simulations/cuckoo_simulation/src/stats.rs

use crate::types::*;

#[derive(Debug, Clone, Copy, Default)]
pub struct CurrentStats {
    pub dirty: bool,
    pub min_tot_nodes: NodeCount,
    pub min_tot_nodes_quorum: RegionCount,
    pub max_tot_nodes: NodeCount,
    pub max_tot_nodes_quorum: RegionCount,
    pub min_tot_honest: NodeCount,
    pub min_tot_honest_quorum: RegionCount,
    pub max_tot_honest: NodeCount,
    pub max_tot_honest_quorum: RegionCount,
    pub min_tot_malicious: NodeCount,
    pub min_tot_malicious_quorum: RegionCount,
    pub max_tot_malicious: NodeCount,
    pub max_tot_malicious_quorum: RegionCount,
    pub min_tot_last_join: TimeCount,
    pub min_tot_last_join_quorum: RegionCount,
    pub max_tot_last_join: TimeCount,
    pub max_tot_last_join_quorum: RegionCount,
    pub min_b_0: f64,
    pub min_b_0_quorum: RegionCount,
    pub max_b_0: f64,
    pub max_epsilon_quorum: RegionCount,
}

impl CurrentStats {
    pub fn update(&mut self, i: RegionCount, q: &Quorum, force: bool) {
        if self.dirty == false && (
            self.min_tot_nodes_quorum == i ||
                self.max_tot_nodes_quorum == i ||
                self.min_tot_honest_quorum == i ||
                self.max_tot_honest_quorum == i ||
                self.min_tot_malicious_quorum == i ||
                self.max_tot_malicious_quorum == i ||
                self.min_tot_last_join_quorum == i ||
                self.max_tot_last_join_quorum == i ||
                self.min_b_0_quorum == i ||
                self.max_epsilon_quorum == i) {
            self.dirty = true;
        }
        let nodes = q.tot_honest + q.tot_malicious;
        if force || nodes < self.min_tot_nodes {
            self.min_tot_nodes = nodes;
            self.min_tot_nodes_quorum = i;
        }
        if force || nodes > self.max_tot_nodes {
            self.max_tot_nodes = nodes;
            self.max_tot_nodes_quorum = i;
        }
        if force || q.tot_honest < self.min_tot_honest {
            self.min_tot_honest = q.tot_honest;
            self.min_tot_honest_quorum = i;
        }
        if force || q.tot_honest > self.max_tot_honest {
            self.max_tot_honest = q.tot_honest;
            self.max_tot_honest_quorum = i;
        }
        if force || q.tot_malicious < self.min_tot_malicious {
            self.min_tot_malicious = q.tot_malicious;
            self.min_tot_malicious_quorum = i;
        }
        if force || q.tot_malicious > self.max_tot_malicious {
            self.max_tot_malicious = q.tot_malicious;
            self.max_tot_malicious_quorum = i;
        }
        if force || q.tot_last_join < self.min_tot_last_join {
            self.min_tot_last_join = q.tot_last_join;
            self.min_tot_last_join_quorum = i;
        }
        if force || q.tot_last_join > self.max_tot_last_join {
            self.max_tot_last_join = q.tot_last_join;
            self.max_tot_last_join_quorum = i;
        }
        let b_0: f64 = if q.tot_honest > 0 {
            (q.tot_malicious as f64) /
                (q.tot_honest as f64)
        } else if q.tot_malicious > 0 {
            1000000.0
        } else {
            0.0
        };
        if force || b_0 < self.min_b_0 {
            self.min_b_0 = b_0;
            self.min_b_0_quorum = i;
        }
        if force || b_0 > self.max_b_0 {
            self.max_b_0 = b_0;
            self.max_epsilon_quorum = i;
        }
    }

    #[allow(dead_code)]
    pub fn print(&self) {
        print!("nodes {} ({}) {} ({}) ", self.min_tot_nodes, self.min_tot_nodes_quorum, self.max_tot_nodes, self.max_tot_nodes_quorum);
        print!("honest {} ({}) {} ({}) ", self.min_tot_honest, self.min_tot_honest_quorum, self.max_tot_honest, self.max_tot_honest_quorum);
        print!("malicious {} ({}) {} ({}) ", self.min_tot_malicious, self.min_tot_malicious_quorum, self.max_tot_malicious, self.max_tot_malicious_quorum);
        print!("lastjoin {} ({}) {} ({}) ", self.min_tot_last_join, self.min_tot_last_join_quorum, self.max_tot_last_join, self.max_tot_last_join_quorum);
        println!("b_0 {} ({}) {} ({})", self.min_b_0, self.min_b_0_quorum, self.max_b_0, self.max_epsilon_quorum);
    }
}

#[derive(Debug, Clone, Copy, Default)]
pub struct CumulativeStats {
    pub max_tot_honest: NodeCount,
    pub min_tot_honest: NodeCount,
    pub min_tot_malicious: NodeCount,
    pub max_tot_malicious: NodeCount,
    pub min_tot_nodes: NodeCount,
    pub max_tot_nodes: NodeCount,
    pub min_age: TimeCount,
    pub max_age: TimeCount,
    pub min_b_0: f64,
    pub max_b_0: f64,
}

impl CumulativeStats {
    #[allow(dead_code)]
    pub fn print(&self) {
        print!("nodes {} {} ", self.min_tot_nodes, self.max_tot_nodes);
        print!("honest {} {} ", self.min_tot_honest, self.max_tot_honest);
        print!("malicious {} {} ", self.min_tot_malicious, self.max_tot_malicious);
        print!("age {} {} ", self.min_age, self.max_age);
        println!("b_0 {} {}", self.min_b_0, self.max_b_0);
    }
}