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- Resolves #1550 - Resolves #824 - Resolves #825 - Resolves #1131 - Resolves #1411 - Resolves #1256 - Resolve #1177 - Includes the `ShufflingId` struct initially defined in #1492. That PR is now closed and the changes are included here, with significant bug fixes. - Implement the https://github.com/ethereum/eth2.0-APIs in a new `http_api` crate using `warp`. This replaces the `rest_api` crate. - Add a new `common/eth2` crate which provides a wrapper around `reqwest`, providing the HTTP client that is used by the validator client and for testing. This replaces the `common/remote_beacon_node` crate. - Create a `http_metrics` crate which is a dedicated server for Prometheus metrics (they are no longer served on the same port as the REST API). We now have flags for `--metrics`, `--metrics-address`, etc. - Allow the `subnet_id` to be an optional parameter for `VerifiedUnaggregatedAttestation::verify`. This means it does not need to be provided unnecessarily by the validator client. - Move `fn map_attestation_committee` in `mod beacon_chain::attestation_verification` to a new `fn with_committee_cache` on the `BeaconChain` so the same cache can be used for obtaining validator duties. - Add some other helpers to `BeaconChain` to assist with common API duties (e.g., `block_root_at_slot`, `head_beacon_block_root`). - Change the `NaiveAggregationPool` so it can index attestations by `hash_tree_root(attestation.data)`. This is a requirement of the API. - Add functions to `BeaconChainHarness` to allow it to create slashings and exits. - Allow for `eth1::Eth1NetworkId` to go to/from a `String`. - Add functions to the `OperationPool` to allow getting all objects in the pool. - Add function to `BeaconState` to check if a committee cache is initialized. - Fix bug where `seconds_per_eth1_block` was not transferring over from `YamlConfig` to `ChainSpec`. - Add the `deposit_contract_address` to `YamlConfig` and `ChainSpec`. We needed to be able to return it in an API response. - Change some uses of serde `serialize_with` and `deserialize_with` to a single use of `with` (code quality). - Impl `Display` and `FromStr` for several BLS fields. - Check for clock discrepancy when VC polls BN for sync state (with +/- 1 slot tolerance). This is not intended to be comprehensive, it was just easy to do. - See #1434 for a per-endpoint overview. - Seeking clarity here: https://github.com/ethereum/eth2.0-APIs/issues/75 - [x] Add docs for prom port to close #1256 - [x] Follow up on this #1177 - [x] ~~Follow up with #1424~~ Will fix in future PR. - [x] Follow up with #1411 - [x] ~~Follow up with #1260~~ Will fix in future PR. - [x] Add quotes to all integers. - [x] Remove `rest_types` - [x] Address missing beacon block error. (#1629) - [x] ~~Add tests for lighthouse/peers endpoints~~ Wontfix - [x] ~~Follow up with validator status proposal~~ Tracked in #1434 - [x] Unify graffiti structs - [x] ~~Start server when waiting for genesis?~~ Will fix in future PR. - [x] TODO in http_api tests - [x] Move lighthouse endpoints off /eth/v1 - [x] Update docs to link to standard - ~~Blocked on #1586~~ Co-authored-by: Michael Sproul <michael@sigmaprime.io>
73 lines
2.2 KiB
Rust
73 lines
2.2 KiB
Rust
use eth2::BeaconNodeHttpClient;
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use slog::{debug, error, warn, Logger};
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use slot_clock::SlotClock;
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/// A distance in slots.
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const SYNC_TOLERANCE: u64 = 4;
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/// Returns `true` if the beacon node is synced and ready for action.
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///
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/// Returns `false` if:
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///
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/// - The beacon node is unreachable.
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/// - The beacon node indicates that it is syncing **AND** it is more than `SYNC_TOLERANCE` behind
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/// the highest known slot.
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///
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/// The second condition means the even if the beacon node thinks that it's syncing, we'll still
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/// try to use it if it's close enough to the head.
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pub async fn is_synced<T: SlotClock>(
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beacon_node: &BeaconNodeHttpClient,
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slot_clock: &T,
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log_opt: Option<&Logger>,
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) -> bool {
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let resp = match beacon_node.get_node_syncing().await {
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Ok(resp) => resp,
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Err(e) => {
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if let Some(log) = log_opt {
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error!(
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log,
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"Unable connect to beacon node";
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"error" => e.to_string()
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)
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}
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return false;
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}
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};
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let is_synced = !resp.data.is_syncing || (resp.data.sync_distance.as_u64() < SYNC_TOLERANCE);
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if let Some(log) = log_opt {
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if !is_synced {
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debug!(
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log,
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"Beacon node sync status";
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"status" => format!("{:?}", resp),
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);
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warn!(
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log,
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"Beacon node is syncing";
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"msg" => "not receiving new duties",
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"sync_distance" => resp.data.sync_distance.as_u64(),
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"head_slot" => resp.data.head_slot.as_u64(),
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);
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}
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if let Some(local_slot) = slot_clock.now() {
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let remote_slot = resp.data.head_slot + resp.data.sync_distance;
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if remote_slot + 1 < local_slot || local_slot + 1 < remote_slot {
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error!(
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log,
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"Time discrepancy with beacon node";
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"msg" => "check the system time on this host and the beacon node",
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"beacon_node_slot" => remote_slot,
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"local_slot" => local_slot,
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);
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}
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}
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}
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is_synced
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}
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