fn input_queues_stats(input_queues: &BTreeMap<CanisterId, InputQueue>) -> (usize, usize) {
        let mut message_count = 0;
        let mut size_bytes = 0;
        for q in input_queues.values() {
            message_count += q.num_messages();
            size_bytes += q.count_bytes();
        }
        (message_count, size_bytes)
    }
/// Computes total message count and total byte size for `input_queues`.
Computes total message count and total byte size for `input_queues`.
Computes total message count and total byte size for ` input_queues ` .
fn input_queues_stats(input_queues: &BTreeMap<CanisterId, InputQueue>) -> (usize, usize) {
        let mut message_count = 0;
        let mut size_bytes = 0;
        for q in input_queues.values() {
            message_count += q.num_messages();
            size_bytes += q.count_bytes();
        }
        (message_count, size_bytes)
    }
fn input_queues_stats ( input_queues : & BTreeMap < CanisterId , InputQueue > ) -> ( usize , usize ) { let mut message_count = 0 ; let mut size_bytes = 0 ; for q in input_queues . values ( ) { message_count += q . num_messages ( ) ; size_bytes += q . count_bytes ( ) ; } ( message_count , size_bytes ) }
Computes total message count and total byte size for `input_queues`.
Computes total message count and total byte size for ` input_queues ` .
input_queues
&BTreeMap<CanisterId, InputQueue>
input_queues
&BTreeMap<CanisterId, InputQueue>