iuna

metrics.rs (8586B)

 use crate::{
     adapters::ui_data_store::BlockMetricRow,
     app::{PeerDirection, PeerInfo},
     domain::Amount,
 };
 
 use super::{
     PEER_STALE_AFTER_MS, now_ms,
     types::{
         MempoolCounts, MetricsChart, MetricsLeaderboards, MetricsPoint, MetricsResponse,
         MetricsValueKind, NetworkHealthLocalState, NetworkHealthResponse,
     },
 };
 
 pub(super) fn network_health(
     local: NetworkHealthLocalState,
     peers: &[PeerInfo],
     mempool: MempoolCounts,
 ) -> NetworkHealthResponse {
     network_health_at(local, peers, mempool, now_ms())
 }
 
 pub(super) fn metrics_response(
     enabled: bool,
     rows: Vec<BlockMetricRow>,
     leaderboards: MetricsLeaderboards,
 ) -> MetricsResponse {
     let latest = rows.last().cloned();
     MetricsResponse {
         enabled,
         latest,
         leaderboards,
         charts: vec![
             metrics_chart(
                 "block-time",
                 "Time per block",
                 "s",
                 MetricsValueKind::Seconds,
                 &rows,
                 |row| {
                     row.block_time_ms
                         .filter(|_| row.height > 1)
                         .map(|ms| ms as f64 / 1_000.0)
                 },
             ),
             metrics_chart(
                 "difficulty",
                 "Difficulty",
                 "bits",
                 MetricsValueKind::Number,
                 &rows,
                 |row| Some(row.mine_difficulty_bits as f64),
             ),
             metrics_chart(
                 "supply",
                 "IUNA in circulation",
                 "IUNA",
                 MetricsValueKind::Iuna,
                 &rows,
                 |row| Some(micro_iuna_as_iuna(row.circulating_supply)),
             ),
             metrics_chart(
                 "known-wallet-addresses",
                 "Known wallet addresses",
                 "addresses",
                 MetricsValueKind::Number,
                 &rows,
                 |row| Some(row.known_wallet_addresses as f64),
             ),
             metrics_chart(
                 "transactions",
                 "Transactions",
                 "tx",
                 MetricsValueKind::Number,
                 &rows,
                 |row| Some(row.transaction_count as f64),
             ),
             metrics_chart(
                 "burn-count",
                 "Burn transactions",
                 "burns",
                 MetricsValueKind::Number,
                 &rows,
                 |row| Some(row.burn_count as f64),
             ),
             metrics_chart(
                 "burn-amount",
                 "Burn amount",
                 "IUNA",
                 MetricsValueKind::Iuna,
                 &rows,
                 |row| Some(micro_iuna_as_iuna(row.burned_amount)),
             ),
             metrics_chart(
                 "total-burn",
                 "Total burn",
                 "IUNA",
                 MetricsValueKind::Iuna,
                 &rows,
                 |row| Some(micro_iuna_as_iuna(row.total_burned_amount)),
             ),
             metrics_chart(
                 "fees",
                 "Fees",
                 "IUNA",
                 MetricsValueKind::Iuna,
                 &rows,
                 |row| Some(micro_iuna_as_iuna(row.fees_amount)),
             ),
             metrics_chart(
                 "mine-actions",
                 "Mine actions",
                 "mine",
                 MetricsValueKind::Number,
                 &rows,
                 |row| Some(row.mine_count as f64),
             ),
             metrics_chart(
                 "vdf-rounds",
                 "VDF rounds",
                 "rounds",
                 MetricsValueKind::Number,
                 &rows,
                 |row| (row.vdf_rounds > 0).then_some(row.vdf_rounds as f64),
             ),
         ],
     }
 }
 
 fn metrics_chart(
     id: &'static str,
     title: &'static str,
     unit: &'static str,
     value_kind: MetricsValueKind,
     rows: &[BlockMetricRow],
     value: impl Fn(&BlockMetricRow) -> Option<f64>,
 ) -> MetricsChart {
     MetricsChart {
         id,
         title,
         unit,
         value_kind,
         points: rows
             .iter()
             .filter_map(|row| {
                 value(row).map(|value| MetricsPoint {
                     height: row.height,
                     value,
                 })
             })
             .collect(),
     }
 }
 
 fn micro_iuna_as_iuna(amount: Amount) -> f64 {
     amount as f64 / 1_000_000.0
 }
 
 pub(super) fn network_health_at(
     local: NetworkHealthLocalState,
     peers: &[PeerInfo],
     mempool: MempoolCounts,
     now_ms: u64,
 ) -> NetworkHealthResponse {
     let local_height = local.height;
     let remote_best_height = peers.iter().filter_map(|peer| peer.last_known_height).max();
     let best_known_height = remote_best_height.unwrap_or(local_height).max(local_height);
     let healthy_heights = peers
         .iter()
         .filter(|peer| peer.last_error.is_none())
         .filter_map(|peer| peer.last_known_height)
         .collect::<Vec<_>>();
     let shared_height = healthy_heights
         .iter()
         .copied()
         .min()
         .unwrap_or(local_height)
         .min(local_height);
     let outbound_peers = peers
         .iter()
         .filter(|peer| peer.direction != PeerDirection::Inbound)
         .count();
     let inbound_peers = peers
         .iter()
         .filter(|peer| peer.direction == PeerDirection::Inbound)
         .count();
     let healthy_peers = peers
         .iter()
         .filter(|peer| peer.last_error.is_none() && peer.last_known_height.is_some())
         .count();
     let failed_peers = peers
         .iter()
         .filter(|peer| peer.last_error.is_some())
         .count();
     let stale_peers = peers
         .iter()
         .filter(|peer| {
             peer.last_success_ms.is_some_and(|last_success| {
                 now_ms.saturating_sub(last_success) > PEER_STALE_AFTER_MS
             })
         })
         .count();
     let banned_peers = peers
         .iter()
         .filter(|peer| peer.is_banned_at(now_ms))
         .count();
     let network_time_offset_ms = median_peer_clock_offset(peers, now_ms);
     let bad_clock_peers = peers
         .iter()
         .filter(|peer| {
             peer.last_clock_observed_ms.is_some_and(|observed_ms| {
                 now_ms.saturating_sub(observed_ms) <= PEER_STALE_AFTER_MS
             })
         })
         .filter(|peer| peer.last_clock_offset_accepted == Some(false))
         .count();
     let lag_blocks = best_known_height.saturating_sub(local_height);
     let last_error = peers.iter().rev().find_map(|peer| {
         peer.last_error
             .as_ref()
             .map(|error| format!("{}: {error}", peer.address))
     });
 
     let state = if peers.is_empty() {
         "isolated"
     } else if banned_peers > 0 && healthy_peers == 0 {
         "banned"
     } else if lag_blocks > 0 {
         "syncing"
     } else if failed_peers > 0 && healthy_peers == 0 {
         "peer errors"
     } else if stale_peers > 0 && healthy_peers == stale_peers {
         "stale"
     } else if remote_best_height.is_some_and(|height| local_height > height) {
         "ahead of peers"
     } else {
         "healthy"
     }
     .to_string();
 
     NetworkHealthResponse {
         ok: !peers.is_empty() && lag_blocks == 0 && healthy_peers > stale_peers,
         state,
         local_height,
         best_known_height,
         shared_height,
         lag_blocks,
         outbound_peers,
         inbound_peers,
         healthy_peers,
         failed_peers,
         stale_peers,
         banned_peers,
         pending_transactions: local.pending_transactions,
         pending_plain_transactions: mempool.plain_transactions,
         pending_blinded_transactions: mempool.blinded_transactions,
         pending_blinded_reveals: mempool.blinded_reveals,
         network_time_offset_ms,
         bad_clock_peers,
         last_error,
     }
 }
 
 fn median_peer_clock_offset(peers: &[PeerInfo], now_ms: u64) -> Option<i64> {
     let mut offsets = peers
         .iter()
         .filter(|peer| peer.last_error.is_none())
         .filter(|peer| !peer.is_banned_at(now_ms))
         .filter(|peer| peer.last_clock_offset_accepted == Some(true))
         .filter(|peer| {
             peer.last_clock_observed_ms.is_some_and(|observed_ms| {
                 now_ms.saturating_sub(observed_ms) <= PEER_STALE_AFTER_MS
             })
         })
         .filter_map(|peer| peer.last_clock_offset_ms)
         .collect::<Vec<_>>();
     if offsets.is_empty() {
         return None;
     }
     offsets.sort_unstable();
     Some(offsets[offsets.len() / 2])
 }