geode-client-native/src/cppcache/AttributesMutator.cpp

/*=========================================================================
 * Copyright (c) 2002-2014 Pivotal Software, Inc. All Rights Reserved.
 * This product is protected by U.S. and international copyright
 * and intellectual property laws. Pivotal products are covered by
 * more patents listed at http://www.pivotal.io/patents.
 *========================================================================
 */

#include "AttributesMutator.hpp"
#include "impl/RegionInternal.hpp"

namespace gemfire {

  AttributesMutator::AttributesMutator( const RegionPtr& region )
  : m_region( region )
  {
  }


  AttributesMutator::~AttributesMutator()
  {
    m_region = NULLPTR;
  }

  /** Sets the idleTimeout duration for region entries.
   * @param idleTimeout the idleTimeout in seconds for entries in this region.
   * @return the previous value.
   * @throw IllegalStateException if the new idleTimeout changes entry expiration from
   *   disabled to enabled or enabled to disabled.
   */
  int32_t AttributesMutator::setEntryIdleTimeout(int32_t idleTimeout)
  {
    RegionInternal* rImpl = dynamic_cast<RegionInternal *> (m_region.ptr());
    return rImpl->adjustEntryExpiryDuration( idleTimeout );
  }

  /** Set the idleTimeout Action for region entries.
   * @param action the idleTimeout ExpirationAction::Action for entries in this region.
   * @return the previous value.
   */
  ExpirationAction::Action AttributesMutator::setEntryIdleTimeoutAction( ExpirationAction::Action action )
  {
    RegionInternal* rImpl = dynamic_cast<RegionInternal *> (m_region.ptr());
    return rImpl->adjustEntryExpiryAction( action );
  }


  /** Sets the timeToLive duration for region entries.
   * @param timeToLive the timeToLive in seconds for entries in this region.
   * @return the previous value.
   * @throw IllegalStateException if the new timeToLive changes entry expiration from
   *   disabled to enabled or enabled to disabled.
   */
  int32_t AttributesMutator::setEntryTimeToLive(int32_t timeToLive)
  {
    RegionInternal* rImpl = dynamic_cast<RegionInternal *> (m_region.ptr());
    return rImpl->adjustEntryExpiryDuration( timeToLive );
  }


  /** Set the timeToLive Action for region entries.
   * @param action the timeToLive ExpirationAction::Action for entries in this region.
   * @return the previous value.
   */
  ExpirationAction::Action AttributesMutator::setEntryTimeToLiveAction(ExpirationAction::Action action)
  {
    RegionInternal* rImpl = dynamic_cast<RegionInternal *> (m_region.ptr());
    return rImpl->adjustEntryExpiryAction( action );
  }


  /** Sets the idleTimeout duration for the region itself.
   * @param idleTimeout the ExpirationAttributes for this region idleTimeout
   * @return the previous value.
   * @throw IllegalStateException if the new idleTimeout changes region expiration from
   *   disabled to enabled or enabled to disabled.
   */
  int32_t AttributesMutator::setRegionIdleTimeout(int32_t idleTimeout)
  {
    RegionInternal* rImpl = dynamic_cast<RegionInternal *> (m_region.ptr());
    return rImpl->adjustRegionExpiryDuration( idleTimeout );
  }


  /** Set the idleTimeout Action for the region itself.
   * @param action the idleTimeout ExpirationAction::Action for this region.
   * @return the previous value.
   */
  ExpirationAction::Action AttributesMutator::setRegionIdleTimeoutAction(ExpirationAction::Action action)
  {
    RegionInternal* rImpl = dynamic_cast<RegionInternal *> (m_region.ptr());
    return rImpl->adjustRegionExpiryAction( action );
  }


  /** Sets the timeToLive duration for the region itself.
   * @param timeToLive the ExpirationAttributes for this region timeToLive
   * @return the previous value.
   * @throw IllegalStateException if the new timeToLive changes region expiration from
   *   disabled to enabled or enabled to disabled.
   */
  int32_t AttributesMutator::setRegionTimeToLive(int32_t timeToLive)
  {
    RegionInternal* rImpl = dynamic_cast<RegionInternal *> (m_region.ptr());
    return rImpl->adjustRegionExpiryDuration( timeToLive );
  }


  /** Set the timeToLive Action for the region itself.
   * @param action the timeToLive ExpirationAction::Action for this region.
   * @return the previous value.
   */
  ExpirationAction::Action AttributesMutator::setRegionTimeToLiveAction(ExpirationAction::Action action)
  {
    RegionInternal* rImpl = dynamic_cast<RegionInternal *> (m_region.ptr());
    return rImpl->adjustRegionExpiryAction( action );
  }


  /** Sets the Maximum entry count in the region before LRU eviction.
   * @param entriesLimit the number of entries to allow.
   * @return the previous value.
   * @throw IllegalStateException if the new entriesLimit changes LRU from
   *   disabled to enabled or enabled to disabled.
   */
  uint32_t AttributesMutator::setLruEntriesLimit( uint32_t entriesLimit )
  {
    RegionInternal* rImpl = dynamic_cast<RegionInternal *> (m_region.ptr());
    return rImpl->adjustLruEntriesLimit( entriesLimit );
  }

  void AttributesMutator::setCacheListener(const CacheListenerPtr& aListener)
  {
    RegionInternal* rImpl = dynamic_cast<RegionInternal *> (m_region.ptr());
    rImpl->adjustCacheListener(aListener);
  }

  void AttributesMutator::setCacheListener(const char* libpath, const char* factoryFuncName)
  {
    RegionInternal* rImpl = dynamic_cast<RegionInternal *> (m_region.ptr());
    rImpl->adjustCacheListener(libpath,factoryFuncName);
  }

  void AttributesMutator::setCacheLoader(const CacheLoaderPtr& aLoader)
  {
    RegionInternal* rImpl = dynamic_cast<RegionInternal *> (m_region.ptr());
    rImpl->adjustCacheLoader(aLoader);
  }

  void AttributesMutator::setCacheLoader(const char* libpath, const char* factoryFuncName)
  {
    RegionInternal* rImpl = dynamic_cast<RegionInternal *> (m_region.ptr());
    rImpl->adjustCacheLoader(libpath,factoryFuncName);
  }

  void AttributesMutator::setCacheWriter(const CacheWriterPtr& aWriter)
  {
    RegionInternal* rImpl = dynamic_cast<RegionInternal *> (m_region.ptr());
    rImpl->adjustCacheWriter(aWriter);
  }

  void AttributesMutator::setCacheWriter(const char* libpath, const char* factoryFuncName)
  {
    RegionInternal* rImpl = dynamic_cast<RegionInternal *> (m_region.ptr());
    rImpl->adjustCacheWriter(libpath,factoryFuncName);
  }

}