void Diagramm::setItems(const DiagrammItemList &_items) {
ListBuilder builder;
m_Items = builder.buildList(_items);
calculateScale();
repaint();
}
void
test_converter_for(Converter<V> *conv)
{
V v, w, x;
/* Convert from/to Integer */
v = conv->fromInteger(123);
QVERIFY(conv->type(v) == Converter<V>::INTEGER);
QVERIFY(conv->integer(v) == 123);
/* Convert from/to Float */
v = conv->fromFloating(42.23);
QVERIFY(conv->type(v) == Converter<V>::FLOATING);
QVERIFY(conv->floating(v) == 42.23);
/* Convert from/to Bool */
v = conv->fromBoolean(true);
QVERIFY(conv->type(v) == Converter<V>::BOOLEAN);
QVERIFY(conv->boolean(v));
v = conv->fromBoolean(false);
QVERIFY(conv->type(v) == Converter<V>::BOOLEAN);
QVERIFY(!conv->boolean(v));
/* Convert from/to String */
v = conv->fromString("Hello World");
QVERIFY(conv->type(v) == Converter<V>::STRING);
QVERIFY(strcmp(conv->string(v), "Hello World") == 0);
/* Convert from/to List */
ListBuilder<V> *builder = conv->newList();
v = conv->fromInteger(444);
builder->append(v);
v = conv->fromString("Hello");
builder->append(v);
v = builder->value();
delete builder;
ListIterator<V> *iterator = conv->list(v);
QVERIFY(iterator->next(&w));
QVERIFY(conv->type(w) == Converter<V>::INTEGER);
QVERIFY(conv->integer(w) == 444);
QVERIFY(iterator->next(&w));
QVERIFY(conv->type(w) == Converter<V>::STRING);
QVERIFY(strcmp(conv->string(w), "Hello") == 0);
delete iterator;
/* Convert from/to Dict */
DictBuilder<V> *builder2 = conv->newDict();
v = conv->fromBoolean(true);
builder2->set(conv->fromString("a"), v);
v = builder2->value();
delete builder2;
DictIterator<V> *iterator2 = conv->dict(v);
QVERIFY(iterator2->next(&w, &x));
QVERIFY(conv->type(w) == Converter<V>::STRING);
QVERIFY(strcmp(conv->string(w), "a") == 0);
QVERIFY(conv->type(x) == Converter<V>::BOOLEAN);
QVERIFY(conv->boolean(x) == true);
delete iterator2;
delete conv;
}
BuildList::BuildList(const PackageManifest& manifest, const BuildOptions& opts):
m_root_manifest(manifest)
{
struct ListBuilder {
struct Ent {
const PackageManifest* package;
bool native;
unsigned level;
};
::std::vector<Ent> m_list;
void add_package(const PackageManifest& p, unsigned level, bool include_build, bool is_native)
{
TRACE_FUNCTION_F(p.name());
// TODO: If this is a proc macro, set `is_native`
// If the package is already loaded
for(auto& ent : m_list)
{
if(ent.package == &p && ent.native == is_native && ent.level >= level)
{
// NOTE: Only skip if this package will be built before we needed (i.e. the level is greater)
return ;
}
// Keep searching (might already have a higher entry)
}
m_list.push_back({ &p, is_native, level });
add_dependencies(p, level, include_build, is_native);
}
void add_dependencies(const PackageManifest& p, unsigned level, bool include_build, bool is_native)
{
for (const auto& dep : p.dependencies())
{
if( dep.is_disabled() )
{
continue ;
}
DEBUG(p.name() << ": Dependency " << dep.name());
add_package(dep.get_package(), level+1, include_build, is_native);
}
if( p.build_script() != "" && include_build )
{
for(const auto& dep : p.build_dependencies())
{
if( dep.is_disabled() )
{
continue ;
}
DEBUG(p.name() << ": Build Dependency " << dep.name());
add_package(dep.get_package(), level+1, true, true);
}
}
}
void sort_list()
{
::std::sort(m_list.begin(), m_list.end(), [](const auto& a, const auto& b){ return a.level > b.level; });
// Needed to deduplicate after sorting (`add_package` doesn't fully dedup)
for(auto it = m_list.begin(); it != m_list.end(); )
{
auto it2 = ::std::find_if(m_list.begin(), it, [&](const auto& x){ return x.package == it->package; });
if( it2 != it )
{
DEBUG((it - m_list.begin()) << ": Duplicate " << it->package->name() << " - Already at pos " << (it2 - m_list.begin()));
it = m_list.erase(it);
}
else
{
DEBUG((it - m_list.begin()) << ": Keep " << it->package->name() << ", level = " << it->level);
++it;
}
}
}
};
bool cross_compiling = (opts.target_name != nullptr);
ListBuilder b;
b.add_dependencies(manifest, 0, !opts.build_script_overrides.is_valid(), !cross_compiling);
if( manifest.has_library() )
{
b.m_list.push_back({ &manifest, !cross_compiling, 0 });
}
// TODO: Add the binaries too?
// - They need slightly different treatment.
b.sort_list();
// Move the contents of the above list to this class's list
m_list.reserve(b.m_list.size());
for(const auto& e : b.m_list)
{
m_list.push_back({ e.package, e.native, {} });
}
// Fill in all of the dependents (i.e. packages that will be closer to being buildable when the package is built)
for(size_t i = 0; i < m_list.size(); i++)
{
const auto* cur = m_list[i].package;
for(size_t j = i+1; j < m_list.size(); j ++)
{
const auto& p = *m_list[j].package;
for( const auto& dep : p.dependencies() )
{
if( !dep.is_disabled() && &dep.get_package() == cur )
{
m_list[i].dependents.push_back(static_cast<unsigned>(j));
}
}
if( p.build_script() != "" && !opts.build_script_overrides.is_valid() )
{
for(const auto& dep : p.build_dependencies())
{
if( !dep.is_disabled() && &dep.get_package() == cur )
{
m_list[i].dependents.push_back(static_cast<unsigned>(j));
}
}
}
}
}
}
void
test_converter_for(Converter<V> *conv)
{
V v, w, x;
/* Convert from/to Integer */
v = conv->fromInteger(123);
QVERIFY(conv->type(v) == Converter<V>::INTEGER);
QVERIFY(conv->integer(v) == 123);
/* Convert from/to Float */
v = conv->fromFloating(42.23);
QVERIFY(conv->type(v) == Converter<V>::FLOATING);
QVERIFY(conv->floating(v) == 42.23);
/* Convert from/to Bool */
v = conv->fromBoolean(true);
QVERIFY(conv->type(v) == Converter<V>::BOOLEAN);
QVERIFY(conv->boolean(v));
v = conv->fromBoolean(false);
QVERIFY(conv->type(v) == Converter<V>::BOOLEAN);
QVERIFY(!conv->boolean(v));
/* Convert from/to String */
v = conv->fromString("Hello World");
QVERIFY(conv->type(v) == Converter<V>::STRING);
QVERIFY(strcmp(conv->string(v), "Hello World") == 0);
/* Convert from/to List */
ListBuilder<V> *builder = conv->newList();
v = conv->fromInteger(444);
builder->append(v);
v = conv->fromString("Hello");
builder->append(v);
v = builder->value();
delete builder;
ListIterator<V> *iterator = conv->list(v);
QVERIFY(iterator->next(&w));
QVERIFY(conv->type(w) == Converter<V>::INTEGER);
QVERIFY(conv->integer(w) == 444);
QVERIFY(iterator->next(&w));
QVERIFY(conv->type(w) == Converter<V>::STRING);
QVERIFY(strcmp(conv->string(w), "Hello") == 0);
delete iterator;
/* Convert from/to Dict */
DictBuilder<V> *builder2 = conv->newDict();
v = conv->fromBoolean(true);
builder2->set(conv->fromString("a"), v);
v = builder2->value();
delete builder2;
DictIterator<V> *iterator2 = conv->dict(v);
QVERIFY(iterator2->next(&w, &x));
QVERIFY(conv->type(w) == Converter<V>::STRING);
QVERIFY(strcmp(conv->string(w), "a") == 0);
QVERIFY(conv->type(x) == Converter<V>::BOOLEAN);
QVERIFY(conv->boolean(x) == true);
delete iterator2;
/* Convert from/to generic PyObject */
PyObject *obj = PyCapsule_New(conv, "test", NULL);
v = conv->fromPyObject(PyObjectRef(obj));
QVERIFY(conv->type(v) == Converter<V>::PYOBJECT);
// Check if getting a new reference works
PyObject *o = conv->pyObject(v).newRef();
QVERIFY(o == obj);
Py_DECREF(o);
Py_CLEAR(obj);
delete conv;
}