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// Scilab ( http://www.scilab.org/ ) - This file is part of Scilab
// Copyright (C) 2009 - DIGITEO - Pierre MARECHAL <pierre.marechal@scilab.org>
//
// This file must be used under the terms of the CeCILL.
// This source file is licensed as described in the file COPYING, which
// you should have received as part of this distribution. The terms
// are also available at
// http://www.cecill.info/licences/Licence_CeCILL_V2.1-en.txt
// Internal function
// Merge two descriptions structures ( created by atomsDESCRIPTIONread() )
//
// DESCRIPTION
// |
// |-- packages [1x1 struct]
// | |-- toolbox_1 [1x1 struct]
// | | |-- 2.0 [1x1 struct]
// | | | |-- Toolbox: "toolbox_2"
// | | | |-- Title: "Toolbox Test 2"
// | | | |-- Version: "2.0"
// | | | `-- ..
// | | `-- 1.0 [1x1 struct]
// | | | |-- Toolbox: "toolbox_2"
// | | | |-- Title: "Toolbox Test 2"
// | | | |-- Version: "1.0"
// | | | `-- ..
// | |-- module_lycee
// | `-- ..
// |
// |-- categories [1x1 struct]
// | |-- Optimization [1x1 struct]
// | | |-- Linear
// | | `-- General
// | `-- ..
// |
// |-- categories_flat [1x1 struct]
// |-- Optimization - Linear
// | `-- [ "Optimization" ; "Linear" ]
// |-- Optimization - General
// `-- Optimization - General
//
function tree_out = atomsDESCRIPTIONcat( tree_in_1 , tree_in_2 )
rhs = argn(2);
// Check number of input arguments
// =========================================================================
if rhs <> 2 then
error(msprintf(gettext("%s: Wrong number of input argument: %d expected.\n"),"atomsDESCRIPTIONcat",1));
end
// Check input arguments type
// =========================================================================
if type(tree_in_1) <> 17 then
error(msprintf(gettext("%s: Wrong type for input argument #%d: matrix oriented typed list expected.\n"),"atomsDESCRIPTIONcat",1));
end
if type(tree_in_2) <> 17 then
error(msprintf(gettext("%s: Wrong type for input argument #%d: matrix oriented typed list expected.\n"),"atomsDESCRIPTIONcat",2));
end
// Check the presence of needed fields in the first input argument
// =========================================================================
needed_fields = ["packages";"categories";"categories_flat"];
for i=1:size(needed_fields,"*")
if ~ isfield(tree_in_2,needed_fields(i)) then
error(msprintf(gettext("%s: Wrong value for input argument #%d: It should have a field named ''%s''.\n"),"atomsDESCRIPTIONcat",2,needed_fields(i)));
end
end
// tree_in_1 is the master tree :
// =========================================================================
tree_out = tree_in_1;
// Fill needed fields with empty structs if they don't exist
for i=1:size(needed_fields,"*")
if ~ isfield(tree_out,needed_fields(i)) then
tree_out(needed_fields(i)) = struct();
end
end
// Now do merges
// =========================================================================
// packages
// -------------------------------------------------------------------------
packages_out = tree_out("packages");
packages_in_2 = tree_in_2("packages");
packages_out = atomsPackagesCat(packages_out,packages_in_2);
tree_out("packages") = packages_out;
// categories
// -------------------------------------------------------------------------
categories_out = tree_out("categories");
categories_in_2 = tree_in_2("categories");
categories_out = atomsCategoriesCat(categories_out,categories_in_2);
tree_out("categories") = categories_out;
// categories_flat
// -------------------------------------------------------------------------
categories_flat_out = tree_out("categories_flat");
categories_flat_in_2 = tree_in_2("categories_flat");
category_names = getfield(1,categories_flat_in_2);
category_names(1:2) = [];
for i=1:size(category_names,"*")
if ~ isfield(categories_flat_out,category_names(i)) then
categories_flat_out(category_names(i)) = categories_flat_in_2(category_names(i));
end
end
tree_out("categories_flat") = categories_flat_out;
endfunction
// =============================================================================
// atomsCategoriesCat
// =============================================================================
function tree_out = atomsCategoriesCat( tree_in_1 , tree_in_2 )
rhs = argn(2);
// Check number of input arguments
// =========================================================================
if rhs <> 2 then
error(msprintf(gettext("%s: Wrong number of input argument: %d expected.\n"),"atomsCategoriesCat",1));
end
// Check input arguments type
// =========================================================================
if type(tree_in_1) <> 17 then
error(msprintf(gettext("%s: Wrong type for input argument #%d: matrix oriented typed list expected.\n"),"atomsCategoriesCat",1));
end
if type(tree_in_2) <> 17 then
error(msprintf(gettext("%s: Wrong type for input argument #%d: matrix oriented typed list expected.\n"),"atomsCategoriesCat",2));
end
// tree_in_1 is the master tree :
// =========================================================================
tree_out = tree_in_1;
// Loop on tree_in_2 fields
// =========================================================================
category_names = getfield(1,tree_in_2);
category_names(1:2) = [];
for i=1:size(category_names,"*")
if isfield(tree_out,category_names(i)) then
// The category already exists in tree_in_1
subcategories_2 = tree_in_2(category_names(i));
subcategories_out = tree_out(category_names(i));
for j=1:size(subcategories_2,"*")
if find( subcategories_2(j) == subcategories_out ) == [] then
subcategories_out = [ subcategories_out ; subcategories_2(j) ];
end
end
tree_out(category_names(i)) = subcategories_out;
else
// The category doesn't exist in tree_in_1
tree_out(category_names(i)) = tree_in_2(category_names(i));
end
end
endfunction
// =============================================================================
// atomsPackagesCat
// =============================================================================
function tree_out = atomsPackagesCat( tree_in_1 , tree_in_2 )
rhs = argn(2);
// Check number of input arguments
// =========================================================================
if rhs <> 2 then
error(msprintf(gettext("%s: Wrong number of input argument: %d expected.\n"),"atomsPackagesCat",1));
end
// Check input arguments type
// =========================================================================
if type(tree_in_1) <> 17 then
error(msprintf(gettext("%s: Wrong type for input argument #%d: matrix oriented typed list expected.\n"),"atomsPackagesCat",1));
end
if type(tree_in_2) <> 17 then
error(msprintf(gettext("%s: Wrong type for input argument #%d: matrix oriented typed list expected.\n"),"atomsPackagesCat",2));
end
// tree_in_1 is the master tree :
// =========================================================================
tree_out = tree_in_1;
// Loop on tree_in_2 fields
// =========================================================================
package_names = getfield(1,tree_in_2);
package_names(1:2) = [];
for i=1:size(package_names,"*")
if isfield(tree_out,package_names(i)) then
// The package already exists in tree_in_1
package_versions_struct = tree_in_2(package_names(i));
if type(package_versions_struct) <> 17 then
error(msprintf(gettext("%s: Wrong value for input argument #%d: The matrix oriented typed list is not well formatted.\n"),"atomsPackagesCat",1));
end
package_versions = getfield(1,package_versions_struct);
package_versions(1:2) = [];
package_versions_out = tree_out(package_names(i));
for j=1:size(package_versions,"*")
package_versions_out(package_versions(j)) = package_versions_struct(package_versions(j));
end
tree_out(package_names(i)) = package_versions_out;
else
// The package doesn't exist in tree_in_1
tree_out(package_names(i)) = tree_in_2(package_names(i));
end
end
endfunction
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