anchor.diff:  
   io_value_to_term(V) when is_binary(V) -> 		V.	%% ToDo: Maybe convert to map datatype when available
   
  +binterm_to_term_key(MaybeDecodedKey) when is_binary(MaybeDecodedKey) ->
  +    imem_datatype:binterm_to_term(MaybeDecodedKey);
  +binterm_to_term_key(MaybeDecodedKey) when is_list(MaybeDecodedKey) ->
  +    MaybeDecodedKey.
  +
   term_key_to_binterm(MaybeEncodedKey) when is_binary(MaybeEncodedKey) ->
       try
           imem_datatype:binterm_to_term(MaybeEncodedKey),
  
positive.code:               case re:run(K, "^inline_*") of
                    nomatch -> Acc;
                    _ ->
                        case imem_dal_skvh:read(
                               User, Channel,
                               [imem_json_data:to_strbinterm(V)]) of
                            [] -> Acc;
                            [#{cvalue := BVal}] -> [{V, BVal} | Acc]
                        end
  
negative.code: 			end
  	end,
  	delete(User, Cmd, SkvhCtx, Keys, [term_hash_to_io(Hash)|Acc]).
  
  read_shallow(_User, _Channel, []) -> [];
  read_shallow(User, Channel, [Key | Keys]) ->
      KeyLen = length(binterm_to_term_key(Key)) + 1,
      [SkvhRow || #{ckey := CK} = SkvhRow <- read_deep(User, Channel, [Key]),
                  length(CK) == KeyLen]
      ++ read_shallow(User, Channel, Keys).
  
  % imem_dal_skvh:read_deep(system, <<"tpac">>, [["0728896850","ipcon","0728896884"]]).
  read_deep(_User, _Channel, []) -> [];
  read_deep(User, Channel, [Key | Keys]) ->
      StartKey = term_key_to_binterm(Key),
      EndKey = term_key_to_binterm(binterm_to_term_key(Key)
                                   ++ [<<255>>]),
      TableName = atom_table_name(Channel),
      {SkvhRows, true} = imem_meta:select(
                           TableName,
                           [{#skvhTable{ckey='$1', cvalue = '$2', chash = '$3'},
                             [{'andalso',{'>','$1',StartKey},{'<','$1',EndKey}}],
                             ['$_']}]),
      [skvh_rec_to_map(SkvhRow) || SkvhRow <- SkvhRows]
      ++ read_deep(User, Channel, Keys).
  
  %% Raw data access per key (read, insert, remove)
  read(_User, _Channel, []) -> [];
  