int main()
{
universe *u = new universe("patterns");
list *colors = new list(u);
list *names = new list(u);
list *grids = new list(u);
grid *g;
color24 *c24;
char *s2 = new char[100], *s, *s3, *s4 = new char[100];
int rows, cols;
strcpy(s2, "../A/patterns/");
s = s2 + strlen(s2);
ifstream in ("../A/data/patterns");
in >> s;
while (!in.eof()) {
names->enqueue((item *) new ascii(u, s));
s3 = s + strlen(s);
strcpy(s3, ".A");
ifstream in2 (s2);
in2 >> rows >> cols >> s4;
cout << "Opening \"" << s2 << "\" (" << rows << ", " << cols << ", " << s4 << ")." << endl;
cout.flush();
c24 = new color24(s4);
g = new grid(u, find_or_create(u, colors, c24), rows, cols);
grids->enqueue((item *) g);
delete c24;
for (int i=0; i<rows; i++) {
for (int j=0; j<cols; j++) {
in2 >> s4;
c24 = new color24(s4);
g->set(i, j, find_or_create(u, colors, c24));
delete c24;
}
}
in2.close();
in >> s;
}
in.close();
//*/
ofstream out ("patterns");
u->serialize(out);
out.close();
//*/
delete u;
}
/* step 1: create the containers, connect them, and fill the id_table */
static GHashTable*
create_containers (MuMsgIter *iter)
{
GHashTable *id_table;
id_table = g_hash_table_new_full (g_str_hash, g_str_equal,
NULL,
(GDestroyNotify)mu_container_destroy);
for (mu_msg_iter_reset (iter); !mu_msg_iter_is_done (iter);
mu_msg_iter_next (iter)) {
MuContainer *c;
MuMsg *msg;
unsigned docid;
/* 1.A */
msg = mu_msg_iter_get_msg_floating (iter); /* don't unref */
docid = mu_msg_iter_get_docid (iter);
c = find_or_create (id_table, msg, docid);
/* 1.B and C */
if (c)
handle_references (id_table, c);
}
return id_table;
}
static void test5()
{
auto m=LIBCXX_NAMESPACE::mcguffinmap
<int, LIBCXX_NAMESPACE::ref<valueObj>>::create();
auto v=LIBCXX_NAMESPACE::ref<valueObj>::create();
std::vector<LIBCXX_NAMESPACE::ref<LIBCXX_NAMESPACE::obj>> mcguffin;
mcguffin.push_back(m->insert(0, v));
auto b=m->begin();
std::cout << "test5: null: " << b->second.getptr().null() << std::endl;
mcguffin.clear();
std::cout << "test5: null: " << b->second.getptr().null() << std::endl;
std::cout << "test5: size: " << m->size() << std::endl;
auto ret=m->find_or_create(0, [&v]
{
return v;
});
std::cout << "test5: nulls: " << ret.first.null()
<< ", " << ret.second.null() << std::endl;
}
static void test4u()
{
typedef LIBCXX_NAMESPACE::mcguffinmultimap
<int, LIBCXX_NAMESPACE::ref<valueObj>> map_t;
test34_common<map_t>("test4u: ");
auto m=map_t::create();
{
std::vector<LIBCXX_NAMESPACE::ref<valueObj>> v;
v.push_back(LIBCXX_NAMESPACE::ref<valueObj>::create());
auto mcguffin=m->insert(std::make_pair(0, v.front()));
std::cout << "test4u: this should be 0: "
<< m->insert(std::make_pair(0, v.front())).null()
<< std::endl;
std::cout << "test4u: this should be 0: "
<< m->insert(std::make_pair(1, v.front())).null()
<< std::endl;
v.clear();
for (const auto &v:*m)
{
std::cout << "test4u: remaining key " << v.first
<< std::flush
<< " value: " << v.second.getptr()->v_proof
<< std::endl;
}
}
std::vector<LIBCXX_NAMESPACE::ptr<LIBCXX_NAMESPACE::obj>> save_mcguffin;
{
auto v=LIBCXX_NAMESPACE::ref<valueObj>::create();
auto mcguffin1=m->find_or_create(0, [&v]
{
return v;
});
auto mcguffin2=m->find_or_create(0, [&v]
{
return v;
});
for (const auto &v:*m)
{
std::cout << "test4u: after find_or_create: " << v.first
<< std::flush
<< " value: " << v.second.getptr()->v_proof
<< std::endl;
auto p=v.second.mcguffin();
std::cout << "test4u: mcguffin.null() should be 0: "
<< p.null() << std::endl;
save_mcguffin.push_back(p);
}
}
for (const auto &v:*m)
{
std::cout << "test4u: mcguffin should exist: " << v.first
<< std::flush
<< " value: " << v.second.getptr()->v_proof
<< std::endl;
save_mcguffin.clear();
std::cout << "test4u: mcguffin should work: " << v.first
<< std::flush
<< " null: " << v.second.getptr().null()
<< std::endl;
}
}
