/* -*-C++-*-
// @@@ START COPYRIGHT @@@
//
// Licensed to the Apache Software Foundation (ASF) under one
// or more contributor license agreements.  See the NOTICE file
// distributed with this work for additional information
// regarding copyright ownership.  The ASF licenses this file
// to you under the Apache License, Version 2.0 (the
// "License"); you may not use this file except in compliance
// with the License.  You may obtain a copy of the License at
//
//   http://www.apache.org/licenses/LICENSE-2.0
//
// Unless required by applicable law or agreed to in writing,
// software distributed under the License is distributed on an
// "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY
// KIND, either express or implied.  See the License for the
// specific language governing permissions and limitations
// under the License.
//
// @@@ END COPYRIGHT @@@
 *****************************************************************************
 *
 * File:         ParDDLFileAttrs.C
 * Description:  methods for class ParDDLFileAttrs and classes derived
 *               from class ParDDLFileAttrs
 *
 * Created:      5/30/95
 * Language:     C++
 *
 *
 *
 *
 *****************************************************************************
 */

#include "ComUnits.h"

#include "AllElemDDLFileAttr.h"
#include "BaseTypes.h"
#include "ComASSERT.h"
#include "ComDiags.h"
#include "ComOperators.h"
#include "ElemDDLNode.h"
#include "ParDDLFileAttrs.h"
#include "ParDDLFileAttrsAlterIndex.h"
#include "ParDDLFileAttrsAlterTable.h"
#include "ParDDLFileAttrsCreateIndex.h"
#include "ParDDLFileAttrsCreateTable.h"
#define   SQLPARSERGLOBALS_CONTEXT_AND_DIAGS
#include "SqlParserGlobals.h"
#include "NAString.h"

// -----------------------------------------------------------------------
// methods for class ParDDLFileAttrs
// -----------------------------------------------------------------------

// virtual destructor
ParDDLFileAttrs::~ParDDLFileAttrs() {}

// mutator
void
ParDDLFileAttrs::copy(const ParDDLFileAttrs & rhs)
{
  fileAttrsNodeType_ = rhs.fileAttrsNodeType_;
}

// -----------------------------------------------------------------------
// methods for class ParDDLFileAttrsAlterIndex
// -----------------------------------------------------------------------

//
// constructor
//
ParDDLFileAttrsAlterIndex::ParDDLFileAttrsAlterIndex(
     ParDDLFileAttrs::fileAttrsNodeTypeEnum fileAttrsNodeType)
: ParDDLFileAttrs(fileAttrsNodeType)
{
  initializeDataMembers();
}

//
// copy constructor
//
ParDDLFileAttrsAlterIndex::ParDDLFileAttrsAlterIndex(
     const ParDDLFileAttrsAlterIndex & alterIndexFileAttributes)
{
  copy(alterIndexFileAttributes);
}

//
// virtual destructor
//
ParDDLFileAttrsAlterIndex::~ParDDLFileAttrsAlterIndex()
{
}

//
// assignment operator
//
ParDDLFileAttrsAlterIndex &
ParDDLFileAttrsAlterIndex::operator = (
     const ParDDLFileAttrsAlterIndex & rhs)
{
  if (this EQU &rhs)
  {
    return *this;
  }

  copy(rhs);

  return *this;

} // ParDDLFileAttrsAlterIndex::operator=()

//
// accessors
//

NAString
ParDDLFileAttrsAlterIndex::getMaxSizeUnitAsNAString() const
{
  ElemDDLFileAttrMaxSize maxSizeFileAttr(getMaxSize(), getMaxSizeUnit());
  return maxSizeFileAttr.getMaxSizeUnitAsNAString();
}

//
// mutators
//

void
ParDDLFileAttrsAlterIndex::copy(const ParDDLFileAttrsAlterIndex &rhs)
{
  ParDDLFileAttrs::copy(rhs);

  // ALLOCATE
  isAllocateSpec_       = rhs.isAllocateSpec_;
  extentsToAllocate_    = rhs.extentsToAllocate_;

  // [ NO ] AUDITCOMPRESS
  isAuditCompressSpec_  = rhs.isAuditCompressSpec_;
  isAuditCompress_      = rhs.isAuditCompress_;

  // [ NO ] BUFFERED
  isBufferedSpec_       = rhs.isBufferedSpec_;
  isBuffered_           = rhs.isBuffered_;
                        
  // [ NO ] CLEARONPURGE       
  isClearOnPurgeSpec_   = rhs.isClearOnPurgeSpec_;
  isClearOnPurge_       = rhs.isClearOnPurge_;
                        
  // COMPRESSION TYPE { NONE | HARDWARE | SOFTWARE }
  isCompressionTypeSpec_ = rhs.isCompressionTypeSpec_;
  compressionType_       = rhs.compressionType_;

  // DEALLOCATE
  isDeallocateSpec_     = rhs.isDeallocateSpec_;

  // MAXSIZE
  isMaxSizeSpec_        = rhs.isMaxSizeSpec_;
  isMaxSizeUnbounded_   = rhs.isMaxSizeUnbounded_;
  maxSize_              = rhs.maxSize_;
  maxSizeUnit_          = rhs.maxSizeUnit_;

  // EXTENT
  isExtentSpec_         = rhs.isExtentSpec_;
  priExt_		= rhs.priExt_;
  secExt_               = rhs.secExt_;

  // MAXEXTENTs
  isMaxExtentSpec_      = rhs.isMaxExtentSpec_;
  maxExt_		        = rhs.maxExt_;

  // NO LABEL UPDATE
  isNoLabelUpdateSpec_  = rhs.isNoLabelUpdateSpec_;
  noLabelUpdate_        = rhs.noLabelUpdate_;

} // ParDDLFileAttrsAlterIndex::copy()

//
// private method invoked by the constructor to
// initialize data members in the class with the
// appropriate default values
//
void
ParDDLFileAttrsAlterIndex::initializeDataMembers()
{
  resetAllIsSpecDataMembers();

  // ALLOCATE
  //
  //   The following data members have no meanings when the
  //   Allocate phrase is not specified.
  //
  extentsToAllocate_ = ElemDDLFileAttrAllocate::DEFAULT_EXTENTS_TO_ALLOCATE;

  // [ NO ] AUDITCOMPRESS
  //
  //   The following data member has no meaning when the
  //   [No]AuditCompress phrase does not appear.
  //
  isAuditCompress_      = TRUE;

  // [ NO ] BUFFERED
  //
  //   The following data member has no meaning when the
  //   [No]Buffered phrase does not appear.
  //
  isBuffered_           = TRUE;
                        
  // [ NO ] CLEARONPURGE       
  //
  //   The following data member has no meaning when the
  //   [No]ClearOnPurge phrase does not appear.
  //
  isClearOnPurge_       = FALSE;

  // COMPRESSION TYPE { NONE | HARDWARE | SOFTWARE }
  compressionType_      = COM_NO_COMPRESSION;

  // DEALLOCATE
  //
  //   no other data members besides isDeallocateSpec_
  //

  // MAXSIZE
  //
  //   The following data members have no meanings when the
  //   MaxSize phrase does not appear.
  //
  isMaxSizeUnbounded_   = FALSE;
  ParSetDefaultMaxSize(maxSize_, maxSizeUnit_);

  // EXTENT
  //
  //   The following data members have no meanings when the
  //   Extent phrase does not appear.
  //
  
  ParSetDefaultExtents(priExt_, secExt_);

  // MAXEXTENTS
  //
  //   The following data members have no meanings when the
  //   MaxExtents phrase does not appear.
  //
  ParSetDefaultMaxExtents(maxExt_);

  // NO LABEL UPDATE
  noLabelUpdate_ = FALSE;

} // ParDDLFileAttrsAlterIndex::initializeDataMembers()

//
// reset all is...Spec_ data members
//
void
ParDDLFileAttrsAlterIndex::resetAllIsSpecDataMembers()
{
  // ALLOCATE
  isAllocateSpec_               = FALSE;

  // [ NO ] AUDITCOMPRESS
  isAuditCompressSpec_          = FALSE;

  // BUFFERED
  isBufferedSpec_               = FALSE;

  // [ NO ] CLEARONPURGE
  isClearOnPurgeSpec_           = FALSE;

    // COMPRESSION
  isCompressionTypeSpec_        = FALSE;

  // DEALLOCATE
  isDeallocateSpec_             = FALSE;

  // MAXSIZE
  isMaxSizeSpec_                = FALSE;

  // EXTENT
  isExtentSpec_                 = FALSE;

  // MAXEXTENTS
  isMaxExtentSpec_		= FALSE;

  // NO LABEL UPDATE
  isNoLabelUpdateSpec_          = FALSE;

} // ParDDLFileAttrsAlterIndex::resetAllIsSpecDataMembers()

//
// set a file attribute
//
void
ParDDLFileAttrsAlterIndex::setFileAttr(ElemDDLFileAttr * pFileAttr)
{
  ComASSERT(pFileAttr NEQ NULL);

  switch (pFileAttr->getOperatorType())
  {
  case ELM_FILE_ATTR_ALLOCATE_ELEM :
    if (isDeallocateSpec_)
    {
      // ALLOCATE and DEALLOCATE phrases can not appear in the 
      // same ALTER INDEX statement.
      *SqlParser_Diags << DgSqlCode(-3068);
    }
    if (isAllocateSpec_)
    {
      // Duplicate ALLOCATE phrases.
      *SqlParser_Diags << DgSqlCode(-3081);
      
    }
    isAllocateSpec_ = TRUE;
    ComASSERT(pFileAttr->castToElemDDLFileAttrAllocate() NEQ NULL);
    {
      ElemDDLFileAttrAllocate * pAlloc =
        pFileAttr->castToElemDDLFileAttrAllocate();
      extentsToAllocate_ = pAlloc->getExtentsToAllocate();
    }
    break;

  case ELM_FILE_ATTR_AUDIT_ELEM :
    //
    // The grammar productions allow the [no]audit phrase
    // to appear within an Alter Index ... Attribute(s)
    // statement (syntactically).  Enforces the restriction
    // by using semantic actions.
    //
    // The [NO]AUDIT clause is not supported.
    *SqlParser_Diags << DgSqlCode(-3070);
    break;

  case ELM_FILE_ATTR_AUDIT_COMPRESS_ELEM :
    if (isAuditCompressSpec_)
    {
      // Duplicate [NO]AUDITCOMPRESS phrases.
      *SqlParser_Diags << DgSqlCode(-3071);
    }
    ComASSERT(pFileAttr->castToElemDDLFileAttrAuditCompress() NEQ NULL);
    isAuditCompress_ = pFileAttr->castToElemDDLFileAttrAuditCompress()->
      getIsAuditCompress();
    isAuditCompressSpec_ = TRUE;
    break;

  case ELM_FILE_ATTR_BLOCK_SIZE_ELEM :
    //
    // The grammar productions allow the Blocksize phrase
    // to appear within an Alter Index statement (syntactically).
    // Enforces the restriction by using semantic actions.
    //
    // BLOCKSIZE phrase not allowed "
    // in an Alter Index ... Attribute(s) statement.
    *SqlParser_Diags << DgSqlCode(-3072)
                     << DgString0("BLOCKSIZE")
                     << DgString1("INDEX");
    break;

  case ELM_FILE_ATTR_BUFFERED_ELEM :
    if (isBufferedSpec_)
    {
      // Duplicate [NO]BUFFERED phrases.
      *SqlParser_Diags << DgSqlCode(-3085) ;
    }
    ComASSERT(pFileAttr->castToElemDDLFileAttrBuffered() NEQ NULL);
    isBuffered_ = pFileAttr->castToElemDDLFileAttrBuffered()->getIsBuffered();
    isBufferedSpec_ = TRUE;
    break;

  case ELM_FILE_ATTR_CLEAR_ON_PURGE_ELEM :
    if (isClearOnPurgeSpec_)
    {
      // Duplicate [NO]CLEARONPURGE phrases.
      *SqlParser_Diags << DgSqlCode(-3086);
    }
    ComASSERT(pFileAttr->castToElemDDLFileAttrClearOnPurge() NEQ NULL);
    isClearOnPurge_ = pFileAttr->castToElemDDLFileAttrClearOnPurge()->
      getIsClearOnPurge();
    isClearOnPurgeSpec_ = TRUE;
    break;

  case ELM_FILE_ATTR_COMPRESSION_ELEM :
    *SqlParser_Diags << DgSqlCode(-3282);
    break;

  case ELM_FILE_ATTR_D_COMPRESS_ELEM :
    //
    // The grammar productions allow the [no]dcompress phrase
    // to appear within an Alter Index statement (syntactically).
    // Enforces the restriction by using semantic actions.
    //
    // [NO]DCOMPRESS phrase not allowed in an Alter Index ... Attribute(s) 
    // statement.
    *SqlParser_Diags << DgSqlCode(-3075); 
    break;

  case ELM_FILE_ATTR_DEALLOCATE_ELEM :
    if (isAllocateSpec_)
    {
      // ALLOCATE and DEALLOCATE phrases can not appear in the same 
      // ALTER INDEX statement.
      *SqlParser_Diags << DgSqlCode(-3068);
    }
    if (isDeallocateSpec_)
    {
      // Duplicate DEALLOCATE phrases.
      *SqlParser_Diags << DgSqlCode(-3076);
    }
    isDeallocateSpec_ = TRUE;
    break;

  case ELM_FILE_ATTR_I_COMPRESS_ELEM :
    //
    // The grammar productions allow the [no]icompress phrase
    // to appear within an Alter Index statement (syntactically).
    // Enforces the restriction by using semantic actions.
    //
    // [NO]ICOMPRESS phrase not allowed in an Alter Index ... Attribute(s) 
    // statement.
    *SqlParser_Diags << DgSqlCode(-3077);
    break;

  case ELM_FILE_ATTR_EXTENT_ELEM :
	// DOnt allow EXTENT in ALTER statements
    *SqlParser_Diags << DgSqlCode(-3194);
    break;

    
 case ELM_FILE_ATTR_MAXEXTENTS_ELEM :
    if (isMaxExtentSpec_)
    {
      // Duplicate MAXEXTENTS phrases.
      *SqlParser_Diags << DgSqlCode(-3079);
    }
    isMaxExtentSpec_ = TRUE;
    ComASSERT(pFileAttr->castToElemDDLFileAttrMaxExtents() NEQ NULL);
    {
      ElemDDLFileAttrMaxExtents * pMaxExtents =
        pFileAttr->castToElemDDLFileAttrMaxExtents();
	  /////////////////////////////////////////////////////////////////
	  //error checking while specifying the MAXEXTENTS attribute clause
	  /////////////////////////////////////////////////////////////////
	  Lng32 maxext = pMaxExtents->getMaxExtents();
	  if ((maxext <= 0) || (maxext > COM_MAX_MAXEXTENTS))
      {
		*SqlParser_Diags << DgSqlCode(-3191);
      }
	  else
	  {
		maxExt_            = pMaxExtents->getMaxExtents();
	  }
    }
    break;  
  
  case ELM_FILE_ATTR_ROW_FORMAT_ELEM :
    //
    // The grammar productions allow the Row Format phrase
    // to appear within an Alter Index statement (syntactically).
    // Enforces the restriction by using semantic actions.
    //
    // The Row FORMAT clause is not allowed in
    // the ALTER INDEX ... ATTRIBUTE(s) statement.
    *SqlParser_Diags << DgSqlCode(-3072)
                     << DgString0("Row FORMAT")
                     << DgString1("INDEX");
    break;

  case ELM_FILE_ATTR_NO_LABEL_UPDATE_ELEM :
    if (isNoLabelUpdateSpec_)
    {
      // Duplicate NO LABEL UPDATE phrases.
      *SqlParser_Diags << DgSqlCode(-3099) ;
    }
    ComASSERT(pFileAttr->castToElemDDLFileAttrNoLabelUpdate() NEQ NULL);
    noLabelUpdate_ = pFileAttr->castToElemDDLFileAttrNoLabelUpdate()->getIsNoLabelUpdate();
    isNoLabelUpdateSpec_ = TRUE;
    break;

  default :
    NAAbort("ParDDLFileAttrs.C", __LINE__, "internal logic error");
    break;
  }
} // ParDDLFileAttrsAlterIndex::setFileAttr()

//
// trace
//

NATraceList
ParDDLFileAttrsAlterIndex::getDetailInfo() const
{
  NAString        detailText;
  NATraceList detailTextList;

  // ALLOCATE

  if (isAllocateSpecified())
  {
    detailText = "extents to allocate: ";
    // cast to long needed to suppress warning
    detailText += LongToNAString((Lng32)getExtentsToAllocate());
    detailTextList.append(detailText);    
  }
  else
  {
    detailTextList.append("allocate not spec");
  }

  // [ NO ] AUDITCOMPRESS

  if (isAuditCompressSpecified())
  {
    detailText = "audcompr?      ";
    detailText += YesNo(getIsAuditCompress());
    detailTextList.append(detailText);
  }
  else
  {
    detailTextList.append("[no]auditcompress not spec");
  }

  // [ NO ] BUFFERED

  if (isBufferedSpecified())
  {
    detailText = "buffered?      ";
    detailText += YesNo(getIsBuffered());
    detailTextList.append(detailText);
  }
  else
  {
    detailTextList.append("[no]buffered not spec");
  }

  // [ NO ] CLEARONPURGE

  if (isClearOnPurgeSpecified())
  {
    detailText = "clrpurge?      ";
    detailText += YesNo(getIsClearOnPurge());
    detailTextList.append(detailText);
  }
  else
  {
    detailTextList.append("[no]clearonpurge not spec");
  }

  // DEALLOCATE

  if (isDeallocateSpecified())
  {
    detailTextList.append("deallocate specified");
  }
  else
  {
    detailTextList.append("deallocate not spec");
  }

  // MAXSIZE

  if (isMaxSizeSpecified())
  {
    if (isMaxSizeUnbounded())
    {
      detailText = "maxsizunbound? ";
      detailText += YesNo(isMaxSizeUnbounded());
      detailTextList.append(detailText);
    }
    else
    {
      detailText = "maximum size:  ";
      detailText += LongToNAString((Lng32)getMaxSize());
      detailTextList.append(detailText);

      detailText = "max size unit: ";
      detailText += getMaxSizeUnitAsNAString();
      detailTextList.append(detailText);
    }
  }
  else
  {
    detailTextList.append("maxsize not spec");
  }

    
  // EXTENT

  if (isExtentSpecified())
  {
    detailText = "Extent Specified";
    detailTextList.append(detailText);
  }
  else
  {
    detailTextList.append("Extent Unspecified!");
  }

  // MAXEXTENTS

  if (isMaxExtentSpecified())
  {
    detailText = "MaxExtents Specified";
    detailTextList.append(detailText);
  }
  else
  {
    detailTextList.append("MaxExtents Unspecified!");
  }
  

  return detailTextList;

} // ParDDLFileAttrsAlterIndex::getDetailInfo()

// -----------------------------------------------------------------------
// methods for class ParDDLFileAttrsAlterTable
// -----------------------------------------------------------------------

//
// constructor
//
ParDDLFileAttrsAlterTable::ParDDLFileAttrsAlterTable(
     ParDDLFileAttrs::fileAttrsNodeTypeEnum fileAttrsNodeType)
: ParDDLFileAttrs(fileAttrsNodeType)
{
  initializeDataMembers();
}

//
// copy constructor
//
ParDDLFileAttrsAlterTable::ParDDLFileAttrsAlterTable(
     const ParDDLFileAttrsAlterTable & alterTableFileAttributes)
{
  copy(alterTableFileAttributes);
}

//
// virtual destructor
//
ParDDLFileAttrsAlterTable::~ParDDLFileAttrsAlterTable()
{
}

//
// assignment operator
//
ParDDLFileAttrsAlterTable &
ParDDLFileAttrsAlterTable::operator = (
     const ParDDLFileAttrsAlterTable & rhs)
{
  if (this EQU &rhs)
  {
    return *this;
  }

  copy(rhs);

  return *this;

} // ParDDLFileAttrsAlterTable::operator=()

//
// accessors
//

NAString
ParDDLFileAttrsAlterTable::getMaxSizeUnitAsNAString() const
{
  ElemDDLFileAttrMaxSize maxSizeFileAttr(getMaxSize(), getMaxSizeUnit());
  return maxSizeFileAttr.getMaxSizeUnitAsNAString();
}

//
// mutators
//

void
ParDDLFileAttrsAlterTable::copy(const ParDDLFileAttrsAlterTable &rhs)
{
  ParDDLFileAttrs::copy(rhs);

  // ALLOCATE
  isAllocateSpec_       = rhs.isAllocateSpec_;
  extentsToAllocate_  = rhs.extentsToAllocate_;

  // [ NO ] AUDIT
  isAuditSpec_          = rhs.isAuditSpec_;
  isAudit_              = rhs.isAudit_;

  // [ NO ] AUDITCOMPRESS
  isAuditCompressSpec_  = rhs.isAuditCompressSpec_;
  isAuditCompress_      = rhs.isAuditCompress_;

  // [ NO ] BUFFERED
  isBufferedSpec_       = rhs.isBufferedSpec_;
  isBuffered_           = rhs.isBuffered_;
                        
  // [ NO ] CLEARONPURGE       
  isClearOnPurgeSpec_   = rhs.isClearOnPurgeSpec_;
  isClearOnPurge_       = rhs.isClearOnPurge_;
                        
  // COMPRESSION
  isCompressionTypeSpec_ = rhs.isCompressionTypeSpec_;
  compressionType_       = rhs.compressionType_;

  // DEALLOCATE
  isDeallocateSpec_     = rhs.isDeallocateSpec_;

  // MAXSIZE
  isMaxSizeSpec_        = rhs.isMaxSizeSpec_;
  isMaxSizeUnbounded_   = rhs.isMaxSizeUnbounded_;
  maxSize_              = rhs.maxSize_;
  maxSizeUnit_          = rhs.maxSizeUnit_;

  // EXTENT
  isExtentSpec_         = rhs.isExtentSpec_;
  priExt_		        = rhs.priExt_;
  secExt_               = rhs.secExt_;

  // MAXEXTENTs
  isMaxExtentSpec_      = rhs.isMaxExtentSpec_;
  maxExt_		        = rhs.maxExt_;

  // RANGELOG
  isRangeLogSpec_		= rhs.isRangeLogSpec_;
  rangelogType_			= rhs.rangelogType_;
  
  // LOCKONREFRESH
  isLockOnRefreshSpec_  = rhs.isLockOnRefreshSpec_;
  isLockOnRefresh_		= rhs.isLockOnRefresh_;

  // INSERTLOG
  isInsertLogSpec_		= rhs.isInsertLogSpec_;
  isInsertLog_			= rhs.isInsertLog_;

  // MVS ALLOWED
  isMvsAllowedSpec_		= rhs.isMvsAllowedSpec_;
  mvsAllowedType_		= rhs.mvsAllowedType_;

  
} // ParDDLFileAttrsAlterTable::copy()

//
// private method invoked by the constructor to
// initialize data members in the class with the
// appropriate default values
//
void
ParDDLFileAttrsAlterTable::initializeDataMembers()
{
  resetAllIsSpecDataMembers();

  // ALLOCATE
  //
  //   The following data members have no meanings when the
  //   Allocate phrase is not specified.
  //
  extentsToAllocate_    = ElemDDLFileAttrAllocate::DEFAULT_EXTENTS_TO_ALLOCATE;

  // [ NO ] AUDIT
  //
  //   The following data member has no meaning when the
  //   [No]Audit phrase does not appear.
  //
  isAudit_              = TRUE;

  // [ NO ] AUDITCOMPRESS
  //
  //   The following data member has no meaning when the
  //   [No]AuditCompress phrase does not appear.
  //
  isAuditCompress_      = TRUE;

  // [ NO ] BUFFERED
  //
  //   The following data member has no meaning when the
  //   [No]Buffered phrase does not appear.
  //
  isBuffered_           = TRUE;
                        
  // [ NO ] CLEARONPURGE       
  //
  //   The following data member has no meaning when the
  //   [No]ClearOnPurge phrase does not appear.
  //
  isClearOnPurge_       = FALSE;

  // COMPRESSION TYPE { NONE | HARDWARE | SOFTWARE }
  compressionType_      = COM_NO_COMPRESSION;

  // DEALLOCATE
  //
  //   no other data members besides isDeallocateSpec_
  //

  // MAXSIZE
  //
  //   The following data members have no meanings when the
  //   MaxSize phrase does not appear.
  //
  isMaxSizeUnbounded_   = FALSE;
  ParSetDefaultMaxSize(maxSize_, maxSizeUnit_);

  // EXTENT
  //
  // KS uncommented this while implementing EXTENTS JUNE 2002
  
  ParSetDefaultExtents(priExt_, secExt_);

  // MAXEXTENTS
  //
  //  KS uncommented this while implementing EXTENTS JUNE 2002 
  
  ParSetDefaultMaxExtents(maxExt_);

  // RANGELOG
  //
  //   The following data member has no meaning when the
  //   RANGELOG phrase does not appear.
  //
  rangelogType_ = COM_NO_RANGELOG;


  // LOCKONREFRESH
  //

  isLockOnRefresh_ = TRUE;

  // INSERTLOG
  //

  isInsertLog_ = FALSE;

  // MVS ALLOWED
  //

  mvsAllowedType_ = COM_NO_MVS_ALLOWED;

} // ParDDLFileAttrsAlterTable::initializeDataMembers()

//
// reset all is...Spec_ data members
//
void
ParDDLFileAttrsAlterTable::resetAllIsSpecDataMembers()
{
  // ALLOCATE
  isAllocateSpec_               = FALSE;

  // [ NO ] AUDIT
  isAuditSpec_                  = FALSE;

  // [ NO ] AUDITCOMPRESS
  isAuditCompressSpec_          = FALSE;

  // BUFFERED
  isBufferedSpec_               = FALSE;

  // [ NO ] CLEARONPURGE
  isClearOnPurgeSpec_           = FALSE;

  // COMPRESSION
  isCompressionTypeSpec_        = FALSE;

  // DEALLOCATE
  isDeallocateSpec_             = FALSE;

  // MAXSIZE
  isMaxSizeSpec_                = FALSE;

  // EXTENT
  isExtentSpec_                 = FALSE;

  // MAXEXTENTS
  isMaxExtentSpec_				= FALSE;

  // [NO] RANGELOG
  isRangeLogSpec_				= FALSE;

  // [NO] LOCKONREFRESH
  isLockOnRefreshSpec_			= FALSE;

    // INSERTLOG
  isInsertLogSpec_				= FALSE;

  // MVS ALLOWED
  isMvsAllowedSpec_				= FALSE;

  // NO LABEL UPDATE
  isNoLabelUpdateSpec_          = FALSE;

} // ParDDLFileAttrsAlterTable::resetAllIsSpecDataMembers()

//
// set a file attribute
//
void
ParDDLFileAttrsAlterTable::setFileAttr(ElemDDLFileAttr * pFileAttr)
{
  ComASSERT(pFileAttr NEQ NULL);

  switch (pFileAttr->getOperatorType())
  {
  case ELM_FILE_ATTR_ALLOCATE_ELEM :
    if (isDeallocateSpec_)
    {
      // ALLOCATE and DEALLOCATE phrases can not appear in the same 
      // ALTER TABLE statement.
      *SqlParser_Diags << DgSqlCode(-3068);
    }
    if (isAllocateSpec_)
    {
      // Duplicate ALLOCATE phrases.
      *SqlParser_Diags << DgSqlCode(-3081);
    }
    isAllocateSpec_ = TRUE;
    ComASSERT(pFileAttr->castToElemDDLFileAttrAllocate() NEQ NULL);
    {
      ElemDDLFileAttrAllocate * pAlloc =
        pFileAttr->castToElemDDLFileAttrAllocate();
      extentsToAllocate_ = pAlloc->getExtentsToAllocate();
    }
    break;

  case ELM_FILE_ATTR_AUDIT_ELEM :
    if (isAuditSpec_)
    {
      // Duplicate [NO]AUDIT phrases.
      *SqlParser_Diags << DgSqlCode(-3082);
    }
    ComASSERT(pFileAttr->castToElemDDLFileAttrAudit() NEQ NULL);
    isAudit_ = pFileAttr->castToElemDDLFileAttrAudit()->getIsAudit();
    isAuditSpec_ = TRUE;
    break;

  case ELM_FILE_ATTR_AUDIT_COMPRESS_ELEM :
    if (isAuditCompressSpec_)
    {
      // Duplicate [NO]AUDITCOMPRESS phrases.
      *SqlParser_Diags << DgSqlCode(-3083);
    }
    ComASSERT(pFileAttr->castToElemDDLFileAttrAuditCompress() NEQ NULL);
    isAuditCompress_ = pFileAttr->castToElemDDLFileAttrAuditCompress()->
      getIsAuditCompress();
    isAuditCompressSpec_ = TRUE;
    break;

  case ELM_FILE_ATTR_BLOCK_SIZE_ELEM :
    //
    // The grammar productions allow the Blocksize phrase
    // to appear within an Alter Table statement (syntactically).
    // Enforces the restriction by using semantic actions.
    //
 
    // BLOCKSIZE phrase not allowed in an Alter Table ... Attribute(s) 
    // statement.
    *SqlParser_Diags << DgSqlCode(-3084);
    break;

  case ELM_FILE_ATTR_BUFFERED_ELEM :
    if (isBufferedSpec_)
    {
      // Duplicate [NO]BUFFERED phrases.
      *SqlParser_Diags << DgSqlCode(-3085);
    }
    ComASSERT(pFileAttr->castToElemDDLFileAttrBuffered() NEQ NULL);
    isBuffered_ = pFileAttr->castToElemDDLFileAttrBuffered()->getIsBuffered();
    isBufferedSpec_ = TRUE;
    break;

  case ELM_FILE_ATTR_CLEAR_ON_PURGE_ELEM :
    if (isClearOnPurgeSpec_)
    {
      // Duplicate [NO]CLEARONPURGE phrases.
      *SqlParser_Diags << DgSqlCode(-3086);
    }
    ComASSERT(pFileAttr->castToElemDDLFileAttrClearOnPurge() NEQ NULL);
    isClearOnPurge_ = pFileAttr->castToElemDDLFileAttrClearOnPurge()->
      getIsClearOnPurge();
    isClearOnPurgeSpec_ = TRUE;
    break;

  case ELM_FILE_ATTR_COMPRESSION_ELEM :
    // Not supported for alter
    *SqlParser_Diags << DgSqlCode(-3282);
    break;

  case ELM_FILE_ATTR_D_COMPRESS_ELEM :
    //
    // The grammar productions allow the [no]dcompress phrase
    // to appear within an Alter Table statement (syntactically).
    // Enforces the restriction by using semantic actions.
    //

    // [NO]DCOMPRESS phrase not allowed in an Alter Table ... Attribute(s) 
    // statement.
    *SqlParser_Diags << DgSqlCode(-3087);
    break;

  case ELM_FILE_ATTR_DEALLOCATE_ELEM :
    if (isAllocateSpec_)
    {
      // ALLOCATE and DEALLOCATE phrases can not appear in the same 
      // ALTER TABLE statement.
      *SqlParser_Diags << DgSqlCode(-3088);
    }
    if (isDeallocateSpec_)
    {
      // Duplicate DEALLOCATE phrases.
      *SqlParser_Diags << DgSqlCode(-3076);
    }
    isDeallocateSpec_ = TRUE;
    break;

  case ELM_FILE_ATTR_I_COMPRESS_ELEM :
    //
    // The grammar productions allow the [no]icompress phrase
    // to appear within an Alter Table statement (syntactically).
    // Enforces the restriction by using semantic actions.
    //
    // [NO]ICOMPRESS phrase not allowed in an Alter Table ... Attribute(s) 
    // statement.
    *SqlParser_Diags << DgSqlCode(-3089);
    break;

  case ELM_FILE_ATTR_EXTENT_ELEM :
	// Dont allow EXTENT in ALTER statements.
    *SqlParser_Diags << DgSqlCode(-3194);
    break;

	case ELM_FILE_ATTR_MAXEXTENTS_ELEM :
    if (isMaxExtentSpec_)
    {
      // Duplicate MAXEXTENTS phrases.
      *SqlParser_Diags << DgSqlCode(-3079);
    }
    isMaxExtentSpec_ = TRUE;
    ComASSERT(pFileAttr->castToElemDDLFileAttrMaxExtents() NEQ NULL);
    {
      ElemDDLFileAttrMaxExtents * pMaxExtents =
        pFileAttr->castToElemDDLFileAttrMaxExtents();
	  // error checking for limits when we specify the MAXEXTENTS clause
	  Lng32 maxext = pMaxExtents->getMaxExtents();
	  if ((maxext <= 0) || (maxext > COM_MAX_MAXEXTENTS))
      {
		*SqlParser_Diags << DgSqlCode(-3191);
      }
	  else
	  {
		maxExt_            = pMaxExtents->getMaxExtents();
	  }
    }
    break;  

  case ELM_FILE_ATTR_ROW_FORMAT_ELEM :
    //
    // The grammar productions allow the Row Format phrase
    // to appear within an Alter Table statement (syntactically).
    // Enforces the restriction by using semantic actions.
    //
    // The Row FORMAT clause is not allowed in
    // the ALTER TABLE ... ATTRIBUTE(s) statement.
    *SqlParser_Diags << DgSqlCode(-3072)
                     << DgString0("Row FORMAT")
                     << DgString1("TABLE");
    break;

  case ELM_FILE_ATTR_NO_LABEL_UPDATE_ELEM :
    if (isNoLabelUpdateSpec_)
    {
      // Duplicate NO LABEL UPDATE phrases.
      *SqlParser_Diags << DgSqlCode(-3099) ;
    }
    ComASSERT(pFileAttr->castToElemDDLFileAttrNoLabelUpdate() NEQ NULL);
    noLabelUpdate_ = pFileAttr->castToElemDDLFileAttrNoLabelUpdate()->getIsNoLabelUpdate();
    isNoLabelUpdateSpec_ = TRUE;
    break;

	case ELM_FILE_ATTR_RANGE_LOG_ELEM:
		if (isRangeLogSpec_)
		{
		  // Duplicate RANGELOG phrases.
		  *SqlParser_Diags << DgSqlCode(-12056);
		}
		ComASSERT(pFileAttr->castToElemDDLFileAttrRangeLog() NEQ NULL);
		rangelogType_ = 
			pFileAttr->castToElemDDLFileAttrRangeLog()->getRangelogType();
		isRangeLogSpec_ = TRUE;
		break;

	case ELM_FILE_ATTR_LOCK_ON_REFRESH_ELEM:
		if (isLockOnRefreshSpec_)
		{
		  // Duplicate [NO]LOCKONREFRESH  phrases.
		  *SqlParser_Diags << DgSqlCode(-12055);
		}
		ComASSERT(pFileAttr->castToElemDDLFileAttrLockOnRefresh() NEQ NULL);
		isLockOnRefresh_ = 
			pFileAttr->castToElemDDLFileAttrLockOnRefresh()->isLockOnRefresh();
		isLockOnRefreshSpec_ = TRUE;
		break;


	case ELM_FILE_ATTR_INSERT_LOG_ELEM:
		if (isInsertLogSpec_)
		{
		  // Duplicate [NO]LOCKONREFRESH  phrases.
		  *SqlParser_Diags << DgSqlCode(-12057);
		}
		ComASSERT(pFileAttr->castToElemDDLFileAttrInsertLog() NEQ NULL);
		isInsertLog_ = 
			pFileAttr->castToElemDDLFileAttrInsertLog()->isInsertLog();
		isInsertLogSpec_ = TRUE;
		break;

	case ELM_FILE_ATTR_MVS_ALLOWED_ELEM:
		if (isMvsAllowedSpec_)
		{
		  // Duplicate RANGELOG phrases.
		  *SqlParser_Diags << DgSqlCode(-12058);
		}
		ComASSERT(pFileAttr->castToElemDDLFileAttrMvsAllowed() NEQ NULL);
		mvsAllowedType_ = 
			pFileAttr->castToElemDDLFileAttrMvsAllowed()->getMvsAllowedType();
		isMvsAllowedSpec_ = TRUE;
		break;


	default :
		NAAbort("ParDDLFileAttrs.C", __LINE__, "internal logic error");
		break;
  }
} // ParDDLFileAttrsAlterTable::setFileAttr()

//
// trace
//

NATraceList
ParDDLFileAttrsAlterTable::getDetailInfo() const
{
  NAString        detailText;
  NATraceList detailTextList;

  // ALLOCATE

  if (isAllocateSpecified())
  {
    detailText = "extents to allocate: ";
    // cast to long needed to suppress warning
    detailText += LongToNAString((Lng32)getExtentsToAllocate());
    detailTextList.append(detailText);
  }
  else
  {
    detailTextList.append("allocate not spec");
  }

  // [ NO ] AUDIT

  if (isAuditSpecified())
  {
    detailText = "audited?       ";
    detailText += YesNo(getIsAudit());
    detailTextList.append(detailText);
  }
  else
  {
    detailTextList.append("[no]audit not spec");
  }

  // [ NO ] AUDITCOMPRESS

  if (isAuditCompressSpecified())
  {
    detailText = "audcompr?      ";
    detailText += YesNo(getIsAuditCompress());
    detailTextList.append(detailText);
  }
  else
  {
    detailTextList.append("[no]auditcompress not spec");
  }

  // [ NO ] BUFFERED

  if (isBufferedSpecified())
  {
    detailText = "buffered?      ";
    detailText += YesNo(getIsBuffered());
    detailTextList.append(detailText);
  }
  else
  {
    detailTextList.append("[no]buffered not spec");
  }

  // [ NO ] CLEARONPURGE

  if (isClearOnPurgeSpecified())
  {
    detailText = "clrpurge?      ";
    detailText += YesNo(getIsClearOnPurge());
    detailTextList.append(detailText);
  }
  else
  {
    detailTextList.append("[no]clearonpurge not spec");
  }

  // DEALLOCATE

  if (isDeallocateSpecified())
  {
    detailTextList.append("deallocate specified");
  }
  else
  {
    detailTextList.append("deallocate not spec");
  }

  // MAXSIZE

  if (isMaxSizeSpecified())
  {
    if (isMaxSizeUnbounded())
    {
      detailText = "maxsizunbound? ";
      detailText += YesNo(isMaxSizeUnbounded());
      detailTextList.append(detailText);
    }
    else
    {
      detailText = "maximum size:  ";
      detailText += LongToNAString((Lng32)getMaxSize());
      detailTextList.append(detailText);

      detailText = "max size unit: ";
      detailText += getMaxSizeUnitAsNAString();
      detailTextList.append(detailText);
    }
  }
  else
  {
    detailTextList.append("maxsize not spec");
  }

  return detailTextList;

} // ParDDLFileAttrsAlterTable::getDetailInfo()

// -----------------------------------------------------------------------
// methods for class ParDDLFileAttrsCreateIndex
// -----------------------------------------------------------------------

//
// constructor
//
ParDDLFileAttrsCreateIndex::ParDDLFileAttrsCreateIndex(
     ParDDLFileAttrs::fileAttrsNodeTypeEnum fileAttrsNodeType)
: ParDDLFileAttrs(fileAttrsNodeType)
{
  initializeDataMembers();
}

//
// copy constructor
//
ParDDLFileAttrsCreateIndex::ParDDLFileAttrsCreateIndex(
     const ParDDLFileAttrsCreateIndex & createIndexFileAttributes)
{
  copy(createIndexFileAttributes);
}

//
// virtual destructor
//
ParDDLFileAttrsCreateIndex::~ParDDLFileAttrsCreateIndex()
{
}

//
// assignment operator
//
ParDDLFileAttrsCreateIndex &
ParDDLFileAttrsCreateIndex::operator = (
     const ParDDLFileAttrsCreateIndex & rhs)
{
  if (this EQU &rhs)
  {
    return *this;
  }

  copy(rhs);

  return *this;

} // ParDDLFileAttrsCreateIndex::operator=()

//
// accessors
//

NAString
ParDDLFileAttrsCreateIndex::getMaxSizeUnitAsNAString() const
{
  ElemDDLFileAttrMaxSize maxSizeFileAttr(getMaxSize(), getMaxSizeUnit());
  return maxSizeFileAttr.getMaxSizeUnitAsNAString();
}

//
// mutators
//

void
ParDDLFileAttrsCreateIndex::copy(const ParDDLFileAttrsCreateIndex &rhs)
{
  ParDDLFileAttrs::copy(rhs);

  // ALLOCATE
  extentsToAllocate_       = rhs.extentsToAllocate_;

  // [ NO ] AUDITCOMPRESS
  isAuditCompressSpec_  = rhs.isAuditCompressSpec_;
  isAuditCompress_      = rhs.isAuditCompress_;

  // BLOCKSIZE          
  isBlockSizeSpec_      = rhs.isBlockSizeSpec_;
  blockSize_            = rhs.blockSize_;

  // [ NO ] BUFFERED
  isBufferedSpec_       = rhs.isBufferedSpec_;
  isBuffered_           = rhs.isBuffered_;
                        
  // [ NO ] CLEARONPURGE       
  isClearOnPurgeSpec_   = rhs.isClearOnPurgeSpec_;
  isClearOnPurge_       = rhs.isClearOnPurge_;
                        
  // COMPRESSION
  isCompressionTypeSpec_ = rhs.isCompressionTypeSpec_;
  compressionType_       = rhs.compressionType_;

  // [ NO ] DCOMPRESS          
  isDCompressSpec_      = rhs.isDCompressSpec_;
  isDCompress_          = rhs.isDCompress_;

  // [ NO ] ICOMPRESS          
  isICompressSpec_      = rhs.isICompressSpec_;
  isICompress_          = rhs.isICompress_;

  // MAXSIZE
  isMaxSizeSpec_        = rhs.isMaxSizeSpec_;
  isMaxSizeUnbounded_   = rhs.isMaxSizeUnbounded_;
  maxSize_              = rhs.maxSize_;
  maxSizeUnit_          = rhs.maxSizeUnit_;

  // EXTENT
  isExtentSpec_         = rhs.isExtentSpec_;
  priExt_		        = rhs.priExt_;
  secExt_               = rhs.secExt_;

  // MAXEXTENTs
  isMaxExtentSpec_      = rhs.isMaxExtentSpec_;
  maxExt_		        = rhs.maxExt_;
  
  // UID
  isUIDSpec_		= rhs.isUIDSpec_;
  UID_			= rhs.UID_;

  // { ALIGNED | PACKED } FORMAT
  isRowFormatSpec_      = rhs.isRowFormatSpec_;
  eRowFormat_           = rhs.eRowFormat_;

} // ParDDLFileAttrsCreateIndex::copy()

//
// private method invoked by the constructor to
// initialize data members in the class with the
// appropriate default values
//
void
ParDDLFileAttrsCreateIndex::initializeDataMembers()
{
  resetAllIsSpecDataMembers();

  // ALLOCATE
  extentsToAllocate_    = ElemDDLFileAttrAllocate::DEFAULT_EXTENTS_TO_ALLOCATE;

  // [ NO ] AUDITCOMPRESS
  //
  //   Default is TRUE which means to include only changed columns.
  //
  isAuditCompress_      = TRUE;

  // BLOCKSIZE
  blockSize_            = ElemDDLFileAttrBlockSize::DEFAULT_BLOCK_SIZE;

  // [ NO ] BUFFERED
  //
  //   turns buffering on or off.
  //
  //   For Create Index statements, the default is the corresponding
  //   value in the underlying table.  The parser cannot determine
  //   the default value.
  //
  //   For Create Table statements, default is on when audited,
  //   else it is off.  Can not determine the default value during
  //   instantiation time.  Set the value to TRUE for now.
  //
  isBuffered_           = TRUE;
                        
  // [ NO ] CLEARONPURGE       
  //
  //   For Create Index statements, the default is the corresponding
  //   value in the underlying table.  The parser cannot determine
  //   the default value.
  //
  //   For Create Table statements, the default is FALSE (no erasure).
  //
  isClearOnPurge_       = FALSE;

  // COMPRESSION TYPE { NONE | HARDWARE | SOFTWARE }
  compressionType_      = COM_NO_COMPRESSION;

  // [ NO ] DCOMPRESS          
  //
  //   constrols key compression in data blocks.
  //
  //   For Create Index statements, the default is the corresponding
  //   value in the underlying table.  The parser cannot determine
  //   the default value.
  //
  //   For Create Table statements, the default is FALSE (no
  //   compression).
  //
  isDCompress_          = FALSE;
                        
  // [ NO ] ICOMPRESS
  //
  //   constrols key compression in index blocks.
  //
  //   For Create Index statements, the default is the corresponding
  //   value in the underlying table.  The parser cannot determine
  //   the default value.
  //
  //   For Create Table statements, the default is FALSE (no
  //   compression).
  //
  isICompress_          = FALSE;

  // MAXSIZE
  isMaxSizeUnbounded_   = FALSE;
  ParSetDefaultMaxSize(maxSize_, maxSizeUnit_);

  // EXTENT
  //
  //   The following data members have no meanings when the
  //   Extent phrase does not appear.
  //
  
  ParSetDefaultExtents(priExt_, secExt_);

  // MAXEXTENTS
  //
  //   The following data members have no meanings when the
  //   MaxExtents phrase does not appear.
  //
  ParSetDefaultMaxExtents(maxExt_);

  // UID clause
  UID_ = 0;

  // { ALIGNED | PACKED } FORMAT
  eRowFormat_ = ElemDDLFileAttrRowFormat::eUNSPECIFIED;

} // ParDDLFileAttrsCreateIndex::initializeDataMembers()

//
// reset all is...Spec_ data members
//
void
ParDDLFileAttrsCreateIndex::resetAllIsSpecDataMembers()
{
  // ALLOCATE
  isAllocateSpec_               = FALSE;

  // [ NO ] AUDITCOMPRESS
  isAuditCompressSpec_          = FALSE;

  // BLOCKSIZE
  isBlockSizeSpec_              = FALSE;

  // BUFFERED
  isBufferedSpec_               = FALSE;

  // [ NO ] CLEARONPURGE
  isClearOnPurgeSpec_           = FALSE;

  // COMPRESSION
  isCompressionTypeSpec_        = FALSE;

  // [ NO ] DCOMPRESS
  isDCompressSpec_              = FALSE;

  // [ NO ] ICOMPRESS
  isICompressSpec_              = FALSE;

  // MAXSIZE
  isMaxSizeSpec_                = FALSE;

  // EXTENT
  isExtentSpec_                 = FALSE;

  // EXTENT
  isMaxExtentSpec_              = FALSE;
  
  // UID
  isUIDSpec_			= FALSE;
  
  // { ALIGNED | PACKED } FORMAT
  isRowFormatSpec_              = FALSE;

} // ParDDLFileAttrsCreateIndex::resetAllIsSpecDataMembers()

//
// set a file attribute
//
void
ParDDLFileAttrsCreateIndex::setFileAttr(ElemDDLFileAttr * pFileAttr)
{
  ComASSERT(pFileAttr NEQ NULL);

  switch (pFileAttr->getOperatorType())
  {
  case ELM_FILE_ATTR_ALLOCATE_ELEM :
    if (isAllocateSpec_)
    {
      // Duplicate ALLOCATE phrases.
      *SqlParser_Diags << DgSqlCode(-3081);
    }
    isAllocateSpec_ = TRUE;
    ComASSERT(pFileAttr->castToElemDDLFileAttrAllocate() NEQ NULL);
    {
      ElemDDLFileAttrAllocate * pAlloc =
        pFileAttr->castToElemDDLFileAttrAllocate();
      extentsToAllocate_ = pAlloc->getExtentsToAllocate();
    }
    break;

  case ELM_FILE_ATTR_AUDIT_ELEM :
    //
    // The grammar productions allow the [no]audit phrase to appear
    // within a Create Index statement (syntactically).  Enforces
    // the restriction by using semantic actions.
    //
    // [NO]AUDIT phrase not allowed in CREATE INDEX statement.
    *SqlParser_Diags << DgSqlCode(-3091);
    break;

  case ELM_FILE_ATTR_AUDIT_COMPRESS_ELEM :
    if (isAuditCompressSpec_)
    {
      // Duplicate [NO]AUDITCOMPRESS phrases.
      *SqlParser_Diags << DgSqlCode(-3083);
    }
    ComASSERT(pFileAttr->castToElemDDLFileAttrAuditCompress() NEQ NULL);
    isAuditCompress_ = pFileAttr->castToElemDDLFileAttrAuditCompress()->
      getIsAuditCompress();
    isAuditCompressSpec_ = TRUE;
    break;

  case ELM_FILE_ATTR_BLOCK_SIZE_ELEM :
    if (isBlockSizeSpec_)
    {
      // Duplicate BLOCKSIZE phrases.
      *SqlParser_Diags << DgSqlCode(-3092);
    }
    ComASSERT(pFileAttr->castToElemDDLFileAttrBlockSize() NEQ NULL);
    blockSize_ = pFileAttr->castToElemDDLFileAttrBlockSize()->getBlockSize();
    isBlockSizeSpec_ = TRUE;
    break;

  case ELM_FILE_ATTR_BUFFERED_ELEM :
    if (isBufferedSpec_)
    {
      // Duplicate [NO]BUFFERED phrases.
      *SqlParser_Diags << DgSqlCode(-3085);
    }
    ComASSERT(pFileAttr->castToElemDDLFileAttrBuffered() NEQ NULL);
    isBuffered_ = pFileAttr->castToElemDDLFileAttrBuffered()->getIsBuffered();
    isBufferedSpec_ = TRUE;
    break;

  case ELM_FILE_ATTR_CLEAR_ON_PURGE_ELEM :
    if (isClearOnPurgeSpec_)
    {
      // Duplicate [NO]CLEARONPURGE phrases.
      *SqlParser_Diags << DgSqlCode(-3086);
    }
    ComASSERT(pFileAttr->castToElemDDLFileAttrClearOnPurge() NEQ NULL);
    isClearOnPurge_ = pFileAttr->castToElemDDLFileAttrClearOnPurge()->
      getIsClearOnPurge();
    isClearOnPurgeSpec_ = TRUE;
    break;

 case ELM_FILE_ATTR_COMPRESSION_ELEM :
    if (isCompressionTypeSpec_)
    {
      // Duplicate COMPRESSION phrases.
      *SqlParser_Diags << DgSqlCode(-3283);
    }
    ComASSERT(pFileAttr->castToElemDDLFileAttrCompression() NEQ NULL);
    compressionType_ =
      pFileAttr->castToElemDDLFileAttrCompression()->getCompressionType();
    isCompressionTypeSpec_ = TRUE;
    break;

  case ELM_FILE_ATTR_D_COMPRESS_ELEM :
    if (isDCompressSpec_)
    {
      // Duplicate [NO]DCOMPRESS phrases.
      *SqlParser_Diags << DgSqlCode(-3093);
    }
    ComASSERT(pFileAttr->castToElemDDLFileAttrDCompress() NEQ NULL);
    isDCompress_ = pFileAttr->castToElemDDLFileAttrDCompress()->
      getIsDCompress();
    isDCompressSpec_ = TRUE;
    break;

  case ELM_FILE_ATTR_DEALLOCATE_ELEM :
    //
    // The grammar productions allow the Deallocate phrase to appear
    // within a Create Index statement (syntactically).  Enforces
    // the restriction by using semantic actions.
    //
    // DEALLOCATE phrase not allowed in CREATE INDEX statement.
    *SqlParser_Diags << DgSqlCode(-3094);
    break;

  case ELM_FILE_ATTR_I_COMPRESS_ELEM :
    if (isICompressSpec_)
    {
      // Duplicate [NO]ICOMPRESS phrases" << endl;
      *SqlParser_Diags << DgSqlCode(-3095);
    }
    ComASSERT(pFileAttr->castToElemDDLFileAttrICompress() NEQ NULL);
    isICompress_ = pFileAttr->castToElemDDLFileAttrICompress()->
      getIsICompress();
    isICompressSpec_ = TRUE;
    break;

  case ELM_FILE_ATTR_EXTENT_ELEM :
    if (isExtentSpec_)
    {
      // Duplicate EXTENT phrases.
      *SqlParser_Diags << DgSqlCode(-3079);
    }
    isExtentSpec_ = TRUE;
    ComASSERT(pFileAttr->castToElemDDLFileAttrExtents() NEQ NULL);
    {
      ElemDDLFileAttrExtents * pExtents =
        pFileAttr->castToElemDDLFileAttrExtents();
      priExt_        = pExtents->getPriExtents();
      secExt_        = pExtents->getSecExtents();
    }
    break;  
 
  case ELM_FILE_ATTR_MAXEXTENTS_ELEM :
    if (isMaxExtentSpec_)
    {
      // Duplicate MAXEXTENTS phrases.
      *SqlParser_Diags << DgSqlCode(-3079);
    }
    isMaxExtentSpec_ = TRUE;
    ComASSERT(pFileAttr->castToElemDDLFileAttrMaxExtents() NEQ NULL);
    {
      ElemDDLFileAttrMaxExtents * pMaxExtents =
        pFileAttr->castToElemDDLFileAttrMaxExtents();
	  //////////////////////////////////////////////////////
	  // error checking when we define the MAXEXTENTS clause
	  //////////////////////////////////////////////////////
      Lng32 maxext = pMaxExtents->getMaxExtents();
      if ((maxext <= 0) || (maxext > COM_MAX_MAXEXTENTS))
      {
		*SqlParser_Diags << DgSqlCode(-3191);
      }
      else
      	maxExt_            = pMaxExtents->getMaxExtents();
    }
    break;  

  case ELM_FILE_ATTR_UID_ELEM :
    if (isUIDSpec_)
    {
      // Duplicate UID phrases.
      *SqlParser_Diags << DgSqlCode (-3183) << DgString0("UID");
    }
    isUIDSpec_ = TRUE;
    ComASSERT(pFileAttr->castToElemDDLFileAttrUID() NEQ NULL);
    {
      ElemDDLFileAttrUID * pUID =
        pFileAttr->castToElemDDLFileAttrUID();
      UID_        = pUID->getUID();
    }
    break;  
 
  case ELM_FILE_ATTR_ROW_FORMAT_ELEM :
    if (isRowFormatSpec_)
    {
      // Duplicate Row FORMAT phrases.
      *SqlParser_Diags << DgSqlCode(-3183)
                       << DgString0("Row FORMAT");
    }
    isRowFormatSpec_ = TRUE;
    ComASSERT(pFileAttr->castToElemDDLFileAttrRowFormat() NEQ NULL);
    {
      ElemDDLFileAttrRowFormat * pRowFormat =
        pFileAttr->castToElemDDLFileAttrRowFormat();
      eRowFormat_ = pRowFormat->getRowFormat();
    }
    break;

  default :
    NAAbort("ParDDLFileAttrs.C", __LINE__, "internal logic error");
    break;
  }
} // ParDDLFileAttrsCreateIndex::setFileAttr()

//
// trace
//

NATraceList
ParDDLFileAttrsCreateIndex::getDetailInfo() const
{
  NAString        detailText;
  NATraceList detailTextList;
  
  detailText = "extents to allocate: ";
  // cast to long needed to suppress warning
  detailText += LongToNAString((Lng32)getExtentsToAllocate());
  detailTextList.append(detailText);
    
  detailText = "audcompr?      ";
  detailText += YesNo(getIsAuditCompress());
  detailTextList.append(detailText);

  detailText = "blocksize:     ";
  detailText += LongToNAString((Lng32)getBlockSize());
  detailTextList.append(detailText);

  detailText = "buffered?      ";
  detailText += YesNo(getIsBuffered());
  detailTextList.append(detailText);

  detailText = "clrpurge?      ";
  detailText += YesNo(getIsClearOnPurge());
  detailTextList.append(detailText);

 if (isCompressionTypeSpecified())
 {
   detailText = "compression?    ";
   switch (getCompressionType())
   {
     case COM_NO_COMPRESSION:
       detailText += "N  ";
       break;
     case COM_HARDWARE_COMPRESSION:
       detailText += "H ";
       break;
     case COM_SOFTWARE_COMPRESSION:
       detailText += "S ";
       break;
     default:
       break;
    }
    detailTextList.append(detailText);
  }
  else
    detailTextList.append("compression not spec");

  detailText = "datacomp?      ";
  detailText += YesNo(getIsDCompress());
  detailTextList.append(detailText);

  detailText = "ixcompr?       ";
  detailText += YesNo(getIsICompress());
  detailTextList.append(detailText);

  detailText = "maxsizunbound? ";
  detailText += YesNo(isMaxSizeUnbounded());
  detailTextList.append(detailText);

  if (NOT isMaxSizeUnbounded())
  {
    detailText = "maximum size:  ";
    detailText += LongToNAString((Lng32)getMaxSize());
    detailTextList.append(detailText);
    
    detailText = "max size unit: ";
    detailText += getMaxSizeUnitAsNAString();
    detailTextList.append(detailText);
  }

  return detailTextList;

} // ParDDLFileAttrsCreateIndex::getDetailInfo()

// -----------------------------------------------------------------------
// methods for class ParDDLFileAttrsCreateTable
// -----------------------------------------------------------------------

//
// constructor
//
ParDDLFileAttrsCreateTable::ParDDLFileAttrsCreateTable(
     fileAttrsNodeTypeEnum fileAttrsNodeType)

: ParDDLFileAttrsCreateIndex(fileAttrsNodeType)

{
  initializeDataMembers();
}

//
// copy constructor
//
ParDDLFileAttrsCreateTable::ParDDLFileAttrsCreateTable(
     const ParDDLFileAttrsCreateTable & createTableFileAttributes)
{
  copy(createTableFileAttributes);
}

//
// virtual destructor
//
ParDDLFileAttrsCreateTable::~ParDDLFileAttrsCreateTable()
{
}

//
// assignment operator
//
ParDDLFileAttrsCreateTable &
ParDDLFileAttrsCreateTable::operator = (
     const ParDDLFileAttrsCreateTable & rhs)
{
  if (this EQU &rhs)
  {
    return *this;
  }

  copy(rhs);

  return *this;

} // ParDDLFileAttrsCreateTable::operator=()

//
// mutators
//

void
ParDDLFileAttrsCreateTable::copy(const ParDDLFileAttrsCreateTable &rhs)
{
  ParDDLFileAttrsCreateIndex::copy(rhs);

  // ALLOCATE
  //   inherits from class ParDDLFileAttrsCreateIndex

  // [ NO ] AUDIT              
  isAuditSpec_ = rhs.isAuditSpec_;
  isAudit_     = rhs.isAudit_;

  // COMPRESSION
  isCompressionTypeSpec_ = rhs.isCompressionTypeSpec_;
  compressionType_       = rhs.compressionType_;
  
  // {NO | AUTOMATIC | MANUAL | MIXED } RANGELOG
  isRangeLogSpec_	= rhs.isRangeLogSpec_;
  rangelogType_		= rhs.rangelogType_;

  // [NO] LOCKONREFRESH
  isLockOnRefreshSpec_	= rhs.isLockOnRefreshSpec_;
  isLockOnRefresh_		= rhs.isLockOnRefresh_;


  // INSERTLOG
  isInsertLogSpec_		= rhs.isInsertLogSpec_;
  isInsertLog_			= rhs.isInsertLog_;

  // MVS ALLOWED
  isMvsAllowedSpec_		= rhs.isMvsAllowedSpec_;
  mvsAllowedType_		= rhs.mvsAllowedType_;

  // COMMIT EACH
  isMvCommitEachSpec_	= rhs.isMvCommitEachSpec_;
  commitEachNRows_		= rhs.commitEachNRows_;
  
  // MV AUDIT
  isMvAuditSpec_		= rhs.isMvAuditSpec_;
  mvAuditType_			= rhs.mvAuditType_;

  // OWNER
  isOwnerSpec_          = rhs.isOwnerSpec_;
  owner_                = rhs.owner_;

  // default column family
  isColFamSpec_ = rhs.isColFamSpec_;
  colFam_ = rhs.colFam_;

  // [ NO ] AUDITCOMPRESS      
  //   inherits from class ParDDLFileAttrsCreateIndex

  // BLOCKSIZE          
  //   inherits from class ParDDLFileAttrsCreateIndex
                        
  // [ NO ] BUFFERED
  //   inherits from class ParDDLFileAttrsCreateIndex

  // [ NO ] CLEARONPURGE       
  //   inherits from class ParDDLFileAttrsCreateIndex
                        
  // [ NO ] DCOMPRESS          
  //   inherits from class ParDDLFileAttrsCreateIndex
                        
  // [ NO ] ICOMPRESS          
  //   inherits from class ParDDLFileAttrsCreateIndex
                        
  // LOCKLENGTH         
  //   inherits from class ParDDLFileAttrsCreateIndex
                        
  // MAXSIZE
  //   inherits from class ParDDLFileAttrsCreateIndex

} // ParDDLFileAttrsCreateTable::copy()

//
// private method invoked by the constructor to
// initialize data members in the class with the
// appropriate default values
//
void
ParDDLFileAttrsCreateTable::initializeDataMembers()
{

  resetAllIsSpecDataMembers();

  // ALLOCATE
  //   inherits from class ParDDLFileAttrsCreateIndex

  // [ NO ] AUDIT
  //   controls TMF auditing.  Default is AUDIT.
  isAudit_ = TRUE;

  // COMPRESSION
  compressionType_ = COM_NO_COMPRESSION;

  // RANGELOG
  rangelogType_ = COM_NO_RANGELOG;
  
  // [NO] LOCKONREFRESH
  isLockOnRefresh_ = TRUE;

  // INSERTLOG
  isInsertLog_ = FALSE;

  // MVS ALLOWED
  mvsAllowedType_ = COM_NO_MVS_ALLOWED;

  // COMMIT EACH nrows
  commitEachNRows_ = 0;	

  // MV AUDIT
  mvAuditType_ = COM_MV_AUDIT;
                        
  // [ NO ] AUDITCOMPRESS      
  //   inherits from class ParDDLFileAttrsCreateIndex

  // BLOCKSIZE          
  //   inherits from class ParDDLFileAttrsCreateIndex
                        
  // [ NO ] BUFFERED
  //   inherits from class ParDDLFileAttrsCreateIndex

  // [ NO ] CLEARONPURGE       
                        
  // LOCKLENGTH
  //   inherits from class ParDDLFileAttrsCreateIndex
                        
  // MAXSIZE
  //   inherits from class ParDDLFileAttrsCreateIndex

  // EXTENT
  //   inherits from class ParDDLFileAttrsCreateIndex

  // MAXEXTENT
  //   inherits from class ParDDLFileAttrsCreateIndex

} // ParDDLFileAttrsCreateTable::initializeDataMembers()

//
// reset all Is...Spec_ data members
//
void
ParDDLFileAttrsCreateTable::resetAllIsSpecDataMembers()
{
  // ALLOCATE
  //   inherits from class ParDDLFileAttrsCreateIndex

  // [ NO ] AUDIT
  isAuditSpec_ = FALSE;

  // COMPRESSION
  isCompressionTypeSpec_ = FALSE;

  // RANGELOG
  isRangeLogSpec_ = FALSE;

  // [NO] LOCKONREFRESH
  isLockOnRefreshSpec_ = FALSE;

    // INSERTLOG
  isInsertLogSpec_ = FALSE;

  // MVS ALLOWED
  isMvsAllowedSpec_ = FALSE;

  // COMMIT EACH
  isMvCommitEachSpec_	= FALSE;
  
  // MV AUDIT
  isMvAuditSpec_		= FALSE;
 
  // OWNER
  isOwnerSpec_ = FALSE;

  isColFamSpec_                     = FALSE;

  // [ NO ] AUDITCOMPRESS
  //   inherits from class ParDDLFileAttrsCreateIndex

  // BLOCKSIZE
  //   inherits from class ParDDLFileAttrsCreateIndex

  // [ NO ] BUFFERED
  //   inherits from class ParDDLFileAttrsCreateIndex

  // [ NO ] CLEARONPURGE
  //   inherits from class ParDDLFileAttrsCreateIndex

  // LOCKLENGTH
  //   inherits from class ParDDLFileAttrsCreateIndex

  // MAXSIZE
  //   inherits from class ParDDLFileAttrsCreateIndex

  // EXTENT
  //   inherits from class ParDDLFileAttrsCreateIndex

  // MAXEXTENT
  //   inherits from class ParDDLFileAttrsCreateIndex

} // ParDDLFileAttrsCreateTable::resetAllIsSpecDataMembers()

//
// set a file attribute
//
void
ParDDLFileAttrsCreateTable::setFileAttr(ElemDDLFileAttr * pFileAttr)
{
  ComASSERT(pFileAttr NEQ NULL);

  switch (pFileAttr->getOperatorType())
  {

  case ELM_FILE_ATTR_ALLOCATE_ELEM       :
  case ELM_FILE_ATTR_AUDIT_COMPRESS_ELEM :
  case ELM_FILE_ATTR_BLOCK_SIZE_ELEM     :
  case ELM_FILE_ATTR_BUFFERED_ELEM       :
  case ELM_FILE_ATTR_CLEAR_ON_PURGE_ELEM :
  case ELM_FILE_ATTR_D_COMPRESS_ELEM     :
  case ELM_FILE_ATTR_I_COMPRESS_ELEM     :
  case ELM_FILE_ATTR_EXTENT_ELEM         :
  case ELM_FILE_ATTR_MAXEXTENTS_ELEM     :
  case ELM_FILE_ATTR_UID_ELEM  :
  case ELM_FILE_ATTR_ROW_FORMAT_ELEM     :
    ParDDLFileAttrsCreateIndex::setFileAttr(pFileAttr);
    break;

  case ELM_FILE_ATTR_COL_FAM_ELEM :
    if (isColFamSpec_)
    {
      // Duplicate Col Family phrases.
      *SqlParser_Diags << DgSqlCode(-3183)
                       << DgString0("Column Family");
    }
    isColFamSpec_ = TRUE;
    ComASSERT(pFileAttr->castToElemDDLFileAttrColFam() NEQ NULL);
    {
      ElemDDLFileAttrColFam * pColFam =
        pFileAttr->castToElemDDLFileAttrColFam();
      colFam_ = pColFam->getColFam();
    }
    break;

  case ELM_FILE_ATTR_AUDIT_ELEM:

	// MvAudit is only for MVs. Mvs cannot have audit it the ATTRIBUTE 
	// clause
    if (isAuditSpec_ || isMvAuditSpec_)
    {
      // Duplicate [NO]AUDIT phrases.
      *SqlParser_Diags << DgSqlCode(-3082);
    }
    ComASSERT(pFileAttr->castToElemDDLFileAttrAudit() NEQ NULL);
    isAudit_ = pFileAttr->castToElemDDLFileAttrAudit()->getIsAudit();
    isAuditSpec_ = TRUE;
    break;

  case ELM_FILE_ATTR_COMPRESSION_ELEM :
    if (isCompressionTypeSpec_)
    {
      // Duplicate COMPRESSION phrases.
      *SqlParser_Diags << DgSqlCode(-3283);
    }
    ComASSERT(pFileAttr->castToElemDDLFileAttrCompression() NEQ NULL);
    compressionType_ =
      pFileAttr->castToElemDDLFileAttrCompression()->getCompressionType();

    isCompressionTypeSpec_ = TRUE;
    break;

  case ELM_FILE_ATTR_RANGE_LOG_ELEM:
    if (isRangeLogSpec_)
    {
      // Duplicate RANGELOG phrases.
      *SqlParser_Diags << DgSqlCode(-12055);
    }
    ComASSERT(pFileAttr->castToElemDDLFileAttrRangeLog() NEQ NULL);
    rangelogType_ = 
		pFileAttr->castToElemDDLFileAttrRangeLog()->getRangelogType();
    isRangeLogSpec_ = TRUE;
    break;


    case ELM_FILE_ATTR_LOCK_ON_REFRESH_ELEM:
		if (isLockOnRefreshSpec_)
		{
		  // Duplicate [NO]LOCKONREFRESH phrases.
		  *SqlParser_Diags << DgSqlCode(-12055);
		}
		ComASSERT(pFileAttr->castToElemDDLFileAttrLockOnRefresh() NEQ NULL);
		isLockOnRefresh_ = 
			pFileAttr->castToElemDDLFileAttrLockOnRefresh()->isLockOnRefresh();
		isLockOnRefreshSpec_ = TRUE;
		break;


	case ELM_FILE_ATTR_INSERT_LOG_ELEM:
		if (isInsertLogSpec_)
		{
		  // Duplicate [NO]LOCKONREFRESH  phrases.
		  *SqlParser_Diags << DgSqlCode(-12057);
		}
		ComASSERT(pFileAttr->castToElemDDLFileAttrInsertLog() NEQ NULL);
		isInsertLog_ = 
			pFileAttr->castToElemDDLFileAttrInsertLog()->isInsertLog();
		isInsertLogSpec_ = TRUE;
		break;

	case ELM_FILE_ATTR_MVS_ALLOWED_ELEM:
		if (isMvsAllowedSpec_)
		{
		  // Duplicate RANGELOG phrases.
		  *SqlParser_Diags << DgSqlCode(-12058);
		}
		ComASSERT(pFileAttr->castToElemDDLFileAttrMvsAllowed() NEQ NULL);
		mvsAllowedType_ = 
			pFileAttr->castToElemDDLFileAttrMvsAllowed()->getMvsAllowedType();
		isMvsAllowedSpec_ = TRUE;
		break;

	case ELM_FILE_ATTR_MV_COMMIT_EACH_ELEM:
		if (isMvCommitEachSpec_)
		{
		  // Duplicate COMMIT EACH phrases.
		  *SqlParser_Diags << DgSqlCode(-12059);
		}
		ComASSERT(pFileAttr->castToElemDDLFileAttrMVCommitEach() NEQ NULL);
		commitEachNRows_ = 
			pFileAttr->castToElemDDLFileAttrMVCommitEach()->getNRows();
		isMvCommitEachSpec_ = TRUE;
		break;

	case ELM_FILE_ATTR_MVAUDIT_ELEM:
		
		// MvAudit is only for MVs. Mvs cannot have audit it the ATTRIBUTE 
		// clause
		if (isMvAuditSpec_ || isAuditSpec_)
		{
		  // Duplicate AUDIT phrases.
		  *SqlParser_Diags << DgSqlCode(-3082);
		}
		ComASSERT(pFileAttr->castToElemDDLFileAttrMvAudit() NEQ NULL);
		mvAuditType_ = 
			pFileAttr->castToElemDDLFileAttrMvAudit()->getMvAuditType();
		isMvAuditSpec_ = TRUE;
		break;


  case ELM_FILE_ATTR_OWNER_ELEM:
    if (isOwnerSpec_)
      *SqlParser_Diags << DgSqlCode(-3082);
    ComASSERT(pFileAttr->castToElemDDLFileAttrOwner() NEQ NULL);
    owner_ = pFileAttr->castToElemDDLFileAttrOwner()->getOwner();
    isOwnerSpec_ = TRUE;
    break;

  case ELM_FILE_ATTR_DEALLOCATE_ELEM: 
    //
    // The grammar productions allow the Deallocate phrase to appear
    // within a Create Table statement (syntactically).  Enforces
    // the restriction by using semantic actions.
    //
    // DEALLOCATE phrase not allowed in in CREATE TABLE statement.
    *SqlParser_Diags << DgSqlCode(-3097);
    break;


  default :
    NAAbort("ParDDLFileAttrs.C", __LINE__, "internal logic error");
    break;
  }
} // ParDDLFileAttrsCreateTable::setFileAttr()

//
// trace
//

NATraceList
ParDDLFileAttrsCreateTable::getDetailInfo() const
{
  NAString        detailText;
  NATraceList detailTextList = ParDDLFileAttrsCreateIndex::getDetailInfo();

  detailText = "audited?       ";
  detailText += YesNo(getIsAudit());

  if (isCompressionTypeSpecified())
  {
    detailText = "compression?    ";
    switch (getCompressionType())
    {
      case COM_NO_COMPRESSION:
        detailText += "N  ";
        break;
      case COM_HARDWARE_COMPRESSION:
        detailText += "H ";
        break;
      case COM_SOFTWARE_COMPRESSION:
        detailText += "S ";
        break;
      default:
        break;
     }
     detailTextList.append(detailText);
   }
   else
     detailTextList.append("compression not spec");

  detailText += "	range log?       ";
  detailText += ElemDDLFileAttrRangeLog::getRangeLogTypeAsNAString(getRangelogType());

  detailText += "	insertlog?		";
  detailText += YesNo(isInsertLog());

  detailText += "	MVS?	";
  detailText += ElemDDLFileAttrMvsAllowed::getMvsAllowedTypeAsNAString(getMvsAllowedType());
  detailText += "	MVS  ALLOWED	";


  detailTextList.append(detailText);

  return detailTextList;

} // ParDDLFileAttrsCreateTable::getDetailInfo() 

//
// End of File
//