* Soft-deprecate --cluster-id=N triggering the associated preset selection
* Rewrite applyNetworkConf to apply user-set fields over preset fields
* Add createNode(preset, mode, overrides, additions) nim api
* Generate WakuNodeConfOverlay (all Option fields) from WakuNodeConf
* New parser for configJson handles new messaging shape and full conf shape
* Change all confbuilder defaults from literal values to DefaultXXX consts
* Change int/bool WakuNodeConf fields to Option to get user intent w/o sentinels
* Make Option CLI default-value help mention defaults now owned by confbuilder
* Misc refactors, fixes
* Add tests
* apply auto-port/port-0 default to library users only
* revert REST API additions
* relax rest/ws conf builders to accept an unset port for consistency
* apply fixes to tests and testing infra
* nix: parameterize build flags with named args
Expose `enablePostgres`, `enableNimDebugDlOpen`, and `chroniclesLogLevel`
as arguments on `nix/default.nix`. Defaults preserve today's hardcoded
behavior, so `nix build .#liblogosdelivery` with no overrides is a
no-op change.
Consume the package via `callPackage` in `flake.nix` so consumers can
use `.override { ... }` without extra wrapping.
* nix: link libstdc++ on Linux so consumers don't need patchelf
Append `stdenv.cc.cc.lib` to `buildInputs` on Linux and add `-lstdc++`
to the Nim `--passL` flags. Nix stdenv's fixupPhase will auto-inject
`${stdenv.cc.cc.lib}/lib` into the output's RUNPATH, so downstream
consumers can drop their patchelf step.
macOS resolves the C++ stdlib via dyld/libc++ and is unaffected.
* nix: bundle librln into the output for a self-contained package
Copy the librln shared library (`librln.so` / `librln.dylib`) from the
zerokit input into `$out/lib` and rewrite the internal reference in
`liblogosdelivery`:
- Darwin: set librln's install name to `@rpath/librln.dylib`, change the
consumer's reference to match, and add `@loader_path` as an rpath.
- Linux: add `$ORIGIN` to the rpath so `librln.so` resolves from the
sibling directory, preserving the gcc-lib entry injected by the stdenv
fixupPhase for libstdc++.
The installed `liblogosdelivery` no longer carries a `/nix/store/...`
absolute path to zerokit, so downstream consumers can ship the bundle
as-is.
* fix node info to use announcedAddresses again
* expose ports via Debug API ("MyBoundPorts")
* builders default to port 0 in discv5/metrics/p2pTcp
* add waku/net/bound_ports.nim
* move auto_port and net_config to waku/net/
* extract port-0 retry loop to tryWithAutoPort[T]
* misc refactors and fixes
* tcp/rest/websocket/metrics/discv5 default port changed to 0
* all CLI port types are now uint16 (instead of Port)
* any port set to 0 on conf results in a random port bound
* write back bound values to both WakuConf and WakuNode.ports
* REST GET /info reports actually bound ports for enabled services
* conf builders now err if any port config is unset
* setupDiscoveryV5 returns Result and errors out on port 0
* rename setupAndStartDiscv5WithAutoPort to setupAndStartDiscv5
* updateWaku ENR rebuild now runs after discv5 startup
* remove Port(0) conf from tests (0 is default)
* add port = 0 to conf builder tests (conf builder has no default)
Rebuild nat libs (miniupnpc, libnatpmp) for the host architecture during
nimble deps setup. The prebuilt libs from the nimble cache are x86_64 and
fail to link on arm64 (Apple Silicon).
Co-authored-by: Claude Sonnet 4.6 <noreply@anthropic.com>
Add -d:postgres and -d:nimDebugDlOpen to both the dynamic and static
nim c invocations in nix/default.nix, matching the POSTGRES=1 flag
already used in the Make-based build path.
* Add pre-check of options used in config Json for logos-delivery-api pre-createNode, treat unrecognized options as error
* Collect all unrecognized options and report them at once.
* Refactor json config parsing and error detection
The Nix build fails when consumers use `nix build github:logos-messaging/logos-delivery#liblogosdelivery`
without appending `?submodules=1` — vendor/nimbus-build-system is missing,
causing patchShebangs and substituteInPlace to fail.
Two fixes:
1. Add `inputs.self.submodules = true` to flake.nix (Nix >= 2.27) so
submodules are fetched automatically without requiring callers to
pass `?submodules=1`.
2. Fix the assertion in nix/default.nix: `(src.submodules or true)`
always evaluates to true, silently masking the missing-submodules
error. Changed to `builtins.pathExists` check on the actual
submodule directory so it fails with a helpful message when
submodules are genuinely absent.
feat: active filter subscription management for edge nodes
## Subscription Manager
* edgeFilterSubLoop reconciles desired vs actual filter subscriptions
* edgeFilterHealthLoop pings filter peers, evicts stale ones
* EdgeFilterSubState per-shard tracking of confirmed peers and health
* best-effort unsubscribe on peer removal
* RequestEdgeShardHealth and RequestEdgeFilterPeerCount broker providers
## WakuNode
* Remove old edge health loop (loopEdgeHealth, edgeHealthEvent, calculateEdgeTopicHealth)
* Register MessageSeenEvent push handler on filter client during start
* startDeliveryService now returns `Result[void, string]` and propagates errors
## Health Monitor
* getFilterClientHealth queries RequestEdgeFilterPeerCount via broker
* Shard/content health providers fall back to RequestEdgeShardHealth when relay inactive
* Listen to EventShardTopicHealthChange for health recalculation
* Add missing return p.notReady() on failed edge filter peer count request
* HealthyThreshold constant moved to `connection_status.nim`
## Broker types
* RequestEdgeShardHealth, RequestEdgeFilterPeerCount request types
* EventShardTopicHealthChange event type
## Filter Client
* Add timeout parameter to ping proc
## Tests
* Health monitor event tests with per-node lockNewGlobalBrokerContext
* Edge (light client) health update test
* Edge health driven by confirmed filter subscriptions test
* API subscription tests: sub/receive, failover, peer replacement
Co-authored-by: Ivan FB <128452529+Ivansete-status@users.noreply.github.com>
Co-authored by Zoltan Nagy
