int replication_call_defer_flush_all(const rel_time_t time)
{
R_CMD r;
r.key = NULL;
r.time = time;
return(replication(REPLICATION_DEFER_FLUSH_ALL, &r));
}
int replication_call_del(char *key, size_t keylen)
{
R_CMD r;
r.key = key;
r.keylen = keylen;
return(replication(REPLICATION_DEL, &r));
}
int replication_call_defer_del(char *key, size_t keylen, rel_time_t time)
{
R_CMD r;
r.key = key;
r.keylen = keylen;
r.time = time;
return(replication(REPLICATION_DEFER_DEL, &r));
}
TEST(ReplicatedPingTest, testPingSendsProposeExitCluster)
{
MockReplication replication(
std::vector<dafs::Address>
{
dafs::Address("AWAY", 404)
}
);
auto get_endpoints = [](){
return dafs::ReplicatedEndpoints
{
dafs::Endpoint
{
dafs::EmptyAddress(),
dafs::Address("A", 1)
},
dafs::Endpoint
{
dafs::EmptyAddress(),
dafs::Address("AWAY", 404)
},
dafs::Endpoint
{
dafs::EmptyAddress(),
dafs::Address("C", 3)
}
};
};
auto is_partition_locked = [](){ return false; };
auto mock_sender = std::make_shared<MockSender>();
dafs::ReplicatedPing ping(
replication,
dafs::Address("C", 3),
get_endpoints,
is_partition_locked,
std::chrono::seconds(0));
ping.SendPing(mock_sender);
ASSERT_EQ(1, mock_sender->sentMessages().size());
ASSERT_EQ(
dafs::MessageType::_ProposeExitCluster,
mock_sender->sentMessages()[0].type);
}
int replication_call_marugoto_end()
{
R_CMD r;
r.key = NULL;
return(replication(REPLICATION_MARUGOTO_END, &r));
}
int replication_call_flush_all()
{
R_CMD r;
r.key = NULL;
return(replication(REPLICATION_FLUSH_ALL, &r));
}
