Package org.apache.axis.wsdl.wsdl2ws.info

Examples of org.apache.axis.wsdl.wsdl2ws.info.ParameterInfo

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   * @throws IOException
   */

  public void writeMethodInWrapper(MethodInfo minfo) throws WrapperFault,IOException {
    boolean isAllTreatedAsOutParams = false;
    ParameterInfo returntype = null;
    int noOfOutParams = minfo.getOutputParameterTypes().size();
    if (0==noOfOutParams){
      returntype = null;
    }
    else if (1==noOfOutParams){
      returntype = (ParameterInfo)minfo.getOutputParameterTypes().iterator().next();
    }
    else{
      isAllTreatedAsOutParams = true;
    }
    Collection params = minfo.getInputParameterTypes();
    String methodName = minfo.getMethodname();
    Type retType = null;
    boolean returntypeissimple = false;
    boolean returntypeisarray = false;
    String outparamTypeName = null;
    if (returntype != null){
      outparamTypeName = WrapperUtils.getClassNameFromParamInfoConsideringArrays(returntype, wscontext);
      retType = wscontext.getTypemap().getType(returntype.getSchemaName());
      if (retType != null){
        returntypeisarray = retType.isArray();
        if (CUtils.isSimpleType(retType.getLanguageSpecificName())){
          returntypeissimple = true;
        }
      }
    }
    writer.write("\n/*\n");
    writer.write(" * This method wrap the service method"+ methodName +"\n");
    writer.write(" */\n");
    //method signature
    String paramTypeName;
    boolean typeisarray = false;
    boolean typeissimple = false;
    Type type;
    if (returntype == null){
      writer.write("void");
    }else{
      writer.write(outparamTypeName);
    }
    writer.write(" "+classname+"::" + methodName + "(");
    ArrayList paramsB = (ArrayList)params;
    for (int i = 0; i < paramsB.size(); i++) {
      paramTypeName = WrapperUtils.getClassNameFromParamInfoConsideringArrays((ParameterInfo)paramsB.get(i), wscontext);
      if (i>0) writer.write(", ");
      writer.write(paramTypeName+" Value"+i);
    }
    // Multiples parameters so fill the methods prototype
    ArrayList paramsC = (ArrayList)minfo.getOutputParameterTypes();
    if ( isAllTreatedAsOutParams ) {
      String currentParaTypeName;
      for (int i = 0; i < paramsC.size(); i++) {
        type = wscontext.getTypemap().getType(((ParameterInfo)paramsC.get(i)).getSchemaName());
        writer.write(", AXIS_OUT_PARAM  "+WrapperUtils.getClassNameFromParamInfoConsideringArrays((ParameterInfo)paramsC.get(i),wscontext)+" *OutValue"+i);
      }
    }

    writer.write(")\n{\n");
    if (returntype != null){
      writer.write("\t");
      if(returntypeisarray){
        //for arrays
        writer.write(outparamTypeName+" RetArray = {NULL, 0};\n");
      }else if(!returntypeissimple){
        writer.write(outparamTypeName+" pReturn = NULL;\n");
        //for complex types
      }else{
        //for simple types
        writer.write(outparamTypeName+" Ret;\n");
        //TODO initialize return parameter appropriately.
      }
    }
    String channelSecurityType = (WrapperConstants.CHANNEL_SECURITY_SSL.equals(wscontext.getWrapInfo().getChannelSecurity()))?
                    "SSL_CHANNEL" : "NORMAL_CHANNEL";
    writer.write("\tif (AXIS_SUCCESS != m_pCall->Initialize(CPP_RPC_PROVIDER, "+channelSecurityType +")) return ");
    if (returntype != null){
      writer.write((returntypeisarray?"RetArray":returntypeissimple?"Ret":"pReturn")+";\n");
    }
    else{
      writer.write(";\n");
    }
    writer.write("\tm_pCall->SetTransportProperty(SOAPACTION_HEADER , \""+minfo.getSoapAction()+"\");\n");
    writer.write("\tm_pCall->SetSOAPVersion(SOAP_VER_1_1);\n"); //TODO check which version is it really.
    writer.write("\tm_pCall->SetOperation(\""+minfo.getMethodname()+"\", \""+wscontext.getWrapInfo().getTargetNameSpaceOfWSDL()+"\");\n");
    for (int i = 0; i < paramsB.size(); i++) {
      type = wscontext.getTypemap().getType(((ParameterInfo)paramsB.get(i)).getSchemaName());
      if (type != null){
        paramTypeName = type.getLanguageSpecificName();
        typeisarray = type.isArray();
      }
      else {
        paramTypeName = ((ParameterInfo)paramsB.get(i)).getLangName();
        typeisarray = false;
      }
      typeissimple = CUtils.isSimpleType(paramTypeName);
      if(typeisarray){
        //arrays
        QName qname = WrapperUtils.getArrayType(type).getName();
        String containedType = null;
        if (CUtils.isSimpleType(qname)){
          containedType = CUtils.getclass4qname(qname);
          writer.write("\tm_pCall->AddBasicArrayParameter(");     
          writer.write("(Axis_Array*)(&Value"+i+"), "+CUtils.getXSDTypeForBasicType(containedType)+", \""+((ParameterInfo)paramsB.get(i)).getParamName()+"\"");         
        }
        else{
          containedType = qname.getLocalPart();
          writer.write("\tm_pCall->AddCmplxArrayParameter(");     
          writer.write("(Axis_Array*)(&Value"+i+"), (void*)Axis_Serialize_"+containedType+", (void*)Axis_Delete_"+containedType+", (void*) Axis_GetSize_"+containedType+", \""+((ParameterInfo)paramsB.get(i)).getParamName()+"\", Axis_URI_"+containedType);
        }
      }else if(typeissimple){
        //for simple types 
        writer.write("\tm_pCall->AddParameter(");     
        writer.write("(void*)&Value"+i+", \"" + ((ParameterInfo)paramsB.get(i)).getParamName()+"\", "+CUtils.getXSDTypeForBasicType(paramTypeName));
      }else{
        //for complex types
        writer.write("\tm_pCall->AddCmplxParameter(");     
        writer.write("Value"+i+", (void*)Axis_Serialize_"+paramTypeName+", (void*)Axis_Delete_"+paramTypeName+", \"" + ((ParameterInfo)paramsB.get(i)).getParamName()+"\", Axis_URI_"+paramTypeName);
      }
      writer.write(");\n");
    }
    writer.write("\tif (AXIS_SUCCESS == m_pCall->Invoke())\n\t{\n");
    writer.write("\t\tif(AXIS_SUCCESS == m_pCall->CheckMessage(\""+minfo.getMethodname()+"Response\", \""+wscontext.getWrapInfo().getTargetNameSpaceOfWSDL()+"\"))\n\t\t{\n");
    if ( isAllTreatedAsOutParams) {
      String currentParamName;
      String currentParaType;
      for (int i = 0; i < paramsC.size(); i++) {
        ParameterInfo currentType = (ParameterInfo)paramsC.get(i);
        type = wscontext.getTypemap().getType(currentType.getSchemaName());
        if (type != null){
          currentParaType = type.getLanguageSpecificName();
          typeisarray = type.isArray();
        }
        else {
          currentParaType = ((ParameterInfo)paramsC.get(i)).getLangName();
          typeisarray = false;
        }
        typeissimple = CUtils.isSimpleType(currentParaType);
               
        currentParamName = "*OutValue"+i;
        // Some code need to be merged as we have some duplicated in coding here.
        if (typeisarray){
          QName qname = WrapperUtils.getArrayType(type).getName();
          String containedType = null;
          if (CUtils.isSimpleType(qname)){
            containedType = CUtils.getclass4qname(qname);
            writer.write("\t\t\t" + currentParamName + " = ("+currentParaType+"&)m_pCall->GetBasicArray("+CUtils.getXSDTypeForBasicType(containedType)+", \""+currentType.getParamName()+"\", 0);\n");
          }
          else{
            containedType = qname.getLocalPart();
            writer.write("\t\t\t" + currentParamName + " = ("+currentParaType+"&)m_pCall->GetCmplxArray((void*) Axis_DeSerialize_"+containedType);
            writer.write(", (void*) Axis_Create_"+containedType+", (void*) Axis_Delete_"+containedType+", (void*) Axis_GetSize_"+containedType+", \""+currentType.getParamName()+"\", Axis_URI_"+containedType+");\n");
          }
        }
        else if(typeissimple){
           writer.write("\t\t\t" + currentParamName + " = m_pCall->"+ CUtils.getParameterGetValueMethodName(currentParaType, false)+"(\""+currentType.getParamName()+"\", 0);\n");
        }
        else{
           writer.write("\t\t\t" + currentParamName + " = ("+currentParaType+"*)m_pCall->GetCmplxObject((void*) Axis_DeSerialize_"+currentParaType+", (void*) Axis_Create_"+currentParaType+", (void*) Axis_Delete_"+currentParaType+",\""+currentType.getParamName()+"\", 0);\n");
        }       
      } 
      writer.write("\t\t}\n");
      writer.write("\t}\n\tm_pCall->UnInitialize();\n"); 
    }
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    try{
        writer.write("\n"); 
        for(int i = 0; i < methods.size(); i++){
        minfo = (MethodInfo)this.methods.get(i);
        boolean isAllTreatedAsOutParams = false;
        ParameterInfo returntype = null;
        int noOfOutParams = minfo.getOutputParameterTypes().size();
        if (0==noOfOutParams){
          returntype = null;
          writer.write("void ");
        }
        else if (1==noOfOutParams){
          returntype = (ParameterInfo)minfo.getOutputParameterTypes().iterator().next();
          String outparam = returntype.getLangName();
          writer.write(WrapperUtils.getClassNameFromParamInfoConsideringArrays(returntype,wscontext)+" ");
        }
        else{
            isAllTreatedAsOutParams = true;
            writer.write("void ");
        }
        writer.write(classname+"::"+minfo.getMethodname()+"(");
        //write parameter names
        Iterator params = minfo.getInputParameterTypes().iterator();
        if(params.hasNext()){
          ParameterInfo fparam = (ParameterInfo)params.next();
          writer.write(WrapperUtils.getClassNameFromParamInfoConsideringArrays(fparam,wscontext)+" Value"+0);
        }
        for(int j =1; params.hasNext();j++){
          ParameterInfo nparam = (ParameterInfo)params.next();
          writer.write(", "+WrapperUtils.getClassNameFromParamInfoConsideringArrays(nparam,wscontext)+" Value"+j);
        }
        if (isAllTreatedAsOutParams){
          params = minfo.getOutputParameterTypes().iterator();
          for(int j =0; params.hasNext();j++){
            ParameterInfo nparam = (ParameterInfo)params.next();
            writer.write(", AXIS_OUT_PARAM "+WrapperUtils.getClassNameFromParamInfoConsideringArrays(nparam,wscontext)+" *OutValue"+j);
          }
        }
        writer.write(")\n{\n}\n");
      }
 
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      writer.write("extern void* get_"+classname+"_stub();\n");
      writer.write("extern void destroy_"+classname+"_stub(void* p);\n");     
        for(int i = 0; i < methods.size(); i++){
          minfo = (MethodInfo)this.methods.get(i);
        boolean isAllTreatedAsOutParams = false;
        ParameterInfo returntype = null;
        int noOfOutParams = minfo.getOutputParameterTypes().size();
        if (0==noOfOutParams){
          returntype = null;
          writer.write("extern void ");
        }
        else if (1==noOfOutParams){
          returntype = (ParameterInfo)minfo.getOutputParameterTypes().iterator().next();
          String outparam = returntype.getLangName();
          writer.write("extern "+WrapperUtils.getClassNameFromParamInfoConsideringArrays(returntype,wscontext)+" ");
        }
        else{
          isAllTreatedAsOutParams = true;
          writer.write("extern void ");
        }
          writer.write(minfo.getMethodname()+"(void* pStub");
           
          //write parameter names
          Iterator params = minfo.getInputParameterTypes().iterator();
          if(params.hasNext()){
              ParameterInfo fparam = (ParameterInfo)params.next();
            writer.write(", "+WrapperUtils.getClassNameFromParamInfoConsideringArrays(fparam,wscontext)+" Value"+0);
          }
          for(int j =1; params.hasNext();j++){
            ParameterInfo nparam = (ParameterInfo)params.next();
            writer.write(", "+WrapperUtils.getClassNameFromParamInfoConsideringArrays(nparam,wscontext)+" Value"+j);
          }
          if(isAllTreatedAsOutParams){
          params = minfo.getOutputParameterTypes().iterator();
          for(int j =0; params.hasNext();j++){
            ParameterInfo nparam = (ParameterInfo)params.next();
            writer.write(", AXIS_OUT_PARAM "+WrapperUtils.getClassNameFromParamInfoConsideringArrays(nparam,wscontext)+" *OutValue"+j);
          }
          }
          writer.write(");\n");
        }
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    try{
        writer.write("\n"); 
        for(int i = 0; i < methods.size(); i++){
        minfo = (MethodInfo)this.methods.get(i);
        boolean isAllTreatedAsOutParams = false;
        ParameterInfo returntype = null;
        int noOfOutParams = minfo.getOutputParameterTypes().size();
        if (0==noOfOutParams){
          returntype = null;
          writer.write("void ");
        }
        else if (1==noOfOutParams){
          returntype = (ParameterInfo)minfo.getOutputParameterTypes().iterator().next();
          String outparam = returntype.getLangName();
          writer.write(WrapperUtils.getClassNameFromParamInfoConsideringArrays(returntype,wscontext)+" ");
        }
        else{
            isAllTreatedAsOutParams = true;
            writer.write("void ");
        }
        writer.write(classname+"::"+minfo.getMethodname()+"(");
        //write parameter names
        Iterator params = minfo.getInputParameterTypes().iterator();
        if(params.hasNext()){
          ParameterInfo fparam = (ParameterInfo)params.next();
          writer.write(WrapperUtils.getClassNameFromParamInfoConsideringArrays(fparam,wscontext)+" Value"+0);
        }
        for(int j =1; params.hasNext();j++){
          ParameterInfo nparam = (ParameterInfo)params.next();
          writer.write(", "+WrapperUtils.getClassNameFromParamInfoConsideringArrays(nparam,wscontext)+" Value"+j);
        }
        if (isAllTreatedAsOutParams){
          params = minfo.getOutputParameterTypes().iterator();
          for(int j =0; params.hasNext();j++){
            ParameterInfo nparam = (ParameterInfo)params.next();
            writer.write(", AXIS_OUT_PARAM "+WrapperUtils.getClassNameFromParamInfoConsideringArrays(nparam,wscontext)+" *OutValue"+j);
          }
        }
        writer.write(")\n{\n}\n");
      }
 
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   * @throws IOException
   */

  public void writeMethodInWrapper(MethodInfo minfo) throws WrapperFault,IOException {
    boolean isAllTreatedAsOutParams = false;
    ParameterInfo returntype = null;
    int noOfOutParams = minfo.getOutputParameterTypes().size();
    if (0==noOfOutParams){
      returntype = null;
    }
    else if (1==noOfOutParams){
      returntype = (ParameterInfo)minfo.getOutputParameterTypes().iterator().next();
    }
    else{
      isAllTreatedAsOutParams = true;
    }
    Collection params = minfo.getInputParameterTypes();
    String methodName = minfo.getMethodname();
    Type retType = null;
    boolean returntypeissimple = false;
    boolean returntypeisarray = false;
    String outparamType = null;
    if (returntype != null)
      retType = wscontext.getTypemap().getType(returntype.getSchemaName());
    if (retType != null){
      if (retType.isSimpleType()){
        outparamType = CUtils.getclass4qname(retType.getBaseType()); 
      }
      else{
        outparamType = retType.getLanguageSpecificName();
      }
      returntypeisarray = retType.isArray();
    }
    else if (returntype != null){
      outparamType = returntype.getLangName();
    }
    if (returntype != null)
      returntypeissimple = CUtils.isSimpleType(outparamType);
    writer.write("\n/*\n");
    writer.write(" * This method wrap the service method"+ methodName +"\n");
    writer.write(" */\n");
    //method signature
    String paraTypeName;
    boolean typeisarray = false;
    boolean typeissimple = false;
    Type type;
    if (returntype == null){
      writer.write("void");
    }
    else if (returntypeissimple || returntypeisarray){
      writer.write(outparamType); 
    }else{
      writer.write(outparamType+"*");
    }
    writer.write(" "+classname+"::" + methodName + "(");
    ArrayList paramsB = (ArrayList)params;
    if (0 < paramsB.size()){
      type = wscontext.getTypemap().getType(((ParameterInfo)paramsB.get(0)).getSchemaName());
      if (type != null){
        if (type.isSimpleType()){ //schema defined simpleType
          paraTypeName =   CUtils.getclass4qname(type.getBaseType());
        }
        else{
          paraTypeName = type.getLanguageSpecificName();
        }
        typeisarray = type.isArray();
      }
      else {
        paraTypeName = ((ParameterInfo)paramsB.get(0)).getLangName();
        typeisarray = false;
      }
      typeissimple = CUtils.isSimpleType(paraTypeName);
      if(typeisarray || typeissimple){
        writer.write(paraTypeName+" Value0");
      }else{
        writer.write(paraTypeName+"* Value0");
      }
      for (int i = 1; i < paramsB.size(); i++) {
        type = wscontext.getTypemap().getType(((ParameterInfo)paramsB.get(i)).getSchemaName());
        if (type != null){
          if (type.isSimpleType()){ //schema defined simpleType
            paraTypeName =   CUtils.getclass4qname(type.getBaseType());
          }
          else{
            paraTypeName = type.getLanguageSpecificName();
          }
          typeisarray = type.isArray();
        }
        else {
          paraTypeName = ((ParameterInfo)paramsB.get(i)).getLangName();
          typeisarray = false;
        }
        typeissimple = CUtils.isSimpleType(paraTypeName);
        if(typeisarray || typeissimple){
          writer.write(", "+paraTypeName+" Value"+i);
        }else{
          writer.write(", "+paraTypeName+"* Value"+i);
        }
      }
    }
   
    // Multiples parameters so fill the methods prototype
    ArrayList paramsC = (ArrayList)minfo.getOutputParameterTypes();
    if ( isAllTreatedAsOutParams ) {
      String currentParaTypeName;
      for (int i = 0; i < paramsC.size(); i++) {
        type = wscontext.getTypemap().getType(((ParameterInfo)paramsC.get(i)).getSchemaName());
        writer.write(", AXIS_OUT_PARAM  "+WrapperUtils.getClassNameFromParamInfoConsideringArrays((ParameterInfo)paramsC.get(i),wscontext)+" *OutValue"+i);
      }
    }
   
    writer.write(")\n{\n");
    if (returntype != null){
      writer.write("\t");
      if(returntypeisarray){
        //for arrays
        writer.write(outparamType+" RetArray = {NULL, 0};\n");
      }else if(!returntypeissimple){
        writer.write(outparamType+"* pReturn = NULL;\n");
        //for complex types
      }else{
        //for simple types
        writer.write(outparamType+" Ret;\n");
        //TODO initialize return parameter appropriately.
      }
    }
    String channelSecurityType = (WrapperConstants.CHANNEL_SECURITY_SSL.equals(wscontext.getWrapInfo().getChannelSecurity()))?
                    "SSL_CHANNEL" : "NORMAL_CHANNEL";
    writer.write("\tif (AXIS_SUCCESS != m_pCall->Initialize(CPP_DOC_PROVIDER, "+channelSecurityType+")) return ");
    if (returntype != null){
      writer.write((returntypeisarray?"RetArray":returntypeissimple?"Ret":"pReturn")+";\n\t");
    }
    else{
      writer.write(";\n");
    }
    writer.write("\tm_pCall->SetTransportProperty(SOAPACTION_HEADER , \""+minfo.getSoapAction()+"\");\n");
    writer.write("\tm_pCall->SetSOAPVersion(SOAP_VER_1_1);\n"); //TODO check which version is it really.
    writer.write("\tm_pCall->SetOperation(\""+minfo.getInputMessage().getLocalPart()+"\", \""+ minfo.getInputMessage().getNamespaceURI()+"\");\n");
    for (int i = 0; i < paramsB.size(); i++) {
      type = wscontext.getTypemap().getType(((ParameterInfo)paramsB.get(i)).getSchemaName());
      if (type != null){
        if (type.isSimpleType()){//schema defined simpleType possibly with restrictions
          paraTypeName = CUtils.getclass4qname(type.getBaseType());
        }
        else{
          paraTypeName = type.getLanguageSpecificName();
        }
        typeisarray = type.isArray();
      }
      else {
        paraTypeName = ((ParameterInfo)paramsB.get(i)).getLangName();
        typeisarray = false;
      }
      typeissimple = CUtils.isSimpleType(paraTypeName);
      if(typeisarray){
        //arrays
        Type arrayType = WrapperUtils.getArrayType(type);
        QName qname = arrayType.getName();
        String containedType = null;
        if (CUtils.isSimpleType(qname)){
          containedType = CUtils.getclass4qname(qname);
          writer.write("\tm_pCall->AddBasicArrayParameter(");     
          writer.write("(Axis_Array*)(&Value"+i+"), "+CUtils.getXSDTypeForBasicType(containedType)+", \""+((ParameterInfo)paramsB.get(i)).getElementName().getLocalPart()+"\"");         
        }
        else if (arrayType.isSimpleType()){//SimpleType in the schema
          containedType = CUtils.getclass4qname(arrayType.getBaseType());
          writer.write("\tm_pCall->AddBasicArrayParameter(");     
          writer.write("(Axis_Array*)(&Value"+i+"), "+CUtils.getXSDTypeForBasicType(containedType)+", \""+((ParameterInfo)paramsB.get(i)).getElementName().getLocalPart()+"\"");         
        }
        else{
          containedType = qname.getLocalPart();
          writer.write("\tm_pCall->AddCmplxArrayParameter(");     
          writer.write("(Axis_Array*)(&Value"+i+"), (void*)Axis_Serialize_"+containedType+", (void*)Axis_Delete_"+containedType+", (void*) Axis_GetSize_"+containedType+", \""+((ParameterInfo)paramsB.get(i)).getElementName().getLocalPart()+"\", Axis_URI_"+containedType);
        }
      }else if(typeissimple){
        //for simple types 
        writer.write("\tm_pCall->AddParameter(");     
        writer.write("(void*)&Value"+i+", \"" + ((ParameterInfo)paramsB.get(i)).getElementName().getLocalPart()+"\", "+CUtils.getXSDTypeForBasicType(paraTypeName));
      }else{
        //for complex types
        writer.write("\tm_pCall->AddCmplxParameter(");     
        writer.write("Value"+i+", (void*)Axis_Serialize_"+paraTypeName+", (void*)Axis_Delete_"+paraTypeName+", \"" + ((ParameterInfo)paramsB.get(i)).getElementName().getLocalPart()+"\", Axis_URI_"+paraTypeName);
      }
      writer.write(");\n");
    }
    writer.write("\tif (AXIS_SUCCESS == m_pCall->Invoke())\n\t{\n");
    if(minfo.getOutputMessage()!=null)
      writer.write("\t\tif(AXIS_SUCCESS == m_pCall->CheckMessage(\""+minfo.getOutputMessage().getLocalPart()+"\", \""+minfo.getOutputMessage().getNamespaceURI()+"\"))\n\t\t{\n");
    if ( isAllTreatedAsOutParams) {
      String currentParamName;
      String currentParaType;
      for (int i = 0; i < paramsC.size(); i++) {
        ParameterInfo currentType = (ParameterInfo)paramsC.get(i);
        type = wscontext.getTypemap().getType(currentType.getSchemaName());
        if (type != null){
          if (type.isSimpleType()){
            currentParaType = CUtils.getclass4qname(type.getBaseType());
          }
          else{
            currentParaType = type.getLanguageSpecificName();
          }
          typeisarray = type.isArray();
        }
        else {
          currentParaType = ((ParameterInfo)paramsC.get(i)).getLangName();
          typeisarray = false;
        }
        typeissimple = CUtils.isSimpleType(currentParaType);
               
        currentParamName = "*OutValue"+i;
        // Some code need to be merged as we have some duplicated in coding here.
        if (typeisarray){
          Type arrayType = WrapperUtils.getArrayType(type);
          QName qname = arrayType.getName();
          String containedType = null;
          if (CUtils.isSimpleType(qname)){
            containedType = CUtils.getclass4qname(qname);
            writer.write("\t\t\t" + currentParamName + " = ("+currentParaType+"&)m_pCall->GetBasicArray("+CUtils.getXSDTypeForBasicType(containedType)+", \""+currentType.getElementName().getLocalPart()+"\", 0);\n");
          }
          else if (arrayType.isSimpleType()){//SimpleType in the schema
            containedType = CUtils.getclass4qname(arrayType.getBaseType());
            writer.write("\t\t\t" + currentParamName + " = ("+currentParaType+"&)m_pCall->GetBasicArray("+CUtils.getXSDTypeForBasicType(containedType)+", \""+currentType.getElementName().getLocalPart()+"\", 0);\n");
          }
          else{
            containedType = qname.getLocalPart();
            writer.write("\t\t\t" + currentParamName + " = ("+currentParaType+"&)m_pCall->GetCmplxArray((void*) Axis_DeSerialize_"+containedType);
            writer.write(", (void*) Axis_Create_"+containedType+", (void*) Axis_Delete_"+containedType+", (void*) Axis_GetSize_"+containedType+", \""+currentType.getElementName().getLocalPart()+"\", Axis_URI_"+containedType+");\n");
          }
        }
        else if(typeissimple){
           writer.write("\t\t\t" + currentParamName + " = m_pCall->"+ CUtils.getParameterGetValueMethodName(currentParaType, false)+"(\""+currentType.getElementName().getLocalPart()+"\", 0);\n");
        }
        else{
           writer.write("\t\t\t" + currentParamName + " = ("+currentParaType+"*)m_pCall->GetCmplxObject((void*) Axis_DeSerialize_"+currentParaType+", (void*) Axis_Create_"+currentParaType+", (void*) Axis_Delete_"+currentParaType+",\""+currentType.getElementName().getLocalPart()+"\", 0);\n");
        }       
      } 
      writer.write("\t\t}\n");
      writer.write("\t}\n\tm_pCall->UnInitialize();\n"); 
    }
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        int noOfOutParams = minfo.getOutputParameterTypes().size();
        //write return type
        if(0==noOfOutParams)
          writer.write("\tvoid ");
        else if(1==noOfOutParams){
          ParameterInfo returnParam = (ParameterInfo)minfo.getOutputParameterTypes().iterator().next();
          String outparam = returnParam.getLangName();
          writer.write("\t"+WrapperUtils.getClassNameFromParamInfoConsideringArrays(returnParam,wscontext)+" ");
        }
        else{
          isAllTreatedAsOutParams = true;
          writer.write("\tvoid ");
        }
        //write return type
        writer.write(minfo.getMethodname()+"(");
           
        //write parameter names
        Iterator params = minfo.getInputParameterTypes().iterator();
        if(params.hasNext()){
            ParameterInfo fparam = (ParameterInfo)params.next();
          writer.write(WrapperUtils.getClassNameFromParamInfoConsideringArrays(fparam,wscontext)+" Value"+0);
        }
        for(int j =1; params.hasNext();j++){
          ParameterInfo nparam = (ParameterInfo)params.next();
          writer.write(","+WrapperUtils.getClassNameFromParamInfoConsideringArrays(nparam,wscontext)+" Value"+j);
        }
        if (isAllTreatedAsOutParams){
          params = minfo.getOutputParameterTypes().iterator();
          for(int j =0; params.hasNext();j++){
            ParameterInfo nparam = (ParameterInfo)params.next();
            writer.write(", AXIS_OUT_PARAM "+WrapperUtils.getClassNameFromParamInfoConsideringArrays(nparam,wscontext)+" *OutValue"+j);
          }
        }       
        writer.write(");\n");
      }
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    try{
        writer.write("\tpublic: \n"); 
        for(int i = 0; i < methods.size(); i++){
          minfo = (MethodInfo)this.methods.get(i);
        boolean isAllTreatedAsOutParams = false;
        ParameterInfo returntype = null;
        int noOfOutParams = minfo.getOutputParameterTypes().size();
        if (0==noOfOutParams){
          returntype = null;
          writer.write("\t\tvoid ");
        }
        else if (1==noOfOutParams){
          returntype = (ParameterInfo)minfo.getOutputParameterTypes().iterator().next();
          String outparam = returntype.getLangName();
          writer.write("\t\t"+WrapperUtils.getClassNameFromParamInfoConsideringArrays(returntype,wscontext)+" ");
        }
        else{
          isAllTreatedAsOutParams = true;
          writer.write("\t\tvoid ");
        }
          //write return type
          writer.write(minfo.getMethodname()+"(");
          //write parameter names
          Iterator params = minfo.getInputParameterTypes().iterator();
          if(params.hasNext()){
              ParameterInfo fparam = (ParameterInfo)params.next();
            writer.write(WrapperUtils.getClassNameFromParamInfoConsideringArrays(fparam,wscontext)+" Value"+0);
          }
          for(int j =1; params.hasNext();j++){
            ParameterInfo nparam = (ParameterInfo)params.next();
            writer.write(","+WrapperUtils.getClassNameFromParamInfoConsideringArrays(nparam,wscontext)+" Value"+j);
          }
        if (isAllTreatedAsOutParams){
          params = minfo.getOutputParameterTypes().iterator();
          for(int j =0; params.hasNext();j++){
            ParameterInfo nparam = (ParameterInfo)params.next();
            writer.write(", AXIS_OUT_PARAM "+WrapperUtils.getClassNameFromParamInfoConsideringArrays(nparam,wscontext)+"* OutValue"+j);
          }
        }         
          writer.write(");\n");
        }
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   * @throws IOException
   */

  public void writeMethodInWrapper(MethodInfo minfo) throws WrapperFault,IOException {
    boolean isAllTreatedAsOutParams = false;
    ParameterInfo returntype = null;
    int noOfOutParams = minfo.getOutputParameterTypes().size();
    if (0==noOfOutParams){
      returntype = null;
    }
    else if (1==noOfOutParams){
      returntype = (ParameterInfo)minfo.getOutputParameterTypes().iterator().next();
    }
    else{
      isAllTreatedAsOutParams = true;
    }
    Collection params = minfo.getInputParameterTypes();
    String methodName = minfo.getMethodname();
    Type retType = null;
    boolean returntypeissimple = false;
    boolean returntypeisarray = false;
    boolean aretherearrayparams = false;
    String outparamTypeName = null;
    if (returntype != null){
      outparamTypeName = WrapperUtils.getClassNameFromParamInfoConsideringArrays(returntype, wscontext);
      retType = wscontext.getTypemap().getType(returntype.getSchemaName());
      if (retType != null){
        returntypeisarray = retType.isArray();
        if (CUtils.isSimpleType(retType.getLanguageSpecificName())){
          returntypeissimple = true;
        }
      }
    }
    writer.write("\n/*\n");
    writer.write(" * This method wrap the service method"+ methodName +"\n");
    writer.write(" */\n");
    //method signature
    String paramTypeName;
    boolean typeisarray = false;
    boolean typeissimple = false;
    Type type;
    if (returntype == null){
      writer.write("void");
    }
    else {
      writer.write(outparamTypeName); 
    }
    writer.write(" "+ methodName + "(void* pStub");
    ArrayList paramsB = (ArrayList)params;
    for (int i = 0; i < paramsB.size(); i++) {
      paramTypeName = WrapperUtils.getClassNameFromParamInfoConsideringArrays((ParameterInfo)paramsB.get(i), wscontext);
      writer.write(", "+paramTypeName+" Value"+i);
      if((type = wscontext.getTypemap().getType(((ParameterInfo)paramsB.get(i)).getSchemaName())) != null && type.isArray()){
        aretherearrayparams = true;
      }
    }
    // Multiples parameters so fill the methods prototype
    ArrayList paramsC = (ArrayList)minfo.getOutputParameterTypes();
    if ( isAllTreatedAsOutParams ) {
      String currentParaTypeName;
      for (int i = 0; i < paramsC.size(); i++) {
        type = wscontext.getTypemap().getType(((ParameterInfo)paramsC.get(i)).getSchemaName());
        writer.write(", AXIS_OUT_PARAM  "+WrapperUtils.getClassNameFromParamInfoConsideringArrays((ParameterInfo)paramsC.get(i),wscontext)+" *OutValue"+i);
        if((type = wscontext.getTypemap().getType(((ParameterInfo)paramsC.get(i)).getSchemaName())) != null && type.isArray()){
          aretherearrayparams = true;
        }
      }
    }
    writer.write(")\n{\n");
    writer.write("\tCall* pCall = (Call*)pStub;\n");
    if (returntype != null){
      writer.write("\t");
      if(returntypeisarray){
        //for arrays
        writer.write(outparamTypeName+" RetArray = {NULL, 0};\n");
      }else if(!returntypeissimple){
        writer.write(outparamTypeName+" pReturn = NULL;\n");
        //for complex types
      }else{
        //for simple types
        writer.write(outparamTypeName+" Ret;\n");
        //TODO initialize return parameter appropriately.
      }
    }
    if (aretherearrayparams || returntypeisarray){
      writer.write("\tAxis_Array array;\n");
    }
    String channelSecurityType = (WrapperConstants.CHANNEL_SECURITY_SSL.equals(wscontext.getWrapInfo().getChannelSecurity()))?
                    "SSL_CHANNEL" : "NORMAL_CHANNEL";
    String provider =  minfo.getInputUse().equals("literal") ?"C_RPC_LITERAL_PROVIDER":"C_RPC_PROVIDER";
    writer.write("\t/* Following will establish the connections with the server too */\n");
    writer.write("\tif (AXIS_SUCCESS != pCall->_functions->Initialize(pCall->_object,"+ provider+", "+channelSecurityType+")) return ");
    if (returntype != null){
      writer.write((returntypeisarray?"RetArray":returntypeissimple?"Ret":"pReturn")+";\n");
    }
    else{
      writer.write(";\n");
    }
    writer.write("\tpCall->_functions->SetTransportProperty(pCall->_object,SOAPACTION_HEADER , \""+minfo.getSoapAction()+"\");\n");   
    writer.write("\tpCall->_functions->SetSOAPVersion(pCall->_object, SOAP_VER_1_1);\n"); //TODO check which version is it really.
    writer.write("\tpCall->_functions->SetOperation(pCall->_object, \""+methodName+"\", \""+ wscontext.getWrapInfo().getTargetNameSpaceOfWSDL() +"\");\n");
    for (int i = 0; i < paramsB.size(); i++) {
      type = wscontext.getTypemap().getType(((ParameterInfo)paramsB.get(i)).getSchemaName());
      if (type != null){
        paramTypeName = type.getLanguageSpecificName();
        typeisarray = type.isArray();
      }
      else {
        paramTypeName = ((ParameterInfo)paramsB.get(i)).getLangName();
        typeisarray = false;
      }
      typeissimple = CUtils.isSimpleType(paramTypeName);
      if(typeisarray){
        //arrays
        QName qname = WrapperUtils.getArrayType(type).getName();
        String containedType = null;
        if (CUtils.isSimpleType(qname)){
          containedType = CUtils.getclass4qname(qname);
          writer.write("\tpCall->_functions->AddBasicArrayParameter(pCall->_object, ");     
          writer.write("(Axis_Array*)(&Value"+i+"), "+CUtils.getXSDTypeForBasicType(containedType)+", \""+((ParameterInfo)paramsB.get(i)).getParamName()+"\"");
        }
        else{
          containedType = qname.getLocalPart();
          writer.write("\tpCall->_functions->AddCmplxArrayParameter(pCall->_object, ");
          writer.write("(Axis_Array*)(&Value"+i+"), (void*)Axis_Serialize_"+containedType+", (void*)Axis_Delete_"+containedType+", (void*) Axis_GetSize_"+containedType+", Axis_TypeName_"+containedType+", Axis_URI_"+containedType);
        }
      }else if(typeissimple){
        //for simple types 
        writer.write("\tpCall->_functions->AddParameter(pCall->_object, ");     
        writer.write("(void*)&Value"+i+", \"" + ((ParameterInfo)paramsB.get(i)).getParamName()+"\", "+CUtils.getXSDTypeForBasicType(paramTypeName));
      }else{
        //for complex types
        writer.write("\tpCall->_functions->AddCmplxParameter(pCall->_object, ");     
        writer.write("Value"+i+", (void*)Axis_Serialize_"+paramTypeName+", (void*)Axis_Delete_"+paramTypeName+", \"" + ((ParameterInfo)paramsB.get(i)).getParamName()+"\", 0");
      }
      writer.write(");\n");
    }
    writer.write("\tif (AXIS_SUCCESS == pCall->_functions->Invoke(pCall->_object))\n\t{\n");
    writer.write("\t\tif(AXIS_SUCCESS == pCall->_functions->CheckMessage(pCall->_object, \""+methodName+"Response\", \"\"))\n\t\t{\n");
    if ( isAllTreatedAsOutParams) {
      String currentParamName;
      String currentParaType;
      for (int i = 0; i < paramsC.size(); i++) {
        ParameterInfo currentType = (ParameterInfo)paramsC.get(i);
        type = wscontext.getTypemap().getType(currentType.getSchemaName());
        if (type != null){
          currentParaType = type.getLanguageSpecificName();
          typeisarray = type.isArray();
        }
        else {
          currentParaType = ((ParameterInfo)paramsC.get(i)).getLangName();
          typeisarray = false;
        }
        typeissimple = CUtils.isSimpleType(currentParaType);
               
        currentParamName = "*OutValue"+i;
        // Some code need to be merged as we have some duplicated in coding here.
        if (typeisarray){
          QName qname = WrapperUtils.getArrayType(type).getName();
          String containedType = null;
          if (CUtils.isSimpleType(qname)){
            containedType = CUtils.getclass4qname(qname);
            writer.write("\t\t\tarray = pCall->_functions->GetBasicArray(pCall->_object, "+CUtils.getXSDTypeForBasicType(containedType)+", \""+currentType.getParamName()+"\", 0);\n");
            writer.write("\t\t\tmemcpy(OutValue"+ i +", &array, sizeof(Axis_Array));\n");

          }
          else{
            containedType = qname.getLocalPart();
            writer.write("\t\t\tarray = pCall->_functions->GetCmplxArray(pCall->_object, (void*) Axis_DeSerialize_"+containedType);
            writer.write(", (void*) Axis_Create_"+containedType+", (void*) Axis_Delete_"+containedType+", (void*) Axis_GetSize_"+containedType+", \""+currentType.getParamName()+"\", Axis_URI_"+containedType+");\n");
            writer.write("\t\t\tmemcpy(OutValue"+ i +", &array, sizeof(Axis_Array));\n");
          }
        }
        else if(typeissimple){
           writer.write("\t\t\t" + currentParamName + " = pCall->_functions->"+ CUtils.getParameterGetValueMethodName(currentParaType, false)+"(pCall->_object, \""+currentType.getParamName()+"\", 0);\n");
        }
        else{
           writer.write("\t\t\t" + currentParamName + " = ("+currentParaType+"*)pCall->_functions->GetCmplxObject(pCall->_object, (void*) Axis_DeSerialize_"+currentParaType+", (void*) Axis_Create_"+currentParaType+", (void*) Axis_Delete_"+currentParaType+",\""+currentType.getParamName()+"\", 0);\n");
        }       
      } 
      writer.write("\t\t}\n");
      writer.write("\t}\n\tpCall->_functions->UnInitialize(pCall->_object);\n");
    }
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        Iterator oplist = porttype.getOperations().iterator();
        ArrayList methods = new ArrayList();
        MethodInfo minfo;
    Element element;
    QName qname;
        ParameterInfo pinfo;
    Type type;
        org.apache.axis.wsdl.symbolTable.Type ptype;
        //for each operation
        while (oplist.hasNext()) {
            minfo = new MethodInfo();
            methods.add(minfo);

            //add operation to operation List
            Operation op = (Operation) oplist.next();
            minfo.setMethodname(op.getName());
           
            //setting the faults
            Map faults = op.getFaults();
      addFaultInfo(faults,minfo);
           
            Iterator paramlist = null;
            //add each parameter to parameter list
            if ("document".equals(bindingEntry.getBindingStyle().getName())){
        paramlist = op.getInput().getMessage().getParts().values().iterator();
        Part part = (Part) paramlist.next();
        element = symbolTable.getElement(part.getElementName());
        qname = element.getRefType().getQName();
        if (qname != null){
          minfo.setInputMessage(element.getQName());
          type = this.typeMap.getType(qname);
          boolean wrapped = true; //TODO take this from a commandline argument
          if (wrapped){
            if(type == null)
               throw new WrapperFault("unregisterd type "+qname+" refered");
            else{
              /* if(type.getLanguageSpecificName().startsWith(">")){*/ //anyway skip the wrapping element type even if it is a named type.
              //get inner attributes and elements and add them as parameters
              ArrayList elementlist = new ArrayList();
              Iterator names = type.getElementnames();
              while (names.hasNext()){
                elementlist.add(names.next());
              }
              Type innerType;
              for (int i = 0 ; i < elementlist.size(); i++) {
                String elementname = (String)elementlist.get(i);
                innerType = type.getElementForElementName(elementname).getType();
                pinfo = new ParameterInfo(innerType,elementname);
                pinfo.setElementName(type.getElementForElementName(elementname).getName());
                minfo.addInputParameter(pinfo);   
              }
              //remove the type that represents the wrapping element so that such type is not created.
              this.typeMap.removeType(qname);
            }
          }
          else{
           
          }
        }
        }
           else{
             if (op.getParameterOrdering() != null){
               for (int ix=0; ix < op.getParameterOrdering().size(); ix++){
            Part p = (Part)(op.getInput().getMessage().getParts().get((String)op.getParameterOrdering().get(ix)));
            if (p == null) continue;
            pinfo = createParameterInfo(p);
            if (null != pinfo) minfo.addInputParameter(pinfo);
               }
             }
             else {
          paramlist = op.getInput().getMessage().getParts().values().iterator();
          while (paramlist.hasNext()) { //RPC style messages can have multiple parts
            Part p = (Part) paramlist.next();
            pinfo = createParameterInfo(p);
            if (null != pinfo) minfo.addInputParameter(pinfo);
          }              
             }
            }
            //get the return type
      if(op.getOutput()!=null){
              Iterator returnlist = op.getOutput().getMessage().getParts().values().iterator();
        if (returnlist.hasNext() && "document".equals(bindingEntry.getBindingStyle().getName())){
          Part part = (Part) returnlist.next();
          element = symbolTable.getElement(part.getElementName());
          qname = element.getRefType().getQName();
          if (qname != null){
            minfo.setOutputMessage(element.getQName());
            type = this.typeMap.getType(qname);       
            boolean wrapped = true; //TODO take this from a commandline argument
            if (wrapped){
              if(type == null)
                 throw new WrapperFault("unregisterd type "+qname+" refered");
              else{
                /*if(type.getLanguageSpecificName().startsWith(">")){*///anyway skip the wrapping element type even if it is a named type.
                //get inner attributes and elements and add them as parameters
                ArrayList elementlist = new ArrayList();
                Iterator names = type.getElementnames();
                while (names.hasNext()){
                  elementlist.add(names.next());
                }
                Type innerType;
                for (int i = 0 ; i < elementlist.size(); i++) {
                  String elementname = (String)elementlist.get(i);
                  innerType = type.getElementForElementName(elementname).getType();
                  pinfo = new ParameterInfo(innerType,elementname);
                  pinfo.setElementName(type.getElementForElementName(elementname).getName());
                  minfo.addOutputParameter(pinfo);   
                }             
                pinfo = new ParameterInfo(type,part.getName());
                pinfo.setElementName(part.getElementName());
                //remove the type that represents the wrapping element so that such type is not created.             
                this.typeMap.removeType(qname);
              }
            }
            else{
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    }
    TypeEntry tentry = symbolTable.getType(qname);   
    Type type = this.typeMap.getType(qname);
    if(type == null)
      throw new WrapperFault("unregisterd type "+qname+" refered");
    ParameterInfo parainfo =
      new ParameterInfo(type,part.getName());
    parainfo.setElementName(part.getElementName());
    return parainfo;
  }
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