anchor.diff:  %%% 
   %%%            TTTN - TupleTreeTupleNodes
   %%% 
  -%%% This module implements the MIB internal data structures.
  -%%% An MIB Data Structure consists of three items; an ets-table,
  -%%% a tree and a list of registered subagents.
  +%%% This module implements the MIB (internal) data structures.
  +%%% The TTTN MIB Data structure consists of three items: 
  +%%% 
  +%%%      1) A mib-storage (as specified when new is called) for 
  +%%%         the data associated with each variable, table, 
  +%%%         table-entry and table-column in the MIB. 
  +%%%      2) A tree contains information of the Oids in the MIB. 
  +%%%      3) A list of registered subagents. 
  +%%% 
   %%% The subagent information is consequently duplicated. It resides
   %%% both in the tree and in the list.
  -%%% The ets-table contains all data associated with each variable,
  -%%% table, tableentry and tablecolumn in the MIB.
  -%%% The tree contains information of the Oids in the MIB.
   %%%
   %%% When a mib is loaded, the tree is built from the plain list
   %%% in the binary file.
   %%% 
   %%%-----------------------------------------------------------------
   
  --include("snmp_types.hrl").
  --include("snmp_debug.hrl").
  +-include_lib("snmp/include/snmp_types.hrl").
  +-include_lib("snmp/src/misc/snmp_debug.hrl").
   
   -define(VMODULE,"MDATA_TTTN").
  --include("snmp_verbosity.hrl").
  +-include_lib("snmp/src/misc/snmp_verbosity.hrl").
   
   -behaviour(snmpa_mib_data).
   
  
positive.code: %% 
  %% %CopyrightEnd%
  %%
  -module(snmpa_mib_data_tttn).
  
  
  
negative.code: %%% 7. Misc functions
  %%%-----------------------------------------------------------------
  
  -record(mib_data, 
  	{
  	  %% Mib storage module
  	  module :: snmpa:mib_storage_module(),  
  
  	  %% A database of loaded mibs
  	  %% #mib_info{}
  	  mib_db,  
  
  	  %% A database with information about each node in the tree
  	  %% #node_info{}
  	  node_db, 
  
  	  %% A database containing _one_ record with the tree
  	  %% without the subagent(s). 
  	  %% (the reason for this is part to get replication 
  	  %% and part out of convenience)
  	  %% #tree{}
  	  tree_db, 
  
  	  %% The root node (same as the tree part of the tree_db 
  	  %% but with the subagents added). 
  	  tree, 
  	  
  	  %% A list of {SAPid, Oid}
  	  subagents = []
  	 }).
  
  