void g_populate_tree ( HWND wnd_tree, cui::fcl::group_list & list, const cui::fcl::group_list_filtered & filtered, HTREEITEM ti_parent = TVI_ROOT)
{
t_size i, count = filtered.get_count();
for (i=0; i<count; i++)
{
pfc::string8 name;
filtered[i]->get_name(name);
HTREEITEM item = treeview::insert_item(wnd_tree, name, m_nodes.get_count() , ti_parent);
m_nodes.add_item(t_node(item, filtered[i]));
TreeView_SetCheckState(wnd_tree, item, TRUE);
cui::fcl::group_list_filtered filtered2(list, filtered[i]->get_guid());
list.remove_by_guid(filtered[i]->get_guid());
g_populate_tree(wnd_tree, list, filtered2, item);
}
}
void DependencyGraph::AddDependency(std::string s, std::string t)
{
Node::Node s_node("");
Node::Node t_node("");
// check if s and t exist already as nodes
try
{
s_node = GetNode(s);
}
// if not, create the node and add to list of nodes
catch (std::exception& e)
{
s_node.SetName(s);
nodes->push_back(s_node);
}
// repeat with t
try
{
t_node = GetNode(t);
}
catch (std::exception& e)
{
t_node.SetName(t);
nodes->push_back(t_node);
}
bool tDep = false;
std::list<Node::Node>::iterator it;
for(it = (s_node.dependents)->begin(); it != (s_node.dependents)->end(); ++it)
{
if ((*it).GetName().compare(t) == 0)
{
tDep = true;
}
}
if (!tDep)
{
s_node.add_dependent(t_node);
size++;
}
}