Examples of Dependent

javax.enterprise.context.Dependent
org.apache.derby.iapi.sql.depend.Dependent
A dependent has the ability to know whether or not it is valid and to mark itself as valid or invalid. Marking itself as invalid usually means it cannot be used in the system until it is revalidated, but this is in no way enforced by this interface.

Examples of javax.enterprise.context.Dependent

      private String createDemarshallerIfNeeded(MetaClass type) {
        return addArrayMarshaller(type);
      }
    });


    classStructureBuilder.getClassDefinition().addAnnotation(new Dependent() {
      @Override
      public Class<? extends Annotation> annotationType() {
        return Dependent.class;
      }
    });

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Examples of javax.enterprise.context.Dependent

      private String createDemarshallerIfNeeded(final MetaClass type) {
        return addArrayMarshaller(type.asBoxed());
      }
    });


    classStructureBuilder.getClassDefinition().addAnnotation(new Dependent() {
      @Override
      public Class<? extends Annotation> annotationType() {
        return Dependent.class;
      }
    });

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Examples of javax.enterprise.context.Dependent

      private String createDemarshallerIfNeeded(final MetaClass type) {
        return addArrayMarshaller(type);
      }
    });


    classStructureBuilder.getClassDefinition().addAnnotation(new Dependent() {
      @Override
      public Class<? extends Annotation> annotationType() {
        return Dependent.class;
      }
    });

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Examples of javax.enterprise.context.Dependent

      private String createDemarshallerIfNeeded(final MetaClass type) {
        return addArrayMarshaller(type.asBoxed());
      }
    });


    classStructureBuilder.getClassDefinition().addAnnotation(new Dependent() {
      @Override
      public Class<? extends Annotation> annotationType() {
        return Dependent.class;
      }
    });

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Examples of javax.enterprise.context.Dependent

      private String createDemarshallerIfNeeded(final MetaClass type) {
        return addArrayMarshaller(type);
      }
    });


    classStructureBuilder.getClassDefinition().addAnnotation(new Dependent() {
      @Override
      public Class<? extends Annotation> annotationType() {
        return Dependent.class;
      }
    });

View Full Code Here

Examples of javax.enterprise.context.Dependent

      private String createDemarshallerIfNeeded(MetaClass type) {
        return addArrayMarshaller(type);
      }
    });


    classStructureBuilder.getClassDefinition().addAnnotation(new Dependent() {
      @Override
      public Class<? extends Annotation> annotationType() {
        return Dependent.class;
      }
    });

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Examples of javax.enterprise.context.Dependent

                .finish()
                .finish();
          }
        });


    classStructureBuilder.getClassDefinition().addAnnotation(new Dependent() {
      @Override
      public Class<? extends Annotation> annotationType() {
        return Dependent.class;
      }
    });

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Examples of org.apache.derby.iapi.sql.depend.Dependent

      {
        if (ei >= list.size())
          continue;
        Dependency dependency = (Dependency) list.get(ei);


        Dependent dep = dependency.getDependent();


        if (affectedCols != null)
        {
          TableDescriptor td = (TableDescriptor) dependency.getProvider();
          FormatableBitSet providingCols = td.getReferencedColumnMap();
          if (providingCols == null)
          {
            if (dep instanceof ViewDescriptor)
            {
              ViewDescriptor vd = (ViewDescriptor) dep;
              SchemaDescriptor compSchema;
              compSchema = dd.getSchemaDescriptor(vd.getCompSchemaId(), null);
              CompilerContext newCC = lcc.pushCompilerContext(compSchema);
              Parser  pa = newCC.getParser();


              // Since this is always nested inside another SQL
              // statement, so topLevel flag should be false
              CreateViewNode cvn = (CreateViewNode)pa.parseStatement(
                        vd.getViewText());


              // need a current dependent for bind
              newCC.setCurrentDependent(dep);
              cvn.bindStatement();
              ProviderInfo[] providerInfos = cvn.getProviderInfo();
              lcc.popCompilerContext(newCC);


              boolean    interferent = false;
              for (int i = 0; i < providerInfos.length; i++)
              {
                Provider provider = null;
                  provider = (Provider) providerInfos[i].
                          getDependableFinder().
                          getDependable(dd,
                          providerInfos[i].getObjectId());
                if (provider instanceof TableDescriptor)
                {
                  TableDescriptor tab = (TableDescriptor)provider;
                  FormatableBitSet colMap = tab.getReferencedColumnMap();
                  if (colMap == null)
                    continue;
                  // if later on an error is raised such as in
                  // case of interference, this dependency line
                  // upgrade will not happen due to rollback
                  tab.setReferencedColumnMap(null);
                  dropDependency(lcc, vd, tab);
                  tab.setReferencedColumnMap(colMap);
                  addDependency(vd, tab, lcc.getContextManager());


                  if (tab.getObjectID().equals(td.getObjectID()))
                  {
                    System.arraycopy(affectedCols.getByteArray(), 0, 
                      subsetCols.getByteArray(), 0, 
                      affectedCols.getLengthInBytes());
                    subsetCols.and(colMap);
                    if (subsetCols.anySetBit() != -1)
                    {
                      interferent = true;
                      ((TableDescriptor) p).setReferencedColumnMap(subsetCols);
                    }
                  }
                }  // if provider instanceof TableDescriptor
              }  // for providerInfos
              if (! interferent)
                continue;
            }  // if dep instanceof ViewDescriptor
            else
              ((TableDescriptor) p).setReferencedColumnMap(null);
          }  // if providingCols == null
          else
          {
            System.arraycopy(affectedCols.getByteArray(), 0, subsetCols.getByteArray(), 0, affectedCols.getLengthInBytes());
            subsetCols.and(providingCols);
            if (subsetCols.anySetBit() == -1)
              continue;
            ((TableDescriptor) p).setReferencedColumnMap(subsetCols);
          }
        }


        // generate a list of invalidations that fail.
        try {
          dep.prepareToInvalidate(p, action, lcc);
        } catch (StandardException sqle) {


          if (noInvalidate == null) {
            noInvalidate = sqle;
          } else {
            try {
              sqle.initCause(noInvalidate);
              noInvalidate = sqle;
            } catch (IllegalStateException ise) {
              // We weren't able to chain the exceptions. That's
              // OK, since we always have the first exception we
              // caught. Just skip the current exception.
            }
          }
        }
        if (noInvalidate == null) {


          if (affectedCols != null)
            ((TableDescriptor) p).setReferencedColumnMap(affectedCols);


          // REVISIT: future impl will want to mark the individual
          // dependency as invalid as well as the dependent...
          dep.makeInvalid(action, lcc);
        }
      }


      if (noInvalidate != null)
        throw noInvalidate;

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Examples of org.apache.derby.iapi.sql.depend.Dependent

       * so that the call gets an enumerations of Dependencys.
       */
      for (ListIterator depsIterator = storedList.listIterator();
         depsIterator.hasNext(); ) 
      {
        Dependent       tempD;
        Provider        tempP;
        DependableFinder  finder = null;


        DependencyDescriptor depDesc = (DependencyDescriptor) depsIterator.next();

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Examples of org.apache.derby.iapi.sql.depend.Dependent

      {
        if (ei >= list.size())
          continue;
        Dependency dependency = (Dependency) list.get(ei);


        Dependent dep = dependency.getDependent();


        if (affectedCols != null)
        {
          TableDescriptor td = (TableDescriptor) dependency.getProvider();
          FormatableBitSet providingCols = td.getReferencedColumnMap();
          if (providingCols == null)
          {
            if (dep instanceof ViewDescriptor)
            {
              ViewDescriptor vd = (ViewDescriptor) dep;
              DataDictionary dd = getDataDictionary();
              SchemaDescriptor compSchema;
              compSchema = dd.getSchemaDescriptor(vd.getCompSchemaId(), null);
              CompilerContext newCC = lcc.pushCompilerContext(compSchema);
              Parser  pa = newCC.getParser();
              LanguageConnectionFactory  lcf = lcc.getLanguageConnectionFactory();


              // Since this is always nested inside another SQL
              // statement, so topLevel flag should be false
              CreateViewNode cvn = (CreateViewNode)pa.parseStatement(
                        vd.getViewText());


              // need a current dependent for bind
              newCC.setCurrentDependent(dep);
              cvn = (CreateViewNode) cvn.bind();
              ProviderInfo[] providerInfos = cvn.getProviderInfo();
              lcc.popCompilerContext(newCC);


              boolean    interferent = false;
              for (int i = 0; i < providerInfos.length; i++)
              {
                Provider provider = null;
                try
                {
                  provider = (Provider) providerInfos[i].
                          getDependableFinder().
                          getDependable(
                          providerInfos[i].getObjectId());
                }
                catch(java.sql.SQLException te)
                {
                  if (SanityManager.DEBUG)
                  {
                    SanityManager.THROWASSERT("unexpected java.sql.SQLException - " + te);
                  }
                }
                if (provider instanceof TableDescriptor)
                {
                  TableDescriptor tab = (TableDescriptor)provider;
                  FormatableBitSet colMap = tab.getReferencedColumnMap();
                  if (colMap == null)
                    continue;
                  // if later on an error is raised such as in
                  // case of interference, this dependency line
                  // upgrade will not happen due to rollback
                  tab.setReferencedColumnMap(null);
                  dropDependency(lcc, vd, tab);
                  tab.setReferencedColumnMap(colMap);
                  addDependency(vd, tab, lcc.getContextManager());


                  if (tab.getObjectID().equals(td.getObjectID()))
                  {
                    System.arraycopy(affectedCols.getByteArray(), 0, 
                      subsetCols.getByteArray(), 0, 
                      affectedCols.getLengthInBytes());
                    subsetCols.and(colMap);
                    if (subsetCols.anySetBit() != -1)
                    {
                      interferent = true;
                      ((TableDescriptor) p).setReferencedColumnMap(subsetCols);
                    }
                  }
                }  // if provider instanceof TableDescriptor
              }  // for providerInfos
              if (! interferent)
                continue;
            }  // if dep instanceof ViewDescriptor
            else
              ((TableDescriptor) p).setReferencedColumnMap(null);
          }  // if providingCols == null
          else
          {
            System.arraycopy(affectedCols.getByteArray(), 0, subsetCols.getByteArray(), 0, affectedCols.getLengthInBytes());
            subsetCols.and(providingCols);
            if (subsetCols.anySetBit() == -1)
              continue;
            ((TableDescriptor) p).setReferencedColumnMap(subsetCols);
          }
        }


        // generate a list of invalidations that fail.
        try {
          dep.prepareToInvalidate(p, action, lcc);
        } catch (StandardException sqle) {


          if (noInvalidate != null)
            sqle.setNestedException(noInvalidate);


          noInvalidate = sqle;
        }
        if (noInvalidate == null) {


          if (affectedCols != null)
            ((TableDescriptor) p).setReferencedColumnMap(affectedCols);


          // REVISIT: future impl will want to mark the individual
          // dependency as invalid as well as the dependent...
          dep.makeInvalid(action, lcc);
        }
      }


      if (noInvalidate != null)
        throw noInvalidate;

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