build-artifacts/win/product/include/gfcpp/SystemProperties.hpp

Go to the documentation of this file.

#ifndef _GEMFIRE_SYSTEMPROPERTIES_HPP_
#define _GEMFIRE_SYSTEMPROPERTIES_HPP_


/*=========================================================================
 * Copyright (c) 2004-2014 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 "Properties.hpp"
#include "Log.hpp"
#include "AuthInitialize.hpp"

namespace gemfire {


// Factory function typedefs to register the managed authInitialize
typedef AuthInitialize* ( *LibraryAuthInitializeFn ) ( const char* assemblyPath,
                                                 const char* factFuncName );

class CPPCACHE_EXPORT SystemProperties {

public:


  SystemProperties(const PropertiesPtr& propertiesPtr,
      const char* configFile = NULL);


  ~SystemProperties();

  void logSettings( );

  const uint32_t threadPoolSize() const
  { return m_threadPoolSize; }


  const uint32_t statisticsSampleInterval() const
    { return m_statisticsSampleInterval; }


  bool statisticsEnabled() const
    { return m_statisticsEnabled; }

  bool sslEnabled() const
    { return m_sslEnabled; }

    bool getEnableTimeStatistics() const /*timestatisticsEnabled()*/
      { return m_timestatisticsEnabled; } /*m_timestatisticsEnabled*/

  const char* sslKeyStore() const
    { return m_sslKeyStore; }

  const char* sslKeystorePassword() const
    { return m_sslKeystorePassword; }

  const char* sslTrustStore() const
    { return m_sslTrustStore; }


  const char* statisticsArchiveFile() const
    { return m_statisticsArchiveFile; }


  const char* logFilename() const
    { return m_logFilename; }


  Log::LogLevel logLevel() const
    { return m_logLevel; }

  const bool heapLRULimitEnabled() const
  { return (m_heapLRULimit > 0); }

    const size_t heapLRULimit() const
    { return m_heapLRULimit; }


      const int32_t heapLRUDelta() const
      { return m_heapLRUDelta; }
  const int32_t maxSocketBufferSize() const { return m_maxSocketBufferSize; }

  const int32_t pingInterval() const { return m_pingInterval; }
  const int32_t redundancyMonitorInterval() const { return m_redundancyMonitorInterval; }

  const int32_t notifyAckInterval() const { return m_notifyAckInterval; }

  const int32_t notifyDupCheckLife() const { return m_notifyDupCheckLife; }

  const char* durableClientId() const { return m_durableClientId; }

  const uint32_t durableTimeout() const { return m_durableTimeout; }

  const uint32_t connectTimeout() const { return m_connectTimeout; }

  const uint32_t connectWaitTimeout() const { return m_connectWaitTimeout; }

  const uint32_t bucketWaitTimeout() const { return m_bucketWaitTimeout; }


  char* conflateEvents(){ return m_conflateEvents; }

  const bool debugStackTraceEnabled() const
    { return m_debugStackTraceEnabled; }

  inline const bool crashDumpEnabled() const
  {
    return m_crashDumpEnabled;
  }

  const char* name() const
     {return m_name;}

  const char* cacheXMLFile() const
     {return m_cacheXMLFile;}

  const uint32_t logFileSizeLimit() const
     {return m_logFileSizeLimit;}

  const uint32_t logDiskSpaceLimit() const
     {return m_logDiskSpaceLimit;}

  const uint32_t statsFileSizeLimit() const
     {return m_statsFileSizeLimit;}

  const uint32_t statsDiskSpaceLimit() const
     {return m_statsDiskSpaceLimit;}

  const uint32_t maxQueueSize()
     {return m_maxQueueSize;}

  const uint32_t javaConnectionPoolSize() const
     { return m_javaConnectionPoolSize;}
  void setjavaConnectionPoolSize(uint32_t size) {
    m_javaConnectionPoolSize = size ;
  }

  bool disableChunkHandlerThread() const
  {
    return m_disableChunkHandlerThread;
  }

  bool timeoutUnitInMilliseconds() const
  {
    return m_timeoutUnitInMilliseconds;
  }

  void setDisableChunkHandlerThread(bool set) {
    m_disableChunkHandlerThread = set ;
  }

  bool onClientDisconnectClearPdxTypeIds() const
  {
    return m_onClientDisconnectClearPdxTypeIds;
  }

  void setOnClientDisconnectClearPdxTypeIds(bool set) {
    m_onClientDisconnectClearPdxTypeIds = set ;
  }

  inline const char* authInitLibrary() const
  {
    return (m_AuthIniLoaderLibrary == NULLPTR ? "" :
        m_AuthIniLoaderLibrary->asChar());
  }

  inline const char* authInitFactory() const
  {
    return (m_AuthIniLoaderFactory == NULLPTR ? "" :
        m_AuthIniLoaderFactory->asChar());
  }

  const char* securityClientDhAlgo( ) {
    return (m_securityClientDhAlgo == NULLPTR ? "" :
    m_securityClientDhAlgo->asChar());
  }

  const char* securityClientKsPath( ) {
    return (m_securityClientKsPath == NULLPTR ? "" :
    m_securityClientKsPath->asChar());
  }

  PropertiesPtr getSecurityProperties() const
  {
    return m_securityPropertiesPtr;
  }

  inline bool isSecurityOn() const
  {
    return (m_AuthIniLoaderFactory != NULLPTR &&
        m_AuthIniLoaderLibrary != NULLPTR);
  }

  inline bool isEndpointShufflingDisabled() const
  {
    return m_disableShufflingEndpoint;
  }

  bool isDhOn() {
    return isSecurityOn() && m_securityClientDhAlgo != NULLPTR &&
        m_securityClientDhAlgo->length() > 0;
  }

  inline bool isGridClient() const
  {
    return m_gridClient;
  }

  inline bool isAppDomainEnabled() const
  {
    return m_appDomainEnabled;
  }

  inline bool autoReadyForEvents() const
  {
    return m_autoReadyForEvents;
  }

  const uint32_t suspendedTxTimeout() const { return m_suspendedTxTimeout; }

  const uint32_t tombstoneTimeoutInMSec() const { return m_tombstoneTimeoutInMSec; }

private:

  uint32_t m_statisticsSampleInterval;

  bool m_statisticsEnabled;

  bool m_appDomainEnabled;

  char* m_statisticsArchiveFile;

  char* m_logFilename;

  Log::LogLevel m_logLevel;

  int m_sessions;

  char* m_name;

  bool m_debugStackTraceEnabled;

  bool m_crashDumpEnabled;

  bool m_disableShufflingEndpoint;

  char* m_cacheXMLFile;

  uint32_t m_logFileSizeLimit;
  uint32_t m_logDiskSpaceLimit;

  uint32_t m_statsFileSizeLimit;
  uint32_t m_statsDiskSpaceLimit;

  uint32_t m_maxQueueSize;
  uint32_t m_javaConnectionPoolSize;

  int32_t m_heapLRULimit;
  int32_t m_heapLRUDelta;
  int32_t m_maxSocketBufferSize;
  int32_t m_pingInterval;
  int32_t m_redundancyMonitorInterval;

  int32_t m_notifyAckInterval;
  int32_t m_notifyDupCheckLife;



  PropertiesPtr m_securityPropertiesPtr;
  CacheableStringPtr m_AuthIniLoaderLibrary;
  CacheableStringPtr m_AuthIniLoaderFactory;
  CacheableStringPtr m_securityClientDhAlgo;
  CacheableStringPtr m_securityClientKsPath;
  AuthInitializePtr  m_authInitializer;

  char * m_durableClientId;
  uint32_t m_durableTimeout;

  uint32_t m_connectTimeout;
  uint32_t m_connectWaitTimeout;
  uint32_t m_bucketWaitTimeout;

  bool m_gridClient;

  bool m_autoReadyForEvents;

  bool m_sslEnabled;
  bool m_timestatisticsEnabled;
  char * m_sslKeyStore;
  char * m_sslTrustStore;

  char *m_sslKeystorePassword;

  char * m_conflateEvents;

  uint32_t m_threadPoolSize;
  uint32_t m_suspendedTxTimeout;
  uint32_t m_tombstoneTimeoutInMSec;
  bool m_disableChunkHandlerThread;
  bool m_timeoutUnitInMilliseconds;
  bool m_onClientDisconnectClearPdxTypeIds;
private:


   void processProperty( const char* property, const char* value );

  AuthInitializePtr getAuthLoader() ;

private:
  SystemProperties(const SystemProperties& rhs); // never defined
  void operator = (const SystemProperties& rhs); // never defined

  void throwError( const char* msg );

public:
  static LibraryAuthInitializeFn managedAuthInitializeFn;
  static LibraryAuthInitializeFn managedAuthInitializeFnGeneric;

friend class DistributedSystemImpl;
};


} // namespace


#endif

---