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#include "contact.h"
#include "identity.h"
#include <array>
using namespace erebos;
using std::array;
using std::move;
DEFINE_SHARED_TYPE(Set<Contact>,
"34fbb61e-6022-405f-b1b3-a5a1abecd25e",
&Set<Contact>::load,
[](const Set<Contact> & set) {
return set.store();
})
static const UUID serviceUUID("d9c37368-0da1-4280-93e9-d9bd9a198084");
Contact::Contact(vector<Stored<ContactData>> data):
p(shared_ptr<Priv>(new Priv {
.data = data,
}))
{
}
optional<Identity> Contact::identity() const
{
p->init();
return p->identity;
}
optional<string> Contact::customName() const
{
p->init();
return p->name;
}
Contact Contact::customName(const Storage & st, const string & name) const
{
auto cdata = st.store(ContactData {
.prev = p->data,
.identity = {},
.name = name,
});
return Contact(shared_ptr<Contact::Priv>(new Contact::Priv {
.data = { cdata },
}));
}
string Contact::name() const
{
if (auto cust = customName())
return *cust;
if (auto id = p->identity)
if (auto idname = id->name())
return *idname;
return "";
}
bool Contact::operator==(const Contact & other) const
{
return p->data == other.p->data;
}
bool Contact::operator!=(const Contact & other) const
{
return p->data != other.p->data;
}
vector<Stored<ContactData>> Contact::data() const
{
return p->data;
}
Digest Contact::leastRoot() const
{
if (p->data.empty())
return Digest(array<uint8_t, Digest::size> {});
vector<Digest> roots;
for (const auto & d : p->data)
for (const auto & r : d.ref().roots())
roots.push_back(r);
roots.erase(std::unique(roots.begin(), roots.end()), roots.end());
return roots[0];
}
void Contact::Priv::init()
{
std::call_once(initFlag, [this]() {
vector<Stored<Signed<IdentityData>>> idata;
for (const auto & c : findPropertyComponents<Contact>(data, "identity"))
for (const auto & i : c->identity)
idata.push_back(i);
identity = Identity::load(idata);
if (identity)
name = identity->name();
if (auto opt = findPropertyComponent<Contact>(data, "name"))
name = (*opt)->name;
});
}
ContactData ContactData::load(const Ref & ref)
{
auto rec = ref->asRecord();
if (!rec)
return ContactData();
vector<Stored<ContactData>> prev;
for (const auto & x : rec->items("PREV"))
if (const auto & p = x.as<ContactData>())
prev.push_back(*p);
vector<Stored<Signed<IdentityData>>> identity;
for (const auto & x : rec->items("identity"))
if (const auto & i = x.asRef())
identity.push_back(*i);
return ContactData {
.prev = std::move(prev),
.identity = std::move(identity),
.name = rec->item("name").asText(),
};
}
Ref ContactData::store(const Storage & st) const
{
vector<Record::Item> items;
for (const auto & prev : prev)
items.emplace_back("PREV", prev.ref());
for (const auto & idt : identity)
items.emplace_back("identity", idt);
if (name)
items.emplace_back("name", *name);
return st.storeObject(Record(std::move(items)));
}
ContactService::ContactService() = default;
ContactService::~ContactService() = default;
UUID ContactService::uuid() const
{
return serviceUUID;
}
void ContactService::serverStarted(const Server & s)
{
PairingService<ContactAccepted>::serverStarted(s);
server = &s;
}
void ContactService::request(const Peer & peer)
{
requestPairing(serviceUUID, peer);
}
Stored<ContactAccepted> ContactService::handlePairingComplete(const Peer & peer)
{
server->localHead().update([&] (const Stored<LocalState> & local) {
auto cdata = local.ref().storage().store(ContactData {
.prev = {},
.identity = peer.identity()->finalOwner().data(),
.name = std::nullopt,
});
Contact contact(shared_ptr<Contact::Priv>(new Contact::Priv {
.data = { cdata },
}));
auto contacts = local->shared<Set<Contact>>();
return local.ref().storage().store(local->shared<Set<Contact>>(
contacts.add(local.ref().storage(), contact)));
});
return peer.tempStorage().store(ContactAccepted {});
}
void ContactService::handlePairingResult(Context & ctx, Stored<ContactAccepted>)
{
auto cdata = ctx.local().ref().storage().store(ContactData {
.prev = {},
.identity = ctx.peer().identity()->finalOwner().data(),
.name = std::nullopt,
});
Contact contact(shared_ptr<Contact::Priv>(new Contact::Priv {
.data = { cdata },
}));
auto contacts = ctx.local()->shared<Set<Contact>>();
ctx.local(ctx.local()->shared<Set<Contact>>(
contacts.add(ctx.local().ref().storage(), contact)));
}
ContactAccepted ContactAccepted::load(const Ref &)
{
return ContactAccepted {};
}
Ref ContactAccepted::store(const Storage & st) const
{
vector<Record::Item> items;
items.emplace_back("accept", "");
return st.storeObject(Record(std::move(items)));
}
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