src/ModuleCatalog/SALOME_ModuleCatalog_Handler.cxx

   1 // Copyright (C) 2007-2016  CEA/DEN, EDF R&D, OPEN CASCADE
   2 //
   3 // Copyright (C) 2003-2007  OPEN CASCADE, EADS/CCR, LIP6, CEA/DEN,
   4 // CEDRAT, EDF R&D, LEG, PRINCIPIA R&D, BUREAU VERITAS
   5 //
   6 // This library is free software; you can redistribute it and/or
   7 // modify it under the terms of the GNU Lesser General Public
   8 // License as published by the Free Software Foundation; either
   9 // version 2.1 of the License, or (at your option) any later version.
  10 //
  11 // This library is distributed in the hope that it will be useful,
  12 // but WITHOUT ANY WARRANTY; without even the implied warranty of
  13 // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
  14 // Lesser General Public License for more details.
  15 //
  16 // You should have received a copy of the GNU Lesser General Public
  17 // License along with this library; if not, write to the Free Software
  18 // Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA  02111-1307 USA
  19 //
  20 // See http://www.salome-platform.org/ or email : webmaster.salome@opencascade.com
  21 //
  22
  23 //  SALOME ModuleCatalog : implementation of ModuleCatalog server which parsers xml description of modules
  24 //  File   : SALOME_ModuleCatalog_Handler.cxx
  25 //  Author : Estelle Deville
  26 //  Module : SALOME
  27 //  $Header$
  28 //
  29 #define WRITE_CATA_COMPONENT
  30
  31 #include "SALOME_ModuleCatalog_Handler.hxx"
  32 #include "SALOME_ModuleCatalog_Parser_IO.hxx"
  33 #include "utilities.h"
  34
  35 #include <sstream>
  36
  37 #ifdef _DEBUG_
  38 static int MYDEBUG = 0;
  39 #else
  40 static int MYDEBUG = 0;
  41 #endif
  42
  43 //----------------------------------------------------------------------
  44 // Function : SALOME_ModuleCatalog_Handler
  45 // Purpose  : Constructor
  46 //----------------------------------------------------------------------
  47 SALOME_ModuleCatalog_Handler::SALOME_ModuleCatalog_Handler(ParserPathPrefixes& pathList,
  48                                                            ParserComponents& moduleList,
  49                                                            ParserTypes& typeMap,
  50                                                            TypeList& typeList):_typeMap(typeMap),_typeList(typeList),
  51                                                                                _pathList(pathList),_moduleList(moduleList)
  52
  53 {
  54   if(MYDEBUG) BEGIN_OF("SALOME_ModuleCatalog_Handler");
  55
  56   // XML Tags initialisation
  57   // Used in the function endElement
  58   test_path_prefix_name     = "path-prefix-name";
  59   test_computer_name        = "computer-name" ;
  60   test_computer_list        = "computer-list" ;
  61   test_path_prefix          = "path-prefix" ;
  62   test_path_prefix_list     = "path-prefix-list" ;
  63
  64   test_component_name       = "component-name";
  65   test_component_username   = "component-username";
  66   test_component_type       = "component-type" ;
  67   test_component_icon       = "component-icone" ;
  68   test_component_impltype   = "component-impltype";
  69   test_component_implname   = "component-implname";
  70   test_component_version    = "component-version";
  71   test_component_comment    = "component-comment";
  72
  73   test_interface_name       = "component-interface-name" ;
  74
  75   test_service_name         = "service-name";
  76   test_defaultservice       = "service-by-default";
  77
  78   test_typeofnode           = "type-of-node";
  79
  80   test_inParameter_type     = "inParameter-type";
  81   test_inParameter_name     = "inParameter-name";
  82   test_inParameter          = "inParameter";
  83   test_inParameter_list     = "inParameter-list";
  84
  85   test_outParameter_type    = "outParameter-type";
  86   test_outParameter_name    = "outParameter-name";
  87   test_outParameter         = "outParameter";
  88   test_outParameter_list    = "outParameter-list";
  89
  90   test_inDataStreamParameter_type = "inParameter-type";
  91   test_inDataStreamParameter_name = "inParameter-name";
  92   test_inDataStreamParameter_dependency = "inParameter-dependency";
  93   test_inDataStreamParameter = "inParameter";
  94   test_inDataStreamParameter_list = "DataStream-list";
  95
  96   test_outDataStreamParameter_type = "outParameter-type";
  97   test_outDataStreamParameter_name = "outParameter-name";
  98   test_outDataStreamParameter_dependency = "outParameter-dependency";
  99   test_outDataStreamParameter = "outParameter";
 100   test_outDataStreamParameter_list = "DataStream-list";
 101
 102   test_service =  "component-service";
 103   test_service_list = "component-service-list";
 104   test_interface_list = "component-interface-list";
 105
 106   test_constraint = "constraint";
 107
 108   test_component_list = "component-list";
 109   test_component="component";
 110
 111   if(MYDEBUG) END_OF("SALOME_ModuleCatalog_Handler");
 112 }
 113
 114 //----------------------------------------------------------------------
 115 // Function : ~SALOME_ModuleCatalog_Handler
 116 // Purpose  : Destructor
 117 //----------------------------------------------------------------------
 118 SALOME_ModuleCatalog_Handler::~SALOME_ModuleCatalog_Handler()
 119 {
 120   if(MYDEBUG) BEGIN_OF("~SALOME_ModuleCatalog_Handler()")
 121   if(MYDEBUG) END_OF("~SALOME_ModuleCatalog_Handler()")
 122 }
 123
 124
 125 //=============================================================================
 126 /*!
 127  *  Processes XML document and fills the list of modules
 128  */
 129 //=============================================================================
 130
 131 void SALOME_ModuleCatalog_Handler::ProcessXmlDocument(xmlDocPtr theDoc)
 132 {
 133   if(MYDEBUG) MESSAGE("Begin parse document");
 134   // Empty the private elements
 135   _pathList.resize(0);
 136   _pathPrefix.listOfComputer.resize(0);
 137   _serviceList.resize(0);
 138   _interfaceList.resize(0);
 139   _moduleList.resize(0);
 140   _inDataStreamParamList.resize(0);
 141   _outDataStreamParamList.resize(0);
 142   _inParamList.resize(0);
 143   _outParamList.resize(0);
 144
 145   // Get the document root node
 146   xmlNodePtr aCurNode = xmlDocGetRootElement(theDoc);
 147   aCurNode = aCurNode->xmlChildrenNode;
 148
 149   // Processing the document nodes
 150   while(aCurNode != NULL)
 151   {
 152     // Part 1: Process path prefix list (tag test_path_prefix_list)
 153     if ( !xmlStrcmp(aCurNode->name,(const xmlChar*)test_path_prefix_list) )
 154     {
 155       xmlNodePtr aCurSubNode = aCurNode->xmlChildrenNode;
 156       while(aCurSubNode != NULL)
 157       {
 158         // Forming a PathPrefix structure (tag test_path_prefix)
 159         if ( xmlStrcmp(aCurSubNode->name, (const xmlChar*)test_path_prefix) ) {
 160           aCurSubNode = aCurSubNode->next;
 161           continue;
 162         }
 163
 164         xmlNodePtr aCurSubSubNode = aCurSubNode->xmlChildrenNode;
 165         while(aCurSubSubNode != NULL)
 166         {
 167           // Tag test_path_prefix_name
 168           if ( !xmlStrcmp(aCurSubSubNode->name, (const xmlChar*)test_path_prefix_name) ) {
 169             xmlChar* aPath = xmlNodeGetContent(aCurSubSubNode);
 170             if (aPath != NULL) {
 171               _pathPrefix.path = (const char*)aPath;
 172               xmlFree(aPath);
 173             }
 174           }
 175
 176           // Tag test_computer_list
 177           if ( !xmlStrcmp(aCurSubSubNode->name, (const xmlChar*)test_computer_list) ) {
 178             xmlNodePtr aComputerNode = aCurSubSubNode->xmlChildrenNode;
 179             while (aComputerNode != NULL) {
 180               // Tag test_computer_name
 181               if ( !xmlStrcmp(aComputerNode->name, (const xmlChar*) test_computer_name) ) {
 182                 xmlChar* aCompName = xmlNodeGetContent(aComputerNode);
 183                 if (aCompName != NULL) {
 184                   _pathPrefix.listOfComputer.push_back((const char*)aCompName);
 185                   xmlFree(aCompName);
 186                 }
 187               }
 188
 189               aComputerNode = aComputerNode->next;
 190             }
 191           }
 192
 193           aCurSubSubNode = aCurSubSubNode->next;
 194         }
 195
 196         _pathList.push_back(_pathPrefix);
 197         _pathPrefix.listOfComputer.resize(0);
 198
 199         aCurSubNode = aCurSubNode->next;
 200       }
 201     }
 202
 203     //Part 2: Process list of types
 204     if ( !xmlStrcmp(aCurNode->name,(const xmlChar*)"type-list") )
 205       {
 206         xmlNodePtr aTypeNode = aCurNode->xmlChildrenNode;
 207         while (aTypeNode != NULL)
 208           {
 209             //  match "type"
 210             if ( !xmlStrcmp(aTypeNode->name, (const xmlChar*)"type" ))
 211               {
 212                 // Here is a basic type description
 213                 ParserType aType;
 214                 xmlChar * name=xmlGetProp(aTypeNode,(const xmlChar*)"name");
 215                 if(name)
 216                   {
 217                     aType.name = (const char*)name;
 218                     xmlFree(name);
 219                   }
 220                 xmlChar *kind=xmlGetProp(aTypeNode,(const xmlChar*)"kind");
 221                 if(kind)
 222                   {
 223                     aType.kind = (const char*)kind;
 224                     xmlFree(kind);
 225                   }
 226                 if(aType.kind == "double" ||
 227                    aType.kind == "int"    ||
 228                    aType.kind == "bool"    ||
 229                    aType.kind == "string")
 230                   {
 231                     if ( _typeMap.find(aType.name) == _typeMap.end() )
 232                       {
 233                         MESSAGE("Registered basic type: " << aType.name << " " << aType.kind );
 234                         _typeMap[aType.name]=aType;
 235                         _typeList.push_back(aType);
 236                       }
 237                     else
 238                       std::cerr << "Warning: this type (" << aType.name << "," << aType.kind << ") already exists, it will be ignored."  << std::endl;
 239                   }
 240                 else
 241                   std::cerr << "Warning: this type (" << aType.name << "," << aType.kind << ") has incorrect kind, it will be ignored." << std::endl;
 242               }
 243             else if ( !xmlStrcmp(aTypeNode->name, (const xmlChar*)"sequence" ))
 244               {
 245                 // Here is a sequence type description
 246                 ParserSequence aType;
 247                 xmlChar * name=xmlGetProp(aTypeNode,(const xmlChar*)"name");
 248                 if(name)
 249                   {
 250                     aType.name = (const char*)name;
 251                     xmlFree(name);
 252                   }
 253                 xmlChar *content=xmlGetProp(aTypeNode,(const xmlChar*)"content");
 254                 if(content)
 255                   {
 256                     aType.content = (const char*)content;
 257                     xmlFree(content);
 258                   }
 259                 if ( _typeMap.find(aType.content) != _typeMap.end() )
 260                   {
 261                     if ( _typeMap.find(aType.name) == _typeMap.end() )
 262                       {
 263                         MESSAGE("Registered sequence type: " << aType.name << " " << aType.content );
 264                         _typeMap[aType.name]=aType;
 265                         _typeList.push_back(aType);
 266                       }
 267                     else
 268                       std::cerr << "Warning: this type (" << aType.name << "," << aType.kind << ") already exists, it will be ignored."  << std::endl;
 269                   }
 270                 else
 271                   {
 272                     std::cerr << "Warning: this sequence type (" << aType.name << "," << aType.content << ") has unknown content type, it will be ignored." << std::endl;
 273                   }
 274               }
 275             else if ( !xmlStrcmp(aTypeNode->name, (const xmlChar*)"objref" ))
 276               {
 277                 // Here is an objref type description
 278                 ParserObjref aType;
 279                 int error=0;
 280                 xmlChar * name=xmlGetProp(aTypeNode,(const xmlChar*)"name");
 281                 if(name)
 282                   {
 283                     aType.name = (const char*)name;
 284                     xmlFree(name);
 285                   }
 286                 xmlChar *id=xmlGetProp(aTypeNode,(const xmlChar*)"id");
 287                 if(id)
 288                   {
 289                     aType.id = (const char*)id;
 290                     xmlFree(id);
 291                   }
 292
 293                 xmlNodePtr aTypeSubNode = aTypeNode->xmlChildrenNode;
 294                 while (aTypeSubNode != NULL)
 295                   {
 296                     if ( !xmlStrcmp(aTypeSubNode->name, (const xmlChar*)"base" ))
 297                       {
 298                         //a base type
 299                         xmlChar* content = xmlNodeGetContent(aTypeSubNode);
 300                         if(content)
 301                           {
 302                             std::string base=(const char*)content;
 303                             xmlFree(content);
 304                             if ( _typeMap.find(base) != _typeMap.end() && _typeMap[base].kind == "objref")
 305                               {
 306                                 aType.bases.push_back(base);
 307                               }
 308                             else
 309                               {
 310                                 std::cerr << "Warning: this objref type (" << aType.name << ") has unknown base type (" << base << "), it will be ignored." << std::endl;
 311                                 error=1;
 312                                 break;
 313                               }
 314                           }
 315                       }
 316                     aTypeSubNode = aTypeSubNode->next;
 317                   }
 318                 if(!error)
 319                   {
 320                     if ( _typeMap.find(aType.name) == _typeMap.end() )
 321                       {
 322                         //MESSAGE("Registered objref type: " << aType.name << " " << aType.id );
 323                         _typeMap[aType.name]=aType;
 324                         _typeList.push_back(aType);
 325                       }
 326                     else
 327                       std::cerr << "Warning: this type (" << aType.name << "," << aType.kind << ") already exists, it will be ignored."  << std::endl;
 328                   }
 329               }
 330             else if ( !xmlStrcmp(aTypeNode->name, (const xmlChar*)"struct" ))
 331               {
 332                 // Here is a struct type description
 333                 ParserStruct aType;
 334                 int error=0;
 335                 xmlChar * name=xmlGetProp(aTypeNode,(const xmlChar*)"name");
 336                 if(name)
 337                   {
 338                     aType.name = (const char*)name;
 339                     xmlFree(name);
 340                   }
 341                 xmlChar *id=xmlGetProp(aTypeNode,(const xmlChar*)"id");
 342                 if(id)
 343                   {
 344                     aType.id = (const char*)id;
 345                     xmlFree(id);
 346                   }
 347
 348                 xmlNodePtr aTypeSubNode = aTypeNode->xmlChildrenNode;
 349                 while (aTypeSubNode != NULL)
 350                   {
 351                     if ( !xmlStrcmp(aTypeSubNode->name, (const xmlChar*)"member" ))
 352                       {
 353                         std::pair<std::string,std::string> member;
 354                         xmlChar * m_name=xmlGetProp(aTypeSubNode,(const xmlChar*)"name");
 355                         if(m_name)
 356                           {
 357                             member.first=(const char*)m_name;
 358                             xmlFree(m_name);
 359                           }
 360                         xmlChar * m_type=xmlGetProp(aTypeSubNode,(const xmlChar*)"type");
 361                         if(m_type)
 362                           {
 363                             member.second=(const char*)m_type;
 364                             xmlFree(m_type);
 365                           }
 366                         if ( _typeMap.find(member.second) != _typeMap.end() )
 367                           {
 368                             aType.members.push_back(member);
 369                           }
 370                         else
 371                           {
 372                             std::cerr << "Warning: this struct type (" << aType.name << ") has unknown member type (" << member.first << "," << member.second << "), it will be ignored." << std::endl;
 373                             error=1;
 374                             break;
 375                           }
 376                       }
 377                     aTypeSubNode = aTypeSubNode->next;
 378                   }
 379                 if(!error)
 380                   {
 381                     if ( _typeMap.find(aType.name) == _typeMap.end() )
 382                       {
 383                         MESSAGE("Registered struct type: " << aType.name << " " << aType.id );
 384                         _typeMap[aType.name]=aType;
 385                         _typeList.push_back(aType);
 386                       }
 387                     else
 388                       std::cerr << "Warning: this type (" << aType.name << "," << aType.kind << ") already exists, it will be ignored."  << std::endl;
 389                   }
 390               } // end of struct
 391             aTypeNode = aTypeNode->next;
 392           }
 393       }
 394
 395     //Part 3: Process list of components (tag test_component_list)
 396     if ( !xmlStrcmp(aCurNode->name,(const xmlChar*)test_component_list) )
 397     {
 398       xmlNodePtr aComponentNode = aCurNode->xmlChildrenNode;
 399       while (aComponentNode != NULL)
 400       {
 401         // Do not process tags differ from test_component here
 402         if ( xmlStrcmp(aComponentNode->name, (const xmlChar*)test_component) ) {
 403           aComponentNode = aComponentNode->next;
 404           continue;
 405         }
 406
 407         // Component identification
 408
 409         // Empty temporary structures
 410         _aModule.name = "";
 411         _aModule.constraint = "";
 412         _aModule.icon="";
 413         _aModule.interfaces.resize(0);
 414         _aModule.implementationType ="";
 415         _aModule.implementationName ="";
 416
 417         xmlNodePtr aComponentSubNode = aComponentNode->xmlChildrenNode;
 418         while(aComponentSubNode != NULL)
 419         {
 420           xmlChar* aNodeContent = xmlNodeGetContent(aComponentSubNode);
 421
 422           if (aNodeContent == NULL) {
 423             aComponentSubNode = aComponentSubNode->next;
 424             continue;
 425           }
 426
 427           std::string aContent = (const char*)aNodeContent;
 428
 429           // Tag test_component_name
 430           if ( !xmlStrcmp(aComponentSubNode->name, (const xmlChar*)test_component_name) )
 431             _aModule.name = aContent;
 432
 433           // Tag test_component_username
 434           if ( !xmlStrcmp(aComponentSubNode->name, (const xmlChar*)test_component_username) )
 435             _aModule.username = aContent;
 436
 437           // Tag test_component_type
 438           if ( !xmlStrcmp(aComponentSubNode->name, (const xmlChar*)test_component_type) ) {
 439             std::string aType = aContent;
 440
 441             if ((aType.compare("MESH") == 0) ||
 442                 (aType.compare("Mesh") == 0) ||
 443                 (aType.compare("mesh") == 0))
 444               _aModule.type = MESH ;
 445             else if((aType.compare("MED") == 0) ||
 446                     (aType.compare("Med") == 0) ||
 447                     (aType.compare("med") == 0))
 448               _aModule.type = Med ;
 449             else if((aType.compare("GEOM") == 0) ||
 450                     (aType.compare("Geom") == 0) ||
 451                     (aType.compare("geom") == 0))
 452               _aModule.type = GEOM ;
 453             else if((aType.compare("SOLVER") == 0) ||
 454                     (aType.compare("Solver") == 0) ||
 455                     (aType.compare("solver") == 0))
 456               _aModule.type = SOLVER ;
 457             else if((aType.compare("SUPERV") == 0) ||
 458                     (aType.compare("Superv") == 0) ||
 459                     (aType.compare("Supervision") == 0) ||
 460                     (aType.compare("superv") == 0))
 461               _aModule.type = SUPERV ;
 462             else if((aType.compare("DATA") == 0) ||
 463                     (aType.compare("Data") == 0) ||
 464                     (aType.compare("data") == 0))
 465               _aModule.type = DATA ;
 466             else if((aType.compare("VISU") == 0) ||
 467                     (aType.compare("Visu") == 0) ||
 468                     (aType.compare("visu") == 0))
 469               _aModule.type = VISU ;
 470             else if((aType.compare("OTHER") == 0) ||
 471                     (aType.compare("Other") == 0) ||
 472                     (aType.compare("other") == 0))
 473               _aModule.type = OTHER ;
 474             else
 475               // If it'not in all theses cases, the type is affected to OTHER
 476               _aModule.type = OTHER ;
 477           }
 478
 479           // Tag test_component_impltype
 480           if ( !xmlStrcmp(aComponentSubNode->name, (const xmlChar*)test_component_impltype) )
 481             _aModule.implementationType = aContent;
 482
 483           // Tag test_component_implname
 484           if ( !xmlStrcmp(aComponentSubNode->name, (const xmlChar*)test_component_implname) )
 485             _aModule.implementationName = aContent;
 486
 487           // Tag test_component_icon
 488           if ( !xmlStrcmp(aComponentSubNode->name, (const xmlChar*)test_component_icon) )
 489             _aModule.icon = aContent;
 490
 491           // Tag test_component_version
 492           if ( !xmlStrcmp(aComponentSubNode->name, (const xmlChar*)test_component_version) )
 493             _aModule.version = aContent;
 494
 495           // Tag test_component_comment
 496           if ( !xmlStrcmp(aComponentSubNode->name, (const xmlChar*)test_component_comment) )
 497             _aModule.comment = aContent;
 498
 499           // Tag test_constraint
 500           if ( !xmlStrcmp(aComponentSubNode->name, (const xmlChar*)test_constraint) )
 501             _aModule.constraint = aContent;
 502
 503           xmlFree(aNodeContent);
 504
 505           // Process tag test_interface_list:
 506           if ( !xmlStrcmp(aComponentSubNode->name, (const xmlChar*)test_interface_list) ) {
 507
 508             // Form an interface list for the component
 509             xmlNodePtr aSubNode = aComponentSubNode->xmlChildrenNode;
 510             while(aSubNode != NULL) {
 511               // Tag test_interface_name
 512               if ( !xmlStrcmp(aSubNode->name, (const xmlChar*)test_interface_name) ) {
 513                 xmlChar* anInterfaceName = xmlNodeGetContent(aSubNode);
 514                 if (anInterfaceName != NULL) {
 515                   _aInterface.name = (const char*)anInterfaceName;
 516                   xmlFree(anInterfaceName);
 517                 }
 518               }
 519
 520               // Tag test_service_list
 521               if ( !xmlStrcmp(aSubNode->name, (const xmlChar*)test_service_list) ) {
 522                 // Form a service list for the interface
 523                 xmlNodePtr aCompServiceNode = aSubNode->xmlChildrenNode;
 524                 while(aCompServiceNode != NULL) {
 525                   // Tag test_service
 526                   if ( !xmlStrcmp(aCompServiceNode->name, (const xmlChar*)"component-service") ) {
 527                     xmlNodePtr aCompServiceSubNode = aCompServiceNode->xmlChildrenNode;
 528                     while(aCompServiceSubNode != NULL)
 529                     {
 530                       xmlChar* aCompServiceData = xmlNodeGetContent(aCompServiceSubNode);
 531
 532                       if ( aCompServiceData != NULL)
 533                       {
 534                         // Tag test_service_name
 535                         if ( !xmlStrcmp(aCompServiceSubNode->name, (const xmlChar*)test_service_name) )
 536                           _aService.name = (const char*)aCompServiceData;
 537
 538                         // Tag test_defaultservice
 539                         if ( !xmlStrcmp(aCompServiceSubNode->name, (const xmlChar*)test_defaultservice) )
 540                           _aService.byDefault = atoi((const char*)aCompServiceData) !=0 ;
 541
 542                         // Tag test_typeofnode
 543                         if ( !xmlStrcmp(aCompServiceSubNode->name, (const xmlChar*)test_typeofnode) )
 544                           _aService.typeOfNode = atoi((const char*)aCompServiceData) !=0 ;
 545
 546                         xmlFree(aCompServiceData);
 547                       }
 548
 549                       // Tag test_inParameter_list
 550                       if ( !xmlStrcmp(aCompServiceSubNode->name, (const xmlChar*)test_inParameter_list) ) {
 551                         xmlNodePtr aParamNode = aCompServiceSubNode->xmlChildrenNode;
 552                         while (aParamNode != NULL)
 553                         {
 554                           // Tag test_inParameter
 555                           if (xmlStrcmp(aParamNode->name, (const xmlChar*)test_inParameter)) {
 556                             aParamNode = aParamNode->next;
 557                             continue;
 558                           }
 559
 560                           xmlNodePtr aParamItemNode = aParamNode->xmlChildrenNode;
 561                           while (aParamItemNode != NULL)
 562                           {
 563                             xmlChar* aParamData = xmlNodeGetContent(aParamItemNode);
 564
 565                             if (aParamData != NULL)
 566                             {
 567                               // Tag test_inParameter_name
 568                               if ( !xmlStrcmp(aParamItemNode->name, (const xmlChar*)test_inParameter_name) )
 569                                 _inParam.name = (const char*)aParamData;
 570
 571                               // Tag test_inParameter_type
 572                               if ( !xmlStrcmp(aParamItemNode->name, (const xmlChar*)test_inParameter_type) )
 573                                 _inParam.type = (const char*)aParamData;
 574
 575                               xmlFree(aParamData);
 576                             }
 577
 578                             aParamItemNode = aParamItemNode->next;
 579                           }
 580
 581                           _inParamList.push_back(_inParam) ;
 582
 583                           // Empty temporary structures
 584                           _inParam.type = "";
 585                           _inParam.name = "";
 586
 587                           aParamNode = aParamNode->next;
 588                         }
 589
 590                         _aService.inParameters = _inParamList;
 591                         _inParamList.resize(0);
 592                       }
 593
 594                       // Tag test_outParameter_list
 595                       if ( !xmlStrcmp(aCompServiceSubNode->name, (const xmlChar*)test_outParameter_list) ) {
 596                         xmlNodePtr aParamNode = aCompServiceSubNode->xmlChildrenNode;
 597                         while (aParamNode != NULL)
 598                         {
 599                           // Tag test_outParameter
 600                           if (xmlStrcmp(aParamNode->name, (const xmlChar*)test_outParameter)) {
 601                             aParamNode = aParamNode->next;
 602                             continue;
 603                           }
 604
 605                           xmlNodePtr aParamItemNode = aParamNode->xmlChildrenNode;
 606                           while (aParamItemNode != NULL)
 607                           {
 608                             xmlChar* anOutParamData = xmlNodeGetContent(aParamItemNode);
 609
 610                             if (anOutParamData != NULL)
 611                             {
 612                               // Tag test_outParameter_name
 613                               if ( !xmlStrcmp(aParamItemNode->name, (const xmlChar*)test_outParameter_name) )
 614                                 _outParam.name = (const char*)anOutParamData;
 615
 616                               // Tag test_outParameter_type
 617                               if ( !xmlStrcmp(aParamItemNode->name, (const xmlChar*)test_outParameter_type) )
 618                                 _outParam.type = (const char*)anOutParamData;
 619
 620                               xmlFree(anOutParamData);
 621                             }
 622
 623                             aParamItemNode = aParamItemNode->next;
 624                           }
 625
 626                           _outParamList.push_back(_outParam) ;
 627
 628                           // Empty temporary structures
 629                           _outParam.type = "";
 630                           _outParam.name = "";
 631
 632                           aParamNode = aParamNode->next;
 633                         }
 634
 635                         _aService.outParameters = _outParamList;
 636                         _outParamList.resize(0);
 637                       }
 638
 639                       //@ Tag test_inDataStreamParameter_list
 640                       if ( !xmlStrcmp(aCompServiceSubNode->name, (const xmlChar*)test_inDataStreamParameter_list) )
 641                       {
 642                         xmlNodePtr aParamNode = aCompServiceSubNode->xmlChildrenNode;
 643                         while (aParamNode != NULL)
 644                         {
 645                           // Tag test_inDataStreamParameter
 646                           if (xmlStrcmp(aParamNode->name, (const xmlChar*)test_inDataStreamParameter)) {
 647                             aParamNode = aParamNode->next;
 648                             continue;
 649                           }
 650
 651                           xmlNodePtr aParamItemNode = aParamNode->xmlChildrenNode;
 652                           while (aParamItemNode != NULL)
 653                           {
 654                             xmlChar* inDataStreamParamData = xmlNodeGetContent(aParamItemNode);
 655
 656                             if (inDataStreamParamData != NULL)
 657                             {
 658                               // Tag test_inDataStreamParameter_name
 659                               if ( !xmlStrcmp(aParamItemNode->name, (const xmlChar*)test_inDataStreamParameter_name) )
 660                                 _inDataStreamParam.name = (const char*)inDataStreamParamData;
 661
 662                               // Tag test_inDataStreamParameter_type
 663                               if ( !xmlStrcmp(aParamItemNode->name, (const xmlChar*)test_inDataStreamParameter_type) )
 664                                 _inDataStreamParam.type = (const char*)inDataStreamParamData;
 665
 666                               // Tag test_inDataStreamParameter_dependency
 667                               if ( !xmlStrcmp(aParamItemNode->name, (const xmlChar*)test_inDataStreamParameter_dependency) )
 668                                 _inDataStreamParam.dependency = (const char*)inDataStreamParamData;
 669
 670                               xmlFree(inDataStreamParamData);
 671                             }
 672
 673                             aParamItemNode = aParamItemNode->next;
 674                           }
 675
 676                           _inDataStreamParamList.push_back(_inDataStreamParam) ;
 677
 678                           // Empty temporary structures
 679                           _inDataStreamParam.type = "";
 680                           _inDataStreamParam.name = "";
 681                           _inDataStreamParam.dependency = "";
 682
 683                           aParamNode = aParamNode->next;
 684                         }
 685
 686                         _aService.inDataStreamParameters = _inDataStreamParamList;
 687                         _inDataStreamParamList.resize(0);
 688                       }
 689
 690                       // Tag test_outDataStreamParameter_list
 691                       if ( !xmlStrcmp(aCompServiceSubNode->name, (const xmlChar*)test_outDataStreamParameter_list) )
 692                       {
 693                         xmlNodePtr aParamNode = aCompServiceSubNode->xmlChildrenNode;
 694                         while (aParamNode != NULL)
 695                         {
 696                           // Tag test_outDataStreamParameter
 697                           if (xmlStrcmp(aParamNode->name, (const xmlChar*)test_outDataStreamParameter)) {
 698                             aParamNode = aParamNode->next;
 699                             continue;
 700                           }
 701
 702                           xmlNodePtr aParamItemNode = aParamNode->xmlChildrenNode;
 703                           while (aParamItemNode != NULL)
 704                           {
 705                             xmlChar* outDataStreamParamData = xmlNodeGetContent(aParamItemNode);
 706
 707                             if (outDataStreamParamData != NULL)
 708                             {
 709                               // Tag test_outDataStreamParameter_name
 710                               if ( !xmlStrcmp(aParamItemNode->name, (const xmlChar*)test_outDataStreamParameter_name) )
 711                                 _outDataStreamParam.name = (const char*)outDataStreamParamData;
 712
 713                               // Tag test_outDataStreamParameter_type
 714                               if ( !xmlStrcmp(aParamItemNode->name, (const xmlChar*)test_outDataStreamParameter_type) )
 715                                 _outDataStreamParam.type = (const char*)outDataStreamParamData;
 716
 717                               // Tag test_outDataStreamParameter_dependency
 718                               if ( !xmlStrcmp(aParamItemNode->name, (const xmlChar*)test_outDataStreamParameter_dependency) )
 719                                 _outDataStreamParam.dependency = (const char*)outDataStreamParamData;
 720
 721                               xmlFree(outDataStreamParamData);
 722                             }
 723
 724                             aParamItemNode = aParamItemNode->next;
 725                           }
 726
 727                           _outDataStreamParamList.push_back(_outDataStreamParam) ;
 728
 729                           // Empty temporary structures
 730                           _outDataStreamParam.type = "";
 731                           _outDataStreamParam.name = "";
 732                           _outDataStreamParam.dependency = "";
 733
 734                           aParamNode = aParamNode->next;
 735                         }
 736
 737                         _aService.outDataStreamParameters = _outDataStreamParamList;
 738                         _outDataStreamParamList.resize(0);
 739                       }
 740
 741                       aCompServiceSubNode = aCompServiceSubNode->next;
 742                     }
 743
 744                     // Put formed service into the list
 745                     _serviceList.push_back(_aService);
 746
 747                     // Empty temporary structures
 748                     _aService.name = "";
 749                     _aService.typeOfNode = 1;
 750                     _aService.inParameters.resize(0);
 751                     _aService.outParameters.resize(0);
 752                     _aService.inDataStreamParameters.resize(0);
 753                     _aService.outDataStreamParameters.resize(0);
 754                   }
 755
 756                   aCompServiceNode = aCompServiceNode->next;
 757                 }
 758
 759                 _aInterface.services = _serviceList ;
 760
 761                 // Empty temporary structures
 762                 _serviceList.resize(0);
 763                 _interfaceList.push_back(_aInterface);
 764                 _aInterface.name ="";
 765                 _aInterface.services.resize(0);
 766               }
 767
 768               aSubNode = aSubNode->next;
 769             }
 770
 771             _aModule.interfaces = _interfaceList ;
 772             _interfaceList.resize(0);
 773           }
 774
 775           aComponentSubNode = aComponentSubNode->next;
 776         }
 777
 778         _moduleList.push_back(_aModule);
 779
 780         aComponentNode = aComponentNode->next;
 781       }
 782     }
 783
 784     aCurNode = aCurNode->next;
 785   }
 786 }