%%
%% %CopyrightBegin%
%%
%% Copyright Ericsson AB 1996-2017. All Rights Reserved.
%%
%% Licensed 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.
%%
%% %CopyrightEnd%
%%
-module(format_lib_supp).
%%%---------------------------------------------------------------------
%%% Description:
%%% This module contains generic formatting functions for the SUPPort
%%% tools.
%%% The main parts are:
%%% 1) print_info. Prints information tagged by 'header', 'data',
%%% 'items' and 'newline'.
%%%---------------------------------------------------------------------
%% intermodule exports
-export([print_info/2, print_info/3]).
%%---------------------------------------------------------------------
%% Format is an ordered list of:
%% {header, HeaderString}
%% {data, List_Of_KeyValue_tuples}
%% The KeyValues_tuples will be printed on one line
%% (if possible); 'Key: Value'.
%% Elements in the list may also be single terms, which are
%% printed as they are.
%% {items, {Name, Items}}
%% Items is a list of KeyValue_tuples. Will be printed as:
%% 'Name:
%% Key1: Value1
%% KeyN: ValueN'
%% {newline, N}
%% Any other format will be ignored.
%% This list is printed in order. If the header clause is present,
%% it must be the first element in the format list.
%% ------------------------------------------------------------------
print_info(Device, Format) ->
print_info(Device, 79, Format).
print_info(Device, Line, Format) ->
print_header(Device, Line, Format),
print_format(Device, Line, Format).
print_header(Device, Line, [{header, Header}|_]) ->
print_header2(Device, Line, Header);
print_header(Device, Line, _) ->
print_header2(Device, Line, "").
print_header2(Device, Line, Header) ->
Format1 = lists:concat(["~n~", Line, ".", Line, "s~n"]),
Format2 = lists:concat(["~", Line, "c~n"]),
io:format(Device, Format1, [Header]),
io:format(Device, Format2, [$=]).
print_format(Device, _Line, []) ->
io:format(Device, '~n', []);
print_format(Device, Line, [{data, Data}|T]) ->
print_data(Device, Line, Data),
print_format(Device, Line, T);
print_format(Device, Line, [{items, Items}|T]) ->
print_items(Device, Line, Items),
print_format(Device, Line, T);
print_format(Device, Line, [{newline, N}|T]) ->
print_newlines(Device, N),
print_format(Device, Line, T);
print_format(Device, Line, [_|T]) -> % ignore any erroneous format.
print_format(Device, Line, T).
print_data(_Device, _Line, []) -> ok;
print_data(Device, Line, [{Key, Value}|T]) ->
print_one_line(Device, Line, Key, Value),
print_data(Device, Line, T);
print_data(Device, Line, [Value|T]) ->
Modifier = misc_supp:modifier(Device),
io:format(Device, "~"++Modifier++"p~n", [Value]),
print_data(Device, Line, T);
print_data(Device, _Line, Value) ->
Modifier = misc_supp:modifier(Device),
io:format(Device, "~"++Modifier++"p~n", [Value]).
print_items(Device, Line, {Name, Items}) ->
print_items(Device, Line, Name, Items).
print_newlines(_Device, 0) -> ok;
print_newlines(Device, N) when N > 0 ->
io:format(Device, '~n', []),
print_newlines(Device, N-1).
print_one_line(Device, Line, Key, Value) ->
Modifier = misc_supp:modifier(Device),
StrKey = term_to_string(Key,Modifier),
KeyLen = lists:min([length(StrKey), Line]),
ValueLen = Line - KeyLen,
Format1 = lists:concat(["~-", KeyLen, Modifier, "s"]),
Format2 = lists:concat(["~", ValueLen, Modifier, "s~n"]),
io:format(Device, Format1, [StrKey]),
Try = term_to_string(Value,Modifier),
Length = length(Try),
if
Length < ValueLen ->
io:format(Device, Format2, [Try]);
true ->
io:format(Device, "~n ", []),
Format3 = lists:concat(["~", Line, ".9", Modifier, "p~n"]),
io:format(Device, Format3, [Value])
end.
term_to_string(Value,Modifier) ->
lists:flatten(io_lib:format(get_format(Value,Modifier), [Value])).
get_format([],_) ->
"~p";
get_format(Value,Modifier) ->
case io_lib:printable_list(Value) of
true -> "~"++Modifier++"s";
false -> "~"++Modifier++"p"
end.
%%-----------------------------------------------------------------
%% Items
%%-----------------------------------------------------------------
print_items(Device, Line, Name, Items) ->
print_one_line(Device, Line, Name, " "),
print_item_elements(Device, Line, Items).
print_item_elements(_Device, _Line, []) -> ok;
print_item_elements(Device, Line, [{Key, Value}|T]) ->
print_one_line(Device, Line, lists:concat([" ", Key]), Value),
print_item_elements(Device, Line, T).
