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using Gee;
namespace Signal {
public class SimpleIdentityKeyStore : IdentityKeyStore {
public override uint8[] identity_key_private { get; set; }
public override uint8[] identity_key_public { get; set; }
public override uint32 local_registration_id { get; set; }
private Map<string, Map<int, IdentityKeyStore.TrustedIdentity>> trusted_identities = new HashMap<string, Map<int, IdentityKeyStore.TrustedIdentity>>();
public override void save_identity(Address address, uint8[] key) throws Error {
string name = address.name;
if (trusted_identities.has_key(name)) {
if (trusted_identities[name].has_key(address.device_id)) {
trusted_identities[name][address.device_id].key = key;
trusted_identity_updated(trusted_identities[name][address.device_id]);
} else {
trusted_identities[name][address.device_id] = new TrustedIdentity.by_address(address, key);
trusted_identity_added(trusted_identities[name][address.device_id]);
}
} else {
trusted_identities[name] = new HashMap<int, IdentityKeyStore.TrustedIdentity>();
trusted_identities[name][address.device_id] = new TrustedIdentity.by_address(address, key);
trusted_identity_added(trusted_identities[name][address.device_id]);
}
}
public override bool is_trusted_identity(Address address, uint8[] key) throws Error {
if (!trusted_identities.has_key(address.name)) return true;
if (!trusted_identities[address.name].has_key(address.device_id)) return true;
uint8[] other_key = trusted_identities[address.name][address.device_id].key;
if (other_key.length != key.length) return false;
for (int i = 0; i < key.length; i++) {
if (other_key[i] != key[i]) return false;
}
return true;
}
}
}
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