in nfm-controller/src/events/event_provider_ebpf.rs [581:631]
fn test_flow_aggregation_one_flow() {
let mut sock_stream: HashMap<SockKey, AggSockStats> = HashMap::new();
let mut sock_cache = SockCache::with_max_entries(AGG_FLOWS_MAX_ENTRIES as usize);
let mut flow_cache: HashMap<FlowProperties, AggregateResults> = HashMap::new();
// Test the aggregation of many sockets into one flow.
let now_us: u64 = 2025;
for i in 0..AGG_FLOWS_MAX_ENTRIES {
let sock_key = i as SockKey;
let sock_context = SockContext {
address_family: AF_INET,
remote_ipv4: Ipv4Addr::from_str("44.33.22.11").unwrap().to_bits(),
..Default::default()
};
sock_cache.add_context(sock_key, sock_context, now_us);
sock_stream.insert(
sock_key,
AggSockStats {
stats: SockStats {
bytes_received: 1,
..Default::default()
},
cpus: vec![],
},
);
}
let agg_result =
SocketQueries::aggregate_into_flows(&sock_stream, &sock_cache, &mut flow_cache);
let expected_bytes: u64 = AGG_FLOWS_MAX_ENTRIES as u64;
let actual_bytes: u64 = flow_cache
.values()
.map(|agg_flow| agg_flow.stats.bytes_received)
.sum();
assert_eq!(flow_cache.len(), 1);
assert_eq!(actual_bytes, expected_bytes);
assert_eq!(
agg_result,
SockOperationResult {
completed: AGG_FLOWS_MAX_ENTRIES as u64,
partial: 0,
failed: 0,
}
);
for flow in flow_cache.keys() {
assert_eq!(
flow.remote_address,
IpAddr::from_str("44.33.22.11").unwrap()
);
}
}