Package org.apache.juddi.datastore

Examples of org.apache.juddi.datastore.DataStore

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    String generic = request.getGeneric();
    AuthInfo authInfo = request.getAuthInfo();
    Vector tModelKeyVector = request.getTModelKeyVector();

    // aquire a jUDDI datastore instance
    DataStore dataStore = DataStoreFactory.getDataStore();

    try
    {
      dataStore.beginTrans();

      // validate authentication parameters
      Publisher publisher = getPublisher(authInfo,dataStore);
      String publisherID = publisher.getPublisherID();

      // validate request parameters
      for (int i=0; i<tModelKeyVector.size(); i++)
      {
        // grab the next key from the vector
        String tModelKey = (String)tModelKeyVector.elementAt(i);

        // check that this TModel really exists. If not
        // then throw an InvalidKeyPassedException.
        if ((tModelKey == null) || (tModelKey.length() == 0) ||
            (!dataStore.isValidTModelKey(tModelKey)))
          throw new InvalidKeyPassedException("delete_tModel: "+
              "tModelKey="+tModelKey);

        // check to make sure that 'authorizedName' controls this
        // TModel. If not then throw a UserMismatchException.
        if (!dataStore.isTModelPublisher(tModelKey,publisherID))
          throw new UserMismatchException("delete_tModel: "+
              "userID="+publisherID+", "+
              "tModelKey="+tModelKey);

        // TModel exists and we control it so let's marke it as deleted.
        dataStore.markTModelAsDeleted(tModelKey);
      }

      // delete the TModels
      for (int i=0; i<tModelKeyVector.size(); i++)
      {
        String tModelKey = (String)tModelKeyVector.elementAt(i);
        dataStore.deleteTModel(tModelKey);

        log.info("Publisher '"+publisherID+"' deleted TModel with key: "+tModelKey);
      }

      dataStore.commit();
    }
    catch(InvalidKeyPassedException keyex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.info(keyex.getMessage());
      throw (RegistryException)keyex;
    }
    catch(UserMismatchException umex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.info(umex.getMessage());
      throw (RegistryException)umex;
    }
    catch(RegistryException regex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.error(regex);
      throw (RegistryException)regex;
    }
    catch(Exception ex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.error(ex);
      throw new RegistryException(ex);
    }
    finally
    {
      if (dataStore != null)
        dataStore.release();
    }

    // We didn't encounter any problems so let's create an
    // E_SUCCESS Result, embed it in a DispositionReport
    // and return it.
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    GetPublisherAssertions request = (GetPublisherAssertions)regObject;
    String generic = request.getGeneric();
    AuthInfo authInfo = request.getAuthInfo();

    // aquire a jUDDI datastore instance
    DataStore dataStore = DataStoreFactory.getDataStore();

    try
    {
      dataStore.beginTrans();

      // validate authentication parameters
      Publisher publisher = getPublisher(authInfo,dataStore);
      String publisherID = publisher.getPublisherID();

      // validate request parameters & execute
      // nothing that requires validation has been identified

      // get the PublisherAssertions
      Vector assertionVector = dataStore.getAssertions(publisherID);

      dataStore.commit();

      PublisherAssertions assertions = new PublisherAssertions();
      assertions.setGeneric(generic);
      assertions.setOperator(Config.getOperator());
      assertions.setPublisherAssertionVector(assertionVector);
      return assertions;
    }
    catch(RegistryException regex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.error(regex);
      throw (RegistryException)regex;
    }
    catch(Exception ex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.error(ex);
      throw new RegistryException(ex);
    }
    finally
    {
      if (dataStore != null)
        dataStore.release();
    }
  }
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    String completionStatus = request.getCompletionStatus();
    AuthInfo authInfo = request.getAuthInfo();
    AssertionStatusReport report = null;

    // aquire a jUDDI datastore instance
    DataStore dataStore = DataStoreFactory.getDataStore();

    try
    {
      dataStore.beginTrans();

      // validates authentication parameters
      Publisher publisher = getPublisher(authInfo,dataStore);
      String publisherID = publisher.getPublisherID();

      // validate request parameters & execute
      // nothing to validate

      // get the AssertionStatusReport
      report = new AssertionStatusReport();
      report.setGeneric(generic);
      report.setOperator(Config.getOperator());
      report.setAssertionStatusItemVector(dataStore.getAssertionStatusItems(publisherID,completionStatus));

      dataStore.commit();
    }
    catch(RegistryException regex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.error(regex);
      throw (RegistryException)regex;
    }
    catch(Exception ex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.error(ex);
      throw new RegistryException(ex);
    }
    finally
    {
      if (dataStore != null)
        dataStore.release();
    }

    // didn't encounter an exception so let's return
    // the pre-constructed successful DispositionReport
    return report;
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        }
      }
    }           
   
    // aquire a jUDDI datastore instance
    DataStore dataStore = DataStoreFactory.getDataStore();

    try
    {
      dataStore.beginTrans();

      // validate the 'name' parameters as much as possible up-front before
      // calling into the data layer for relational validation.
      if (tModelName != null)
      {
        // names can not exceed the maximum character length specified by the
        // UDDI specification (v2.0 specifies a max character length of 255). This
        // value is configurable in jUDDI.
        int maxNameLength = Config.getMaxNameLengthAllowed();
        if (tModelName.length() > maxNameLength)
          throw new NameTooLongException(tModelName+" (max_name="+maxNameLength+")");
      }

      // validate the 'qualifiers' parameter as much as possible up-front before
      // calling into the data layer for relational validation.
      if (qualifiers != null)
      {
        Vector qVector = qualifiers.getFindQualifierVector();
        if ((qVector!=null) && (qVector.size() > 0))
        {
          for (int i=0; i<qVector.size(); i++)
          {
            FindQualifier qualifier = (FindQualifier)qVector.elementAt(i);
            String qValue = qualifier.getValue();

            if ((!qValue.equals(FindQualifier.EXACT_NAME_MATCH)) &&
                (!qValue.equals(FindQualifier.CASE_SENSITIVE_MATCH)) &&
                (!qValue.equals(FindQualifier.OR_ALL_KEYS)) &&
                (!qValue.equals(FindQualifier.OR_LIKE_KEYS)) &&
                (!qValue.equals(FindQualifier.AND_ALL_KEYS)) &&
                (!qValue.equals(FindQualifier.SORT_BY_NAME_ASC)) &&
                (!qValue.equals(FindQualifier.SORT_BY_NAME_DESC)) &&
                (!qValue.equals(FindQualifier.SORT_BY_DATE_ASC)) &&
                (!qValue.equals(FindQualifier.SORT_BY_DATE_DESC)) &&
                (!qValue.equals(FindQualifier.SERVICE_SUBSET)) &&
                (!qValue.equals(FindQualifier.COMBINE_CATEGORY_BAGS)))
              throw new UnsupportedException("find_qualifier="+qValue);
          }
        }
      }

      Vector infoVector = null;
      boolean truncatedResults = false;

      // perform the search for matching technical models (return only keys in requested order)
      Vector keyVector = dataStore.findTModel(tModelName,categoryBag,identifierBag,qualifiers);
      if ((keyVector != null) && (keyVector.size() > 0))
      {
        // if a maxRows value has been specified and it's less than
        // the number of rows we are about to return then only return
        // maxRows specified.
        int rowCount = keyVector.size();
        if ((maxRows > 0) && (maxRows < rowCount))
        {
          rowCount = maxRows;
          truncatedResults = true;
        }

        // iterate through the technical model keys fetching
        // each associated TModelInfo in sequence.
        infoVector = new Vector(rowCount);
        for (int i=0; i<rowCount; i++)
          infoVector.addElement(dataStore.fetchTModelInfo((String)keyVector.elementAt(i)));
      }

      dataStore.commit();

      // create a new TModelInfos instance and stuff
      // the new Vector of TModelInfos into it.
      TModelInfos infos = new TModelInfos();
      infos.setTModelInfoVector(infoVector);

      // create a new TModelList instance and
      // stuff the new tModelInfoVector into it.
      TModelList list = new TModelList();
      list.setGeneric(generic);
      list.setTModelInfos(infos);
      list.setOperator(Config.getOperator());
      list.setTruncated(truncatedResults);
      return list;
    }
    catch(NameTooLongException ntlex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.info(ntlex.getMessage());
      throw (RegistryException)ntlex;
    }
    catch(UnsupportedException suppex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.info(suppex.getMessage());
      throw (RegistryException)suppex;
    }
    catch(RegistryException regex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.error(regex);
      throw (RegistryException)regex;
    }
    catch(Exception ex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.error(ex);
      throw new RegistryException(ex);
    }
    finally
    {
      if (dataStore != null)
        dataStore.release();
    }
  }
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    AuthInfo authInfo = request.getAuthInfo();
    Vector serviceVector = request.getBusinessServiceVector();
    UUIDGen uuidgen = UUIDGenFactory.getUUIDGen();

    // aquire a jUDDI datastore instance
    DataStore dataStore = DataStoreFactory.getDataStore();

    try
    {
      dataStore.beginTrans();

      // validate authentication parameters
      Publisher publisher = getPublisher(authInfo,dataStore);
      String publisherID = publisher.getPublisherID();

      // Validate request parameters & execute
      for (int i=0; i<serviceVector.size(); i++)
      {
        // Move the BusinessService data into a form we can work with easily
        BusinessService service = (BusinessService)serviceVector.elementAt(i);
        String businessKey = service.getBusinessKey();
        String serviceKey = service.getServiceKey();

        // If a BusinessKey wasn't included or it is an invalid BusinessKey then
        // throw an InvalidKeyPassedException
        if ((businessKey == null) || (businessKey.length() == 0) || (!dataStore.isValidBusinessKey(businessKey)))
          throw new InvalidKeyPassedException("businessKey="+businessKey);

        // Confirm that 'publisherID' controls the BusinessEntity that this
        // BusinessService belongs to.  If not then throw a UserMismatchException.
        if (!dataStore.isBusinessPublisher(businessKey,publisherID))
          throw new UserMismatchException("businessKey="+serviceKey);

        // If a ServiceKey was specified then make sure it's a valid one.
        if (((serviceKey != null) && (serviceKey.length() > 0)) && (!dataStore.isValidServiceKey(serviceKey)))
          throw new InvalidKeyPassedException("serviceKey="+serviceKey);

        // Normally, a valid tModelKey MUST be specified for the keyedReference
        // to be valid. However, in the case of a keyedReference that is used in
        // a categoryBag, the tModelKey may be omitted or specified as a
        // zero-length string to indicate that the taxonomy being used is
        // uddi-org:general_keywords. When it is omitted in this manner, the UDDI
        // registry will insert the proper key during the save_xx operation.
        // - UDDI Programmers API v2.04 Section 4.3.5.1 Specifying keyedReferences
        //
        CategoryBag categoryBag = service.getCategoryBag();
        if (categoryBag != null)
        {
          Vector keyedRefVector = categoryBag.getKeyedReferenceVector();
          if (keyedRefVector != null)
          {
            int vectorSize = keyedRefVector.size();
            if (vectorSize > 0)
            {
              for (int j=0; j<vectorSize; j++)
              {
                KeyedReference keyedRef = (KeyedReference)keyedRefVector.elementAt(j);
                String key = keyedRef.getTModelKey();
               
                // A null or zero-length tModelKey is treated as
                // though the tModelKey for uddiorg:general_keywords
                // had been specified.
                //
                if ((key == null) || (key.trim().length() == 0))
                  keyedRef.setTModelKey(TModel.GENERAL_KEYWORDS_TMODEL_KEY);
              }
            }
          }
        }
      }

      for (int i=0; i<serviceVector.size(); i++)
      {
        // move the BusinessService data into a form we can work with easily
        BusinessService service = (BusinessService)serviceVector.elementAt(i);
        String serviceKey = service.getServiceKey();

        // If the new BusinessService has a ServiceKey then it must already
        // exists so delete the old one. It a ServiceKey isn't specified then
        // this is a new BusinessService so create a new ServiceKey for it.
        if ((serviceKey != null) && (serviceKey.length() > 0))
          dataStore.deleteService(serviceKey);
        else
          service.setServiceKey(uuidgen.uuidgen());

        // everything checks out so let's save it.
        dataStore.saveService(service);
      }

      dataStore.commit();

      // create a new ServiceDetail and stuff the
      // original but 'updated' serviceVector in.
      ServiceDetail detail = new ServiceDetail();
      detail.setGeneric(generic);
      detail.setOperator(Config.getOperator());
      detail.setTruncated(false);
      detail.setBusinessServiceVector(serviceVector);
      return detail;
    }
    catch(InvalidKeyPassedException ikpex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.info(ikpex);
      throw (RegistryException)ikpex;
    }
    catch(UserMismatchException umex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.info(umex);
      throw (RegistryException)umex;
    }
    catch(RegistryException regex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.error(regex);
      throw (RegistryException)regex;
    }
    catch(Exception ex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.error(ex);
      throw new RegistryException(ex);
    }
    finally
    {
      if (dataStore != null)
        dataStore.release();
    }
  }
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        }
      }
    }           
   
    // aquire a jUDDI datastore instance
    DataStore dataStore = DataStoreFactory.getDataStore();

    try
    {
      dataStore.beginTrans();

      // validate the 'name' parameters as much as possible up-front before
      // calling into the data layer for relational validation.
      if (nameVector != null)
      {
        // only allowed to specify a maximum of 5 names (implementation
        // dependent).  This value is configurable in jUDDI.
        int maxNames = Config.getMaxNameElementsAllowed();
        if ((nameVector != null) && (nameVector.size() > maxNames))
          throw new TooManyOptionsException("max=" + maxNames);

        // names can not exceed the maximum character length specified by the
        // UDDI specification (v2.0 specifies a max character length of 255). This
        // value is configurable in jUDDI.
        int maxNameLength = Config.getMaxNameLengthAllowed();
        for (int i = 0; i < nameVector.size(); i++)
        {
          String name = ((Name) nameVector.elementAt(i)).getValue();
          if (name.length() > maxNameLength)
            throw new NameTooLongException(name +
                "(max=" + maxNameLength + ")");
        }
      }

      // validate the 'qualifiers' parameter as much as possible up-front before
      // calling into the data layer for relational validation.
      if (qualifiers != null)
      {
        Vector qVector = qualifiers.getFindQualifierVector();
        if ((qVector!=null) && (qVector.size() > 0))
        {
          for (int i = 0; i < qVector.size(); i++)
          {
            FindQualifier qualifier = (FindQualifier) qVector.elementAt(i);
            String qValue = qualifier.getValue();

            if ((!qValue.equals(FindQualifier.EXACT_NAME_MATCH))
              && (!qValue.equals(FindQualifier.CASE_SENSITIVE_MATCH))
              && (!qValue.equals(FindQualifier.OR_ALL_KEYS))
              && (!qValue.equals(FindQualifier.OR_LIKE_KEYS))
              && (!qValue.equals(FindQualifier.AND_ALL_KEYS))
              && (!qValue.equals(FindQualifier.SORT_BY_NAME_ASC))
              && (!qValue.equals(FindQualifier.SORT_BY_NAME_DESC))
              && (!qValue.equals(FindQualifier.SORT_BY_DATE_ASC))
              && (!qValue.equals(FindQualifier.SORT_BY_DATE_DESC))
              && (!qValue.equals(FindQualifier.SERVICE_SUBSET))
              && (!qValue
                .equals(FindQualifier.COMBINE_CATEGORY_BAGS)))
              throw new UnsupportedException(
                "findQualifier=" + qValue);
          }
        }
      }

      Vector infoVector = null;
      boolean truncatedResults = false;

      // perform the search for matching business entities (returns only business keys in the order requested)
      Vector keyVector =
        dataStore.findBusiness(
          nameVector,
          discoveryURLs,
          identifierBag,
          categoryBag,
          tModelBag,
          qualifiers);
      if ((keyVector != null) && (keyVector.size() > 0))
      {
        // if a maxRows value has been specified and it's less than
        // the number of rows we are about to return then only return
        // maxRows specified.
        int rowCount = keyVector.size();
        if ((maxRows > 0) && (maxRows < rowCount))
        {
          rowCount = maxRows;
          truncatedResults = true;
        }

        // iterate through the business entity keys fetching
        // each associated BusinessInfo in sequence.
        infoVector = new Vector(rowCount);
        for (int i = 0; i < rowCount; i++)
          infoVector.addElement(
            dataStore.fetchBusinessInfo(
              (String) keyVector.elementAt(i)));
      }

      dataStore.commit();

      // create a new BusinessInfos instance and stuff
      // the new Vector of BusinessInfos into it.
      BusinessInfos infos = new BusinessInfos();
      infos.setBusinessInfoVector(infoVector);

      // create a new BusinessList instance and stuff
      // the new businessInfos instance into it.
      BusinessList list = new BusinessList();
      list.setBusinessInfos(infos);
      list.setGeneric(generic);
      list.setOperator(Config.getOperator());
      list.setTruncated(truncatedResults);
      return list;
    }
    catch(TooManyOptionsException tmoex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.info(tmoex.getMessage());
      throw (RegistryException)tmoex;
    }
    catch(NameTooLongException ntlex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.info(ntlex.getMessage());
      throw (RegistryException)ntlex;
    }
    catch(UnsupportedException suppex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.info(suppex.getMessage());
      throw (RegistryException)suppex;
    }
    catch(RegistryException regex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.error(regex);
      throw (RegistryException)regex;
    }
    catch(Exception ex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.error(ex);
      throw new RegistryException(ex);
    }
    finally
    {
      if (dataStore != null)
        dataStore.release();
    }
  }
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        }
      }
    }           
   
    // aquire a jUDDI datastore instance
    DataStore dataStore = DataStoreFactory.getDataStore();

    try
    {
      dataStore.beginTrans();

      // a find_binding request MUST include a service_key attribute
      if ((serviceKey == null) || (serviceKey.length() == 0))
        throw new InvalidKeyPassedException("serviceKey="+serviceKey);

      // validate the 'qualifiers' parameter as much as possible up-front before
      // calling into the data layer for relational validation.
      if (qualifiers != null)
      {
        Vector qVector = qualifiers.getFindQualifierVector();
        if ((qVector!=null) && (qVector.size() > 0))
        {
          for (int i=0; i<qVector.size(); i++)
          {
            FindQualifier qualifier = (FindQualifier)qVector.elementAt(i);
            String qValue = qualifier.getValue();

            if ((!qValue.equals(FindQualifier.EXACT_NAME_MATCH)) &&
                (!qValue.equals(FindQualifier.CASE_SENSITIVE_MATCH)) &&
                (!qValue.equals(FindQualifier.OR_ALL_KEYS)) &&
                (!qValue.equals(FindQualifier.OR_LIKE_KEYS)) &&
                (!qValue.equals(FindQualifier.AND_ALL_KEYS)) &&
                (!qValue.equals(FindQualifier.SORT_BY_NAME_ASC)) &&
                (!qValue.equals(FindQualifier.SORT_BY_NAME_DESC)) &&
                (!qValue.equals(FindQualifier.SORT_BY_DATE_ASC)) &&
                (!qValue.equals(FindQualifier.SORT_BY_DATE_DESC)) &&
                (!qValue.equals(FindQualifier.SERVICE_SUBSET)) &&
                (!qValue.equals(FindQualifier.COMBINE_CATEGORY_BAGS)))
              throw new UnsupportedException("findQualifier="+qValue);
          }
        }
      }

      Vector bindingVector = null;
      boolean truncatedResults = false;

      // perform the search for matching binding templates (return only keys in requested order)
      Vector keyVector = dataStore.findBinding(serviceKey,categoryBag,tModelBag,qualifiers);
      if ((keyVector != null) && (keyVector.size() > 0))
      {
        // if a maxRows value has been specified and it's less than
        // the number of rows we are about to return then only return
        // maxRows specified.
        int rowCount = keyVector.size();
        if ((maxRows > 0) && (maxRows < rowCount))
        {
          rowCount = maxRows;
          truncatedResults = true;
        }

        // iterate through the binding templates keys fetching
        // each associated BindingTemplate in sequence.
        bindingVector = new Vector(rowCount);
        for (int i=0; i<rowCount; i++)
          bindingVector.addElement(dataStore.fetchBinding((String)keyVector.elementAt(i)));
      }

      dataStore.commit();

      // create a new BindingDetail instance and stuff
      // the new bindingTemplateVector into it.
      BindingDetail detail = new BindingDetail();
      detail.setBindingTemplateVector(bindingVector);
      detail.setGeneric(generic);
      detail.setOperator(Config.getOperator());
      detail.setTruncated(truncatedResults);
      return detail;
    }
    catch(InvalidKeyPassedException keyex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.info(keyex.getMessage());
      throw (RegistryException)keyex;
    }
    catch(UnsupportedException suppex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.info(suppex.getMessage());
      throw (RegistryException)suppex;
    }
    catch(RegistryException regex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.error(regex);
      throw (RegistryException)regex;
    }
    catch(Exception ex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.error(ex);
      throw new RegistryException(ex);
    }
    finally
    {
      if (dataStore != null)
        dataStore.release();
    }
  }
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    if ((uploadRegVector != null) && (uploadRegVector.size() > 0))
      throw new UnsupportedException("Saving BusinessEntities via " +
        "UploadRegistry is not supported.");

    // aquire a jUDDI datastore instance
    DataStore dataStore = DataStoreFactory.getDataStore();

    try
    {
      dataStore.beginTrans();

      // Validate authentication parameters
      Publisher publisher = getPublisher(authInfo,dataStore);

      String publisherID = publisher.getPublisherID();
      String authorizedName = publisher.getName();

      // Validate request parameters & execute
      for (int i=0; i<businessVector.size(); i++)
      {
        // Move the BusinessEntity into a form we can work with easily
        BusinessEntity business = (BusinessEntity)businessVector.elementAt(i);

        String businessKey = business.getBusinessKey();

        // If a BusinessKey was specified then make sure it's a valid one.
        if ((businessKey != null) && (businessKey.length() > 0) && (!dataStore.isValidBusinessKey(businessKey)))
          throw new InvalidKeyPassedException("businessKey="+businessKey);

        // If a BusinessKey was specified then make sure 'publisherID' controls it.
        if ((businessKey != null) && (businessKey.length() > 0) && (!dataStore.isBusinessPublisher(businessKey,publisherID)))
          throw new UserMismatchException("businessKey="+businessKey);

        // Normally, a valid tModelKey MUST be specified for the keyedReference
        // to be valid. However, in the case of a keyedReference that is used in
        // a categoryBag, the tModelKey may be omitted or specified as a
        // zero-length string to indicate that the taxonomy being used is
        // uddi-org:general_keywords. When it is omitted in this manner, the UDDI
        // registry will insert the proper key during the save_xx operation.
        // - UDDI Programmers API v2.04 Section 4.3.5.1 Specifying keyedReferences
        //
        CategoryBag categoryBag = business.getCategoryBag();
        if (categoryBag != null)
        {
          Vector keyedRefVector = categoryBag.getKeyedReferenceVector();
          if (keyedRefVector != null)
          {
            int vectorSize = keyedRefVector.size();
            if (vectorSize > 0)
            {
              for (int j=0; j<vectorSize; j++)
              {
                KeyedReference keyedRef = (KeyedReference)keyedRefVector.elementAt(j);
                String key = keyedRef.getTModelKey();
               
                // A null or zero-length tModelKey is treated as
                // though the tModelKey for uddiorg:general_keywords
                // had been specified.
                //
                if ((key == null) || (key.trim().length() == 0))
                  keyedRef.setTModelKey(TModel.GENERAL_KEYWORDS_TMODEL_KEY);
              }
            }
          }
        }
      }

      for (int i=0; i<businessVector.size(); i++)
      {
        // move the BusinessEntity into a form we can work with easily
        BusinessEntity business = (BusinessEntity)businessVector.elementAt(i);

        String businessKey = business.getBusinessKey();

        // If the new BusinessEntity has a BusinessKey then it must already
        // exists so delete the old one. It a BusinessKey isn't specified then
        // this is a new BusinessEntity so create a new BusinessKey for it.
        //
        if ((businessKey != null) && (businessKey.length() > 0))
        {
          dataStore.deleteBusiness(businessKey);
        }
        else
        {
          business.setBusinessKey(uuidgen.uuidgen());
        }

        // check if the business has DiscoveryURL with
        // useType as 'businessEntity' if not create one
        // and add it to the business object.
        //
        addBusinessEntityDiscoveryURL(business);

        // Everything checks out so let's save it. First
        // store 'authorizedName' and 'operator' values
        // in each BusinessEntity.
        //
        business.setAuthorizedName(authorizedName);
        business.setOperator(Config.getOperator());

        // If no contacts were specified with the Business
        // Entity then add a new contact of type 'publisher'
        // using the publishers information.

        Contacts contacts = business.getContacts();
        if ((contacts == null) ||
            (contacts.getContactVector() == null) ||
            (contacts.getContactVector().isEmpty()))
        {
          Contact contact = new Contact();
          contact.setPersonNameValue(publisher.getName());
          contact.setUseType("publisher");

          String workPhone = publisher.getWorkPhone();
          if (workPhone != null)
            contact.addPhone(new Phone(workPhone,"business"));

          String mobile = publisher.getMobilePhone();
          if (mobile != null)
            contact.addPhone(new Phone(mobile,"mobile"));

          String pager = publisher.getPager();
          if (pager != null)
            contact.addPhone(new Phone(pager,"pager"));

          String email = publisher.getEmailAddress();
          if (email != null)
            contact.addEmail(new Email(email,"email"));

          business.addContact(contact);
        }

        dataStore.saveBusiness(business,publisherID);
      }

      dataStore.commit();

      BusinessDetail detail = new BusinessDetail();
      detail.setGeneric(generic);
      detail.setOperator(Config.getOperator());
      detail.setTruncated(false);
      detail.setBusinessEntityVector(businessVector);
      return detail;
    }
    catch(UnsupportedException suppex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.info(suppex);
      throw (RegistryException)suppex;
    }
    catch(InvalidKeyPassedException ikpex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.info(ikpex);
      throw (RegistryException)ikpex;
    }
    catch(UserMismatchException umex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.info(umex);
      throw (RegistryException)umex;
    }
    catch(RegistryException regex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.error(regex);
      throw (RegistryException)regex;
    }
    catch(Exception ex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.error(ex);
      throw new RegistryException(ex);
    }
    finally
    {
      if (dataStore != null)
        dataStore.release();
    }
  }
View Full Code Here
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    String generic = request.getGeneric();
    AuthInfo authInfo = request.getAuthInfo();
    Vector publisherIDVector = request.getPublisherIDVector();

    // aquire a jUDDI datastore instance
    DataStore dataStore = DataStoreFactory.getDataStore();

    try
    {
      dataStore.beginTrans();

      // validate authentication parameters
      Publisher publisher = getPublisher(authInfo,dataStore);
      String publisherID = publisher.getPublisherID();

      // Only a user with administrative access can delete publishers
      if (!dataStore.isAdministrator(publisherID))
        throw new RegistryException("Invalid Operation, You must have " +
          "administrative priveledges to delete a publisher account.");

      // validate request parameters
      for (int i=0; i<publisherIDVector.size(); i++)
      {
        // grab the next key from the vector
        String pubID = (String)publisherIDVector.elementAt(i);

        if (pubID.equalsIgnoreCase(publisherID))
          throw new RegistryException("Invalid Operation, A publisher " +
            "cannot delete it's own publisher account.");

        // TModel exists and we control it so let's delete it.
        dataStore.deletePublisher(pubID);
      }

      // delete the TModels
      for (int i=0; i<publisherIDVector.size(); i++)
      {
        String tModelKey = (String)publisherIDVector.elementAt(i);
        dataStore.deleteTModel(tModelKey);

        log.info("Publisher '"+publisherID+"' deleted TModel with key: "+tModelKey);
      }

      dataStore.commit();
    }
    catch(RegistryException regex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.error(regex);
      throw (RegistryException)regex;
    }
    catch(Exception ex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.error(ex);
      throw new RegistryException(ex);
    }
    finally
    {
      if (dataStore != null)
        dataStore.release();
    }

    // didn't encounter an exception so let's create
    // and return a successfull DispositionReport
    DispositionReport dispRpt = new DispositionReport();
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    if ((uploadRegVector != null) && (uploadRegVector.size() > 0))
      throw new UnsupportedException("Saving TModels via " +
        "UploadRegistry is not supported.");

    // aquire a jUDDI datastore instance
    DataStore dataStore = DataStoreFactory.getDataStore();

    try
    {
      dataStore.beginTrans();

      // validate authentication parameters
      Publisher publisher = getPublisher(authInfo,dataStore);
      String publisherID = publisher.getPublisherID();
      String authorizedName = publisher.getName();

      // Validate request parameters
      for (int i=0; i<tModelVector.size(); i++)
      {
        // move the TModel into a form we can work with easily
        TModel tModel = (TModel)tModelVector.elementAt(i);
        String tModelKey = tModel.getTModelKey();

        // If a TModelKey was specified then make sure it's a valid one.
        if (((tModelKey != null) && (tModelKey.length() > 0)) && (!dataStore.isValidTModelKey(tModelKey)))
          throw new InvalidKeyPassedException("TModelKey: "+tModelKey);

        // If a TModelKey was specified then make sure 'publisherID' controls it.
        if (((tModelKey != null) && (tModelKey.length() > 0)) && !dataStore.isTModelPublisher(tModelKey,publisherID))
          throw new UserMismatchException("TModelKey: "+tModelKey);

        // Normally, a valid tModelKey MUST be specified for the keyedReference
        // to be valid. However, in the case of a keyedReference that is used in
        // a categoryBag, the tModelKey may be omitted or specified as a
        // zero-length string to indicate that the taxonomy being used is
        // uddi-org:general_keywords. When it is omitted in this manner, the UDDI
        // registry will insert the proper key during the save_xx operation.
        // - UDDI Programmers API v2.04 Section 4.3.5.1 Specifying keyedReferences
        //
        CategoryBag categoryBag = tModel.getCategoryBag();
        if (categoryBag != null)
        {
          Vector keyedRefVector = categoryBag.getKeyedReferenceVector();
          if (keyedRefVector != null)
          {
            int vectorSize = keyedRefVector.size();
            if (vectorSize > 0)
            {
              for (int j=0; j<vectorSize; j++)
              {
                KeyedReference keyedRef = (KeyedReference)keyedRefVector.elementAt(j);
                String key = keyedRef.getTModelKey();
               
                // A null or zero-length tModelKey is treated as
                // though the tModelKey for uddiorg:general_keywords
                // had been specified.
                //
                if ((key == null) || (key.trim().length() == 0))
                  keyedRef.setTModelKey(TModel.GENERAL_KEYWORDS_TMODEL_KEY);
              }
            }
          }
        }
      }

      for (int i=0; i<tModelVector.size(); i++)
      {
        // move the TModel into a form we can work with easily
        TModel tModel = (TModel)tModelVector.elementAt(i);
        String tModelKey = tModel.getTModelKey();

        // If the new TModel has a TModelKey then it must already exists
        // so delete the old one. It a TModelKey isn't specified then
        // this is a new TModel so create a new TModelKey for it.
        if ((tModelKey != null) && (tModelKey.length() > 0))
          dataStore.deleteTModel(tModelKey);
        else
          tModel.setTModelKey("uuid:"+uuidgen.uuidgen());

        // Everything checks out so let's save it. First store
        // 'authorizedName' and 'operator' values in each TModel.
        tModel.setAuthorizedName(authorizedName);
        tModel.setOperator(Config.getOperator());
        dataStore.saveTModel(tModel,publisherID);
      }

      dataStore.commit();

      TModelDetail detail = new TModelDetail();
      detail.setGeneric(generic);
      detail.setOperator(Config.getOperator());
      detail.setTruncated(false);
      detail.setTModelVector(tModelVector);
      return detail;
    }
    catch(UnsupportedException suppex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.info(suppex);
      throw (RegistryException)suppex;
    }
    catch(InvalidKeyPassedException ikpex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.info(ikpex);
      throw (RegistryException)ikpex;
    }
    catch(UserMismatchException umex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.info(umex);
      throw (RegistryException)umex;
    }
    catch(RegistryException regex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.error(regex);
      throw (RegistryException)regex;
    }
    catch(Exception ex)
    {
      try { dataStore.rollback(); } catch(Exception e) { }
      log.error(ex);
      throw new RegistryException(ex);
    }
    finally
    {
      if (dataStore != null)
        dataStore.release();
    }
  }
View Full Code Here
TOP

Related Classes of org.apache.juddi.datastore.DataStore

  • org.apache.juddi.function.AddPublisherAssertionsFunction
  • org.apache.juddi.function.DeleteBindingFunction
  • org.apache.juddi.function.DeleteBusinessFunction
  • org.apache.juddi.function.DeletePublisherAssertionsFunction
  • org.apache.juddi.function.DeletePublisherFunction
  • org.apache.juddi.function.DeleteServiceFunction
  • org.apache.juddi.function.DeleteSubscriptionFunction
  • org.apache.juddi.function.DeleteTModelFunction
  • org.apache.juddi.function.DiscardAuthTokenFunction
  • org.apache.juddi.function.FindBindingFunction
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