/**
* As a input method takes normalized map of dependency
*/
bool DependencySolver::orderDependency() const {
DependencyIdSet parentsSet;
/**
* Read parents to sort members of
*/
{
DependencyIdMap::const_iterator iter = normalizedMap.begin();
DependencyIdMap::const_iterator eiter = normalizedMap.end();
for(; iter!=eiter; iter++) {
//LogInfo << "dependency[" << iter->first << "]: ";
//print(iter->second);
//LogInfo << std::endl;
DependencyId unitId = iter->first;
//DependencyIdSet depsSet = iter->second;
//fix_dependency(unitId, depsSet);
test_unit* unit = getUnit(unitId);
DependencyId parentId = unit->p_parent_id;
parentsSet.insert(parentId);
}
}
/**
* Sort members
*/
{
DependencyIdSet::iterator iter = parentsSet.begin();
DependencyIdSet::iterator eiter = parentsSet.end();
for(; iter!=eiter; iter++) {
//LogInfo << *iter << ", ";
//check_dep(levels, unitId, *iter);
DependencyId currId = *iter;
test_suite* curr = getSuite(currId);
ReadDirectMembersVisitor reader;
traverse_test_tree(*curr, reader);
std::deque<DependencyId>& members = reader.members;
bool sorted = sortMembers(normalizedMap, members);
if (sorted) {
//exchange elements
bool exchanged = actualizeMembers(*curr, members);
if (exchanged==false) {
DEPENDENCY_LOG_ERROR( "Unable to actualize suite[" << currId << "] with dependencies" );
return false;
}
//else actualized
} else {
//unable to resolve dependencies
DEPENDENCY_LOG_ERROR( "Unable to sort dependencies" );
return false;
}
}
return true;
}
}
void TestCase::runNextTestCase()
{
getSuite()->runNextCase();
}