Examples of org.apache.derby.iapi.sql.dictionary.StatementTablePermission

Package org.apache.derby.iapi.sql.dictionary

Examples of org.apache.derby.iapi.sql.dictionary.StatementTablePermission

org.apache.derby.iapi.sql.dictionary.StatementTablePermission
This class describes a table permission required by a statement.

    */
    TableDescriptor td = column.getTableDescriptor();
    if (td == null)
      return;
    UUID tableUUID = td.getUUID();
    StatementTablePermission key = new StatementTablePermission( tableUUID, currPrivType);
    StatementColumnPermission tableColumnPrivileges
      = (StatementColumnPermission) requiredColumnPrivileges.get( key);
    if( tableColumnPrivileges == null)
    {
      tableColumnPrivileges = new StatementColumnPermission( tableUUID,

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  public void addRequiredTablePriv( TableDescriptor table)
  {
    if( requiredTablePrivileges == null || table == null)
      return;


    StatementTablePermission key = new StatementTablePermission( table.getUUID(), currPrivType);
    requiredTablePrivileges.put(key, key);
  }

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      //check if there is already a SELECT privilege requirement on any 
      //of the columns in the table. If yes, then we do not need to add 
      //MIN_SELECT_PRIV requirement for the table because that 
      //requirement is already getting satisfied with the already
      //existing SELECT privilege requirement
      StatementTablePermission key = new StatementTablePermission( 
          tableUUID, Authorizer.SELECT_PRIV);
      StatementColumnPermission tableColumnPrivileges
        = (StatementColumnPermission) requiredColumnPrivileges.get( key);
      if( tableColumnPrivileges != null)
        return;
    }
    if( currPrivType == Authorizer.SELECT_PRIV){
      //If we are here for SELECT_PRIV requirement, then first check
      //if there is already any MIN_SELECT_PRIV privilege required
      //on this table. If yes, then that requirement will be fulfilled
      //by the SELECT_PRIV requirement we are adding now. Because of
      //that, remove the MIN_SELECT_PRIV privilege requirement
      StatementTablePermission key = new StatementTablePermission( 
          tableUUID, Authorizer.MIN_SELECT_PRIV);
      StatementColumnPermission tableColumnPrivileges
        = (StatementColumnPermission) requiredColumnPrivileges.get( key);
      if( tableColumnPrivileges != null)
        requiredColumnPrivileges.remove(key);
    }
    
    StatementTablePermission key = new StatementTablePermission( tableUUID, currPrivType);
    StatementColumnPermission tableColumnPrivileges
      = (StatementColumnPermission) requiredColumnPrivileges.get( key);
    if( tableColumnPrivileges == null)
    {
      tableColumnPrivileges = new StatementColumnPermission( tableUUID,

View Full Code Here

      //DERBY-4191
      //Check if there is any MIN_SELECT_PRIV select privilege required
      //on this table. If yes, then that requirement will be fulfilled
      //by the SELECT_PRIV requirement we are adding now. Because of
      //that, remove the MIN_SELECT_PRIV privilege requirement
      StatementTablePermission key = new StatementTablePermission( 
          table.getUUID(), Authorizer.MIN_SELECT_PRIV);
      StatementColumnPermission tableColumnPrivileges
        = (StatementColumnPermission) requiredColumnPrivileges.get( key);
      if( tableColumnPrivileges != null)
        requiredColumnPrivileges.remove(key);
    }


    StatementTablePermission key = new StatementTablePermission( table.getUUID(), currPrivType);
    requiredTablePrivileges.put(key, key);
  }

View Full Code Here

          //First check if we are dealing with a Table or 
          //Column level privilege. All the other privileges
          //are not required for a foreign key constraint.
          if (statPerm instanceof StatementTablePermission)
          {//It is a table/column level privilege
            StatementTablePermission statementTablePermission = 
              (StatementTablePermission) statPerm;
            //Check if we are dealing with REFERENCES privilege.
            //If not, move on to the next privilege in the
            //required privileges list
            if (statementTablePermission.getPrivType() != Authorizer.REFERENCES_PRIV)
              continue;
            //Next check is this REFERENCES privilege is 
            //on the same table as referenced by the foreign
            //key constraint? If not, move on to the next
            //privilege in the required privileges list
            if (!statementTablePermission.getTableUUID().equals(refTableUUID))
              continue;
          } else if (statPerm instanceof StatementSchemaPermission
                || statPerm instanceof StatementRolePermission
                               || statPerm instanceof StatementGenericPermission ) {
            continue;

View Full Code Here

          //First check if we are dealing with a Table or 
          //Column level privilege. All the other privileges
          //are not required for a foreign key constraint.
          if (statPerm instanceof StatementTablePermission)
          {//It is a table/column level privilege
            StatementTablePermission statementTablePermission = 
              (StatementTablePermission) statPerm;
            //Check if we are dealing with REFERENCES privilege.
            //If not, move on to the next privilege in the
            //required privileges list
            if (statementTablePermission.getPrivType() != Authorizer.REFERENCES_PRIV)
              continue;
            //Next check is this REFERENCES privilege is 
            //on the same table as referenced by the foreign
            //key constraint? If not, move on to the next
            //privilege in the required privileges list
            if (!statementTablePermission.getTableUUID().equals(refTableUUID))
              continue;
          } else if (statPerm instanceof StatementSchemaPermission
                || statPerm instanceof StatementRolePermission
                               || statPerm instanceof StatementGenericPermission ) {
            continue;

View Full Code Here

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