bus2marte2cfg return a cell flattened array of signals info

functions/marte2cfg/bus2marte2cfg.m

-function [cfg] = bus2marte2cfg(bus, name, datasourcename, varargin)
+function [signallist] = bus2marte2cfg(bus, name, datasourcename, varargin)
 %Translates a simulink bus object into MARTe2 cfg description
 %   This function takes a Simuink.Bus object
 %   as input and prints out its MARTe2 configuration
@@ -14,11 +14,13 @@ if nargin<=3
     assignin('base','tempbus',bus);
     busstruct=evalin('base','Simulink.Bus.createMATLABStruct(''tempbus'')');
     evalin('base','clear tempbus');
-    basealiasname=name;;
+    basealiasname=name;
+    signallist={};
 else
     depth=varargin{1};
     busstruct=bus;
     basealiasname=varargin{2};
+    signallist=varargin{3};
 end
 spacer='';
 for ii=1:depth, spacer=[spacer ' ']; end
@@ -29,15 +31,16 @@ if isa(busstruct,'struct')
     f=fields(busstruct);
     for ii=1:numel(f)
        if isa(busstruct.(f{ii}),'struct')
-         bus2marte2cfg(busstruct.(f{ii}),f{ii},datasourcename,depth+1,[basealiasname '-' f{ii}]);
+         signallist=bus2marte2cfg(busstruct.(f{ii}),f{ii},datasourcename,depth+1,[basealiasname '-' f{ii}],signallist);
        else
-         %TODO: fill the TBC fields
          martetype=type2marte2(busstruct.(f{ii}));
          martedims=dims2marte2(busstruct.(f{ii}));
          marteelems=elems2marte2(busstruct.(f{ii}));
          fprintf("%s %s = { Type = %s NumberOfDimensions = %d NumberOfElements = %d DataSource = %s Alias = %s }\n",...
              spacer,f{ii},martetype,martedims,marteelems,datasourcename,...
              [basealiasname '-' f{ii}]);
+         signalinfo={{[basealiasname '-' f{ii}]} {martetype} {martedims} {marteelems} {f{ii}}};
+         signallist{end+1}=signalinfo;
        end 
     end
     fprintf("%s}\n",spacer);