def test_parse_metaentry():
g = helpers.create_group()
e = helpers.create_metaentry(g)
root = RootGroup().parse(g.to_bytearray() + e.to_bytearray(), 1, 1)
entries = root.get_groups()[0].get_meta_entries()
assert len(entries) == 1
helpers.equal_entries(e, entries[0])
def test_parse_entry():
g = helpers.create_group()
e = helpers.create_entry(g)
root = RootGroup().parse(g.to_bytearray() + e.to_bytearray(), 1, 1)
groups = root.get_groups()
assert len(groups) == 1
g2 = groups[0]
helpers.equal_groups(g, g2)
entries = g2.get_entries()
assert len(entries) == 1
helpers.equal_entries(e, entries[0])
def test_parse_with_subgroups():
g = helpers.create_group(0)
g2 = helpers.create_group(1)
g3 = helpers.create_group(1)
e = helpers.create_entry(g3)
root = RootGroup().parse(g.to_bytearray() + g2.to_bytearray() + g3.to_bytearray() + e.to_bytearray(), 3, 1)
groups = root.get_groups()
assert len(groups) == 1
rg = groups[0]
groups = rg.get_groups()
print len(groups)
assert len(groups) == 2
pg = groups[1]
helpers.equal_groups(g3, pg)
entries = pg.get_entries()
assert len(entries) == 1
helpers.equal_entries(e, entries[0])
