void test_base_commands()
{
{
ScAddr addr = sctpClient.CreateNode(sc_type_node | sc_type_node_class);
g_assert(addr.IsValid());
g_assert(sctpClient.IsElement(addr));
g_assert(sctpClient.GetElementType(addr) == (sc_type_node | sc_type_node_class));
g_assert(sctpClient.EraseElement(addr));
g_assert(!sctpClient.IsElement(addr));
}
{
ScAddr addr1 = sctpClient.CreateNode(sc_type_node);
ScAddr addr2 = sctpClient.CreateNode(sc_type_node);
ScAddr arc = sctpClient.CreateArc(sc_type_arc_pos_const_perm, addr1, addr2);
g_assert(arc.IsValid());
g_assert(sctpClient.GetElementType(arc) == sc_type_arc_pos_const_perm);
ScAddr a1, a2;
g_assert(sctpClient.GetArcInfo(arc, a1, a2));
g_assert(a1 == addr1);
g_assert(a2 == addr2);
}
{
ScAddr link = sctpClient.CreateLink();
char * data = "Test data";
IScStreamPtr stream(new ScStream(data, (sc_uint32)strlen(data), SC_STREAM_FLAG_READ | SC_STREAM_FLAG_SEEK));
g_assert(link.IsValid());
g_assert(sctpClient.SetLinkContent(link, stream));
g_assert(stream->Seek(SC_STREAM_SEEK_SET, 0));
IScStreamPtr stream2;
g_assert(sctpClient.GetLinkContent(link, stream2));
g_assert(stream->Size() == stream2->Size());
for (sc_uint32 i = 0; i < stream->Size(); ++i)
{
char v1, v2;
size_t r1, r2;
g_assert(stream->Read(&v1, sizeof(v1), r1));
g_assert(stream2->Read(&v2, sizeof(v2), r2));
g_assert(r1 == r2);
g_assert(v1 == v2);
}
}
}
void test_iterators()
{
{
ScAddr addr = sctpClient.CreateNode(0);
ScAddr addr1 = sctpClient.CreateNode(0);
ScAddr addr2 = sctpClient.CreateNode(0);
ScAddr addr3 = sctpClient.CreateNode(0);
g_assert(addr.IsValid());
g_assert(addr1.IsValid());
g_assert(addr2.IsValid());
g_assert(addr3.IsValid());
ScAddr arc1 = sctpClient.CreateArc(sc_type_arc_pos_const_perm, addr, addr1);
ScAddr arc2 = sctpClient.CreateArc(sc_type_arc_pos_const_perm, addr, addr2);
ScAddr arc3 = sctpClient.CreateArc(sc_type_arc_pos_const_perm, addr, addr3);
g_assert(arc1.IsValid());
g_assert(arc2.IsValid());
g_assert(arc3.IsValid());
sctp::IteratorPtr iter = sctpClient.Iterator3(addr, sc_type_arc_pos_const_perm, sc_type_node);
g_assert(iter->next());
g_assert(iter->getValue(0) == addr);
g_assert(iter->getValue(1) == arc3);
g_assert(iter->getValue(2) == addr3);
g_assert(iter->next());
g_assert(iter->getValue(0) == addr);
g_assert(iter->getValue(1) == arc2);
g_assert(iter->getValue(2) == addr2);
g_assert(iter->next());
g_assert(iter->getValue(0) == addr);
g_assert(iter->getValue(1) == arc1);
g_assert(iter->getValue(2) == addr1);
g_assert(!iter->next());
}
{
ScAddr addr = sctpClient.CreateNode(0);
ScAddr addr1 = sctpClient.CreateNode(0);
ScAddr addr2 = sctpClient.CreateNode(0);
ScAddr addr3 = sctpClient.CreateNode(0);
g_assert(addr.IsValid());
g_assert(addr1.IsValid());
g_assert(addr2.IsValid());
g_assert(addr3.IsValid());
ScAddr arc1 = sctpClient.CreateArc(sc_type_arc_pos_const_perm, addr, addr1);
ScAddr arc2 = sctpClient.CreateArc(sc_type_arc_pos_const_perm, addr2, arc1);
ScAddr arc3 = sctpClient.CreateArc(sc_type_arc_pos_const_perm, addr3, arc1);
g_assert(arc1.IsValid());
g_assert(arc2.IsValid());
g_assert(arc3.IsValid());
sctp::IteratorPtr iter = sctpClient.Iterator5(addr, sc_type_arc_pos_const_perm, addr1, sc_type_arc_pos_const_perm, sc_type_node);
g_assert(iter->next());
g_assert(iter->getValue(0) == addr);
g_assert(iter->getValue(1) == arc1);
g_assert(iter->getValue(2) == addr1);
g_assert(iter->getValue(3) == arc3);
g_assert(iter->getValue(4) == addr3);
g_assert(iter->next());
g_assert(iter->getValue(0) == addr);
g_assert(iter->getValue(1) == arc1);
g_assert(iter->getValue(2) == addr1);
g_assert(iter->getValue(3) == arc2);
g_assert(iter->getValue(4) == addr2);
g_assert(!iter->next());
}
}