingStrings(elementName, s_portString))
{
WsdlServicePort port = new WsdlServicePort();
port.name = LookupAttribute(s_nameString, null, true);
port.nameNs = ParseQName(ref port.nameNs);
port.binding = LookupAttribute(s_bindingString, null, true);
port.bindingNs = ParseQName(ref port.binding);
ParseWsdlServicePort(port);
service.ports[port.binding] = port;
continue;
}
// Ignore others elements such as annotations
SkipXmlElement();
}
wsdlServices.Add(service);
}
private void ParseWsdlServicePort(WsdlServicePort port)
{
Util.Log("WsdlParser.ParseWsdlServicePort");
int curDepth = _XMLReader.Depth;
ReadNextXmlElement();
while (_XMLReader.Depth > curDepth)
{
String elementName = _XMLReader.LocalName;
if (MatchingNamespace(s_wsdlSoapNamespaceString) &&
MatchingStrings(elementName, s_addressString))
{
if (port.locations == null)
port.locations = new ArrayList(10);
port.locations.Add(LookupAttribute(s_locationString, null, true));
ReadNextXmlElement();
continue;
}
// Ignore others elements such as annotations
SkipXmlElement();
}
}
private void ResolveWsdl()
{
Util.Log("WsdlParser.ResolveWsdl ");
if (wsdlBindings.Count == 0)
throw new SUDSParserException(String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_RpcBindingsMissing")));
foreach (WsdlBinding binding in wsdlBindings)
{
// Only creating classes for soap
if (binding.soapBinding != null)
{
if (binding.suds != null && binding.suds.Count > 0)
{
bool bFirstSuds = true;
foreach (WsdlBindingSuds suds in binding.suds)
{
if (MatchingStrings(suds.elementName, s_classString) || MatchingStrings(suds.elementName, s_structString))
{
ResolveWsdlClass(binding, suds, bFirstSuds);
bFirstSuds = false;
}
else if (MatchingStrings(suds.elementName, s_interfaceString))
ResolveWsdlInterface(binding, suds);
else
{
throw new SUDSParserException(
String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_CantResolveElementInNS"),
suds.elementName, s_wsdlSudsNamespaceString));
}
}
}
else
ResolveWsdlClass(binding, null, true); // No suds, create a default class
}
}
}
private void ResolveWsdlClass(WsdlBinding binding, WsdlBindingSuds suds, bool bFirstSuds)
{
// bFirstSuds is true then the suds class is the class for the binding.
// The other suds are additional class without bindings in the same namespace.
Util.Log("WsdlParser.ResolveWsdlClass suds "+suds);
URTComplexType parsingComplexType;
//URTNamespace parsingNamespace = binding.parsingNamespace;
URTNamespace parsingNamespace;
//URTNamespace parsingNamespace = binding.typeNs;
if (suds != null)
{
Util.Log("WsdlParser.ResolveWsdlClass suds not null "+suds.elementName+" "+suds.typeName);
// Suds
parsingNamespace = AddNewNamespace(suds.ns);
parsingComplexType = parsingNamespace.LookupComplexType(suds.typeName);
if (parsingComplexType == null)
{
parsingComplexType = new URTComplexType(suds.typeName, parsingNamespace.Name, parsingNamespace.Namespace, parsingNamespace.EncodedNS, _blockDefault ,false, false, this, parsingNamespace);
parsingNamespace.AddComplexType(parsingComplexType);
}
if (MatchingStrings(suds.elementName, s_structString))
parsingComplexType.IsValueType = true;
parsingComplexType.SudsUse = suds.sudsUse;
if (suds.sudsUse == SudsUse.MarshalByRef ||
suds.sudsUse == SudsUse.ServicedComponent
)
{
Util.Log("WsdlParser.ResolveWsdlClass MarshalByRef IsSudsType true 1 "+suds.elementName+" "+suds.typeName);
parsingComplexType.IsSUDSType = true;
if (_bWrappedProxy)
parsingComplexType.SUDSType = SUDSType.ClientProxy;
else
parsingComplexType.SUDSType = SUDSType.MarshalByRef;
if ((suds.extendsTypeName != null) && (suds.extendsTypeName.Length > 0))
{
URTNamespace extendsNamespace = AddNewNamespace(suds.extendsNs);
/*
if (extendsNamespace == null)
extendsNamespace = new URTNamespace(suds.extendsTypeName, this);
*/
URTComplexType extendsComplexType = extendsNamespace.LookupComplexType(suds.extendsTypeName);
if (extendsComplexType == null)
{
extendsComplexType = new URTComplexType(suds.extendsTypeName, extendsNamespace.Name, extendsNamespace.Namespace, extendsNamespace.EncodedNS, _blockDefault ,true, false, this, extendsNamespace);
extendsNamespace.AddComplexType(extendsComplexType);
}
else
{
Util.Log("WsdlParser.ResolveWsdlClass IsSudsType true 2 "+suds.elementName+" "+suds.typeName);
extendsComplexType.IsSUDSType = true;
}
if (_bWrappedProxy)
extendsComplexType.SUDSType = SUDSType.ClientProxy;
else
extendsComplexType.SUDSType = SUDSType.MarshalByRef;
extendsComplexType.SudsUse = suds.sudsUse;
// Only top of inheritance hierarchy is marked
//parsingComplexType.SUDSType = SUDSType.None;
}
}
foreach (WsdlBindingSudsNestedType nestedType in suds.nestedTypes)
{
ResolveWsdlNestedType(binding, suds, nestedType);
}
}
else
{
// No suds
Util.Log("WsdlParser.ResolveWsdlClass no suds ");
parsingNamespace = AddNewNamespace(binding.typeNs);
String name = binding.name;
int index = binding.name.IndexOf("Binding");
if (index > 0)
{
//name = Atomize(binding.name.Substring(0,index));
name = binding.name.Substring(0,index);
}
parsingComplexType = parsingNamespace.LookupComplexTypeEqual(name);
if (parsingComplexType == null)
{
parsingComplexType = new URTComplexType(name, parsingNamespace.Name, parsingNamespace.Namespace, parsingNamespace.EncodedNS, _blockDefault ,true, false, this, parsingNamespace);
parsingNamespace.AddComplexType(parsingComplexType);
}
else
{
Util.Log("WsdlParser.ResolveWsdlClass IsSudsType true 3 "+name);
parsingComplexType.IsSUDSType = true;
}
if (_bWrappedProxy)
parsingComplexType.SUDSType = SUDSType.ClientProxy;
else
parsingComplexType.SUDSType = SUDSType.MarshalByRef;
parsingComplexType.SudsUse = SudsUse.MarshalByRef;
}
// Resolve address
parsingComplexType.ConnectURLs = ResolveWsdlAddress(binding);
// Resolve extends and implements
if (suds != null)
{
if (!MatchingStrings(suds.extendsTypeName, s_emptyString))
{
parsingComplexType.Extends(suds.extendsTypeName, suds.extendsNs);
}
foreach (WsdlBindingSudsImplements impl in suds.implements)
parsingComplexType.Implements(impl.typeName, impl.ns, this);
}
if (bFirstSuds &&
(parsingComplexType.SudsUse == SudsUse.MarshalByRef ||
parsingComplexType.SudsUse == SudsUse.ServicedComponent ||
parsingComplexType.SudsUse == SudsUse.Delegate ||
parsingComplexType.SudsUse == SudsUse.Interface))
{
// Resolve methods
ArrayList methodInfos = ResolveWsdlMethodInfo(binding);
foreach (WsdlMethodInfo methodInfo in methodInfos)
{
if ((methodInfo.inputMethodName != null) && (methodInfo.outputMethodName != null))
{
RRMethod parsingRRMethod = new RRMethod(methodInfo, parsingComplexType);
parsingRRMethod.AddRequest(methodInfo.methodName, methodInfo.methodNameNs);
parsingRRMethod.AddResponse(methodInfo.methodName, methodInfo.methodNameNs);
parsingComplexType.AddMethod(parsingRRMethod);
}
else if (methodInfo.inputMethodName != null)
{
OnewayMethod parsingOWMethod = new OnewayMethod(methodInfo, parsingComplexType);
parsingComplexType.AddMethod(parsingOWMethod);
parsingOWMethod.AddMessage(methodInfo.methodName, methodInfo.methodNameNs);
}
else
{
throw new SUDSParserException(
String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_WsdlInvalidMessage"),
methodInfo.methodName));
}
}
}
}
private void ResolveWsdlInterface(WsdlBinding binding, WsdlBindingSuds suds)
{
Util.Log("WsdlParser.ResolveWsdlInterface "+binding.name+" ns "+binding.parsingNamespace.Namespace+" suds "+suds.typeName);
URTNamespace parsingNamespace = binding.parsingNamespace;
URTNamespace sudsNamespace = AddNewNamespace(suds.ns);
/*
if (sudsNamespace == null)
{
sudsNamespace = new URTNamespace(suds.ns, this);
}
*/
URTInterface parsingInterface = sudsNamespace.LookupInterface(suds.typeName);
if (parsingInterface == null)
{
parsingInterface = new URTInterface(suds.typeName, sudsNamespace.Name, sudsNamespace.Namespace, sudsNamespace.EncodedNS, this);
sudsNamespace.AddInterface(parsingInterface);
}
if (suds.extendsTypeName != null)
{
parsingInterface.Extends(suds.extendsTypeName, suds.extendsNs, this);
}
foreach (WsdlBindingSudsImplements impl in suds.implements)
{
parsingInterface.Extends(impl.typeName, impl.ns, this);
}
ArrayList methodInfos = ResolveWsdlMethodInfo(binding);
foreach (WsdlMethodInfo methodInfo in methodInfos)
{
if ((methodInfo.inputMethodName != null) && (methodInfo.outputMethodName != null))
{
RRMethod parsingRRMethod = new RRMethod(methodInfo, null);
parsingRRMethod.AddRequest(methodInfo.methodName, methodInfo.methodNameNs);
parsingRRMethod.AddResponse(methodInfo.methodName, methodInfo.methodNameNs);
parsingInterface.AddMethod(parsingRRMethod);
}
else if (methodInfo.inputMethodName != null)
{
OnewayMethod parsingOWMethod = new OnewayMethod(methodInfo.methodName, methodInfo.soapAction, null);
parsingOWMethod.AddMessage(methodInfo.methodName, methodInfo.methodNameNs);
parsingInterface.AddMethod(parsingOWMethod);
}
else
{
throw new SUDSParserException(
String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_WsdlInvalidMessage"),
methodInfo.methodName));
}
}
}
private void ResolveWsdlNestedType(WsdlBinding binding, WsdlBindingSuds suds, WsdlBindingSudsNestedType nested)
{
Util.Log("WsdlParser.ResolveWsdlNestedType "+binding.name+" ns "+binding.parsingNamespace.Namespace+" suds "+suds.typeName+" nestedName "+nested.name+" nestedTypeName "+nested.typeName);
String className = suds.typeName;
String ns = nested.ns;
String nestedName = nested.name;
String nestedTypeName = nested.typeName;
if (suds.ns != ns)
{
throw new SUDSParserException(
String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_CantResolveNestedTypeNS"),
suds.typeName, suds.ns));
}
URTNamespace sudsNamespace = AddNewNamespace(suds.ns);
URTComplexType outerType = sudsNamespace.LookupComplexType(suds.typeName);
if (outerType == null)
{
throw new SUDSParserException(
String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_CantResolveNestedType"),
suds.typeName, suds.ns));
}
BaseType innerType = sudsNamespace.LookupType(nested.typeName);
if (innerType == null)
{
// Can be URTSimpleType for Enum
Util.Log("WsdlParser.ResolveWsdlNestedType cann't find inner type "+nested.typeName+" className "+className+" ns "+ns);
innerType = sudsNamespace.LookupComplexType(nested.typeName);
if (innerType == null)
{
innerType = new URTComplexType(nested.typeName, sudsNamespace.Name, sudsNamespace.Namespace, sudsNamespace.EncodedNS, _blockDefault ,false, false, this, sudsNamespace);
sudsNamespace.AddComplexType((URTComplexType)innerType);
}
}
innerType.bNestedType = true;
innerType.NestedTypeName = nested.name;
innerType.FullNestedTypeName = nested.typeName;
innerType.OuterTypeName = suds.typeName;
outerType.AddNestedType(innerType);
}
private ArrayList ResolveWsdlAddress(WsdlBinding binding)
{
Util.Log("WsdlParser.ResolveWsdlAddress "+binding.name);
ArrayList serviceEndpoints = null;
if (_bWrappedProxy)
{
foreach (WsdlService service in wsdlServices)
{
WsdlServicePort port = (WsdlServicePort)service.ports[binding.name];
if (port != null)
{
serviceEndpoints = port.locations;
break;
}
if (serviceEndpoints != null)
break;
}
}
return serviceEndpoints;
}
private ArrayList ResolveWsdlMethodInfo(WsdlBinding binding)
{
Util.Log("WsdlParser.ResolveWsdlMethodInfo "+binding.name);
ArrayList methodInfos = new ArrayList(10);
Hashtable propertyMethod = new Hashtable(3);
for (int i=0; i 4))
bGet = true;
else if ((methodInfo.methodName.StartsWith("set_", StringComparison.Ordinal) && methodInfo.methodName.Length > 4))
bSet = true;
if (bGet || bSet)
{
bool bNew = false;
String propertyName = methodInfo.methodName.Substring(4);
WsdlMethodInfo propertyMethodInfo = (WsdlMethodInfo)propertyMethod[propertyName];
if (propertyMethodInfo == null)
{
propertyMethod[propertyName] = methodInfo;
methodInfos.Add(methodInfo);
propertyMethodInfo = methodInfo;
methodInfo.propertyName = propertyName;
methodInfo.bProperty = true;
bNew = true;
}
if (bGet)
{
propertyMethodInfo.bGet = true;
propertyMethodInfo.soapActionGet = opSoap.soapAction;
}
else
{
propertyMethodInfo.bSet = true;
propertyMethodInfo.soapActionSet = opSoap.soapAction;
//propertyMethodInfo.Dump();
}
if (!bNew)
continue; //already processed this property
}
else
methodInfos.Add(methodInfo);
methodInfo.soapAction = opSoap.soapAction;
WsdlPortType portType = (WsdlPortType)wsdlPortTypes[binding.type];
if ((portType == null) || (portType.operations.Count != binding.operations.Count))
{
throw new SUDSParserException(
String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_WsdlInvalidPortType"),
binding.type));
}
// PortType operations are obtained by the
WsdlPortTypeOperation portTypeOp = null;
foreach (WsdlBindingOperationSection opSec in op.sections)
{
if (MatchingStrings(opSec.elementName, s_inputString))
{
portTypeOp = (WsdlPortTypeOperation)portType.sections[opSec.name];
Util.Log("WsdlParser.ResolveWsdlMethodInfo find portTypeOp 1 "+opSec.name+" portTypeOp "+portTypeOp);
if (portTypeOp == null)
{
//this is for interop testing because other implementations are using the opSec.name wrong.
// a "Request" is not being added to the end of the name.
int index = opSec.name.LastIndexOf("Request");
if (index > 0)
{
String newOpName = opSec.name.Substring(0, index);
portTypeOp = (WsdlPortTypeOperation)portType.sections[newOpName];
Util.Log("WsdlParser.ResolveWsdlMethodInfo find portTypeOp 2 "+newOpName+" portTypeOp "+portTypeOp);
}
}
if (portTypeOp != null && portTypeOp.parameterOrder != null && portTypeOp.parameterOrder.Length > 0)
{
methodInfo.paramNamesOrder = portTypeOp.parameterOrder.Split(' ');
}
foreach (WsdlBindingSoapBody body in opSec.extensions)
{
if (body.namespaceUri != null || body.namespaceUri.Length > 0)
methodInfo.inputMethodNameNs = body.namespaceUri;
}
}
else if (MatchingStrings(opSec.elementName, s_outputString))
{
foreach (WsdlBindingSoapBody body in opSec.extensions)
{
if (body.namespaceUri != null || body.namespaceUri.Length > 0)
methodInfo.outputMethodNameNs = body.namespaceUri;
}
}
}
/*
if (portTypeOp == null)
{
throw new SUDSParserException(
String.Format(CoreChannel.GetResourceString("Remoting_Suds_WsdlInvalidPortType"),
binding.type));
}
*/
if (portTypeOp != null)
{
foreach (WsdlPortTypeOperationContent content in portTypeOp.contents)
{
if (MatchingStrings(content.element, s_inputString))
{
methodInfo.inputMethodName = content.message;
if (methodInfo.inputMethodNameNs == null)
methodInfo.inputMethodNameNs = content.messageNs;
WsdlMessage message = (WsdlMessage)wsdlMessages[content.message];
if (message == null)
{
throw new SUDSParserException(
String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_WsdlMissingMessage"),
content.message));
}
else
{
if (message.parts != null)
{
methodInfo.inputNames = new String[message.parts.Count];
methodInfo.inputNamesNs = new String[message.parts.Count];
methodInfo.inputElements = new String[message.parts.Count];
methodInfo.inputElementsNs = new String[message.parts.Count];
methodInfo.inputTypes = new String[message.parts.Count];
methodInfo.inputTypesNs = new String[message.parts.Count];
for (int ip=0; ip curDepth)
{
String elementName = _XMLReader.LocalName;
//if (MatchingSchemaNamespace())
{
if (MatchingStrings(elementName, s_complexTypeString))
ParseComplexType(parsingNamespace, null);
else if (MatchingStrings(elementName, s_simpleTypeString))
ParseSimpleType(parsingNamespace, null);
else if (MatchingStrings(elementName, s_schemaString))
ParseSchema();
else if (MatchingStrings(elementName, s_elementString))
ParseElementDecl(parsingNamespace);
else if (MatchingStrings(elementName, s_importString))
ParseSchemaImportElement();
else if (MatchingStrings(elementName, s_includeString))
ParseSchemaIncludeElement();
else
goto SkipXMLNode;
continue;
}
SkipXMLNode:
// Ignore others elements such as annotations
SkipXmlElement();
}
return;
}
// Resolves internal references
private void Resolve()
{
Util.Log("WsdlParser.Resolve");
for (int i=0;i<_URTNamespaces.Count;i++)
((URTNamespace)_URTNamespaces[i]).ResolveElements(this);
for (int i=0;i<_URTNamespaces.Count;i++)
((URTNamespace)_URTNamespaces[i]).ResolveTypes(this);
for (int i=0;i<_URTNamespaces.Count;i++)
((URTNamespace)_URTNamespaces[i]).ResolveMethods();
}
// Lookup a given attribute position.
// Note that the supplied strings must have been atomized
private String LookupAttribute(String attrName, String attrNS, bool throwExp)
{
Util.Log("WsdlParser.LookupAttribute Enter "+attrName+", NS "+attrNS+", Exp "+throwExp);
String value = s_emptyString;
bool bPresent;
if (attrNS != null)
bPresent = _XMLReader.MoveToAttribute(attrName, attrNS);
else
bPresent = _XMLReader.MoveToAttribute(attrName);
if (bPresent)
value = Atomize(_XMLReader.Value.Trim());
_XMLReader.MoveToElement();
if ((bPresent == false) && (throwExp == true))
{
throw new SUDSParserException(
String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_AttributeNotFound"),
attrName, XMLReader.LineNumber, XMLReader.LinePosition, XMLReader.Name));
}
Util.Log("WsdlParser.LookupAttribute exit "+attrName+"="+value+", NS "+attrNS+", Exp "+throwExp);
return(value);
}
// Resolves type attribute into its constituent parts
private void ResolveTypeAttribute(ref String typeName, out String typeNS,
out bool bEmbedded, out bool bPrimitive)
{
Util.Log("WsdlParser.ResolveTypeAttribute typeName "+typeName);
if (MatchingStrings(typeName, s_emptyString))
{
typeName = s_objectString;
typeNS = SchemaNamespaceString;
bEmbedded = true;
bPrimitive = false;
}
else
{
// The type field is a QName
typeNS = ParseQName(ref typeName);
// Check for reference and array types
ResolveTypeNames(ref typeNS, ref typeName, out bEmbedded, out bPrimitive);
}
return;
}
// Parses a qname
private String ParseQName(ref String qname)
{
return ParseQName(ref qname, null);
}
private String ParseQName(ref String qname, URTNamespace defaultNS)
{
URTNamespace returnNS = null;
return ParseQName( ref qname, defaultNS, out returnNS);
}
private String ParseQName(ref String qname, URTNamespace defaultNS, out URTNamespace returnNS)
{
Util.Log("WsdlParser.ParseQName Enter qname "+qname+" default xmlns NS "+_XMLReader.LookupNamespace(""));
String ns = null;
returnNS = null;
if ((qname == null) || (qname.Length == 0))
{
Util.Log("WsdlParser.ParseQName Exit null");
return null;
}
int colonIndex = qname.IndexOf(":");
if (colonIndex == -1)
{
// The default namespace is the s_empty string (this will need to change)
//textWriter.WriteLine("DefaultNS: " + _XMLReader.LookupNamespace(s_emptyString) + '\n' +
// "ElementNS: " + _XMLReader.Namespace);
// Should this be element namespace or default namespace
// For attributes names, element namespace makes more sense
// For QName values, default namespace makes more sense
// I am currently returning default namespace
returnNS = defaultNS;
if (defaultNS == null)
{
Util.Log("WsdlParser.ParseQName Exit defaultNS qname "+qname);
ns = _XMLReader.LookupNamespace("");
}
else
{
Util.Log("WsdlParser.ParseQName Exit defaultNS qname "+qname+" default "+defaultNS.Name);
ns = defaultNS.Name;
}
}
else
{
// Get the suffix and atmoize it
String prefix = qname.Substring(0, colonIndex);
qname = Atomize(qname.Substring(colonIndex+1));
ns = _XMLReader.LookupNamespace(prefix);
}
ns = Atomize(ns);
URTNamespace xns = LookupNamespace(ns);
if (xns == null)
{
xns = new URTNamespace(ns, this);
}
returnNS = xns;
Util.Log("WsdlParser.ParseQName Exit qname "+qname+" typeString "+ns+" returnNS "+(returnNS == null?"null":returnNS.Name));
return(ns);
}
// Returns true if the type needs to be qualified with namespace
private bool Qualify(String typeNS, String curNS)
{
Util.Log("WsdlParser.Qualify typeNS "+typeNS+" curNS "+curNS);
if (MatchingSchemaStrings(typeNS) ||
MatchingStrings(typeNS, s_soapNamespaceString) ||
MatchingStrings(typeNS, s_wsdlSoapNamespaceString) ||
MatchingStrings(typeNS, "System") ||
MatchingStrings(typeNS, curNS))
return(false);
return(true);
}
// Returns true if the current element node namespace has matching namespace
private bool MatchingNamespace(String elmNS)
{
Util.Log("WsdlParser.MatchingNamespace "+elmNS+" ***** "+_XMLReader.NamespaceURI);
if (MatchingStrings(_XMLReader.NamespaceURI, elmNS))
// ||
// MatchingStrings(_XMLReader.Prefix, s_emptyString))
return(true);
return(false);
}
private bool MatchingSchemaNamespace()
{
Util.Log("WsdlParser.MatchingSchemaNamespace ");
if (MatchingNamespace(s_schemaNamespaceString))
return true;
else if (MatchingNamespace(s_schemaNamespaceString1999))
{
_xsdVersion = XsdVersion.V1999;
return true;
}
else if (MatchingNamespace(s_schemaNamespaceString2000))
{
_xsdVersion = XsdVersion.V2000;
return true;
}
else if (MatchingNamespace(s_schemaNamespaceString))
{
_xsdVersion = XsdVersion.V2001;
return true;
}
else
{
return false;
}
}
static StringBuilder vsb = new StringBuilder();
internal static string IsValidUrl(string value)
{
if (value == null)
{
return "\"\"";
}
vsb.Length= 0;
vsb.Append("@\"");
for (int i=0; i 0 && returnstr[0] == '@')
return returnstr.Substring(1);
else return returnstr;
}
internal static string IsValidCS(string identifier) {
if (identifier == null || identifier.Length == 0 || identifier == " ") return identifier;
string originalIdentifier = identifier;
int index = identifier.IndexOf('[');
string arraybrackets = null;
if (index > -1)
{
arraybrackets = identifier.Substring(index);
identifier = identifier.Substring(0,index);
// Check arraybrackets
for (int i=0; i 0) sb.Append(".");
if (IsCSharpKeyword(names[i]))
{
sb.Append("@");
newIdent = true;
}
CheckValidIdentifier(names[i]);
sb.Append(names[i]);
}
if (newIdent)
{
if (arraybrackets != null)
sb.Append(arraybrackets);
return sb.ToString();
}
return originalIdentifier;
}
// Returns true if the atomized strings match
private static bool MatchingStrings(String left, String right)
{
//Util.Log("WsdlParser.MatchingStrings left "+left+" right "+right);
return((Object) left == (Object) right);
}
private bool MatchingSchemaStrings(String left)
{
Util.Log("WsdlParser.MatchingSchemaStrings left "+left+" _xsdVersion "+((Enum)_xsdVersion).ToString());
if (MatchingStrings(left, s_schemaNamespaceString1999))
{
_xsdVersion = XsdVersion.V1999;
return true;
}
else if (MatchingStrings(left, s_schemaNamespaceString2000))
{
_xsdVersion = XsdVersion.V2000;
return true;
}
else if (MatchingStrings(left, s_schemaNamespaceString))
{
_xsdVersion = XsdVersion.V2001;
return true;
}
else
return false;
}
// Atmozie the given string
internal String Atomize(String str)
{
// Always atmoize using the table defined on the
// current XML parser
return(_XMLReader.NameTable.Add(str));
}
// Maps URT types to CSharp types
private String MapSchemaTypesToCSharpTypes(String xsdType)
{
Util.Log("SudsConverter.MapSchemaTypesToCSharpTypes Enter "+xsdType);
String stype = xsdType;
int index = xsdType.IndexOf('[');
if (index != -1)
stype = xsdType.Substring(0, index);
String clrType = SudsConverter.MapXsdToClrTypes(stype);
if (clrType == null)
throw new SUDSParserException(
String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_CantResolveTypeInNS"),
xsdType, s_schemaNamespaceString));
// Handle array types
if (index != -1)
clrType = clrType + xsdType.Substring(index);
Util.Log("SudsConverter.MapSchemaTypesToCSharpTypes Exit Type "+clrType);
return clrType;
}
// Return true if the given type is a primitive type
private bool IsPrimitiveType(String typeNS, String typeName)
{
Util.Log("WsdlParser.IsPrimitiveType typeNS "+typeNS+" typeName "+typeName);
bool fReturn = false;
if (MatchingSchemaStrings(typeNS))
{
if (!MatchingStrings(typeName, s_urTypeString))
fReturn = true;
}
return(fReturn);
}
// Looksup a matching namespace
private URTNamespace LookupNamespace(String name)
{
Util.Log("WsdlParser.lookupNamespace name "+name+" number of NS "+_URTNamespaces.Count);
for (int i=0;i<_URTNamespaces.Count;i++)
{
URTNamespace urtNS = (URTNamespace) _URTNamespaces[i];
if (WsdlParser.MatchingStrings(urtNS.Name, name))
//Util.Log("WsdlParser.lookupNamespace search ns "+urtNS.Name+" input "+name);
//if (urtNS.Name == name)
{
Util.Log("WsdlParser.lookupNamespace search ns found "+urtNS.GetHashCode()+" "+urtNS.Name+" input "+name);
return(urtNS);
}
}
Util.Log("WsdlParser.lookupNamespace search ns Not found "+name);
return(null);
}
// This routine is used when finding and creating namespaces during the resolve phase.
// These references are from binding section which support encoded rpc. Any namespace
// not referenced during this phase will be pruned before creating proxy. This will
// prevent Types not used from being placed in the proxy.
internal URTNamespace AddNewNamespace(String ns)
{
Util.Log("WsdlParser.AddNewNamespace name "+ns);
if (ns == null)
return null;
URTNamespace xns = LookupNamespace(ns);
if (xns == null)
{
xns = new URTNamespace(ns, this);
Util.Log("WsdlParser.AddNewNamespace new namespace "+ns);
}
else
{
Util.Log("WsdlParser.AddNewNamespace existing namespace "+ns);
}
if (!xns.IsSystem)
xns.bReferenced= true;
return xns;
}
internal void AddNamespace(URTNamespace xns)
{
//Util.Log("WsdlParser.AddNamespace "+xns.GetHashCode()+" "+xns.Namespace);
_URTNamespaces.Add(xns);
}
// Prints the parsed entities
private void PrintCSC()
{
Util.Log("WsdlParser.PrintCSC ");
int interopCount = 0;
// For interop, recalculate the interop names
for (int i=0;i<_URTNamespaces.Count;i++)
{
URTNamespace urtNS = (URTNamespace) _URTNamespaces[i];
if (!urtNS.IsEmpty && urtNS.UrtType == UrtType.Interop)
{
if (interopCount == 0)
urtNS.EncodedNS = _proxyNamespace;
else
urtNS.EncodedNS = _proxyNamespace+interopCount;
interopCount++;
Util.Log("WsdlParser.PrintCSC Interop "+urtNS.EncodedNS+" "+urtNS.Namespace+" urtType "+((Enum)urtNS.UrtType).ToString());
}
}
for (int i=0;i<_URTNamespaces.Count;i++)
{
URTNamespace urtNS = (URTNamespace) _URTNamespaces[i];
if (!urtNS.IsEmpty && !(urtNS.UrtType == UrtType.UrtSystem || urtNS.UrtType == UrtType.Xsd || urtNS.UrtType == UrtType.None))
{
Util.Log("WsdlParser.PrintCSC fileName urtNS "+urtNS.Namespace+" urtType "+((Enum)urtNS.UrtType).ToString());
String fileName = urtNS.IsURTNamespace ? urtNS.AssemName : urtNS.EncodedNS;
int index = fileName.IndexOf(','); // reduce to simple assembly name
if (index > -1)
{
fileName = fileName.Substring(0,index);
}
Util.Log("WsdlParser.PrintCSC fileName "+fileName+" "+urtNS.Namespace);
String completeFileName = "";
WriterStream output = WriterStream.GetWriterStream(ref _writerStreams, _outputDir, fileName, ref completeFileName);
if (completeFileName.Length > 0)
_outCodeStreamList.Add(completeFileName);
urtNS.PrintCSC(output);
}
}
return;
}
internal UrtType IsURTExportedType(String name, out String ns, out String assemName)
{
Util.Log("WsdlParser.IsURTExportedType Enter "+name);
//Console.WriteLine("Parsing " + name);
UrtType urtType = UrtType.None;
ns = null;
assemName = null;
if (MatchingSchemaStrings(name))
{
Util.Log("WsdlParser.IsURTExportedType trace 1 "+name);
urtType = UrtType.Xsd;
}
else
{
Util.Log("WsdlParser.IsURTExportedType trace 2 "+name);
if (SoapServices.IsClrTypeNamespace(name))
{
SoapServices.DecodeXmlNamespaceForClrTypeNamespace(name, out ns, out assemName);
if (assemName == null)
{
assemName = typeof(String).Assembly.GetName().Name;
urtType = UrtType.UrtSystem;
}
else
urtType = UrtType.UrtUser;
}
if (urtType == UrtType.None)
{
ns = name;
assemName = ns;
urtType = UrtType.Interop;
}
ns = Atomize(ns);
assemName = Atomize(assemName);
}
//Console.WriteLine("NS: " + ns + " Assembly: " + assemName);
Util.Log("WsdlParser.IsURTExportedType Exit "+((Enum)urtType).ToString());
return(urtType);
}
internal String GetTypeString(String curNS, bool bNS, URTNamespace urtNS, String typeName, String typeNS)
{
Util.Log("WsdlParser.GetTypeString Entry curNS "+curNS+" bNS "+bNS+" URTNamespace "+urtNS.Name+" typeName "+typeName+" typeNS "+typeNS);
String type;
URTComplexType ct = urtNS.LookupComplexType(typeName);
if (ct != null && ct.IsArray())
{
if (ct.GetArray() == null)
ct.ResolveArray();
String arrayName = ct.GetArray();
URTNamespace arrayNS = ct.GetArrayNS();
StringBuilder sb = new StringBuilder(50);
if (arrayNS.EncodedNS != null && Qualify(urtNS.EncodedNS, arrayNS.EncodedNS))
{
sb.Append(WsdlParser.IsValidCSAttr(arrayNS.EncodedNS));
sb.Append('.');
}
sb.Append(WsdlParser.IsValidCSAttr(arrayName));
type = sb.ToString();
}
else
{
String encodedNS = null;
if (urtNS.UrtType == UrtType.Interop)
encodedNS = urtNS.EncodedNS;
else
encodedNS = typeNS;
if (bNS && Qualify(encodedNS, curNS))
{
StringBuilder sb = new StringBuilder(50);
if (encodedNS != null)
{
sb.Append(WsdlParser.IsValidCSAttr(encodedNS));
sb.Append('.');
}
sb.Append(WsdlParser.IsValidCSAttr(typeName));
type = sb.ToString();
}
else
{
type = typeName;
}
}
int index = type.IndexOf('+');
if (index > 0)
{
// nested type, replace + with . Should be done earlier when forming names
if (bNS)
type = type.Replace('+', '.');
else
type = type.Substring(0,index);
}
Util.Log("WsdlParser.GetTypeString Exit type "+type);
return(type);
}
// Creates and initializes the name table if neccessary
static private XmlNameTable CreatePrimedNametable()
{
Util.Log("WsdlParser.CreatePrimedNametable");
//Interlocked.Increment(ref s_counter);
/*if(s_atomizedTable == null)
{
// Create a new nametable
//MTNameTable newTable = new MTNameTable(true);
}*/
NameTable newTable = new NameTable();
// Atomically update static location to point to the current table
/*Object oldTable = Interlocked.CompareExchange(ref s_atomizedTable, newTable, null);
if(oldTable != null)
newTable = (MTNameTable) oldTable; */
// Atomize frequently used strings for perf
// The following ops are not done inside a lock as they are idempotent
s_emptyString = newTable.Add(String.Empty);
s_complexTypeString = newTable.Add("complexType");
s_simpleTypeString = newTable.Add("simpleType");
s_elementString = newTable.Add("element");
s_enumerationString = newTable.Add("enumeration");
s_encodingString = newTable.Add("encoding");
s_attributeString = newTable.Add("attribute");
s_attributesString = newTable.Add("attributes");
s_allString = newTable.Add("all");
s_sequenceString = newTable.Add("sequence");
s_choiceString = newTable.Add("choice");
s_minOccursString = newTable.Add("minOccurs");
s_maxOccursString = newTable.Add("maxOccurs");
s_unboundedString = newTable.Add("unbounded");
s_oneString = newTable.Add("1");
s_zeroString = newTable.Add("0");
s_nameString = newTable.Add("name");
s_typeString = newTable.Add("type");
s_baseString = newTable.Add("base");
s_valueString = newTable.Add("value");
s_interfaceString = newTable.Add("interface");
s_serviceString = newTable.Add("service");
s_extendsString = newTable.Add("extends");
s_addressesString = newTable.Add("addresses");
s_addressString = newTable.Add("address");
s_uriString = newTable.Add("uri");
s_implementsString = newTable.Add("implements");
s_nestedTypeString = newTable.Add("nestedType");
s_requestString = newTable.Add("request");
s_responseString = newTable.Add("response");
s_requestResponseString = newTable.Add("requestResponse");
s_messageString = newTable.Add("message");
s_locationString = newTable.Add("location");
s_schemaLocationString = newTable.Add("schemaLocation");
s_importString = newTable.Add("import");
s_onewayString = newTable.Add("oneway");
s_includeString = newTable.Add("include");
s_refString = newTable.Add("ref");
s_refTypeString = newTable.Add("refType");
s_referenceString = newTable.Add("Reference");
s_objectString = newTable.Add("Object");
s_urTypeString = newTable.Add("anyType");
s_arrayString = newTable.Add("Array");
s_sudsString = newTable.Add("suds");
s_methodString = newTable.Add("method");
s_useString = newTable.Add("use");
s_rootTypeString = newTable.Add("rootType");
s_soapString = newTable.Add("soap");
s_serviceDescString = newTable.Add("serviceDescription");
s_schemaString = newTable.Add("schema");
s_targetNamespaceString = newTable.Add("targetNamespace");
s_namespaceString = newTable.Add("namespace");
s_idString = newTable.Add("ID");
s_soapActionString = newTable.Add("soapAction");
s_schemaNamespaceString1999 = newTable.Add(SudsConverter.Xsd1999);
s_instanceNamespaceString1999 = newTable.Add(SudsConverter.Xsi1999);
s_schemaNamespaceString2000 = newTable.Add(SudsConverter.Xsd2000);
s_instanceNamespaceString2000 = newTable.Add(SudsConverter.Xsi2000);
s_schemaNamespaceString = newTable.Add(SudsConverter.Xsd2001);
s_instanceNamespaceString = newTable.Add(SudsConverter.Xsi2001);
s_soapNamespaceString = newTable.Add("urn:schemas-xmlsoap-org:soap.v1");
//s_sudsNamespaceString = newTable.Add("urn:schemas-xmlsoap-org:suds.v1");
s_sudsNamespaceString = newTable.Add("urn:schemas-xmlsoap-org:soap-sdl-2000-01-25");
//s_URTNamespaceString = newTable.Add("urn:schamas-xmlsoap-org:urt.v1");
//s_serviceNamespaceString = newTable.Add("urn:schemas-xmlsoap-org:servicedesc.v1");
s_serviceNamespaceString = newTable.Add("urn:schemas-xmlsoap-org:sdl.2000-01-25");
// Wsdl strings
s_definitionsString = newTable.Add("definitions");
s_wsdlNamespaceString = newTable.Add("http://schemas.xmlsoap.org/wsdl/");
s_wsdlSoapNamespaceString = newTable.Add("http://schemas.xmlsoap.org/wsdl/soap/");
s_wsdlSudsNamespaceString = newTable.Add("http://www.w3.org/2000/wsdl/suds");
s_enumTypeString = newTable.Add("enumType");
s_typesString = newTable.Add("types");
s_partString = newTable.Add("part");
s_portTypeString = newTable.Add("portType");
s_operationString = newTable.Add("operation");
s_inputString = newTable.Add("input");
s_outputString = newTable.Add("output");
s_bindingString = newTable.Add("binding");
s_classString = newTable.Add("class");
s_structString = newTable.Add("struct");
s_ISerializableString = newTable.Add("ISerializable");
s_marshalByRefString = newTable.Add("MarshalByRefObject");
s_delegateString = newTable.Add("Delegate");
s_servicedComponentString = newTable.Add("ServicedComponent");
s_comObjectString = newTable.Add("__ComObject");
s_portString = newTable.Add("port");
s_styleString = newTable.Add("style");
s_transportString = newTable.Add("transport");
s_encodedString = newTable.Add("encoded");
s_faultString = newTable.Add("fault");
s_bodyString = newTable.Add("body");
s_partsString = newTable.Add("parts");
s_headerString = newTable.Add("header");
s_encodingStyleString = newTable.Add("encodingStyle");
s_restrictionString = newTable.Add("restriction");
s_complexContentString = newTable.Add("complexContent");
s_soapEncodingString = newTable.Add("http://schemas.xmlsoap.org/soap/encoding/");
s_arrayTypeString = newTable.Add("arrayType");
s_parameterOrderString = newTable.Add("parameterOrder");
return((XmlNameTable) newTable);
// Enqueue a timer if it has not already been done
/*Timer timer = new Timer(new TimerCallback(Cleanup), null, 1000, 1000);
Object existingTimer = Interlocked.CompareExchange(ref s_enqueuedTimer, timer, null);
if(existingTimer != null)
timer.Dispose(); */
//}
//return((XmlNameTable) s_atomizedTable);
}
// Private fields
private XmlTextReader _XMLReader;
private ArrayList _URTNamespaces;
private ReaderStream _parsingInput;
internal bool _bWrappedProxy;
private String _proxyNamespace;
private int _proxyNamespaceCount = 0;
private ReaderStream _readerStreamsWsdl;
private ReaderStream _readerStreamsXsd;
private String _outputDir;
private ArrayList _outCodeStreamList;
private WriterStream _writerStreams;
private SchemaBlockType _blockDefault;
private XsdVersion _xsdVersion;
private Hashtable wsdlMessages = new Hashtable(10);
private Hashtable wsdlPortTypes = new Hashtable(10);
private ArrayList wsdlBindings = new ArrayList(10);
private ArrayList wsdlServices = new ArrayList(10);
private Stack _currentReaderStack = new Stack(5);
private Stack _currentSchemaReaderStack = new Stack(5);
private XmlNameTable _primedNametable = null;
//static private Object s_atomizedTable = null;
//static private int s_counter = 0;
//static private Object s_enqueuedTimer = null;
static private String s_emptyString;
static private String s_complexTypeString;
static private String s_simpleTypeString;
static private String s_elementString;
static private String s_enumerationString;
static private String s_encodingString;
static private String s_attributeString;
static private String s_attributesString;
static private String s_allString;
static private String s_sequenceString;
static private String s_choiceString;
static private String s_minOccursString;
static private String s_maxOccursString;
static private String s_unboundedString;
static private String s_oneString;
static private String s_zeroString;
static private String s_nameString;
static private String s_enumTypeString;
static private String s_typeString;
static private String s_baseString;
static private String s_valueString;
static private String s_interfaceString;
static private String s_serviceString;
static private String s_extendsString;
static private String s_addressesString;
static private String s_addressString;
static private String s_uriString;
static private String s_implementsString;
static private String s_nestedTypeString;
static private String s_requestString;
static private String s_responseString;
static private String s_requestResponseString;
static private String s_messageString;
static private String s_locationString;
static private String s_schemaLocationString;
static private String s_importString;
static private String s_includeString;
static private String s_onewayString;
static private String s_refString;
static private String s_refTypeString;
static private String s_referenceString;
static private String s_arrayString;
static private String s_objectString;
static private String s_urTypeString;
static private String s_methodString;
static private String s_sudsString;
static private String s_useString;
static private String s_rootTypeString;
static private String s_soapString;
static private String s_serviceDescString;
static private String s_schemaString;
static private String s_targetNamespaceString;
static private String s_namespaceString;
static private String s_idString;
static private String s_soapActionString;
static private String s_instanceNamespaceString;
static private String s_schemaNamespaceString;
static private String s_instanceNamespaceString1999;
static private String s_schemaNamespaceString1999;
static private String s_instanceNamespaceString2000;
static private String s_schemaNamespaceString2000;
static private String s_soapNamespaceString;
static private String s_sudsNamespaceString;
static private String s_serviceNamespaceString;
//Wsdl
static private String s_definitionsString;
static private String s_wsdlNamespaceString;
static private String s_wsdlSoapNamespaceString;
static private String s_wsdlSudsNamespaceString;
static private String s_typesString;
static private String s_partString;
static private String s_portTypeString;
static private String s_operationString;
static private String s_inputString;
static private String s_outputString;
static private String s_bindingString;
static private String s_classString;
static private String s_structString;
static private String s_ISerializableString;
static private String s_marshalByRefString;
static private String s_delegateString;
static private String s_servicedComponentString;
static private String s_comObjectString;
static private String s_portString;
static private String s_styleString;
static private String s_transportString;
static private String s_encodedString;
static private String s_faultString;
static private String s_bodyString;
static private String s_partsString;
static private String s_headerString;
static private String s_encodingStyleString;
static private String s_restrictionString;
static private String s_complexContentString;
static private String s_soapEncodingString;
static private String s_arrayTypeString;
static private String s_parameterOrderString;
/***************************************************************
**
** Private classes used by SUDS Parser
**
***************************************************************/
// Input streams
internal class ReaderStream
{
internal ReaderStream(String location)
{
Util.Log("ReaderStream.ReaderStream "+location);
_location = location;
_name = String.Empty;
_targetNS = String.Empty;
_uniqueNS = null;
_reader = null;
_next = null;
}
internal String Location
{
get { return(_location);}
set { _location = value;}
}
internal String Name
{
set { _name = value;}
}
internal String TargetNS
{
get { return(_targetNS);}
set { _targetNS = value;}
}
internal URTNamespace UniqueNS
{
get { return(_uniqueNS);}
set { _uniqueNS = value;}
}
internal TextReader InputStream
{
get { return(_reader);}
set { _reader = value;}
}
internal Uri Uri
{
get { return(_uri);}
set { _uri = value;}
}
internal static void GetReaderStream(ReaderStream inputStreams, ReaderStream newStream)
{
Util.Log("ReaderStream.GetReaderStream "+newStream.Location);
ReaderStream input = inputStreams;
ReaderStream last;
do
{
Util.Log("ReaderStream.GetReaderStream location match input.location "+input._location+" location "+newStream.Location);
if (input._location == newStream.Location)
return;
last = input;
input = input._next;
} while (input != null);
input = newStream;
last._next = input;
return;
}
internal static ReaderStream GetNextReaderStream(ReaderStream input)
{
Util.Log("ReaderStream.GetNextReaderStream "+input._next);
return input._next;
}
private String _location;
private String _name;
private String _targetNS;
private URTNamespace _uniqueNS;
private TextReader _reader;
private ReaderStream _next;
private Uri _uri;
}
internal class WriterStream
{
private WriterStream(String fileName, TextWriter writer)
{
Util.Log("WriterStream.WriterStream "+fileName);
_fileName = fileName;
_writer = writer;
}
internal TextWriter OutputStream
{
get { return(_writer);}
}
internal bool GetWrittenTo()
{
return _bWrittenTo;
}
internal void SetWrittenTo()
{
_bWrittenTo = true;
}
internal static void Flush(WriterStream writerStream)
{
while (writerStream != null)
{
writerStream._writer.Flush();
writerStream = writerStream._next;
}
return;
}
internal static WriterStream GetWriterStream(ref WriterStream outputStreams, String outputDir, String fileName, ref String completeFileName)
{
Util.Log("WriterStream.GetWriterStream "+fileName);
WriterStream output = outputStreams;
while (output != null)
{
if (output._fileName == fileName)
return(output);
output = output._next;
}
String diskFileName = fileName;
if (diskFileName.EndsWith(".exe", StringComparison.Ordinal) || diskFileName.EndsWith(".dll", StringComparison.Ordinal))
diskFileName = diskFileName.Substring(0, diskFileName.Length - 4);
String _completeFileName = outputDir + diskFileName + ".cs";
completeFileName = _completeFileName;
//TextWriter textWriter = new StreamWriter(outputDir + fileName + ".cs", false);
TextWriter textWriter = new StreamWriter(_completeFileName, false, new UTF8Encoding(false));
output = new WriterStream(fileName, textWriter);
output._next = outputStreams;
outputStreams = output;
Util.Log("WriterStream.GetWriterStream in fileName "+fileName+" completeFileName "+_completeFileName);
return(output);
}
internal static void Close(WriterStream outputStreams)
{
WriterStream output = outputStreams;
while (output != null)
{
output._writer.Close();
output = output._next;
}
}
private String _fileName;
private TextWriter _writer;
private WriterStream _next;
private bool _bWrittenTo = false;
}
// Represents a parameter of a method
[Serializable]
internal enum URTParamType
{
IN, OUT, REF
}
internal class URTParam
{
internal URTParam(String name, String typeName, String typeNS, String encodedNS,
URTParamType pType, bool bEmbedded, WsdlParser parser, URTNamespace urtNamespace)
{
Util.Log("URTParam.URTParam name "+name+" typeName "+typeName+" typeNS "+typeNS+" ecodedNS "+encodedNS+" pType "+pType+" bEmbedded "+bEmbedded);
_name = name;
_typeName = typeName;
_typeNS = typeNS;
_encodedNS = encodedNS;
_pType = pType;
_embeddedParam = bEmbedded;
_parser = parser;
_urtNamespace = urtNamespace;
}
public override bool Equals(Object obj)
{
//Util.Log("URTParam.Equals ");
URTParam suppliedParam = (URTParam) obj;
if (_pType == suppliedParam._pType &&
WsdlParser.MatchingStrings(_typeName, suppliedParam._typeName) &&
WsdlParser.MatchingStrings(_typeNS, suppliedParam._typeNS))
return(true);
return(false);
}
public override int GetHashCode()
{
return base.GetHashCode();
}
internal URTParamType ParamType
{
get { return(_pType);}
set { _pType = value;}
}
internal String Name
{
get { return(_name);}
}
internal String TypeName
{
get { return(_typeName);}
}
internal String TypeNS
{
get { return(_typeNS);}
}
internal String GetTypeString(String curNS, bool bNS)
{
return _parser.GetTypeString(curNS, bNS, _urtNamespace, _typeName, _encodedNS);
}
internal void PrintCSC( StringBuilder sb, String curNS)
{
Util.Log("URTParam.PrintCSC curNS "+curNS+" name "+_name);
//if(_embeddedParam)
// sb.Append("[Embedded] ");
sb.Append(PTypeString[(int) _pType]);
sb.Append(GetTypeString(curNS, true));
sb.Append(' ');
sb.Append(WsdlParser.IsValidCS(_name));
return;
}
internal void PrintCSC(StringBuilder sb)
{
Util.Log("URTParam.PrintCSC name "+_name);
sb.Append(PTypeString[(int) _pType]);
sb.Append(WsdlParser.IsValidCS(_name));
return;
}
static private String[] PTypeString = { "", "out ", "ref "};
private String _name;
private String _typeName;
private String _typeNS;
private String _encodedNS;
private URTParamType _pType;
private bool _embeddedParam;
private URTNamespace _urtNamespace;
private WsdlParser _parser;
}
[Flags]
internal enum MethodPrintEnum
{
PrintBody = 0x1,
InterfaceMethods = 0x2,
InterfaceInClass = 0x4,
}
[Flags]
internal enum MethodFlags
{
None = 0x0,
Public = 0x1,
Protected = 0x2,
Override = 0x4,
New = 0x8,
Virtual = 0x10,
Internal = 0x20,
}
// Represents a method
internal abstract class URTMethod
{
internal static bool FlagTest(MethodPrintEnum flag, MethodPrintEnum target)
{
if ((flag & target) == target)
return true;
else
return false;
}
internal static bool MethodFlagsTest(MethodFlags flag, MethodFlags target)
{
if ((flag & target) == target)
return true;
else
return false;
}
internal URTMethod(String name, String soapAction, String methodAttributes, URTComplexType complexType)
{
Util.Log("URTMethod.URTMethod name "+name+" soapAction "+soapAction+" attributes "+methodAttributes+" complexType "+complexType);
_methodName = name;
_soapAction = soapAction;
_methodType = null;
_complexType = complexType;
int index = name.IndexOf('.');
_methodFlags = MethodFlags.None;
// set method flags
if (methodAttributes != null && methodAttributes.Length > 0)
{
String[] attributes = methodAttributes.Split(' ');
foreach (String attribute in attributes)
{
if (attribute == "virtual")
_methodFlags |= MethodFlags.Virtual;
if (attribute == "new")
_methodFlags |= MethodFlags.New;
if (attribute == "override")
_methodFlags |= MethodFlags.Override;
if (attribute == "public")
_methodFlags |= MethodFlags.Public;
if (attribute == "protected")
_methodFlags |= MethodFlags.Protected;
if (attribute == "internal")
_methodFlags |= MethodFlags.Internal;
}
}
Util.Log("URTMethod.URTMethod methodFlags "+((Enum)_methodFlags).ToString());
}
internal String Name
{
get { return(_methodName);}
}
internal String SoapAction
{
get { return(_soapAction);}
}
internal MethodFlags MethodFlags
{
get { return(_methodFlags);}
set { _methodFlags = value;}
}
internal String GetTypeString(String curNS, bool bNS)
{
Util.Log("URTMethod.GetTypeString curNS "+curNS+" bNS "+bNS);
return((_methodType != null) ? _methodType.GetTypeString(curNS, bNS) : "void");
}
protected URTParam MethodType
{
get { return(_methodType);}
}
public override int GetHashCode()
{
return base.GetHashCode();
}
public override bool Equals(Object obj)
{
URTMethod suppliedMethod = (URTMethod) obj;
if (WsdlParser.MatchingStrings(_methodName, suppliedMethod._methodName) &&
_params.Count == suppliedMethod._params.Count)
{
for (int i=0;i<_params.Count;i++)
{
if (_params[i].Equals(suppliedMethod._params[i]) == false)
return(false);
}
return(true);
}
return(false);
}
internal MethodFlags GetMethodFlags(MethodInfo method)
{
return(_methodFlags);
}
internal void AddParam(URTParam newParam)
{
Util.Log("URTMethod.AddParam "+newParam.Name);
for (int i=0;i<_params.Count;i++)
{
URTParam extParam = (URTParam) _params[i];
if (WsdlParser.MatchingStrings(extParam.Name, newParam.Name))
{
if (extParam.ParamType == URTParamType.IN &&
newParam.ParamType == URTParamType.OUT &&
WsdlParser.MatchingStrings(extParam.TypeName, newParam.TypeName) &&
WsdlParser.MatchingStrings(extParam.TypeNS, newParam.TypeNS))
{
extParam.ParamType = URTParamType.REF;
return;
}
throw new SUDSParserException(CoreChannel.GetResourceString("Remoting_Suds_DuplicateParameter"));
}
}
// Find parameter position
int paramPosition = -1;
if (_paramNamesOrder != null)
{
// Parameter order find the parameter position or determine if the parameter is a return value
for (int i=0; i<_paramNamesOrder.Length; i++)
{
if (_paramNamesOrder[i] == newParam.Name)
{
paramPosition = i;
break;
}
}
if (paramPosition == -1)
{
// return value
_methodType = newParam;
}
else
{
// Parameter, add the correct position
//_params[paramPosition] = newParam; // _params array list is the size of the parameters.
_params.Add(newParam);
_paramPosition.Add(paramPosition);
}
}
else
{
// no parameterOrder in wsdl, do the best we can to determine if there is a return value
if ((_methodType == null) && (newParam.ParamType == URTParamType.OUT))
{
// return value
_methodType = newParam;
}
else
{
// parameter put as the next parameter
_params.Add(newParam);
}
}
}
internal void ResolveMethodAttributes()
{
Util.Log("URTMethod.ResolveMethodAttributes "+Name+" MethodFlags "+((Enum)_methodFlags).ToString());
if (!(MethodFlagsTest(_methodFlags,MethodFlags.Override) || MethodFlagsTest(_methodFlags,MethodFlags.New)))
FindMethodAttributes();
}
private void FindMethodAttributes()
{
Util.Log("URTMethod.FindMethodAttributes "+Name+" complexType "+_complexType);
if (_complexType == null)
return;
Util.Log("URTMethod.FindMethodAttributes "+_complexType.Name);
ArrayList inherit = _complexType.Inherit;
Type baseType = null;
if (inherit == null)
{
inherit = new ArrayList();
if (_complexType.SUDSType == SUDSType.ClientProxy)
baseType = typeof(System.Runtime.Remoting.Services.RemotingClientProxy);
else if (_complexType.SudsUse == SudsUse.MarshalByRef)
baseType = typeof(MarshalByRefObject);
else if (_complexType.SudsUse == SudsUse.ServicedComponent)
baseType = typeof(MarshalByRefObject);
if (baseType == null)
return;
while (baseType != null)
{
Util.Log("URTMethod.FindMethodAttributes baseType Enter "+baseType);
inherit.Add(baseType);
baseType = baseType.BaseType;
}
_complexType.Inherit = inherit;
}
BindingFlags bFlags = BindingFlags.DeclaredOnly | BindingFlags.Instance | BindingFlags.Public | BindingFlags.NonPublic;
bool bVirtual = MethodFlagsTest(_methodFlags, MethodFlags.Virtual);
Util.Log("URTMethod.FindMethodAttributes "+Name+" bVirtual "+bVirtual);
// See if method hides inherited methods
bool bfound = false;
for (int j=0; j 0)
{
Util.Log("URTMethod.PrintCSC Invoke _params[0] 1 PrintCSC");
((URTParam) _params[0]).PrintCSC(sb, curNS);
for (int i=1;i<_params.Count;i++)
{
sb.Append(", ");
Util.Log("URTMethod.PrintCSC Invoke _params 2 PrintCSC "+i);
((URTParam) _params[i]).PrintCSC(sb, curNS);
}
}
sb.Append(')');
}
if (_wsdlMethodInfo.bProperty && FlagTest(methodPrintEnum, MethodPrintEnum.InterfaceMethods))
{
sb.Append("{");
if (_wsdlMethodInfo.bGet)
sb.Append(" get; ");
if (_wsdlMethodInfo.bSet)
sb.Append(" set; ");
sb.Append("}");
}
else if (!FlagTest(methodPrintEnum, MethodPrintEnum.PrintBody))
sb.Append(';');
textWriter.WriteLine(sb);
if (_wsdlMethodInfo.bProperty && FlagTest(methodPrintEnum, MethodPrintEnum.PrintBody))
PrintPropertyBody(textWriter,indentation, sb, bodyPrefix);
else if (FlagTest(methodPrintEnum, MethodPrintEnum.PrintBody))
{
sb.Length = 0;
sb.Append(indentation);
sb.Append('{');
textWriter.WriteLine(sb);
String newIndentation = indentation + " ";
if (bodyPrefix == null)
{
for (int i=0;i<_params.Count;i++)
{
URTParam param = (URTParam) _params[i];
if (param.ParamType == URTParamType.OUT)
{
sb.Length = 0;
sb.Append(newIndentation);
sb.Append(WsdlParser.IsValidCS(param.Name));
sb.Append(" = ");
sb.Append(ValueString(param.GetTypeString(curNS, true)));
sb.Append(';');
textWriter.WriteLine(sb);
}
}
Util.Log("URTMethod.PrintCSC return print");
sb.Length = 0;
sb.Append(newIndentation);
sb.Append("return");
String returnString = ValueString(GetTypeString(curNS, true));
if (returnString != null)
{
sb.Append('(');
sb.Append(returnString);
sb.Append(')');
}
sb.Append(';');
}
else
{
sb.Length = 0;
sb.Append(newIndentation);
if (ValueString(GetTypeString(curNS, true)) != null)
sb.Append("return ");
PrintMethodName(sb, bodyPrefix, _methodName);
//sb.Append(bodyPrefix);
//sb.Append(_methodName);
sb.Append('(');
if (_params.Count > 0)
{
Util.Log("URTMethod.PrintCSC Invoke _params[0] 3 PrintCSC");
((URTParam) _params[0]).PrintCSC(sb);
for (int i=1;i<_params.Count;i++)
{
sb.Append(", ");
Util.Log("URTMethod.PrintCSC Invoke _params 4 PrintCSC");
((URTParam) _params[i]).PrintCSC(sb);
}
}
sb.Append(");");
}
textWriter.WriteLine(sb);
textWriter.Write(indentation);
textWriter.WriteLine('}');
}
}
private void PrintSoapAction(String action, StringBuilder sb)
{
sb.Append("[SoapMethod(SoapAction=");
sb.Append(WsdlParser.IsValidUrl(action));
sb.Append(")]");
}
private void PrintPropertyBody(TextWriter textWriter, String indentation, StringBuilder sb, String bodyPrefix)
{
#if false
[SoapMethod(SoapAction="http://schemas.microsoft.com/clr/nsassem/Testing.TestSimpleObject/test12#get_Value")]
get{return ((TestSimpleObject) _tp).Value;}
[SoapMethod(SoapAction="http://schemas.microsoft.com/clr/nsassem/Testing.TestSimpleObject/test12#set_Value")]
set{((TestSimpleObject) _tp).Value = value;}
#endif
sb.Length = 0;
sb.Append(indentation);
sb.Append('{');
textWriter.WriteLine(sb);
String newIndentation = indentation + " ";
sb.Length = 0;
sb.Append(newIndentation);
if (_wsdlMethodInfo.bGet)
{
sb.Length = 0;
sb.Append(newIndentation);
PrintSoapAction(_wsdlMethodInfo.soapActionGet, sb);
textWriter.WriteLine(sb);
sb.Length = 0;
sb.Append(newIndentation);
sb.Append("get{return ");
PrintMethodName(sb, bodyPrefix, _wsdlMethodInfo.propertyName);
//sb.Append(bodyPrefix);
//sb.Append(_wsdlMethodInfo.propertyName);
sb.Append(";}");
textWriter.WriteLine(sb);
}
if (_wsdlMethodInfo.bSet)
{
if (_wsdlMethodInfo.bGet)
textWriter.WriteLine();
sb.Length = 0;
sb.Append(newIndentation);
PrintSoapAction(_wsdlMethodInfo.soapActionSet, sb);
textWriter.WriteLine(sb);
sb.Length = 0;
sb.Append(newIndentation);
sb.Append("set{");
PrintMethodName(sb, bodyPrefix, _wsdlMethodInfo.propertyName);
//sb.Append(bodyPrefix);
//sb.Append(_wsdlMethodInfo.propertyName);
sb.Append("= value;}");
textWriter.WriteLine(sb);
}
sb.Length = 0;
sb.Append(indentation);
sb.Append('}');
textWriter.WriteLine(sb);
}
private void PrintMethodName(StringBuilder sb, String bodyPrefix, String name)
{
int index = name.LastIndexOf('.');
if (index < 0)
{
sb.Append(bodyPrefix);
sb.Append(WsdlParser.IsValidCS(name));
}
else
{
// interface name, need to reconstruct bodyPrefix and strip name qualifier
String iface = name.Substring(0,index);
String methodName = name.Substring(index+1);
if (bodyPrefix == null)
{
// Non-wrapped proxy
sb.Append("(");
sb.Append(WsdlParser.IsValidCS(iface));
sb.Append(")");
sb.Append(WsdlParser.IsValidCS(methodName));
}
else
{
// wrapped proxy
sb.Append("((");
sb.Append(WsdlParser.IsValidCS(iface));
sb.Append(") _tp).");
sb.Append(WsdlParser.IsValidCS(methodName));
}
}
}
// Returns string that is appropriate for the return type
internal static String ValueString(String paramType)
{
String valueString;
if (paramType == "void")
valueString = null;
else if (paramType == "bool")
valueString = "false";
else if (paramType == "string")
valueString = "null";
else if (paramType == "sbyte" ||
paramType == "byte" ||
paramType == "short" ||
paramType == "ushort" ||
paramType == "int" ||
paramType == "uint" ||
paramType == "long" ||
paramType == "ulong")
valueString = "1";
else if (paramType == "float" ||
paramType == "exfloat")
valueString = "(float)1.0";
else if (paramType == "double" ||
paramType == "exdouble")
valueString = "1.0";
else
{
StringBuilder sb = new StringBuilder(50);
sb.Append('(');
sb.Append(WsdlParser.IsValidCS(paramType));
sb.Append(") (Object) null");
valueString = sb.ToString();
}
Util.Log("URTMethod.ValueString paramType "+paramType+" valueString "+valueString);
return(valueString);
}
// This method is called when the parsing is complete
// and is useful for derived types
internal abstract void ResolveTypes(WsdlParser parser);
// Helper method used by Resolve
protected void ResolveWsdlParams(WsdlParser parser, String targetNS, String targetName,
bool bRequest, WsdlMethodInfo wsdlMethodInfo)
{
Util.Log("URTMethod.ResolveWsdlParams targetName "+targetName+" targetNS "+targetNS+" bRequest "+bRequest+" wsdlMethodInfo "+wsdlMethodInfo);
_wsdlMethodInfo = wsdlMethodInfo;
_paramNamesOrder = _wsdlMethodInfo.paramNamesOrder;
int length;
if (_wsdlMethodInfo.bProperty)
length = 1;
else if (bRequest)
length = wsdlMethodInfo.inputNames.Length;
else
length = wsdlMethodInfo.outputNames.Length;
for (int i=0; i 0)
{
int lastParameter = parameters.Length-1;
for (int l=0;l 0)
sb.Append(" : ");
if (_baseIFaces.Count > 0)
{
sb.Append(WsdlParser.IsValidCSAttr(((BaseInterface) _baseIFaces[0]).GetName(curNS)));
for (int i=1;i<_baseIFaces.Count;i++)
{
sb.Append(", ");
sb.Append(WsdlParser.IsValidCSAttr(((BaseInterface) _baseIFaces[i]).GetName(curNS)));
}
}
textWriter.WriteLine(sb);
textWriter.Write(indentation);
textWriter.WriteLine('{');
String newIndentation = indentation + " ";
String namePrefix = " ";
Util.Log("URTInterface.PrintCSC method count "+_methods.Count);
for (int i=0;i<_methods.Count;i++)
{
Util.Log("URTInterface.PrintCSC Invoke methods in Interface PrintCSC "+Name+" methodName "+((URTMethod) _methods[i]).Name);
NewNeeded((URTMethod)_methods[i]);
((URTMethod) _methods[i]).PrintCSC(textWriter, newIndentation,
namePrefix, curNS, MethodPrintEnum.InterfaceMethods, bURTType,
null, sb);
}
textWriter.Write(indentation);
textWriter.WriteLine('}');
}
// No longer used
internal override void PrintClassMethods(TextWriter textWriter,
String indentation,
String curNS,
ArrayList printedIFaces,
bool bProxy,
StringBuilder sb)
{
Util.Log("URTInterface.PrintClassMethods method "+Name+" curNS "+curNS+" bProxy "+bProxy);
// Return if the interface has already been printed
for (int i=0;i 0)
{
sb.Append("// ");
sb.Append(WsdlParser.IsValidCS(Name));
sb.Append(" interface Methods");
textWriter.WriteLine(sb);
sb.Length = 0;
sb.Append(' ');
String ifaceName = GetName(curNS);
sb.Append(WsdlParser.IsValidCS(ifaceName));
sb.Append('.');
String namePrefix = sb.ToString();
String bodyPrefix = null;
if (bProxy)
{
sb.Length = 0;
sb.Append("((");
sb.Append(WsdlParser.IsValidCS(ifaceName));
sb.Append(") _tp).");
bodyPrefix = sb.ToString();
}
MethodPrintEnum methodPrintEnum = MethodPrintEnum.PrintBody | MethodPrintEnum.InterfaceInClass;
for (int i=0;i<_methods.Count;i++)
{
Util.Log("URTInterface.PrintClassMethods URTMethod invoke interface methods in class PrintCSC "+Name+" methodName "+((URTMethod) _methods[i]));
((URTMethod) _methods[i]).PrintCSC(textWriter, indentation,
namePrefix, curNS, methodPrintEnum,
true, bodyPrefix, sb);
}
}
for (int i=0;i<_baseIFaces.Count;i++)
{
Util.Log("URTInterface.PrintClassMethods BaseIFaces "+Name);
((BaseInterface) _baseIFaces[i]).PrintClassMethods(textWriter,
indentation,
curNS,
printedIFaces,
bProxy, sb);
}
}
private WsdlParser _parser;
private ArrayList _baseIFaces;
private ArrayList _baseIFaceNames;
private ArrayList _methods;
private ArrayList _extendsInterface;
}
// Represents a field of a type
internal class URTField
{
internal URTField(String name, String typeName, String xmlNS, WsdlParser parser,
bool bPrimitive, bool bEmbedded, bool bAttribute, bool bOptional,
bool bArray, String arraySize, URTNamespace urtNamespace)
{
Util.Log("URTField.URTField "+name+" typeName "+typeName+" xmlNS "+xmlNS+" bPrimitive "+bPrimitive+" bEmbedded "+bEmbedded+" bAttribute "+bAttribute);
_name = name;
_typeName = typeName;
_parser = parser;
String typeAssemName;
UrtType urtType = parser.IsURTExportedType(xmlNS, out _typeNS, out typeAssemName);
if (urtType == UrtType.Interop)
_encodedNS = urtNamespace.EncodedNS;
else
_encodedNS = _typeNS;
_primitiveField = bPrimitive;
_embeddedField = bEmbedded;
_attributeField = bAttribute;
_optionalField = bOptional;
_arrayField = bArray;
_arraySize = arraySize;
_urtNamespace = urtNamespace;
}
internal String TypeName
{
get
{
if (_arrayField)
return(_typeName + "[]");
return(_typeName);
}
}
internal String TypeNS
{
get { return(_typeNS);}
}
internal bool IsPrimitive
{
get { return(_primitiveField);}
}
internal bool IsArray
{
get { return(_arrayField);}
}
internal String GetTypeString(String curNS, bool bNS)
{
return _parser.GetTypeString (curNS, bNS, _urtNamespace, TypeName, _typeNS);
}
internal void PrintCSC(TextWriter textWriter, String indentation,
String curNS, StringBuilder sb)
{
Util.Log("URTField.PrintCSC name "+_name+" curNS"+curNS);
if (_embeddedField)
{
textWriter.Write(indentation);
textWriter.WriteLine("[SoapField(Embedded=true)]");
}
sb.Length = 0;
sb.Append(indentation);
sb.Append("public ");
sb.Append(WsdlParser.IsValidCSAttr(GetTypeString(curNS, true)));
sb.Append(' ');
sb.Append(WsdlParser.IsValidCS(_name));
sb.Append(';');
textWriter.WriteLine(sb);
}
private String _name;
private String _typeName;
private String _typeNS;
private String _encodedNS;
private bool _primitiveField;
private bool _embeddedField;
private bool _attributeField;
private bool _optionalField;
private bool _arrayField;
private String _arraySize;
private WsdlParser _parser;
private URTNamespace _urtNamespace;
}
internal abstract class SchemaFacet
{
protected SchemaFacet()
{
}
internal virtual void ResolveTypes(WsdlParser parser)
{
}
internal abstract void PrintCSC(TextWriter textWriter, String newIndentation,
String curNS, StringBuilder sb);
}
internal class EnumFacet : SchemaFacet
{
internal EnumFacet(String valueString, int value)
: base()
{
Util.Log("EnumFacet.EnumFacet valueString "+valueString+" value "+value);
_valueString = valueString;
_value = value;
}
internal override void PrintCSC(TextWriter textWriter, String newIndentation,
String curNS, StringBuilder sb)
{
Util.Log("EnumFacet.PrintCSC _valueString "+_valueString+" value "+_value+" curNS "+curNS);
sb.Length = 0;
sb.Append(newIndentation);
sb.Append(WsdlParser.IsValidCS(_valueString));
sb.Append(" = ");
sb.Append(_value);
sb.Append(',');
textWriter.WriteLine(sb);
return;
}
private String _valueString;
private int _value;
}
// Represents a Base type
internal abstract class BaseType
{
internal BaseType(String name, String urlNS, String ns, String encodedNS)
{
_searchName = name;
_name = name;
_urlNS = urlNS;
_namespace = ns;
_elementName = _name;
_elementNS = ns;
_encodedNS = encodedNS;
Util.Log("BaseType.BaseType in name "+name+" storedname "+_name+" nested "+_bNestedType);
}
internal String Name
{
get { return(_name);}
set { _name = value;}
}
internal String SearchName
{
get { return(_searchName);}
set { _searchName = value;}
}
internal String OuterTypeName
{
set { _outerTypeName = value;}
}
internal String NestedTypeName
{
get { return(_nestedTypeName);}
set { _nestedTypeName = value;}
}
internal String FullNestedTypeName
{
set { _fullNestedTypeName = value;}
}
internal bool bNestedType
{
get { return(_bNestedType);}
set { _bNestedType = value;}
}
internal bool bNestedTypePrint
{
get { return(_bNestedTypePrint);}
set { _bNestedTypePrint = value;}
}
internal String UrlNS
{
get { return(_urlNS);}
}
internal String Namespace
{
get { return(_namespace);}
}
internal String ElementName
{
set { _elementName = value;}
}
internal String ElementNS
{
set { _elementNS = value;}
}
internal bool IsURTType
{
get {
Util.Log("BaseType.IsURTType _namespace "+_namespace+" _encodedNS "+_encodedNS+" "+((Object) _namespace == (Object) _encodedNS));
return((Object) _namespace == (Object) _encodedNS);}
}
internal virtual String GetName(String curNS)
{
String name;
if (MatchingStrings(_namespace, curNS))
name = _name;
else
{
StringBuilder sb = new StringBuilder(_encodedNS, 50);
sb.Append('.');
sb.Append(WsdlParser.IsValidCS(_name));
name = sb.ToString();
}
return(name);
}
internal abstract MethodFlags GetMethodFlags(URTMethod method);
internal abstract bool IsEmittableFieldType
{
get;
}
internal abstract String FieldName
{
get;
}
internal abstract String FieldNamespace
{
get;
}
internal abstract bool PrimitiveField
{
get;
}
private String _name;
private String _searchName;
private String _urlNS;
private String _namespace;
private String _elementName;
private String _elementNS;
private String _encodedNS;
internal ArrayList _nestedTypes; // nested types within this type
internal String _nestedTypeName; //If this type is nested, name of nested type (without + mangle)
internal String _fullNestedTypeName; //If this type is nested, name of nested type (without + mangle) with outer class qualifier
internal String _outerTypeName;
internal bool _bNestedType = false; //Contains nested types
internal bool _bNestedTypePrint = false;
}
// Representa a system type
internal class SystemType : BaseType
{
internal SystemType(String name, String urlNS, String ns, String assemName)
: base(name, urlNS, ns, ns)
{
Util.Log("SystemType.SystemType name "+name+" ns "+ns+" assemName "+assemName);
Debug.Assert(ns.StartsWith("System", StringComparison.Ordinal), "Invalid System type");
String fullName = ns + '.' + name;
Assembly assem = null;
if (assemName == null)
assem = typeof(string).Assembly;
else
#pragma warning disable 618
assem = Assembly.LoadWithPartialName(assemName, null);
#pragma warning restore 618
if (assem == null)
throw new SUDSParserException(String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_AssemblyNotFound"), assemName));
_type = assem.GetType(fullName, true);
}
internal override MethodFlags GetMethodFlags(URTMethod method)
{
BindingFlags bFlags = BindingFlags.DeclaredOnly | BindingFlags.Instance |
BindingFlags.Public | BindingFlags.NonPublic;
Type type = _type;
while (type != null)
{
MethodInfo[] methods = type.GetMethods(bFlags);
for (int i=0;i 0)
_enumType = MapToEnumType(_parser.MapSchemaTypesToCSharpTypes(typeName));
}
}
private String MapToEnumType(String type)
{
String etype = null;
if (type == "Byte")
etype = "byte";
else if (type == "SByte")
etype = "sbyte";
else if (type == "Int16")
etype = "short";
else if (type == "UInt16")
etype = "ushort";
else if (type == "Int32")
etype = "int";
else if (type == "UInt32")
etype = "uint";
else if (type == "Int64")
etype = "long";
else if (type == "UInt64")
etype = "ulong";
else
throw new SUDSParserException(
String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_InvalidEnumType"), type));
return etype;
}
internal void AddFacet(SchemaFacet facet)
{
Util.Log("URTSimpleType.AddFacet");
_facets.Add(facet);
}
internal override bool IsEmittableFieldType
{
get
{
if (_fieldString == null)
{
if ((_bAnonymous == true) &&
(_facets.Count == 0) &&
(_encoding != null) &&
(_baseTypeName == "binary") &&
(_parser.MatchingSchemaStrings(_baseTypeXmlNS)))
_fieldString = "byte[]";
else
_fieldString = String.Empty;
}
return(_fieldString != String.Empty);
}
}
internal override String FieldName
{
get { return(_fieldString);}
}
internal override String FieldNamespace
{
get {
String schemaStr = null;
if (_parser._xsdVersion == XsdVersion.V1999)
schemaStr = s_schemaNamespaceString1999;
else if (_parser._xsdVersion == XsdVersion.V2000)
schemaStr = s_schemaNamespaceString2000;
else if (_parser._xsdVersion == XsdVersion.V2001)
schemaStr = s_schemaNamespaceString;
return schemaStr;
}
}
internal override bool PrimitiveField
{
get { return(true);}
}
internal override String GetName(String curNS)
{
if ((_fieldString != null) && (_fieldString != String.Empty))
return(_fieldString);
Util.Log("URTSimpleType.GetName curNS "+curNS+" return "+base.GetName(curNS));
return(base.GetName(curNS));
}
internal void PrintCSC(TextWriter textWriter, String indentation,
String curNS, StringBuilder sb)
{
Util.Log("URTSimpleType.PrintCSC name "+Name+" curNS "+curNS);
// Print only if the type is not an emittable field type
if (IsEmittableFieldType == true)
return;
if (bNestedType && !bNestedTypePrint)
return;
// Handle encoding
if (_encoding != null)
{
// sb.Length = 0;
// sb.Append(indentation);
}
sb.Length = 0;
sb.Append("\n");
sb.Append(indentation);
sb.Append("[");
sb.Append("Serializable, ");
sb.Append("SoapType(");
if (_parser._xsdVersion == XsdVersion.V1999)
{
sb.Append("SoapOptions=SoapOption.Option1|SoapOption.AlwaysIncludeTypes|SoapOption.XsdString|SoapOption.EmbedAll,");
}
else if (_parser._xsdVersion == XsdVersion.V2000)
{
sb.Append("SoapOptions=SoapOption.Option2|SoapOption.AlwaysIncludeTypes|SoapOption.XsdString|SoapOption.EmbedAll,");
}
// Need namespace for clr type because proxy dll might have a different name than server dll
sb.Append("XmlNamespace=");
sb.Append(WsdlParser.IsValidUrl(UrlNS));
sb.Append(", XmlTypeNamespace=");
sb.Append(WsdlParser.IsValidUrl(UrlNS));
sb.Append(")]");
textWriter.WriteLine(sb);
// Print type
sb.Length = 0;
sb.Append(indentation);
// Handle Enum case
if (IsEnum)
sb.Append("public enum ");
else
sb.Append("public class ");
if (_bNestedType)
sb.Append(WsdlParser.IsValidCS(NestedTypeName));
else
sb.Append(WsdlParser.IsValidCS(Name));
if (_baseType != null)
{
sb.Append(" : ");
sb.Append(WsdlParser.IsValidCSAttr(_baseType.GetName(curNS)));
}
else if (IsEnum && _enumType != null && _enumType.Length > 0)
{
sb.Append(" : ");
sb.Append(WsdlParser.IsValidCSAttr(_enumType));
}
textWriter.WriteLine(sb);
textWriter.Write(indentation);
textWriter.WriteLine('{');
String newIndentation = indentation + " ";
for (int i=0;i<_facets.Count;i++)
{
Util.Log("URTSimpleType.PrintCSC Invoke _facets PrintCSC ");
((SchemaFacet) _facets[i]).PrintCSC(textWriter, newIndentation, curNS, sb);
}
textWriter.Write(indentation);
textWriter.WriteLine('}');
return;
}
internal override MethodFlags GetMethodFlags(URTMethod method)
{
Debug.Assert(false, "GetMethodFlags called on a SimpleSchemaType");
return(0);
}
private String _baseTypeName;
private String _baseTypeXmlNS;
private BaseType _baseType;
private String _fieldString;
private bool _bEnum;
private bool _bAnonymous;
private String _encoding;
private ArrayList _facets;
private String _enumType;
private WsdlParser _parser;
}
// Represents a complex type
internal class URTComplexType : BaseType
{
internal URTComplexType(String name, String urlNS, String ns, String encodedNS,
SchemaBlockType blockDefault, bool bSUDSType, bool bAnonymous, WsdlParser parser, URTNamespace xns)
: base(name, urlNS, ns, encodedNS)
{
Util.Log("URTComplexType.URTComplexType name "+this.GetHashCode()+" "+name+" urlNS "+urlNS+" ns "+ns+" encodedNS "+encodedNS+" bSUDStype "+bSUDSType+" bAnonymous "+bAnonymous);
_baseTypeName = null;
_baseTypeXmlNS = null;
_baseType = null;
_connectURLs = null;
_bStruct = !bSUDSType;
_blockType = blockDefault;
_bSUDSType = bSUDSType;
_bAnonymous = bAnonymous;
Debug.Assert(bAnonymous == false || _bSUDSType == false);
_fieldString = null;
_fields = new ArrayList();
_methods = new ArrayList();
_implIFaces = new ArrayList();
_implIFaceNames = new ArrayList();
_sudsType = SUDSType.None;
_parser = parser;
int index = name.IndexOf('+');
if (index > 0)
{
// Nested type see if outer type has been added to namespace
String outerType = parser.Atomize(name.Substring(0,index));
URTComplexType cs = xns.LookupComplexType(outerType);
if (cs == null)
{
URTComplexType newCs = new URTComplexType(outerType, urlNS, ns, encodedNS, blockDefault, bSUDSType, bAnonymous, parser, xns);
Util.Log("URTComplexType.URTComplexType add outerType to namespace "+outerType+" nestedname "+name);
xns.AddComplexType(newCs);
}
}
if (xns.UrtType == UrtType.Interop)
{
// Interop class names can have '.', replace these with '_', and set wire name to original type name.
index = name.LastIndexOf('.');
if (index > -1)
{
// class names can't have '.' so replace with '$'. Use xmlType attribute to send original name on wire.
_wireType = name;
Name = name.Replace(".", "_");
SearchName = name;
}
}
}
internal void AddNestedType(BaseType ct)
{
if (_nestedTypes == null)
_nestedTypes = new ArrayList(10);
_nestedTypes.Add(ct);
}
internal void Extends(String baseTypeName, String baseTypeNS)
{
Util.Log("URTComplexType.Extends baseTypeName "+baseTypeName+" baseTypeNS "+baseTypeNS);
_baseTypeName = baseTypeName;
_baseTypeXmlNS = baseTypeNS;
}
internal void Implements(String iFaceName, String iFaceNS, WsdlParser parser)
{
Util.Log("URTComplexType.Implements IFaceName "+iFaceName+" iFaceNS "+iFaceNS);
_implIFaceNames.Add(iFaceName);
_implIFaceNames.Add(iFaceNS);
// Urt namespace will not have schema, they need to be recorded.
URTNamespace parsingNamespace = parser.AddNewNamespace(iFaceNS);
/*
if (parsingNamespace == null)
{
parsingNamespace = new URTNamespace(iFaceNS, parser);
}
*/
URTInterface parsingInterface = parsingNamespace.LookupInterface(iFaceName);
if (parsingInterface == null)
{
parsingInterface = new URTInterface(iFaceName, parsingNamespace.Name, parsingNamespace.Namespace, parsingNamespace.EncodedNS, _parser);
parsingNamespace.AddInterface(parsingInterface);
}
}
internal ArrayList ConnectURLs
{
set {
_connectURLs = value;
}
}
internal bool IsStruct
{
set { _bStruct = value;}
}
internal bool IsSUDSType
{
get { return(_bSUDSType);}
set {_bSUDSType = value; _bStruct = !value;}
}
internal SUDSType SUDSType
{
get { return(_sudsType);}
set { _sudsType = value;}
}
internal SudsUse SudsUse
{
get { return(_sudsUse);}
set { _sudsUse = value;}
}
internal bool IsValueType
{
set {_bValueType = value;}
}
internal SchemaBlockType BlockType
{
set { _blockType = value;}
}
internal String WireType
{
get { return(_wireType);}
}
internal ArrayList Inherit
{
get { return(_inherit);}
set { _inherit = value;}
}
internal bool IsArray()
{
Util.Log("URTComplexType.IsArray "+this.GetHashCode()+" "+Name+" IsArray "+_arrayType);
if (_arrayType != null)
return true;
else
return false;
}
internal String GetArray()
{
return _clrarray;
}
internal URTNamespace GetArrayNS()
{
return _arrayNS;
}
internal String GetClassName()
{
String cname = null;
if (_bNameMethodConflict)
cname = "C"+Name; // Class name generated from a non-Suds wsdl and a method name and portType conflicted.
else
cname = Name;
return cname;
}
internal bool IsPrint
{
get {return _bprint;}
set {_bprint = value;}
}
internal override bool IsEmittableFieldType
{
get
{
Util.Log("URTComplexType.IsEmittableFieldType _fieldString "+_fieldString+" _bAnonymous "+_bAnonymous+" _fields.Count "+_fields.Count);
if (_fieldString == null)
{
if ((_bAnonymous == true) &&
(_fields.Count == 1))
{
URTField field = (URTField) _fields[0];
if (field.IsArray)
{
_fieldString = field.TypeName;
return(true);
}
}
_fieldString = String.Empty;
}
return(_fieldString != String.Empty);
}
}
internal override String FieldName
{
get { return(_fieldString);}
}
internal override String FieldNamespace
{
get { return(((URTField) _fields[0]).TypeNS);}
}
internal override bool PrimitiveField
{
get { return((((URTField) _fields[0]).IsPrimitive));}
}
internal override String GetName(String curNS)
{
if ((_fieldString != null) && (_fieldString != String.Empty))
return(_fieldString);
return(base.GetName(curNS));
}
internal ArrayList Fields
{
get { return _fields;}
}
internal void AddField(URTField field)
{
Util.Log("URTComplexType.AddField");
_fields.Add(field);
}
internal void AddMethod(URTMethod method)
{
Util.Log("URTComplexType.AddMethod "+method);
if (method.Name == Name)
{
// Type generated from an non-suds wsdl. Append the class name with a C when printing.
_bNameMethodConflict = true;
}
_methods.Add(method);
int index = method.Name.IndexOf('.');
if (index > 0)
method.MethodFlags = MethodFlags.None; //interface qualfied method names have no method modifier
else
method.MethodFlags = method.MethodFlags |= MethodFlags.Public; // method names are public for this version of wsdl
}
private URTMethod GetMethod(String name)
{
Util.Log("URTComplexType.GetMethod "+name+" count "+_methods.Count+" Name "+Name+" base ns "+_baseTypeXmlNS+" base name "+_baseTypeName);
for (int i=0;i<_methods.Count;i++)
{
URTMethod method = (URTMethod) _methods[i];
Util.Log("URTComplexType.GetMethod interate "+method.Name);
if (method.Name == name)
return(method);
}
return(null);
}
internal void ResolveTypes(WsdlParser parser)
{
Util.Log("URTComplexType.ResolveTypes "+Name+" _baseTypeName "+_baseTypeName+" IsSUDSType "+IsSUDSType);
String baseTypeNS = null;
String baseTypeAssemName = null;
if (IsArray())
{
ResolveArray();
return;
}
if (IsSUDSType)
{
// BaseType == null;
if (_sudsType == SUDSType.None)
{
if (_parser._bWrappedProxy)
_sudsType = SUDSType.ClientProxy;
else
_sudsType = SUDSType.MarshalByRef;
}
}
if (_baseTypeName != null)
{
Util.Log("URTComplexType.ResolveTypes 1 ");
UrtType urtType = parser.IsURTExportedType(_baseTypeXmlNS, out baseTypeNS, out baseTypeAssemName);
if (urtType == UrtType.UrtSystem || baseTypeNS.StartsWith("System", StringComparison.Ordinal))
{
_baseType = new SystemType(_baseTypeName, _baseTypeXmlNS, baseTypeNS, baseTypeAssemName);
}
else
{
URTNamespace ns = parser.LookupNamespace(_baseTypeXmlNS);
if (ns == null)
{
throw new SUDSParserException(
String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_CantResolveSchemaNS"),
_baseTypeXmlNS, _baseTypeName));
}
_baseType = ns.LookupComplexType(_baseTypeName);
if (_baseType == null)
{
_baseType = new SystemType(_baseTypeName, _baseTypeXmlNS, baseTypeNS, baseTypeAssemName);
/*
throw new SUDSParserException(
String.Format(CoreChannel.GetResourceString("Remoting_Suds_CantResolveTypeInNS"),
_baseTypeName, _baseTypeXmlNS));
*/
}
}
}
// Top of inheritance hiearchy for a Wrapped proxy is RemotingClientProxy
if (IsSUDSType)
{
if (_parser._bWrappedProxy)
{
if (_baseTypeName == null || _baseType is SystemType)
{
_baseTypeName = "RemotingClientProxy";
//_baseTypeXmlNS = "http://schemas.microsoft.com/urt/NSAssem/System.Runtime.Remoting/System.Runtime.Remoting";
_baseTypeXmlNS = SoapServices.CodeXmlNamespaceForClrTypeNamespace("System.Runtime.Remoting","System.Runtime.Remoting");
baseTypeNS = "System.Runtime.Remoting.Services";
baseTypeAssemName = "System.Runtime.Remoting";
_baseType = new SystemType(_baseTypeName, _baseTypeXmlNS, baseTypeNS, baseTypeAssemName);
}
}
else if (_baseTypeName == null)
{
_baseTypeName = "MarshalByRefObject";
//_baseTypeXmlNS = "http://schemas.microsoft.com/urt/NS/System";
_baseTypeXmlNS = SoapServices.CodeXmlNamespaceForClrTypeNamespace("System", null);
baseTypeNS = "System";
baseTypeAssemName = null;
_baseType = new SystemType(_baseTypeName, _baseTypeXmlNS, baseTypeNS, baseTypeAssemName);
}
}
else if (_baseType == null)
{
Util.Log("URTComplexType.ResolveTypes 5 ");
_baseType = new SystemType("Object", SoapServices.CodeXmlNamespaceForClrTypeNamespace("System", null), "System", null);
}
for (int i=0;i<_implIFaceNames.Count;i=i+2)
{
String implIFaceName = (String) _implIFaceNames[i];
String implIFaceXmlNS = (String) _implIFaceNames[i+1];
String implIFaceNS, implIFaceAssemName;
BaseInterface iFace;
UrtType iType = parser.IsURTExportedType(implIFaceXmlNS, out implIFaceNS,
out implIFaceAssemName);
if (iType == UrtType.UrtSystem)// && implIFaceNS.StartsWith("System", StringComparison.Ordinal))
{
iFace = new SystemInterface(implIFaceName, implIFaceXmlNS, implIFaceNS, parser, implIFaceAssemName);
}
else
{
URTNamespace ns = parser.LookupNamespace(implIFaceXmlNS);
if (ns == null)
{
throw new SUDSParserException(
String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_CantResolveSchemaNS"),
implIFaceXmlNS, implIFaceName));
}
iFace = ns.LookupInterface(implIFaceName);
if (iFace == null)
{
throw new SUDSParserException(
String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_CantResolveTypeInNS"),
implIFaceName, implIFaceXmlNS));
}
}
_implIFaces.Add(iFace);
}
for (int i=0;i<_methods.Count;i++)
((URTMethod) _methods[i]).ResolveTypes(parser);
}
internal void ResolveMethods()
{
Util.Log("URTComplexType.ResolveMethods "+Name);
for (int i=0;i<_methods.Count;i++)
{
URTMethod method = (URTMethod) _methods[i];
/*
if (method.MethodFlags == 0)
method.MethodFlags = _baseType.GetMethodFlags(method);
*/
}
return;
}
internal override MethodFlags GetMethodFlags(URTMethod method)
{
/*
Debug.Assert(method.MethodFlags == 0, "Method has already been considered");
MethodFlags methodFlags = _baseType.GetMethodFlags(method);
for (int i=0;i<_methods.Count;i++)
{
URTMethod thisMethod = (URTMethod) _methods[i];
if (thisMethod.Equals(method))
thisMethod.MethodFlags = method.MethodFlags;
}
*/
return(method.MethodFlags);
}
internal void PrintCSC(TextWriter textWriter, String indentation, String curNS, StringBuilder sb)
{
Util.Log("URTComplexType.PrintCSC enter name "+Name+" curNS "+curNS+" sudsUse "+((Enum)_sudsUse).ToString()+" bNestedType "+bNestedType+" bNestedTypePrint "+bNestedTypePrint);
// Print only if the type is not an emittable field type
if (IsEmittableFieldType == true)
return;
if (bNestedType && !bNestedTypePrint)
return;
// Handle delegate case
sb.Length = 0;
sb.Append(indentation);
if (_baseTypeName != null)
{
String baseName = _baseType.GetName(curNS);
if ((baseName == "System.Delegate") || (baseName == "System.MulticastDelegate"))
{
sb.Append("public delegate ");
URTMethod invokeMethod = GetMethod("Invoke");
if (invokeMethod == null)
{
throw new SUDSParserException(
CoreChannel.GetResourceString("Remoting_Suds_DelegateWithoutInvoke"));
}
String typeString = invokeMethod.GetTypeString(curNS, true);
sb.Append(WsdlParser.IsValidCSAttr(typeString));
sb.Append(' ');
String printName = Name;
int index = printName.IndexOf('.');
if (index > 0)
{
printName = printName.Substring(index+1);
}
sb.Append(WsdlParser.IsValidCS(printName));
sb.Append('(');
invokeMethod.PrintSignature(sb, curNS);
sb.Append(");");
textWriter.WriteLine(sb);
return;
}
}
bool bURTType = IsURTType;
sb.Length = 0;
sb.Append("\n");
sb.Append(indentation);
sb.Append("[");
if (_sudsType != SUDSType.ClientProxy)
sb.Append("Serializable, ");
sb.Append("SoapType(");
if (_parser._xsdVersion == XsdVersion.V1999)
{
sb.Append("SoapOptions=SoapOption.Option1|SoapOption.AlwaysIncludeTypes|SoapOption.XsdString|SoapOption.EmbedAll,");
}
else if (_parser._xsdVersion == XsdVersion.V2000)
{
sb.Append("SoapOptions=SoapOption.Option2|SoapOption.AlwaysIncludeTypes|SoapOption.XsdString|SoapOption.EmbedAll,");
}
if (!bURTType)
{
sb.Append("XmlElementName=");
sb.Append(WsdlParser.IsValidUrl(GetClassName()));
sb.Append(", XmlNamespace=");
sb.Append(WsdlParser.IsValidUrl(Namespace));
sb.Append(", XmlTypeName=");
if (WireType != null)
sb.Append(WsdlParser.IsValidUrl(WireType));
else
sb.Append(WsdlParser.IsValidUrl(GetClassName()));
sb.Append(", XmlTypeNamespace=");
sb.Append(WsdlParser.IsValidUrl(Namespace));
}
else
{
// Need namespace for clr type because proxy dll might have a different name than server dll
sb.Append("XmlNamespace=");
sb.Append(WsdlParser.IsValidUrl(UrlNS));
sb.Append(", XmlTypeNamespace=");
sb.Append(WsdlParser.IsValidUrl(UrlNS));
if (WireType != null)
{
sb.Append(", XmlTypeName=");
sb.Append(WsdlParser.IsValidUrl(WireType));
}
}
sb.Append(")]");
sb.Append("[ComVisible(true)]");
textWriter.WriteLine(sb);
sb.Length = 0;
sb.Append(indentation);
if (_sudsUse == SudsUse.Struct)
sb.Append("public struct ");
else
sb.Append("public class ");
if (_bNestedType)
sb.Append(WsdlParser.IsValidCS(NestedTypeName));
else
sb.Append(WsdlParser.IsValidCS(GetClassName()));
if (_baseTypeName != null || _sudsUse == SudsUse.ISerializable || _implIFaces.Count > 0)
sb.Append(" : ");
bool bBaseIsURTType = true;
String baseString = null;
bool binherit = false;
bool fClientProxy;
if (_baseTypeName == "RemotingClientProxy")
fClientProxy = true;
else
fClientProxy = false;
if (fClientProxy)
{
sb.Append("System.Runtime.Remoting.Services.RemotingClientProxy");
binherit = true;
}
else if (_baseTypeName != null)
{
bBaseIsURTType = _baseType.IsURTType;
baseString = _baseType.GetName(curNS);
if (baseString == "System.__ComObject")
{
/*textWriter.Write(indentation);
textWriter.WriteLine("[guid(\"cc3bf020-1881-4e44-88d8-39b1052b1b11\")]");
textWriter.Write(indentation);
textWriter.WriteLine("[comimport]"); */
sb.Append("System.MarshalByRefObject");
binherit = true;
}
else
{
sb.Append(WsdlParser.IsValidCSAttr(baseString));
binherit = true;
}
}
else
{
// no base name
if (_sudsUse == SudsUse.ISerializable)
{
sb.Append("System.Runtime.Serialization.ISerializable");
binherit = true;
}
}
if (_implIFaces.Count > 0)
{
for (int i=0;i<_implIFaces.Count;i++)
{
if (binherit)
sb.Append(", ");
sb.Append(WsdlParser.IsValidCS(((BaseInterface) _implIFaces[i]).GetName(curNS)));
binherit = true;
}
}
textWriter.WriteLine(sb);
textWriter.Write(indentation);
textWriter.WriteLine('{');
String newIndentation = indentation + " ";
int newIndentationLength = newIndentation.Length;
//bool fClientProxy = _connectURL != null;
Util.Log("URTComplexType.PrintCSC _sudsType "+((Enum)_sudsType).ToString());
if (fClientProxy)
{
PrintClientProxy(textWriter, indentation, curNS, sb);
}
if (_methods.Count > 0)
{
//textWriter.Write(newIndentation);
//textWriter.WriteLine("// Class Methods");
String bodyPrefix = null;
if (_parser._bWrappedProxy)
{
sb.Length = 0;
sb.Append("((");
sb.Append(WsdlParser.IsValidCS(GetClassName()));
sb.Append(") _tp).");
bodyPrefix = sb.ToString();
}
for (int i=0;i<_methods.Count;i++)
{
Util.Log("URTComplexType.PrintCSC Invoke methods class methods PrintCSC class "+Name+" methodName "+((URTMethod) _methods[i]).Name);
((URTMethod) _methods[i]).PrintCSC(textWriter, newIndentation,
" ", curNS, MethodPrintEnum.PrintBody, bURTType,
bodyPrefix, sb);
}
textWriter.WriteLine();
}
/*
if (_implIFaces.Count > 0)
{
ArrayList printedIFaces = new ArrayList(_implIFaces.Count);
for (int i=0;i<_implIFaces.Count;i++)
((BaseInterface) _implIFaces[i]).PrintClassMethods(textWriter, newIndentation, curNS, printedIFaces, fClientProxy, sb);
textWriter.WriteLine();
}
*/
// Standard class
if (_fields.Count > 0)
{
textWriter.Write(newIndentation);
textWriter.WriteLine("// Class Fields");
for (int i=0;i<_fields.Count;i++)
{
Util.Log("URTComplexType.PrintCS Invoke _fields PrintCSC");
((URTField) _fields[i]).PrintCSC(textWriter, newIndentation, curNS, sb);
}
}
// print nested types
if (_nestedTypes != null && _nestedTypes.Count > 0)
{
foreach (BaseType ctype in _nestedTypes)
{
ctype.bNestedTypePrint = true;
if (ctype is URTSimpleType)
((URTSimpleType)ctype).PrintCSC(textWriter, newIndentation, curNS, sb);
else
((URTComplexType)ctype).PrintCSC(textWriter, newIndentation, curNS, sb);
ctype.bNestedTypePrint = false;
}
}
if (_sudsUse == SudsUse.ISerializable)
PrintISerializable(textWriter, indentation, curNS, sb, baseString);
// Close class
sb.Length = 0;
sb.Append(indentation);
sb.Append("}");
textWriter.WriteLine(sb);
Util.Log("URTComplexType.PrintCSC Exit name "+Name+" curNS "+curNS);
return;
}
private void PrintClientProxy(TextWriter textWriter, String indentation, String curNS, StringBuilder sb)
{
Util.Log("URTComplexType.PrintCSC PrintClientProxy ");
String indent1 = indentation + " ";
String indent2 = indent1 + " ";
sb.Length = 0;
sb.Append(indent1);
sb.Append("// Constructor");
textWriter.WriteLine(sb);
sb.Length = 0;
sb.Append(indent1);
sb.Append("public ");
sb.Append(WsdlParser.IsValidCS(GetClassName()));
sb.Append("()");
textWriter.WriteLine(sb);
sb.Length = 0;
sb.Append(indent1);
sb.Append('{');
textWriter.WriteLine(sb);
if (_connectURLs != null)
{
for (int i=0; i<_connectURLs.Count; i++)
{
sb.Length = 0;
sb.Append(indent2);
if (i == 0)
{
sb.Append("base.ConfigureProxy(this.GetType(), ");
sb.Append(WsdlParser.IsValidUrl((string)_connectURLs[i]));
sb.Append(");");
}
else
{
// Only the first location is used, the rest are commented out in the proxy
sb.Append("//base.ConfigureProxy(this.GetType(), ");
sb.Append(WsdlParser.IsValidUrl((string)_connectURLs[i]));
sb.Append(");");
}
textWriter.WriteLine(sb);
}
}
//Preload classes
foreach (URTNamespace ns in _parser._URTNamespaces)
{
foreach (URTComplexType cs in ns._URTComplexTypes)
{
if ((cs._sudsType != SUDSType.ClientProxy) && !cs.IsArray())
{
sb.Length = 0;
sb.Append(indent2);
sb.Append("System.Runtime.Remoting.SoapServices.PreLoad(typeof(");
sb.Append(WsdlParser.IsValidCS(ns.EncodedNS));
if (ns.EncodedNS != null && ns.EncodedNS.Length > 0)
sb.Append(".");
sb.Append(WsdlParser.IsValidCS(cs.Name));
sb.Append("));");
textWriter.WriteLine(sb);
}
}
}
foreach (URTNamespace ns in _parser._URTNamespaces)
{
foreach (URTSimpleType ss in ns._URTSimpleTypes)
{
if (ss.IsEnum)
{
sb.Length = 0;
sb.Append(indent2);
sb.Append("System.Runtime.Remoting.SoapServices.PreLoad(typeof(");
sb.Append(WsdlParser.IsValidCS(ns.EncodedNS));
if (ns.EncodedNS != null && ns.EncodedNS.Length > 0)
sb.Append(".");
sb.Append(WsdlParser.IsValidCS(ss.Name));
sb.Append("));");
textWriter.WriteLine(sb);
}
}
}
sb.Length = 0;
sb.Append(indent1);
sb.Append('}');
textWriter.WriteLine(sb);
// Base class for Client Proxy
// Write Property to retrieve Transparent Proxy
textWriter.WriteLine();
sb.Length = 0;
sb.Append(indent1);
sb.Append("public Object RemotingReference");
textWriter.WriteLine(sb);
sb.Length = 0;
sb.Append(indent1);
sb.Append("{");
textWriter.WriteLine(sb);
sb.Length = 0;
sb.Append(indent2);
sb.Append("get{return(_tp);}");
textWriter.WriteLine(sb);
sb.Length = 0;
sb.Append(indent1);
sb.Append("}");
textWriter.WriteLine(sb);
textWriter.WriteLine();
}
private void PrintISerializable(TextWriter textWriter, String indentation, String curNS, StringBuilder sb, String baseString)
{
Util.Log("URTComplexType.PrintCSC PrintISerializable ");
String indent1 = indentation + " ";
String indent2 = indent1 + " ";
if (baseString == null || baseString.StartsWith("System.", StringComparison.Ordinal))
{
// Don't generate if base class already contains field
sb.Length = 0;
sb.Append(indent1);
sb.Append("public System.Runtime.Serialization.SerializationInfo info;");
textWriter.WriteLine(sb);
sb.Length = 0;
sb.Append(indent1);
sb.Append("public System.Runtime.Serialization.StreamingContext context; \n");
textWriter.WriteLine(sb);
}
sb.Length = 0;
sb.Append(indent1);
if (_baseTypeName == null)
sb.Append("public ");
else
sb.Append("protected ");
if (_bNestedType)
sb.Append(WsdlParser.IsValidCS(NestedTypeName));
else
sb.Append(WsdlParser.IsValidCS(GetClassName()));
sb.Append("(System.Runtime.Serialization.SerializationInfo info, System.Runtime.Serialization.StreamingContext context)");
if (_baseTypeName != null)
sb.Append(" : base(info, context)");
textWriter.WriteLine(sb);
sb.Length = 0;
sb.Append(indent1);
sb.Append("{");
textWriter.WriteLine(sb);
if (baseString == null || baseString.StartsWith("System.", StringComparison.Ordinal))
{
// Don't generate if base class already contains field
sb.Length = 0;
sb.Append(indent2);
sb.Append("this.info = info;");
textWriter.WriteLine(sb);
sb.Length = 0;
sb.Append(indent2);
sb.Append("this.context = context;");
textWriter.WriteLine(sb);
}
sb.Length = 0;
sb.Append(indent1);
sb.Append("}");
textWriter.WriteLine(sb);
if (_baseTypeName == null)
{
sb.Length = 0;
sb.Append(indent1);
sb.Append("public void GetObjectData(System.Runtime.Serialization.SerializationInfo info, System.Runtime.Serialization.StreamingContext context)");
textWriter.WriteLine(sb);
sb.Length = 0;
sb.Append(indent1);
sb.Append("{");
textWriter.WriteLine(sb);
sb.Length = 0;
sb.Append(indent1);
sb.Append("}");
textWriter.WriteLine(sb);
}
}
internal void AddArray(String arrayType, URTNamespace arrayNS)
{
Util.Log("URTComplexType.ResolveArray Entry "+this.GetHashCode()+" "+_arrayType+" ns "+_arrayNS);
_arrayType = arrayType;
/*
int index = arrayType.IndexOf('+');
if (index > 0)
{
// Nested Type
String outerTypeName = arrayType.Substring(0, index);
String nestedTypeName = arrayType.Substring(index+1);
_arrayType = outerTypeName+"."+nestedTypeName;
}
*/
_arrayNS = arrayNS;
Util.Log("URTComplexType.AddArray "+arrayType+" ns "+(arrayNS == null?"null":arrayNS.Namespace)+" finalName "+_arrayType);
}
internal void ResolveArray()
{
Util.Log("URTComplexType.ResolveArray Entry "+this.GetHashCode()+" "+_arrayType+" ns "+_arrayNS);
if (_clrarray != null)
return;
String actualElementType = null;
String wireElementType = _arrayType;
int index = _arrayType.IndexOf("[");
if (index < 0)
{
throw new SUDSParserException(
String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_WsdlInvalidArraySyntax"),
_arrayType));
}
wireElementType = _arrayType.Substring(0, index);
switch (_arrayNS.UrtType)
{
case UrtType.Xsd:
actualElementType = _parser.MapSchemaTypesToCSharpTypes(wireElementType);
break;
case UrtType.UrtSystem:
case UrtType.UrtUser:
actualElementType = wireElementType;
break;
case UrtType.Interop:
actualElementType = wireElementType;
break;
default:
Debug.Assert(false, "!UrtType.None");
break;
}
_clrarray = actualElementType+FilterDimensions(_arrayType.Substring(index));
Util.Log("URTComplexType.ResolveArray Exit "+_clrarray+" "+_arrayNS+" elementname "+actualElementType);
}
// Need to remove dimensions in an array (some wsdl's generate fixed arrays with dimensions)
private String FilterDimensions(String value)
{
Char[] outChar = new Char[value.Length];
for (int i=0; i 0)
{
String countStr = "";
if (parser.ProxyNamespaceCount > 0)
countStr = (parser.ProxyNamespaceCount).ToString(CultureInfo.InvariantCulture);
parser.ProxyNamespaceCount++;
_encodedNS = parser.ProxyNamespace+countStr;
}
else
{
int index = name.IndexOf(":");
if (index > 0)
_encodedNS = _encodedNS.Substring(index+1);
if (_encodedNS.StartsWith("//", StringComparison.Ordinal))
_encodedNS = _encodedNS.Substring(2);
_encodedNS = _encodedNS.Replace('/', '_');
}
Util.Log("URTNamespace.EncodeInterop encoded "+_encodedNS);
return _encodedNS;
}
// Get the next anonymous type name
internal String GetNextAnonymousName(){
++_anonymousSeqNum;
Util.Log("URTNamespace.GetNextAnonymousName AnonymousType"+_anonymousSeqNum+" ComplexType "+_name);
return("AnonymousType" + _anonymousSeqNum);
}
// Add a new element declaration to the namespace
internal void AddElementDecl(ElementDecl elmDecl){
Util.Log("URTNamespace.AddElementDecl ");
_elmDecls.Add(elmDecl);
}
// Add a new type into the namespace
internal void AddComplexType(URTComplexType type){
Util.Log("URTNamespace.AddComplexType "+this.GetHashCode()+" "+type.Name+" "+type.GetHashCode()+" ns "+_name);
// Assert that simple and complex types share the same namespace
Debug.Assert(LookupSimpleType(type.Name) == null,
"Complex type has the same name as a simple type");
_URTComplexTypes.Add(type);
++_numURTComplexTypes;
}
// Add a new type into the namespace
internal void AddSimpleType(URTSimpleType type){
Util.Log("URTNamespace.AddSimpleType "+type.Name);
// Assert that simple and complex types share the same namespace
Debug.Assert(LookupComplexType(type.Name) == null,
"Simple type has the same name as a complex type");
_URTSimpleTypes.Add(type);
++_numURTSimpleTypes;
}
// Adds a new interface into the namespace
internal void AddInterface(URTInterface iface){
Util.Log("URTNamespace.AddInterface "+iface.Name);
_URTInterfaces.Add(iface);
}
// Returns the namespace
internal String Namespace{
get{ return(_namespace);}
}
internal bool IsSystem
{
get
{
if (_namespace != null && _namespace.StartsWith("System", StringComparison.Ordinal))
return true;
else
return false;
}
}
// Returns Encoded namespace
internal String EncodedNS{
get{ return(_encodedNS);}
set{ _encodedNS = value;}
}
internal bool bReferenced{
get{ return(_bReferenced);}
set{ _bReferenced = value;}
}
// Returns the full name
internal String Name{
get{ return(_name);}
}
// Returns Assembly name
internal String AssemName{
get{ return(_assemName);}
}
internal UrtType UrtType{
get{ return _nsType;}
}
// Returns true if this represents a URTNamespace
internal bool IsURTNamespace{
get{ return((Object) _namespace == (Object) _encodedNS);}
}
// Returns true if the namespace has no types defined
internal bool IsEmpty{
get{
bool isEmpty = true;
if (ComplexTypeOnlyArrayorEmpty() &&
(_URTInterfaces.Count == 0) &&
(_numURTSimpleTypes == 0))
isEmpty = true;
else
isEmpty = false;
return isEmpty;
}
}
internal bool ComplexTypeOnlyArrayorEmpty()
{
bool bempty = true;
for (int i=0;i<_URTComplexTypes.Count;i++)
{
URTComplexType type = (URTComplexType) _URTComplexTypes[i];
if (type != null && !type.IsArray())
{
bempty = false;
break;
}
}
return bempty;
}
// Looks up a complex type
internal URTComplexType LookupComplexType(String typeName){
URTComplexType ctype = null;
for (int i=0;i<_URTComplexTypes.Count;i++)
{
URTComplexType type = (URTComplexType) _URTComplexTypes[i];
//if (type != null && type.SearchName == typeName)
//Util.Log("URTNamespace.LookupComplexType "+this.GetHashCode()+" "+typeName+" "+type.SearchName);
if ((type != null) && WsdlParser.MatchingStrings(type.SearchName, typeName))
{
//Util.Log("URTNamespace.LookupComplexType found");
ctype = type;
break;
}
}
Util.Log("URTNamespace.LookupComplexType "+typeName+" ns "+this.GetHashCode()+" "+_name+" return "+((ctype != null) ? ctype.Name:"null"));
return(ctype);
}
// Looks up a complex type
internal URTComplexType LookupComplexTypeEqual(String typeName){
URTComplexType ctype = null;
for (int i=0;i<_URTComplexTypes.Count;i++)
{
URTComplexType type = (URTComplexType) _URTComplexTypes[i];
if (type != null && type.SearchName == typeName)
{
ctype = type;
break;
}
}
Util.Log("URTNamespace.LookupComplexTypeEqual "+typeName+" ns "+this.GetHashCode()+" "+_name+" return "+((ctype != null) ? ctype.Name:"null"));
return(ctype);
}
// Looks up a simple type
internal URTSimpleType LookupSimpleType(String typeName){
Util.Log("URTNamespace.LookupSimpleType "+typeName+" ns "+_name);
for (int i=0;i<_URTSimpleTypes.Count;i++)
{
URTSimpleType type = (URTSimpleType) _URTSimpleTypes[i];
if ((type != null) && WsdlParser.MatchingStrings(type.Name, typeName))
return(type);
}
return(null);
}
// Looks up a complex or simple type
internal BaseType LookupType(String typeName){
BaseType type = LookupComplexType(typeName);
if (type == null)
type = LookupSimpleType(typeName);
return(type);
}
// Removes the given type from the namespace
internal void RemoveComplexType(URTComplexType type){
Util.Log("URTNamespace.RemoveComplexType "+type.Name+" complex Type "+_name);
for (int i=0;i<_URTComplexTypes.Count;i++)
{
Util.Log("URTNamespace.RemoveComplexType 1 "+type.Name+" complexTypes "+((_URTComplexTypes[i] != null) ? ((URTComplexType)_URTComplexTypes[i]).Name : "Null"));
if (_URTComplexTypes[i] == type)
{
Util.Log("URTNamespace.RemoveComplexType 2 match "+type.Name+" complexTypes "+((_URTComplexTypes[i] != null) ? ((URTComplexType)_URTComplexTypes[i]).Name : "Null"));
_URTComplexTypes[i] = null;
--_numURTComplexTypes;
return;
}
}
throw new SUDSParserException(
CoreChannel.GetResourceString("Remoting_Suds_TriedToRemoveNonexistentType"));
}
// Removes the given type from the namespace
internal void RemoveSimpleType(URTSimpleType type){
Util.Log("URTNamespace.RemoveSimpleType "+type.Name+" SimpleType "+_name);
for (int i=0;i<_URTSimpleTypes.Count;i++)
{
if (_URTSimpleTypes[i] == type)
{
_URTSimpleTypes[i] = null;
--_numURTSimpleTypes;
return;
}
}
throw new SUDSParserException(
CoreChannel.GetResourceString("Remoting_Suds_TriedToRemoveNonexistentType"));
}
// Looks up an interface
internal URTInterface LookupInterface(String iFaceName){
Util.Log("URTNamespace.LookupInterface "+iFaceName);
for (int i=0;i<_URTInterfaces.Count;i++)
{
URTInterface iFace = (URTInterface) _URTInterfaces[i];
if (WsdlParser.MatchingStrings(iFace.Name, iFaceName))
return(iFace);
}
return(null);
}
// Resolve element references
internal void ResolveElements(WsdlParser parser){
Util.Log("URTNamespace.ResolveElements "+Name);
for (int i=0;i<_elmDecls.Count;i++)
{
((ElementDecl) _elmDecls[i]).Resolve(parser);
}
}
// Resolves internal references
internal void ResolveTypes(WsdlParser parser){
Util.Log("URTNamespace.ResolveTypes "+Name);
/*
// Process nested types
Hashtable typeTable = new Hashtable(10);
for (int i=0;i<_URTComplexTypes.Count;i++)
{
// fill up hashtable with types
URTComplexType ctype = (URTComplexType)_URTComplexTypes[i];
if (ctype.bNestedType)
{
Util.Log("URTNamespace.ResolveTypes nested type outer type "+ctype.OuterTypeName+" nested type "+ctype.NestedTypeName+" fullNestedTypeName "+ctype.Name);
// type is a nested class
URTComplexType outerType = (URTComplexType)typeTable[ctype.OuterTypeName];
if (outerType == null)
{
// place all the URTComplex types in the table, the nested type appears before the outer type in Wsdl
for (int j=0;j<_URTComplexTypes.Count;j++)
{
URTComplexType ctype2 = (URTComplexType)_URTComplexTypes[j];
Util.Log("URTNamespace.ResolveTypes miss find all types "+ctype2.Name);
typeTable[ctype2.Name] = ctype2;
}
}
outerType = (URTComplexType)typeTable[ctype.OuterTypeName];
if (outerType == null)
{
throw new SUDSParserException(
String.Format(CoreChannel.GetResourceString("Remoting_Suds_CantResolveNestedType"),
ctype.Name, ctype.UrlNS));
}
outerType._nestedTypes.Add(ctype);
}
else
{
Util.Log("URTNamespace.ResolveTypes nested place in table "+ctype.Name);
typeTable[ctype.Name] = ctype;
}
}
*/
for (int i=0;i<_URTComplexTypes.Count;i++)
{
if (_URTComplexTypes[i] != null)
((URTComplexType)_URTComplexTypes[i]).ResolveTypes(parser);
}
for (int i=0;i<_URTInterfaces.Count;i++)
((URTInterface)_URTInterfaces[i]).ResolveTypes(parser);
}
// Resolves method types
internal void ResolveMethods(){
Util.Log("URTNamespace.ResolveMethods "+Name);
for (int i=0;i<_URTComplexTypes.Count;i++)
{
if (_URTComplexTypes[i] != null)
((URTComplexType)_URTComplexTypes[i]).ResolveMethods();
}
}
// Prints all the types in the namespace
internal void PrintCSC(WriterStream writerStream)
{
Util.Log("URTNamespace.PrintCSC Entry "+Name);
Debug.Assert(!IsEmpty, "Empty namespace " + Name + " being printed");
TextWriter textWriter = writerStream.OutputStream;
// Check to see if there is anything to print for this namespace
bool bprint = false;
if (_numURTComplexTypes > 0)
{
for (int i=0;i<_URTComplexTypes.Count;i++)
{
URTComplexType type = (URTComplexType) _URTComplexTypes[i];
if (type != null && type.IsPrint)
bprint = true;
}
}
if (_numURTSimpleTypes > 0)
{
for (int i=0;i<_URTSimpleTypes.Count;i++)
{
URTSimpleType type = (URTSimpleType) _URTSimpleTypes[i];
if (type != null)
bprint = true;
}
}
if (_URTInterfaces.Count > 0)
bprint = true;
if (!bprint)
return;
// End of check to see if there is anything to print
String indentation = String.Empty;
Stream stream = ((StreamWriter)textWriter).BaseStream;
if (!writerStream.GetWrittenTo())
{
// Only print when new output file is used
textWriter.WriteLine("using System;");
textWriter.WriteLine("using System.Runtime.Remoting.Messaging;");
textWriter.WriteLine("using System.Runtime.Remoting.Metadata;");
textWriter.WriteLine("using System.Runtime.Remoting.Metadata.W3cXsd2001;");
textWriter.WriteLine("using System.Runtime.InteropServices;");
writerStream.SetWrittenTo();
}
if ((Namespace != null) &&
(Namespace.Length != 0))
{
textWriter.Write("namespace ");
textWriter.Write(WsdlParser.IsValidCS(EncodedNS));
textWriter.WriteLine(" {");
indentation = " ";
}
StringBuilder sb = new StringBuilder(256);
if (_numURTComplexTypes > 0)
{
for (int i=0;i<_URTComplexTypes.Count;i++)
{
URTComplexType type = (URTComplexType) _URTComplexTypes[i];
if (type != null && type.IsPrint)
{
Util.Log("URTNamespace.PrintCSC Invoke Complex type PrintCSC");
type.PrintCSC(textWriter, indentation, _encodedNS, sb);
}
}
}
if (_numURTSimpleTypes > 0)
{
for (int i=0;i<_URTSimpleTypes.Count;i++)
{
URTSimpleType type = (URTSimpleType) _URTSimpleTypes[i];
if (type != null)
{
Util.Log("URTNamespace.PrintCSC Invoke Simple type PrintCSC");
type.PrintCSC(textWriter, indentation, _encodedNS, sb);
}
}
}
for (int i=0;i<_URTInterfaces.Count;i++)
{
Util.Log("URTNamespace.PrintCSC Invoke Interfaces PrintCSC");
((URTInterface)_URTInterfaces[i]).PrintCSC(textWriter, indentation, _encodedNS, sb);
}
if ((Namespace != null) &&
(Namespace.Length != 0))
textWriter.WriteLine('}');
return;
}
// Fields
private String _name;
private UrtType _nsType;
private WsdlParser _parser;
private String _namespace;
private String _encodedNS;
private String _assemName;
private int _anonymousSeqNum;
private ArrayList _elmDecls;
internal ArrayList _URTComplexTypes;
private int _numURTComplexTypes;
internal ArrayList _URTSimpleTypes;
private int _numURTSimpleTypes;
private ArrayList _URTInterfaces;
private bool _bReferenced = false;
}
internal interface IDump{
void Dump();
}
internal interface INamespaces
{
void UsedNamespace(Hashtable namespaces);
}
internal class WsdlMessage : IDump, INamespaces
{
internal String name;
internal String nameNs;
internal ArrayList parts = new ArrayList(10);
public void UsedNamespace(Hashtable namespaces)
{
Util.Log("WsdlMessage.UsedNamespace "+name+" "+nameNs);
/*
if (nameNs != null)
namespaces[nameNs] = 1;
*/
for (int i=0; i
// Author: Peter de Jong ([....])
//
// Purpose: Defines WsdlParser that parses a given WSDL document
// and generates types defined in it.
//
// Date: November 15, 2000
//
//===========================================================
namespace System.Runtime.Remoting.MetadataServices
{
using System;
using System.Threading;
using System.Collections;
using System.Reflection;
using System.Xml;
using System.Diagnostics;
using System.IO;
using System.Text;
using System.Net;
using System.Runtime.Remoting.Channels; // This is so we can get the resource strings.
using System.Runtime.Remoting;
using System.Globalization;
// This class parses SUDS documents
internal class WsdlParser
{
// Main parser
internal WsdlParser(TextReader input, String outputDir, ArrayList outCodeStreamList, String locationURL, bool bWrappedProxy, String proxyNamespace)
{
Util.Log("WsdlParser.WsdlParser outputDir "+outputDir+" locationURL "+locationURL+" bWrappedProxy "+bWrappedProxy+" proxyNamespace "+proxyNamespace);
// Initialize member variables
_XMLReader = null;
_readerStreamsWsdl = new ReaderStream(locationURL);
_readerStreamsWsdl.InputStream = input;
_writerStreams = null;
_outputDir = outputDir;
_outCodeStreamList = outCodeStreamList;
_bWrappedProxy = bWrappedProxy;
if (proxyNamespace == null || proxyNamespace.Length == 0)
_proxyNamespace = "InteropNS";
else
_proxyNamespace = proxyNamespace;
if (outputDir == null)
outputDir = ".";
int length = outputDir.Length;
if (length > 0)
{
char endChar = outputDir[length-1];
if (endChar != '\\' && endChar != '/')
_outputDir = _outputDir + '\\';
}
//_namespaceStack = null;
_URTNamespaces = new ArrayList();
_blockDefault = SchemaBlockType.ALL;
_primedNametable = CreatePrimedNametable();
}
internal String SchemaNamespaceString
{
get
{
String schemaStr = null;
switch (_xsdVersion)
{
case XsdVersion.V1999:
schemaStr = s_schemaNamespaceString1999;
break;
case XsdVersion.V2000:
schemaStr = s_schemaNamespaceString2000;
break;
case XsdVersion.V2001:
schemaStr = s_schemaNamespaceString;
break;
}
return schemaStr;
}
}
internal String ProxyNamespace
{
get {return _proxyNamespace;}
}
internal int ProxyNamespaceCount
{
get {return _proxyNamespaceCount;}
set {_proxyNamespaceCount = value;}
}
internal XmlTextReader XMLReader
{
get {return _XMLReader;}
}
// Skips past endtags and non content tags
private bool SkipXmlElement()
{
Util.Log("WsdlParser.SkipXmlElement");
//PrintNode(Console.Out);
_XMLReader.Skip();
XmlNodeType nodeType = _XMLReader.MoveToContent();
while (nodeType == XmlNodeType.EndElement)
{
_XMLReader.Read();
nodeType = _XMLReader.MoveToContent();
if (nodeType == XmlNodeType.None)
break;
}
return(nodeType != XmlNodeType.None);
}
// Reads past endtags and non content tags
private bool ReadNextXmlElement()
{
Util.Log("WsdlParser.ReadNextXmlElement");
_XMLReader.Read();
XmlNodeType nodeType = _XMLReader.MoveToContent();
while (nodeType == XmlNodeType.EndElement)
{
_XMLReader.Read();
nodeType = _XMLReader.MoveToContent();
if (nodeType == XmlNodeType.None)
break;
}
//PrintNode(Console.Out);
return(nodeType != XmlNodeType.None);
}
// Parses complex types
private URTComplexType ParseComplexType(URTNamespace parsingNamespace, String typeName)
{
Util.Log("WsdlParser.ParseComplexType NS "+parsingNamespace.Name+" typeName "+typeName);
// Lookup the name of the type and the base type from which it derives
if (typeName == null)
typeName = LookupAttribute(s_nameString, null, true);
URTNamespace xns = null;
String typeNS = ParseQName(ref typeName, parsingNamespace, out xns);
Util.Log("WsdlParser.ParseComplexType actualNS 1 "+xns);
Util.Log("WsdlParser.ParseComplexType actualNS 2 "+xns.Name);
URTComplexType parsingComplexType = xns.LookupComplexType(typeName);
if (parsingComplexType == null)
{
parsingComplexType = new URTComplexType(typeName, xns.Name, xns.Namespace,
xns.EncodedNS, _blockDefault,
false, typeName != null, this, xns);
xns.AddComplexType(parsingComplexType);
}
String baseType = LookupAttribute(s_baseString, null, false);
if (!MatchingStrings(baseType, s_emptyString))
{
String baseNS = ParseQName(ref baseType, parsingNamespace);
parsingComplexType.Extends(baseType, baseNS);
}
if (parsingComplexType.Fields.Count > 0)
{
SkipXmlElement();
}
else
{
int curDepth = _XMLReader.Depth;
ReadNextXmlElement();
int fieldNum = 0;
String elementName;
while (_XMLReader.Depth > curDepth)
{
elementName = _XMLReader.LocalName;
if (MatchingStrings(elementName, s_elementString))
{
ParseElementField(xns, parsingComplexType, fieldNum);
++fieldNum;
continue;
}
else if (MatchingStrings(elementName, s_attributeString))
{
ParseAttributeField(xns, parsingComplexType);
continue;
}
else if (MatchingStrings(elementName, s_allString))
{
parsingComplexType.BlockType = SchemaBlockType.ALL;
}
else if (MatchingStrings(elementName, s_sequenceString))
{
parsingComplexType.BlockType = SchemaBlockType.SEQUENCE;
}
else if (MatchingStrings(elementName, s_choiceString))
{
parsingComplexType.BlockType = SchemaBlockType.CHOICE;
}
else if (MatchingStrings(elementName, s_complexContentString))
{
parsingComplexType.BlockType = SchemaBlockType.ComplexContent;
}
else if (MatchingStrings(elementName, s_restrictionString))
{
ParseRestrictionField(xns, parsingComplexType);
//++fieldNum;
continue;
}
else
{
// Ignore others elements such as annotations
SkipXmlElement();
continue;
}
// Read next element
ReadNextXmlElement();
}
}
return(parsingComplexType);
}
// Parses simple types
private URTSimpleType ParseSimpleType(URTNamespace parsingNamespace, String typeName)
{
Util.Log("WsdlParser.ParseSimpleType NS "+parsingNamespace+" typeName "+typeName);
// Lookup the name of the type and the base type from which it derives
if (typeName == null)
typeName = LookupAttribute(s_nameString, null, true);
String enumType = LookupAttribute(s_enumTypeString, s_wsdlSudsNamespaceString, false);
URTSimpleType parsingSimpleType = parsingNamespace.LookupSimpleType(typeName);
if (parsingSimpleType == null)
{
parsingSimpleType = new URTSimpleType(typeName, parsingNamespace.Name, parsingNamespace.Namespace,
parsingNamespace.EncodedNS, typeName != null, this);
String baseType = LookupAttribute(s_baseString, null, false);
if (!MatchingStrings(baseType, s_emptyString))
{
String baseNS = ParseQName(ref baseType, parsingNamespace);
parsingSimpleType.Extends(baseType, baseNS);
}
parsingNamespace.AddSimpleType(parsingSimpleType);
int curDepth = _XMLReader.Depth;
ReadNextXmlElement();
//int enumFacetNum = 0;
string elementName;
while (_XMLReader.Depth > curDepth)
{
elementName = _XMLReader.LocalName;
if (MatchingStrings(elementName, s_restrictionString))
{
ParseRestrictionField(parsingNamespace, parsingSimpleType);
}
/*
else if (MatchingStrings(elementName, s_encodingString))
{
ParseEncoding(parsingSimpleType);
}
*/
else
{
SkipXmlElement();
}
}
}
else
{
SkipXmlElement();
}
if (enumType != null)
parsingSimpleType.EnumType = enumType;
return(parsingSimpleType);
}
/*
// Parses encoding
private void ParseEncoding(URTSimpleType parsingSimpleType)
{
Util.Log("WsdlParser.ParseEncoding URTSimpleType "+parsingSimpleType);
if (_XMLReader.IsEmptyElement == true)
{
// Get the encoding value
String valueString = LookupAttribute(s_valueString, null, true);
parsingSimpleType.Encoding = valueString;
}
else
{
throw new SUDSParserException(
CoreChannel.GetResourceString("Remoting_Suds_EncodingMustBeEmpty"));
}
ReadNextXmlElement();
return;
}
*/
// Parses enumeration
private void ParseEnumeration(URTSimpleType parsingSimpleType, int enumFacetNum)
{
Util.Log("WsdlParser.ParseEnumeration facitNum "+enumFacetNum);
if (_XMLReader.IsEmptyElement == true)
{
// Get the enum value
String valueString = LookupAttribute(s_valueString, null, true);
parsingSimpleType.IsEnum = true;
parsingSimpleType.AddFacet(new EnumFacet(valueString, enumFacetNum));
}
else
{
throw new SUDSParserException(
CoreChannel.GetResourceString("Remoting_Suds_EnumMustBeEmpty"));
}
return;
}
// Parses element fields
private void ParseElementField(URTNamespace parsingNamespace,
URTComplexType parsingComplexType,
int fieldNum)
{
Util.Log("WsdlParser.ParseElementField NS "+parsingNamespace+" fieldNum "+fieldNum);
// Determine the field name
String fieldTypeName, fieldTypeXmlNS;
String fieldName = LookupAttribute(s_nameString, null, true);
// Look for array bounds
String minOccurs = LookupAttribute(s_minOccursString, null, false);
String maxOccurs = LookupAttribute(s_maxOccursString, null, false);
// Check if the field is optional
bool bOptional = false;
if (MatchingStrings(minOccurs, s_zeroString))
bOptional = true;
// Check if the field is an inline array
bool bArray = false;
String arraySize = null;
if (!MatchingStrings(maxOccurs, s_emptyString) &&
!MatchingStrings(maxOccurs, s_oneString))
{
if (MatchingStrings(maxOccurs, s_unboundedString))
arraySize = String.Empty;
else
arraySize = maxOccurs;
bArray = true;
}
// Handle anonymous types
bool bEmbedded, bPrimitive;
if (_XMLReader.IsEmptyElement == true)
{
// Non-anonymous type case
fieldTypeName = LookupAttribute(s_typeString, null, false);
// Handle the absense of type attribute (Object case)
ResolveTypeAttribute(ref fieldTypeName, out fieldTypeXmlNS,
out bEmbedded, out bPrimitive);
// Read next element
ReadNextXmlElement();
}
else
{
// Anonymous type case
fieldTypeXmlNS = parsingNamespace.Namespace;
fieldTypeName = parsingNamespace.GetNextAnonymousName();
bPrimitive = false;
bEmbedded = true;
int curDepth = _XMLReader.Depth;
ReadNextXmlElement();
// Parse the type
String elementName;
while (_XMLReader.Depth > curDepth)
{
elementName = _XMLReader.LocalName;
if (MatchingStrings(elementName, s_complexTypeString))
{
URTComplexType complexType = ParseComplexType(parsingNamespace, fieldTypeName);
if (complexType.IsEmittableFieldType)
{
fieldTypeXmlNS = complexType.FieldNamespace;
fieldTypeName = complexType.FieldName;
bPrimitive = complexType.PrimitiveField;
parsingNamespace.RemoveComplexType(complexType);
}
}
else if (MatchingStrings(elementName, s_simpleTypeString))
{
URTSimpleType simpleType = ParseSimpleType(parsingNamespace, fieldTypeName);
if (simpleType.IsEmittableFieldType)
{
fieldTypeXmlNS = simpleType.FieldNamespace;
fieldTypeName = simpleType.FieldName;
bPrimitive = simpleType.PrimitiveField;
parsingNamespace.RemoveSimpleType(simpleType);
}
}
else
{
// Ignore others elements such as annotations
SkipXmlElement();
}
}
}
// Add field to the type being parsed
parsingComplexType.AddField(new URTField(fieldName, fieldTypeName, fieldTypeXmlNS,
this, bPrimitive, bEmbedded, false,
bOptional, bArray, arraySize, parsingNamespace));
return;
}
// Parses attribute fields
private void ParseAttributeField(URTNamespace parsingNamespace,
URTComplexType parsingComplexType)
{
Util.Log("WsdlParser.ParseAttributeField NS "+parsingNamespace);
// Lookup field name
String attrTypeName, attrTypeNS;
String attrName = LookupAttribute(s_nameString, null, true);
// Check if the field is optional
bool bOptional = false;
String minOccurs = LookupAttribute(s_minOccursString, null, false);
if (MatchingStrings(minOccurs, s_zeroString))
bOptional = true;
// Handle anonymous types
bool bEmbedded, bPrimitive;
if (_XMLReader.IsEmptyElement == true)
{
// Non-anonymous type case and type has to present
attrTypeName = LookupAttribute(s_typeString, null, true);
ResolveTypeAttribute(ref attrTypeName, out attrTypeNS,
out bEmbedded, out bPrimitive);
// Read next element
ReadNextXmlElement();
// Check for xsd:ID type
if (MatchingStrings(attrTypeName, s_idString) &&
MatchingSchemaStrings(attrTypeNS))
{
parsingComplexType.IsStruct = false;
return;
}
}
else
{
// Anonymous type case
attrTypeNS = parsingNamespace.Namespace;
attrTypeName = parsingNamespace.GetNextAnonymousName();
bPrimitive = false;
bEmbedded = true;
int curDepth = _XMLReader.Depth;
ReadNextXmlElement();
// Parse the type
String elementName;
while (_XMLReader.Depth > curDepth)
{
elementName = _XMLReader.LocalName;
if (MatchingStrings(elementName, s_simpleTypeString))
{
URTSimpleType simpleType = ParseSimpleType(parsingNamespace, attrTypeName);
if (simpleType.IsEmittableFieldType)
{
attrTypeNS = simpleType.FieldNamespace;
attrTypeName = simpleType.FieldName;
bPrimitive = simpleType.PrimitiveField;
parsingNamespace.RemoveSimpleType(simpleType);
}
}
else
{
// Ignore others elements such as annotations
SkipXmlElement();
}
}
}
// Add field to the type being parsed
parsingComplexType.AddField(new URTField(attrName, attrTypeName, attrTypeNS,
this, bPrimitive, bEmbedded, true,
bOptional, false, null, parsingNamespace));
return;
}
// Parses RestrictionField fields
// Now only set up to recognize arrays
private void ParseRestrictionField(URTNamespace parsingNamespace,
BaseType parsingType)
{
Util.Log("WsdlParser.ParseRestrictionField Enter NS "+parsingNamespace+" type "+parsingType);
// Lookup field name
String attrName = LookupAttribute(s_baseString, null, true);
String baseNS = ParseQName(ref attrName, parsingNamespace);
//if (MatchingStrings(baseNS, s_soapEncodingString) && MatchingStrings(attrName, s_arrayString))
{
int curDepth = _XMLReader.Depth;
ReadNextXmlElement();
// Parse the type
String elementName;
String arrayNS;
String arrayType;
int enumFacetNum = 0;
while (_XMLReader.Depth > curDepth)
{
elementName = _XMLReader.LocalName;
Util.Log("WsdlParser.ParseRestrictionField elementName "+elementName);
if (MatchingStrings(elementName, s_attributeString))
{
String refValue = LookupAttribute(s_refString, null, true);
String refNS = ParseQName(ref refValue, parsingNamespace);
if (MatchingStrings(refNS, s_soapEncodingString) && MatchingStrings(refValue, s_arrayTypeString))
{
URTComplexType parsingComplexType = (URTComplexType)parsingType;
arrayType = LookupAttribute(s_arrayTypeString, s_wsdlNamespaceString, true);
Util.Log("WsdlParser.ParseRestrictionField arrayType "+arrayType);
URTNamespace arrayNamespace = null;
arrayNS = ParseQName(ref arrayType, null, out arrayNamespace);
parsingComplexType.AddArray(arrayType, arrayNamespace);
//Add array to the array namespace
arrayNamespace.AddComplexType(parsingComplexType);
parsingComplexType.IsPrint = false;
}
}
else if (MatchingStrings(elementName, s_enumerationString))
{
URTSimpleType parsingSimpleType = (URTSimpleType)parsingType;
ParseEnumeration(parsingSimpleType, enumFacetNum);
++enumFacetNum;
}
else
{
// Ignore others elements such as annotations
SkipXmlElement();
}
ReadNextXmlElement();
}
}
// else
// SkipXmlElement();
Util.Log("WsdlParser.ParseRestrictionField Exit NS "+parsingNamespace+" type "+parsingType);
return;
}
// Parses a global element declaration
private void ParseElementDecl(URTNamespace parsingNamespace)
{
Util.Log("WsdlParser.ParseElementDecl");
// Obtain element name and its type
String elmName = LookupAttribute(s_nameString, null, true);
String elmNS = parsingNamespace.Name;
String typeName = LookupAttribute(s_typeString, null, false);
// Handle the anonymous types
String typeNS;
bool bEmbedded, bPrimitive;
if (_XMLReader.IsEmptyElement == true)
{
// Non-anonymous type case
// We cannot assert that the type attribute must have been present
// due to the Object/ur-type case
ResolveTypeAttribute(ref typeName, out typeNS, out bEmbedded, out bPrimitive);
// Position to the next element
ReadNextXmlElement();
}
else
{
// Anonymous type case
typeNS = parsingNamespace.Name;
typeName = parsingNamespace.GetNextAnonymousName();
bEmbedded = true;
bPrimitive = false;
// Parse the type
int curDepth = _XMLReader.Depth;
ReadNextXmlElement();
String elementName;
while (_XMLReader.Depth > curDepth)
{
elementName = _XMLReader.LocalName;
if (MatchingStrings(elementName, s_complexTypeString))
{
ParseComplexType(parsingNamespace, typeName);
}
else if (MatchingStrings(elementName, s_simpleTypeString))
{
ParseSimpleType(parsingNamespace, typeName);
}
else
{
// Ignore others elements such as annotations
SkipXmlElement();
}
}
}
// Create a new global element under the current namespace
parsingNamespace.AddElementDecl(new ElementDecl(elmName, elmNS, typeName, typeNS,
bPrimitive));
return;
}
// Checks for reference and array types and resolves to
// actual types. It returns true if the type needs [Embedded] attribute
private void ResolveTypeNames(ref String typeNS, ref String typeName,
out bool bEmbedded, out bool bPrimitive)
{
Util.Log("WsdlParser.ResolveTypeNames typeNS "+typeNS+" typeName "+typeName);
// Check for reference and array types
bEmbedded = true;
bool bArrayType = false;
if (MatchingStrings(typeNS, s_wsdlSoapNamespaceString))
{
if (MatchingStrings(typeName, s_referenceString))
bEmbedded = false;
else if (MatchingStrings(typeName, s_arrayString))
bArrayType = true;
}
Util.Log("WsdlParser.ResolveTypeNames typeNS 1 bEmbedded "+bEmbedded+" bArrayType "+bArrayType);
// Resolve to the actual type in the case of reference and array types
if ((bEmbedded == false) || (bArrayType == true))
{
typeName = LookupAttribute(s_refTypeString, s_wsdlSudsNamespaceString, true);
typeNS = ParseQName(ref typeName);
}
// Primitive types do not need the [Embedded] attribute;
bPrimitive = IsPrimitiveType(typeNS, typeName);
if (bPrimitive)
{
typeName = MapSchemaTypesToCSharpTypes(typeName);
bEmbedded = false;
}
else if (MatchingStrings(typeName, s_urTypeString) &&
MatchingSchemaStrings(typeNS))
{
typeName = s_objectString;
}
return;
}
// Parses namespace declaration elements
private URTNamespace ParseNamespace()
{
Util.Log("WsdlParser.ParseNamespace");
// Determine the new namespace encountered
String name = (String) LookupAttribute(s_targetNamespaceString, null, false);
bool bUnique = false;
if (MatchingStrings(name, s_emptyString) &&
MatchingStrings(_XMLReader.LocalName, s_sudsString) &&
_parsingInput.UniqueNS == null)
{
name = _parsingInput.TargetNS;
bUnique = true;
}
// Add the namespace being parsed to the list if neccessary
URTNamespace parsingNamespace = LookupNamespace(name);
if (parsingNamespace == null)
{
parsingNamespace = new URTNamespace(name, this);
}
if (bUnique)
_parsingInput.UniqueNS = parsingNamespace;
//_namespaceStack = NamespaceStack.Push(_namespaceStack, _parsingNamespace, _XMLReader.Depth);
// Parse schema defaults
//if(MatchingStrings(_XMLReader.LocalName, s_sudsString))
//{
//}
// Read the next record
ReadNextXmlElement();
return(parsingNamespace);
}
#if false
private void AddToNamespace(String name)
{
URTNamespace parsingNamespace = LookupNamespace(name);
if(parsingNamespace == null)
{
parsingNamespace = new URTNamespace(name, this);
_URTNamespaces.Add(parsingNamespace);
}
}
#endif
private void ParseReaderStreamLocation(ReaderStream reader, ReaderStream currentReaderStream)
{
Util.Log("WsdlParser.ParseReaderStreamLocation location "+reader.Location+" current location "+currentReaderStream.Location);
String location = reader.Location;
int index = location.IndexOf(':');
if (index == -1)
{
// relative path
if (currentReaderStream == null || currentReaderStream.Location == null)
throw new SUDSParserException(String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_Import"), reader.Location));
if (currentReaderStream.Uri == null)
currentReaderStream.Uri= new Uri(currentReaderStream.Location); // If relative path, will already be changed to absolute path by next statement in previous invocation.
Uri uri = new Uri(currentReaderStream.Uri, location);
reader.Uri= uri;
location = uri.ToString();
index = location.IndexOf(':');
if (index == -1)
return;
reader.Location= location;
}
String protocol = location.Substring(0, index).ToLower(CultureInfo.InvariantCulture);
String value = location.Substring(index+1);
if (protocol == "file")
{
//Console.WriteLine("Loading file:" + value);
reader.InputStream = new StreamReader(value);
}
else if (protocol.StartsWith("http", StringComparison.Ordinal))
{
Util.Log("WsdlParser.ParseReaderStreamLocation http "+location);
WebRequest request = WebRequest.Create(location);
WebResponse response = request.GetResponse();
Stream responseStream = response.GetResponseStream();
reader.InputStream = new StreamReader(responseStream);
}
}
private void ParseImport()
{
Util.Log("WsdlParser.ParseImport");
String ns = LookupAttribute(s_namespaceString, null, true);
String location = null;
location = LookupAttribute(s_locationString, null, false); //wsdl
Util.Log("WsdlParser.ParseImport "+ns+" location "+location);
if (location != null && location.Length > 0)
{
ReaderStream reader = new ReaderStream(location);
ParseReaderStreamLocation(reader, (ReaderStream)_currentReaderStack.Peek());
ReaderStream.GetReaderStream(_readerStreamsWsdl, reader);
}
ReadNextXmlElement();
return;
}
internal void Parse()
{
Util.Log("WsdlParser.Parse");
//XmlNameTable primedNametable = CreatePrimedNametable();
ReaderStream input = _readerStreamsWsdl;
do
{
// Initialize the parser
_XMLReader = new XmlTextReader(input.InputStream, _primedNametable);
_XMLReader.WhitespaceHandling = WhitespaceHandling.None;
_XMLReader.XmlResolver = null;
ParseInput(input);
input = ReaderStream.GetNextReaderStream(input);
} while (input != null);
StartWsdlResolution();
if (null != _writerStreams)
{
WriterStream.Close(_writerStreams);
}
return;
}
// Starts the parser
private void ParseInput(ReaderStream input)
{
Util.Log("WsdlParser.ParseInput" + input.Location);
_parsingInput = input;
try
{
ReadNextXmlElement();
String elementName = _XMLReader.LocalName;
if (MatchingNamespace(s_wsdlNamespaceString) && MatchingStrings(elementName, s_definitionsString))
{
Util.Log("WsdlParser.ParseInput before ParseWsdl "+input.Location);
_currentReaderStack.Push(input); // need this to get the base url for relative import elements.
ParseWsdl();
_currentReaderStack.Pop(); // need this to get the base url for relative import elements.
}
else if (MatchingNamespace(s_wsdlNamespaceString) && MatchingStrings(elementName, s_typesString))
{
Util.Log("WsdlParser.ParseInput before ParseWsdlTypes "+input.Location);
_currentReaderStack.Push(input); // need this to get the base url for relative import elements.
ParseWsdlTypes();
_currentReaderStack.Pop(); // need this to get the base url for relative import elements.
}
else if (MatchingSchemaNamespace() && MatchingStrings(elementName, s_schemaString))
{
Util.Log("WsdlParser.ParseInput before ParseWsdl "+input.Location);
_currentReaderStack.Push(input); // need this to get the base url for relative import elements.
ParseSchema();
_currentReaderStack.Pop(); // need this to get the base url for relative import elements.
}
else
throw new SUDSParserException(String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_UnknownElementAtRootLevel"), elementName));
}
finally
{
WriterStream.Flush(_writerStreams);
}
}
private void ParseWsdl()
{
Util.Log("WsdlParser.ParseWsdl elementName "+_XMLReader.LocalName+" namespace "+ _XMLReader.NamespaceURI);
int curDepth = _XMLReader.Depth;
_parsingInput.Name = LookupAttribute(s_nameString, null, false);
_parsingInput.TargetNS = LookupAttribute(s_targetNamespaceString, null, false);
URTNamespace parsingNamespace = ParseNamespace();
//ReadNextXmlElement();
while (_XMLReader.Depth > curDepth)
{
String elementName = _XMLReader.LocalName;
Util.Log("WsdlParser.ParseWsdl Loop "+_XMLReader.LocalName);
if (MatchingNamespace(s_wsdlNamespaceString))
{
if (MatchingStrings(elementName,s_typesString))
{
ParseWsdlTypes();
continue;
}
else if (MatchingStrings(elementName,s_messageString))
{
ParseWsdlMessage();
continue;
}
else if (MatchingStrings(elementName,s_portTypeString))
{
ParseWsdlPortType();
continue;
}
else if (MatchingStrings(elementName,s_bindingString))
{
ParseWsdlBinding(parsingNamespace);
continue;
}
else if (MatchingStrings(elementName,s_serviceString))
{
ParseWsdlService();
continue;
}
else if (MatchingStrings(elementName, s_importString))
{
ParseImport();
continue;
}
}
// Ignore others elements such as annotations
SkipXmlElement();
}
}
private void StartWsdlResolution()
{
Util.Log("WsdlParser.StartWsdlResolution ");
DumpWsdl();
ResolveWsdl();
Resolve();
PruneNamespaces();
Util.Log("WsdlParser.ParseWsdl Invoke PrintCSC");
PrintCSC();
}
// Since the Wsdl can contains binding sections which are not Rcp,Soap, Encoded. Prune the namespaces from messages etc
// which are not directly referenced by the Soap binding sections.
private void PruneNamespaces()
{
Util.Log("WsdlParser.PruneNamespaces");
ArrayList tempList = new ArrayList(10);
for (int i=0;i<_URTNamespaces.Count;i++)
{
URTNamespace urtNS = (URTNamespace) _URTNamespaces[i];
if (urtNS.bReferenced)
tempList.Add(urtNS);
}
_URTNamespaces = tempList;
}
[System.Diagnostics.Conditional("_LOGGING")]
private void DumpWsdl()
{
foreach (DictionaryEntry d in wsdlMessages)
((IDump)d.Value).Dump();
foreach (DictionaryEntry d in wsdlPortTypes)
((IDump)d.Value).Dump();
foreach (WsdlBinding item in wsdlBindings)
item.Dump();
foreach (WsdlService item in wsdlServices)
item.Dump();
}
private void ParseWsdlTypes()
{
Util.Log("WsdlParser.ParseWsdlTypes");
int curDepth = _XMLReader.Depth;
ReadNextXmlElement();
// Initialize mechanism to support xsd import statements;
_currentSchemaReaderStack.Push(_currentReaderStack.Peek()); // put current wsdl location as xsd location
while (_XMLReader.Depth > curDepth)
{
String elementName = _XMLReader.LocalName;
if (MatchingSchemaNamespace())
{
if (MatchingStrings(elementName, s_schemaString))
{
ParseSchema();
if (_readerStreamsXsd != null)
{
// import element appeared in schema
ParseImportedSchemaController();
}
continue;
}
}
// Ignore others elements such as annotations
SkipXmlElement();
}
_currentSchemaReaderStack.Pop();
}
private void ParseSchemaIncludeElement()
{
ParseSchemaImportElement(false);
}
private void ParseSchemaImportElement()
{
ParseSchemaImportElement(true);
}
// Processes an import statement in an xsd schema.
private void ParseSchemaImportElement(bool bImport)
{
Util.Log("WsdlParser.ParseSchemaImportElement IsImport "+bImport);
String ns = null;
if (bImport)
ns = LookupAttribute(s_namespaceString, null, true);
String location = null;
location = LookupAttribute(s_schemaLocationString, null, false);
Util.Log("WsdlParser.ParseSchemaImportElement "+ns+" location "+location);
if (location != null && location.Length > 0)
{
if (_readerStreamsXsd == null)
{
_readerStreamsXsd = new ReaderStream(location);
ParseReaderStreamLocation(_readerStreamsXsd, (ReaderStream)_currentSchemaReaderStack.Peek());
}
else
{
ReaderStream reader = new ReaderStream(location);
ParseReaderStreamLocation(reader, (ReaderStream)_currentSchemaReaderStack.Peek());
ReaderStream.GetReaderStream(_readerStreamsWsdl, reader);
}
}
ReadNextXmlElement();
return;
}
// Controls the processing of the imported xsd schema.
internal void ParseImportedSchemaController()
{
Util.Log("WsdlParser.ParseImportedSchemaController");
XmlNameTable primedNametable = CreatePrimedNametable();
ReaderStream input = _readerStreamsXsd;
XmlTextReader _XMLReaderWsdl = _XMLReader;
ReaderStream _parsingInputWsdl = _parsingInput;
do
{
// Initialize the parser
_XMLReader = new XmlTextReader(input.InputStream, _primedNametable);
_XMLReader.WhitespaceHandling = WhitespaceHandling.None;
_XMLReader.XmlResolver = null;
_parsingInput = input;
ParseImportedSchema(input);
input = ReaderStream.GetNextReaderStream(input);
} while (input != null);
_readerStreamsXsd = null;
_XMLReader = _XMLReaderWsdl;
_parsingInput = _parsingInputWsdl;
return;
}
// Process the xsd schema imported from an xsd import statement
private void ParseImportedSchema(ReaderStream input)
{
Util.Log("WsdlParser.ParseImportedSchema "+input.Location);
try
{
String elementName = _XMLReader.LocalName;
_currentSchemaReaderStack.Push(input); // need this to get the base url for relative import elements.
ReadNextXmlElement();
ParseSchema();
_currentSchemaReaderStack.Pop(); // need this to get the base url for relative import elements.
}
finally
{
WriterStream.Flush(_writerStreams);
}
}
private void ParseWsdlMessage()
{
Util.Log("WsdlParser.ParseWsdlMessage");
WsdlMessage message = new WsdlMessage();
message.name = LookupAttribute(s_nameString, null, true);
message.nameNs = _parsingInput.TargetNS;
int curDepth = _XMLReader.Depth;
ReadNextXmlElement();
while (_XMLReader.Depth > curDepth)
{
String elementName = _XMLReader.LocalName;
if (MatchingStrings(elementName, s_partString))
{
WsdlMessagePart part = new WsdlMessagePart();
part.name = LookupAttribute(s_nameString, null, true);
part.nameNs = _parsingInput.TargetNS;
//AddToNamespace(part.nameNs);//temp
part.element = LookupAttribute(s_elementString, null, false);
part.typeName = LookupAttribute(s_typeString, null, false);
if (part.element != null)
{
part.elementNs = ParseQName(ref part.element);
}
if (part.typeName != null)
{
part.typeNameNs = ParseQName(ref part.typeName);
}
message.parts.Add(part);
ReadNextXmlElement();
continue;
}
// Ignore others elements such as annotations
SkipXmlElement();
}
wsdlMessages[message.name] = message;
}
private void ParseWsdlPortType()
{
Util.Log("WsdlParser.ParseWsdlPortType");
WsdlPortType portType = new WsdlPortType();
portType.name = LookupAttribute(s_nameString, null, true);
//portType.nameNs = ParseQName(ref portType.name);
int curDepth = _XMLReader.Depth;
ReadNextXmlElement();
while (_XMLReader.Depth > curDepth)
{
String elementName = _XMLReader.LocalName;
if (MatchingStrings(elementName, s_operationString))
{
WsdlPortTypeOperation portTypeOperation = new WsdlPortTypeOperation();
portTypeOperation.name = LookupAttribute(s_nameString, null, true);
portTypeOperation.nameNs = ParseQName(ref portTypeOperation.nameNs);
portTypeOperation.parameterOrder = LookupAttribute(s_parameterOrderString, null, false);
ParseWsdlPortTypeOperationContent(portType, portTypeOperation);
portType.operations.Add(portTypeOperation);
continue;
}
// Ignore others elements such as annotations
SkipXmlElement();
}
wsdlPortTypes[portType.name] = portType;
}
private void ParseWsdlPortTypeOperationContent(WsdlPortType portType, WsdlPortTypeOperation portTypeOperation)
{
Util.Log("WsdlParser.ParseWsdlPortTypeOperationContent type "+portType.name+" operationName "+portTypeOperation.name);
int curDepth = _XMLReader.Depth;
ReadNextXmlElement();
while (_XMLReader.Depth > curDepth)
{
String elementName = _XMLReader.LocalName;
if (MatchingStrings(elementName, s_inputString))
{
WsdlPortTypeOperationContent portContent = new WsdlPortTypeOperationContent();
portContent.element = Atomize("input");
portContent.name = LookupAttribute(s_nameString, null, false);
if (MatchingStrings(portContent.name, s_emptyString))
{
portContent.name = Atomize(portTypeOperation.name+"Request");
if (portType.sections.ContainsKey(portContent.name))
throw new SUDSParserException(String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_DuplicatePortTypesOperationName"), portTypeOperation.name));
portType.sections[portContent.name] = portTypeOperation; //for request response
portType.sections[portTypeOperation.name] = portTypeOperation; // for one way don't know yet if one way or response
}
else
{
if (portType.sections.ContainsKey(portContent.name))
throw new SUDSParserException(String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_DuplicatePortSectionName"), portContent.name));
portType.sections[portContent.name] = portTypeOperation;
}
portContent.message = LookupAttribute(s_messageString, null, true);
portContent.messageNs = ParseQName(ref portContent.message);
portTypeOperation.contents.Add(portContent);
ReadNextXmlElement();
continue;
}
else if (MatchingStrings(elementName, s_outputString))
{
WsdlPortTypeOperationContent portContent = new WsdlPortTypeOperationContent();
portContent.element = Atomize("output");
portContent.name = LookupAttribute(s_nameString, null, false);
portContent.nameNs = ParseQName(ref portContent.name);
if (MatchingStrings(portContent.name, s_emptyString))
portContent.name = Atomize(portTypeOperation.name+"Response");
if (!portType.sections.ContainsKey(portContent.name))
portType.sections[portContent.name] = portTypeOperation;
portContent.message = LookupAttribute(s_messageString, null, true);
portContent.messageNs = ParseQName(ref portContent.message);
portTypeOperation.contents.Add(portContent);
ReadNextXmlElement();
continue;
}
// Ignore others elements such as annotations
SkipXmlElement();
}
}
private void ParseWsdlBinding(URTNamespace inparsingNamespace)
{
Util.Log("WsdlParser.ParseWsdlBinding");
WsdlBinding binding = new WsdlBinding();
binding.name = LookupAttribute(s_nameString, null, true);
//binding.nameNs = ParseQName(ref binding.name);
binding.type = LookupAttribute(s_typeString, null, true);
binding.typeNs = ParseQName(ref binding.type);
URTNamespace parsingNamespace = LookupNamespace(binding.typeNs);
if (parsingNamespace == null)
{
parsingNamespace = new URTNamespace(binding.typeNs, this);
}
binding.parsingNamespace = parsingNamespace;
bool bSoapBinding = false;
bool bRpcBinding = false;
bool bSoapEncoded = false;
bool bSoapSuds = false;
int curDepth = _XMLReader.Depth;
ReadNextXmlElement();
while (_XMLReader.Depth > curDepth)
{
String elementName = _XMLReader.LocalName;
if (MatchingNamespace(s_wsdlSoapNamespaceString) &&
MatchingStrings(elementName, s_bindingString))
{
bSoapBinding = true;
WsdlBindingSoapBinding sb = new WsdlBindingSoapBinding();
sb.style = LookupAttribute(s_styleString, null, true);
if (sb.style == "rpc")
bRpcBinding = true;
/*
if (sb.style == "document")
{
throw new SUDSParserException(
String.Format(CoreChannel.GetResourceString("Remoting_Suds_SoapStyleNotSupported"),
sb.style));
}
*/
sb.transport = LookupAttribute(s_transportString, null, true);
binding.soapBinding = sb;
ReadNextXmlElement();
continue;
}
else if (MatchingNamespace(s_wsdlSudsNamespaceString))
{
bSoapSuds = true;
if (MatchingStrings(elementName, s_classString) || MatchingStrings(elementName, s_structString))
{
WsdlBindingSuds suds = new WsdlBindingSuds();
suds.elementName = elementName;
suds.typeName = LookupAttribute(s_typeString, null, true);
suds.ns = ParseQName(ref suds.typeName);
suds.extendsTypeName = LookupAttribute(s_extendsString, null, false);
String use = LookupAttribute(s_rootTypeString, null, false);
suds.sudsUse = ProcessSudsUse(use, elementName);
if (!MatchingStrings(suds.extendsTypeName, s_emptyString))
suds.extendsNs = ParseQName(ref suds.extendsTypeName);
ParseWsdlBindingSuds(suds);
binding.suds.Add(suds);
continue;
}
else if (MatchingStrings(elementName, s_interfaceString))
{
WsdlBindingSuds suds = new WsdlBindingSuds();
suds.elementName = elementName; //Atomize("interface");
suds.typeName = LookupAttribute(s_typeString, null, true);
suds.ns = ParseQName(ref suds.typeName);
String use = LookupAttribute(s_rootTypeString, null, false);
suds.sudsUse = ProcessSudsUse(use, elementName);
ParseWsdlBindingSuds(suds);
binding.suds.Add(suds);
continue;
}
}
else if (MatchingNamespace(s_wsdlNamespaceString) &&
MatchingStrings(elementName, s_operationString))
{
WsdlBindingOperation op = new WsdlBindingOperation();
op.name = LookupAttribute(s_nameString, null, true);
op.nameNs = _parsingInput.TargetNS;
ParseWsdlBindingOperation(op, ref bRpcBinding, ref bSoapEncoded);
binding.operations.Add(op);
continue;
}
// Ignore others elements such as annotations
SkipXmlElement();
}
if (bSoapBinding && bRpcBinding && bSoapEncoded || bSoapSuds)
wsdlBindings.Add(binding);
}
private void ParseWsdlBindingSuds(WsdlBindingSuds suds)
{
Util.Log("WsdlParser.ParseWsdlBindingSuds");
int curDepth = _XMLReader.Depth;
ReadNextXmlElement();
while (_XMLReader.Depth > curDepth)
{
String elementName = _XMLReader.LocalName;
if (MatchingStrings(elementName, s_implementsString) ||
MatchingStrings(elementName, s_extendsString))
{
WsdlBindingSudsImplements impl = new WsdlBindingSudsImplements();
impl.typeName = LookupAttribute(s_typeString, null, true);
impl.ns = ParseQName(ref impl.typeName);
suds.implements.Add(impl);
ReadNextXmlElement();
continue;
}
else if (MatchingStrings(elementName, s_nestedTypeString))
{
WsdlBindingSudsNestedType nestedType = new WsdlBindingSudsNestedType();
nestedType.name = LookupAttribute(s_nameString, null, true);
nestedType.typeName = LookupAttribute(s_typeString, null, true);
nestedType.ns = ParseQName(ref nestedType.typeName);
suds.nestedTypes.Add(nestedType);
ReadNextXmlElement();
continue;
}
// Ignore others elements such as annotations
SkipXmlElement();
}
}
private SudsUse ProcessSudsUse(String use, String elementName)
{
Util.Log("WsdlParser.ProcessSudsUse use enter "+use+" elementName "+elementName);
SudsUse sudsUse = SudsUse.Class;
if (use == null || use.Length == 0)
use = elementName;
if (MatchingStrings(use, s_interfaceString))
sudsUse = SudsUse.Interface;
else if (MatchingStrings(use, s_classString))
sudsUse = SudsUse.Class;
else if (MatchingStrings(use, s_structString))
sudsUse = SudsUse.Struct;
else if (MatchingStrings(use, s_ISerializableString))
sudsUse = SudsUse.ISerializable;
else if (MatchingStrings(use, s_marshalByRefString))
sudsUse = SudsUse.MarshalByRef;
else if (MatchingStrings(use, s_delegateString))
sudsUse = SudsUse.Delegate;
else if (MatchingStrings(use, s_servicedComponentString))
sudsUse = SudsUse.ServicedComponent;
Util.Log("WsdlParser.ProcessSudsUse use exit "+((Enum)sudsUse).ToString());
return sudsUse;
}
private void ParseWsdlBindingOperation(WsdlBindingOperation op, ref bool bRpcBinding, ref bool bSoapEncoded)
{
Util.Log("WsdlParser.ParseWsdlBindingOperation");
int curDepth = _XMLReader.Depth;
bool binput = false;
bool boutput = false;
WsdlBindingOperationSection opSec = null;
ReadNextXmlElement();
while (_XMLReader.Depth > curDepth)
{
String elementName = _XMLReader.LocalName;
if (MatchingNamespace(s_wsdlSudsNamespaceString) && MatchingStrings(elementName, s_methodString))
{
op.methodAttributes = LookupAttribute(s_attributesString, null, true);
ReadNextXmlElement();
continue;
}
else if (MatchingNamespace(s_wsdlSoapNamespaceString) &&
MatchingStrings(elementName, s_operationString))
{
WsdlBindingSoapOperation soapOp = new WsdlBindingSoapOperation();
soapOp.soapAction = LookupAttribute(s_soapActionString, null, false);
soapOp.style = LookupAttribute(s_styleString, null, false);
if (soapOp.style == "rpc")
bRpcBinding = true;
{
}
op.soapOperation = soapOp;
ReadNextXmlElement();
continue;
}
else if (MatchingNamespace(s_wsdlNamespaceString))
{
if (MatchingStrings(elementName, s_inputString))
{
binput = true;
opSec = ParseWsdlBindingOperationSection(op, elementName, ref bSoapEncoded);
continue;
}
else if (MatchingStrings(elementName, s_outputString))
{
boutput = true;
ParseWsdlBindingOperationSection(op, elementName, ref bSoapEncoded);
continue;
}
else if (MatchingStrings(elementName, s_faultString))
{
ParseWsdlBindingOperationSection(op, elementName, ref bSoapEncoded);
continue;
}
}
// Ignore others elements such as annotations
SkipXmlElement();
}
// if no output section then the default name is just the op name.
if (opSec != null && binput && !boutput)
opSec.name = op.name;
}
private WsdlBindingOperationSection ParseWsdlBindingOperationSection(WsdlBindingOperation op, String inputElementName, ref bool bSoapEncoded)
{
Util.Log("WsdlParser.ParseWsdlBindingOperationSections");
bool breturn = false;
WsdlBindingOperationSection opSec = new WsdlBindingOperationSection();
op.sections.Add(opSec);
opSec.name = LookupAttribute(s_nameString, null, false);
if (MatchingStrings(opSec.name, s_emptyString))
{
if (MatchingStrings(inputElementName, s_inputString))
{
breturn = true;
opSec.name = Atomize(op.name+"Request");
}
else if (MatchingStrings(inputElementName, s_outputString))
opSec.name = Atomize(op.name+"Response");
}
opSec.elementName = inputElementName;
int curDepth = _XMLReader.Depth;
ReadNextXmlElement();
while (_XMLReader.Depth > curDepth)
{
String elementName = _XMLReader.LocalName;
if (MatchingNamespace(s_wsdlSoapNamespaceString))
{
if (MatchingStrings(elementName, s_bodyString))
{
WsdlBindingSoapBody soapBody = new WsdlBindingSoapBody();
opSec.extensions.Add(soapBody);
soapBody.parts = LookupAttribute(s_partsString, null, false);
soapBody.use = LookupAttribute(s_useString, null, true);
if (soapBody.use == "encoded")
bSoapEncoded = true;
soapBody.encodingStyle = LookupAttribute(s_encodingStyleString, null, false);
soapBody.namespaceUri = LookupAttribute(s_namespaceString, null, false);
ReadNextXmlElement();
continue;
}
else if (MatchingStrings(elementName, s_headerString))
{
WsdlBindingSoapHeader soapHeader = new WsdlBindingSoapHeader();
opSec.extensions.Add(soapHeader);
soapHeader.message = LookupAttribute(s_messageString, null, true);
soapHeader.messageNs = ParseQName(ref soapHeader.message);
soapHeader.part = LookupAttribute(s_partString, null, true);
soapHeader.use = LookupAttribute(s_useString, null, true);
soapHeader.encodingStyle = LookupAttribute(s_encodingStyleString, null, false);
soapHeader.namespaceUri = LookupAttribute(s_namespaceString, null, false);
ReadNextXmlElement();
continue;
}
else if (MatchingStrings(elementName, s_faultString))
{
WsdlBindingSoapFault soapFault = new WsdlBindingSoapFault();
opSec.extensions.Add(soapFault);
soapFault.name = LookupAttribute(s_nameString, null, true);
soapFault.use = LookupAttribute(s_useString, null, true);
soapFault.encodingStyle = LookupAttribute(s_encodingStyleString, null, false);
soapFault.namespaceUri = LookupAttribute(s_namespaceString, null, false);
ReadNextXmlElement();
continue;
}
}
// Ignore others elements such as annotations
// headerFault currently ignored
SkipXmlElement();
}
// returning opSec only if a fixup might be necessary, this is the case of an input section with an empty input name
// it will be fixed up later if there is no output section
if (breturn)
return opSec;
else
return null;
}
private void ParseWsdlService()
{
Util.Log("WsdlParser.ParseWsdlService");
WsdlService service = new WsdlService();
service.name = LookupAttribute(s_nameString, null, true);
//service.nameNs = ParseQName(ref service.name);
int curDepth = _XMLReader.Depth;
ReadNextXmlElement();
while (_XMLReader.Depth > curDepth)
{
String elementName = _XMLReader.LocalName;
if (MatchingNamespace(s_wsdlNamespaceString) &&
MatchingStrings(elementName, s_portString))
{
WsdlServicePort port = new WsdlServicePort();
port.name = LookupAttribute(s_nameString, null, true);
port.nameNs = ParseQName(ref port.nameNs);
port.binding = LookupAttribute(s_bindingString, null, true);
port.bindingNs = ParseQName(ref port.binding);
ParseWsdlServicePort(port);
service.ports[port.binding] = port;
continue;
}
// Ignore others elements such as annotations
SkipXmlElement();
}
wsdlServices.Add(service);
}
private void ParseWsdlServicePort(WsdlServicePort port)
{
Util.Log("WsdlParser.ParseWsdlServicePort");
int curDepth = _XMLReader.Depth;
ReadNextXmlElement();
while (_XMLReader.Depth > curDepth)
{
String elementName = _XMLReader.LocalName;
if (MatchingNamespace(s_wsdlSoapNamespaceString) &&
MatchingStrings(elementName, s_addressString))
{
if (port.locations == null)
port.locations = new ArrayList(10);
port.locations.Add(LookupAttribute(s_locationString, null, true));
ReadNextXmlElement();
continue;
}
// Ignore others elements such as annotations
SkipXmlElement();
}
}
private void ResolveWsdl()
{
Util.Log("WsdlParser.ResolveWsdl ");
if (wsdlBindings.Count == 0)
throw new SUDSParserException(String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_RpcBindingsMissing")));
foreach (WsdlBinding binding in wsdlBindings)
{
// Only creating classes for soap
if (binding.soapBinding != null)
{
if (binding.suds != null && binding.suds.Count > 0)
{
bool bFirstSuds = true;
foreach (WsdlBindingSuds suds in binding.suds)
{
if (MatchingStrings(suds.elementName, s_classString) || MatchingStrings(suds.elementName, s_structString))
{
ResolveWsdlClass(binding, suds, bFirstSuds);
bFirstSuds = false;
}
else if (MatchingStrings(suds.elementName, s_interfaceString))
ResolveWsdlInterface(binding, suds);
else
{
throw new SUDSParserException(
String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_CantResolveElementInNS"),
suds.elementName, s_wsdlSudsNamespaceString));
}
}
}
else
ResolveWsdlClass(binding, null, true); // No suds, create a default class
}
}
}
private void ResolveWsdlClass(WsdlBinding binding, WsdlBindingSuds suds, bool bFirstSuds)
{
// bFirstSuds is true then the suds class is the class for the binding.
// The other suds are additional class without bindings in the same namespace.
Util.Log("WsdlParser.ResolveWsdlClass suds "+suds);
URTComplexType parsingComplexType;
//URTNamespace parsingNamespace = binding.parsingNamespace;
URTNamespace parsingNamespace;
//URTNamespace parsingNamespace = binding.typeNs;
if (suds != null)
{
Util.Log("WsdlParser.ResolveWsdlClass suds not null "+suds.elementName+" "+suds.typeName);
// Suds
parsingNamespace = AddNewNamespace(suds.ns);
parsingComplexType = parsingNamespace.LookupComplexType(suds.typeName);
if (parsingComplexType == null)
{
parsingComplexType = new URTComplexType(suds.typeName, parsingNamespace.Name, parsingNamespace.Namespace, parsingNamespace.EncodedNS, _blockDefault ,false, false, this, parsingNamespace);
parsingNamespace.AddComplexType(parsingComplexType);
}
if (MatchingStrings(suds.elementName, s_structString))
parsingComplexType.IsValueType = true;
parsingComplexType.SudsUse = suds.sudsUse;
if (suds.sudsUse == SudsUse.MarshalByRef ||
suds.sudsUse == SudsUse.ServicedComponent
)
{
Util.Log("WsdlParser.ResolveWsdlClass MarshalByRef IsSudsType true 1 "+suds.elementName+" "+suds.typeName);
parsingComplexType.IsSUDSType = true;
if (_bWrappedProxy)
parsingComplexType.SUDSType = SUDSType.ClientProxy;
else
parsingComplexType.SUDSType = SUDSType.MarshalByRef;
if ((suds.extendsTypeName != null) && (suds.extendsTypeName.Length > 0))
{
URTNamespace extendsNamespace = AddNewNamespace(suds.extendsNs);
/*
if (extendsNamespace == null)
extendsNamespace = new URTNamespace(suds.extendsTypeName, this);
*/
URTComplexType extendsComplexType = extendsNamespace.LookupComplexType(suds.extendsTypeName);
if (extendsComplexType == null)
{
extendsComplexType = new URTComplexType(suds.extendsTypeName, extendsNamespace.Name, extendsNamespace.Namespace, extendsNamespace.EncodedNS, _blockDefault ,true, false, this, extendsNamespace);
extendsNamespace.AddComplexType(extendsComplexType);
}
else
{
Util.Log("WsdlParser.ResolveWsdlClass IsSudsType true 2 "+suds.elementName+" "+suds.typeName);
extendsComplexType.IsSUDSType = true;
}
if (_bWrappedProxy)
extendsComplexType.SUDSType = SUDSType.ClientProxy;
else
extendsComplexType.SUDSType = SUDSType.MarshalByRef;
extendsComplexType.SudsUse = suds.sudsUse;
// Only top of inheritance hierarchy is marked
//parsingComplexType.SUDSType = SUDSType.None;
}
}
foreach (WsdlBindingSudsNestedType nestedType in suds.nestedTypes)
{
ResolveWsdlNestedType(binding, suds, nestedType);
}
}
else
{
// No suds
Util.Log("WsdlParser.ResolveWsdlClass no suds ");
parsingNamespace = AddNewNamespace(binding.typeNs);
String name = binding.name;
int index = binding.name.IndexOf("Binding");
if (index > 0)
{
//name = Atomize(binding.name.Substring(0,index));
name = binding.name.Substring(0,index);
}
parsingComplexType = parsingNamespace.LookupComplexTypeEqual(name);
if (parsingComplexType == null)
{
parsingComplexType = new URTComplexType(name, parsingNamespace.Name, parsingNamespace.Namespace, parsingNamespace.EncodedNS, _blockDefault ,true, false, this, parsingNamespace);
parsingNamespace.AddComplexType(parsingComplexType);
}
else
{
Util.Log("WsdlParser.ResolveWsdlClass IsSudsType true 3 "+name);
parsingComplexType.IsSUDSType = true;
}
if (_bWrappedProxy)
parsingComplexType.SUDSType = SUDSType.ClientProxy;
else
parsingComplexType.SUDSType = SUDSType.MarshalByRef;
parsingComplexType.SudsUse = SudsUse.MarshalByRef;
}
// Resolve address
parsingComplexType.ConnectURLs = ResolveWsdlAddress(binding);
// Resolve extends and implements
if (suds != null)
{
if (!MatchingStrings(suds.extendsTypeName, s_emptyString))
{
parsingComplexType.Extends(suds.extendsTypeName, suds.extendsNs);
}
foreach (WsdlBindingSudsImplements impl in suds.implements)
parsingComplexType.Implements(impl.typeName, impl.ns, this);
}
if (bFirstSuds &&
(parsingComplexType.SudsUse == SudsUse.MarshalByRef ||
parsingComplexType.SudsUse == SudsUse.ServicedComponent ||
parsingComplexType.SudsUse == SudsUse.Delegate ||
parsingComplexType.SudsUse == SudsUse.Interface))
{
// Resolve methods
ArrayList methodInfos = ResolveWsdlMethodInfo(binding);
foreach (WsdlMethodInfo methodInfo in methodInfos)
{
if ((methodInfo.inputMethodName != null) && (methodInfo.outputMethodName != null))
{
RRMethod parsingRRMethod = new RRMethod(methodInfo, parsingComplexType);
parsingRRMethod.AddRequest(methodInfo.methodName, methodInfo.methodNameNs);
parsingRRMethod.AddResponse(methodInfo.methodName, methodInfo.methodNameNs);
parsingComplexType.AddMethod(parsingRRMethod);
}
else if (methodInfo.inputMethodName != null)
{
OnewayMethod parsingOWMethod = new OnewayMethod(methodInfo, parsingComplexType);
parsingComplexType.AddMethod(parsingOWMethod);
parsingOWMethod.AddMessage(methodInfo.methodName, methodInfo.methodNameNs);
}
else
{
throw new SUDSParserException(
String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_WsdlInvalidMessage"),
methodInfo.methodName));
}
}
}
}
private void ResolveWsdlInterface(WsdlBinding binding, WsdlBindingSuds suds)
{
Util.Log("WsdlParser.ResolveWsdlInterface "+binding.name+" ns "+binding.parsingNamespace.Namespace+" suds "+suds.typeName);
URTNamespace parsingNamespace = binding.parsingNamespace;
URTNamespace sudsNamespace = AddNewNamespace(suds.ns);
/*
if (sudsNamespace == null)
{
sudsNamespace = new URTNamespace(suds.ns, this);
}
*/
URTInterface parsingInterface = sudsNamespace.LookupInterface(suds.typeName);
if (parsingInterface == null)
{
parsingInterface = new URTInterface(suds.typeName, sudsNamespace.Name, sudsNamespace.Namespace, sudsNamespace.EncodedNS, this);
sudsNamespace.AddInterface(parsingInterface);
}
if (suds.extendsTypeName != null)
{
parsingInterface.Extends(suds.extendsTypeName, suds.extendsNs, this);
}
foreach (WsdlBindingSudsImplements impl in suds.implements)
{
parsingInterface.Extends(impl.typeName, impl.ns, this);
}
ArrayList methodInfos = ResolveWsdlMethodInfo(binding);
foreach (WsdlMethodInfo methodInfo in methodInfos)
{
if ((methodInfo.inputMethodName != null) && (methodInfo.outputMethodName != null))
{
RRMethod parsingRRMethod = new RRMethod(methodInfo, null);
parsingRRMethod.AddRequest(methodInfo.methodName, methodInfo.methodNameNs);
parsingRRMethod.AddResponse(methodInfo.methodName, methodInfo.methodNameNs);
parsingInterface.AddMethod(parsingRRMethod);
}
else if (methodInfo.inputMethodName != null)
{
OnewayMethod parsingOWMethod = new OnewayMethod(methodInfo.methodName, methodInfo.soapAction, null);
parsingOWMethod.AddMessage(methodInfo.methodName, methodInfo.methodNameNs);
parsingInterface.AddMethod(parsingOWMethod);
}
else
{
throw new SUDSParserException(
String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_WsdlInvalidMessage"),
methodInfo.methodName));
}
}
}
private void ResolveWsdlNestedType(WsdlBinding binding, WsdlBindingSuds suds, WsdlBindingSudsNestedType nested)
{
Util.Log("WsdlParser.ResolveWsdlNestedType "+binding.name+" ns "+binding.parsingNamespace.Namespace+" suds "+suds.typeName+" nestedName "+nested.name+" nestedTypeName "+nested.typeName);
String className = suds.typeName;
String ns = nested.ns;
String nestedName = nested.name;
String nestedTypeName = nested.typeName;
if (suds.ns != ns)
{
throw new SUDSParserException(
String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_CantResolveNestedTypeNS"),
suds.typeName, suds.ns));
}
URTNamespace sudsNamespace = AddNewNamespace(suds.ns);
URTComplexType outerType = sudsNamespace.LookupComplexType(suds.typeName);
if (outerType == null)
{
throw new SUDSParserException(
String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_CantResolveNestedType"),
suds.typeName, suds.ns));
}
BaseType innerType = sudsNamespace.LookupType(nested.typeName);
if (innerType == null)
{
// Can be URTSimpleType for Enum
Util.Log("WsdlParser.ResolveWsdlNestedType cann't find inner type "+nested.typeName+" className "+className+" ns "+ns);
innerType = sudsNamespace.LookupComplexType(nested.typeName);
if (innerType == null)
{
innerType = new URTComplexType(nested.typeName, sudsNamespace.Name, sudsNamespace.Namespace, sudsNamespace.EncodedNS, _blockDefault ,false, false, this, sudsNamespace);
sudsNamespace.AddComplexType((URTComplexType)innerType);
}
}
innerType.bNestedType = true;
innerType.NestedTypeName = nested.name;
innerType.FullNestedTypeName = nested.typeName;
innerType.OuterTypeName = suds.typeName;
outerType.AddNestedType(innerType);
}
private ArrayList ResolveWsdlAddress(WsdlBinding binding)
{
Util.Log("WsdlParser.ResolveWsdlAddress "+binding.name);
ArrayList serviceEndpoints = null;
if (_bWrappedProxy)
{
foreach (WsdlService service in wsdlServices)
{
WsdlServicePort port = (WsdlServicePort)service.ports[binding.name];
if (port != null)
{
serviceEndpoints = port.locations;
break;
}
if (serviceEndpoints != null)
break;
}
}
return serviceEndpoints;
}
private ArrayList ResolveWsdlMethodInfo(WsdlBinding binding)
{
Util.Log("WsdlParser.ResolveWsdlMethodInfo "+binding.name);
ArrayList methodInfos = new ArrayList(10);
Hashtable propertyMethod = new Hashtable(3);
for (int i=0; i 4))
bGet = true;
else if ((methodInfo.methodName.StartsWith("set_", StringComparison.Ordinal) && methodInfo.methodName.Length > 4))
bSet = true;
if (bGet || bSet)
{
bool bNew = false;
String propertyName = methodInfo.methodName.Substring(4);
WsdlMethodInfo propertyMethodInfo = (WsdlMethodInfo)propertyMethod[propertyName];
if (propertyMethodInfo == null)
{
propertyMethod[propertyName] = methodInfo;
methodInfos.Add(methodInfo);
propertyMethodInfo = methodInfo;
methodInfo.propertyName = propertyName;
methodInfo.bProperty = true;
bNew = true;
}
if (bGet)
{
propertyMethodInfo.bGet = true;
propertyMethodInfo.soapActionGet = opSoap.soapAction;
}
else
{
propertyMethodInfo.bSet = true;
propertyMethodInfo.soapActionSet = opSoap.soapAction;
//propertyMethodInfo.Dump();
}
if (!bNew)
continue; //already processed this property
}
else
methodInfos.Add(methodInfo);
methodInfo.soapAction = opSoap.soapAction;
WsdlPortType portType = (WsdlPortType)wsdlPortTypes[binding.type];
if ((portType == null) || (portType.operations.Count != binding.operations.Count))
{
throw new SUDSParserException(
String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_WsdlInvalidPortType"),
binding.type));
}
// PortType operations are obtained by the
WsdlPortTypeOperation portTypeOp = null;
foreach (WsdlBindingOperationSection opSec in op.sections)
{
if (MatchingStrings(opSec.elementName, s_inputString))
{
portTypeOp = (WsdlPortTypeOperation)portType.sections[opSec.name];
Util.Log("WsdlParser.ResolveWsdlMethodInfo find portTypeOp 1 "+opSec.name+" portTypeOp "+portTypeOp);
if (portTypeOp == null)
{
//this is for interop testing because other implementations are using the opSec.name wrong.
// a "Request" is not being added to the end of the name.
int index = opSec.name.LastIndexOf("Request");
if (index > 0)
{
String newOpName = opSec.name.Substring(0, index);
portTypeOp = (WsdlPortTypeOperation)portType.sections[newOpName];
Util.Log("WsdlParser.ResolveWsdlMethodInfo find portTypeOp 2 "+newOpName+" portTypeOp "+portTypeOp);
}
}
if (portTypeOp != null && portTypeOp.parameterOrder != null && portTypeOp.parameterOrder.Length > 0)
{
methodInfo.paramNamesOrder = portTypeOp.parameterOrder.Split(' ');
}
foreach (WsdlBindingSoapBody body in opSec.extensions)
{
if (body.namespaceUri != null || body.namespaceUri.Length > 0)
methodInfo.inputMethodNameNs = body.namespaceUri;
}
}
else if (MatchingStrings(opSec.elementName, s_outputString))
{
foreach (WsdlBindingSoapBody body in opSec.extensions)
{
if (body.namespaceUri != null || body.namespaceUri.Length > 0)
methodInfo.outputMethodNameNs = body.namespaceUri;
}
}
}
/*
if (portTypeOp == null)
{
throw new SUDSParserException(
String.Format(CoreChannel.GetResourceString("Remoting_Suds_WsdlInvalidPortType"),
binding.type));
}
*/
if (portTypeOp != null)
{
foreach (WsdlPortTypeOperationContent content in portTypeOp.contents)
{
if (MatchingStrings(content.element, s_inputString))
{
methodInfo.inputMethodName = content.message;
if (methodInfo.inputMethodNameNs == null)
methodInfo.inputMethodNameNs = content.messageNs;
WsdlMessage message = (WsdlMessage)wsdlMessages[content.message];
if (message == null)
{
throw new SUDSParserException(
String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_WsdlMissingMessage"),
content.message));
}
else
{
if (message.parts != null)
{
methodInfo.inputNames = new String[message.parts.Count];
methodInfo.inputNamesNs = new String[message.parts.Count];
methodInfo.inputElements = new String[message.parts.Count];
methodInfo.inputElementsNs = new String[message.parts.Count];
methodInfo.inputTypes = new String[message.parts.Count];
methodInfo.inputTypesNs = new String[message.parts.Count];
for (int ip=0; ip curDepth)
{
String elementName = _XMLReader.LocalName;
//if (MatchingSchemaNamespace())
{
if (MatchingStrings(elementName, s_complexTypeString))
ParseComplexType(parsingNamespace, null);
else if (MatchingStrings(elementName, s_simpleTypeString))
ParseSimpleType(parsingNamespace, null);
else if (MatchingStrings(elementName, s_schemaString))
ParseSchema();
else if (MatchingStrings(elementName, s_elementString))
ParseElementDecl(parsingNamespace);
else if (MatchingStrings(elementName, s_importString))
ParseSchemaImportElement();
else if (MatchingStrings(elementName, s_includeString))
ParseSchemaIncludeElement();
else
goto SkipXMLNode;
continue;
}
SkipXMLNode:
// Ignore others elements such as annotations
SkipXmlElement();
}
return;
}
// Resolves internal references
private void Resolve()
{
Util.Log("WsdlParser.Resolve");
for (int i=0;i<_URTNamespaces.Count;i++)
((URTNamespace)_URTNamespaces[i]).ResolveElements(this);
for (int i=0;i<_URTNamespaces.Count;i++)
((URTNamespace)_URTNamespaces[i]).ResolveTypes(this);
for (int i=0;i<_URTNamespaces.Count;i++)
((URTNamespace)_URTNamespaces[i]).ResolveMethods();
}
// Lookup a given attribute position.
// Note that the supplied strings must have been atomized
private String LookupAttribute(String attrName, String attrNS, bool throwExp)
{
Util.Log("WsdlParser.LookupAttribute Enter "+attrName+", NS "+attrNS+", Exp "+throwExp);
String value = s_emptyString;
bool bPresent;
if (attrNS != null)
bPresent = _XMLReader.MoveToAttribute(attrName, attrNS);
else
bPresent = _XMLReader.MoveToAttribute(attrName);
if (bPresent)
value = Atomize(_XMLReader.Value.Trim());
_XMLReader.MoveToElement();
if ((bPresent == false) && (throwExp == true))
{
throw new SUDSParserException(
String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_AttributeNotFound"),
attrName, XMLReader.LineNumber, XMLReader.LinePosition, XMLReader.Name));
}
Util.Log("WsdlParser.LookupAttribute exit "+attrName+"="+value+", NS "+attrNS+", Exp "+throwExp);
return(value);
}
// Resolves type attribute into its constituent parts
private void ResolveTypeAttribute(ref String typeName, out String typeNS,
out bool bEmbedded, out bool bPrimitive)
{
Util.Log("WsdlParser.ResolveTypeAttribute typeName "+typeName);
if (MatchingStrings(typeName, s_emptyString))
{
typeName = s_objectString;
typeNS = SchemaNamespaceString;
bEmbedded = true;
bPrimitive = false;
}
else
{
// The type field is a QName
typeNS = ParseQName(ref typeName);
// Check for reference and array types
ResolveTypeNames(ref typeNS, ref typeName, out bEmbedded, out bPrimitive);
}
return;
}
// Parses a qname
private String ParseQName(ref String qname)
{
return ParseQName(ref qname, null);
}
private String ParseQName(ref String qname, URTNamespace defaultNS)
{
URTNamespace returnNS = null;
return ParseQName( ref qname, defaultNS, out returnNS);
}
private String ParseQName(ref String qname, URTNamespace defaultNS, out URTNamespace returnNS)
{
Util.Log("WsdlParser.ParseQName Enter qname "+qname+" default xmlns NS "+_XMLReader.LookupNamespace(""));
String ns = null;
returnNS = null;
if ((qname == null) || (qname.Length == 0))
{
Util.Log("WsdlParser.ParseQName Exit null");
return null;
}
int colonIndex = qname.IndexOf(":");
if (colonIndex == -1)
{
// The default namespace is the s_empty string (this will need to change)
//textWriter.WriteLine("DefaultNS: " + _XMLReader.LookupNamespace(s_emptyString) + '\n' +
// "ElementNS: " + _XMLReader.Namespace);
// Should this be element namespace or default namespace
// For attributes names, element namespace makes more sense
// For QName values, default namespace makes more sense
// I am currently returning default namespace
returnNS = defaultNS;
if (defaultNS == null)
{
Util.Log("WsdlParser.ParseQName Exit defaultNS qname "+qname);
ns = _XMLReader.LookupNamespace("");
}
else
{
Util.Log("WsdlParser.ParseQName Exit defaultNS qname "+qname+" default "+defaultNS.Name);
ns = defaultNS.Name;
}
}
else
{
// Get the suffix and atmoize it
String prefix = qname.Substring(0, colonIndex);
qname = Atomize(qname.Substring(colonIndex+1));
ns = _XMLReader.LookupNamespace(prefix);
}
ns = Atomize(ns);
URTNamespace xns = LookupNamespace(ns);
if (xns == null)
{
xns = new URTNamespace(ns, this);
}
returnNS = xns;
Util.Log("WsdlParser.ParseQName Exit qname "+qname+" typeString "+ns+" returnNS "+(returnNS == null?"null":returnNS.Name));
return(ns);
}
// Returns true if the type needs to be qualified with namespace
private bool Qualify(String typeNS, String curNS)
{
Util.Log("WsdlParser.Qualify typeNS "+typeNS+" curNS "+curNS);
if (MatchingSchemaStrings(typeNS) ||
MatchingStrings(typeNS, s_soapNamespaceString) ||
MatchingStrings(typeNS, s_wsdlSoapNamespaceString) ||
MatchingStrings(typeNS, "System") ||
MatchingStrings(typeNS, curNS))
return(false);
return(true);
}
// Returns true if the current element node namespace has matching namespace
private bool MatchingNamespace(String elmNS)
{
Util.Log("WsdlParser.MatchingNamespace "+elmNS+" ***** "+_XMLReader.NamespaceURI);
if (MatchingStrings(_XMLReader.NamespaceURI, elmNS))
// ||
// MatchingStrings(_XMLReader.Prefix, s_emptyString))
return(true);
return(false);
}
private bool MatchingSchemaNamespace()
{
Util.Log("WsdlParser.MatchingSchemaNamespace ");
if (MatchingNamespace(s_schemaNamespaceString))
return true;
else if (MatchingNamespace(s_schemaNamespaceString1999))
{
_xsdVersion = XsdVersion.V1999;
return true;
}
else if (MatchingNamespace(s_schemaNamespaceString2000))
{
_xsdVersion = XsdVersion.V2000;
return true;
}
else if (MatchingNamespace(s_schemaNamespaceString))
{
_xsdVersion = XsdVersion.V2001;
return true;
}
else
{
return false;
}
}
static StringBuilder vsb = new StringBuilder();
internal static string IsValidUrl(string value)
{
if (value == null)
{
return "\"\"";
}
vsb.Length= 0;
vsb.Append("@\"");
for (int i=0; i 0 && returnstr[0] == '@')
return returnstr.Substring(1);
else return returnstr;
}
internal static string IsValidCS(string identifier) {
if (identifier == null || identifier.Length == 0 || identifier == " ") return identifier;
string originalIdentifier = identifier;
int index = identifier.IndexOf('[');
string arraybrackets = null;
if (index > -1)
{
arraybrackets = identifier.Substring(index);
identifier = identifier.Substring(0,index);
// Check arraybrackets
for (int i=0; i 0) sb.Append(".");
if (IsCSharpKeyword(names[i]))
{
sb.Append("@");
newIdent = true;
}
CheckValidIdentifier(names[i]);
sb.Append(names[i]);
}
if (newIdent)
{
if (arraybrackets != null)
sb.Append(arraybrackets);
return sb.ToString();
}
return originalIdentifier;
}
// Returns true if the atomized strings match
private static bool MatchingStrings(String left, String right)
{
//Util.Log("WsdlParser.MatchingStrings left "+left+" right "+right);
return((Object) left == (Object) right);
}
private bool MatchingSchemaStrings(String left)
{
Util.Log("WsdlParser.MatchingSchemaStrings left "+left+" _xsdVersion "+((Enum)_xsdVersion).ToString());
if (MatchingStrings(left, s_schemaNamespaceString1999))
{
_xsdVersion = XsdVersion.V1999;
return true;
}
else if (MatchingStrings(left, s_schemaNamespaceString2000))
{
_xsdVersion = XsdVersion.V2000;
return true;
}
else if (MatchingStrings(left, s_schemaNamespaceString))
{
_xsdVersion = XsdVersion.V2001;
return true;
}
else
return false;
}
// Atmozie the given string
internal String Atomize(String str)
{
// Always atmoize using the table defined on the
// current XML parser
return(_XMLReader.NameTable.Add(str));
}
// Maps URT types to CSharp types
private String MapSchemaTypesToCSharpTypes(String xsdType)
{
Util.Log("SudsConverter.MapSchemaTypesToCSharpTypes Enter "+xsdType);
String stype = xsdType;
int index = xsdType.IndexOf('[');
if (index != -1)
stype = xsdType.Substring(0, index);
String clrType = SudsConverter.MapXsdToClrTypes(stype);
if (clrType == null)
throw new SUDSParserException(
String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_CantResolveTypeInNS"),
xsdType, s_schemaNamespaceString));
// Handle array types
if (index != -1)
clrType = clrType + xsdType.Substring(index);
Util.Log("SudsConverter.MapSchemaTypesToCSharpTypes Exit Type "+clrType);
return clrType;
}
// Return true if the given type is a primitive type
private bool IsPrimitiveType(String typeNS, String typeName)
{
Util.Log("WsdlParser.IsPrimitiveType typeNS "+typeNS+" typeName "+typeName);
bool fReturn = false;
if (MatchingSchemaStrings(typeNS))
{
if (!MatchingStrings(typeName, s_urTypeString))
fReturn = true;
}
return(fReturn);
}
// Looksup a matching namespace
private URTNamespace LookupNamespace(String name)
{
Util.Log("WsdlParser.lookupNamespace name "+name+" number of NS "+_URTNamespaces.Count);
for (int i=0;i<_URTNamespaces.Count;i++)
{
URTNamespace urtNS = (URTNamespace) _URTNamespaces[i];
if (WsdlParser.MatchingStrings(urtNS.Name, name))
//Util.Log("WsdlParser.lookupNamespace search ns "+urtNS.Name+" input "+name);
//if (urtNS.Name == name)
{
Util.Log("WsdlParser.lookupNamespace search ns found "+urtNS.GetHashCode()+" "+urtNS.Name+" input "+name);
return(urtNS);
}
}
Util.Log("WsdlParser.lookupNamespace search ns Not found "+name);
return(null);
}
// This routine is used when finding and creating namespaces during the resolve phase.
// These references are from binding section which support encoded rpc. Any namespace
// not referenced during this phase will be pruned before creating proxy. This will
// prevent Types not used from being placed in the proxy.
internal URTNamespace AddNewNamespace(String ns)
{
Util.Log("WsdlParser.AddNewNamespace name "+ns);
if (ns == null)
return null;
URTNamespace xns = LookupNamespace(ns);
if (xns == null)
{
xns = new URTNamespace(ns, this);
Util.Log("WsdlParser.AddNewNamespace new namespace "+ns);
}
else
{
Util.Log("WsdlParser.AddNewNamespace existing namespace "+ns);
}
if (!xns.IsSystem)
xns.bReferenced= true;
return xns;
}
internal void AddNamespace(URTNamespace xns)
{
//Util.Log("WsdlParser.AddNamespace "+xns.GetHashCode()+" "+xns.Namespace);
_URTNamespaces.Add(xns);
}
// Prints the parsed entities
private void PrintCSC()
{
Util.Log("WsdlParser.PrintCSC ");
int interopCount = 0;
// For interop, recalculate the interop names
for (int i=0;i<_URTNamespaces.Count;i++)
{
URTNamespace urtNS = (URTNamespace) _URTNamespaces[i];
if (!urtNS.IsEmpty && urtNS.UrtType == UrtType.Interop)
{
if (interopCount == 0)
urtNS.EncodedNS = _proxyNamespace;
else
urtNS.EncodedNS = _proxyNamespace+interopCount;
interopCount++;
Util.Log("WsdlParser.PrintCSC Interop "+urtNS.EncodedNS+" "+urtNS.Namespace+" urtType "+((Enum)urtNS.UrtType).ToString());
}
}
for (int i=0;i<_URTNamespaces.Count;i++)
{
URTNamespace urtNS = (URTNamespace) _URTNamespaces[i];
if (!urtNS.IsEmpty && !(urtNS.UrtType == UrtType.UrtSystem || urtNS.UrtType == UrtType.Xsd || urtNS.UrtType == UrtType.None))
{
Util.Log("WsdlParser.PrintCSC fileName urtNS "+urtNS.Namespace+" urtType "+((Enum)urtNS.UrtType).ToString());
String fileName = urtNS.IsURTNamespace ? urtNS.AssemName : urtNS.EncodedNS;
int index = fileName.IndexOf(','); // reduce to simple assembly name
if (index > -1)
{
fileName = fileName.Substring(0,index);
}
Util.Log("WsdlParser.PrintCSC fileName "+fileName+" "+urtNS.Namespace);
String completeFileName = "";
WriterStream output = WriterStream.GetWriterStream(ref _writerStreams, _outputDir, fileName, ref completeFileName);
if (completeFileName.Length > 0)
_outCodeStreamList.Add(completeFileName);
urtNS.PrintCSC(output);
}
}
return;
}
internal UrtType IsURTExportedType(String name, out String ns, out String assemName)
{
Util.Log("WsdlParser.IsURTExportedType Enter "+name);
//Console.WriteLine("Parsing " + name);
UrtType urtType = UrtType.None;
ns = null;
assemName = null;
if (MatchingSchemaStrings(name))
{
Util.Log("WsdlParser.IsURTExportedType trace 1 "+name);
urtType = UrtType.Xsd;
}
else
{
Util.Log("WsdlParser.IsURTExportedType trace 2 "+name);
if (SoapServices.IsClrTypeNamespace(name))
{
SoapServices.DecodeXmlNamespaceForClrTypeNamespace(name, out ns, out assemName);
if (assemName == null)
{
assemName = typeof(String).Assembly.GetName().Name;
urtType = UrtType.UrtSystem;
}
else
urtType = UrtType.UrtUser;
}
if (urtType == UrtType.None)
{
ns = name;
assemName = ns;
urtType = UrtType.Interop;
}
ns = Atomize(ns);
assemName = Atomize(assemName);
}
//Console.WriteLine("NS: " + ns + " Assembly: " + assemName);
Util.Log("WsdlParser.IsURTExportedType Exit "+((Enum)urtType).ToString());
return(urtType);
}
internal String GetTypeString(String curNS, bool bNS, URTNamespace urtNS, String typeName, String typeNS)
{
Util.Log("WsdlParser.GetTypeString Entry curNS "+curNS+" bNS "+bNS+" URTNamespace "+urtNS.Name+" typeName "+typeName+" typeNS "+typeNS);
String type;
URTComplexType ct = urtNS.LookupComplexType(typeName);
if (ct != null && ct.IsArray())
{
if (ct.GetArray() == null)
ct.ResolveArray();
String arrayName = ct.GetArray();
URTNamespace arrayNS = ct.GetArrayNS();
StringBuilder sb = new StringBuilder(50);
if (arrayNS.EncodedNS != null && Qualify(urtNS.EncodedNS, arrayNS.EncodedNS))
{
sb.Append(WsdlParser.IsValidCSAttr(arrayNS.EncodedNS));
sb.Append('.');
}
sb.Append(WsdlParser.IsValidCSAttr(arrayName));
type = sb.ToString();
}
else
{
String encodedNS = null;
if (urtNS.UrtType == UrtType.Interop)
encodedNS = urtNS.EncodedNS;
else
encodedNS = typeNS;
if (bNS && Qualify(encodedNS, curNS))
{
StringBuilder sb = new StringBuilder(50);
if (encodedNS != null)
{
sb.Append(WsdlParser.IsValidCSAttr(encodedNS));
sb.Append('.');
}
sb.Append(WsdlParser.IsValidCSAttr(typeName));
type = sb.ToString();
}
else
{
type = typeName;
}
}
int index = type.IndexOf('+');
if (index > 0)
{
// nested type, replace + with . Should be done earlier when forming names
if (bNS)
type = type.Replace('+', '.');
else
type = type.Substring(0,index);
}
Util.Log("WsdlParser.GetTypeString Exit type "+type);
return(type);
}
// Creates and initializes the name table if neccessary
static private XmlNameTable CreatePrimedNametable()
{
Util.Log("WsdlParser.CreatePrimedNametable");
//Interlocked.Increment(ref s_counter);
/*if(s_atomizedTable == null)
{
// Create a new nametable
//MTNameTable newTable = new MTNameTable(true);
}*/
NameTable newTable = new NameTable();
// Atomically update static location to point to the current table
/*Object oldTable = Interlocked.CompareExchange(ref s_atomizedTable, newTable, null);
if(oldTable != null)
newTable = (MTNameTable) oldTable; */
// Atomize frequently used strings for perf
// The following ops are not done inside a lock as they are idempotent
s_emptyString = newTable.Add(String.Empty);
s_complexTypeString = newTable.Add("complexType");
s_simpleTypeString = newTable.Add("simpleType");
s_elementString = newTable.Add("element");
s_enumerationString = newTable.Add("enumeration");
s_encodingString = newTable.Add("encoding");
s_attributeString = newTable.Add("attribute");
s_attributesString = newTable.Add("attributes");
s_allString = newTable.Add("all");
s_sequenceString = newTable.Add("sequence");
s_choiceString = newTable.Add("choice");
s_minOccursString = newTable.Add("minOccurs");
s_maxOccursString = newTable.Add("maxOccurs");
s_unboundedString = newTable.Add("unbounded");
s_oneString = newTable.Add("1");
s_zeroString = newTable.Add("0");
s_nameString = newTable.Add("name");
s_typeString = newTable.Add("type");
s_baseString = newTable.Add("base");
s_valueString = newTable.Add("value");
s_interfaceString = newTable.Add("interface");
s_serviceString = newTable.Add("service");
s_extendsString = newTable.Add("extends");
s_addressesString = newTable.Add("addresses");
s_addressString = newTable.Add("address");
s_uriString = newTable.Add("uri");
s_implementsString = newTable.Add("implements");
s_nestedTypeString = newTable.Add("nestedType");
s_requestString = newTable.Add("request");
s_responseString = newTable.Add("response");
s_requestResponseString = newTable.Add("requestResponse");
s_messageString = newTable.Add("message");
s_locationString = newTable.Add("location");
s_schemaLocationString = newTable.Add("schemaLocation");
s_importString = newTable.Add("import");
s_onewayString = newTable.Add("oneway");
s_includeString = newTable.Add("include");
s_refString = newTable.Add("ref");
s_refTypeString = newTable.Add("refType");
s_referenceString = newTable.Add("Reference");
s_objectString = newTable.Add("Object");
s_urTypeString = newTable.Add("anyType");
s_arrayString = newTable.Add("Array");
s_sudsString = newTable.Add("suds");
s_methodString = newTable.Add("method");
s_useString = newTable.Add("use");
s_rootTypeString = newTable.Add("rootType");
s_soapString = newTable.Add("soap");
s_serviceDescString = newTable.Add("serviceDescription");
s_schemaString = newTable.Add("schema");
s_targetNamespaceString = newTable.Add("targetNamespace");
s_namespaceString = newTable.Add("namespace");
s_idString = newTable.Add("ID");
s_soapActionString = newTable.Add("soapAction");
s_schemaNamespaceString1999 = newTable.Add(SudsConverter.Xsd1999);
s_instanceNamespaceString1999 = newTable.Add(SudsConverter.Xsi1999);
s_schemaNamespaceString2000 = newTable.Add(SudsConverter.Xsd2000);
s_instanceNamespaceString2000 = newTable.Add(SudsConverter.Xsi2000);
s_schemaNamespaceString = newTable.Add(SudsConverter.Xsd2001);
s_instanceNamespaceString = newTable.Add(SudsConverter.Xsi2001);
s_soapNamespaceString = newTable.Add("urn:schemas-xmlsoap-org:soap.v1");
//s_sudsNamespaceString = newTable.Add("urn:schemas-xmlsoap-org:suds.v1");
s_sudsNamespaceString = newTable.Add("urn:schemas-xmlsoap-org:soap-sdl-2000-01-25");
//s_URTNamespaceString = newTable.Add("urn:schamas-xmlsoap-org:urt.v1");
//s_serviceNamespaceString = newTable.Add("urn:schemas-xmlsoap-org:servicedesc.v1");
s_serviceNamespaceString = newTable.Add("urn:schemas-xmlsoap-org:sdl.2000-01-25");
// Wsdl strings
s_definitionsString = newTable.Add("definitions");
s_wsdlNamespaceString = newTable.Add("http://schemas.xmlsoap.org/wsdl/");
s_wsdlSoapNamespaceString = newTable.Add("http://schemas.xmlsoap.org/wsdl/soap/");
s_wsdlSudsNamespaceString = newTable.Add("http://www.w3.org/2000/wsdl/suds");
s_enumTypeString = newTable.Add("enumType");
s_typesString = newTable.Add("types");
s_partString = newTable.Add("part");
s_portTypeString = newTable.Add("portType");
s_operationString = newTable.Add("operation");
s_inputString = newTable.Add("input");
s_outputString = newTable.Add("output");
s_bindingString = newTable.Add("binding");
s_classString = newTable.Add("class");
s_structString = newTable.Add("struct");
s_ISerializableString = newTable.Add("ISerializable");
s_marshalByRefString = newTable.Add("MarshalByRefObject");
s_delegateString = newTable.Add("Delegate");
s_servicedComponentString = newTable.Add("ServicedComponent");
s_comObjectString = newTable.Add("__ComObject");
s_portString = newTable.Add("port");
s_styleString = newTable.Add("style");
s_transportString = newTable.Add("transport");
s_encodedString = newTable.Add("encoded");
s_faultString = newTable.Add("fault");
s_bodyString = newTable.Add("body");
s_partsString = newTable.Add("parts");
s_headerString = newTable.Add("header");
s_encodingStyleString = newTable.Add("encodingStyle");
s_restrictionString = newTable.Add("restriction");
s_complexContentString = newTable.Add("complexContent");
s_soapEncodingString = newTable.Add("http://schemas.xmlsoap.org/soap/encoding/");
s_arrayTypeString = newTable.Add("arrayType");
s_parameterOrderString = newTable.Add("parameterOrder");
return((XmlNameTable) newTable);
// Enqueue a timer if it has not already been done
/*Timer timer = new Timer(new TimerCallback(Cleanup), null, 1000, 1000);
Object existingTimer = Interlocked.CompareExchange(ref s_enqueuedTimer, timer, null);
if(existingTimer != null)
timer.Dispose(); */
//}
//return((XmlNameTable) s_atomizedTable);
}
// Private fields
private XmlTextReader _XMLReader;
private ArrayList _URTNamespaces;
private ReaderStream _parsingInput;
internal bool _bWrappedProxy;
private String _proxyNamespace;
private int _proxyNamespaceCount = 0;
private ReaderStream _readerStreamsWsdl;
private ReaderStream _readerStreamsXsd;
private String _outputDir;
private ArrayList _outCodeStreamList;
private WriterStream _writerStreams;
private SchemaBlockType _blockDefault;
private XsdVersion _xsdVersion;
private Hashtable wsdlMessages = new Hashtable(10);
private Hashtable wsdlPortTypes = new Hashtable(10);
private ArrayList wsdlBindings = new ArrayList(10);
private ArrayList wsdlServices = new ArrayList(10);
private Stack _currentReaderStack = new Stack(5);
private Stack _currentSchemaReaderStack = new Stack(5);
private XmlNameTable _primedNametable = null;
//static private Object s_atomizedTable = null;
//static private int s_counter = 0;
//static private Object s_enqueuedTimer = null;
static private String s_emptyString;
static private String s_complexTypeString;
static private String s_simpleTypeString;
static private String s_elementString;
static private String s_enumerationString;
static private String s_encodingString;
static private String s_attributeString;
static private String s_attributesString;
static private String s_allString;
static private String s_sequenceString;
static private String s_choiceString;
static private String s_minOccursString;
static private String s_maxOccursString;
static private String s_unboundedString;
static private String s_oneString;
static private String s_zeroString;
static private String s_nameString;
static private String s_enumTypeString;
static private String s_typeString;
static private String s_baseString;
static private String s_valueString;
static private String s_interfaceString;
static private String s_serviceString;
static private String s_extendsString;
static private String s_addressesString;
static private String s_addressString;
static private String s_uriString;
static private String s_implementsString;
static private String s_nestedTypeString;
static private String s_requestString;
static private String s_responseString;
static private String s_requestResponseString;
static private String s_messageString;
static private String s_locationString;
static private String s_schemaLocationString;
static private String s_importString;
static private String s_includeString;
static private String s_onewayString;
static private String s_refString;
static private String s_refTypeString;
static private String s_referenceString;
static private String s_arrayString;
static private String s_objectString;
static private String s_urTypeString;
static private String s_methodString;
static private String s_sudsString;
static private String s_useString;
static private String s_rootTypeString;
static private String s_soapString;
static private String s_serviceDescString;
static private String s_schemaString;
static private String s_targetNamespaceString;
static private String s_namespaceString;
static private String s_idString;
static private String s_soapActionString;
static private String s_instanceNamespaceString;
static private String s_schemaNamespaceString;
static private String s_instanceNamespaceString1999;
static private String s_schemaNamespaceString1999;
static private String s_instanceNamespaceString2000;
static private String s_schemaNamespaceString2000;
static private String s_soapNamespaceString;
static private String s_sudsNamespaceString;
static private String s_serviceNamespaceString;
//Wsdl
static private String s_definitionsString;
static private String s_wsdlNamespaceString;
static private String s_wsdlSoapNamespaceString;
static private String s_wsdlSudsNamespaceString;
static private String s_typesString;
static private String s_partString;
static private String s_portTypeString;
static private String s_operationString;
static private String s_inputString;
static private String s_outputString;
static private String s_bindingString;
static private String s_classString;
static private String s_structString;
static private String s_ISerializableString;
static private String s_marshalByRefString;
static private String s_delegateString;
static private String s_servicedComponentString;
static private String s_comObjectString;
static private String s_portString;
static private String s_styleString;
static private String s_transportString;
static private String s_encodedString;
static private String s_faultString;
static private String s_bodyString;
static private String s_partsString;
static private String s_headerString;
static private String s_encodingStyleString;
static private String s_restrictionString;
static private String s_complexContentString;
static private String s_soapEncodingString;
static private String s_arrayTypeString;
static private String s_parameterOrderString;
/***************************************************************
**
** Private classes used by SUDS Parser
**
***************************************************************/
// Input streams
internal class ReaderStream
{
internal ReaderStream(String location)
{
Util.Log("ReaderStream.ReaderStream "+location);
_location = location;
_name = String.Empty;
_targetNS = String.Empty;
_uniqueNS = null;
_reader = null;
_next = null;
}
internal String Location
{
get { return(_location);}
set { _location = value;}
}
internal String Name
{
set { _name = value;}
}
internal String TargetNS
{
get { return(_targetNS);}
set { _targetNS = value;}
}
internal URTNamespace UniqueNS
{
get { return(_uniqueNS);}
set { _uniqueNS = value;}
}
internal TextReader InputStream
{
get { return(_reader);}
set { _reader = value;}
}
internal Uri Uri
{
get { return(_uri);}
set { _uri = value;}
}
internal static void GetReaderStream(ReaderStream inputStreams, ReaderStream newStream)
{
Util.Log("ReaderStream.GetReaderStream "+newStream.Location);
ReaderStream input = inputStreams;
ReaderStream last;
do
{
Util.Log("ReaderStream.GetReaderStream location match input.location "+input._location+" location "+newStream.Location);
if (input._location == newStream.Location)
return;
last = input;
input = input._next;
} while (input != null);
input = newStream;
last._next = input;
return;
}
internal static ReaderStream GetNextReaderStream(ReaderStream input)
{
Util.Log("ReaderStream.GetNextReaderStream "+input._next);
return input._next;
}
private String _location;
private String _name;
private String _targetNS;
private URTNamespace _uniqueNS;
private TextReader _reader;
private ReaderStream _next;
private Uri _uri;
}
internal class WriterStream
{
private WriterStream(String fileName, TextWriter writer)
{
Util.Log("WriterStream.WriterStream "+fileName);
_fileName = fileName;
_writer = writer;
}
internal TextWriter OutputStream
{
get { return(_writer);}
}
internal bool GetWrittenTo()
{
return _bWrittenTo;
}
internal void SetWrittenTo()
{
_bWrittenTo = true;
}
internal static void Flush(WriterStream writerStream)
{
while (writerStream != null)
{
writerStream._writer.Flush();
writerStream = writerStream._next;
}
return;
}
internal static WriterStream GetWriterStream(ref WriterStream outputStreams, String outputDir, String fileName, ref String completeFileName)
{
Util.Log("WriterStream.GetWriterStream "+fileName);
WriterStream output = outputStreams;
while (output != null)
{
if (output._fileName == fileName)
return(output);
output = output._next;
}
String diskFileName = fileName;
if (diskFileName.EndsWith(".exe", StringComparison.Ordinal) || diskFileName.EndsWith(".dll", StringComparison.Ordinal))
diskFileName = diskFileName.Substring(0, diskFileName.Length - 4);
String _completeFileName = outputDir + diskFileName + ".cs";
completeFileName = _completeFileName;
//TextWriter textWriter = new StreamWriter(outputDir + fileName + ".cs", false);
TextWriter textWriter = new StreamWriter(_completeFileName, false, new UTF8Encoding(false));
output = new WriterStream(fileName, textWriter);
output._next = outputStreams;
outputStreams = output;
Util.Log("WriterStream.GetWriterStream in fileName "+fileName+" completeFileName "+_completeFileName);
return(output);
}
internal static void Close(WriterStream outputStreams)
{
WriterStream output = outputStreams;
while (output != null)
{
output._writer.Close();
output = output._next;
}
}
private String _fileName;
private TextWriter _writer;
private WriterStream _next;
private bool _bWrittenTo = false;
}
// Represents a parameter of a method
[Serializable]
internal enum URTParamType
{
IN, OUT, REF
}
internal class URTParam
{
internal URTParam(String name, String typeName, String typeNS, String encodedNS,
URTParamType pType, bool bEmbedded, WsdlParser parser, URTNamespace urtNamespace)
{
Util.Log("URTParam.URTParam name "+name+" typeName "+typeName+" typeNS "+typeNS+" ecodedNS "+encodedNS+" pType "+pType+" bEmbedded "+bEmbedded);
_name = name;
_typeName = typeName;
_typeNS = typeNS;
_encodedNS = encodedNS;
_pType = pType;
_embeddedParam = bEmbedded;
_parser = parser;
_urtNamespace = urtNamespace;
}
public override bool Equals(Object obj)
{
//Util.Log("URTParam.Equals ");
URTParam suppliedParam = (URTParam) obj;
if (_pType == suppliedParam._pType &&
WsdlParser.MatchingStrings(_typeName, suppliedParam._typeName) &&
WsdlParser.MatchingStrings(_typeNS, suppliedParam._typeNS))
return(true);
return(false);
}
public override int GetHashCode()
{
return base.GetHashCode();
}
internal URTParamType ParamType
{
get { return(_pType);}
set { _pType = value;}
}
internal String Name
{
get { return(_name);}
}
internal String TypeName
{
get { return(_typeName);}
}
internal String TypeNS
{
get { return(_typeNS);}
}
internal String GetTypeString(String curNS, bool bNS)
{
return _parser.GetTypeString(curNS, bNS, _urtNamespace, _typeName, _encodedNS);
}
internal void PrintCSC( StringBuilder sb, String curNS)
{
Util.Log("URTParam.PrintCSC curNS "+curNS+" name "+_name);
//if(_embeddedParam)
// sb.Append("[Embedded] ");
sb.Append(PTypeString[(int) _pType]);
sb.Append(GetTypeString(curNS, true));
sb.Append(' ');
sb.Append(WsdlParser.IsValidCS(_name));
return;
}
internal void PrintCSC(StringBuilder sb)
{
Util.Log("URTParam.PrintCSC name "+_name);
sb.Append(PTypeString[(int) _pType]);
sb.Append(WsdlParser.IsValidCS(_name));
return;
}
static private String[] PTypeString = { "", "out ", "ref "};
private String _name;
private String _typeName;
private String _typeNS;
private String _encodedNS;
private URTParamType _pType;
private bool _embeddedParam;
private URTNamespace _urtNamespace;
private WsdlParser _parser;
}
[Flags]
internal enum MethodPrintEnum
{
PrintBody = 0x1,
InterfaceMethods = 0x2,
InterfaceInClass = 0x4,
}
[Flags]
internal enum MethodFlags
{
None = 0x0,
Public = 0x1,
Protected = 0x2,
Override = 0x4,
New = 0x8,
Virtual = 0x10,
Internal = 0x20,
}
// Represents a method
internal abstract class URTMethod
{
internal static bool FlagTest(MethodPrintEnum flag, MethodPrintEnum target)
{
if ((flag & target) == target)
return true;
else
return false;
}
internal static bool MethodFlagsTest(MethodFlags flag, MethodFlags target)
{
if ((flag & target) == target)
return true;
else
return false;
}
internal URTMethod(String name, String soapAction, String methodAttributes, URTComplexType complexType)
{
Util.Log("URTMethod.URTMethod name "+name+" soapAction "+soapAction+" attributes "+methodAttributes+" complexType "+complexType);
_methodName = name;
_soapAction = soapAction;
_methodType = null;
_complexType = complexType;
int index = name.IndexOf('.');
_methodFlags = MethodFlags.None;
// set method flags
if (methodAttributes != null && methodAttributes.Length > 0)
{
String[] attributes = methodAttributes.Split(' ');
foreach (String attribute in attributes)
{
if (attribute == "virtual")
_methodFlags |= MethodFlags.Virtual;
if (attribute == "new")
_methodFlags |= MethodFlags.New;
if (attribute == "override")
_methodFlags |= MethodFlags.Override;
if (attribute == "public")
_methodFlags |= MethodFlags.Public;
if (attribute == "protected")
_methodFlags |= MethodFlags.Protected;
if (attribute == "internal")
_methodFlags |= MethodFlags.Internal;
}
}
Util.Log("URTMethod.URTMethod methodFlags "+((Enum)_methodFlags).ToString());
}
internal String Name
{
get { return(_methodName);}
}
internal String SoapAction
{
get { return(_soapAction);}
}
internal MethodFlags MethodFlags
{
get { return(_methodFlags);}
set { _methodFlags = value;}
}
internal String GetTypeString(String curNS, bool bNS)
{
Util.Log("URTMethod.GetTypeString curNS "+curNS+" bNS "+bNS);
return((_methodType != null) ? _methodType.GetTypeString(curNS, bNS) : "void");
}
protected URTParam MethodType
{
get { return(_methodType);}
}
public override int GetHashCode()
{
return base.GetHashCode();
}
public override bool Equals(Object obj)
{
URTMethod suppliedMethod = (URTMethod) obj;
if (WsdlParser.MatchingStrings(_methodName, suppliedMethod._methodName) &&
_params.Count == suppliedMethod._params.Count)
{
for (int i=0;i<_params.Count;i++)
{
if (_params[i].Equals(suppliedMethod._params[i]) == false)
return(false);
}
return(true);
}
return(false);
}
internal MethodFlags GetMethodFlags(MethodInfo method)
{
return(_methodFlags);
}
internal void AddParam(URTParam newParam)
{
Util.Log("URTMethod.AddParam "+newParam.Name);
for (int i=0;i<_params.Count;i++)
{
URTParam extParam = (URTParam) _params[i];
if (WsdlParser.MatchingStrings(extParam.Name, newParam.Name))
{
if (extParam.ParamType == URTParamType.IN &&
newParam.ParamType == URTParamType.OUT &&
WsdlParser.MatchingStrings(extParam.TypeName, newParam.TypeName) &&
WsdlParser.MatchingStrings(extParam.TypeNS, newParam.TypeNS))
{
extParam.ParamType = URTParamType.REF;
return;
}
throw new SUDSParserException(CoreChannel.GetResourceString("Remoting_Suds_DuplicateParameter"));
}
}
// Find parameter position
int paramPosition = -1;
if (_paramNamesOrder != null)
{
// Parameter order find the parameter position or determine if the parameter is a return value
for (int i=0; i<_paramNamesOrder.Length; i++)
{
if (_paramNamesOrder[i] == newParam.Name)
{
paramPosition = i;
break;
}
}
if (paramPosition == -1)
{
// return value
_methodType = newParam;
}
else
{
// Parameter, add the correct position
//_params[paramPosition] = newParam; // _params array list is the size of the parameters.
_params.Add(newParam);
_paramPosition.Add(paramPosition);
}
}
else
{
// no parameterOrder in wsdl, do the best we can to determine if there is a return value
if ((_methodType == null) && (newParam.ParamType == URTParamType.OUT))
{
// return value
_methodType = newParam;
}
else
{
// parameter put as the next parameter
_params.Add(newParam);
}
}
}
internal void ResolveMethodAttributes()
{
Util.Log("URTMethod.ResolveMethodAttributes "+Name+" MethodFlags "+((Enum)_methodFlags).ToString());
if (!(MethodFlagsTest(_methodFlags,MethodFlags.Override) || MethodFlagsTest(_methodFlags,MethodFlags.New)))
FindMethodAttributes();
}
private void FindMethodAttributes()
{
Util.Log("URTMethod.FindMethodAttributes "+Name+" complexType "+_complexType);
if (_complexType == null)
return;
Util.Log("URTMethod.FindMethodAttributes "+_complexType.Name);
ArrayList inherit = _complexType.Inherit;
Type baseType = null;
if (inherit == null)
{
inherit = new ArrayList();
if (_complexType.SUDSType == SUDSType.ClientProxy)
baseType = typeof(System.Runtime.Remoting.Services.RemotingClientProxy);
else if (_complexType.SudsUse == SudsUse.MarshalByRef)
baseType = typeof(MarshalByRefObject);
else if (_complexType.SudsUse == SudsUse.ServicedComponent)
baseType = typeof(MarshalByRefObject);
if (baseType == null)
return;
while (baseType != null)
{
Util.Log("URTMethod.FindMethodAttributes baseType Enter "+baseType);
inherit.Add(baseType);
baseType = baseType.BaseType;
}
_complexType.Inherit = inherit;
}
BindingFlags bFlags = BindingFlags.DeclaredOnly | BindingFlags.Instance | BindingFlags.Public | BindingFlags.NonPublic;
bool bVirtual = MethodFlagsTest(_methodFlags, MethodFlags.Virtual);
Util.Log("URTMethod.FindMethodAttributes "+Name+" bVirtual "+bVirtual);
// See if method hides inherited methods
bool bfound = false;
for (int j=0; j 0)
{
Util.Log("URTMethod.PrintCSC Invoke _params[0] 1 PrintCSC");
((URTParam) _params[0]).PrintCSC(sb, curNS);
for (int i=1;i<_params.Count;i++)
{
sb.Append(", ");
Util.Log("URTMethod.PrintCSC Invoke _params 2 PrintCSC "+i);
((URTParam) _params[i]).PrintCSC(sb, curNS);
}
}
sb.Append(')');
}
if (_wsdlMethodInfo.bProperty && FlagTest(methodPrintEnum, MethodPrintEnum.InterfaceMethods))
{
sb.Append("{");
if (_wsdlMethodInfo.bGet)
sb.Append(" get; ");
if (_wsdlMethodInfo.bSet)
sb.Append(" set; ");
sb.Append("}");
}
else if (!FlagTest(methodPrintEnum, MethodPrintEnum.PrintBody))
sb.Append(';');
textWriter.WriteLine(sb);
if (_wsdlMethodInfo.bProperty && FlagTest(methodPrintEnum, MethodPrintEnum.PrintBody))
PrintPropertyBody(textWriter,indentation, sb, bodyPrefix);
else if (FlagTest(methodPrintEnum, MethodPrintEnum.PrintBody))
{
sb.Length = 0;
sb.Append(indentation);
sb.Append('{');
textWriter.WriteLine(sb);
String newIndentation = indentation + " ";
if (bodyPrefix == null)
{
for (int i=0;i<_params.Count;i++)
{
URTParam param = (URTParam) _params[i];
if (param.ParamType == URTParamType.OUT)
{
sb.Length = 0;
sb.Append(newIndentation);
sb.Append(WsdlParser.IsValidCS(param.Name));
sb.Append(" = ");
sb.Append(ValueString(param.GetTypeString(curNS, true)));
sb.Append(';');
textWriter.WriteLine(sb);
}
}
Util.Log("URTMethod.PrintCSC return print");
sb.Length = 0;
sb.Append(newIndentation);
sb.Append("return");
String returnString = ValueString(GetTypeString(curNS, true));
if (returnString != null)
{
sb.Append('(');
sb.Append(returnString);
sb.Append(')');
}
sb.Append(';');
}
else
{
sb.Length = 0;
sb.Append(newIndentation);
if (ValueString(GetTypeString(curNS, true)) != null)
sb.Append("return ");
PrintMethodName(sb, bodyPrefix, _methodName);
//sb.Append(bodyPrefix);
//sb.Append(_methodName);
sb.Append('(');
if (_params.Count > 0)
{
Util.Log("URTMethod.PrintCSC Invoke _params[0] 3 PrintCSC");
((URTParam) _params[0]).PrintCSC(sb);
for (int i=1;i<_params.Count;i++)
{
sb.Append(", ");
Util.Log("URTMethod.PrintCSC Invoke _params 4 PrintCSC");
((URTParam) _params[i]).PrintCSC(sb);
}
}
sb.Append(");");
}
textWriter.WriteLine(sb);
textWriter.Write(indentation);
textWriter.WriteLine('}');
}
}
private void PrintSoapAction(String action, StringBuilder sb)
{
sb.Append("[SoapMethod(SoapAction=");
sb.Append(WsdlParser.IsValidUrl(action));
sb.Append(")]");
}
private void PrintPropertyBody(TextWriter textWriter, String indentation, StringBuilder sb, String bodyPrefix)
{
#if false
[SoapMethod(SoapAction="http://schemas.microsoft.com/clr/nsassem/Testing.TestSimpleObject/test12#get_Value")]
get{return ((TestSimpleObject) _tp).Value;}
[SoapMethod(SoapAction="http://schemas.microsoft.com/clr/nsassem/Testing.TestSimpleObject/test12#set_Value")]
set{((TestSimpleObject) _tp).Value = value;}
#endif
sb.Length = 0;
sb.Append(indentation);
sb.Append('{');
textWriter.WriteLine(sb);
String newIndentation = indentation + " ";
sb.Length = 0;
sb.Append(newIndentation);
if (_wsdlMethodInfo.bGet)
{
sb.Length = 0;
sb.Append(newIndentation);
PrintSoapAction(_wsdlMethodInfo.soapActionGet, sb);
textWriter.WriteLine(sb);
sb.Length = 0;
sb.Append(newIndentation);
sb.Append("get{return ");
PrintMethodName(sb, bodyPrefix, _wsdlMethodInfo.propertyName);
//sb.Append(bodyPrefix);
//sb.Append(_wsdlMethodInfo.propertyName);
sb.Append(";}");
textWriter.WriteLine(sb);
}
if (_wsdlMethodInfo.bSet)
{
if (_wsdlMethodInfo.bGet)
textWriter.WriteLine();
sb.Length = 0;
sb.Append(newIndentation);
PrintSoapAction(_wsdlMethodInfo.soapActionSet, sb);
textWriter.WriteLine(sb);
sb.Length = 0;
sb.Append(newIndentation);
sb.Append("set{");
PrintMethodName(sb, bodyPrefix, _wsdlMethodInfo.propertyName);
//sb.Append(bodyPrefix);
//sb.Append(_wsdlMethodInfo.propertyName);
sb.Append("= value;}");
textWriter.WriteLine(sb);
}
sb.Length = 0;
sb.Append(indentation);
sb.Append('}');
textWriter.WriteLine(sb);
}
private void PrintMethodName(StringBuilder sb, String bodyPrefix, String name)
{
int index = name.LastIndexOf('.');
if (index < 0)
{
sb.Append(bodyPrefix);
sb.Append(WsdlParser.IsValidCS(name));
}
else
{
// interface name, need to reconstruct bodyPrefix and strip name qualifier
String iface = name.Substring(0,index);
String methodName = name.Substring(index+1);
if (bodyPrefix == null)
{
// Non-wrapped proxy
sb.Append("(");
sb.Append(WsdlParser.IsValidCS(iface));
sb.Append(")");
sb.Append(WsdlParser.IsValidCS(methodName));
}
else
{
// wrapped proxy
sb.Append("((");
sb.Append(WsdlParser.IsValidCS(iface));
sb.Append(") _tp).");
sb.Append(WsdlParser.IsValidCS(methodName));
}
}
}
// Returns string that is appropriate for the return type
internal static String ValueString(String paramType)
{
String valueString;
if (paramType == "void")
valueString = null;
else if (paramType == "bool")
valueString = "false";
else if (paramType == "string")
valueString = "null";
else if (paramType == "sbyte" ||
paramType == "byte" ||
paramType == "short" ||
paramType == "ushort" ||
paramType == "int" ||
paramType == "uint" ||
paramType == "long" ||
paramType == "ulong")
valueString = "1";
else if (paramType == "float" ||
paramType == "exfloat")
valueString = "(float)1.0";
else if (paramType == "double" ||
paramType == "exdouble")
valueString = "1.0";
else
{
StringBuilder sb = new StringBuilder(50);
sb.Append('(');
sb.Append(WsdlParser.IsValidCS(paramType));
sb.Append(") (Object) null");
valueString = sb.ToString();
}
Util.Log("URTMethod.ValueString paramType "+paramType+" valueString "+valueString);
return(valueString);
}
// This method is called when the parsing is complete
// and is useful for derived types
internal abstract void ResolveTypes(WsdlParser parser);
// Helper method used by Resolve
protected void ResolveWsdlParams(WsdlParser parser, String targetNS, String targetName,
bool bRequest, WsdlMethodInfo wsdlMethodInfo)
{
Util.Log("URTMethod.ResolveWsdlParams targetName "+targetName+" targetNS "+targetNS+" bRequest "+bRequest+" wsdlMethodInfo "+wsdlMethodInfo);
_wsdlMethodInfo = wsdlMethodInfo;
_paramNamesOrder = _wsdlMethodInfo.paramNamesOrder;
int length;
if (_wsdlMethodInfo.bProperty)
length = 1;
else if (bRequest)
length = wsdlMethodInfo.inputNames.Length;
else
length = wsdlMethodInfo.outputNames.Length;
for (int i=0; i 0)
{
int lastParameter = parameters.Length-1;
for (int l=0;l 0)
sb.Append(" : ");
if (_baseIFaces.Count > 0)
{
sb.Append(WsdlParser.IsValidCSAttr(((BaseInterface) _baseIFaces[0]).GetName(curNS)));
for (int i=1;i<_baseIFaces.Count;i++)
{
sb.Append(", ");
sb.Append(WsdlParser.IsValidCSAttr(((BaseInterface) _baseIFaces[i]).GetName(curNS)));
}
}
textWriter.WriteLine(sb);
textWriter.Write(indentation);
textWriter.WriteLine('{');
String newIndentation = indentation + " ";
String namePrefix = " ";
Util.Log("URTInterface.PrintCSC method count "+_methods.Count);
for (int i=0;i<_methods.Count;i++)
{
Util.Log("URTInterface.PrintCSC Invoke methods in Interface PrintCSC "+Name+" methodName "+((URTMethod) _methods[i]).Name);
NewNeeded((URTMethod)_methods[i]);
((URTMethod) _methods[i]).PrintCSC(textWriter, newIndentation,
namePrefix, curNS, MethodPrintEnum.InterfaceMethods, bURTType,
null, sb);
}
textWriter.Write(indentation);
textWriter.WriteLine('}');
}
// No longer used
internal override void PrintClassMethods(TextWriter textWriter,
String indentation,
String curNS,
ArrayList printedIFaces,
bool bProxy,
StringBuilder sb)
{
Util.Log("URTInterface.PrintClassMethods method "+Name+" curNS "+curNS+" bProxy "+bProxy);
// Return if the interface has already been printed
for (int i=0;i 0)
{
sb.Append("// ");
sb.Append(WsdlParser.IsValidCS(Name));
sb.Append(" interface Methods");
textWriter.WriteLine(sb);
sb.Length = 0;
sb.Append(' ');
String ifaceName = GetName(curNS);
sb.Append(WsdlParser.IsValidCS(ifaceName));
sb.Append('.');
String namePrefix = sb.ToString();
String bodyPrefix = null;
if (bProxy)
{
sb.Length = 0;
sb.Append("((");
sb.Append(WsdlParser.IsValidCS(ifaceName));
sb.Append(") _tp).");
bodyPrefix = sb.ToString();
}
MethodPrintEnum methodPrintEnum = MethodPrintEnum.PrintBody | MethodPrintEnum.InterfaceInClass;
for (int i=0;i<_methods.Count;i++)
{
Util.Log("URTInterface.PrintClassMethods URTMethod invoke interface methods in class PrintCSC "+Name+" methodName "+((URTMethod) _methods[i]));
((URTMethod) _methods[i]).PrintCSC(textWriter, indentation,
namePrefix, curNS, methodPrintEnum,
true, bodyPrefix, sb);
}
}
for (int i=0;i<_baseIFaces.Count;i++)
{
Util.Log("URTInterface.PrintClassMethods BaseIFaces "+Name);
((BaseInterface) _baseIFaces[i]).PrintClassMethods(textWriter,
indentation,
curNS,
printedIFaces,
bProxy, sb);
}
}
private WsdlParser _parser;
private ArrayList _baseIFaces;
private ArrayList _baseIFaceNames;
private ArrayList _methods;
private ArrayList _extendsInterface;
}
// Represents a field of a type
internal class URTField
{
internal URTField(String name, String typeName, String xmlNS, WsdlParser parser,
bool bPrimitive, bool bEmbedded, bool bAttribute, bool bOptional,
bool bArray, String arraySize, URTNamespace urtNamespace)
{
Util.Log("URTField.URTField "+name+" typeName "+typeName+" xmlNS "+xmlNS+" bPrimitive "+bPrimitive+" bEmbedded "+bEmbedded+" bAttribute "+bAttribute);
_name = name;
_typeName = typeName;
_parser = parser;
String typeAssemName;
UrtType urtType = parser.IsURTExportedType(xmlNS, out _typeNS, out typeAssemName);
if (urtType == UrtType.Interop)
_encodedNS = urtNamespace.EncodedNS;
else
_encodedNS = _typeNS;
_primitiveField = bPrimitive;
_embeddedField = bEmbedded;
_attributeField = bAttribute;
_optionalField = bOptional;
_arrayField = bArray;
_arraySize = arraySize;
_urtNamespace = urtNamespace;
}
internal String TypeName
{
get
{
if (_arrayField)
return(_typeName + "[]");
return(_typeName);
}
}
internal String TypeNS
{
get { return(_typeNS);}
}
internal bool IsPrimitive
{
get { return(_primitiveField);}
}
internal bool IsArray
{
get { return(_arrayField);}
}
internal String GetTypeString(String curNS, bool bNS)
{
return _parser.GetTypeString (curNS, bNS, _urtNamespace, TypeName, _typeNS);
}
internal void PrintCSC(TextWriter textWriter, String indentation,
String curNS, StringBuilder sb)
{
Util.Log("URTField.PrintCSC name "+_name+" curNS"+curNS);
if (_embeddedField)
{
textWriter.Write(indentation);
textWriter.WriteLine("[SoapField(Embedded=true)]");
}
sb.Length = 0;
sb.Append(indentation);
sb.Append("public ");
sb.Append(WsdlParser.IsValidCSAttr(GetTypeString(curNS, true)));
sb.Append(' ');
sb.Append(WsdlParser.IsValidCS(_name));
sb.Append(';');
textWriter.WriteLine(sb);
}
private String _name;
private String _typeName;
private String _typeNS;
private String _encodedNS;
private bool _primitiveField;
private bool _embeddedField;
private bool _attributeField;
private bool _optionalField;
private bool _arrayField;
private String _arraySize;
private WsdlParser _parser;
private URTNamespace _urtNamespace;
}
internal abstract class SchemaFacet
{
protected SchemaFacet()
{
}
internal virtual void ResolveTypes(WsdlParser parser)
{
}
internal abstract void PrintCSC(TextWriter textWriter, String newIndentation,
String curNS, StringBuilder sb);
}
internal class EnumFacet : SchemaFacet
{
internal EnumFacet(String valueString, int value)
: base()
{
Util.Log("EnumFacet.EnumFacet valueString "+valueString+" value "+value);
_valueString = valueString;
_value = value;
}
internal override void PrintCSC(TextWriter textWriter, String newIndentation,
String curNS, StringBuilder sb)
{
Util.Log("EnumFacet.PrintCSC _valueString "+_valueString+" value "+_value+" curNS "+curNS);
sb.Length = 0;
sb.Append(newIndentation);
sb.Append(WsdlParser.IsValidCS(_valueString));
sb.Append(" = ");
sb.Append(_value);
sb.Append(',');
textWriter.WriteLine(sb);
return;
}
private String _valueString;
private int _value;
}
// Represents a Base type
internal abstract class BaseType
{
internal BaseType(String name, String urlNS, String ns, String encodedNS)
{
_searchName = name;
_name = name;
_urlNS = urlNS;
_namespace = ns;
_elementName = _name;
_elementNS = ns;
_encodedNS = encodedNS;
Util.Log("BaseType.BaseType in name "+name+" storedname "+_name+" nested "+_bNestedType);
}
internal String Name
{
get { return(_name);}
set { _name = value;}
}
internal String SearchName
{
get { return(_searchName);}
set { _searchName = value;}
}
internal String OuterTypeName
{
set { _outerTypeName = value;}
}
internal String NestedTypeName
{
get { return(_nestedTypeName);}
set { _nestedTypeName = value;}
}
internal String FullNestedTypeName
{
set { _fullNestedTypeName = value;}
}
internal bool bNestedType
{
get { return(_bNestedType);}
set { _bNestedType = value;}
}
internal bool bNestedTypePrint
{
get { return(_bNestedTypePrint);}
set { _bNestedTypePrint = value;}
}
internal String UrlNS
{
get { return(_urlNS);}
}
internal String Namespace
{
get { return(_namespace);}
}
internal String ElementName
{
set { _elementName = value;}
}
internal String ElementNS
{
set { _elementNS = value;}
}
internal bool IsURTType
{
get {
Util.Log("BaseType.IsURTType _namespace "+_namespace+" _encodedNS "+_encodedNS+" "+((Object) _namespace == (Object) _encodedNS));
return((Object) _namespace == (Object) _encodedNS);}
}
internal virtual String GetName(String curNS)
{
String name;
if (MatchingStrings(_namespace, curNS))
name = _name;
else
{
StringBuilder sb = new StringBuilder(_encodedNS, 50);
sb.Append('.');
sb.Append(WsdlParser.IsValidCS(_name));
name = sb.ToString();
}
return(name);
}
internal abstract MethodFlags GetMethodFlags(URTMethod method);
internal abstract bool IsEmittableFieldType
{
get;
}
internal abstract String FieldName
{
get;
}
internal abstract String FieldNamespace
{
get;
}
internal abstract bool PrimitiveField
{
get;
}
private String _name;
private String _searchName;
private String _urlNS;
private String _namespace;
private String _elementName;
private String _elementNS;
private String _encodedNS;
internal ArrayList _nestedTypes; // nested types within this type
internal String _nestedTypeName; //If this type is nested, name of nested type (without + mangle)
internal String _fullNestedTypeName; //If this type is nested, name of nested type (without + mangle) with outer class qualifier
internal String _outerTypeName;
internal bool _bNestedType = false; //Contains nested types
internal bool _bNestedTypePrint = false;
}
// Representa a system type
internal class SystemType : BaseType
{
internal SystemType(String name, String urlNS, String ns, String assemName)
: base(name, urlNS, ns, ns)
{
Util.Log("SystemType.SystemType name "+name+" ns "+ns+" assemName "+assemName);
Debug.Assert(ns.StartsWith("System", StringComparison.Ordinal), "Invalid System type");
String fullName = ns + '.' + name;
Assembly assem = null;
if (assemName == null)
assem = typeof(string).Assembly;
else
#pragma warning disable 618
assem = Assembly.LoadWithPartialName(assemName, null);
#pragma warning restore 618
if (assem == null)
throw new SUDSParserException(String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_AssemblyNotFound"), assemName));
_type = assem.GetType(fullName, true);
}
internal override MethodFlags GetMethodFlags(URTMethod method)
{
BindingFlags bFlags = BindingFlags.DeclaredOnly | BindingFlags.Instance |
BindingFlags.Public | BindingFlags.NonPublic;
Type type = _type;
while (type != null)
{
MethodInfo[] methods = type.GetMethods(bFlags);
for (int i=0;i 0)
_enumType = MapToEnumType(_parser.MapSchemaTypesToCSharpTypes(typeName));
}
}
private String MapToEnumType(String type)
{
String etype = null;
if (type == "Byte")
etype = "byte";
else if (type == "SByte")
etype = "sbyte";
else if (type == "Int16")
etype = "short";
else if (type == "UInt16")
etype = "ushort";
else if (type == "Int32")
etype = "int";
else if (type == "UInt32")
etype = "uint";
else if (type == "Int64")
etype = "long";
else if (type == "UInt64")
etype = "ulong";
else
throw new SUDSParserException(
String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_InvalidEnumType"), type));
return etype;
}
internal void AddFacet(SchemaFacet facet)
{
Util.Log("URTSimpleType.AddFacet");
_facets.Add(facet);
}
internal override bool IsEmittableFieldType
{
get
{
if (_fieldString == null)
{
if ((_bAnonymous == true) &&
(_facets.Count == 0) &&
(_encoding != null) &&
(_baseTypeName == "binary") &&
(_parser.MatchingSchemaStrings(_baseTypeXmlNS)))
_fieldString = "byte[]";
else
_fieldString = String.Empty;
}
return(_fieldString != String.Empty);
}
}
internal override String FieldName
{
get { return(_fieldString);}
}
internal override String FieldNamespace
{
get {
String schemaStr = null;
if (_parser._xsdVersion == XsdVersion.V1999)
schemaStr = s_schemaNamespaceString1999;
else if (_parser._xsdVersion == XsdVersion.V2000)
schemaStr = s_schemaNamespaceString2000;
else if (_parser._xsdVersion == XsdVersion.V2001)
schemaStr = s_schemaNamespaceString;
return schemaStr;
}
}
internal override bool PrimitiveField
{
get { return(true);}
}
internal override String GetName(String curNS)
{
if ((_fieldString != null) && (_fieldString != String.Empty))
return(_fieldString);
Util.Log("URTSimpleType.GetName curNS "+curNS+" return "+base.GetName(curNS));
return(base.GetName(curNS));
}
internal void PrintCSC(TextWriter textWriter, String indentation,
String curNS, StringBuilder sb)
{
Util.Log("URTSimpleType.PrintCSC name "+Name+" curNS "+curNS);
// Print only if the type is not an emittable field type
if (IsEmittableFieldType == true)
return;
if (bNestedType && !bNestedTypePrint)
return;
// Handle encoding
if (_encoding != null)
{
// sb.Length = 0;
// sb.Append(indentation);
}
sb.Length = 0;
sb.Append("\n");
sb.Append(indentation);
sb.Append("[");
sb.Append("Serializable, ");
sb.Append("SoapType(");
if (_parser._xsdVersion == XsdVersion.V1999)
{
sb.Append("SoapOptions=SoapOption.Option1|SoapOption.AlwaysIncludeTypes|SoapOption.XsdString|SoapOption.EmbedAll,");
}
else if (_parser._xsdVersion == XsdVersion.V2000)
{
sb.Append("SoapOptions=SoapOption.Option2|SoapOption.AlwaysIncludeTypes|SoapOption.XsdString|SoapOption.EmbedAll,");
}
// Need namespace for clr type because proxy dll might have a different name than server dll
sb.Append("XmlNamespace=");
sb.Append(WsdlParser.IsValidUrl(UrlNS));
sb.Append(", XmlTypeNamespace=");
sb.Append(WsdlParser.IsValidUrl(UrlNS));
sb.Append(")]");
textWriter.WriteLine(sb);
// Print type
sb.Length = 0;
sb.Append(indentation);
// Handle Enum case
if (IsEnum)
sb.Append("public enum ");
else
sb.Append("public class ");
if (_bNestedType)
sb.Append(WsdlParser.IsValidCS(NestedTypeName));
else
sb.Append(WsdlParser.IsValidCS(Name));
if (_baseType != null)
{
sb.Append(" : ");
sb.Append(WsdlParser.IsValidCSAttr(_baseType.GetName(curNS)));
}
else if (IsEnum && _enumType != null && _enumType.Length > 0)
{
sb.Append(" : ");
sb.Append(WsdlParser.IsValidCSAttr(_enumType));
}
textWriter.WriteLine(sb);
textWriter.Write(indentation);
textWriter.WriteLine('{');
String newIndentation = indentation + " ";
for (int i=0;i<_facets.Count;i++)
{
Util.Log("URTSimpleType.PrintCSC Invoke _facets PrintCSC ");
((SchemaFacet) _facets[i]).PrintCSC(textWriter, newIndentation, curNS, sb);
}
textWriter.Write(indentation);
textWriter.WriteLine('}');
return;
}
internal override MethodFlags GetMethodFlags(URTMethod method)
{
Debug.Assert(false, "GetMethodFlags called on a SimpleSchemaType");
return(0);
}
private String _baseTypeName;
private String _baseTypeXmlNS;
private BaseType _baseType;
private String _fieldString;
private bool _bEnum;
private bool _bAnonymous;
private String _encoding;
private ArrayList _facets;
private String _enumType;
private WsdlParser _parser;
}
// Represents a complex type
internal class URTComplexType : BaseType
{
internal URTComplexType(String name, String urlNS, String ns, String encodedNS,
SchemaBlockType blockDefault, bool bSUDSType, bool bAnonymous, WsdlParser parser, URTNamespace xns)
: base(name, urlNS, ns, encodedNS)
{
Util.Log("URTComplexType.URTComplexType name "+this.GetHashCode()+" "+name+" urlNS "+urlNS+" ns "+ns+" encodedNS "+encodedNS+" bSUDStype "+bSUDSType+" bAnonymous "+bAnonymous);
_baseTypeName = null;
_baseTypeXmlNS = null;
_baseType = null;
_connectURLs = null;
_bStruct = !bSUDSType;
_blockType = blockDefault;
_bSUDSType = bSUDSType;
_bAnonymous = bAnonymous;
Debug.Assert(bAnonymous == false || _bSUDSType == false);
_fieldString = null;
_fields = new ArrayList();
_methods = new ArrayList();
_implIFaces = new ArrayList();
_implIFaceNames = new ArrayList();
_sudsType = SUDSType.None;
_parser = parser;
int index = name.IndexOf('+');
if (index > 0)
{
// Nested type see if outer type has been added to namespace
String outerType = parser.Atomize(name.Substring(0,index));
URTComplexType cs = xns.LookupComplexType(outerType);
if (cs == null)
{
URTComplexType newCs = new URTComplexType(outerType, urlNS, ns, encodedNS, blockDefault, bSUDSType, bAnonymous, parser, xns);
Util.Log("URTComplexType.URTComplexType add outerType to namespace "+outerType+" nestedname "+name);
xns.AddComplexType(newCs);
}
}
if (xns.UrtType == UrtType.Interop)
{
// Interop class names can have '.', replace these with '_', and set wire name to original type name.
index = name.LastIndexOf('.');
if (index > -1)
{
// class names can't have '.' so replace with '$'. Use xmlType attribute to send original name on wire.
_wireType = name;
Name = name.Replace(".", "_");
SearchName = name;
}
}
}
internal void AddNestedType(BaseType ct)
{
if (_nestedTypes == null)
_nestedTypes = new ArrayList(10);
_nestedTypes.Add(ct);
}
internal void Extends(String baseTypeName, String baseTypeNS)
{
Util.Log("URTComplexType.Extends baseTypeName "+baseTypeName+" baseTypeNS "+baseTypeNS);
_baseTypeName = baseTypeName;
_baseTypeXmlNS = baseTypeNS;
}
internal void Implements(String iFaceName, String iFaceNS, WsdlParser parser)
{
Util.Log("URTComplexType.Implements IFaceName "+iFaceName+" iFaceNS "+iFaceNS);
_implIFaceNames.Add(iFaceName);
_implIFaceNames.Add(iFaceNS);
// Urt namespace will not have schema, they need to be recorded.
URTNamespace parsingNamespace = parser.AddNewNamespace(iFaceNS);
/*
if (parsingNamespace == null)
{
parsingNamespace = new URTNamespace(iFaceNS, parser);
}
*/
URTInterface parsingInterface = parsingNamespace.LookupInterface(iFaceName);
if (parsingInterface == null)
{
parsingInterface = new URTInterface(iFaceName, parsingNamespace.Name, parsingNamespace.Namespace, parsingNamespace.EncodedNS, _parser);
parsingNamespace.AddInterface(parsingInterface);
}
}
internal ArrayList ConnectURLs
{
set {
_connectURLs = value;
}
}
internal bool IsStruct
{
set { _bStruct = value;}
}
internal bool IsSUDSType
{
get { return(_bSUDSType);}
set {_bSUDSType = value; _bStruct = !value;}
}
internal SUDSType SUDSType
{
get { return(_sudsType);}
set { _sudsType = value;}
}
internal SudsUse SudsUse
{
get { return(_sudsUse);}
set { _sudsUse = value;}
}
internal bool IsValueType
{
set {_bValueType = value;}
}
internal SchemaBlockType BlockType
{
set { _blockType = value;}
}
internal String WireType
{
get { return(_wireType);}
}
internal ArrayList Inherit
{
get { return(_inherit);}
set { _inherit = value;}
}
internal bool IsArray()
{
Util.Log("URTComplexType.IsArray "+this.GetHashCode()+" "+Name+" IsArray "+_arrayType);
if (_arrayType != null)
return true;
else
return false;
}
internal String GetArray()
{
return _clrarray;
}
internal URTNamespace GetArrayNS()
{
return _arrayNS;
}
internal String GetClassName()
{
String cname = null;
if (_bNameMethodConflict)
cname = "C"+Name; // Class name generated from a non-Suds wsdl and a method name and portType conflicted.
else
cname = Name;
return cname;
}
internal bool IsPrint
{
get {return _bprint;}
set {_bprint = value;}
}
internal override bool IsEmittableFieldType
{
get
{
Util.Log("URTComplexType.IsEmittableFieldType _fieldString "+_fieldString+" _bAnonymous "+_bAnonymous+" _fields.Count "+_fields.Count);
if (_fieldString == null)
{
if ((_bAnonymous == true) &&
(_fields.Count == 1))
{
URTField field = (URTField) _fields[0];
if (field.IsArray)
{
_fieldString = field.TypeName;
return(true);
}
}
_fieldString = String.Empty;
}
return(_fieldString != String.Empty);
}
}
internal override String FieldName
{
get { return(_fieldString);}
}
internal override String FieldNamespace
{
get { return(((URTField) _fields[0]).TypeNS);}
}
internal override bool PrimitiveField
{
get { return((((URTField) _fields[0]).IsPrimitive));}
}
internal override String GetName(String curNS)
{
if ((_fieldString != null) && (_fieldString != String.Empty))
return(_fieldString);
return(base.GetName(curNS));
}
internal ArrayList Fields
{
get { return _fields;}
}
internal void AddField(URTField field)
{
Util.Log("URTComplexType.AddField");
_fields.Add(field);
}
internal void AddMethod(URTMethod method)
{
Util.Log("URTComplexType.AddMethod "+method);
if (method.Name == Name)
{
// Type generated from an non-suds wsdl. Append the class name with a C when printing.
_bNameMethodConflict = true;
}
_methods.Add(method);
int index = method.Name.IndexOf('.');
if (index > 0)
method.MethodFlags = MethodFlags.None; //interface qualfied method names have no method modifier
else
method.MethodFlags = method.MethodFlags |= MethodFlags.Public; // method names are public for this version of wsdl
}
private URTMethod GetMethod(String name)
{
Util.Log("URTComplexType.GetMethod "+name+" count "+_methods.Count+" Name "+Name+" base ns "+_baseTypeXmlNS+" base name "+_baseTypeName);
for (int i=0;i<_methods.Count;i++)
{
URTMethod method = (URTMethod) _methods[i];
Util.Log("URTComplexType.GetMethod interate "+method.Name);
if (method.Name == name)
return(method);
}
return(null);
}
internal void ResolveTypes(WsdlParser parser)
{
Util.Log("URTComplexType.ResolveTypes "+Name+" _baseTypeName "+_baseTypeName+" IsSUDSType "+IsSUDSType);
String baseTypeNS = null;
String baseTypeAssemName = null;
if (IsArray())
{
ResolveArray();
return;
}
if (IsSUDSType)
{
// BaseType == null;
if (_sudsType == SUDSType.None)
{
if (_parser._bWrappedProxy)
_sudsType = SUDSType.ClientProxy;
else
_sudsType = SUDSType.MarshalByRef;
}
}
if (_baseTypeName != null)
{
Util.Log("URTComplexType.ResolveTypes 1 ");
UrtType urtType = parser.IsURTExportedType(_baseTypeXmlNS, out baseTypeNS, out baseTypeAssemName);
if (urtType == UrtType.UrtSystem || baseTypeNS.StartsWith("System", StringComparison.Ordinal))
{
_baseType = new SystemType(_baseTypeName, _baseTypeXmlNS, baseTypeNS, baseTypeAssemName);
}
else
{
URTNamespace ns = parser.LookupNamespace(_baseTypeXmlNS);
if (ns == null)
{
throw new SUDSParserException(
String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_CantResolveSchemaNS"),
_baseTypeXmlNS, _baseTypeName));
}
_baseType = ns.LookupComplexType(_baseTypeName);
if (_baseType == null)
{
_baseType = new SystemType(_baseTypeName, _baseTypeXmlNS, baseTypeNS, baseTypeAssemName);
/*
throw new SUDSParserException(
String.Format(CoreChannel.GetResourceString("Remoting_Suds_CantResolveTypeInNS"),
_baseTypeName, _baseTypeXmlNS));
*/
}
}
}
// Top of inheritance hiearchy for a Wrapped proxy is RemotingClientProxy
if (IsSUDSType)
{
if (_parser._bWrappedProxy)
{
if (_baseTypeName == null || _baseType is SystemType)
{
_baseTypeName = "RemotingClientProxy";
//_baseTypeXmlNS = "http://schemas.microsoft.com/urt/NSAssem/System.Runtime.Remoting/System.Runtime.Remoting";
_baseTypeXmlNS = SoapServices.CodeXmlNamespaceForClrTypeNamespace("System.Runtime.Remoting","System.Runtime.Remoting");
baseTypeNS = "System.Runtime.Remoting.Services";
baseTypeAssemName = "System.Runtime.Remoting";
_baseType = new SystemType(_baseTypeName, _baseTypeXmlNS, baseTypeNS, baseTypeAssemName);
}
}
else if (_baseTypeName == null)
{
_baseTypeName = "MarshalByRefObject";
//_baseTypeXmlNS = "http://schemas.microsoft.com/urt/NS/System";
_baseTypeXmlNS = SoapServices.CodeXmlNamespaceForClrTypeNamespace("System", null);
baseTypeNS = "System";
baseTypeAssemName = null;
_baseType = new SystemType(_baseTypeName, _baseTypeXmlNS, baseTypeNS, baseTypeAssemName);
}
}
else if (_baseType == null)
{
Util.Log("URTComplexType.ResolveTypes 5 ");
_baseType = new SystemType("Object", SoapServices.CodeXmlNamespaceForClrTypeNamespace("System", null), "System", null);
}
for (int i=0;i<_implIFaceNames.Count;i=i+2)
{
String implIFaceName = (String) _implIFaceNames[i];
String implIFaceXmlNS = (String) _implIFaceNames[i+1];
String implIFaceNS, implIFaceAssemName;
BaseInterface iFace;
UrtType iType = parser.IsURTExportedType(implIFaceXmlNS, out implIFaceNS,
out implIFaceAssemName);
if (iType == UrtType.UrtSystem)// && implIFaceNS.StartsWith("System", StringComparison.Ordinal))
{
iFace = new SystemInterface(implIFaceName, implIFaceXmlNS, implIFaceNS, parser, implIFaceAssemName);
}
else
{
URTNamespace ns = parser.LookupNamespace(implIFaceXmlNS);
if (ns == null)
{
throw new SUDSParserException(
String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_CantResolveSchemaNS"),
implIFaceXmlNS, implIFaceName));
}
iFace = ns.LookupInterface(implIFaceName);
if (iFace == null)
{
throw new SUDSParserException(
String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_CantResolveTypeInNS"),
implIFaceName, implIFaceXmlNS));
}
}
_implIFaces.Add(iFace);
}
for (int i=0;i<_methods.Count;i++)
((URTMethod) _methods[i]).ResolveTypes(parser);
}
internal void ResolveMethods()
{
Util.Log("URTComplexType.ResolveMethods "+Name);
for (int i=0;i<_methods.Count;i++)
{
URTMethod method = (URTMethod) _methods[i];
/*
if (method.MethodFlags == 0)
method.MethodFlags = _baseType.GetMethodFlags(method);
*/
}
return;
}
internal override MethodFlags GetMethodFlags(URTMethod method)
{
/*
Debug.Assert(method.MethodFlags == 0, "Method has already been considered");
MethodFlags methodFlags = _baseType.GetMethodFlags(method);
for (int i=0;i<_methods.Count;i++)
{
URTMethod thisMethod = (URTMethod) _methods[i];
if (thisMethod.Equals(method))
thisMethod.MethodFlags = method.MethodFlags;
}
*/
return(method.MethodFlags);
}
internal void PrintCSC(TextWriter textWriter, String indentation, String curNS, StringBuilder sb)
{
Util.Log("URTComplexType.PrintCSC enter name "+Name+" curNS "+curNS+" sudsUse "+((Enum)_sudsUse).ToString()+" bNestedType "+bNestedType+" bNestedTypePrint "+bNestedTypePrint);
// Print only if the type is not an emittable field type
if (IsEmittableFieldType == true)
return;
if (bNestedType && !bNestedTypePrint)
return;
// Handle delegate case
sb.Length = 0;
sb.Append(indentation);
if (_baseTypeName != null)
{
String baseName = _baseType.GetName(curNS);
if ((baseName == "System.Delegate") || (baseName == "System.MulticastDelegate"))
{
sb.Append("public delegate ");
URTMethod invokeMethod = GetMethod("Invoke");
if (invokeMethod == null)
{
throw new SUDSParserException(
CoreChannel.GetResourceString("Remoting_Suds_DelegateWithoutInvoke"));
}
String typeString = invokeMethod.GetTypeString(curNS, true);
sb.Append(WsdlParser.IsValidCSAttr(typeString));
sb.Append(' ');
String printName = Name;
int index = printName.IndexOf('.');
if (index > 0)
{
printName = printName.Substring(index+1);
}
sb.Append(WsdlParser.IsValidCS(printName));
sb.Append('(');
invokeMethod.PrintSignature(sb, curNS);
sb.Append(");");
textWriter.WriteLine(sb);
return;
}
}
bool bURTType = IsURTType;
sb.Length = 0;
sb.Append("\n");
sb.Append(indentation);
sb.Append("[");
if (_sudsType != SUDSType.ClientProxy)
sb.Append("Serializable, ");
sb.Append("SoapType(");
if (_parser._xsdVersion == XsdVersion.V1999)
{
sb.Append("SoapOptions=SoapOption.Option1|SoapOption.AlwaysIncludeTypes|SoapOption.XsdString|SoapOption.EmbedAll,");
}
else if (_parser._xsdVersion == XsdVersion.V2000)
{
sb.Append("SoapOptions=SoapOption.Option2|SoapOption.AlwaysIncludeTypes|SoapOption.XsdString|SoapOption.EmbedAll,");
}
if (!bURTType)
{
sb.Append("XmlElementName=");
sb.Append(WsdlParser.IsValidUrl(GetClassName()));
sb.Append(", XmlNamespace=");
sb.Append(WsdlParser.IsValidUrl(Namespace));
sb.Append(", XmlTypeName=");
if (WireType != null)
sb.Append(WsdlParser.IsValidUrl(WireType));
else
sb.Append(WsdlParser.IsValidUrl(GetClassName()));
sb.Append(", XmlTypeNamespace=");
sb.Append(WsdlParser.IsValidUrl(Namespace));
}
else
{
// Need namespace for clr type because proxy dll might have a different name than server dll
sb.Append("XmlNamespace=");
sb.Append(WsdlParser.IsValidUrl(UrlNS));
sb.Append(", XmlTypeNamespace=");
sb.Append(WsdlParser.IsValidUrl(UrlNS));
if (WireType != null)
{
sb.Append(", XmlTypeName=");
sb.Append(WsdlParser.IsValidUrl(WireType));
}
}
sb.Append(")]");
sb.Append("[ComVisible(true)]");
textWriter.WriteLine(sb);
sb.Length = 0;
sb.Append(indentation);
if (_sudsUse == SudsUse.Struct)
sb.Append("public struct ");
else
sb.Append("public class ");
if (_bNestedType)
sb.Append(WsdlParser.IsValidCS(NestedTypeName));
else
sb.Append(WsdlParser.IsValidCS(GetClassName()));
if (_baseTypeName != null || _sudsUse == SudsUse.ISerializable || _implIFaces.Count > 0)
sb.Append(" : ");
bool bBaseIsURTType = true;
String baseString = null;
bool binherit = false;
bool fClientProxy;
if (_baseTypeName == "RemotingClientProxy")
fClientProxy = true;
else
fClientProxy = false;
if (fClientProxy)
{
sb.Append("System.Runtime.Remoting.Services.RemotingClientProxy");
binherit = true;
}
else if (_baseTypeName != null)
{
bBaseIsURTType = _baseType.IsURTType;
baseString = _baseType.GetName(curNS);
if (baseString == "System.__ComObject")
{
/*textWriter.Write(indentation);
textWriter.WriteLine("[guid(\"cc3bf020-1881-4e44-88d8-39b1052b1b11\")]");
textWriter.Write(indentation);
textWriter.WriteLine("[comimport]"); */
sb.Append("System.MarshalByRefObject");
binherit = true;
}
else
{
sb.Append(WsdlParser.IsValidCSAttr(baseString));
binherit = true;
}
}
else
{
// no base name
if (_sudsUse == SudsUse.ISerializable)
{
sb.Append("System.Runtime.Serialization.ISerializable");
binherit = true;
}
}
if (_implIFaces.Count > 0)
{
for (int i=0;i<_implIFaces.Count;i++)
{
if (binherit)
sb.Append(", ");
sb.Append(WsdlParser.IsValidCS(((BaseInterface) _implIFaces[i]).GetName(curNS)));
binherit = true;
}
}
textWriter.WriteLine(sb);
textWriter.Write(indentation);
textWriter.WriteLine('{');
String newIndentation = indentation + " ";
int newIndentationLength = newIndentation.Length;
//bool fClientProxy = _connectURL != null;
Util.Log("URTComplexType.PrintCSC _sudsType "+((Enum)_sudsType).ToString());
if (fClientProxy)
{
PrintClientProxy(textWriter, indentation, curNS, sb);
}
if (_methods.Count > 0)
{
//textWriter.Write(newIndentation);
//textWriter.WriteLine("// Class Methods");
String bodyPrefix = null;
if (_parser._bWrappedProxy)
{
sb.Length = 0;
sb.Append("((");
sb.Append(WsdlParser.IsValidCS(GetClassName()));
sb.Append(") _tp).");
bodyPrefix = sb.ToString();
}
for (int i=0;i<_methods.Count;i++)
{
Util.Log("URTComplexType.PrintCSC Invoke methods class methods PrintCSC class "+Name+" methodName "+((URTMethod) _methods[i]).Name);
((URTMethod) _methods[i]).PrintCSC(textWriter, newIndentation,
" ", curNS, MethodPrintEnum.PrintBody, bURTType,
bodyPrefix, sb);
}
textWriter.WriteLine();
}
/*
if (_implIFaces.Count > 0)
{
ArrayList printedIFaces = new ArrayList(_implIFaces.Count);
for (int i=0;i<_implIFaces.Count;i++)
((BaseInterface) _implIFaces[i]).PrintClassMethods(textWriter, newIndentation, curNS, printedIFaces, fClientProxy, sb);
textWriter.WriteLine();
}
*/
// Standard class
if (_fields.Count > 0)
{
textWriter.Write(newIndentation);
textWriter.WriteLine("// Class Fields");
for (int i=0;i<_fields.Count;i++)
{
Util.Log("URTComplexType.PrintCS Invoke _fields PrintCSC");
((URTField) _fields[i]).PrintCSC(textWriter, newIndentation, curNS, sb);
}
}
// print nested types
if (_nestedTypes != null && _nestedTypes.Count > 0)
{
foreach (BaseType ctype in _nestedTypes)
{
ctype.bNestedTypePrint = true;
if (ctype is URTSimpleType)
((URTSimpleType)ctype).PrintCSC(textWriter, newIndentation, curNS, sb);
else
((URTComplexType)ctype).PrintCSC(textWriter, newIndentation, curNS, sb);
ctype.bNestedTypePrint = false;
}
}
if (_sudsUse == SudsUse.ISerializable)
PrintISerializable(textWriter, indentation, curNS, sb, baseString);
// Close class
sb.Length = 0;
sb.Append(indentation);
sb.Append("}");
textWriter.WriteLine(sb);
Util.Log("URTComplexType.PrintCSC Exit name "+Name+" curNS "+curNS);
return;
}
private void PrintClientProxy(TextWriter textWriter, String indentation, String curNS, StringBuilder sb)
{
Util.Log("URTComplexType.PrintCSC PrintClientProxy ");
String indent1 = indentation + " ";
String indent2 = indent1 + " ";
sb.Length = 0;
sb.Append(indent1);
sb.Append("// Constructor");
textWriter.WriteLine(sb);
sb.Length = 0;
sb.Append(indent1);
sb.Append("public ");
sb.Append(WsdlParser.IsValidCS(GetClassName()));
sb.Append("()");
textWriter.WriteLine(sb);
sb.Length = 0;
sb.Append(indent1);
sb.Append('{');
textWriter.WriteLine(sb);
if (_connectURLs != null)
{
for (int i=0; i<_connectURLs.Count; i++)
{
sb.Length = 0;
sb.Append(indent2);
if (i == 0)
{
sb.Append("base.ConfigureProxy(this.GetType(), ");
sb.Append(WsdlParser.IsValidUrl((string)_connectURLs[i]));
sb.Append(");");
}
else
{
// Only the first location is used, the rest are commented out in the proxy
sb.Append("//base.ConfigureProxy(this.GetType(), ");
sb.Append(WsdlParser.IsValidUrl((string)_connectURLs[i]));
sb.Append(");");
}
textWriter.WriteLine(sb);
}
}
//Preload classes
foreach (URTNamespace ns in _parser._URTNamespaces)
{
foreach (URTComplexType cs in ns._URTComplexTypes)
{
if ((cs._sudsType != SUDSType.ClientProxy) && !cs.IsArray())
{
sb.Length = 0;
sb.Append(indent2);
sb.Append("System.Runtime.Remoting.SoapServices.PreLoad(typeof(");
sb.Append(WsdlParser.IsValidCS(ns.EncodedNS));
if (ns.EncodedNS != null && ns.EncodedNS.Length > 0)
sb.Append(".");
sb.Append(WsdlParser.IsValidCS(cs.Name));
sb.Append("));");
textWriter.WriteLine(sb);
}
}
}
foreach (URTNamespace ns in _parser._URTNamespaces)
{
foreach (URTSimpleType ss in ns._URTSimpleTypes)
{
if (ss.IsEnum)
{
sb.Length = 0;
sb.Append(indent2);
sb.Append("System.Runtime.Remoting.SoapServices.PreLoad(typeof(");
sb.Append(WsdlParser.IsValidCS(ns.EncodedNS));
if (ns.EncodedNS != null && ns.EncodedNS.Length > 0)
sb.Append(".");
sb.Append(WsdlParser.IsValidCS(ss.Name));
sb.Append("));");
textWriter.WriteLine(sb);
}
}
}
sb.Length = 0;
sb.Append(indent1);
sb.Append('}');
textWriter.WriteLine(sb);
// Base class for Client Proxy
// Write Property to retrieve Transparent Proxy
textWriter.WriteLine();
sb.Length = 0;
sb.Append(indent1);
sb.Append("public Object RemotingReference");
textWriter.WriteLine(sb);
sb.Length = 0;
sb.Append(indent1);
sb.Append("{");
textWriter.WriteLine(sb);
sb.Length = 0;
sb.Append(indent2);
sb.Append("get{return(_tp);}");
textWriter.WriteLine(sb);
sb.Length = 0;
sb.Append(indent1);
sb.Append("}");
textWriter.WriteLine(sb);
textWriter.WriteLine();
}
private void PrintISerializable(TextWriter textWriter, String indentation, String curNS, StringBuilder sb, String baseString)
{
Util.Log("URTComplexType.PrintCSC PrintISerializable ");
String indent1 = indentation + " ";
String indent2 = indent1 + " ";
if (baseString == null || baseString.StartsWith("System.", StringComparison.Ordinal))
{
// Don't generate if base class already contains field
sb.Length = 0;
sb.Append(indent1);
sb.Append("public System.Runtime.Serialization.SerializationInfo info;");
textWriter.WriteLine(sb);
sb.Length = 0;
sb.Append(indent1);
sb.Append("public System.Runtime.Serialization.StreamingContext context; \n");
textWriter.WriteLine(sb);
}
sb.Length = 0;
sb.Append(indent1);
if (_baseTypeName == null)
sb.Append("public ");
else
sb.Append("protected ");
if (_bNestedType)
sb.Append(WsdlParser.IsValidCS(NestedTypeName));
else
sb.Append(WsdlParser.IsValidCS(GetClassName()));
sb.Append("(System.Runtime.Serialization.SerializationInfo info, System.Runtime.Serialization.StreamingContext context)");
if (_baseTypeName != null)
sb.Append(" : base(info, context)");
textWriter.WriteLine(sb);
sb.Length = 0;
sb.Append(indent1);
sb.Append("{");
textWriter.WriteLine(sb);
if (baseString == null || baseString.StartsWith("System.", StringComparison.Ordinal))
{
// Don't generate if base class already contains field
sb.Length = 0;
sb.Append(indent2);
sb.Append("this.info = info;");
textWriter.WriteLine(sb);
sb.Length = 0;
sb.Append(indent2);
sb.Append("this.context = context;");
textWriter.WriteLine(sb);
}
sb.Length = 0;
sb.Append(indent1);
sb.Append("}");
textWriter.WriteLine(sb);
if (_baseTypeName == null)
{
sb.Length = 0;
sb.Append(indent1);
sb.Append("public void GetObjectData(System.Runtime.Serialization.SerializationInfo info, System.Runtime.Serialization.StreamingContext context)");
textWriter.WriteLine(sb);
sb.Length = 0;
sb.Append(indent1);
sb.Append("{");
textWriter.WriteLine(sb);
sb.Length = 0;
sb.Append(indent1);
sb.Append("}");
textWriter.WriteLine(sb);
}
}
internal void AddArray(String arrayType, URTNamespace arrayNS)
{
Util.Log("URTComplexType.ResolveArray Entry "+this.GetHashCode()+" "+_arrayType+" ns "+_arrayNS);
_arrayType = arrayType;
/*
int index = arrayType.IndexOf('+');
if (index > 0)
{
// Nested Type
String outerTypeName = arrayType.Substring(0, index);
String nestedTypeName = arrayType.Substring(index+1);
_arrayType = outerTypeName+"."+nestedTypeName;
}
*/
_arrayNS = arrayNS;
Util.Log("URTComplexType.AddArray "+arrayType+" ns "+(arrayNS == null?"null":arrayNS.Namespace)+" finalName "+_arrayType);
}
internal void ResolveArray()
{
Util.Log("URTComplexType.ResolveArray Entry "+this.GetHashCode()+" "+_arrayType+" ns "+_arrayNS);
if (_clrarray != null)
return;
String actualElementType = null;
String wireElementType = _arrayType;
int index = _arrayType.IndexOf("[");
if (index < 0)
{
throw new SUDSParserException(
String.Format(CultureInfo.CurrentCulture, CoreChannel.GetResourceString("Remoting_Suds_WsdlInvalidArraySyntax"),
_arrayType));
}
wireElementType = _arrayType.Substring(0, index);
switch (_arrayNS.UrtType)
{
case UrtType.Xsd:
actualElementType = _parser.MapSchemaTypesToCSharpTypes(wireElementType);
break;
case UrtType.UrtSystem:
case UrtType.UrtUser:
actualElementType = wireElementType;
break;
case UrtType.Interop:
actualElementType = wireElementType;
break;
default:
Debug.Assert(false, "!UrtType.None");
break;
}
_clrarray = actualElementType+FilterDimensions(_arrayType.Substring(index));
Util.Log("URTComplexType.ResolveArray Exit "+_clrarray+" "+_arrayNS+" elementname "+actualElementType);
}
// Need to remove dimensions in an array (some wsdl's generate fixed arrays with dimensions)
private String FilterDimensions(String value)
{
Char[] outChar = new Char[value.Length];
for (int i=0; i 0)
{
String countStr = "";
if (parser.ProxyNamespaceCount > 0)
countStr = (parser.ProxyNamespaceCount).ToString(CultureInfo.InvariantCulture);
parser.ProxyNamespaceCount++;
_encodedNS = parser.ProxyNamespace+countStr;
}
else
{
int index = name.IndexOf(":");
if (index > 0)
_encodedNS = _encodedNS.Substring(index+1);
if (_encodedNS.StartsWith("//", StringComparison.Ordinal))
_encodedNS = _encodedNS.Substring(2);
_encodedNS = _encodedNS.Replace('/', '_');
}
Util.Log("URTNamespace.EncodeInterop encoded "+_encodedNS);
return _encodedNS;
}
// Get the next anonymous type name
internal String GetNextAnonymousName(){
++_anonymousSeqNum;
Util.Log("URTNamespace.GetNextAnonymousName AnonymousType"+_anonymousSeqNum+" ComplexType "+_name);
return("AnonymousType" + _anonymousSeqNum);
}
// Add a new element declaration to the namespace
internal void AddElementDecl(ElementDecl elmDecl){
Util.Log("URTNamespace.AddElementDecl ");
_elmDecls.Add(elmDecl);
}
// Add a new type into the namespace
internal void AddComplexType(URTComplexType type){
Util.Log("URTNamespace.AddComplexType "+this.GetHashCode()+" "+type.Name+" "+type.GetHashCode()+" ns "+_name);
// Assert that simple and complex types share the same namespace
Debug.Assert(LookupSimpleType(type.Name) == null,
"Complex type has the same name as a simple type");
_URTComplexTypes.Add(type);
++_numURTComplexTypes;
}
// Add a new type into the namespace
internal void AddSimpleType(URTSimpleType type){
Util.Log("URTNamespace.AddSimpleType "+type.Name);
// Assert that simple and complex types share the same namespace
Debug.Assert(LookupComplexType(type.Name) == null,
"Simple type has the same name as a complex type");
_URTSimpleTypes.Add(type);
++_numURTSimpleTypes;
}
// Adds a new interface into the namespace
internal void AddInterface(URTInterface iface){
Util.Log("URTNamespace.AddInterface "+iface.Name);
_URTInterfaces.Add(iface);
}
// Returns the namespace
internal String Namespace{
get{ return(_namespace);}
}
internal bool IsSystem
{
get
{
if (_namespace != null && _namespace.StartsWith("System", StringComparison.Ordinal))
return true;
else
return false;
}
}
// Returns Encoded namespace
internal String EncodedNS{
get{ return(_encodedNS);}
set{ _encodedNS = value;}
}
internal bool bReferenced{
get{ return(_bReferenced);}
set{ _bReferenced = value;}
}
// Returns the full name
internal String Name{
get{ return(_name);}
}
// Returns Assembly name
internal String AssemName{
get{ return(_assemName);}
}
internal UrtType UrtType{
get{ return _nsType;}
}
// Returns true if this represents a URTNamespace
internal bool IsURTNamespace{
get{ return((Object) _namespace == (Object) _encodedNS);}
}
// Returns true if the namespace has no types defined
internal bool IsEmpty{
get{
bool isEmpty = true;
if (ComplexTypeOnlyArrayorEmpty() &&
(_URTInterfaces.Count == 0) &&
(_numURTSimpleTypes == 0))
isEmpty = true;
else
isEmpty = false;
return isEmpty;
}
}
internal bool ComplexTypeOnlyArrayorEmpty()
{
bool bempty = true;
for (int i=0;i<_URTComplexTypes.Count;i++)
{
URTComplexType type = (URTComplexType) _URTComplexTypes[i];
if (type != null && !type.IsArray())
{
bempty = false;
break;
}
}
return bempty;
}
// Looks up a complex type
internal URTComplexType LookupComplexType(String typeName){
URTComplexType ctype = null;
for (int i=0;i<_URTComplexTypes.Count;i++)
{
URTComplexType type = (URTComplexType) _URTComplexTypes[i];
//if (type != null && type.SearchName == typeName)
//Util.Log("URTNamespace.LookupComplexType "+this.GetHashCode()+" "+typeName+" "+type.SearchName);
if ((type != null) && WsdlParser.MatchingStrings(type.SearchName, typeName))
{
//Util.Log("URTNamespace.LookupComplexType found");
ctype = type;
break;
}
}
Util.Log("URTNamespace.LookupComplexType "+typeName+" ns "+this.GetHashCode()+" "+_name+" return "+((ctype != null) ? ctype.Name:"null"));
return(ctype);
}
// Looks up a complex type
internal URTComplexType LookupComplexTypeEqual(String typeName){
URTComplexType ctype = null;
for (int i=0;i<_URTComplexTypes.Count;i++)
{
URTComplexType type = (URTComplexType) _URTComplexTypes[i];
if (type != null && type.SearchName == typeName)
{
ctype = type;
break;
}
}
Util.Log("URTNamespace.LookupComplexTypeEqual "+typeName+" ns "+this.GetHashCode()+" "+_name+" return "+((ctype != null) ? ctype.Name:"null"));
return(ctype);
}
// Looks up a simple type
internal URTSimpleType LookupSimpleType(String typeName){
Util.Log("URTNamespace.LookupSimpleType "+typeName+" ns "+_name);
for (int i=0;i<_URTSimpleTypes.Count;i++)
{
URTSimpleType type = (URTSimpleType) _URTSimpleTypes[i];
if ((type != null) && WsdlParser.MatchingStrings(type.Name, typeName))
return(type);
}
return(null);
}
// Looks up a complex or simple type
internal BaseType LookupType(String typeName){
BaseType type = LookupComplexType(typeName);
if (type == null)
type = LookupSimpleType(typeName);
return(type);
}
// Removes the given type from the namespace
internal void RemoveComplexType(URTComplexType type){
Util.Log("URTNamespace.RemoveComplexType "+type.Name+" complex Type "+_name);
for (int i=0;i<_URTComplexTypes.Count;i++)
{
Util.Log("URTNamespace.RemoveComplexType 1 "+type.Name+" complexTypes "+((_URTComplexTypes[i] != null) ? ((URTComplexType)_URTComplexTypes[i]).Name : "Null"));
if (_URTComplexTypes[i] == type)
{
Util.Log("URTNamespace.RemoveComplexType 2 match "+type.Name+" complexTypes "+((_URTComplexTypes[i] != null) ? ((URTComplexType)_URTComplexTypes[i]).Name : "Null"));
_URTComplexTypes[i] = null;
--_numURTComplexTypes;
return;
}
}
throw new SUDSParserException(
CoreChannel.GetResourceString("Remoting_Suds_TriedToRemoveNonexistentType"));
}
// Removes the given type from the namespace
internal void RemoveSimpleType(URTSimpleType type){
Util.Log("URTNamespace.RemoveSimpleType "+type.Name+" SimpleType "+_name);
for (int i=0;i<_URTSimpleTypes.Count;i++)
{
if (_URTSimpleTypes[i] == type)
{
_URTSimpleTypes[i] = null;
--_numURTSimpleTypes;
return;
}
}
throw new SUDSParserException(
CoreChannel.GetResourceString("Remoting_Suds_TriedToRemoveNonexistentType"));
}
// Looks up an interface
internal URTInterface LookupInterface(String iFaceName){
Util.Log("URTNamespace.LookupInterface "+iFaceName);
for (int i=0;i<_URTInterfaces.Count;i++)
{
URTInterface iFace = (URTInterface) _URTInterfaces[i];
if (WsdlParser.MatchingStrings(iFace.Name, iFaceName))
return(iFace);
}
return(null);
}
// Resolve element references
internal void ResolveElements(WsdlParser parser){
Util.Log("URTNamespace.ResolveElements "+Name);
for (int i=0;i<_elmDecls.Count;i++)
{
((ElementDecl) _elmDecls[i]).Resolve(parser);
}
}
// Resolves internal references
internal void ResolveTypes(WsdlParser parser){
Util.Log("URTNamespace.ResolveTypes "+Name);
/*
// Process nested types
Hashtable typeTable = new Hashtable(10);
for (int i=0;i<_URTComplexTypes.Count;i++)
{
// fill up hashtable with types
URTComplexType ctype = (URTComplexType)_URTComplexTypes[i];
if (ctype.bNestedType)
{
Util.Log("URTNamespace.ResolveTypes nested type outer type "+ctype.OuterTypeName+" nested type "+ctype.NestedTypeName+" fullNestedTypeName "+ctype.Name);
// type is a nested class
URTComplexType outerType = (URTComplexType)typeTable[ctype.OuterTypeName];
if (outerType == null)
{
// place all the URTComplex types in the table, the nested type appears before the outer type in Wsdl
for (int j=0;j<_URTComplexTypes.Count;j++)
{
URTComplexType ctype2 = (URTComplexType)_URTComplexTypes[j];
Util.Log("URTNamespace.ResolveTypes miss find all types "+ctype2.Name);
typeTable[ctype2.Name] = ctype2;
}
}
outerType = (URTComplexType)typeTable[ctype.OuterTypeName];
if (outerType == null)
{
throw new SUDSParserException(
String.Format(CoreChannel.GetResourceString("Remoting_Suds_CantResolveNestedType"),
ctype.Name, ctype.UrlNS));
}
outerType._nestedTypes.Add(ctype);
}
else
{
Util.Log("URTNamespace.ResolveTypes nested place in table "+ctype.Name);
typeTable[ctype.Name] = ctype;
}
}
*/
for (int i=0;i<_URTComplexTypes.Count;i++)
{
if (_URTComplexTypes[i] != null)
((URTComplexType)_URTComplexTypes[i]).ResolveTypes(parser);
}
for (int i=0;i<_URTInterfaces.Count;i++)
((URTInterface)_URTInterfaces[i]).ResolveTypes(parser);
}
// Resolves method types
internal void ResolveMethods(){
Util.Log("URTNamespace.ResolveMethods "+Name);
for (int i=0;i<_URTComplexTypes.Count;i++)
{
if (_URTComplexTypes[i] != null)
((URTComplexType)_URTComplexTypes[i]).ResolveMethods();
}
}
// Prints all the types in the namespace
internal void PrintCSC(WriterStream writerStream)
{
Util.Log("URTNamespace.PrintCSC Entry "+Name);
Debug.Assert(!IsEmpty, "Empty namespace " + Name + " being printed");
TextWriter textWriter = writerStream.OutputStream;
// Check to see if there is anything to print for this namespace
bool bprint = false;
if (_numURTComplexTypes > 0)
{
for (int i=0;i<_URTComplexTypes.Count;i++)
{
URTComplexType type = (URTComplexType) _URTComplexTypes[i];
if (type != null && type.IsPrint)
bprint = true;
}
}
if (_numURTSimpleTypes > 0)
{
for (int i=0;i<_URTSimpleTypes.Count;i++)
{
URTSimpleType type = (URTSimpleType) _URTSimpleTypes[i];
if (type != null)
bprint = true;
}
}
if (_URTInterfaces.Count > 0)
bprint = true;
if (!bprint)
return;
// End of check to see if there is anything to print
String indentation = String.Empty;
Stream stream = ((StreamWriter)textWriter).BaseStream;
if (!writerStream.GetWrittenTo())
{
// Only print when new output file is used
textWriter.WriteLine("using System;");
textWriter.WriteLine("using System.Runtime.Remoting.Messaging;");
textWriter.WriteLine("using System.Runtime.Remoting.Metadata;");
textWriter.WriteLine("using System.Runtime.Remoting.Metadata.W3cXsd2001;");
textWriter.WriteLine("using System.Runtime.InteropServices;");
writerStream.SetWrittenTo();
}
if ((Namespace != null) &&
(Namespace.Length != 0))
{
textWriter.Write("namespace ");
textWriter.Write(WsdlParser.IsValidCS(EncodedNS));
textWriter.WriteLine(" {");
indentation = " ";
}
StringBuilder sb = new StringBuilder(256);
if (_numURTComplexTypes > 0)
{
for (int i=0;i<_URTComplexTypes.Count;i++)
{
URTComplexType type = (URTComplexType) _URTComplexTypes[i];
if (type != null && type.IsPrint)
{
Util.Log("URTNamespace.PrintCSC Invoke Complex type PrintCSC");
type.PrintCSC(textWriter, indentation, _encodedNS, sb);
}
}
}
if (_numURTSimpleTypes > 0)
{
for (int i=0;i<_URTSimpleTypes.Count;i++)
{
URTSimpleType type = (URTSimpleType) _URTSimpleTypes[i];
if (type != null)
{
Util.Log("URTNamespace.PrintCSC Invoke Simple type PrintCSC");
type.PrintCSC(textWriter, indentation, _encodedNS, sb);
}
}
}
for (int i=0;i<_URTInterfaces.Count;i++)
{
Util.Log("URTNamespace.PrintCSC Invoke Interfaces PrintCSC");
((URTInterface)_URTInterfaces[i]).PrintCSC(textWriter, indentation, _encodedNS, sb);
}
if ((Namespace != null) &&
(Namespace.Length != 0))
textWriter.WriteLine('}');
return;
}
// Fields
private String _name;
private UrtType _nsType;
private WsdlParser _parser;
private String _namespace;
private String _encodedNS;
private String _assemName;
private int _anonymousSeqNum;
private ArrayList _elmDecls;
internal ArrayList _URTComplexTypes;
private int _numURTComplexTypes;
internal ArrayList _URTSimpleTypes;
private int _numURTSimpleTypes;
private ArrayList _URTInterfaces;
private bool _bReferenced = false;
}
internal interface IDump{
void Dump();
}
internal interface INamespaces
{
void UsedNamespace(Hashtable namespaces);
}
internal class WsdlMessage : IDump, INamespaces
{
internal String name;
internal String nameNs;
internal ArrayList parts = new ArrayList(10);
public void UsedNamespace(Hashtable namespaces)
{
Util.Log("WsdlMessage.UsedNamespace "+name+" "+nameNs);
/*
if (nameNs != null)
namespaces[nameNs] = 1;
*/
for (int i=0; i
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