Differential D309 Diff 974 src/crypto/crypto.cpp

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src/crypto/crypto.cpp

Show First 20 Lines • Show All 299 Lines • ▼ Show 20 Lines	void Crypto::setUploadedOneTimeKeysCount(immer::map<std::string /* algorithm */, int> uploadedOneTimeKeysCount)
m_d->uploadedOneTimeKeysCount = uploadedOneTimeKeysCount;		m_d->uploadedOneTimeKeysCount = uploadedOneTimeKeysCount;
}		}

std::size_t Crypto::maxNumberOfOneTimeKeys() const		std::size_t Crypto::maxNumberOfOneTimeKeys() const
{		{
return m_d->account.value()->max_number_of_one_time_keys();		return m_d->account.value()->max_number_of_one_time_keys();
}		}

std::size_t Crypto::genOneTimeKeysRandomSize(int num)		std::size_t Crypto::genOneTimeKeysRandomSize([[maybe_unused]] int num)
{		{
return 0;		return 0;
}		}

void Crypto::genOneTimeKeysWithRandom(RandomData random, int num)		void Crypto::genOneTimeKeysWithRandom([[maybe_unused]] RandomData random, int num)
{		{
assert(random.size() >= genOneTimeKeysRandomSize(num));		assert(random.size() >= genOneTimeKeysRandomSize(num));

m_d->account.value()->generate_one_time_keys(num);		m_d->account.value()->generate_one_time_keys(num);
m_d->numUnpublishedKeys += num;		m_d->numUnpublishedKeys += num;
}		}


▲ Show 20 Lines • Show All 268 Lines • ▼ Show 20 Lines	namespace Kazv
auto Crypto::devicesMissingOutboundSessionKey(		auto Crypto::devicesMissingOutboundSessionKey(
immer::map<std::string, immer::map<std::string /* deviceId */,		immer::map<std::string, immer::map<std::string /* deviceId */,
std::string /* curve25519IdentityKey */>> keyMap) const -> UserIdToDeviceIdMap		std::string /* curve25519IdentityKey */>> keyMap) const -> UserIdToDeviceIdMap
{		{
auto ret = UserIdToDeviceIdMap{};		auto ret = UserIdToDeviceIdMap{};
for (auto [userId, devices] : keyMap) {		for (auto [userId, devices] : keyMap) {
auto unknownDevices =		auto unknownDevices =
intoImmer(immer::flex_vector<std::string>{},		intoImmer(immer::flex_vector<std::string>{},
zug::filter([=](auto kv) {		zug::filter([this](auto kv) {
auto [deviceId, theirCurve25519IdentityKey] = kv;		auto [deviceId, theirCurve25519IdentityKey] = kv;
return m_d->knownSessions.find(theirCurve25519IdentityKey)		return m_d->knownSessions.find(theirCurve25519IdentityKey)
== m_d->knownSessions.end();		== m_d->knownSessions.end();
})		})
\| zug::map([=](auto kv) {		\| zug::map([](auto kv) {
auto [deviceId, key] = kv;		auto [deviceId, key] = kv;
return deviceId;		return deviceId;
}),		}),
devices);		devices);
if (! unknownDevices.empty()) {		if (! unknownDevices.empty()) {
ret = std::move(ret).set(userId, std::move(unknownDevices));		ret = std::move(ret).set(userId, std::move(unknownDevices));
}		}
}		}
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