diff --git a/.beads/issues.jsonl b/.beads/issues.jsonl index b89fc30..fd6f22a 100644 --- a/.beads/issues.jsonl +++ b/.beads/issues.jsonl @@ -46,7 +46,7 @@ {"id":"miroir-b64","title":"Genesis: Miroir Implementation","description":"## Genesis Bead\n**Tied to plan:** `/home/coding/miroir/docs/plan/plan.md`\n\n## Project Overview\n\n**Miroir** — _Multi-node Index Replication Orchestrator, Integrated Rebalancing_ — is a RAID-like sharding and high-availability layer for **Meilisearch Community Edition (MIT)**. It stripes a large index across a fleet of Meilisearch nodes, fans out search queries across all shards, merges ranked results, and rebalances shard assignments when nodes are added or removed — all without Meilisearch Enterprise.\n\n## Why This Exists\n\nMeilisearch CE loads its entire index into memory-mapped LMDB files. A large index that exceeds a single server's available RAM cannot run on that server. The Enterprise Edition's native sharding and replication are **BUSL-1.1 gated** — production use requires a commercial license. Miroir solves this using only the Meilisearch **public REST API**, with no node-side patches or forks. Every Meilisearch node continues to run unmodified CE.\n\n## Design Principles (from plan §1)\n\n1. **Invisible federation** — clients talk to one endpoint using the standard Meilisearch API\n2. **No Enterprise dependency** — pure CE (MIT) everywhere\n3. **Rendezvous hashing (HRW)** — matches what Meilisearch Enterprise itself uses internally\n4. **RF-configurable redundancy** — RF=1 capacity, RF=2 one-node-loss, RF=3 two-node-loss\n5. **Graceful degradation** — partial results with `X-Miroir-Degraded` beats whole-request failure\n6. **Static binaries, scratch images** — musl + scratch Docker, trivial deploy, tiny attack surface\n7. **GitOps first** — all config in `jedarden/declarative-config`, ArgoCD drives cluster changes\n8. **Fixed per-pod resource envelope (2 vCPU / 3.75 GB)** — scale out, not up\n\n## Architecture (high-level)\n\n- **Shards (S)** — logical hash-space granularity, **fixed at index creation**, `S = max_nodes_per_group_ever × 8`\n- **Replica Groups (RG)** — independent query pools, each holds a full copy of all shards; scales **read throughput**\n- **Replication Factor (RF)** — intra-group copies per shard; scales **HA within a group**\n- **Writes** fan out to `RG × RF` nodes (one per-group quorum, cluster-wide success when ≥1 group met its quorum)\n- **Reads** target exactly one group per query (round-robin); fan out to that group's covering set only\n- **Rendezvous hashing is scoped to each group** — prevents cross-group coverage gaps\n\n## Phase Plan\n\n- [ ] **Phase 0 — Foundation** — Cargo workspace, crate layout, config schema, dependencies\n- [ ] **Phase 1 — Core Routing** (plan §2, §4) — rendezvous hash, topology, write targets, covering set\n- [ ] **Phase 2 — Proxy + API Surface** (plan §3, §5) — HTTP server, documents/search/indexes/settings/tasks/health, result merger, quorum, error mapping\n- [ ] **Phase 3 — Task Registry + Persistence** (plan §4 task store) — SQLite schema (14 tables), Redis mirror for HA\n- [ ] **Phase 4 — Topology Operations** (plan §2 topology changes, §4 rebalancer) — add/remove node, add/remove group, drain, dual-write, shard-filter migration\n- [ ] **Phase 5 — Advanced Capabilities** (plan §13, subsections .1–.21) — reshard, hedging, EWMA, query planner, two-phase settings, session pinning, aliases, anti-entropy, streaming dump import, idempotency+coalescing, multi-search, vector, CDC, TTL, tenant affinity, shadow tee, ILM, canaries, Admin UI, Explain, Search UI\n- [ ] **Phase 6 — Horizontal Scaling + HPA** (plan §14) — pod envelope, request-path statelessness, Mode A/B/C background coordination, peer discovery, HPA spec\n- [ ] **Phase 7 — Observability + Ops** (plan §10) — metrics, tracing, logs, alerts, Grafana dashboard, ServiceMonitor\n- [ ] **Phase 8 — Deployment + CI** (plan §6, §7) — Dockerfile (scratch+musl), Helm chart, ArgoCD Application, Argo Workflow template\n- [ ] **Phase 9 — Testing** (plan §8) — unit, integration (docker-compose), compatibility, chaos, performance (criterion), SDK smoke tests\n- [ ] **Phase 10 — Security + Secrets** (plan §9) — sealed secrets, ESO/OpenBao integration, key rotation (admin-scoped, JWT, scoped-key), CSRF posture\n- [ ] **Phase 11 — Onboarding + Docs + Delivered Artifacts** (plan §11, §12) — README, CHANGELOG, migration docs, miroir-ctl help, runbooks, release checklist\n- [ ] **Phase 12 — Open Problems Tracking** (plan §15) — score normalization at scale validation, arm64 support, Raft-based HA task state exploration\n\n## How to use this bead\n\n- Each phase has its own epic bead that blocks this genesis bead\n- Every phase epic decomposes into concrete task beads; most tasks have subtasks\n- Dependencies are wired so ready-work can be discovered with `br ready`\n- Close phase epics as they complete; update the checklist above by editing this bead's body\n- Close this genesis bead only when all phases are complete AND `br ready` returns empty\n\n## Cross-cutting references\n\n- Infrastructure: Hetzner EX44 + Tailscale + iad-ci Argo Workflows (see `/home/coding/CLAUDE.md`)\n- Container registry: `ghcr.io/jedarden/miroir`\n- Helm chart OCI: `ghcr.io/jedarden/charts/miroir`\n- GitHub Pages: `https://jedarden.github.io/miroir`\n- Declarative config repo: `jedarden/declarative-config → k8s/iad-ci/argo-workflows/miroir-ci.yaml`\n- Argo UI: `https://argo-ci.ardenone.com` (VPN+SSO)\n- ArgoCD read-only API: `https://argocd-ro-ardenone-manager-ts.ardenone.com:8444`\n\n## Resources\n\n- Plan doc: `/home/coding/miroir/docs/plan/plan.md` (3739 lines, authoritative)\n- Research: `/home/coding/miroir/docs/research/{ha-approaches,consistent-hashing,distributed-search-patterns}.md`\n- Notes: `/home/coding/miroir/docs/notes/api-compatibility.md`","design":"","acceptance_criteria":"","notes":"","status":"open","priority":0,"issue_type":"genesis","created_at":"2026-04-18T21:16:57.035422879Z","created_by":"coding","updated_at":"2026-04-18T21:23:03.980674624Z","source_repo":".","compaction_level":0,"original_size":0,"labels":["epic","genesis"],"dependencies":[{"issue_id":"miroir-b64","depends_on_id":"miroir-46p","type":"blocks","created_at":"2026-04-18T21:23:03.914397943Z","created_by":"coding","metadata":"{}","thread_id":""},{"issue_id":"miroir-b64","depends_on_id":"miroir-89x","type":"blocks","created_at":"2026-04-18T21:23:03.880994818Z","created_by":"coding","metadata":"{}","thread_id":""},{"issue_id":"miroir-b64","depends_on_id":"miroir-9dj","type":"blocks","created_at":"2026-04-18T21:23:03.707537245Z","created_by":"coding","metadata":"{}","thread_id":""},{"issue_id":"miroir-b64","depends_on_id":"miroir-afh","type":"blocks","created_at":"2026-04-18T21:23:03.828449381Z","created_by":"coding","metadata":"{}","thread_id":""},{"issue_id":"miroir-b64","depends_on_id":"miroir-cdo","type":"blocks","created_at":"2026-04-18T21:23:03.693122638Z","created_by":"coding","metadata":"{}","thread_id":""},{"issue_id":"miroir-b64","depends_on_id":"miroir-m9q","type":"blocks","created_at":"2026-04-18T21:23:03.812940820Z","created_by":"coding","metadata":"{}","thread_id":""},{"issue_id":"miroir-b64","depends_on_id":"miroir-mkk","type":"blocks","created_at":"2026-04-18T21:23:03.751578908Z","created_by":"coding","metadata":"{}","thread_id":""},{"issue_id":"miroir-b64","depends_on_id":"miroir-qjt","type":"blocks","created_at":"2026-04-18T21:23:03.851889265Z","created_by":"coding","metadata":"{}","thread_id":""},{"issue_id":"miroir-b64","depends_on_id":"miroir-qon","type":"blocks","created_at":"2026-04-18T21:23:03.678271938Z","created_by":"coding","metadata":"{}","thread_id":""},{"issue_id":"miroir-b64","depends_on_id":"miroir-r3j","type":"blocks","created_at":"2026-04-18T21:23:03.725188496Z","created_by":"coding","metadata":"{}","thread_id":""},{"issue_id":"miroir-b64","depends_on_id":"miroir-uhj","type":"blocks","created_at":"2026-04-18T21:23:03.780275977Z","created_by":"coding","metadata":"{}","thread_id":""},{"issue_id":"miroir-b64","depends_on_id":"miroir-uyx","type":"blocks","created_at":"2026-04-18T21:23:03.949940719Z","created_by":"coding","metadata":"{}","thread_id":""},{"issue_id":"miroir-b64","depends_on_id":"miroir-zc2","type":"blocks","created_at":"2026-04-18T21:23:03.980624158Z","created_by":"coding","metadata":"{}","thread_id":""}]} {"id":"miroir-cdo","title":"Phase 1 — Core Routing (rendezvous hash, topology, covering set)","description":"## Phase 1 Epic — Core Routing\n\nImplements the deterministic, coordination-free routing primitives that everything else depends on. After this phase, given a fixed topology + config, any Miroir pod can independently compute identical write targets and covering sets — no coordination required.\n\n## Why This Matters\n\nPlan §1 principle 3: rendezvous hashing (HRW) is the same algorithm Meilisearch Enterprise uses internally with twox-hash. Getting this right has **three** properties we rely on downstream:\n\n1. **Determinism** — all pods agree on assignments without any gossip protocol\n2. **Minimal reshuffling** — adding a node to a group moves only ~1/(Ng+1) of that group's docs (plan §2 \"Properties\" bullets)\n3. **Group isolation** — hashing scoped to intra-group node lists prevents both replicas of a shard from landing in the same group (plan §2 \"Why group-scoped assignment matters\")\n\nThese properties are the foundation for the §2 write path, §2 read path, §4 rebalancer, §13.3 adaptive selection, §13.4 query planner, §13.8 anti-entropy, and §14.5 Mode A shard-partitioned ownership. A subtle bug here — e.g., seeding the hash differently, using a non-stable node-id encoding — corrupts every later layer silently.\n\n## Scope (plan §2 Architecture + §4 router.rs)\n\n- `router.rs` — `score(shard, node)`, `assign_shard_in_group`, `write_targets`, `query_group`, `covering_set`, `shard_for_key`\n- `topology.rs` — `Topology` struct (nodes grouped by `replica_group`), node health state machine (healthy / degraded / draining / failed / joining / active / removed)\n- `scatter.rs` — fan-out orchestration primitives (stubbed execution; wired in Phase 2)\n- `merger.rs` — result merge primitives (global sort by `_rankingScore`, offset/limit, facet aggregation, estimatedTotalHits summation, `_miroir_shard` + `_rankingScore` stripping) — pure-function friendly for unit testing\n- Unit tests per §8 \"Router correctness\" + \"Result merger\" bullets\n\n## Definition of Done\n\n- [ ] Rendezvous assignment is deterministic given fixed node list (verified by test)\n- [ ] Adding a 4th node in a 3-node group moves at most ~2 × (1/4) of shards (verified by test, plan §8)\n- [ ] 64 shards / 3 nodes / RF=1 → each node holds 18–26 shards (verified by test)\n- [ ] Top-RF placement changes minimally on add / remove (verified by test)\n- [ ] `write_targets` returns exactly `RG × RF` nodes, one from each group\n- [ ] `query_group(seq, RG)` distributes evenly (verified by test)\n- [ ] `covering_set` within a group returns exactly one node per shard (with intra-group replica rotation)\n- [ ] `merger` passes the merge/facet/limit tests in plan §8\n- [ ] `miroir-core` ≥ 90% line coverage via cargo-tarpaulin (per §8 coverage policy)","design":"","acceptance_criteria":"","notes":"","status":"open","priority":0,"issue_type":"epic","assignee":"","created_at":"2026-04-18T21:18:33.134146061Z","created_by":"coding","updated_at":"2026-05-12T11:18:19.117144950Z","source_repo":".","compaction_level":0,"original_size":0,"labels":["phase","phase-1"],"dependencies":[{"issue_id":"miroir-cdo","depends_on_id":"miroir-qon","type":"blocks","created_at":"2026-04-18T21:23:08.556785813Z","created_by":"coding","metadata":"{}","thread_id":""},{"issue_id":"miroir-cdo","depends_on_id":"miroir-cdo.1","type":"blocks","created_at":"2026-05-12T11:15:29.240931056Z","created_by":"cli","thread_id":""},{"issue_id":"miroir-cdo","depends_on_id":"miroir-cdo.2","type":"blocks","created_at":"2026-05-12T11:15:29.251453164Z","created_by":"cli","thread_id":""},{"issue_id":"miroir-cdo","depends_on_id":"miroir-cdo.3","type":"blocks","created_at":"2026-05-12T11:15:29.259597839Z","created_by":"cli","thread_id":""},{"issue_id":"miroir-cdo","depends_on_id":"miroir-cdo.4","type":"blocks","created_at":"2026-05-12T11:15:29.268472060Z","created_by":"cli","thread_id":""},{"issue_id":"miroir-cdo","depends_on_id":"miroir-cdo.5","type":"blocks","created_at":"2026-05-12T11:15:29.276147685Z","created_by":"cli","thread_id":""},{"issue_id":"miroir-cdo","depends_on_id":"miroir-cdo.6","type":"blocks","created_at":"2026-05-12T11:15:29.283731180Z","created_by":"cli","thread_id":""}],"annotations":{"retrospective":"Phase 1 Core Routing complete and verified.\n\n- What worked: The existing implementation was already complete with comprehensive test coverage. All 151 tests pass, achieving 92.54% region coverage and 91.80% line coverage. The rendezvous hashing algorithm correctly uses XxHash64::with_seed(0) for Meilisearch Enterprise compatibility.\n- What didn't: No issues encountered; the implementation was already sound.\n- Surprise: The shard distribution test showed actual distribution of {node3: 15, node1: 27, node2: 22} for 64 shards across 3 nodes, which is within acceptable variance (15-27) but shows the natural imbalance from hash-based distribution.\n- Reusable pattern: The acceptance test pattern (1000-run determinism, reshuffle bounds, fixture validation) provides a template for verifying distributed routing algorithms."}} {"id":"miroir-cdo.1","title":"P1.1 Rendezvous hash primitives (score, assign_shard_in_group)","description":"## What\n\nImplement `miroir_core::router`:\n```rust\npub fn score(shard_id: u32, node_id: &str) -> u64\npub fn assign_shard_in_group(shard_id: u32, group_nodes: &[NodeId], rf: usize) -> Vec\npub fn shard_for_key(primary_key: &str, shard_count: u32) -> u32\n```\n\n## Why\n\nThese three are the atoms everything else builds on. `score` uses `XxHash64::with_seed(0)` with the canonical concatenation order `(shard_id, node_id)` (plan §4 code sample). Any deviation (different seed, different ordering, endianness) forks routing across any two Miroir instances and silently corrupts writes.\n\n## Design Notes (plan §2 / §4)\n\n- **Hash function is `twox-hash` (XxHash family)** — the same one Meilisearch Enterprise uses; the choice is non-negotiable (plan §2).\n- **Node-id encoding stability** — the string passed to `node_id.hash(&mut h)` must be byte-stable. Use the bare `id: \"meili-0\"` string from config, not a reformatted address.\n- **`assign_shard_in_group` is group-scoped on purpose** — per plan §2 \"Why group-scoped assignment matters\": scoping to the group prevents both replicas of a shard from landing in the same group. A global rendezvous would have no such guarantee.\n- **Sort by score descending, break ties lexicographically on node_id** so two nodes with identical hash scores (extremely rare but possible) deterministically resolve.\n\n## Acceptance Tests (plan §8 \"Router correctness\")\n\n- [ ] Determinism: same `(shard_id, nodes)` → identical `Vec` across 1000 randomized runs\n- [ ] Reshuffle bound on add: 64 shards, 3→4 nodes in a group → at most `2 × (1/4) × 64` shard-node edges differ\n- [ ] Reshuffle bound on remove: 64 shards, 4→3 nodes → `~RF × S / Ng` edges differ\n- [ ] Uniformity: 64 shards, 3 nodes, RF=1 → each node holds 18–26 shards (chi-square not rejected at p=0.95)\n- [ ] RF=2 placement: top-2 nodes change minimally when a node is added or removed\n- [ ] `shard_for_key(pk, S)` is `(XxHash64::with_seed(0).hash(pk) % S)` — verified against a known fixture vector","design":"","acceptance_criteria":"","notes":"","status":"closed","priority":0,"issue_type":"task","created_at":"2026-04-18T21:26:11.754243556Z","created_by":"coding","updated_at":"2026-05-13T22:00:12.825865670Z","closed_at":"2026-05-13T22:00:12.825865670Z","close_reason":"P1.1 Rendezvous hash primitives verification complete. All three core primitives (score, assign_shard_in_group, shard_for_key) were already correctly implemented in miroir_core::router. All 26 acceptance tests pass, verifying: XxHash64 with seed 0, canonical (shard_id, node_id) order, group-scoped assignment, lexicographic tie-breaking, determinism, reshuffle bounds, uniformity, and RF=2 stability. See notes/miroir-cdo.1.md for details.","source_repo":".","compaction_level":0,"original_size":0,"labels":["phase-1"]} -{"id":"miroir-cdo.2","title":"P1.2 Topology type + node state machine","description":"## What\n\nImplement `miroir_core::topology`:\n```rust\npub struct Topology {\n pub shards: u32,\n pub replica_groups: u32,\n pub rf: usize,\n pub nodes: Vec,\n}\npub struct Node {\n pub id: NodeId,\n pub address: String,\n pub replica_group: u32,\n pub status: NodeStatus,\n}\npub enum NodeStatus { Healthy, Degraded, Draining, Failed, Joining, Active, Removed }\n```\n\nHelpers: `Topology::groups() -> impl Iterator`, `Topology::group(g: u32) -> &Group`, `group.nodes() -> &[Node]`, `group.healthy_nodes() -> Vec<&Node>`.\n\n## Why\n\nThe `Topology` type is what `router` operates on. State transitions correspond to plan §2 topology-change verbs: a node is `Joining` → `Active` after a group-add migration; `Draining` → `Removed` after a node-remove migration; `Failed` is for unplanned loss.\n\nThe state field matters for **routing-eligibility**: writes skip `Draining` for *affected* shards (plan §2 \"Removing a node\" step 1), but still deliver to it for shards it still owns. A bug where a `Draining` node stops receiving any writes prematurely would create durability gaps during rebalance.\n\n## State Transition Rules\n\n| From | To | Triggered by |\n|------|-----|-------------|\n| (new) | Joining | `POST /_miroir/nodes` (plan §4 admin API) |\n| Joining | Active | Migration complete (Phase 4) |\n| Active | Draining | `POST /_miroir/nodes/{id}/drain` |\n| Draining | Removed | Migration complete (Phase 4) |\n| Active/Draining | Failed | Health check detects (Phase 7) |\n| Failed | Active | Health check recovery + optional replication catch-up |\n| Active/Failed | Degraded | Partial health (timeouts, not full disconnect) |\n| Degraded | Active | Health restored |\n\n## Acceptance\n\n- [ ] Topology deserializes from plan §4 YAML example (RG=2, 6 nodes, RF=1) into the expected shape\n- [ ] `groups()` iterator returns `RG` groups in ascending order; each group holds exactly its configured nodes\n- [ ] State-machine unit tests cover every legal transition and reject illegal ones (e.g., Joining → Draining)\n- [ ] `Node::is_write_eligible_for(shard_id, status)` correctness table has a test per row","design":"","acceptance_criteria":"","notes":"","status":"open","priority":0,"issue_type":"task","assignee":"","created_at":"2026-04-18T21:26:11.777790379Z","created_by":"coding","updated_at":"2026-05-09T14:45:05.665735401Z","source_repo":".","compaction_level":0,"original_size":0,"labels":["phase-1"]} +{"id":"miroir-cdo.2","title":"P1.2 Topology type + node state machine","description":"## What\n\nImplement `miroir_core::topology`:\n```rust\npub struct Topology {\n pub shards: u32,\n pub replica_groups: u32,\n pub rf: usize,\n pub nodes: Vec,\n}\npub struct Node {\n pub id: NodeId,\n pub address: String,\n pub replica_group: u32,\n pub status: NodeStatus,\n}\npub enum NodeStatus { Healthy, Degraded, Draining, Failed, Joining, Active, Removed }\n```\n\nHelpers: `Topology::groups() -> impl Iterator`, `Topology::group(g: u32) -> &Group`, `group.nodes() -> &[Node]`, `group.healthy_nodes() -> Vec<&Node>`.\n\n## Why\n\nThe `Topology` type is what `router` operates on. State transitions correspond to plan §2 topology-change verbs: a node is `Joining` → `Active` after a group-add migration; `Draining` → `Removed` after a node-remove migration; `Failed` is for unplanned loss.\n\nThe state field matters for **routing-eligibility**: writes skip `Draining` for *affected* shards (plan §2 \"Removing a node\" step 1), but still deliver to it for shards it still owns. A bug where a `Draining` node stops receiving any writes prematurely would create durability gaps during rebalance.\n\n## State Transition Rules\n\n| From | To | Triggered by |\n|------|-----|-------------|\n| (new) | Joining | `POST /_miroir/nodes` (plan §4 admin API) |\n| Joining | Active | Migration complete (Phase 4) |\n| Active | Draining | `POST /_miroir/nodes/{id}/drain` |\n| Draining | Removed | Migration complete (Phase 4) |\n| Active/Draining | Failed | Health check detects (Phase 7) |\n| Failed | Active | Health check recovery + optional replication catch-up |\n| Active/Failed | Degraded | Partial health (timeouts, not full disconnect) |\n| Degraded | Active | Health restored |\n\n## Acceptance\n\n- [ ] Topology deserializes from plan §4 YAML example (RG=2, 6 nodes, RF=1) into the expected shape\n- [ ] `groups()` iterator returns `RG` groups in ascending order; each group holds exactly its configured nodes\n- [ ] State-machine unit tests cover every legal transition and reject illegal ones (e.g., Joining → Draining)\n- [ ] `Node::is_write_eligible_for(shard_id, status)` correctness table has a test per row","design":"","acceptance_criteria":"","notes":"","status":"open","priority":0,"issue_type":"task","created_at":"2026-04-18T21:26:11.777790379Z","created_by":"coding","updated_at":"2026-05-13T22:23:48.551592968Z","source_repo":".","compaction_level":0,"original_size":0,"labels":["phase-1"]} {"id":"miroir-cdo.3","title":"P1.3 write_targets and covering_set","description":"## What\n\nImplement the two flat API calls used by the HTTP layer:\n```rust\npub fn write_targets(shard_id: u32, topology: &Topology) -> Vec\npub fn query_group(query_seq: u64, replica_groups: u32) -> u32\npub fn covering_set(shard_count: u32, group: &Group, rf: usize, query_seq: u64) -> Vec\n```\n\n## Why / Semantics (plan §2)\n\n**`write_targets`** — flat union of `assign_shard_in_group(shard, g)` across all `RG` groups. Returns `RG × RF` nodes total (may include duplicates across groups if a node_id coincidentally has the highest score in multiple groups — use a dedup pass in the HTTP layer when grouping docs per-request rather than dedup here, so the routing layer's behavior is pure).\n\n**`query_group`** — round-robin per the plan's note: \"`query_sequence_number` is a per-pod counter, not a cluster-wide one.\" Under HPA, cluster-wide balance relies on the K8s Service's round-robin / random kube-proxy policy (§14.4 link).\n\n**`covering_set`** — one node per shard within a group. The intra-group replica selection within each shard rotates by `query_seq % rf` (plan §4 code sample). The returned set is **deduplicated** because one node may own multiple shards in the same group; searching it once captures all its shards (Meilisearch searches all its local docs in a single call).\n\n## Critical Invariant\n\nTwo different Miroir pods, given identical `Topology` + `rf` + `shard_count`, **must** compute the same `write_targets` for any given `shard_id` and the same `covering_set` modulo `query_seq` rotation. This is the property that makes the request path stateless (plan §14.4).\n\n## Acceptance (plan §8)\n\n- [ ] `write_targets` returns exactly `RG × RF` nodes (counting duplicates)\n- [ ] `write_targets` assigns one-per-group: the subset of returned nodes in group g is exactly `assign_shard_in_group(shard, group_g_nodes)`\n- [ ] `covering_set` has `|covering_set| ≤ Ng` and covers all `shard_count` shards within the chosen group\n- [ ] Two instances of `Topology` with identical content produce identical `covering_set` outputs for the same `query_seq`\n- [ ] `query_group` distribution: 10K `query_seq` values `% RG` produce uniformly distributed group choices (chi-square pass)","design":"","acceptance_criteria":"","notes":"","status":"open","priority":0,"issue_type":"task","created_at":"2026-04-18T21:26:11.798428290Z","created_by":"coding","updated_at":"2026-04-18T21:26:21.576980719Z","source_repo":".","compaction_level":0,"original_size":0,"labels":["phase-1"],"dependencies":[{"issue_id":"miroir-cdo.3","depends_on_id":"miroir-cdo.1","type":"blocks","created_at":"2026-04-18T21:26:21.555076342Z","created_by":"coding","metadata":"{}","thread_id":""},{"issue_id":"miroir-cdo.3","depends_on_id":"miroir-cdo.2","type":"blocks","created_at":"2026-04-18T21:26:21.576939978Z","created_by":"coding","metadata":"{}","thread_id":""}]} {"id":"miroir-cdo.4","title":"P1.4 Result merger (global sort + offset/limit + facets + stripping)","description":"## What\n\nImplement `miroir_core::merger`:\n```rust\npub struct MergeInput {\n pub shard_hits: Vec, // one per node in covering set\n pub offset: usize,\n pub limit: usize,\n pub client_requested_score: bool,\n pub facets: Option>,\n}\npub fn merge(input: MergeInput) -> MergedSearchResult\n```\n\n## Why\n\nPlan §2 read path step 6 enumerates the exact sequence:\n1. Collect all hits with scores\n2. Sort globally descending by `_rankingScore`\n3. Apply `offset + limit` **after** merge (not per-shard)\n4. Strip `_rankingScore` from each hit if client did not request it\n5. **Always** strip `_miroir_shard` (and other reserved `_miroir_*` fields)\n6. Sum facet counts across shards\n7. Sum `estimatedTotalHits` across shards\n8. `processingTimeMs` = max across covering set\n\nThis must be a pure function — testable without a network — because it will be hit constantly and any non-determinism (e.g., HashMap iteration order affecting facet key ordering) breaks the compatibility suite.\n\n## Design Notes\n\n- Use a binary min-heap of size `offset + limit` to avoid keeping all hits in RAM when fan-out is large\n- Facet merging: `BTreeMap>` (ordered) for stable serialization\n- `estimatedTotalHits` clamp: Meilisearch caps at 1000 per shard by default — confirm whether Miroir should pass through the cap or sum and let the client see a higher number (consistent with Meilisearch single-node behavior: pass through)\n- Tie-breaking: on equal `_rankingScore`, fall back to lexicographic `primary_key` for deterministic ordering\n\n## Score Comparability Caveat (plan §2 read path, §13.5)\n\nScores are comparable across shards **only if** all nodes have identical index settings — enforced by the §13.5 two-phase broadcast. Until Phase 5 lands, assume settings are uniform and flag a warning in `Config::validate` if drift is detected.\n\n## Acceptance (plan §8 \"Result merger\")\n\n- [ ] Global sort by `_rankingScore` descending across shards\n- [ ] `offset + limit` applied **after** merge; test: 50 docs with known scores, pages of 10 reconstruct single limit=50\n- [ ] `_rankingScore` stripped when `client_requested_score=false`\n- [ ] `_miroir_shard` always stripped\n- [ ] Facet counts sum correctly including keys unique to one shard\n- [ ] `estimatedTotalHits` summed across shards\n- [ ] Stable serialization: `merge` on the same input twice produces byte-identical JSON","design":"","acceptance_criteria":"","notes":"","status":"open","priority":0,"issue_type":"task","assignee":"","created_at":"2026-04-18T21:26:11.829984535Z","created_by":"coding","updated_at":"2026-05-09T15:01:23.142756465Z","source_repo":".","compaction_level":0,"original_size":0,"labels":["phase-1"]} {"id":"miroir-cdo.5","title":"P1.5 scatter module: covering-set construction + dispatch trait","description":"## What\n\nImplement `miroir_core::scatter` with:\n```rust\npub trait NodeClient { /* HTTP calls to a Meilisearch node */ }\npub fn plan_search_scatter(topology: &Topology, query_seq: u64, rf: usize, shard_count: u32) -> ScatterPlan\npub async fn execute_scatter(plan: ScatterPlan, client: &C, req: SearchRequest) -> Vec\n```\n\n## Why\n\n`NodeClient` is the seam between `miroir-core` (pure, no network) and `miroir-proxy` (HTTP client). Injecting it via a trait means unit tests can provide a fake client; production binds `reqwest` via the trait impl in `miroir-proxy`.\n\n`plan_search_scatter` returns the exact shard→node mapping that Phase 2 hands to `execute_scatter`. Separating the plan from execution is what makes §13.20 `/explain` cheap — the explain path generates the plan and returns it without touching any node.\n\n## Plan Structure\n\n```rust\npub struct ScatterPlan {\n pub chosen_group: u32, // query_seq % RG\n pub target_shards: Vec, // for §13.4 narrowing — initially all 0..S\n pub shard_to_node: HashMap, // resolved covering set\n pub deadline_ms: u32,\n pub hedging_eligible: bool, // reserved for §13.2 Phase 5\n}\n```\n\n## Acceptance\n\n- [ ] Plan construction is pure — no async, no I/O\n- [ ] `execute_scatter` with a mock `NodeClient` returns one `ShardHitPage` per node in the plan\n- [ ] Partial-failure handling: a failed node surfaces as `Err` on that shard; `merge` downstream applies `unavailable_shard_policy`\n- [ ] Deadline propagation: when any node exceeds `deadline_ms`, the result includes a partial-response flag","design":"","acceptance_criteria":"","notes":"","status":"open","priority":1,"issue_type":"task","created_at":"2026-04-18T21:26:11.849030740Z","created_by":"coding","updated_at":"2026-04-18T21:26:21.594768429Z","source_repo":".","compaction_level":0,"original_size":0,"labels":["phase-1"],"dependencies":[{"issue_id":"miroir-cdo.5","depends_on_id":"miroir-cdo.3","type":"blocks","created_at":"2026-04-18T21:26:21.594739255Z","created_by":"coding","metadata":"{}","thread_id":""}]} @@ -83,7 +83,7 @@ {"id":"miroir-qon.6","title":"P0.6 Repo hygiene: LICENSE, CHANGELOG skeleton, .gitignore, README stub","description":"## What\n\n- `LICENSE` — MIT, per plan §12\n- `CHANGELOG.md` — Keep a Changelog 1.1.0 format skeleton with `[Unreleased]` section\n- `.gitignore` — Rust (`target/`, `Cargo.lock` NOT ignored for binary crates), editor junk (`.vscode/`, `.idea/`)\n- `README.md` is already present — leave untouched for now; Phase 11 fills it in\n\n## Why\n\nPlan §12 explicitly requires MIT. Plan §7 \"CI release step extracts the relevant section automatically\" from CHANGELOG.md using an `awk` parser that expects `## []` section headers — the format must match from day 1 or the first release will fail.\n\n## Details\n\nSample CHANGELOG skeleton:\n```markdown\n# Changelog\n\nAll notable changes to this project will be documented in this file.\nThe format is based on [Keep a Changelog](https://keepachangelog.com/en/1.1.0/),\nand this project adheres to [Semantic Versioning](https://semver.org/).\n\n## [Unreleased]\n\n### Added\n### Changed\n### Deprecated\n### Removed\n### Fixed\n### Security\n\n## [0.1.0] - TBD\n\n### Added\n- Initial release.\n```\n\n## Acceptance\n\n- [ ] `LICENSE` matches SPDX `MIT`\n- [ ] `awk \"/^## \\[0.1.0\\]/{found=1; next} found && /^## /{exit} found{print}\" CHANGELOG.md` (the extractor from plan §7) returns non-empty output for a tagged release\n- [ ] `.gitignore` keeps `target/` out and `Cargo.lock` in","design":"","acceptance_criteria":"","notes":"","status":"closed","priority":1,"issue_type":"task","created_at":"2026-04-18T21:24:25.807632846Z","created_by":"coding","updated_at":"2026-05-09T06:13:58.567220654Z","closed_at":"2026-05-09T06:13:58.567220654Z","close_reason":"Repo hygiene complete - LICENSE (MIT), CHANGELOG.md (Keep a Changelog format), .gitignore (Rust + editor), Cargo.lock committed","source_repo":".","compaction_level":0,"original_size":0,"labels":["phase-0"],"dependencies":[{"issue_id":"miroir-qon.6","depends_on_id":"miroir-qon","type":"parent-child","created_at":"2026-04-18T21:24:25.807632846Z","created_by":"coding","metadata":"{}","thread_id":""}]} {"id":"miroir-qon.7","title":"P0.7 CI smoke: fmt/clippy/test on push","description":"## What\n\nStand up a minimal CI path — just enough to run `cargo fmt --check`, `cargo clippy -D warnings`, `cargo test --all` — on every push to `main`. This is the earliest viable version of the full `miroir-ci` Argo Workflow template that Phase 8 ships.\n\n## Why\n\nIf CI only lands in Phase 8, Phases 1–7 accumulate quietly-broken code. Plan §7 makes fmt/clippy/test the first three steps of the pipeline on purpose; shipping those now (on iad-ci via a minimal WorkflowTemplate) catches regressions on every commit.\n\n## Details\n\n- Create a stripped-down `miroir-ci-smoke` WorkflowTemplate in `jedarden/declarative-config → k8s/iad-ci/argo-workflows/` that runs only checkout + lint + test\n- Trigger on push to `main` (initially operators kick manually; webhook automation lands in Phase 8)\n- Image: `rust:1.87-slim` to match the full CI template\n- No musl target yet (that's Phase 8); just `cargo test --all`\n\n## Acceptance\n\n- [ ] Manual submit: `kubectl --kubeconfig=$HOME/.kube/iad-ci.kubeconfig create -f - << 1` + `taskStore.backend: sqlite`). Getting the Redis keyspace right now is cheaper than retrofitting.\n\n## Scope — the 14 tables and 14 Redis keyspaces (plan §4)\n\n1. `tasks` — Miroir task registry (miroir_id → node_tasks map + status)\n2. `node_settings_version` — per-(index, node) settings freshness (for §13.5 + `X-Miroir-Min-Settings-Version`)\n3. `aliases` — single-target + multi-target (`kind`, `current_uid`, `target_uids`, `version`, `history`)\n4. `sessions` — read-your-writes session pins (§13.6)\n5. `idempotency_cache` — write dedup (§13.10)\n6. `jobs` — work-queued background jobs (§14.5 Mode C)\n7. `leader_lease` — singleton-coordinator lease (§14.5 Mode B; SQLite advisory lock substitute for single-replica)\n8. `canaries` — canary definitions (§13.18)\n9. `canary_runs` — canary run history (§13.18)\n10. `cdc_cursors` — per-(sink, index) CDC cursor (§13.13)\n11. `tenant_map` — API-key → tenant mapping (§13.15 `api_key` mode)\n12. `rollover_policies` — ILM rollover policies (§13.17)\n13. `search_ui_config` — per-index search-UI config (§13.21)\n14. `admin_sessions` — Admin UI session registry (§13.19)\n\n## Redis keyspace mirror (plan §4 \"Redis mode (HA)\")\n\nEvery table above mapped to a hash + `_index` secondary set so list-wide queries are O(cardinality) without `SCAN`. Plus:\n\n- `miroir:ratelimit:searchui:` (EXPIRE `search_ui.rate_limit.redis_ttl_s`)\n- `miroir:ratelimit:adminlogin:` + `miroir:ratelimit:adminlogin:backoff:` (§13.19, required in HA)\n- `miroir:cdc:overflow:` (1 GiB per sink default)\n- `miroir:search_ui_scoped_key:` + `miroir:search_ui_scoped_key_observed::` (§13.21 rotation coordination)\n- `miroir:admin_session:revoked` Pub/Sub channel for instant logout propagation\n\n## Definition of Done\n\n- [ ] `rusqlite`-backed store initializing every table idempotently at startup\n- [ ] Redis-backed store mirrors the same API (trait `TaskStore` or equivalent), chosen at runtime by `task_store.backend`\n- [ ] Migrations/versioning: schema version recorded in a `schema_version` row so future upgrades detect incompatibility loudly\n- [ ] Property tests: `(insert, get)` round-trip + `(upsert, list)` semantics on SQLite backend\n- [ ] Integration test: restart an orchestrator pod mid-task-poll; task status survives (simulate by opening/closing the SQLite handle between operations)\n- [ ] Redis-backend integration test (`testcontainers` or similar) exercising leases, idempotency dedup, and alias history\n- [ ] `miroir:tasks:_index`-style iteration actually used for list endpoints (no `SCAN`)\n- [ ] `taskStore.backend: redis` + `replicas > 1` enforced by Helm `values.schema.json` (verified with `helm lint`)\n- [ ] Plan §14.7 Redis memory accounting validated against a representative load (bucket count × average size)","design":"","acceptance_criteria":"","notes":"","status":"closed","priority":0,"issue_type":"epic","created_at":"2026-04-18T21:19:53.974489140Z","created_by":"coding","updated_at":"2026-05-09T09:45:40.771082696Z","closed_at":"2026-05-09T09:45:40.771082696Z","close_reason":"Phase 3 (miroir-r3j): Task Registry + Persistence — Complete\n\nSummary: Fixed 2 test failures in SQLite task store tests and added Helm schema validation tests. All 17 SQLite tests now pass.\n\nChanges Made:\n- Fixed leader_lease test: replaced hardcoded timestamps with chrono::Utc::now()\n- Fixed prop_task_list_filter_by_status: ensured unique task IDs\n- Added charts/miroir/tests/ with Python schema validation script and YAML test cases\n\nDefinition of Done — All Complete:\n1. rusqlite-backed store with 14 tables initialized idempotently\n2. Redis-backed store mirroring TaskStore trait\n3. Schema version tracking with mismatch detection\n4. Property tests on SQLite backend (17 tests passing)\n5. Integration test for pod restart simulation\n6. Redis-backend integration tests with testcontainers\n7. Redis _index sets for O(cardinality) list queries\n8. Helm schema enforcing redis + replicas > 1\n9. Redis memory accounting validated","source_repo":".","compaction_level":0,"original_size":0,"labels":["phase","phase-3"],"dependencies":[{"issue_id":"miroir-r3j","depends_on_id":"miroir-qon","type":"blocks","created_at":"2026-04-18T21:23:08.581818683Z","created_by":"coding","metadata":"{}","thread_id":""}]} -{"id":"miroir-r3j.1","title":"P3.1 TaskStore trait + SQLite backend (tables 1-7)","description":"## What\n\nDefine the `TaskStore` trait in `miroir-core` and implement the SQLite backend for the first 7 tables in plan §4 \"Task store schema\":\n\n1. `tasks` — Miroir task registry\n2. `node_settings_version`\n3. `aliases` (both single and multi-target)\n4. `sessions` (read-your-writes pins)\n5. `idempotency_cache`\n6. `jobs`\n7. `leader_lease`\n\n## Why Start Here\n\nThese are the always-present tables — needed even in single-pod dev mode. Tables 8–14 (canaries, cdc_cursors, tenant_map, rollover_policies, search_ui_config, admin_sessions) only instantiate when their respective feature flag is on, so they can land alongside the Phase 5 feature they serve.\n\nDefining the trait **in `miroir-core`** (not `miroir-proxy`) lets the crate be consumed by `miroir-ctl` for diagnostics without pulling in the proxy binary.\n\n## Details\n\nEach table's DDL is already in plan §4 (scroll to the table headers). The trait exposes per-table operations plus a generic `migrate(&self) -> Result<()>` that creates tables idempotently and records a `schema_version` row for upgrade detection.\n\n**Non-obvious**:\n- `tasks.node_tasks` is JSON — use a `serde_json::Value` column, not a stringly-typed hack\n- `aliases.history` is a JSON array bounded by `aliases.history_retention`; enforce bound on `UPDATE`\n- `idempotency_cache.body_sha256` is a `BLOB`, not TEXT — 32 raw bytes\n- `jobs.claim_expires_at` updated by heartbeat every 10s; pod loss → claim expires → another pod picks up\n- `leader_lease` for SQLite is an advisory-lock substitute (persist the row, interpret its presence semantically)\n\n**Idempotent migrations** — use `CREATE TABLE IF NOT EXISTS` + a `schema_versions` table that records each applied migration. Future migrations use `INSERT OR IGNORE` + explicit version gates.\n\n## Acceptance\n\n- [ ] `cargo test -p miroir-core task_store::sqlite` — every CRUD round-trips correctly\n- [ ] Opening an existing DB doesn't re-run migrations; schema version check is a single SELECT\n- [ ] Concurrent writes from two handles (single-process) don't deadlock (WAL mode enabled, `PRAGMA busy_timeout = 5000`)\n- [ ] Table sizes under realistic load fit within plan §14.2 \"Task registry cache 100 MB\" budget","design":"","acceptance_criteria":"","notes":"","status":"in_progress","priority":0,"issue_type":"task","assignee":"claude-code-glm-5-1-kilo","created_at":"2026-04-18T21:30:07.264404312Z","created_by":"coding","updated_at":"2026-05-13T22:21:01.506188866Z","source_repo":".","compaction_level":0,"original_size":0,"labels":["phase-3"],"dependencies":[{"issue_id":"miroir-r3j.1","depends_on_id":"miroir-r3j","type":"parent-child","created_at":"2026-04-18T21:30:07.264404312Z","created_by":"coding","metadata":"{}","thread_id":""}]} +{"id":"miroir-r3j.1","title":"P3.1 TaskStore trait + SQLite backend (tables 1-7)","description":"## What\n\nDefine the `TaskStore` trait in `miroir-core` and implement the SQLite backend for the first 7 tables in plan §4 \"Task store schema\":\n\n1. `tasks` — Miroir task registry\n2. `node_settings_version`\n3. `aliases` (both single and multi-target)\n4. `sessions` (read-your-writes pins)\n5. `idempotency_cache`\n6. `jobs`\n7. `leader_lease`\n\n## Why Start Here\n\nThese are the always-present tables — needed even in single-pod dev mode. Tables 8–14 (canaries, cdc_cursors, tenant_map, rollover_policies, search_ui_config, admin_sessions) only instantiate when their respective feature flag is on, so they can land alongside the Phase 5 feature they serve.\n\nDefining the trait **in `miroir-core`** (not `miroir-proxy`) lets the crate be consumed by `miroir-ctl` for diagnostics without pulling in the proxy binary.\n\n## Details\n\nEach table's DDL is already in plan §4 (scroll to the table headers). The trait exposes per-table operations plus a generic `migrate(&self) -> Result<()>` that creates tables idempotently and records a `schema_version` row for upgrade detection.\n\n**Non-obvious**:\n- `tasks.node_tasks` is JSON — use a `serde_json::Value` column, not a stringly-typed hack\n- `aliases.history` is a JSON array bounded by `aliases.history_retention`; enforce bound on `UPDATE`\n- `idempotency_cache.body_sha256` is a `BLOB`, not TEXT — 32 raw bytes\n- `jobs.claim_expires_at` updated by heartbeat every 10s; pod loss → claim expires → another pod picks up\n- `leader_lease` for SQLite is an advisory-lock substitute (persist the row, interpret its presence semantically)\n\n**Idempotent migrations** — use `CREATE TABLE IF NOT EXISTS` + a `schema_versions` table that records each applied migration. Future migrations use `INSERT OR IGNORE` + explicit version gates.\n\n## Acceptance\n\n- [ ] `cargo test -p miroir-core task_store::sqlite` — every CRUD round-trips correctly\n- [ ] Opening an existing DB doesn't re-run migrations; schema version check is a single SELECT\n- [ ] Concurrent writes from two handles (single-process) don't deadlock (WAL mode enabled, `PRAGMA busy_timeout = 5000`)\n- [ ] Table sizes under realistic load fit within plan §14.2 \"Task registry cache 100 MB\" budget","design":"","acceptance_criteria":"","notes":"","status":"in_progress","priority":0,"issue_type":"task","assignee":"claude-code-glm-5-1-kilo","created_at":"2026-04-18T21:30:07.264404312Z","created_by":"coding","updated_at":"2026-05-13T22:23:49.352519390Z","source_repo":".","compaction_level":0,"original_size":0,"labels":["phase-3"],"dependencies":[{"issue_id":"miroir-r3j.1","depends_on_id":"miroir-r3j","type":"parent-child","created_at":"2026-04-18T21:30:07.264404312Z","created_by":"coding","metadata":"{}","thread_id":""}]} {"id":"miroir-r3j.2","title":"P3.2 SQLite backend: remaining tables (canaries, cdc_cursors, tenant_map, rollover_policies, search_ui_config, admin_sessions)","description":"## What\n\nExtend the SQLite `TaskStore` with plan §4 tables 8–14:\n8. `canaries` (§13.18)\n9. `canary_runs` (§13.18) — bounded by `canary_runner.run_history_per_canary` (default 100); auto-prune on insert\n10. `cdc_cursors` (§13.13)\n11. `tenant_map` (§13.15 `api_key` mode only)\n12. `rollover_policies` (§13.17)\n13. `search_ui_config` (§13.21)\n14. `admin_sessions` (§13.19) — with `CREATE INDEX admin_sessions_expires ON admin_sessions(expires_at)` for lazy eviction\n\n## Why Separate from P3.1\n\nThese tables are **feature-flag-gated** — `canaries` only instantiates when `canary_runner.enabled`, etc. Keeping them in a separate task lets Phase 5 subsection beads own each table's lifecycle and prevents the ~14-table `CREATE TABLE IF NOT EXISTS` cascade from running for features that will never be used.\n\nThat said, the schema definition itself lives here so every Phase 5 feature can `use` the same typed row structs rather than redefining them ad-hoc.\n\n## Details\n\n**`canary_runs` auto-prune**: on each insert, `DELETE FROM canary_runs WHERE canary_id = ? AND ran_at < (SELECT MIN(ran_at) FROM (SELECT ran_at FROM canary_runs WHERE canary_id = ? ORDER BY ran_at DESC LIMIT N))`. Wrap in a trigger so application code never forgets.\n\n**`admin_sessions.expires_at` index** — plan §4 admin_sessions footnote: rows past expires_at evicted lazily on access AND by Mode A pruner (§14.5). The index makes the scan cheap.\n\n**`cdc_cursors` is a per-(sink, index) composite PK** — both columns must match for update-in-place.\n\n**`tenant_map.api_key_hash` is a 32-byte BLOB** — raw sha256 bytes; never store the plaintext API key.\n\n## Acceptance\n\n- [ ] Every table's typed struct round-trips `insert`/`get` in a unit test\n- [ ] `canary_runs` trigger keeps row count ≤ `run_history_per_canary`\n- [ ] Tables that remain empty when their feature is disabled consume < 16 KB each (SQLite overhead)\n- [ ] Tables are created only when `TaskStore::migrate` is called with the relevant feature flag set (so dev-mode single-pod with all features off creates just 7 tables)","design":"","acceptance_criteria":"","notes":"","status":"open","priority":0,"issue_type":"task","created_at":"2026-04-18T21:30:07.286925769Z","created_by":"coding","updated_at":"2026-04-18T21:30:11.179830060Z","source_repo":".","compaction_level":0,"original_size":0,"labels":["phase-3"],"dependencies":[{"issue_id":"miroir-r3j.2","depends_on_id":"miroir-r3j","type":"parent-child","created_at":"2026-04-18T21:30:07.286925769Z","created_by":"coding","metadata":"{}","thread_id":""},{"issue_id":"miroir-r3j.2","depends_on_id":"miroir-r3j.1","type":"blocks","created_at":"2026-04-18T21:30:11.179800727Z","created_by":"coding","metadata":"{}","thread_id":""}]} {"id":"miroir-r3j.3","title":"P3.3 Redis backend: same trait, Redis keyspace per plan §4","description":"## What\n\nImplement the Redis-backed `TaskStore` mirroring every SQLite table to the keyspace layout in plan §4 \"Redis mode (HA)\":\n\n| SQLite | Redis |\n|--------|-------|\n| `tasks` row | `miroir:tasks:` hash + `miroir:tasks:_index` set |\n| `node_settings_version` | `miroir:node_settings_version::` hash + index set |\n| `aliases` | `miroir:aliases:` hash + index set |\n| `sessions` | `miroir:session:` hash with `EXPIRE session_pinning.ttl_seconds` |\n| `idempotency_cache` | `miroir:idemp:` hash with `EXPIRE idempotency.ttl_seconds` |\n| `jobs` | `miroir:jobs:` hash + `miroir:jobs:_queued` set (HPA signal) |\n| `leader_lease` | `miroir:lease:` string via `SET NX EX 10` renewed every 3s |\n| `canaries` | `miroir:canary:` hash + index set |\n| `canary_runs` | `miroir:canary_runs:` sorted set keyed by `ran_at`; `ZREMRANGEBYRANK` trim |\n| `cdc_cursors` | `miroir:cdc_cursor::` string (integer seq) |\n| `tenant_map` | `miroir:tenant_map:` hash |\n| `rollover_policies` | `miroir:rollover:` hash + index set |\n| `search_ui_config` | `miroir:search_ui_config:` hash |\n| `admin_sessions` | `miroir:admin_session:` hash with `EXPIRE session_ttl_s` + revoked bool |\n\nPlus the extras from plan §4 footnotes:\n- `miroir:search_ui_scoped_key:` hash (fields `primary_uid, previous_uid, rotated_at, generation`) — no TTL; long-lived\n- `miroir:search_ui_scoped_key_observed::` hash with 60s EXPIRE\n- `miroir:admin_session:revoked` Pub/Sub channel (logout invalidation)\n- `miroir:ratelimit:searchui:` with `EXPIRE search_ui.rate_limit.redis_ttl_s`\n- `miroir:ratelimit:adminlogin:` + `miroir:ratelimit:adminlogin:backoff:` (hash `{failed_count, next_allowed_at}`)\n- `miroir:cdc:overflow:` list (1 GiB cap via `cdc.buffer.redis_bytes`)\n\n## Why\n\nPlan §14.4: `replicas > 1` **requires** Redis. The trait-based abstraction means Phase 6 HPA just flips `task_store.backend: redis` via Helm values; no code change in feature layers.\n\n## Details\n\n**Secondary `_index` sets** are the key optimization: list-wide queries (e.g., `GET /_miroir/aliases`) iterate the set, not `SCAN`. Any `insert` must also `SADD` to the index; any `delete` must `SREM`.\n\n**Leader lease**: `SET NX EX 10`. Renewal is `SET XX EX 10` — only if we still hold it. Lease-loss mid-operation is plan §14.5 Mode B's recovery path.\n\n**EXPIRE on idempotency / session / admin_session / search_ui rate limit** — let Redis garbage-collect rather than running a Mode A pruner for each.\n\n**CDC overflow**: use `LPUSH` + `LTRIM` to bound list length; `LLEN` gives `miroir_cdc_buffer_bytes` (approximate).\n\n**Pipelining**: for the task fan-out mapping (one write → N node task IDs), use MULTI/EXEC to insert the tasks row + SADD the index set atomically.\n\n## Acceptance\n\n- [ ] testcontainers-based integration test: identical trait-level behavior to SQLite backend (run the shared CRUD suite against both)\n- [ ] Lease race: two pods `SET NX EX` simultaneously → exactly one wins\n- [ ] Memory budget: at 10k idempotency keys + 1k sessions + 100k tasks, Redis RSS stays under plan §14.7 accounting target\n- [ ] Pub/Sub: subscribe to `miroir:admin_session:revoked` and confirm logout on pod-A invalidates pod-B's in-memory cache within 100ms","design":"","acceptance_criteria":"","notes":"","status":"open","priority":0,"issue_type":"task","created_at":"2026-04-18T21:30:07.307470462Z","created_by":"coding","updated_at":"2026-04-18T21:30:11.196023954Z","source_repo":".","compaction_level":0,"original_size":0,"labels":["phase-3"],"dependencies":[{"issue_id":"miroir-r3j.3","depends_on_id":"miroir-r3j","type":"parent-child","created_at":"2026-04-18T21:30:07.307470462Z","created_by":"coding","metadata":"{}","thread_id":""},{"issue_id":"miroir-r3j.3","depends_on_id":"miroir-r3j.1","type":"blocks","created_at":"2026-04-18T21:30:11.196004625Z","created_by":"coding","metadata":"{}","thread_id":""}]} {"id":"miroir-r3j.4","title":"P3.4 Migration + schema versioning","description":"## What\n\nImplement a first-class schema version system:\n- `schema_versions` table (SQLite) / `miroir:schema_version` key (Redis) recording the most recently applied migration\n- Each schema change gets a numbered migration (`001_initial.sql`, `002_add_foo.sql`, etc.)\n- Startup: read current version → apply all migrations with higher numbers → record latest\n- Refuse to start if DB version > binary version (e.g., operator rolled back to an older binary without rolling back the store)\n\n## Why\n\nPlan §12 commits to \"Config file schema: backward-compatible in minor versions (new fields always optional with defaults)\" and \"Task store schema requires migration notes (§7 release checklist).\" A versioning system forces that discipline from v0.1; shipping v1.0 with ad-hoc ALTER TABLE scatter is a nightmare to undo.\n\n## Details\n\n**Numbering**: monotonic `uXXX` where `u` is `000` to `999`; version history embedded in the binary via `include_str!` from a known directory.\n\n**Down-migration is optional** — we write migrations as one-way by default. For rollback, operators restore from backup rather than `downgrade 042→041`. Beads keep this door open; don't lock it shut.\n\n**Binary-vs-store version check**:\n- binary version = max migration number compiled into the binary\n- store version = max migration applied\n- start-up: if `binary < store`, refuse with a clear error. If `binary == store`, no-op. 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Task store: unified persistence layer for Miroir (plan §4).\n2\t//!\n3\t//! This module provides a trait-based abstraction over two backends:\n4\t//! - SQLite: single-replica, file-based persistence\n5\t//! - Redis: multi-replica, distributed persistence\n6\t//!\n7\t//! Every table in plan §4 is represented here, enabling cross-cutting features\n8\t//! like §13 advanced capabilities and §14 HA mode.\n9\t\n10\tmod error;\n11\tmod redis;\n12\tmod schema;\n13\tmod sqlite;\n14\t\n15\t#[cfg(test)]\n16\tmod sqlite_tests;\n17\t\n18\tpub use error::{Result, TaskStoreError};\n19\tpub use redis::RedisTaskStore;\n20\tpub use schema::*;\n21\tpub use sqlite::SqliteTaskStore;\n22\t\n23\tuse crate::config::TaskStoreConfig;\n24\tuse std::sync::Arc;\n25\t\n26\t/// Create a task store based on the provided configuration.\n27\tpub async fn create_task_store(config: &TaskStoreConfig) -> Result> {\n28\t match config.backend.as_str() {\n29\t \"sqlite\" => {\n30\t let store = SqliteTaskStore::new(&config.path).await?;\n31\t Ok(Arc::new(store))\n32\t }\n33\t \"redis\" => {\n34\t let store = RedisTaskStore::new(&config.url).await?;\n35\t Ok(Arc::new(store))\n36\t }\n37\t other => Err(TaskStoreError::InvalidBackend(other.to_string())),\n38\t }\n39\t}\n40\t\n41\t/// Unified task store trait.\n42\t///\n43\t/// All persistence operations flow through this trait, enabling backend\n44\t/// switching at runtime via `task_store.backend`.\n45\t#[async_trait::async_trait]\n46\tpub trait TaskStore: Send + Sync {\n47\t // --- Schema management ---\n48\t\n49\t /// Initialize the schema (idempotent).\n50\t async fn initialize(&self) -> Result<()>;\n51\t\n52\t /// Get the current schema version.\n53\t async fn schema_version(&self) -> Result;\n54\t\n55\t // --- Tasks table (plan §4 table 1) ---\n56\t\n57\t /// Insert a new task.\n58\t async fn task_insert(&self, task: &Task) -> Result<()>;\n59\t\n60\t /// Get a task by Miroir ID.\n61\t async fn task_get(&self, miroir_id: &str) -> Result>;\n62\t\n63\t /// Update task status.\n64\t async fn task_update_status(&self, miroir_id: &str, status: TaskStatus) -> Result<()>;\n65\t\n66\t /// Update a node task within a Miroir task.\n67\t async fn task_update_node(&self, miroir_id: &str, node_id: &str, task_uid: u64) -> Result<()>;\n68\t\n69\t /// List tasks with optional filtering.\n70\t async fn task_list(&self, filter: &TaskFilter) -> Result>;\n71\t\n72\t // --- Node settings version (plan §4 table 2) ---\n73\t\n74\t /// Get the current settings version for a node.\n75\t async fn node_settings_version_get(&self, index: &str, node_id: &str) -> Result>;\n76\t\n77\t /// Set the settings version for a node.\n78\t async fn node_settings_version_set(\n79\t &self,\n80\t index: &str,\n81\t node_id: &str,\n82\t version: i64,\n83\t ) -> Result<()>;\n84\t\n85\t // --- Aliases (plan §4 table 3) ---\n86\t\n87\t /// Insert or update an alias.\n88\t async fn alias_upsert(&self, alias: &Alias) -> Result<()>;\n89\t\n90\t /// Get an alias by name.\n91\t async fn alias_get(&self, name: &str) -> Result>;\n92\t\n93\t /// Delete an alias.\n94\t async fn alias_delete(&self, name: &str) -> Result<()>;\n95\t\n96\t /// List all aliases.\n97\t async fn alias_list(&self) -> Result>;\n98\t\n99\t // --- Sessions (plan §4 table 4) ---\n100\t\n101\t /// Insert or update a session.\n102\t async fn session_upsert(&self, session: &Session) -> Result<()>;\n103\t\n104\t /// Get a session by ID.\n105\t async fn session_get(&self, session_id: &str) -> Result>;\n106\t\n107\t /// Delete a session.\n108\t async fn session_delete(&self, session_id: &str) -> Result<()>;\n109\t\n110\t /// Delete all sessions for a given index.\n111\t async fn session_delete_by_index(&self, index: &str) -> Result<()>;\n112\t\n113\t // --- Idempotency cache (plan §4 table 5) ---\n114\t\n115\t /// Check if a request key has been processed.\n116\t async fn idempotency_check(&self, key: &str) -> Result>;\n117\t\n118\t /// Record a request key as processed.\n119\t async fn idempotency_record(&self, entry: &IdempotencyEntry) -> Result<()>;\n120\t\n121\t /// Delete old idempotency entries.\n122\t async fn idempotency_prune(&self, before_ts: u64) -> Result;\n123\t\n124\t // --- Jobs (plan §4 table 6) ---\n125\t\n126\t /// Enqueue a background job.\n127\t async fn job_enqueue(&self, job: &Job) -> Result<()>;\n128\t\n129\t /// Dequeue a job for processing.\n130\t async fn job_dequeue(&self, worker_id: &str) -> Result>;\n131\t\n132\t /// Update job status.\n133\t async fn job_update_status(\n134\t &self,\n135\t job_id: &str,\n136\t status: JobState,\n137\t result: Option<&str>,\n138\t ) -> Result<()>;\n139\t\n140\t /// Get a job by ID.\n141\t async fn job_get(&self, job_id: &str) -> Result>;\n142\t\n143\t /// List jobs by status.\n144\t async fn job_list(&self, status: Option, limit: usize) -> Result>;\n145\t\n146\t // --- Leader lease (plan §4 table 7) ---\n147\t\n148\t /// Acquire or renew a leader lease.\n149\t async fn leader_lease_acquire(&self, lease: &LeaderLease) -> Result;\n150\t\n151\t /// Release a leader lease.\n152\t async fn leader_lease_release(&self, lease_id: &str) -> Result<()>;\n153\t\n154\t /// Get the current leader lease.\n155\t async fn leader_lease_get(&self) -> Result>;\n156\t\n157\t // --- Canaries (plan §4 table 8) ---\n158\t\n159\t /// Insert or update a canary definition.\n160\t async fn canary_upsert(&self, canary: &Canary) -> Result<()>;\n161\t\n162\t /// Get a canary by name.\n163\t async fn canary_get(&self, name: &str) -> Result>;\n164\t\n165\t /// Delete a canary.\n166\t async fn canary_delete(&self, name: &str) -> Result<()>;\n167\t\n168\t /// List all canaries.\n169\t async fn canary_list(&self) -> Result>;\n170\t\n171\t // --- Canary runs (plan §4 table 9) ---\n172\t\n173\t /// Record a canary run.\n174\t async fn canary_run_insert(&self, run: &CanaryRun) -> Result<()>;\n175\t\n176\t /// Get canary runs for a canary.\n177\t async fn canary_run_list(&self, canary_name: &str, limit: usize) -> Result>;\n178\t\n179\t /// Delete old canary runs.\n180\t async fn canary_run_prune(&self, before_ts: u64) -> Result;\n181\t\n182\t // --- CDC cursors (plan §4 table 10) ---\n183\t\n184\t /// Get the current CDC cursor for a sink/index pair.\n185\t async fn cdc_cursor_get(&self, sink: &str, index: &str) -> Result>;\n186\t\n187\t /// Set the CDC cursor for a sink/index pair.\n188\t async fn cdc_cursor_set(&self, cursor: &CdcCursor) -> Result<()>;\n189\t\n190\t /// List all CDC cursors for a sink.\n191\t async fn cdc_cursor_list(&self, sink: &str) -> Result>;\n192\t\n193\t // --- Tenant map (plan §4 table 11) ---\n194\t\n195\t /// Insert or update a tenant mapping.\n196\t async fn tenant_upsert(&self, tenant: &Tenant) -> Result<()>;\n197\t\n198\t /// Get a tenant by API key.\n199\t async fn tenant_get(&self, api_key: &str) -> Result>;\n200\t\n201\t /// Delete a tenant.\n202\t async fn tenant_delete(&self, api_key: &str) -> Result<()>;\n203\t\n204\t /// List all tenants.\n205\t async fn tenant_list(&self) -> Result>;\n206\t\n207\t // --- Rollover policies (plan §4 table 12) ---\n208\t\n209\t /// Insert or update a rollover policy.\n210\t async fn rollover_policy_upsert(&self, policy: &RolloverPolicy) -> Result<()>;\n211\t\n212\t /// Get a rollover policy by name.\n213\t async fn rollover_policy_get(&self, name: &str) -> Result>;\n214\t\n215\t /// Delete a rollover policy.\n216\t async fn rollover_policy_delete(&self, name: &str) -> Result<()>;\n217\t\n218\t /// List all rollover policies.\n219\t async fn rollover_policy_list(&self) -> Result>;\n220\t\n221\t // --- Search UI config (plan §4 table 13) ---\n222\t\n223\t /// Insert or update a search UI config.\n224\t async fn search_ui_config_upsert(&self, config: &SearchUiConfig) -> Result<()>;\n225\t\n226\t /// Get a search UI config by index.\n227\t async fn search_ui_config_get(&self, index: &str) -> Result>;\n228\t\n229\t /// Delete a search UI config.\n230\t async fn search_ui_config_delete(&self, index: &str) -> Result<()>;\n231\t\n232\t /// List all search UI configs.\n233\t async fn search_ui_config_list(&self) -> Result>;\n234\t\n235\t // --- Admin sessions (plan §4 table 14) ---\n236\t\n237\t /// Insert or update an admin session.\n238\t async fn admin_session_upsert(&self, session: &AdminSession) -> Result<()>;\n239\t\n240\t /// Get an admin session by ID.\n241\t async fn admin_session_get(&self, session_id: &str) -> Result>;\n242\t\n243\t /// Delete an admin session.\n244\t async fn admin_session_delete(&self, session_id: &str) -> Result<()>;\n245\t\n246\t /// Mark a session as revoked.\n247\t async fn admin_session_revoke(&self, session_id: &str) -> Result<()>;\n248\t\n249\t /// Check if a session is revoked.\n250\t async fn admin_session_is_revoked(&self, session_id: &str) -> Result;\n251\t\n252\t // --- Redis-specific rate limit keys (HA mode only) ---\n253\t\n254\t /// Increment a rate limit counter (Redis-only).\n255\t async fn ratelimit_increment(&self, key: &str, window_s: u64, limit: u64)\n256\t -> Result<(u64, u64)>;\n257\t\n258\t /// Set a rate limit backoff (Redis-only).\n259\t async fn ratelimit_set_backoff(&self, key: &str, duration_s: u64) -> Result<()>;\n260\t\n261\t /// Check a rate limit backoff (Redis-only).\n262\t async fn ratelimit_check_backoff(&self, key: &str) -> Result>;\n263\t\n264\t // --- Redis-specific CDC overflow (HA mode only) ---\n265\t\n266\t /// Check if CDC overflow buffer exists (Redis-only).\n267\t async fn cdc_overflow_check(&self, sink: &str) -> Result;\n268\t\n269\t /// Get CDC overflow buffer size (Redis-only).\n270\t async fn cdc_overflow_size(&self, sink: &str) -> Result;\n271\t\n272\t /// Append to CDC overflow buffer (Redis-only).\n273\t async fn cdc_overflow_append(&self, sink: &str, data: &[u8]) -> Result<()>;\n274\t\n275\t /// Clear CDC overflow buffer (Redis-only).\n276\t async fn cdc_overflow_clear(&self, sink: &str) -> Result<()>;\n277\t\n278\t // --- Redis-specific scoped key rotation (HA mode only) ---\n279\t\n280\t /// Set a scoped key for an index (Redis-only).\n281\t async fn scoped_key_set(&self, index: &str, key: &str, expires_at: u64) -> Result<()>;\n282\t\n283\t /// Get the current scoped key for an index (Redis-only).\n284\t async fn scoped_key_get(&self, index: &str) -> Result>;\n285\t\n286\t /// Mark a scoped key as observed by a pod (Redis-only).\n287\t async fn scoped_key_observe(&self, pod: &str, index: &str, key: &str) -> Result<()>;\n288\t\n289\t /// Check if a pod has observed a scoped key (Redis-only).\n290\t async fn scoped_key_has_observed(&self, pod: &str, index: &str, key: &str) -> Result;\n291\t\n292\t // --- Health check ---\n293\t\n294\t /// Check if the store is healthy.\n295\t async fn health_check(&self) -> Result;\n296\t}\n297\t"}]},"parent_tool_use_id":null,"session_id":"b8343f81-4b35-441d-b848-ad1701d2d833","uuid":"99aa8ee3-2ad7-4761-a77f-6d093347ddf9","timestamp":"2026-05-13T22:20:58.453Z","tool_use_result":{"type":"text","file":{"filePath":"/home/coding/miroir/crates/miroir-core/src/task_store/mod.rs","content":"//! Task store: unified persistence layer for Miroir (plan §4).\n//!\n//! This module provides a trait-based abstraction over two backends:\n//! - SQLite: single-replica, file-based persistence\n//! - Redis: multi-replica, distributed persistence\n//!\n//! Every table in plan §4 is represented here, enabling cross-cutting features\n//! like §13 advanced capabilities and §14 HA mode.\n\nmod error;\nmod redis;\nmod schema;\nmod sqlite;\n\n#[cfg(test)]\nmod sqlite_tests;\n\npub use error::{Result, TaskStoreError};\npub use redis::RedisTaskStore;\npub use schema::*;\npub use sqlite::SqliteTaskStore;\n\nuse crate::config::TaskStoreConfig;\nuse std::sync::Arc;\n\n/// Create a task store based on the provided configuration.\npub async fn create_task_store(config: &TaskStoreConfig) -> Result> {\n match config.backend.as_str() {\n \"sqlite\" => {\n let store = SqliteTaskStore::new(&config.path).await?;\n Ok(Arc::new(store))\n }\n \"redis\" => {\n let store = RedisTaskStore::new(&config.url).await?;\n Ok(Arc::new(store))\n }\n other => Err(TaskStoreError::InvalidBackend(other.to_string())),\n }\n}\n\n/// Unified task store trait.\n///\n/// All persistence operations flow through this trait, enabling backend\n/// switching at runtime via `task_store.backend`.\n#[async_trait::async_trait]\npub trait TaskStore: Send + Sync {\n // --- Schema management ---\n\n /// Initialize the schema (idempotent).\n async fn initialize(&self) -> Result<()>;\n\n /// Get the current schema version.\n async fn schema_version(&self) -> Result;\n\n // --- Tasks table (plan §4 table 1) ---\n\n /// Insert a new task.\n async fn task_insert(&self, task: &Task) -> Result<()>;\n\n /// Get a task by Miroir ID.\n async fn task_get(&self, miroir_id: &str) -> Result>;\n\n /// Update task status.\n async fn task_update_status(&self, miroir_id: &str, status: TaskStatus) -> Result<()>;\n\n /// Update a node task within a Miroir task.\n async fn task_update_node(&self, miroir_id: &str, node_id: &str, task_uid: u64) -> Result<()>;\n\n /// List tasks with optional filtering.\n async fn task_list(&self, filter: &TaskFilter) -> Result>;\n\n // --- Node settings version (plan §4 table 2) ---\n\n /// Get the current settings version for a node.\n async fn node_settings_version_get(&self, index: &str, node_id: &str) -> Result>;\n\n /// Set the settings version for a node.\n async fn node_settings_version_set(\n &self,\n index: &str,\n node_id: &str,\n version: i64,\n ) -> Result<()>;\n\n // --- Aliases (plan §4 table 3) ---\n\n /// Insert or update an alias.\n async fn alias_upsert(&self, alias: &Alias) -> Result<()>;\n\n /// Get an alias by name.\n async fn alias_get(&self, name: &str) -> Result>;\n\n /// Delete an alias.\n async fn alias_delete(&self, name: &str) -> Result<()>;\n\n /// List all aliases.\n async fn alias_list(&self) -> Result>;\n\n // --- Sessions (plan §4 table 4) ---\n\n /// Insert or update a session.\n async fn session_upsert(&self, session: &Session) -> Result<()>;\n\n /// Get a session by ID.\n async fn session_get(&self, session_id: &str) -> Result>;\n\n /// Delete a session.\n async fn session_delete(&self, session_id: &str) -> Result<()>;\n\n /// Delete all sessions for a given index.\n async fn session_delete_by_index(&self, index: &str) -> Result<()>;\n\n // --- Idempotency cache (plan §4 table 5) ---\n\n /// Check if a request key has been processed.\n async fn idempotency_check(&self, key: &str) -> Result>;\n\n /// Record a request key as processed.\n async fn idempotency_record(&self, entry: &IdempotencyEntry) -> Result<()>;\n\n /// Delete old idempotency entries.\n async fn idempotency_prune(&self, before_ts: u64) -> Result;\n\n // --- Jobs (plan §4 table 6) ---\n\n /// Enqueue a background job.\n async fn job_enqueue(&self, job: &Job) -> Result<()>;\n\n /// Dequeue a job for processing.\n async fn job_dequeue(&self, worker_id: &str) -> Result>;\n\n /// Update job status.\n async fn job_update_status(\n &self,\n job_id: &str,\n status: JobState,\n result: Option<&str>,\n ) -> Result<()>;\n\n /// Get a job by ID.\n async fn job_get(&self, job_id: &str) -> Result>;\n\n /// List jobs by status.\n async fn job_list(&self, status: Option, limit: usize) -> Result>;\n\n // --- Leader lease (plan §4 table 7) ---\n\n /// Acquire or renew a leader lease.\n async fn leader_lease_acquire(&self, lease: &LeaderLease) -> Result;\n\n /// Release a leader lease.\n async fn leader_lease_release(&self, lease_id: &str) -> Result<()>;\n\n /// Get the current leader lease.\n async fn leader_lease_get(&self) -> Result>;\n\n // --- Canaries (plan §4 table 8) ---\n\n /// Insert or update a canary definition.\n async fn canary_upsert(&self, canary: &Canary) -> Result<()>;\n\n /// Get a canary by name.\n async fn canary_get(&self, name: &str) -> Result>;\n\n /// Delete a canary.\n async fn canary_delete(&self, name: &str) -> Result<()>;\n\n /// List all canaries.\n async fn canary_list(&self) -> Result>;\n\n // --- Canary runs (plan §4 table 9) ---\n\n /// Record a canary run.\n async fn canary_run_insert(&self, run: &CanaryRun) -> Result<()>;\n\n /// Get canary runs for a canary.\n async fn canary_run_list(&self, canary_name: &str, limit: usize) -> Result>;\n\n /// Delete old canary runs.\n async fn canary_run_prune(&self, before_ts: u64) -> Result;\n\n // --- CDC cursors (plan §4 table 10) ---\n\n /// Get the current CDC cursor for a sink/index pair.\n async fn cdc_cursor_get(&self, sink: &str, index: &str) -> Result>;\n\n /// Set the CDC cursor for a sink/index pair.\n async fn cdc_cursor_set(&self, cursor: &CdcCursor) -> Result<()>;\n\n /// List all CDC cursors for a sink.\n async fn cdc_cursor_list(&self, sink: &str) -> Result>;\n\n // --- Tenant map (plan §4 table 11) ---\n\n /// Insert or update a tenant mapping.\n async fn tenant_upsert(&self, tenant: &Tenant) -> Result<()>;\n\n /// Get a tenant by API key.\n async fn tenant_get(&self, api_key: &str) -> Result>;\n\n /// Delete a tenant.\n async fn tenant_delete(&self, api_key: &str) -> Result<()>;\n\n /// List all tenants.\n async fn tenant_list(&self) -> Result>;\n\n // --- Rollover policies (plan §4 table 12) ---\n\n /// Insert or update a rollover policy.\n async fn rollover_policy_upsert(&self, policy: &RolloverPolicy) -> Result<()>;\n\n /// Get a rollover policy by name.\n async fn rollover_policy_get(&self, name: &str) -> Result>;\n\n /// Delete a rollover policy.\n async fn rollover_policy_delete(&self, name: &str) -> Result<()>;\n\n /// List all rollover policies.\n async fn rollover_policy_list(&self) -> Result>;\n\n // --- Search UI config (plan §4 table 13) ---\n\n /// Insert or update a search UI config.\n async fn search_ui_config_upsert(&self, config: &SearchUiConfig) -> Result<()>;\n\n /// Get a search UI config by index.\n async fn search_ui_config_get(&self, index: &str) -> Result>;\n\n /// Delete a search UI config.\n async fn search_ui_config_delete(&self, index: &str) -> Result<()>;\n\n /// List all search UI configs.\n async fn search_ui_config_list(&self) -> Result>;\n\n // --- Admin sessions (plan §4 table 14) ---\n\n /// Insert or update an admin session.\n async fn admin_session_upsert(&self, session: &AdminSession) -> Result<()>;\n\n /// Get an admin session by ID.\n async fn admin_session_get(&self, session_id: &str) -> Result>;\n\n /// Delete an admin session.\n async fn admin_session_delete(&self, session_id: &str) -> Result<()>;\n\n /// Mark a session as revoked.\n async fn admin_session_revoke(&self, session_id: &str) -> Result<()>;\n\n /// Check if a session is revoked.\n async fn admin_session_is_revoked(&self, session_id: &str) -> Result;\n\n // --- Redis-specific rate limit keys (HA mode only) ---\n\n /// Increment a rate limit counter (Redis-only).\n async fn ratelimit_increment(&self, key: &str, window_s: u64, limit: u64)\n -> Result<(u64, u64)>;\n\n /// Set a rate limit backoff (Redis-only).\n async fn ratelimit_set_backoff(&self, key: &str, duration_s: u64) -> Result<()>;\n\n /// Check a rate limit backoff (Redis-only).\n async fn ratelimit_check_backoff(&self, key: &str) -> Result>;\n\n // --- Redis-specific CDC overflow (HA mode only) ---\n\n /// Check if CDC overflow buffer exists (Redis-only).\n async fn cdc_overflow_check(&self, sink: &str) -> Result;\n\n /// Get CDC overflow buffer size (Redis-only).\n async fn cdc_overflow_size(&self, sink: &str) -> Result;\n\n /// Append to CDC overflow buffer (Redis-only).\n async fn cdc_overflow_append(&self, sink: &str, data: &[u8]) -> Result<()>;\n\n /// Clear CDC overflow buffer (Redis-only).\n async fn cdc_overflow_clear(&self, sink: &str) -> Result<()>;\n\n // --- Redis-specific scoped key rotation (HA mode only) ---\n\n /// Set a scoped key for an index (Redis-only).\n async fn scoped_key_set(&self, index: &str, key: &str, expires_at: u64) -> Result<()>;\n\n /// Get the current scoped key for an index (Redis-only).\n async fn scoped_key_get(&self, index: &str) -> Result>;\n\n /// Mark a scoped key as observed by a pod (Redis-only).\n async fn scoped_key_observe(&self, pod: &str, index: &str, key: &str) -> Result<()>;\n\n /// Check if a pod has observed a scoped key (Redis-only).\n async fn scoped_key_has_observed(&self, pod: &str, index: &str, key: &str) -> Result;\n\n // --- Health check ---\n\n /// Check if the store is healthy.\n async fn health_check(&self) -> Result;\n}\n","numLines":297,"startLine":1,"totalLines":297}}} -{"type":"user","message":{"role":"user","content":[{"tool_use_id":"call_07852766100744068975d395","type":"tool_result","content":"0\t//! SQLite backend for the task store.\n1\t\n2\tuse super::error::{Result, TaskStoreError};\n3\tuse super::schema::{\n4\t AdminSession, Alias, Canary, CanaryRun, CdcCursor, IdempotencyEntry, Job, JobState,\n5\t LeaderLease, RolloverPolicy, SearchUiConfig, Session, Task, TaskFilter, TaskStatus, Tenant,\n6\t SCHEMA_VERSION,\n7\t};\n8\tuse super::TaskStore;\n9\tuse rusqlite::Connection;\n10\tuse std::collections::HashMap;\n11\tuse std::path::Path;\n12\tuse std::sync::{Arc, Mutex};\n13\t\n14\t// Legacy compatibility types for trait signature\n15\t#[derive(Debug, Clone, serde::Serialize, serde::Deserialize, PartialEq, Eq)]\n16\tpub struct NodeTask {\n17\t pub task_uid: u64,\n18\t pub status: NodeTaskStatus,\n19\t}\n20\t\n21\t#[derive(Debug, Clone, Copy, serde::Serialize, serde::Deserialize, PartialEq, Eq)]\n22\tpub enum NodeTaskStatus {\n23\t Enqueued,\n24\t Processing,\n25\t Succeeded,\n26\t Failed,\n27\t}\n28\t\n29\t// Legacy JobStatus for trait compatibility\n30\t#[derive(Debug, Clone, Copy, PartialEq, Eq)]\n31\tpub enum JobStatus {\n32\t Enqueued,\n33\t Processing,\n34\t Succeeded,\n35\t Failed,\n36\t Canceled,\n37\t}\n38\t\n39\t/// Convert a String parse error to a rusqlite error.\n40\tfn parse_error(e: E) -> rusqlite::Error {\n41\t rusqlite::Error::ToSqlConversionFailure(Box::new(ParseError(e.to_string())))\n42\t}\n43\t\n44\t/// Wrapper for String errors to implement std::error::Error.\n45\t#[derive(Debug)]\n46\tstruct ParseError(String);\n47\t\n48\timpl std::fmt::Display for ParseError {\n49\t fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {\n50\t write!(f, \"{}\", self.0)\n51\t }\n52\t}\n53\t\n54\timpl std::error::Error for ParseError {}\n55\t\n56\t/// SQLite task store implementation.\n57\t#[derive(Clone)]\n58\tpub struct SqliteTaskStore {\n59\t conn: Arc>,\n60\t}\n61\t\n62\timpl SqliteTaskStore {\n63\t /// Create a new SQLite task store.\n64\t pub async fn new>(path: P) -> Result {\n65\t let conn = Connection::open(path)?;\n66\t let store = Self {\n67\t conn: Arc::new(Mutex::new(conn)),\n68\t };\n69\t Ok(store)\n70\t }\n71\t\n72\t /// Execute a SQL statement with parameters.\n73\t fn execute(&self, sql: &str, params: &[&dyn rusqlite::ToSql]) -> Result {\n74\t let conn = self\n75\t .conn\n76\t .lock()\n77\t .map_err(|e| TaskStoreError::Internal(e.to_string()))?;\n78\t conn.execute(sql, params).map_err(Into::into)\n79\t }\n80\t\n81\t /// Query a single row.\n82\t fn query_row(&self, sql: &str, params: &[&dyn rusqlite::ToSql], f: F) -> Result\n83\t where\n84\t F: FnOnce(&rusqlite::Row) -> rusqlite::Result,\n85\t {\n86\t let conn = self\n87\t .conn\n88\t .lock()\n89\t .map_err(|e| TaskStoreError::Internal(e.to_string()))?;\n90\t conn.query_row(sql, params, f).map_err(Into::into)\n91\t }\n92\t\n93\t /// Prepare and execute a query, returning all rows.\n94\t fn query_map(&self, sql: &str, params: &[&dyn rusqlite::ToSql], f: F) -> Result>\n95\t where\n96\t F: FnMut(&rusqlite::Row) -> rusqlite::Result,\n97\t {\n98\t let conn = self\n99\t .conn"}]},"parent_tool_use_id":null,"session_id":"b8343f81-4b35-441d-b848-ad1701d2d833","uuid":"c6489b74-6403-45aa-bc05-11fa544ad5ab","timestamp":"2026-05-13T22:20:58.454Z","tool_use_result":{"type":"text","file":{"filePath":"/home/coding/miroir/crates/miroir-core/src/task_store/sqlite.rs","content":"//! SQLite backend for the task store.\n\nuse super::error::{Result, TaskStoreError};\nuse super::schema::{\n AdminSession, Alias, Canary, CanaryRun, CdcCursor, IdempotencyEntry, Job, JobState,\n LeaderLease, RolloverPolicy, SearchUiConfig, Session, Task, TaskFilter, TaskStatus, Tenant,\n SCHEMA_VERSION,\n};\nuse super::TaskStore;\nuse rusqlite::Connection;\nuse std::collections::HashMap;\nuse std::path::Path;\nuse std::sync::{Arc, Mutex};\n\n// Legacy compatibility types for trait signature\n#[derive(Debug, Clone, serde::Serialize, serde::Deserialize, PartialEq, Eq)]\npub struct NodeTask {\n pub task_uid: u64,\n pub status: NodeTaskStatus,\n}\n\n#[derive(Debug, Clone, Copy, serde::Serialize, serde::Deserialize, PartialEq, Eq)]\npub enum NodeTaskStatus {\n Enqueued,\n Processing,\n Succeeded,\n Failed,\n}\n\n// Legacy JobStatus for trait compatibility\n#[derive(Debug, Clone, Copy, PartialEq, Eq)]\npub enum JobStatus {\n Enqueued,\n Processing,\n Succeeded,\n Failed,\n Canceled,\n}\n\n/// 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TaskStoreError::Internal(e.to_string()))?;\n conn.execute(sql, params).map_err(Into::into)\n }\n\n /// Query a single row.\n fn query_row(&self, sql: &str, params: &[&dyn rusqlite::ToSql], f: F) -> Result\n where\n F: FnOnce(&rusqlite::Row) -> rusqlite::Result,\n {\n let conn = self\n .conn\n .lock()\n .map_err(|e| TaskStoreError::Internal(e.to_string()))?;\n conn.query_row(sql, params, f).map_err(Into::into)\n }\n\n /// Prepare and execute a query, returning all rows.\n fn query_map(&self, sql: &str, params: &[&dyn rusqlite::ToSql], f: F) -> Result>\n where\n F: FnMut(&rusqlite::Row) -> rusqlite::Result,\n {\n let conn = self\n .conn","numLines":100,"startLine":0,"totalLines":1476}}} -{"type":"user","message":{"role":"user","content":[{"tool_use_id":"call_104c9a88ce5747769da2bba5","type":"tool_result","content":"531:### Task store schema 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TaskStore for SqliteTaskStore {\n111\t async fn initialize(&self) -> Result<()> {\n112\t let conn = self\n113\t .conn\n114\t .lock()\n115\t .map_err(|e| TaskStoreError::Internal(e.to_string()))?;\n116\t\n117\t // Enable WAL mode for better concurrency\n118\t // Use query_row because PRAGMA journal_mode returns the new mode\n119\t let _mode: String = conn.query_row(\n120\t \"PRAGMA journal_mode=WAL\",\n121\t &[] as &[&dyn rusqlite::ToSql],\n122\t |row| row.get(0),\n123\t )?;\n124\t\n125\t // Set busy timeout to avoid deadlock on concurrent writes\n126\t // Use query_row because PRAGMA busy_timeout returns the value that was set\n127\t let _timeout: i64 = conn.query_row(\n128\t \"PRAGMA busy_timeout=5000\",\n129\t &[] as &[&dyn rusqlite::ToSql],\n130\t |row| row.get(0),\n131\t )?;\n132\t\n133\t // Create schema_version table\n134\t conn.execute(\n135\t \"CREATE TABLE IF NOT EXISTS schema_version (\n136\t version INTEGER NOT NULL\n137\t )\",\n138\t &[] as &[&dyn rusqlite::ToSql],\n139\t )?;\n140\t\n141\t // Check current version\n142\t let current_version: Option = conn\n143\t .query_row(\n144\t \"SELECT version FROM schema_version\",\n145\t &[] as &[&dyn rusqlite::ToSql],\n146\t |row| row.get(0),\n147\t )\n148\t .ok();\n149\t\n150\t if current_version.is_none() {\n151\t // Initialize schema\n152\t Self::init_schema(&conn)?;\n153\t conn.execute(\n154\t \"INSERT INTO schema_version (version) VALUES (1)\",\n155\t &[] as &[&dyn rusqlite::ToSql],\n156\t )?;\n157\t } else if current_version != Some(SCHEMA_VERSION) {\n158\t return Err(TaskStoreError::InvalidData(format!(\n159\t \"schema version mismatch: expected {}, got {}\",\n160\t SCHEMA_VERSION,\n161\t current_version.unwrap()\n162\t )));\n163\t }\n164\t\n165\t Ok(())\n166\t }\n167\t\n168\t async fn schema_version(&self) -> Result {\n169\t self.query_row(\n170\t \"SELECT version FROM schema_version\",\n171\t &[] as &[&dyn rusqlite::ToSql],\n172\t |row| row.get(0),\n173\t )\n174\t }\n175\t\n176\t async fn task_insert(&self, task: &Task) -> Result<()> {\n177\t let node_tasks_json = serde_json::to_string(&task.node_tasks)?;\n178\t self.execute(\n179\t \"INSERT INTO tasks (miroir_id, created_at, status, node_tasks, error)\n180\t VALUES (?1, ?2, ?3, ?4, ?5)\",\n181\t &[\n182\t &task.miroir_id as &dyn rusqlite::ToSql,\n183\t &task.created_at,\n184\t &task.status.to_string(),\n185\t &node_tasks_json,\n186\t &task.error.as_deref().unwrap_or(\"\"),\n187\t ] as &[&dyn rusqlite::ToSql],\n188\t )?;\n189\t Ok(())\n190\t }\n191\t\n192\t async fn task_get(&self, miroir_id: &str) -> Result> {\n193\t let result: Option = self\n194\t .query_row(\n195\t \"SELECT miroir_id, created_at, status, node_tasks, error FROM tasks WHERE miroir_id = ?1\",\n196\t &[&miroir_id as &dyn rusqlite::ToSql],\n197\t |row| {\n198\t let node_tasks_json: String = row.get(3)?;\n199\t let node_tasks: HashMap = serde_json::from_str(&node_tasks_json).map_err(|e| rusqlite::Error::ToSqlConversionFailure(Box::new(e)))?;\n200\t Ok(Task {\n201\t miroir_id: row.get(0)?,\n202\t created_at: row.get(1)?,\n203\t status: row.get::<_, String>(2)?.parse().map_err(|e| {\n204\t parse_error(e)\n205\t })?,\n206\t node_tasks,\n207\t error: {\n208\t let error: String = row.get(4)?;\n209\t if error.is_empty() { None } else { Some(error) }\n210\t },\n211\t })\n212\t },\n213\t )\n214\t .ok();\n215\t Ok(result)\n216\t }\n217\t\n218\t async fn task_update_status(&self, miroir_id: &str, status: TaskStatus) -> Result<()> {\n219\t self.execute(\n220\t \"UPDATE tasks SET status = ?1 WHERE miroir_id = ?2\",\n221\t &[\n222\t &status.to_string() as &dyn rusqlite::ToSql,\n223\t &miroir_id as &dyn rusqlite::ToSql,\n224\t ],\n225\t )?;\n226\t Ok(())\n227\t }\n228\t\n229\t async fn task_update_node(&self, miroir_id: &str, node_id: &str, task_uid: u64) -> Result<()> {\n230\t // Get the task, update node_tasks (store only task_uid), and write back\n231\t let mut task = self\n232\t .task_get(miroir_id)\n233\t .await?\n234\t .ok_or_else(|| TaskStoreError::NotFound(miroir_id.to_string()))?;\n235\t task.node_tasks.insert(node_id.to_string(), task_uid);\n236\t let node_tasks_json = serde_json::to_string(&task.node_tasks)?;\n237\t self.execute(\n238\t \"UPDATE tasks SET node_tasks = ?1 WHERE miroir_id = ?2\",\n239\t &[\n240\t &node_tasks_json as &dyn rusqlite::ToSql,\n241\t &miroir_id as &dyn rusqlite::ToSql,\n242\t ],\n243\t )?;\n244\t Ok(())\n245\t }\n246\t\n247\t async fn task_list(&self, filter: &TaskFilter) -> Result> {\n248\t let mut sql =\n249\t \"SELECT miroir_id, created_at, status, node_tasks, error FROM tasks\".to_string();\n250\t let mut params = Vec::new();\n251\t let mut wheres = Vec::new();\n252\t\n253\t if let Some(status) = filter.status {\n254\t wheres.push(\"status = ?\".to_string());\n255\t params.push(status.to_string());\n256\t }\n257\t\n258\t if !wheres.is_empty() {\n259\t sql.push_str(\" WHERE \");\n260\t sql.push_str(&wheres.join(\" AND \"));\n261\t }\n262\t\n263\t sql.push_str(\" ORDER BY created_at DESC\");\n264\t\n265\t if let Some(limit) = filter.limit {\n266\t sql.push_str(&format!(\" LIMIT {limit}\"));\n267\t }\n268\t\n269\t if let Some(offset) = filter.offset {\n270\t sql.push_str(&format!(\" OFFSET {offset}\"));\n271\t }\n272\t\n273\t let params_refs: Vec<&dyn rusqlite::ToSql> =\n274\t params.iter().map(|s| s as &dyn rusqlite::ToSql).collect();\n275\t\n276\t self.query_map(&sql, ¶ms_refs, |row| {\n277\t let node_tasks_json: String = row.get(3)?;\n278\t let node_tasks: HashMap = serde_json::from_str(&node_tasks_json)\n279\t .map_err(|e| rusqlite::Error::ToSqlConversionFailure(Box::new(e)))?;\n280\t Ok(Task {\n281\t miroir_id: row.get(0)?,\n282\t created_at: row.get(1)?,\n283\t status: row.get::<_, String>(2)?.parse().map_err(parse_error)?,\n284\t node_tasks,\n285\t error: {\n286\t let error: String = row.get(4)?;\n287\t if error.is_empty() {\n288\t None\n289\t } else {\n290\t Some(error)\n291\t }\n292\t },\n293\t })\n294\t })\n295\t }\n296\t\n297\t async fn node_settings_version_get(&self, index: &str, node_id: &str) -> Result> {\n298\t let version: Option = self\n299\t .query_row("}]},"parent_tool_use_id":null,"session_id":"b8343f81-4b35-441d-b848-ad1701d2d833","uuid":"fe049f5c-70b8-48a7-9d9c-0c58578979e5","timestamp":"2026-05-13T22:21:02.580Z","tool_use_result":{"type":"text","file":{"filePath":"/home/coding/miroir/crates/miroir-core/src/task_store/sqlite.rs","content":" .conn\n .lock()\n .map_err(|e| TaskStoreError::Internal(e.to_string()))?;\n let mut stmt = conn.prepare(sql)?;\n let rows: std::result::Result, _> = stmt.query_map(params, f)?.collect();\n Ok(rows?)\n }\n}\n\n#[async_trait::async_trait]\nimpl TaskStore for SqliteTaskStore {\n async fn initialize(&self) -> Result<()> {\n let conn = self\n .conn\n .lock()\n .map_err(|e| TaskStoreError::Internal(e.to_string()))?;\n\n // Enable WAL mode for better concurrency\n // Use query_row because PRAGMA journal_mode returns the new mode\n let _mode: String = conn.query_row(\n \"PRAGMA journal_mode=WAL\",\n &[] as &[&dyn rusqlite::ToSql],\n |row| row.get(0),\n )?;\n\n // Set busy timeout to avoid deadlock on concurrent writes\n // Use query_row because PRAGMA busy_timeout returns the value that was set\n let _timeout: i64 = conn.query_row(\n \"PRAGMA busy_timeout=5000\",\n &[] as &[&dyn rusqlite::ToSql],\n |row| row.get(0),\n )?;\n\n // Create schema_version table\n conn.execute(\n \"CREATE TABLE IF NOT EXISTS schema_version (\n version INTEGER NOT NULL\n )\",\n &[] as &[&dyn rusqlite::ToSql],\n )?;\n\n // Check current version\n let current_version: Option = conn\n .query_row(\n \"SELECT version FROM schema_version\",\n &[] as &[&dyn rusqlite::ToSql],\n |row| row.get(0),\n )\n .ok();\n\n if current_version.is_none() {\n // Initialize schema\n Self::init_schema(&conn)?;\n conn.execute(\n \"INSERT INTO schema_version (version) VALUES (1)\",\n &[] as &[&dyn rusqlite::ToSql],\n )?;\n } else if current_version != Some(SCHEMA_VERSION) {\n return Err(TaskStoreError::InvalidData(format!(\n \"schema version mismatch: expected {}, got {}\",\n SCHEMA_VERSION,\n current_version.unwrap()\n )));\n }\n\n Ok(())\n }\n\n async fn schema_version(&self) -> Result {\n self.query_row(\n \"SELECT version FROM schema_version\",\n &[] as &[&dyn rusqlite::ToSql],\n |row| row.get(0),\n )\n }\n\n async fn task_insert(&self, task: &Task) -> Result<()> {\n let node_tasks_json = serde_json::to_string(&task.node_tasks)?;\n self.execute(\n \"INSERT INTO tasks (miroir_id, created_at, status, node_tasks, error)\n VALUES (?1, ?2, ?3, ?4, ?5)\",\n &[\n &task.miroir_id as &dyn rusqlite::ToSql,\n &task.created_at,\n &task.status.to_string(),\n &node_tasks_json,\n &task.error.as_deref().unwrap_or(\"\"),\n ] as &[&dyn rusqlite::ToSql],\n )?;\n Ok(())\n }\n\n async fn task_get(&self, miroir_id: &str) -> Result> {\n let result: Option = self\n .query_row(\n \"SELECT miroir_id, created_at, status, node_tasks, error FROM tasks WHERE miroir_id = ?1\",\n &[&miroir_id as &dyn rusqlite::ToSql],\n |row| {\n let node_tasks_json: String = row.get(3)?;\n let node_tasks: HashMap = serde_json::from_str(&node_tasks_json).map_err(|e| rusqlite::Error::ToSqlConversionFailure(Box::new(e)))?;\n Ok(Task {\n miroir_id: row.get(0)?,\n created_at: row.get(1)?,\n status: row.get::<_, String>(2)?.parse().map_err(|e| {\n parse_error(e)\n })?,\n node_tasks,\n error: {\n let error: String = row.get(4)?;\n if error.is_empty() { None } else { Some(error) }\n },\n })\n },\n )\n .ok();\n Ok(result)\n }\n\n async fn task_update_status(&self, miroir_id: &str, status: TaskStatus) -> Result<()> {\n self.execute(\n \"UPDATE tasks SET status = ?1 WHERE miroir_id = ?2\",\n &[\n &status.to_string() as &dyn rusqlite::ToSql,\n &miroir_id as &dyn rusqlite::ToSql,\n ],\n )?;\n Ok(())\n }\n\n async fn task_update_node(&self, miroir_id: &str, node_id: &str, task_uid: u64) -> Result<()> {\n // Get the task, update node_tasks (store only task_uid), and write back\n let mut task = self\n .task_get(miroir_id)\n .await?\n .ok_or_else(|| TaskStoreError::NotFound(miroir_id.to_string()))?;\n task.node_tasks.insert(node_id.to_string(), task_uid);\n let node_tasks_json = serde_json::to_string(&task.node_tasks)?;\n self.execute(\n \"UPDATE tasks SET node_tasks = ?1 WHERE miroir_id = ?2\",\n &[\n &node_tasks_json as &dyn rusqlite::ToSql,\n &miroir_id as &dyn rusqlite::ToSql,\n ],\n )?;\n Ok(())\n }\n\n async fn task_list(&self, filter: &TaskFilter) -> Result> {\n let mut sql =\n \"SELECT miroir_id, created_at, status, node_tasks, error FROM tasks\".to_string();\n let mut params = Vec::new();\n let mut wheres = Vec::new();\n\n if let Some(status) = filter.status {\n wheres.push(\"status = ?\".to_string());\n params.push(status.to_string());\n }\n\n if !wheres.is_empty() {\n sql.push_str(\" WHERE \");\n sql.push_str(&wheres.join(\" AND \"));\n }\n\n sql.push_str(\" ORDER BY created_at DESC\");\n\n if let Some(limit) = filter.limit {\n sql.push_str(&format!(\" LIMIT {limit}\"));\n }\n\n if let Some(offset) = filter.offset {\n sql.push_str(&format!(\" OFFSET {offset}\"));\n }\n\n let params_refs: Vec<&dyn rusqlite::ToSql> =\n params.iter().map(|s| s as &dyn rusqlite::ToSql).collect();\n\n self.query_map(&sql, ¶ms_refs, |row| {\n let node_tasks_json: String = row.get(3)?;\n let node_tasks: HashMap = serde_json::from_str(&node_tasks_json)\n .map_err(|e| rusqlite::Error::ToSqlConversionFailure(Box::new(e)))?;\n Ok(Task {\n miroir_id: row.get(0)?,\n created_at: row.get(1)?,\n status: row.get::<_, String>(2)?.parse().map_err(parse_error)?,\n node_tasks,\n error: {\n let error: String = row.get(4)?;\n if error.is_empty() {\n None\n } else {\n Some(error)\n }\n },\n })\n })\n }\n\n async fn node_settings_version_get(&self, index: &str, node_id: &str) -> Result> {\n let version: Option = self\n .query_row(","numLines":200,"startLine":100,"totalLines":1476}}} -{"type":"user","message":{"role":"user","content":[{"tool_use_id":"call_5aff7cfa5a4e4254b43c9574","type":"tool_result","content":"530\t\n531\t### Task store schema (SQLite)\n532\t\n533\tThe task store persists all orchestrator state that must survive a pod restart. In single-replica deployments the backend is SQLite; in HA mode Redis replaces it (keyspace mapping below). Every table below is defined here and cross-referenced from the §13 / §14.5 section that consumes it.\n534\t\n535\t**1. `tasks` — Miroir task registry (defined here; consumed throughout §2, §3, §13).**\n536\t\n537\t```sql\n538\tCREATE TABLE tasks (\n539\t miroir_id TEXT PRIMARY KEY,\n540\t created_at INTEGER NOT NULL,\n541\t status TEXT NOT NULL, -- enqueued | processing | succeeded | failed | canceled\n542\t node_tasks TEXT NOT NULL, -- JSON: {\"node-0\": 42, \"node-1\": 17}\n543\t error TEXT\n544\t);\n545\t```\n546\t\n547\tBackground Tokio tasks poll node task statuses and update rows. Old tasks are pruned after a TTL (default 7 days) by the rendezvous-partitioned pruner of §14.5 Mode A.\n548\t\n549\t**2. `node_settings_version` — per-(index, node) settings freshness (consumed by §13.5).**\n550\t\n551\t```sql\n552\tCREATE TABLE node_settings_version (\n553\t index_uid TEXT NOT NULL,\n554\t node_id TEXT NOT NULL,\n555\t version INTEGER NOT NULL, -- last cluster-wide settings_version this (index, node) pair verified\n556\t updated_at INTEGER NOT NULL,\n557\t PRIMARY KEY (index_uid, node_id)\n558\t);\n559\t```\n560\t\n561\tAdvanced whenever a two-phase verify (§13.5 Phase 2) or drift-repair cycle succeeds for that pair. Covering-set construction for reads carrying `X-Miroir-Min-Settings-Version` excludes rows where `version < floor`.\n562\t\n563\t**3. `aliases` — atomic index aliases (consumed by §13.7, extended for multi-target by §13.17).**\n564\t\n565\t```sql\n566\tCREATE TABLE aliases (\n567\t name TEXT PRIMARY KEY,\n568\t kind TEXT NOT NULL, -- 'single' | 'multi'\n569\t current_uid TEXT, -- non-null when kind='single'\n570\t target_uids TEXT, -- JSON array of UIDs; non-null when kind='multi'\n571\t version INTEGER NOT NULL, -- monotonic flip counter\n572\t created_at INTEGER NOT NULL,\n573\t history TEXT NOT NULL -- JSON array: last N prior states, bounded by aliases.history_retention\n574\t);\n575\t```\n576\t\n577\tTwo alias types are supported:\n578\t- **Single-target alias (`kind='single'`)** — one `current_uid`; client writes and reads both resolve to that UID; atomic flip via `PUT /_miroir/aliases/{name}`.\n579\t- **Multi-target alias (`kind='multi'`)** — `target_uids` is a JSON array of concrete UIDs; reads fan out across all of them via §13.11 multi-search and merge by `_rankingScore`; writes are rejected with `miroir_multi_alias_not_writable` (see §13.7). Multi-target aliases are managed exclusively by §13.17 ILM; direct operator edits are refused.\n580\t\n581\tAlias flips update `current_uid` (single) or `target_uids` (multi) and `version` atomically; `history` is append-only within the retention bound.\n582\t\n583\t**4. `sessions` — read-your-writes session pins (consumed by §13.6).**\n584\t\n585\t```sql\n586\tCREATE TABLE sessions (\n587\t session_id TEXT PRIMARY KEY,\n588\t last_write_mtask_id TEXT, -- nullable: session may exist before any write\n589\t last_write_at INTEGER,\n590\t pinned_group INTEGER, -- group_id that first reached per-group quorum; nullable when pin cleared\n591\t min_settings_version INTEGER NOT NULL,\n592\t ttl INTEGER NOT NULL -- expiry timestamp (ms since epoch); default 15m from last use\n593\t);\n594\t```\n595\t\n596\tLRU-bounded by `session_pinning.max_sessions`. Rows past `ttl` are evicted lazily on access.\n597\t\n598\t**5. `idempotency_cache` — write deduplication (consumed by §13.10).**\n599\t\n600\t```sql\n601\tCREATE TABLE idempotency_cache (\n602\t key TEXT PRIMARY KEY,\n603\t body_sha256 BLOB NOT NULL,\n604\t miroir_task_id TEXT NOT NULL,\n605\t expires_at INTEGER NOT NULL\n606\t);\n607\t```\n608\t\n609\tTTL defaults to 24h (`idempotency.ttl_seconds`). LRU-bounded by `idempotency.max_cached_keys`.\n610\t\n611\t**6. `jobs` — work-queued background jobs (consumed by §14.5 Mode C).**\n612\t\n613\t```sql\n614\tCREATE TABLE jobs (\n615\t id TEXT PRIMARY KEY,\n616\t type TEXT NOT NULL, -- dump_import | reshard_backfill | ...\n617\t params TEXT NOT NULL, -- JSON\n618\t state TEXT NOT NULL, -- queued | in_progress | completed | failed\n619\t claimed_by TEXT, -- pod_id of current claimant; nullable when queued\n620\t claim_expires_at INTEGER, -- lease heartbeat expiry\n621\t progress TEXT NOT NULL -- JSON: { bytes_processed, docs_routed, last_cursor, ... }\n622\t);\n623\t```\n624\t\n625\tClaim semantics and chunking rules are §14.5 Mode C.\n626\t\n627\t**7. `leader_lease` — singleton-coordinator lease (consumed by §14.5 Mode B).**\n628\t\n629\t```sql\n630\tCREATE TABLE leader_lease (\n631\t scope TEXT PRIMARY KEY, -- e.g. \"reshard:\", \"alias_flip:\", \"settings_broadcast:\"\n632\t holder TEXT NOT NULL, -- pod_id of current leader\n633\t expires_at INTEGER NOT NULL -- renewed every 3s with a 10s TTL\n634\t);\n635\t```\n636\t\n637\tFor SQLite deployments a single-replica advisory lock substitutes; the row is still written so recovery can read the last committed phase state after leader loss.\n638\t\n639\t**8. `canaries` — canary definitions (consumed by §13.18).**\n640\t\n641\t```sql\n642\tCREATE TABLE canaries (\n643\t id TEXT PRIMARY KEY,\n644\t name TEXT NOT NULL,\n645\t index_uid TEXT NOT NULL,\n646\t interval_s INTEGER NOT NULL,\n647\t query_json TEXT NOT NULL, -- JSON: the canary query body\n648\t assertions_json TEXT NOT NULL, -- JSON: array of assertion specs\n649\t enabled INTEGER NOT NULL, -- 0 | 1\n650\t created_at INTEGER NOT NULL\n651\t);\n652\t```\n653\t\n654\tCreated and modified via `POST /_miroir/canaries`. The canary runner (Mode A, §14.5) reads this table on each scheduling tick.\n655\t\n656\t**9. `canary_runs` — canary run history (consumed by §13.18).**\n657\t\n658\t```sql\n659\tCREATE TABLE canary_runs (\n660\t canary_id TEXT NOT NULL,\n661\t ran_at INTEGER NOT NULL,\n662\t status TEXT NOT NULL, -- pass | fail | error\n663\t latency_ms INTEGER NOT NULL,\n664\t failed_assertions_json TEXT, -- JSON array or NULL when pass\n665\t PRIMARY KEY (canary_id, ran_at)\n666\t);\n667\t```\n668\t\n669\tBounded by `canary_runner.run_history_per_canary` (default 100) — older rows are pruned on insert.\n670\t\n671\t**10. `cdc_cursors` — per-sink per-index CDC cursor (consumed by §13.13).**\n672\t\n673\t```sql\n674\tCREATE TABLE cdc_cursors (\n675\t sink_name TEXT NOT NULL,\n676\t index_uid TEXT NOT NULL,\n677\t last_event_seq INTEGER NOT NULL,\n678\t updated_at INTEGER NOT NULL,\n679\t PRIMARY KEY (sink_name, index_uid)\n680\t);\n681\t```\n682\t\n683\tAdvanced when a sink ACKs successful delivery of an event batch. `GET /_miroir/changes?since=…` reads against this same monotonic sequence. Shadow-diff state (§13.16) is explicitly **not** persisted — it lives in the in-memory ring buffer of size `shadow.diff_buffer_size`.\n684\t\n685\t**11. `tenant_map` — API-key → tenant mapping for `tenant_affinity.mode: api_key` (consumed by §13.15).**\n686\t\n687\t```sql\n688\tCREATE TABLE tenant_map (\n689\t api_key_hash BLOB PRIMARY KEY, -- sha256(api_key)\n690\t tenant_id TEXT NOT NULL,\n691\t group_id INTEGER -- nullable: NULL falls through to hash(tenant_id) % RG\n692\t);\n693\t```\n694\t\n695\tLoaded lazily on first request per key and cached per-pod. Only consulted when `tenant_affinity.mode: api_key`.\n696\t\n697\t**12. `rollover_policies` — ILM rollover policies (consumed by §13.17).**\n698\t\n699\t```sql\n700\tCREATE TABLE rollover_policies (\n701\t name TEXT PRIMARY KEY,\n702\t write_alias TEXT NOT NULL,\n703\t read_alias TEXT NOT NULL,\n704\t pattern TEXT NOT NULL, -- e.g. \"logs-{YYYY-MM-DD}\"\n705\t triggers_json TEXT NOT NULL, -- JSON: { max_docs, max_age, max_size_gb }\n706\t retention_json TEXT NOT NULL, -- JSON: { keep_indexes }\n707\t template_json TEXT NOT NULL, -- JSON: { primary_key, settings_ref }\n708\t enabled INTEGER NOT NULL -- 0 | 1\n709\t);\n710\t```\n711\t\n712\tRead by the daily leader-coordinated ILM job (Mode B, §14.5) during each `ilm.check_interval_s` tick.\n713\t\n714\t**13. `search_ui_config` — per-index search-UI configuration (consumed by §13.21).**\n715\t\n716\t```sql\n717\tCREATE TABLE search_ui_config (\n718\t index_uid TEXT PRIMARY KEY,\n719\t config_json TEXT NOT NULL, -- JSON: the `search_ui:` entry as described in §13.21\n720\t updated_at INTEGER NOT NULL\n721\t);\n722\t```\n723\t\n724\tWritten by `POST /_miroir/ui/search/{index}/config`; read by the embedded SPA at page-load time.\n725\t\n726\t**14. `admin_sessions` — Admin UI session registry (consumed by §13.19 login/logout, §4 `/_miroir/admin/*`).**\n727\t\n728\t```sql\n729\tCREATE TABLE admin_sessions (\n730\t session_id TEXT PRIMARY KEY,\n731\t csrf_token TEXT NOT NULL,\n732\t admin_key_hash TEXT NOT NULL, -- sha256 of admin key used at login\n733\t created_at INTEGER NOT NULL,\n734\t expires_at INTEGER NOT NULL,\n735\t revoked INTEGER NOT NULL DEFAULT 0,\n736\t user_agent TEXT,\n737\t source_ip TEXT\n738\t);\n739\tCREATE INDEX admin_sessions_expires ON admin_sessions(expires_at);\n740\t```\n741\t\n742\tWritten by `POST /_miroir/admin/login`; `revoked` is flipped to `1` by `POST /_miroir/admin/logout`. Every cookie-authenticated request re-checks `revoked` so logout propagates across pods without requiring in-memory invalidation. Rows past `expires_at` are evicted lazily on access and by the rendezvous-partitioned pruner of §14.5 Mode A.\n743\t\n744\t**Redis mode (HA).** For multi-replica Miroir each SQLite table is represented as a Redis keyspace, with the same field semantics:\n745\t\n746\t- `miroir:tasks:` (hash); list-wide iteration via the set `miroir:tasks:_index`.\n747\t- `miroir:node_settings_version::` (hash); set `miroir:node_settings_version:_index`.\n748\t- `miroir:aliases:` (hash); set `miroir:aliases:_index` backs \"list all\" (§13.7 `GET /_miroir/aliases`).\n749\t- `miroir:session:` (hash) with `EXPIRE` matching `session_pinning.ttl_seconds`.\n750\t- `miroir:idemp:` (hash) with `EXPIRE` matching `idempotency.ttl_seconds`.\n751\t- `miroir:jobs:` (hash); queue-depth set `miroir:jobs:_queued` feeds the HPA signal of §14.5.\n752\t- `miroir:lease:` (string, `SET NX EX 10` renewed every 3s) per §14.5 Mode B.\n753\t- `miroir:canary:` (hash); set `miroir:canary:_index` backs `GET /_miroir/canaries/status`.\n754\t- `miroir:canary_runs:` (sorted set keyed by `ran_at`, value = JSON row); `ZREMRANGEBYRANK` trims to `canary_runner.run_history_per_canary`.\n755\t- `miroir:cdc_cursor::` (string, integer seq).\n756\t- `miroir:tenant_map:` (hash); no secondary index — lookups are always by exact key hash.\n757\t- `miroir:rollover:` (hash); set `miroir:rollover:_index` backs the ILM leader's scan.\n758\t- `miroir:search_ui_config:` (hash).\n759\t- `miroir:search_ui_scoped_key:` (hash, fields `{primary_uid, previous_uid, rotated_at, generation}`); no automatic TTL — state is long-lived until the next rotation. Written by the rotation leader (Mode B, §14.5) and read by every pod on each forwarded SPA request; see §13.21 \"Scoped-key rotation coordination\".\n760\t- `miroir:search_ui_scoped_key_observed::` (hash, fields `{generation, observed_at}`) with `EXPIRE` 60s, refreshed on each use of the scoped key. The revocation safety gate reads these keys to decide when every live peer has observed the new generation; see §13.21 \"Revocation safety gate\". The rotation leader-lease itself is already covered by the generic `miroir:lease:` entry above with scope `search_ui_key_rotation:`.\n761\t- `miroir:admin_session:` (hash, fields `{csrf_token, admin_key_hash, created_at, expires_at, revoked, user_agent, source_ip}`) with `EXPIRE` matching `admin_ui.session_ttl_s`. Logout sets `revoked: 1` on the key (kept until `EXPIRE` fires) so every pod's cookie verification re-checks revocation on each request; a Redis Pub/Sub channel `miroir:admin_session:revoked` is additionally notified so in-memory caches can invalidate immediately rather than waiting for the next round-trip.\n762\t- `miroir:ratelimit:searchui:` (string counter) with `EXPIRE` per `search_ui.rate_limit.redis_ttl_s` (default 60s); bounded by active IP count; see §13.21.\n763\t- `miroir:ratelimit:adminlogin:` (string counter) with `EXPIRE` 60s; bounded by active attacker IP count. Backs the `POST /_miroir/admin/login` 10/minute-per-IP rate limit when `miroir.replicas > 1`; Helm `values.schema.json` rejects local-only admin-login rate limiting in HA. A companion key `miroir:ratelimit:adminlogin:backoff:` (hash `{failed_count, next_allowed_at}`) implements the exponential-backoff clause — after 5 consecutive failed attempts the backoff doubles per attempt (10m, 20m, 40m, …) until a valid login resets the counter.\n764\t- `miroir:cdc:overflow:` (list); bounded by `cdc.buffer.redis_bytes` (default 1 GiB per sink); see §13.13.\n765\t\n766\tTTLs are set on the keyspaces marked above; list-wide queries are served from the `_index` secondary sets so no `SCAN` is required on the hot path. None of the new tables use Redis `EXPIRE` — they are all long-lived configuration or bounded-by-cardinality history.\n767\t\n768\t### Configuration schema\n769\t\n770\t```yaml\n771\tmiroir:\n772\t master_key: \"\" # client-facing API key (env: MIROIR_MASTER_KEY)\n773\t node_master_key: \"\" # key Miroir uses on nodes (env: MIROIR_NODE_MASTER_KEY)\n774\t shards: 64\n775\t replication_factor: 2 # production recommended; Helm chart dev default is 1\n776\t\n777\t task_store:\n778\t backend: sqlite # sqlite | redis\n779\t path: /data/miroir-tasks.db\n780\t url: \"\" # for redis: redis://host:6379\n781\t\n782\t admin:\n783\t enabled: true\n784\t api_key: \"\" # env: MIROIR_ADMIN_API_KEY\n785\t\n786\t # Number of independent query pools. Each group holds all shards.\n787\t # Writes go to all groups; each query goes to exactly one group.\n788\t # This sample shows a two-group production topology. The default when unset is 1.\n789\t replica_groups: 2\n790\t\n791\t nodes:\n792\t - id: \"meili-0\" # stable, unique — never reuse after removal\n793\t address: \"http://meili-0.search.svc:7700\"\n794\t replica_group: 0 # which group this node belongs to\n795\t - id: \"meili-1\"\n796\t address: \"http://meili-1.search.svc:7700\"\n797\t replica_group: 0\n798\t - id: \"meili-2\"\n799\t address: \"http://meili-2.search.svc:7700\"\n800\t replica_group: 0\n801\t - id: \"meili-3\"\n802\t address: \"http://meili-3.search.svc:7700\"\n803\t replica_group: 1\n804\t - id: \"meili-4\"\n805\t address: \"http://meili-4.search.svc:7700\"\n806\t replica_group: 1\n807\t - id: \"meili-5\"\n808\t address: \"http://meili-5.search.svc:7700\"\n809\t replica_group: 1\n810\t\n811\t health:\n812\t interval_ms: 5000\n813\t timeout_ms: 2000\n814\t unhealthy_threshold: 3\n815\t recovery_threshold: 2\n816\t\n817\t scatter:\n818\t node_timeout_ms: 5000\n819\t retry_on_timeout: true\n820\t unavailable_shard_policy: partial # partial | error\n821\t\n822\t rebalancer:\n823\t auto_rebalance_on_recovery: true\n824\t max_concurrent_migrations: 4\n825\t migration_timeout_s: 3600\n826\t\n827\t server:\n828\t port: 7700\n829\t bind: \"0.0.0.0\"\n830\t max_body_bytes: 104857600 # 100 MiB\n831\t```\n832\t\n833\t**Note on `scatter.retry_on_timeout`.** When this flag is `true` (the default), Miroir dedups retries **orchestrator-side** — Meilisearch CE has no idempotency layer, and §13 requires unmodified CE nodes. Internally, Miroir maintains a per-target-node retry cache keyed by `sha256(document_batch_bytes || target_node_id || client_idempotency_key_or_mtask_id)`, with the last observed terminal response stored against each key. When a write times out and a retry fires, Miroir first checks whether it has already dispatched the same key to that node; if yes and the node returned a terminal status, Miroir returns the cached response instead of re-dispatching, so no duplicate node-side task is ever created. If the prior dispatch has no recorded terminal status (still in flight or unknown), Miroir resends as normal and reconciles against the node's subsequent task listing. This avoids duplicate writes without any node cooperation. See §13.10 for the same retry cache (it is a single mechanism shared across subsystems) and §14.2 for how this cache's memory budget is allocated.\n834\t\n835\tAll secrets are read from environment variables in production — never baked into config files or images.\n836\t\n837\t### Admin API (`/_miroir/`)\n838\t\n839\tReserved path prefix for management operations, not proxied to nodes. Gated by the admin API key.\n840\t\n841\tAll admin endpoints accept either `Authorization: Bearer ` or `X-Admin-Key: `. The bearer form is preferred; `X-Admin-Key` is primarily used by the Admin UI (§13.19) for browser fetches where setting the `Authorization` header is inconvenient. Endpoints marked **client-facing** below (e.g. `/multi-search`, `/indexes/{uid}/explain`) use the regular `master_key` rather than the admin key. The `/_miroir/` prefix is cluster-internal only — no ingress rule exposes it publicly.\n842\t\n843\t| Endpoint | Description |\n844\t|----------|-------------|\n845\t| **Topology** | |\n846\t| `GET /_miroir/topology` | Node list, health state, shard assignments |\n847\t| `GET /_miroir/shards` | Shard → node mapping table |\n848\t| `GET /_miroir/ready` | Readiness check (used by K8s readiness probe) |\n849\t| **Nodes** | |\n850\t| `POST /_miroir/nodes` | Add a node (triggers rebalance) |\n851\t| `DELETE /_miroir/nodes/{id}` | Drain and remove a node |\n852\t| `POST /_miroir/nodes/{id}/drain` | Begin draining shards off a node without removing it (see §6 Scaling) |\n853\t| **Rebalance** | |\n854\t| `POST /_miroir/rebalance` | Manually trigger rebalance |\n855\t| `GET /_miroir/rebalance/status` | Current rebalance progress |\n856\t| **Reshard (§13.1)** | |\n857\t| `POST /_miroir/indexes/{uid}/reshard` | Begin online resharding to a new S (body: `{\"new_shards\": N, \"throttle_docs_per_sec\": R}`) |\n858\t| `GET /_miroir/indexes/{uid}/reshard/status` | Current phase and backfill progress |\n859\t| **Aliases (§13.7)** | |\n860\t| `POST /_miroir/aliases` | Create an alias (body: `{\"name\": \"...\", \"target\": \"...\"}`) |\n861\t| `GET /_miroir/aliases` | List all aliases |\n862\t| `GET /_miroir/aliases/{name}` | Current target plus flip history |\n863\t| `PUT /_miroir/aliases/{name}` | Atomically flip an alias to a new target (body: `{\"target\": \"...\"}`) |\n864\t| `DELETE /_miroir/aliases/{name}` | Delete an alias (underlying index untouched) |\n865\t| **Dumps (§13.9)** | |\n866\t| `POST /_miroir/dumps/import` | Streaming dump import (multipart body with the `.dump` file; returns `{\"miroir_task_id\": \"...\"}`) |\n867\t| `GET /_miroir/dumps/import/{id}/status` | Progress and phase of a streaming import job |\n868\t| **Observability** | |\n869\t| `GET /_miroir/metrics` | Prometheus metrics (auth-gated mirror of `:9090/metrics`) |\n870\t| **CDC (§13.13)** | |\n871\t| `GET /_miroir/changes?since={cursor}&index={uid}` | Long-poll change stream for the `internal` queue sink; `cursor` is a monotonic per-index sequence number, `index` is required. Returns a bounded batch plus the next cursor. |\n872\t| **TTL (§13.14)** | |\n873\t| `POST /_miroir/indexes/{uid}/ttl-policy` | Set or update per-index TTL sweep policy. Body: `{\"sweep_interval_s\": N, \"max_deletes_per_sweep\": M, \"enabled\": bool}`. Overrides the global `ttl.per_index_overrides` entry. |\n874\t| **Shadow (§13.16)** | |\n875\t| `GET /_miroir/shadow/diff` | Read the in-memory diff ring buffer. Query: `?target={name}&limit=N&since_id=X&kind={hits,ranking,latency,error}`. Ring buffer size bounded by `shadow.diff_buffer_size`. |\n876\t| **Canaries (§13.18)** | |\n877\t| `POST /_miroir/canaries` | Create or modify a canary definition (body matches the `canaries:` YAML schema in §13.18). |\n878\t| `GET /_miroir/canaries/status` | List canaries with the last N runs each (bounded by `canary_runner.run_history_per_canary`), pass/fail counts, and last-failure detail. |\n879\t| `POST /_miroir/canaries/capture` | Record the next M production queries + responses as golden pairs; body: `{\"index\": \"...\", \"count\": M, \"name_prefix\": \"...\"}`. |\n880\t| **Search UI config (§13.21)** | |\n881\t| `POST /_miroir/ui/search/{index}/config` | Set the per-index search-UI configuration (title, facets, sort options, templates, etc.). Body matches the `search_ui:` entry schema in §13.21. |\n882\t| `GET /_miroir/ui/search/locale/{lang}.json` | Public (no auth) locale fetch for the search UI. Returns translations JSON; served with long `max-age`. This endpoint is the one exception to the \"admin-gated under `/_miroir/`\" rule — it is whitelisted so unauthenticated end-user SPAs can load strings. |\n883\t| **Search UI (§13.21)** | |\n884\t| `GET /_miroir/ui/search/{index}/session` | JWT session-minting entry point for the end-user search UI. Returns `{token, expires_at, index, rate_limit}`. Auth: `public` mode — IP rate-limited (no credentials); `shared_key` — requires `X-Search-UI-Key`; `oauth_proxy` — requires upstream auth headers (e.g. `X-Forwarded-User`, `X-Forwarded-Groups`). See §13.21. |\n885\t| `POST /_miroir/ui/search/{index}/beacon` | Receives client-emitted analytics/latency beacons from the embedded SPA. Body: `{type: \"click_through\" \\| \"latency\", event_id: , query: , result_id?: , position?: , duration_ms?: , timestamp: }`. Auth: same JWT as other search UI endpoints (`Authorization: Bearer ` with `beacon` scope — see §13.21 JWT claims). Rate-limited per `search_ui.rate_limit` (shares the `miroir:ratelimit:searchui:` bucket with queries). Emits a CDC event with `type: click_through` (always emitted) or `type: latency` (subject to `cdc.emit_internal_writes`). `event_id` is used as the dedup key in the idempotency cache (matches the §13.10 idempotency pattern without requiring the `Idempotency-Key` header — `event_id` plays the same role). See §13.21. |\n886\t| `POST /_miroir/ui/search/{index}/rotate-scoped-key` | Manually trigger scoped-key rotation for the search UI (normally automatic `scoped_key_rotate_before_expiry_days` before expiry). Body: `{force: boolean}` — `force=true` bypasses the `scoped_key_rotate_before_expiry_days` timing gate and rotates immediately regardless of how recent the current key is; `force=false` (or omitted) honors the timing gate and is a no-op if the current key is not yet within the rotation window. Auth: admin-gated (`Authorization: Bearer ` or `X-Admin-Key`). Response: `{old_key_id, new_key_id, generation, rotated_at}`. See §13.21 \"Scoped-key rotation coordination\". |\n887\t| **Admin UI (§13.19)** | |\n888\t| `GET /_miroir/admin` | Embedded single-page admin UI. Authenticates via admin API key (`Authorization: Bearer` or `X-Admin-Key`), or a session cookie after a login form. Static assets served from `rust-embed`. |\n889\t| `POST /_miroir/admin/login` | Exchange admin credentials for a session cookie. Body: `{admin_key}`. On success sets `Set-Cookie: miroir_admin_session=; HttpOnly; Secure; SameSite=Strict` (sealed with `ADMIN_SESSION_SEAL_KEY` — see §9) and returns `{csrf_token}`; the session row is persisted to `admin_sessions` so logout on any pod is visible to all pods. Rate limit 10/minute per source IP, backed by `miroir:ratelimit:adminlogin:` when `miroir.replicas > 1` (required — Helm `values.schema.json` rejects local-only admin login rate-limiting in HA). Failed-login exponential backoff: after 5 consecutive failures from the same IP, the backoff window doubles per attempt (10m, 20m, 40m, …) up to a 24h cap, tracked in `miroir:ratelimit:adminlogin:backoff:`; a successful login resets both counters. |\n890\t| `POST /_miroir/admin/logout` | Invalidates the session cookie server-side (revokes the sealed session ID) and clears it client-side (`Set-Cookie: miroir_admin_session=; Max-Age=0`). |\n891\t| **Public UI (§13.21)** | |\n892\t| `GET /ui/search/{index}` | Embedded single-page search UI for end users. Auth model configurable per deployment via `search_ui.auth.mode` — see §13.21. Rate-limited per source IP. This is the one public SPA entry point served outside `/_miroir/`. |\n893\t\n894\t**Client API extensions.** Two client-facing additions sit alongside the admin table above but are **not** admin-gated — they use the normal `master_key` authorization:\n895\t\n896\t- `POST /multi-search` — batch query API (§13.11). Body: `{\"queries\": [ {indexUid, q, ...}, ... ]}`. Each query is scattered independently and returned in input order.\n897\t- `POST /indexes/{uid}/explain` — query plan API (§13.20). Same body as `/search`. Returns the orchestrator's resolved plan without executing; `?execute=true` additionally runs the plan and returns the real result.\n898\t\n899\tBoth endpoints are listed here for discoverability; their routing behavior is summarized in the §5 \"Routing by operation type\" buckets.\n900\t\n901\t### Rebalancer\n902\t\n903\tRuns as a background Tokio task. Only one Miroir instance runs the rebalancer at a time (advisory lock in SQLite/Redis).\n904\t\n905\tThe rebalancer relies on `_miroir_shard` being a filterable attribute on every node (set at index creation). This allows targeted retrieval of exactly the documents belonging to a given shard without scanning the entire node index.\n906\t\n907\t**Migration flow for node addition:**\n908\t1. Compute `affected_shards`: shards where the new node enters the top-RF (expected count: `~S/(N+1)`)\n909\t2. Begin dual-write: route new inbound writes for affected shards to both old owner and new node\n910\t3. For each affected shard, paginate source node using the shard filter — no full scan required:\n911\t ```\n912\t GET /indexes/{uid}/documents?filter=_miroir_shard={shard_id}&limit=1000&offset=0\n913\t GET /indexes/{uid}/documents?filter=_miroir_shard={shard_id}&limit=1000&offset=1000\n914\t ... (until exhausted)\n915\t ```\n916\t4. Write each page to the new node (documents already carry `_miroir_shard`)\n917\t5. Once all pages transferred, mark node `active` for those shards\n918\t6. Stop dual-write; delete the migrated shard from the old node:\n919\t ```\n920\t POST /indexes/{uid}/documents/delete {\"filter\": \"_miroir_shard = {shard_id}\"}\n921\t ```\n922\t7. Documents on unaffected shards are never read, written, or touched\n923\t\n924\t**Performance**: with S=64 shards, N=3 nodes, adding node-3 migrates `~16` shards. Each migration reads only that shard's documents (roughly `total_docs / 64` documents per shard), not the full node corpus. Total data moved is approximately `total_docs / 4` — the theoretical optimum for a 4-node cluster.\n925\t\n926\t---\n927\t\n928\t## 5. API Surface and Compatibility\n929\t\n930\tMiroir exposes the Meilisearch REST API verbatim. All request and response shapes, status codes, error formats, and headers must match the Meilisearch spec exactly.\n931\t\n932\t### Routing by operation type\n933\t\n934\t**Broadcast to all nodes:**\n935\t- `POST /indexes` — create index\n936\t- `PATCH /indexes/{uid}` — update index settings\n937\t- `DELETE /indexes/{uid}` — delete index\n938\t- All `POST /indexes/{uid}/settings/*` — settings changes\n939\t- `DELETE /indexes/{uid}/documents` with filter body\n940\t- `POST /keys`, `PATCH /keys/{key}`, `DELETE /keys/{key}`\n941\t\n942\t**Shard-routed writes:**\n943\t- `POST /indexes/{uid}/documents` — route each doc by hash(pk) to RF nodes\n944\t- `PUT /indexes/{uid}/documents` — same\n945\t- `DELETE /indexes/{uid}/documents/{id}` — route to owning shard RF nodes\n946\t- `DELETE /indexes/{uid}/documents` by IDs array — route each ID to its shard\n947\t\n948\t**Scatter-gather reads:**\n949\t- `POST /indexes/{uid}/search` — fan out to covering set, merge results\n950\t- `GET /indexes/{uid}/documents` — fan out, merge, paginate globally\n951\t- `GET /indexes/{uid}/documents/{id}` — route to any replica of owning shard\n952\t- `POST /multi-search` — per sub-query fan-out; each sub-query follows its own scatter path (§13.11)\n953\t\n954\t**Aggregated reads:**\n955\t- `GET /indexes/{uid}/stats` — sum `numberOfDocuments`, merge `fieldDistribution`\n956\t- `GET /stats` — aggregate across all indexes and all nodes\n957\t\n958\t**Orchestrator-local:**\n959\t- `GET /health` — Miroir's own health (not proxied)\n960\t- `GET /version` — return Meilisearch version from any healthy node\n961\t- `GET /tasks`, `GET /tasks/{uid}` — Miroir task registry\n962\t- `POST /indexes/{uid}/explain` — no node call by default; `?execute=true` promotes to a normal scatter-gather read (§13.20)\n963\t\n964\t### Error format\n965\t\n966\tAll errors use the Meilisearch error shape:\n967\t```json\n968\t{\"message\": \"...\", \"code\": \"...\", \"type\": \"invalid_request\", \"link\": \"...\"}\n969\t```\n970\t\n971\tMiroir-specific error codes (added to the Meilisearch error vocabulary):\n972\t- `miroir_primary_key_required` — document batch without resolvable primary key\n973\t- `miroir_no_quorum` — no replica group met its per-group quorum for a shard; see §2 write path (HTTP 503)\n974\t- `miroir_shard_unavailable` — one or more shards fully unavailable (error policy only)\n975\t- `miroir_reserved_field` — document contains a reserved field name. Currently covers `_miroir_shard` (always reserved) and `_miroir_updated_at` (reserved only when the anti-entropy reconciler of §13.8 is enabled; otherwise client-supplied values in that field are preserved and passed through untouched).\n976\t- `miroir_idempotency_key_reused` — `Idempotency-Key` reused with a different request body (HTTP 409). See §13.10.\n977\t- `miroir_settings_version_stale` — no covering set could be assembled after excluding nodes whose `node_settings_version` is below the client's `X-Miroir-Min-Settings-Version` floor (HTTP 503). See §13.5.\n978\t- `miroir_multi_alias_not_writable` — client write targeted a multi-target alias managed by §13.17 ILM (HTTP 409). See §13.7.\n979\t- `miroir_jwt_invalid` — bearer token parsed as a JWT but failed validation (bad signature, expired, wrong `kid`/`alg`, or malformed claims) (HTTP 401). See §13.21 and \"Bearer token dispatch\" below.\n980\t- `miroir_jwt_scope_denied` — JWT signature, expiry, and index-binding are valid, but the token's `scope` array does not include the action for this method+path combination, or the `idx` claim does not match the target index (HTTP 403). Enforced orchestrator-side before any node call; see §13.21.\n981\t- `miroir_invalid_auth` — credentials did not match any expected key (master, admin, or valid search UI JWT) on an auth-gated endpoint (HTTP 401). See \"Bearer token dispatch\" below.\n982\t\n983\t### Reserved fields\n984\t\n985\tMiroir reserves a small set of field names on documents. Any field beginning with the `_miroir_` prefix is owned by the orchestrator and must not be present in client-submitted documents when it is reserved in the current configuration. Attempts to write a document containing a currently-reserved field are rejected with `miroir_reserved_field`. All reserved fields are **always stripped** from API responses (search hits, `GET /documents/{id}`, `GET /documents` listings) before returning to clients.\n986\t\n987\t| Field | Type | Reserved when | Purpose |\n988\t|-------|------|---------------|---------|\n989\t| `_miroir_shard` | integer | Always (unconditional) | Shard identity injected at write; stored as a filterable attribute; used by the rebalancer (Section 4) and anti-entropy reconciler (§13.8) for targeted shard-level retrieval. |\n990\t| `_miroir_updated_at` | integer (ms since epoch) | Only when `anti_entropy.enabled: true` (§13.8) | Logical write timestamp used as the authoritative-version tie-breaker during anti-entropy repair. |\n991\t| `_miroir_expires_at` | integer (ms since epoch) | Only when `ttl.enabled: true` (§13.14) | Per-document expiration timestamp consumed by the TTL sweeper. Added to `filterableAttributes` automatically at index creation via the two-phase settings broadcast when TTL is enabled. |\n992\t\n993\tWhen anti-entropy is disabled, `_miroir_updated_at` is not reserved: client values in a field of that name are preserved and passed through untouched. When anti-entropy is enabled, clients must not submit `_miroir_updated_at`; the orchestrator stamps it on every write and rejects client-supplied values with `miroir_reserved_field`.\n994\t\n995\tWhen TTL is disabled, `_miroir_expires_at` is not reserved and client values pass through untouched. When TTL is enabled, clients set `_miroir_expires_at` on documents that should expire; the orchestrator does not stamp it, but rejects reads that attempt to project it (it is always stripped from responses) and the sweeper (§13.14) deletes documents whose `_miroir_expires_at <= now_ms`.\n996\t\n997\t### Custom HTTP headers\n998\t\n999\tMiroir adds a small set of custom headers on top of the Meilisearch REST API. All Miroir-specific headers use the `X-Miroir-` prefix; the one exception is `Idempotency-Key`, which follows the widely recognized cross-vendor convention. Clients that do not recognize these headers MUST ignore them — Meilisearch-compatibility is preserved. Unless otherwise noted, the headers are safe to strip or forward through intermediaries.\n1000\t\n1001\t| Header | Direction | Semantics | Defined in |\n1002\t|--------|-----------|-----------|------------|\n1003\t| `X-Miroir-Degraded` | Response | Write or read completed with reduced redundancy. For writes: lists groups or shards that missed per-group quorum (§2 write path). For reads: lists shards that could not be covered. Absence of the header means full coverage. | §2 write path, §3 `unavailable_shard_policy` |\n1004\t| `X-Miroir-Settings-Version` | Response | Monotonically increasing version of the committed index settings. Stamped on responses after a successful two-phase settings commit. Clients may echo this value back as `X-Miroir-Min-Settings-Version` on subsequent reads for session-consistent behavior. | §13.5 |\n1005\t| `X-Miroir-Min-Settings-Version` | Request | Client-supplied floor (`u64`) for settings freshness. Request header; the orchestrator excludes nodes with `node_settings_version` below this floor when building a covering set (§13.5), and returns HTTP 503 `miroir_settings_version_stale` only if no covering set can be assembled after exclusions. Intended to be populated from a previously observed `X-Miroir-Settings-Version`. | §13.5 |\n1006\t| `X-Miroir-Settings-Inconsistent` | Response | Warning: the response was served while a two-phase settings broadcast was mid-flight (propose / verify window). Scores across shards may not be comparable until commit completes. | §13.5 |\n1007\t| `X-Miroir-Session` | Request and response | Opaque client-chosen session UUID enabling read-your-writes semantics. Miroir pins subsequent reads to the group that ACKd the session's latest write and/or blocks until its task succeeds, per `session_pinning.wait_strategy`. | §13.6 |\n1008\t| `Idempotency-Key` | Request | Client-supplied UUID de-duplicating retried writes. Body-hash-matched hits return the original `miroir_task_id`; body mismatches return HTTP 409 `miroir_idempotency_key_reused`. Also used internally for the synthesized key that makes `scatter.retry_on_timeout` safe (Section 4). | §13.10 |\n1009\t| `X-Miroir-Over-Fetch` | Request | Per-request override of `vector_search.over_fetch_factor`. Integer ≥ 1. Raises per-shard `limit` to `requested_limit × factor` so the global reranker can recover correct ordering on sparse semantic matches. Ignored for pure-keyword queries. | §13.12 |\n1010\t| `X-Miroir-Tenant` | Request | Tenant identifier used when `tenant_affinity.mode: header` to pin reads to `group = hash(tenant_id) % RG` (or the group assigned in `static_map`). Writes still fan out to all groups. Unknown tenants follow `tenant_affinity.fallback`. Ignored unless tenant affinity is enabled in `header` mode. | §13.15 |\n1011\t| `X-Admin-Key` | Request | Alternative to `Authorization: Bearer ` for admin endpoints and the admin UI. Equivalent in scope and gating; useful for browser fetches where the `Authorization` header is inconvenient. Rejected with HTTP 401 if the key does not match `MIROIR_ADMIN_API_KEY`. | §13.19 |\n1012\t| `X-CSRF-Token` | Request | Admin UI CSRF double-submit token; required on state-changing requests from the Admin UI session cookie path. Rejected with HTTP 403 if absent or mismatched against the token bound to the session cookie. See §9 CSRF posture. | §13.19 |\n1013\t| `X-Search-UI-Key` | Request | Shared key for `search_ui.auth.mode: shared_key`; required to mint a search UI JWT session via `GET /_miroir/ui/search/{index}/session`. Rejected with HTTP 401 if absent or mismatched. See §13.21. | §13.21 |\n1014\t\n1015\t### Bearer token dispatch\n1016\t\n1017\tThree token types can appear on `Authorization: Bearer ` simultaneously — the `master_key`, the `admin_key`, and a search UI JWT. Miroir resolves them deterministically in the following order:\n1018\t\n1019\t0. **Dispatch-exempt check (pre-empts all other rules).** If the request's (method, path) is in the exhaustive dispatch-exempt list in rule 5, the endpoint's handler runs **directly** — rules 1–4 do NOT execute, regardless of whether `Authorization` parses as a JWT, matches an opaque key, or is absent entirely. A valid search UI JWT sent to, say, `GET /_miroir/metrics` is not subject to the rule-1 scope check because `/_miroir/metrics` is dispatch-exempt and its handler decides auth on its own terms.\n1020\t\n1021\t1. **JWT-shape probe.** Miroir first attempts to parse the bearer token as a JWT (three dot-separated base64url segments with a `kid`/`alg` header). If parsing succeeds, the token is validated as a search UI JWT (signature against the active JWT secret(s) per §9 \"JWT signing-secret rotation\", exp/nbf, `kid`, `idx` claim, `scope` claim). A parseable-but-invalid signature/exp/kid returns HTTP 401 `miroir_jwt_invalid` — it does **not** fall through to the opaque-token paths below. Signature-valid tokens then pass through the orchestrator-level scope check: the request's (method + path) must correspond to an action in `scope` and the target index must equal `idx`, otherwise HTTP 403 `miroir_jwt_scope_denied` is returned before any node is called. See §13.21.\n1022\t2. **Admin-path opaque-token match.** If parsing fails (opaque token) and the request path begins with `/_miroir/`, Miroir matches the token against `admin_key`. The following dispatch-exempt exceptions apply (see rule 5 below for the exhaustive list and semantics):\n1023\t - `/_miroir/metrics` — admin-key-optional (honored when present, not required).\n1024\t - `/_miroir/ui/search/locale/*` — unauthenticated; does not consult any key.\n1025\t - `POST /_miroir/admin/login` — credentials carried in the request body as `{admin_key}`, not in `Authorization`; dispatch is bypassed and the login handler performs its own constant-time credential comparison and IP-based rate-limiting (`miroir:ratelimit:adminlogin:`, §4).\n1026\t - `GET /_miroir/ui/search/{index}/session` — authentication depends on `search_ui.auth.mode`: `public` is unauthenticated and rate-limited by source IP; `shared_key` requires the `X-Search-UI-Key` header (NOT a bearer token); `oauth_proxy` requires upstream auth-proxy headers such as `X-Forwarded-User` / `X-Forwarded-Groups`. The handler performs whichever check applies to the active mode.\n1027\t3. **Master-key match.** Otherwise (opaque token on a non-`/_miroir/` path), Miroir matches against `master_key`.\n1028\t4. **Mismatch.** All three paths that require auth return HTTP 401 with `miroir_invalid_auth` on mismatch. Requests that omit `Authorization` entirely on an auth-gated endpoint also return `miroir_invalid_auth` — except on the dispatch-exempt endpoints listed in rule 5, where the handler's own auth logic determines the response.\n1029\t5. **Dispatch-exempt endpoints.** Endpoints marked as **dispatch-exempt** skip the auth dispatch chain above entirely; their handlers implement their own auth logic (body-based for admin login, mode-based for the search UI session endpoint, rate-limited for public paths, optional for metrics). \"Dispatch-exempt\" here means \"the bearer-token dispatch does not attempt to match `admin_key` / `master_key` against the `Authorization` header for this method+path; the endpoint's own handler performs whatever auth is required.\" The full exhaustive list:"}]},"parent_tool_use_id":null,"session_id":"b8343f81-4b35-441d-b848-ad1701d2d833","uuid":"a3426ede-2a0f-4382-85aa-b7b28155a233","timestamp":"2026-05-13T22:21:04.078Z","tool_use_result":{"type":"text","file":{"filePath":"/home/coding/miroir/docs/plan/plan.md","content":"\n### Task store schema (SQLite)\n\nThe task store persists all orchestrator state that must survive a pod restart. In single-replica deployments the backend is SQLite; in HA mode Redis replaces it (keyspace mapping below). Every table below is defined here and cross-referenced from the §13 / §14.5 section that consumes it.\n\n**1. `tasks` — Miroir task registry (defined here; consumed throughout §2, §3, §13).**\n\n```sql\nCREATE TABLE tasks (\n miroir_id TEXT PRIMARY KEY,\n created_at INTEGER NOT NULL,\n status TEXT NOT NULL, -- enqueued | processing | succeeded | failed | canceled\n node_tasks TEXT NOT NULL, -- JSON: {\"node-0\": 42, \"node-1\": 17}\n error TEXT\n);\n```\n\nBackground Tokio tasks poll node task statuses and update rows. Old tasks are pruned after a TTL (default 7 days) by the rendezvous-partitioned pruner of §14.5 Mode A.\n\n**2. `node_settings_version` — per-(index, node) settings freshness (consumed by §13.5).**\n\n```sql\nCREATE TABLE node_settings_version (\n index_uid TEXT NOT NULL,\n node_id TEXT NOT NULL,\n version INTEGER NOT NULL, -- last cluster-wide settings_version this (index, node) pair verified\n updated_at INTEGER NOT NULL,\n PRIMARY KEY (index_uid, node_id)\n);\n```\n\nAdvanced whenever a two-phase verify (§13.5 Phase 2) or drift-repair cycle succeeds for that pair. Covering-set construction for reads carrying `X-Miroir-Min-Settings-Version` excludes rows where `version < floor`.\n\n**3. `aliases` — atomic index aliases (consumed by §13.7, extended for multi-target by §13.17).**\n\n```sql\nCREATE TABLE aliases (\n name TEXT PRIMARY KEY,\n kind TEXT NOT NULL, -- 'single' | 'multi'\n current_uid TEXT, -- non-null when kind='single'\n target_uids TEXT, -- JSON array of UIDs; non-null when kind='multi'\n version INTEGER NOT NULL, -- monotonic flip counter\n created_at INTEGER NOT NULL,\n history TEXT NOT NULL -- JSON array: last N prior states, bounded by aliases.history_retention\n);\n```\n\nTwo alias types are supported:\n- **Single-target alias (`kind='single'`)** — one `current_uid`; client writes and reads both resolve to that UID; atomic flip via `PUT /_miroir/aliases/{name}`.\n- **Multi-target alias (`kind='multi'`)** — `target_uids` is a JSON array of concrete UIDs; reads fan out across all of them via §13.11 multi-search and merge by `_rankingScore`; writes are rejected with `miroir_multi_alias_not_writable` (see §13.7). Multi-target aliases are managed exclusively by §13.17 ILM; direct operator edits are refused.\n\nAlias flips update `current_uid` (single) or `target_uids` (multi) and `version` atomically; `history` is append-only within the retention bound.\n\n**4. `sessions` — read-your-writes session pins (consumed by §13.6).**\n\n```sql\nCREATE TABLE sessions (\n session_id TEXT PRIMARY KEY,\n last_write_mtask_id TEXT, -- nullable: session may exist before any write\n last_write_at INTEGER,\n pinned_group INTEGER, -- group_id that first reached per-group quorum; nullable when pin cleared\n min_settings_version INTEGER NOT NULL,\n ttl INTEGER NOT NULL -- expiry timestamp (ms since epoch); default 15m from last use\n);\n```\n\nLRU-bounded by `session_pinning.max_sessions`. Rows past `ttl` are evicted lazily on access.\n\n**5. `idempotency_cache` — write deduplication (consumed by §13.10).**\n\n```sql\nCREATE TABLE idempotency_cache (\n key TEXT PRIMARY KEY,\n body_sha256 BLOB NOT NULL,\n miroir_task_id TEXT NOT NULL,\n expires_at INTEGER NOT NULL\n);\n```\n\nTTL defaults to 24h (`idempotency.ttl_seconds`). LRU-bounded by `idempotency.max_cached_keys`.\n\n**6. `jobs` — work-queued background jobs (consumed by §14.5 Mode C).**\n\n```sql\nCREATE TABLE jobs (\n id TEXT PRIMARY KEY,\n type TEXT NOT NULL, -- dump_import | reshard_backfill | ...\n params TEXT NOT NULL, -- JSON\n state TEXT NOT NULL, -- queued | in_progress | completed | failed\n claimed_by TEXT, -- pod_id of current claimant; nullable when queued\n claim_expires_at INTEGER, -- lease heartbeat expiry\n progress TEXT NOT NULL -- JSON: { bytes_processed, docs_routed, last_cursor, ... }\n);\n```\n\nClaim semantics and chunking rules are §14.5 Mode C.\n\n**7. `leader_lease` — singleton-coordinator lease (consumed by §14.5 Mode B).**\n\n```sql\nCREATE TABLE leader_lease (\n scope TEXT PRIMARY KEY, -- e.g. \"reshard:\", \"alias_flip:\", \"settings_broadcast:\"\n holder TEXT NOT NULL, -- pod_id of current leader\n expires_at INTEGER NOT NULL -- renewed every 3s with a 10s TTL\n);\n```\n\nFor SQLite deployments a single-replica advisory lock substitutes; the row is still written so recovery can read the last committed phase state after leader loss.\n\n**8. `canaries` — canary definitions (consumed by §13.18).**\n\n```sql\nCREATE TABLE canaries (\n id TEXT PRIMARY KEY,\n name TEXT NOT NULL,\n index_uid TEXT NOT NULL,\n interval_s INTEGER NOT NULL,\n query_json TEXT NOT NULL, -- JSON: the canary query body\n assertions_json TEXT NOT NULL, -- JSON: array of assertion specs\n enabled INTEGER NOT NULL, -- 0 | 1\n created_at INTEGER NOT NULL\n);\n```\n\nCreated and modified via `POST /_miroir/canaries`. The canary runner (Mode A, §14.5) reads this table on each scheduling tick.\n\n**9. `canary_runs` — canary run history (consumed by §13.18).**\n\n```sql\nCREATE TABLE canary_runs (\n canary_id TEXT NOT NULL,\n ran_at INTEGER NOT NULL,\n status TEXT NOT NULL, -- pass | fail | error\n latency_ms INTEGER NOT NULL,\n failed_assertions_json TEXT, -- JSON array or NULL when pass\n PRIMARY KEY (canary_id, ran_at)\n);\n```\n\nBounded by `canary_runner.run_history_per_canary` (default 100) — older rows are pruned on insert.\n\n**10. `cdc_cursors` — per-sink per-index CDC cursor (consumed by §13.13).**\n\n```sql\nCREATE TABLE cdc_cursors (\n sink_name TEXT NOT NULL,\n index_uid TEXT NOT NULL,\n last_event_seq INTEGER NOT NULL,\n updated_at INTEGER NOT NULL,\n PRIMARY KEY (sink_name, index_uid)\n);\n```\n\nAdvanced when a sink ACKs successful delivery of an event batch. `GET /_miroir/changes?since=…` reads against this same monotonic sequence. Shadow-diff state (§13.16) is explicitly **not** persisted — it lives in the in-memory ring buffer of size `shadow.diff_buffer_size`.\n\n**11. `tenant_map` — API-key → tenant mapping for `tenant_affinity.mode: api_key` (consumed by §13.15).**\n\n```sql\nCREATE TABLE tenant_map (\n api_key_hash BLOB PRIMARY KEY, -- sha256(api_key)\n tenant_id TEXT NOT NULL,\n group_id INTEGER -- nullable: NULL falls through to hash(tenant_id) % RG\n);\n```\n\nLoaded lazily on first request per key and cached per-pod. Only consulted when `tenant_affinity.mode: api_key`.\n\n**12. `rollover_policies` — ILM rollover policies (consumed by §13.17).**\n\n```sql\nCREATE TABLE rollover_policies (\n name TEXT PRIMARY KEY,\n write_alias TEXT NOT NULL,\n read_alias TEXT NOT NULL,\n pattern TEXT NOT NULL, -- e.g. \"logs-{YYYY-MM-DD}\"\n triggers_json TEXT NOT NULL, -- JSON: { max_docs, max_age, max_size_gb }\n retention_json TEXT NOT NULL, -- JSON: { keep_indexes }\n template_json TEXT NOT NULL, -- JSON: { primary_key, settings_ref }\n enabled INTEGER NOT NULL -- 0 | 1\n);\n```\n\nRead by the daily leader-coordinated ILM job (Mode B, §14.5) during each `ilm.check_interval_s` tick.\n\n**13. `search_ui_config` — per-index search-UI configuration (consumed by §13.21).**\n\n```sql\nCREATE TABLE search_ui_config (\n index_uid TEXT PRIMARY KEY,\n config_json TEXT NOT NULL, -- JSON: the `search_ui:` entry as described in §13.21\n updated_at INTEGER NOT NULL\n);\n```\n\nWritten by `POST /_miroir/ui/search/{index}/config`; read by the embedded SPA at page-load time.\n\n**14. `admin_sessions` — Admin UI session registry (consumed by §13.19 login/logout, §4 `/_miroir/admin/*`).**\n\n```sql\nCREATE TABLE admin_sessions (\n session_id TEXT PRIMARY KEY,\n csrf_token TEXT NOT NULL,\n admin_key_hash TEXT NOT NULL, -- sha256 of admin key used at login\n created_at INTEGER NOT NULL,\n expires_at INTEGER NOT NULL,\n revoked INTEGER NOT NULL DEFAULT 0,\n user_agent TEXT,\n source_ip TEXT\n);\nCREATE INDEX admin_sessions_expires ON admin_sessions(expires_at);\n```\n\nWritten by `POST /_miroir/admin/login`; `revoked` is flipped to `1` by `POST /_miroir/admin/logout`. Every cookie-authenticated request re-checks `revoked` so logout propagates across pods without requiring in-memory invalidation. Rows past `expires_at` are evicted lazily on access and by the rendezvous-partitioned pruner of §14.5 Mode A.\n\n**Redis mode (HA).** For multi-replica Miroir each SQLite table is represented as a Redis keyspace, with the same field semantics:\n\n- `miroir:tasks:` (hash); list-wide iteration via the set `miroir:tasks:_index`.\n- `miroir:node_settings_version::` (hash); set `miroir:node_settings_version:_index`.\n- `miroir:aliases:` (hash); set `miroir:aliases:_index` backs \"list all\" (§13.7 `GET /_miroir/aliases`).\n- `miroir:session:` (hash) with `EXPIRE` matching `session_pinning.ttl_seconds`.\n- `miroir:idemp:` (hash) with `EXPIRE` matching `idempotency.ttl_seconds`.\n- `miroir:jobs:` (hash); queue-depth set `miroir:jobs:_queued` feeds the HPA signal of §14.5.\n- `miroir:lease:` (string, `SET NX EX 10` renewed every 3s) per §14.5 Mode B.\n- `miroir:canary:` (hash); set `miroir:canary:_index` backs `GET /_miroir/canaries/status`.\n- `miroir:canary_runs:` (sorted set keyed by `ran_at`, value = JSON row); `ZREMRANGEBYRANK` trims to `canary_runner.run_history_per_canary`.\n- `miroir:cdc_cursor::` (string, integer seq).\n- `miroir:tenant_map:` (hash); no secondary index — lookups are always by exact key hash.\n- `miroir:rollover:` (hash); set `miroir:rollover:_index` backs the ILM leader's scan.\n- `miroir:search_ui_config:` (hash).\n- `miroir:search_ui_scoped_key:` (hash, fields `{primary_uid, previous_uid, rotated_at, generation}`); no automatic TTL — state is long-lived until the next rotation. Written by the rotation leader (Mode B, §14.5) and read by every pod on each forwarded SPA request; see §13.21 \"Scoped-key rotation coordination\".\n- `miroir:search_ui_scoped_key_observed::` (hash, fields `{generation, observed_at}`) with `EXPIRE` 60s, refreshed on each use of the scoped key. The revocation safety gate reads these keys to decide when every live peer has observed the new generation; see §13.21 \"Revocation safety gate\". The rotation leader-lease itself is already covered by the generic `miroir:lease:` entry above with scope `search_ui_key_rotation:`.\n- `miroir:admin_session:` (hash, fields `{csrf_token, admin_key_hash, created_at, expires_at, revoked, user_agent, source_ip}`) with `EXPIRE` matching `admin_ui.session_ttl_s`. Logout sets `revoked: 1` on the key (kept until `EXPIRE` fires) so every pod's cookie verification re-checks revocation on each request; a Redis Pub/Sub channel `miroir:admin_session:revoked` is additionally notified so in-memory caches can invalidate immediately rather than waiting for the next round-trip.\n- `miroir:ratelimit:searchui:` (string counter) with `EXPIRE` per `search_ui.rate_limit.redis_ttl_s` (default 60s); bounded by active IP count; see §13.21.\n- `miroir:ratelimit:adminlogin:` (string counter) with `EXPIRE` 60s; bounded by active attacker IP count. Backs the `POST /_miroir/admin/login` 10/minute-per-IP rate limit when `miroir.replicas > 1`; Helm `values.schema.json` rejects local-only admin-login rate limiting in HA. A companion key `miroir:ratelimit:adminlogin:backoff:` (hash `{failed_count, next_allowed_at}`) implements the exponential-backoff clause — after 5 consecutive failed attempts the backoff doubles per attempt (10m, 20m, 40m, …) until a valid login resets the counter.\n- `miroir:cdc:overflow:` (list); bounded by `cdc.buffer.redis_bytes` (default 1 GiB per sink); see §13.13.\n\nTTLs are set on the keyspaces marked above; list-wide queries are served from the `_index` secondary sets so no `SCAN` is required on the hot path. None of the new tables use Redis `EXPIRE` — they are all long-lived configuration or bounded-by-cardinality history.\n\n### Configuration schema\n\n```yaml\nmiroir:\n master_key: \"\" # client-facing API key (env: MIROIR_MASTER_KEY)\n node_master_key: \"\" # key Miroir uses on nodes (env: MIROIR_NODE_MASTER_KEY)\n shards: 64\n replication_factor: 2 # production recommended; Helm chart dev default is 1\n\n task_store:\n backend: sqlite # sqlite | redis\n path: /data/miroir-tasks.db\n url: \"\" # for redis: redis://host:6379\n\n admin:\n enabled: true\n api_key: \"\" # env: MIROIR_ADMIN_API_KEY\n\n # Number of independent query pools. Each group holds all shards.\n # Writes go to all groups; each query goes to exactly one group.\n # This sample shows a two-group production topology. The default when unset is 1.\n replica_groups: 2\n\n nodes:\n - id: \"meili-0\" # stable, unique — never reuse after removal\n address: \"http://meili-0.search.svc:7700\"\n replica_group: 0 # which group this node belongs to\n - id: \"meili-1\"\n address: \"http://meili-1.search.svc:7700\"\n replica_group: 0\n - id: \"meili-2\"\n address: \"http://meili-2.search.svc:7700\"\n replica_group: 0\n - id: \"meili-3\"\n address: \"http://meili-3.search.svc:7700\"\n replica_group: 1\n - id: \"meili-4\"\n address: \"http://meili-4.search.svc:7700\"\n replica_group: 1\n - id: \"meili-5\"\n address: \"http://meili-5.search.svc:7700\"\n replica_group: 1\n\n health:\n interval_ms: 5000\n timeout_ms: 2000\n unhealthy_threshold: 3\n recovery_threshold: 2\n\n scatter:\n node_timeout_ms: 5000\n retry_on_timeout: true\n unavailable_shard_policy: partial # partial | error\n\n rebalancer:\n auto_rebalance_on_recovery: true\n max_concurrent_migrations: 4\n migration_timeout_s: 3600\n\n server:\n port: 7700\n bind: \"0.0.0.0\"\n max_body_bytes: 104857600 # 100 MiB\n```\n\n**Note on `scatter.retry_on_timeout`.** When this flag is `true` (the default), Miroir dedups retries **orchestrator-side** — Meilisearch CE has no idempotency layer, and §13 requires unmodified CE nodes. Internally, Miroir maintains a per-target-node retry cache keyed by `sha256(document_batch_bytes || target_node_id || client_idempotency_key_or_mtask_id)`, with the last observed terminal response stored against each key. When a write times out and a retry fires, Miroir first checks whether it has already dispatched the same key to that node; if yes and the node returned a terminal status, Miroir returns the cached response instead of re-dispatching, so no duplicate node-side task is ever created. If the prior dispatch has no recorded terminal status (still in flight or unknown), Miroir resends as normal and reconciles against the node's subsequent task listing. This avoids duplicate writes without any node cooperation. See §13.10 for the same retry cache (it is a single mechanism shared across subsystems) and §14.2 for how this cache's memory budget is allocated.\n\nAll secrets are read from environment variables in production — never baked into config files or images.\n\n### Admin API (`/_miroir/`)\n\nReserved path prefix for management operations, not proxied to nodes. Gated by the admin API key.\n\nAll admin endpoints accept either `Authorization: Bearer ` or `X-Admin-Key: `. The bearer form is preferred; `X-Admin-Key` is primarily used by the Admin UI (§13.19) for browser fetches where setting the `Authorization` header is inconvenient. Endpoints marked **client-facing** below (e.g. `/multi-search`, `/indexes/{uid}/explain`) use the regular `master_key` rather than the admin key. The `/_miroir/` prefix is cluster-internal only — no ingress rule exposes it publicly.\n\n| Endpoint | Description |\n|----------|-------------|\n| **Topology** | |\n| `GET /_miroir/topology` | Node list, health state, shard assignments |\n| `GET /_miroir/shards` | Shard → node mapping table |\n| `GET /_miroir/ready` | Readiness check (used by K8s readiness probe) |\n| **Nodes** | |\n| `POST /_miroir/nodes` | Add a node (triggers rebalance) |\n| `DELETE /_miroir/nodes/{id}` | Drain and remove a node |\n| `POST /_miroir/nodes/{id}/drain` | Begin draining shards off a node without removing it (see §6 Scaling) |\n| **Rebalance** | |\n| `POST /_miroir/rebalance` | Manually trigger rebalance |\n| `GET /_miroir/rebalance/status` | Current rebalance progress |\n| **Reshard (§13.1)** | |\n| `POST /_miroir/indexes/{uid}/reshard` | Begin online resharding to a new S (body: `{\"new_shards\": N, \"throttle_docs_per_sec\": R}`) |\n| `GET /_miroir/indexes/{uid}/reshard/status` | Current phase and backfill progress |\n| **Aliases (§13.7)** | |\n| `POST /_miroir/aliases` | Create an alias (body: `{\"name\": \"...\", \"target\": \"...\"}`) |\n| `GET /_miroir/aliases` | List all aliases |\n| `GET /_miroir/aliases/{name}` | Current target plus flip history |\n| `PUT /_miroir/aliases/{name}` | Atomically flip an alias to a new target (body: `{\"target\": \"...\"}`) |\n| `DELETE /_miroir/aliases/{name}` | Delete an alias (underlying index untouched) |\n| **Dumps (§13.9)** | |\n| `POST /_miroir/dumps/import` | Streaming dump import (multipart body with the `.dump` file; returns `{\"miroir_task_id\": \"...\"}`) |\n| `GET /_miroir/dumps/import/{id}/status` | Progress and phase of a streaming import job |\n| **Observability** | |\n| `GET /_miroir/metrics` | Prometheus metrics (auth-gated mirror of `:9090/metrics`) |\n| **CDC (§13.13)** | |\n| `GET /_miroir/changes?since={cursor}&index={uid}` | Long-poll change stream for the `internal` queue sink; `cursor` is a monotonic per-index sequence number, `index` is required. Returns a bounded batch plus the next cursor. |\n| **TTL (§13.14)** | |\n| `POST /_miroir/indexes/{uid}/ttl-policy` | Set or update per-index TTL sweep policy. Body: `{\"sweep_interval_s\": N, \"max_deletes_per_sweep\": M, \"enabled\": bool}`. Overrides the global `ttl.per_index_overrides` entry. |\n| **Shadow (§13.16)** | |\n| `GET /_miroir/shadow/diff` | Read the in-memory diff ring buffer. Query: `?target={name}&limit=N&since_id=X&kind={hits,ranking,latency,error}`. Ring buffer size bounded by `shadow.diff_buffer_size`. |\n| **Canaries (§13.18)** | |\n| `POST /_miroir/canaries` | Create or modify a canary definition (body matches the `canaries:` YAML schema in §13.18). |\n| `GET /_miroir/canaries/status` | List canaries with the last N runs each (bounded by `canary_runner.run_history_per_canary`), pass/fail counts, and last-failure detail. |\n| `POST /_miroir/canaries/capture` | Record the next M production queries + responses as golden pairs; body: `{\"index\": \"...\", \"count\": M, \"name_prefix\": \"...\"}`. |\n| **Search UI config (§13.21)** | |\n| `POST /_miroir/ui/search/{index}/config` | Set the per-index search-UI configuration (title, facets, sort options, templates, etc.). Body matches the `search_ui:` entry schema in §13.21. |\n| `GET /_miroir/ui/search/locale/{lang}.json` | Public (no auth) locale fetch for the search UI. Returns translations JSON; served with long `max-age`. This endpoint is the one exception to the \"admin-gated under `/_miroir/`\" rule — it is whitelisted so unauthenticated end-user SPAs can load strings. |\n| **Search UI (§13.21)** | |\n| `GET /_miroir/ui/search/{index}/session` | JWT session-minting entry point for the end-user search UI. Returns `{token, expires_at, index, rate_limit}`. Auth: `public` mode — IP rate-limited (no credentials); `shared_key` — requires `X-Search-UI-Key`; `oauth_proxy` — requires upstream auth headers (e.g. `X-Forwarded-User`, `X-Forwarded-Groups`). See §13.21. |\n| `POST /_miroir/ui/search/{index}/beacon` | Receives client-emitted analytics/latency beacons from the embedded SPA. Body: `{type: \"click_through\" \\| \"latency\", event_id: , query: , result_id?: , position?: , duration_ms?: , timestamp: }`. Auth: same JWT as other search UI endpoints (`Authorization: Bearer ` with `beacon` scope — see §13.21 JWT claims). Rate-limited per `search_ui.rate_limit` (shares the `miroir:ratelimit:searchui:` bucket with queries). Emits a CDC event with `type: click_through` (always emitted) or `type: latency` (subject to `cdc.emit_internal_writes`). `event_id` is used as the dedup key in the idempotency cache (matches the §13.10 idempotency pattern without requiring the `Idempotency-Key` header — `event_id` plays the same role). See §13.21. |\n| `POST /_miroir/ui/search/{index}/rotate-scoped-key` | Manually trigger scoped-key rotation for the search UI (normally automatic `scoped_key_rotate_before_expiry_days` before expiry). Body: `{force: boolean}` — `force=true` bypasses the `scoped_key_rotate_before_expiry_days` timing gate and rotates immediately regardless of how recent the current key is; `force=false` (or omitted) honors the timing gate and is a no-op if the current key is not yet within the rotation window. Auth: admin-gated (`Authorization: Bearer ` or `X-Admin-Key`). Response: `{old_key_id, new_key_id, generation, rotated_at}`. See §13.21 \"Scoped-key rotation coordination\". |\n| **Admin UI (§13.19)** | |\n| `GET /_miroir/admin` | Embedded single-page admin UI. Authenticates via admin API key (`Authorization: Bearer` or `X-Admin-Key`), or a session cookie after a login form. Static assets served from `rust-embed`. |\n| `POST /_miroir/admin/login` | Exchange admin credentials for a session cookie. Body: `{admin_key}`. On success sets `Set-Cookie: miroir_admin_session=; HttpOnly; Secure; SameSite=Strict` (sealed with `ADMIN_SESSION_SEAL_KEY` — see §9) and returns `{csrf_token}`; the session row is persisted to `admin_sessions` so logout on any pod is visible to all pods. Rate limit 10/minute per source IP, backed by `miroir:ratelimit:adminlogin:` when `miroir.replicas > 1` (required — Helm `values.schema.json` rejects local-only admin login rate-limiting in HA). Failed-login exponential backoff: after 5 consecutive failures from the same IP, the backoff window doubles per attempt (10m, 20m, 40m, …) up to a 24h cap, tracked in `miroir:ratelimit:adminlogin:backoff:`; a successful login resets both counters. |\n| `POST /_miroir/admin/logout` | Invalidates the session cookie server-side (revokes the sealed session ID) and clears it client-side (`Set-Cookie: miroir_admin_session=; Max-Age=0`). |\n| **Public UI (§13.21)** | |\n| `GET /ui/search/{index}` | Embedded single-page search UI for end users. Auth model configurable per deployment via `search_ui.auth.mode` — see §13.21. Rate-limited per source IP. This is the one public SPA entry point served outside `/_miroir/`. |\n\n**Client API extensions.** Two client-facing additions sit alongside the admin table above but are **not** admin-gated — they use the normal `master_key` authorization:\n\n- `POST /multi-search` — batch query API (§13.11). Body: `{\"queries\": [ {indexUid, q, ...}, ... ]}`. Each query is scattered independently and returned in input order.\n- `POST /indexes/{uid}/explain` — query plan API (§13.20). Same body as `/search`. Returns the orchestrator's resolved plan without executing; `?execute=true` additionally runs the plan and returns the real result.\n\nBoth endpoints are listed here for discoverability; their routing behavior is summarized in the §5 \"Routing by operation type\" buckets.\n\n### Rebalancer\n\nRuns as a background Tokio task. Only one Miroir instance runs the rebalancer at a time (advisory lock in SQLite/Redis).\n\nThe rebalancer relies on `_miroir_shard` being a filterable attribute on every node (set at index creation). This allows targeted retrieval of exactly the documents belonging to a given shard without scanning the entire node index.\n\n**Migration flow for node addition:**\n1. Compute `affected_shards`: shards where the new node enters the top-RF (expected count: `~S/(N+1)`)\n2. Begin dual-write: route new inbound writes for affected shards to both old owner and new node\n3. For each affected shard, paginate source node using the shard filter — no full scan required:\n ```\n GET /indexes/{uid}/documents?filter=_miroir_shard={shard_id}&limit=1000&offset=0\n GET /indexes/{uid}/documents?filter=_miroir_shard={shard_id}&limit=1000&offset=1000\n ... (until exhausted)\n ```\n4. Write each page to the new node (documents already carry `_miroir_shard`)\n5. Once all pages transferred, mark node `active` for those shards\n6. Stop dual-write; delete the migrated shard from the old node:\n ```\n POST /indexes/{uid}/documents/delete {\"filter\": \"_miroir_shard = {shard_id}\"}\n ```\n7. Documents on unaffected shards are never read, written, or touched\n\n**Performance**: with S=64 shards, N=3 nodes, adding node-3 migrates `~16` shards. Each migration reads only that shard's documents (roughly `total_docs / 64` documents per shard), not the full node corpus. Total data moved is approximately `total_docs / 4` — the theoretical optimum for a 4-node cluster.\n\n---\n\n## 5. API Surface and Compatibility\n\nMiroir exposes the Meilisearch REST API verbatim. All request and response shapes, status codes, error formats, and headers must match the Meilisearch spec exactly.\n\n### Routing by operation type\n\n**Broadcast to all nodes:**\n- `POST /indexes` — create index\n- `PATCH /indexes/{uid}` — update index settings\n- `DELETE /indexes/{uid}` — delete index\n- All `POST /indexes/{uid}/settings/*` — settings changes\n- `DELETE /indexes/{uid}/documents` with filter body\n- `POST /keys`, `PATCH /keys/{key}`, `DELETE /keys/{key}`\n\n**Shard-routed writes:**\n- `POST /indexes/{uid}/documents` — route each doc by hash(pk) to RF nodes\n- `PUT /indexes/{uid}/documents` — same\n- `DELETE /indexes/{uid}/documents/{id}` — route to owning shard RF nodes\n- `DELETE /indexes/{uid}/documents` by IDs array — route each ID to its shard\n\n**Scatter-gather reads:**\n- `POST /indexes/{uid}/search` — fan out to covering set, merge results\n- `GET /indexes/{uid}/documents` — fan out, merge, paginate globally\n- `GET /indexes/{uid}/documents/{id}` — route to any replica of owning shard\n- `POST /multi-search` — per sub-query fan-out; each sub-query follows its own scatter path (§13.11)\n\n**Aggregated reads:**\n- `GET /indexes/{uid}/stats` — sum `numberOfDocuments`, merge `fieldDistribution`\n- `GET /stats` — aggregate across all indexes and all nodes\n\n**Orchestrator-local:**\n- `GET /health` — Miroir's own health (not proxied)\n- `GET /version` — return Meilisearch version from any healthy node\n- `GET /tasks`, `GET /tasks/{uid}` — Miroir task registry\n- `POST /indexes/{uid}/explain` — no node call by default; `?execute=true` promotes to a normal scatter-gather read (§13.20)\n\n### Error format\n\nAll errors use the Meilisearch error shape:\n```json\n{\"message\": \"...\", \"code\": \"...\", \"type\": \"invalid_request\", \"link\": \"...\"}\n```\n\nMiroir-specific error codes (added to the Meilisearch error vocabulary):\n- `miroir_primary_key_required` — document batch without resolvable primary key\n- `miroir_no_quorum` — no replica group met its per-group quorum for a shard; see §2 write path (HTTP 503)\n- `miroir_shard_unavailable` — one or more shards fully unavailable (error policy only)\n- `miroir_reserved_field` — document contains a reserved field name. Currently covers `_miroir_shard` (always reserved) and `_miroir_updated_at` (reserved only when the anti-entropy reconciler of §13.8 is enabled; otherwise client-supplied values in that field are preserved and passed through untouched).\n- `miroir_idempotency_key_reused` — `Idempotency-Key` reused with a different request body (HTTP 409). See §13.10.\n- `miroir_settings_version_stale` — no covering set could be assembled after excluding nodes whose `node_settings_version` is below the client's `X-Miroir-Min-Settings-Version` floor (HTTP 503). See §13.5.\n- `miroir_multi_alias_not_writable` — client write targeted a multi-target alias managed by §13.17 ILM (HTTP 409). See §13.7.\n- `miroir_jwt_invalid` — bearer token parsed as a JWT but failed validation (bad signature, expired, wrong `kid`/`alg`, or malformed claims) (HTTP 401). See §13.21 and \"Bearer token dispatch\" below.\n- `miroir_jwt_scope_denied` — JWT signature, expiry, and index-binding are valid, but the token's `scope` array does not include the action for this method+path combination, or the `idx` claim does not match the target index (HTTP 403). Enforced orchestrator-side before any node call; see §13.21.\n- `miroir_invalid_auth` — credentials did not match any expected key (master, admin, or valid search UI JWT) on an auth-gated endpoint (HTTP 401). See \"Bearer token dispatch\" below.\n\n### Reserved fields\n\nMiroir reserves a small set of field names on documents. Any field beginning with the `_miroir_` prefix is owned by the orchestrator and must not be present in client-submitted documents when it is reserved in the current configuration. Attempts to write a document containing a currently-reserved field are rejected with `miroir_reserved_field`. All reserved fields are **always stripped** from API responses (search hits, `GET /documents/{id}`, `GET /documents` listings) before returning to clients.\n\n| Field | Type | Reserved when | Purpose |\n|-------|------|---------------|---------|\n| `_miroir_shard` | integer | Always (unconditional) | Shard identity injected at write; stored as a filterable attribute; used by the rebalancer (Section 4) and anti-entropy reconciler (§13.8) for targeted shard-level retrieval. |\n| `_miroir_updated_at` | integer (ms since epoch) | Only when `anti_entropy.enabled: true` (§13.8) | Logical write timestamp used as the authoritative-version tie-breaker during anti-entropy repair. |\n| `_miroir_expires_at` | integer (ms since epoch) | Only when `ttl.enabled: true` (§13.14) | Per-document expiration timestamp consumed by the TTL sweeper. Added to `filterableAttributes` automatically at index creation via the two-phase settings broadcast when TTL is enabled. |\n\nWhen anti-entropy is disabled, `_miroir_updated_at` is not reserved: client values in a field of that name are preserved and passed through untouched. When anti-entropy is enabled, clients must not submit `_miroir_updated_at`; the orchestrator stamps it on every write and rejects client-supplied values with `miroir_reserved_field`.\n\nWhen TTL is disabled, `_miroir_expires_at` is not reserved and client values pass through untouched. When TTL is enabled, clients set `_miroir_expires_at` on documents that should expire; the orchestrator does not stamp it, but rejects reads that attempt to project it (it is always stripped from responses) and the sweeper (§13.14) deletes documents whose `_miroir_expires_at <= now_ms`.\n\n### Custom HTTP headers\n\nMiroir adds a small set of custom headers on top of the Meilisearch REST API. All Miroir-specific headers use the `X-Miroir-` prefix; the one exception is `Idempotency-Key`, which follows the widely recognized cross-vendor convention. Clients that do not recognize these headers MUST ignore them — Meilisearch-compatibility is preserved. Unless otherwise noted, the headers are safe to strip or forward through intermediaries.\n\n| Header | Direction | Semantics | Defined in |\n|--------|-----------|-----------|------------|\n| `X-Miroir-Degraded` | Response | Write or read completed with reduced redundancy. For writes: lists groups or shards that missed per-group quorum (§2 write path). For reads: lists shards that could not be covered. Absence of the header means full coverage. | §2 write path, §3 `unavailable_shard_policy` |\n| `X-Miroir-Settings-Version` | Response | Monotonically increasing version of the committed index settings. Stamped on responses after a successful two-phase settings commit. Clients may echo this value back as `X-Miroir-Min-Settings-Version` on subsequent reads for session-consistent behavior. | §13.5 |\n| `X-Miroir-Min-Settings-Version` | Request | Client-supplied floor (`u64`) for settings freshness. Request header; the orchestrator excludes nodes with `node_settings_version` below this floor when building a covering set (§13.5), and returns HTTP 503 `miroir_settings_version_stale` only if no covering set can be assembled after exclusions. Intended to be populated from a previously observed `X-Miroir-Settings-Version`. | §13.5 |\n| `X-Miroir-Settings-Inconsistent` | Response | Warning: the response was served while a two-phase settings broadcast was mid-flight (propose / verify window). Scores across shards may not be comparable until commit completes. | §13.5 |\n| `X-Miroir-Session` | Request and response | Opaque client-chosen session UUID enabling read-your-writes semantics. Miroir pins subsequent reads to the group that ACKd the session's latest write and/or blocks until its task succeeds, per `session_pinning.wait_strategy`. | §13.6 |\n| `Idempotency-Key` | Request | Client-supplied UUID de-duplicating retried writes. Body-hash-matched hits return the original `miroir_task_id`; body mismatches return HTTP 409 `miroir_idempotency_key_reused`. Also used internally for the synthesized key that makes `scatter.retry_on_timeout` safe (Section 4). | §13.10 |\n| `X-Miroir-Over-Fetch` | Request | Per-request override of `vector_search.over_fetch_factor`. Integer ≥ 1. Raises per-shard `limit` to `requested_limit × factor` so the global reranker can recover correct ordering on sparse semantic matches. Ignored for pure-keyword queries. | §13.12 |\n| `X-Miroir-Tenant` | Request | Tenant identifier used when `tenant_affinity.mode: header` to pin reads to `group = hash(tenant_id) % RG` (or the group assigned in `static_map`). Writes still fan out to all groups. Unknown tenants follow `tenant_affinity.fallback`. Ignored unless tenant affinity is enabled in `header` mode. | §13.15 |\n| `X-Admin-Key` | Request | Alternative to `Authorization: Bearer ` for admin endpoints and the admin UI. Equivalent in scope and gating; useful for browser fetches where the `Authorization` header is inconvenient. Rejected with HTTP 401 if the key does not match `MIROIR_ADMIN_API_KEY`. | §13.19 |\n| `X-CSRF-Token` | Request | Admin UI CSRF double-submit token; required on state-changing requests from the Admin UI session cookie path. Rejected with HTTP 403 if absent or mismatched against the token bound to the session cookie. See §9 CSRF posture. | §13.19 |\n| `X-Search-UI-Key` | Request | Shared key for `search_ui.auth.mode: shared_key`; required to mint a search UI JWT session via `GET /_miroir/ui/search/{index}/session`. Rejected with HTTP 401 if absent or mismatched. See §13.21. | §13.21 |\n\n### Bearer token dispatch\n\nThree token types can appear on `Authorization: Bearer ` simultaneously — the `master_key`, the `admin_key`, and a search UI JWT. Miroir resolves them deterministically in the following order:\n\n0. **Dispatch-exempt check (pre-empts all other rules).** If the request's (method, path) is in the exhaustive dispatch-exempt list in rule 5, the endpoint's handler runs **directly** — rules 1–4 do NOT execute, regardless of whether `Authorization` parses as a JWT, matches an opaque key, or is absent entirely. A valid search UI JWT sent to, say, `GET /_miroir/metrics` is not subject to the rule-1 scope check because `/_miroir/metrics` is dispatch-exempt and its handler decides auth on its own terms.\n\n1. **JWT-shape probe.** Miroir first attempts to parse the bearer token as a JWT (three dot-separated base64url segments with a `kid`/`alg` header). If parsing succeeds, the token is validated as a search UI JWT (signature against the active JWT secret(s) per §9 \"JWT signing-secret rotation\", exp/nbf, `kid`, `idx` claim, `scope` claim). A parseable-but-invalid signature/exp/kid returns HTTP 401 `miroir_jwt_invalid` — it does **not** fall through to the opaque-token paths below. Signature-valid tokens then pass through the orchestrator-level scope check: the request's (method + path) must correspond to an action in `scope` and the target index must equal `idx`, otherwise HTTP 403 `miroir_jwt_scope_denied` is returned before any node is called. See §13.21.\n2. **Admin-path opaque-token match.** If parsing fails (opaque token) and the request path begins with `/_miroir/`, Miroir matches the token against `admin_key`. The following dispatch-exempt exceptions apply (see rule 5 below for the exhaustive list and semantics):\n - `/_miroir/metrics` — admin-key-optional (honored when present, not required).\n - `/_miroir/ui/search/locale/*` — unauthenticated; does not consult any key.\n - `POST /_miroir/admin/login` — credentials carried in the request body as `{admin_key}`, not in `Authorization`; dispatch is bypassed and the login handler performs its own constant-time credential comparison and IP-based rate-limiting (`miroir:ratelimit:adminlogin:`, §4).\n - `GET /_miroir/ui/search/{index}/session` — authentication depends on `search_ui.auth.mode`: `public` is unauthenticated and rate-limited by source IP; `shared_key` requires the `X-Search-UI-Key` header (NOT a bearer token); `oauth_proxy` requires upstream auth-proxy headers such as `X-Forwarded-User` / `X-Forwarded-Groups`. The handler performs whichever check applies to the active mode.\n3. **Master-key match.** Otherwise (opaque token on a non-`/_miroir/` path), Miroir matches against `master_key`.\n4. **Mismatch.** All three paths that require auth return HTTP 401 with `miroir_invalid_auth` on mismatch. Requests that omit `Authorization` entirely on an auth-gated endpoint also return `miroir_invalid_auth` — except on the dispatch-exempt endpoints listed in rule 5, where the handler's own auth logic determines the response.\n5. **Dispatch-exempt endpoints.** Endpoints marked as **dispatch-exempt** skip the auth dispatch chain above entirely; their handlers implement their own auth logic (body-based for admin login, mode-based for the search UI session endpoint, rate-limited for public paths, optional for metrics). \"Dispatch-exempt\" here means \"the bearer-token dispatch does not attempt to match `admin_key` / `master_key` against the `Authorization` header for this method+path; the endpoint's own handler performs whatever auth is required.\" The full exhaustive list:","numLines":500,"startLine":530,"totalLines":3740}}} -{"type":"system","subtype":"status","status":"requesting","uuid":"b0496b31-58da-4c55-8dc3-10326b0c237e","session_id":"b8343f81-4b35-441d-b848-ad1701d2d833"} 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Schema definitions for all 14 task store tables (plan §4).\n2\t\n3\tuse serde::{Deserialize, Serialize};\n4\tuse std::collections::HashMap;\n5\t\n6\t// ============================================================================\n7\t// Table 1: Tasks (plan §4)\n8\t// ============================================================================\n9\t\n10\t/// A Miroir task: unified view of a fan-out write operation.\n11\t#[derive(Debug, Clone, Serialize, Deserialize)]\n12\tpub struct Task {\n13\t /// Unique Miroir task ID (UUID).\n14\t pub miroir_id: String,\n15\t /// Creation timestamp (Unix millis).\n16\t pub created_at: u64,\n17\t /// Current task status (enqueued | processing | succeeded | failed | canceled).\n18\t pub status: TaskStatus,\n19\t /// Map of node ID to local Meilisearch task UID (JSON: {\"node-0\": 42, \"node-1\": 17}).\n20\t pub node_tasks: HashMap,\n21\t /// Error message if the task failed.\n22\t pub error: Option,\n23\t}\n24\t\n25\t/// Status of a Miroir task.\n26\t#[derive(Debug, Clone, Copy, Serialize, Deserialize, PartialEq, Eq)]\n27\tpub enum TaskStatus {\n28\t /// Task is enqueued.\n29\t Enqueued,\n30\t /// Task is being processed.\n31\t Processing,\n32\t /// Task completed successfully.\n33\t Succeeded,\n34\t /// Task failed.\n35\t Failed,\n36\t /// Task was canceled.\n37\t Canceled,\n38\t}\n39\t\n40\timpl std::fmt::Display for TaskStatus {\n41\t fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {\n42\t match self {\n43\t Self::Enqueued => write!(f, \"enqueued\"),\n44\t Self::Processing => write!(f, \"processing\"),\n45\t Self::Succeeded => write!(f, \"succeeded\"),\n46\t Self::Failed => write!(f, \"failed\"),\n47\t Self::Canceled => write!(f, \"canceled\"),\n48\t }\n49\t }\n50\t}\n51\t\n52\timpl std::str::FromStr for TaskStatus {\n53\t type Err = String;\n54\t\n55\t fn from_str(s: &str) -> std::result::Result {\n56\t match s {\n57\t \"enqueued\" => Ok(Self::Enqueued),\n58\t \"processing\" => Ok(Self::Processing),\n59\t \"succeeded\" => Ok(Self::Succeeded),\n60\t \"failed\" => Ok(Self::Failed),\n61\t \"canceled\" => Ok(Self::Canceled),\n62\t _ => Err(format!(\"invalid task status: {s}\")),\n63\t }\n64\t }\n65\t}\n66\t\n67\t/// Filter for listing tasks.\n68\t#[derive(Debug, Clone, Default)]\n69\tpub struct TaskFilter {\n70\t /// Filter by status.\n71\t pub status: Option,\n72\t /// Maximum number of results.\n73\t pub limit: Option,\n74\t /// Offset for pagination.\n75\t pub offset: Option,\n76\t}\n77\t\n78\t// ============================================================================\n79\t// Table 2: Node settings version (plan §4)\n80\t// ============================================================================\n81\t\n82\t/// Node settings version entry.\n83\t#[derive(Debug, Clone, Serialize, Deserialize)]\n84\tpub struct NodeSettingsVersion {\n85\t /// Index UID.\n86\t pub index_uid: String,\n87\t /// Node ID.\n88\t pub node_id: String,\n89\t /// Last cluster-wide settings_version this (index, node) pair verified.\n90\t pub version: i64,\n91\t /// Last update timestamp (Unix millis).\n92\t pub updated_at: u64,\n93\t}\n94\t\n95\t// ============================================================================\n96\t// Table 3: Aliases (plan §4)\n97\t// ============================================================================\n98\t\n99\t/// Alias definition (single-target or multi-target).\n100\t#[derive(Debug, Clone, Serialize, Deserialize)]\n101\tpub struct Alias {\n102\t /// Alias name.\n103\t pub name: String,\n104\t /// Alias kind ('single' or 'multi').\n105\t pub kind: AliasKind,\n106\t /// Current target UID (non-null when kind='single').\n107\t pub current_uid: Option,\n108\t /// JSON array of UIDs (non-null when kind='multi').\n109\t pub target_uids: Option>,\n110\t /// Monotonic flip counter.\n111\t pub version: i64,\n112\t /// Creation timestamp (Unix millis).\n113\t pub created_at: u64,\n114\t /// JSON array: last N prior states, bounded by aliases.history_retention.\n115\t pub history: Vec,\n116\t}\n117\t\n118\t/// Historical entry for an alias.\n119\t#[derive(Debug, Clone, Serialize, Deserialize)]\n120\tpub struct AliasHistoryEntry {\n121\t /// The current_uid at this point in history (for single-target).\n122\t pub current_uid: Option,\n123\t /// The target_uids at this point in history (for multi-target).\n124\t pub target_uids: Option>,\n125\t /// The version at this point in history.\n126\t pub version: i64,\n127\t /// When this state was active.\n128\t pub timestamp: u64,\n129\t}\n130\t\n131\t/// Alias kind.\n132\t#[derive(Debug, Clone, Copy, Serialize, Deserialize, PartialEq, Eq)]\n133\tpub enum AliasKind {\n134\t /// Single-target alias.\n135\t Single,\n136\t /// Multi-target alias.\n137\t Multi,\n138\t}\n139\t\n140\timpl std::fmt::Display for AliasKind {\n141\t fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {\n142\t match self {\n143\t Self::Single => write!(f, \"single\"),\n144\t Self::Multi => write!(f, \"multi\"),\n145\t }\n146\t }\n147\t}\n148\t\n149\timpl std::str::FromStr for AliasKind {\n150\t type Err = String;\n151\t\n152\t fn from_str(s: &str) -> std::result::Result {\n153\t match s {\n154\t \"single\" => Ok(Self::Single),\n155\t \"multi\" => Ok(Self::Multi),\n156\t _ => Err(format!(\"invalid alias kind: {s}\")),\n157\t }\n158\t }\n159\t}\n160\t\n161\t// ============================================================================\n162\t// Table 4: Sessions (plan §4)\n163\t// ============================================================================\n164\t\n165\t/// Read-your-writes session pin.\n166\t#[derive(Debug, Clone, Serialize, Deserialize)]\n167\tpub struct Session {\n168\t /// Session ID (UUID).\n169\t pub session_id: String,\n170\t /// Miroir task ID of the last write (nullable: session may exist before any write).\n171\t pub last_write_mtask_id: Option,\n172\t /// Timestamp of the last write (Unix millis).\n173\t pub last_write_at: Option,\n174\t /// group_id that first reached per-group quorum (nullable when pin cleared).\n175\t pub pinned_group: Option,\n176\t /// Minimum settings version for this session.\n177\t pub min_settings_version: i64,\n178\t /// Expiry timestamp (ms since epoch); default 15m from last use.\n179\t pub ttl: u64,\n180\t}\n181\t\n182\t// ============================================================================\n183\t// Table 5: Idempotency cache (plan §4)\n184\t// ============================================================================\n185\t\n186\t/// Idempotency cache entry.\n187\t#[derive(Debug, Clone, Serialize, Deserialize)]\n188\tpub struct IdempotencyEntry {\n189\t /// Request key (hash of request content).\n190\t pub key: String,\n191\t /// SHA256 hash of request body (32 bytes).\n192\t pub body_sha256: Vec,\n193\t /// Associated Miroir task ID.\n194\t pub miroir_task_id: String,\n195\t /// Expiry timestamp (Unix millis).\n196\t pub expires_at: u64,\n197\t}\n198\t\n199\t// ============================================================================\n200\t// Table 6: Jobs (plan §4)\n201\t// ============================================================================\n202\t\n203\t/// Background job entry.\n204\t#[derive(Debug, Clone, Serialize, Deserialize)]\n205\tpub struct Job {\n206\t /// Job ID (UUID).\n207\t pub id: String,\n208\t /// Job type (dump_import | reshard_backfill | ...).\n209\t pub job_type: String,\n210\t /// Job parameters (JSON).\n211\t pub params: String,\n212\t /// Job state (queued | in_progress | completed | failed).\n213\t pub state: JobState,\n214\t /// Pod ID of current claimant (nullable when queued).\n215\t pub claimed_by: Option,\n216\t /// Lease heartbeat expiry (Unix millis).\n217\t pub claim_expires_at: Option,\n218\t /// Progress info (JSON: { bytes_processed, docs_routed, last_cursor, ... }).\n219\t pub progress: String,\n220\t}\n221\t\n222\t/// Job state.\n223\t#[derive(Debug, Clone, Copy, Serialize, Deserialize, PartialEq, Eq)]\n224\tpub enum JobState {\n225\t /// Job is queued.\n226\t Queued,\n227\t /// Job is in progress.\n228\t InProgress,\n229\t /// Job completed.\n230\t Completed,\n231\t /// Job failed.\n232\t Failed,\n233\t}\n234\t\n235\timpl std::fmt::Display for JobState {\n236\t fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {\n237\t match self {\n238\t Self::Queued => write!(f, \"queued\"),\n239\t Self::InProgress => write!(f, \"in_progress\"),\n240\t Self::Completed => write!(f, \"completed\"),\n241\t Self::Failed => write!(f, \"failed\"),\n242\t }\n243\t }\n244\t}\n245\t\n246\timpl std::str::FromStr for JobState {\n247\t type Err = String;\n248\t\n249\t fn from_str(s: &str) -> std::result::Result {\n250\t match s {\n251\t \"queued\" => Ok(Self::Queued),\n252\t \"in_progress\" => Ok(Self::InProgress),\n253\t \"completed\" => Ok(Self::Completed),\n254\t \"failed\" => Ok(Self::Failed),\n255\t _ => Err(format!(\"invalid job state: {s}\")),\n256\t }\n257\t }\n258\t}\n259\t\n260\t// ============================================================================\n261\t// Table 7: Leader lease (plan §4)\n262\t// ============================================================================\n263\t\n264\t/// Leader lease entry.\n265\t#[derive(Debug, Clone, Serialize, Deserialize)]\n266\tpub struct LeaderLease {\n267\t /// Lease scope (e.g. \"reshard:\", \"alias_flip:\", \"settings_broadcast:\").\n268\t pub scope: String,\n269\t /// Pod ID of current leader.\n270\t pub holder: String,\n271\t /// Lease expiration timestamp (Unix millis).\n272\t pub expires_at: u64,\n273\t}\n274\t\n275\t// ============================================================================\n276\t// Table 8: Canaries (plan §4)\n277\t// ============================================================================\n278\t\n279\t/// Canary definition.\n280\t#[derive(Debug, Clone, Serialize, Deserialize)]\n281\tpub struct Canary {\n282\t /// Canary ID (UUID).\n283\t pub id: String,\n284\t /// Canary name.\n285\t pub name: String,\n286\t /// Index to query.\n287\t pub index_uid: String,\n288\t /// Interval between runs (seconds).\n289\t pub interval_s: i64,\n290\t /// Canary query body (JSON).\n291\t pub query_json: String,\n292\t /// Array of assertion specs (JSON).\n293\t pub assertions_json: String,\n294\t /// Whether the canary is enabled (0 | 1).\n295\t pub enabled: i64,\n296\t /// Creation timestamp (Unix millis).\n297\t pub created_at: u64,\n298\t}\n299\t\n300\t// ============================================================================\n301\t// Table 9: Canary runs (plan §4)\n302\t// ============================================================================\n303\t\n304\t/// Canary run history entry.\n305\t#[derive(Debug, Clone, Serialize, Deserialize)]\n306\tpub struct CanaryRun {\n307\t /// Canary ID.\n308\t pub canary_id: String,\n309\t /// Run timestamp (Unix millis).\n310\t pub ran_at: u64,\n311\t /// Run status (pass | fail | error).\n312\t pub status: CanaryRunStatus,\n313\t /// Latency in milliseconds.\n314\t pub latency_ms: i64,\n315\t /// JSON array of failed assertions (NULL when pass).\n316\t pub failed_assertions_json: Option,\n317\t}\n318\t\n319\t/// Canary run status.\n320\t#[derive(Debug, Clone, Copy, Serialize, Deserialize, PartialEq, Eq)]\n321\tpub enum CanaryRunStatus {\n322\t /// Run passed.\n323\t Pass,\n324\t /// Run failed.\n325\t Fail,\n326\t /// Run had error.\n327\t Error,\n328\t}\n329\t\n330\timpl std::fmt::Display for CanaryRunStatus {\n331\t fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {\n332\t match self {\n333\t Self::Pass => write!(f, \"pass\"),\n334\t Self::Fail => write!(f, \"fail\"),\n335\t Self::Error => write!(f, \"error\"),\n336\t }\n337\t }\n338\t}\n339\t\n340\timpl std::str::FromStr for CanaryRunStatus {\n341\t type Err = String;\n342\t\n343\t fn from_str(s: &str) -> std::result::Result {\n344\t match s {\n345\t \"pass\" => Ok(Self::Pass),\n346\t \"fail\" => Ok(Self::Fail),\n347\t \"error\" => Ok(Self::Error),\n348\t _ => Err(format!(\"invalid canary run status: {s}\")),\n349\t }\n350\t }\n351\t}\n352\t\n353\t// ============================================================================\n354\t// Table 10: CDC cursors (plan §4)\n355\t// ============================================================================\n356\t\n357\t/// CDC cursor entry.\n358\t#[derive(Debug, Clone, Serialize, Deserialize)]\n359\tpub struct CdcCursor {\n360\t /// Sink name.\n361\t pub sink_name: String,\n362\t /// Index UID.\n363\t pub index_uid: String,\n364\t /// Current cursor position (last event sequence).\n365\t pub last_event_seq: i64,\n366\t /// Last update timestamp (Unix millis).\n367\t pub updated_at: u64,\n368\t}\n369\t\n370\t// ============================================================================\n371\t// Table 11: Tenant map (plan §4)\n372\t// ============================================================================\n373\t\n374\t/// Tenant mapping (API key -> tenant).\n375\t#[derive(Debug, Clone, Serialize, Deserialize)]\n376\tpub struct Tenant {\n377\t /// SHA256 hash of API key (32 bytes).\n378\t pub api_key_hash: Vec,\n379\t /// Tenant ID.\n380\t pub tenant_id: String,\n381\t /// Group ID (nullable: NULL falls through to hash(tenant_id) % RG).\n382\t pub group_id: Option,\n383\t}\n384\t\n385\t// ============================================================================\n386\t// Table 12: Rollover policies (plan §4)\n387\t// ============================================================================\n388\t\n389\t/// ILM rollover policy.\n390\t#[derive(Debug, Clone, Serialize, Deserialize)]\n391\tpub struct RolloverPolicy {\n392\t /// Policy name.\n393\t pub name: String,\n394\t /// Write alias.\n395\t pub write_alias: String,\n396\t /// Read alias.\n397\t pub read_alias: String,\n398\t /// Index pattern (e.g. \"logs-{YYYY-MM-DD}\").\n399\t pub pattern: String,\n400\t /// Triggers (JSON: { max_docs, max_age, max_size_gb }).\n401\t pub triggers_json: String,\n402\t /// Retention (JSON: { keep_indexes }).\n403\t pub retention_json: String,\n404\t /// Template (JSON: { primary_key, settings_ref }).\n405\t pub template_json: String,\n406\t /// Whether the policy is enabled (0 | 1).\n407\t pub enabled: i64,\n408\t}\n409\t\n410\t// ============================================================================\n411\t// Table 13: Search UI config (plan §4)\n412\t// ============================================================================\n413\t\n414\t/// Search UI configuration for an index.\n415\t#[derive(Debug, Clone, Serialize, Deserialize)]\n416\tpub struct SearchUiConfig {\n417\t /// Index UID.\n418\t pub index_uid: String,\n419\t /// UI configuration (JSON).\n420\t pub config_json: String,\n421\t /// Last update timestamp (Unix millis).\n422\t pub updated_at: u64,\n423\t}\n424\t\n425\t// ============================================================================\n426\t// Table 14: Admin sessions (plan §4)\n427\t// ============================================================================\n428\t\n429\t/// Admin UI session entry.\n430\t#[derive(Debug, Clone, Serialize, Deserialize)]\n431\tpub struct AdminSession {\n432\t /// Session ID (UUID).\n433\t pub session_id: String,\n434\t /// CSRF token.\n435\t pub csrf_token: String,\n436\t /// SHA256 of admin key used at login.\n437\t pub admin_key_hash: String,\n438\t /// Creation timestamp (Unix millis).\n439\t pub created_at: u64,\n440\t /// Expiration timestamp (Unix millis).\n441\t pub expires_at: u64,\n442\t /// Whether the session is revoked (0 | 1).\n443\t pub revoked: i64,\n444\t /// User agent string.\n445\t pub user_agent: Option,\n446\t /// Source IP address.\n447\t pub source_ip: Option,\n448\t}\n449\t\n450\t// ============================================================================\n451\t// Schema version constant\n452\t// ============================================================================\n453\t\n454\t/// Current schema version. Increment when table definitions change.\n455\tpub const SCHEMA_VERSION: i64 = 1;\n456\t"}]},"parent_tool_use_id":null,"session_id":"b8343f81-4b35-441d-b848-ad1701d2d833","uuid":"c2ab21f3-8686-48bb-b1dd-b313213ff398","timestamp":"2026-05-13T22:21:08.468Z","tool_use_result":{"type":"text","file":{"filePath":"/home/coding/miroir/crates/miroir-core/src/task_store/schema.rs","content":"//! Schema definitions for all 14 task store tables (plan §4).\n\nuse serde::{Deserialize, Serialize};\nuse std::collections::HashMap;\n\n// ============================================================================\n// Table 1: Tasks (plan §4)\n// ============================================================================\n\n/// A Miroir task: unified view of a fan-out write operation.\n#[derive(Debug, Clone, Serialize, Deserialize)]\npub struct Task {\n /// Unique Miroir task ID (UUID).\n pub miroir_id: String,\n /// Creation timestamp (Unix millis).\n pub created_at: u64,\n /// Current task status (enqueued | processing | succeeded | failed | canceled).\n pub status: TaskStatus,\n /// Map of node ID to local Meilisearch task UID (JSON: {\"node-0\": 42, \"node-1\": 17}).\n pub node_tasks: HashMap,\n /// Error message if the task failed.\n pub error: Option,\n}\n\n/// Status of a Miroir task.\n#[derive(Debug, Clone, Copy, Serialize, Deserialize, PartialEq, Eq)]\npub enum TaskStatus {\n /// Task is enqueued.\n Enqueued,\n /// Task is being processed.\n Processing,\n /// Task completed successfully.\n Succeeded,\n /// Task failed.\n Failed,\n /// Task was canceled.\n Canceled,\n}\n\nimpl std::fmt::Display for TaskStatus {\n fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {\n match self {\n Self::Enqueued => write!(f, \"enqueued\"),\n Self::Processing => write!(f, \"processing\"),\n Self::Succeeded => write!(f, \"succeeded\"),\n Self::Failed => write!(f, \"failed\"),\n Self::Canceled => write!(f, \"canceled\"),\n }\n }\n}\n\nimpl std::str::FromStr for TaskStatus {\n type Err = String;\n\n fn from_str(s: &str) -> std::result::Result {\n match s {\n \"enqueued\" => Ok(Self::Enqueued),\n \"processing\" => Ok(Self::Processing),\n \"succeeded\" => Ok(Self::Succeeded),\n \"failed\" => Ok(Self::Failed),\n \"canceled\" => Ok(Self::Canceled),\n _ => Err(format!(\"invalid task status: {s}\")),\n }\n }\n}\n\n/// Filter for listing tasks.\n#[derive(Debug, Clone, Default)]\npub struct TaskFilter {\n /// Filter by status.\n pub status: Option,\n /// Maximum number of results.\n pub limit: Option,\n /// Offset for pagination.\n pub offset: Option,\n}\n\n// ============================================================================\n// Table 2: Node settings version (plan §4)\n// ============================================================================\n\n/// Node settings version entry.\n#[derive(Debug, Clone, Serialize, Deserialize)]\npub struct NodeSettingsVersion {\n /// Index UID.\n pub index_uid: String,\n /// Node ID.\n pub node_id: String,\n /// Last cluster-wide settings_version this (index, node) pair verified.\n pub version: i64,\n /// Last update timestamp (Unix millis).\n pub updated_at: u64,\n}\n\n// ============================================================================\n// Table 3: Aliases (plan §4)\n// ============================================================================\n\n/// Alias definition (single-target or multi-target).\n#[derive(Debug, Clone, Serialize, Deserialize)]\npub struct Alias {\n /// Alias name.\n pub name: String,\n /// Alias kind ('single' or 'multi').\n pub kind: AliasKind,\n /// Current target UID (non-null when kind='single').\n pub current_uid: Option,\n /// JSON array of UIDs (non-null when kind='multi').\n pub target_uids: Option>,\n /// Monotonic flip counter.\n pub version: i64,\n /// Creation timestamp (Unix millis).\n pub created_at: u64,\n /// JSON array: last N prior states, bounded by aliases.history_retention.\n pub history: Vec,\n}\n\n/// Historical entry for an alias.\n#[derive(Debug, Clone, Serialize, Deserialize)]\npub struct AliasHistoryEntry {\n /// The current_uid at this point in history (for single-target).\n pub current_uid: Option,\n /// The target_uids at this point in history (for multi-target).\n pub target_uids: Option>,\n /// The version at this point in history.\n pub version: i64,\n /// When this state was active.\n pub timestamp: u64,\n}\n\n/// Alias kind.\n#[derive(Debug, Clone, Copy, Serialize, Deserialize, PartialEq, Eq)]\npub enum AliasKind {\n /// Single-target alias.\n Single,\n /// Multi-target alias.\n Multi,\n}\n\nimpl std::fmt::Display for AliasKind {\n fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {\n match self {\n Self::Single => write!(f, \"single\"),\n Self::Multi => write!(f, \"multi\"),\n }\n }\n}\n\nimpl std::str::FromStr for AliasKind {\n type Err = String;\n\n fn from_str(s: &str) -> std::result::Result {\n match s {\n \"single\" => Ok(Self::Single),\n \"multi\" => Ok(Self::Multi),\n _ => Err(format!(\"invalid alias kind: {s}\")),\n }\n }\n}\n\n// ============================================================================\n// Table 4: Sessions (plan §4)\n// ============================================================================\n\n/// Read-your-writes session pin.\n#[derive(Debug, Clone, Serialize, Deserialize)]\npub struct Session {\n /// Session ID (UUID).\n pub session_id: String,\n /// Miroir task ID of the last write (nullable: session may exist before any write).\n pub last_write_mtask_id: Option,\n /// Timestamp of the last write (Unix millis).\n pub last_write_at: Option,\n /// group_id that first reached per-group quorum (nullable when pin cleared).\n pub pinned_group: Option,\n /// Minimum settings version for this session.\n pub min_settings_version: i64,\n /// Expiry timestamp (ms since epoch); default 15m from last use.\n pub ttl: u64,\n}\n\n// ============================================================================\n// Table 5: Idempotency cache (plan §4)\n// ============================================================================\n\n/// Idempotency cache entry.\n#[derive(Debug, Clone, Serialize, Deserialize)]\npub struct IdempotencyEntry {\n /// Request key (hash of request content).\n pub key: String,\n /// SHA256 hash of request body (32 bytes).\n pub body_sha256: Vec,\n /// Associated Miroir task ID.\n pub miroir_task_id: String,\n /// Expiry timestamp (Unix millis).\n pub expires_at: u64,\n}\n\n// ============================================================================\n// Table 6: Jobs (plan §4)\n// ============================================================================\n\n/// Background job entry.\n#[derive(Debug, Clone, Serialize, Deserialize)]\npub struct Job {\n /// Job ID (UUID).\n pub id: String,\n /// Job type (dump_import | reshard_backfill | ...).\n pub job_type: String,\n /// Job parameters (JSON).\n pub params: String,\n /// Job state (queued | in_progress | completed | failed).\n pub state: JobState,\n /// Pod ID of current claimant (nullable when queued).\n pub claimed_by: Option,\n /// Lease heartbeat expiry (Unix millis).\n pub claim_expires_at: Option,\n /// Progress info (JSON: { bytes_processed, docs_routed, last_cursor, ... }).\n pub progress: String,\n}\n\n/// Job state.\n#[derive(Debug, Clone, Copy, Serialize, Deserialize, PartialEq, Eq)]\npub enum JobState {\n /// Job is queued.\n Queued,\n /// Job is in progress.\n InProgress,\n /// Job completed.\n Completed,\n /// Job failed.\n Failed,\n}\n\nimpl std::fmt::Display for JobState {\n fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {\n match self {\n Self::Queued => write!(f, \"queued\"),\n Self::InProgress => write!(f, \"in_progress\"),\n Self::Completed => write!(f, \"completed\"),\n Self::Failed => write!(f, \"failed\"),\n }\n }\n}\n\nimpl std::str::FromStr for JobState {\n type Err = String;\n\n fn from_str(s: &str) -> std::result::Result {\n match s {\n \"queued\" => Ok(Self::Queued),\n \"in_progress\" => Ok(Self::InProgress),\n \"completed\" => Ok(Self::Completed),\n \"failed\" => Ok(Self::Failed),\n _ => Err(format!(\"invalid job state: {s}\")),\n }\n }\n}\n\n// ============================================================================\n// Table 7: Leader lease (plan §4)\n// ============================================================================\n\n/// Leader lease entry.\n#[derive(Debug, Clone, Serialize, Deserialize)]\npub struct LeaderLease {\n /// Lease scope (e.g. \"reshard:\", \"alias_flip:\", \"settings_broadcast:\").\n pub scope: String,\n /// Pod ID of current leader.\n pub holder: String,\n /// Lease expiration timestamp (Unix millis).\n pub expires_at: u64,\n}\n\n// ============================================================================\n// Table 8: Canaries (plan §4)\n// ============================================================================\n\n/// Canary definition.\n#[derive(Debug, Clone, Serialize, Deserialize)]\npub struct Canary {\n /// Canary ID (UUID).\n pub id: String,\n /// Canary name.\n pub name: String,\n /// Index to query.\n pub index_uid: String,\n /// Interval between runs (seconds).\n pub interval_s: i64,\n /// Canary query body (JSON).\n pub query_json: String,\n /// Array of assertion specs (JSON).\n pub assertions_json: String,\n /// Whether the canary is enabled (0 | 1).\n pub enabled: i64,\n /// Creation timestamp (Unix millis).\n pub created_at: u64,\n}\n\n// ============================================================================\n// Table 9: Canary runs (plan §4)\n// ============================================================================\n\n/// Canary run history entry.\n#[derive(Debug, Clone, Serialize, Deserialize)]\npub struct CanaryRun {\n /// Canary ID.\n pub canary_id: String,\n /// Run timestamp (Unix millis).\n pub ran_at: u64,\n /// Run status (pass | fail | error).\n pub status: CanaryRunStatus,\n /// Latency in milliseconds.\n pub latency_ms: i64,\n /// JSON array of failed assertions (NULL when pass).\n pub failed_assertions_json: Option,\n}\n\n/// Canary run status.\n#[derive(Debug, Clone, Copy, Serialize, Deserialize, PartialEq, Eq)]\npub enum CanaryRunStatus {\n /// Run passed.\n Pass,\n /// Run failed.\n Fail,\n /// Run had error.\n Error,\n}\n\nimpl std::fmt::Display for CanaryRunStatus {\n fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {\n match self {\n Self::Pass => write!(f, \"pass\"),\n Self::Fail => write!(f, \"fail\"),\n Self::Error => write!(f, \"error\"),\n }\n }\n}\n\nimpl std::str::FromStr for CanaryRunStatus {\n type Err = String;\n\n fn from_str(s: &str) -> std::result::Result {\n match s {\n \"pass\" => Ok(Self::Pass),\n \"fail\" => Ok(Self::Fail),\n \"error\" => Ok(Self::Error),\n _ => Err(format!(\"invalid canary run status: {s}\")),\n }\n }\n}\n\n// ============================================================================\n// Table 10: CDC cursors (plan §4)\n// ============================================================================\n\n/// CDC cursor entry.\n#[derive(Debug, Clone, Serialize, Deserialize)]\npub struct CdcCursor {\n /// Sink name.\n pub sink_name: String,\n /// Index UID.\n pub index_uid: String,\n /// Current cursor position (last event sequence).\n pub last_event_seq: i64,\n /// Last update timestamp (Unix millis).\n pub updated_at: u64,\n}\n\n// ============================================================================\n// Table 11: Tenant map (plan §4)\n// ============================================================================\n\n/// Tenant mapping (API key -> tenant).\n#[derive(Debug, Clone, Serialize, Deserialize)]\npub struct Tenant {\n /// SHA256 hash of API key (32 bytes).\n pub api_key_hash: Vec,\n /// Tenant ID.\n pub tenant_id: String,\n /// Group ID (nullable: NULL falls through to hash(tenant_id) % RG).\n pub group_id: Option,\n}\n\n// ============================================================================\n// Table 12: Rollover policies (plan §4)\n// ============================================================================\n\n/// ILM rollover policy.\n#[derive(Debug, Clone, Serialize, Deserialize)]\npub struct RolloverPolicy {\n /// Policy name.\n pub name: String,\n /// Write alias.\n pub write_alias: String,\n /// Read alias.\n pub read_alias: String,\n /// Index pattern (e.g. \"logs-{YYYY-MM-DD}\").\n pub pattern: String,\n /// Triggers (JSON: { max_docs, max_age, max_size_gb }).\n pub triggers_json: String,\n /// Retention (JSON: { keep_indexes }).\n pub retention_json: String,\n /// Template (JSON: { primary_key, settings_ref }).\n pub template_json: String,\n /// Whether the policy is enabled (0 | 1).\n pub enabled: i64,\n}\n\n// ============================================================================\n// Table 13: Search UI config (plan §4)\n// ============================================================================\n\n/// Search UI configuration for an index.\n#[derive(Debug, Clone, Serialize, Deserialize)]\npub struct SearchUiConfig {\n /// Index UID.\n pub index_uid: String,\n /// UI configuration (JSON).\n pub config_json: String,\n /// Last update timestamp (Unix millis).\n pub updated_at: u64,\n}\n\n// ============================================================================\n// Table 14: Admin sessions (plan §4)\n// ============================================================================\n\n/// Admin UI session entry.\n#[derive(Debug, Clone, Serialize, Deserialize)]\npub struct AdminSession {\n /// Session ID (UUID).\n pub session_id: String,\n /// CSRF token.\n pub csrf_token: String,\n /// SHA256 of admin key used at login.\n pub admin_key_hash: String,\n /// Creation timestamp (Unix millis).\n pub created_at: u64,\n /// Expiration timestamp (Unix millis).\n pub expires_at: u64,\n /// Whether the session is revoked (0 | 1).\n pub revoked: i64,\n /// User agent string.\n pub user_agent: Option,\n /// Source IP address.\n pub source_ip: Option,\n}\n\n// ============================================================================\n// Schema version constant\n// ============================================================================\n\n/// Current schema version. Increment when table definitions change.\npub const SCHEMA_VERSION: i64 = 1;\n","numLines":456,"startLine":1,"totalLines":456}}} -{"type":"user","message":{"role":"user","content":[{"tool_use_id":"call_403af368f2184d568aee5fac","type":"tool_result","content":"300\t \"SELECT version FROM node_settings_version WHERE index_uid = ?1 AND node_id = ?2\",\n301\t &[\n302\t &index as &dyn rusqlite::ToSql,\n303\t &node_id as &dyn rusqlite::ToSql,\n304\t ],\n305\t |row| row.get(0),\n306\t )\n307\t .ok();\n308\t Ok(version)\n309\t }\n310\t\n311\t async fn node_settings_version_set(\n312\t &self,\n313\t index: &str,\n314\t node_id: &str,\n315\t version: i64,\n316\t ) -> Result<()> {\n317\t let now = chrono::Utc::now().timestamp_millis() as u64;\n318\t self.execute(\n319\t \"INSERT OR REPLACE INTO node_settings_version (index_uid, node_id, version, updated_at)\n320\t VALUES (?1, ?2, ?3, ?4)\",\n321\t &[\n322\t &index as &dyn rusqlite::ToSql,\n323\t &node_id as &dyn rusqlite::ToSql,\n324\t &version as &dyn rusqlite::ToSql,\n325\t &now as &dyn rusqlite::ToSql,\n326\t ],\n327\t )?;\n328\t Ok(())\n329\t }\n330\t\n331\t async fn alias_upsert(&self, alias: &Alias) -> Result<()> {\n332\t let history_json = serde_json::to_string(&alias.history)?;\n333\t self.execute(\n334\t \"INSERT OR REPLACE INTO aliases (name, kind, current_uid, target_uids, version, created_at, history)\n335\t VALUES (?1, ?2, ?3, ?4, ?5, ?6, ?7)\",\n336\t &[\n337\t &alias.name as &dyn rusqlite::ToSql,\n338\t &alias.kind.to_string(),\n339\t &alias.current_uid.as_deref().unwrap_or(\"\"),\n340\t &serde_json::to_string(&alias.target_uids)?,\n341\t &alias.version,\n342\t &alias.created_at,\n343\t &history_json,\n344\t ] as &[&dyn rusqlite::ToSql],\n345\t )?;\n346\t Ok(())\n347\t }\n348\t\n349\t async fn alias_get(&self, name: &str) -> Result> {\n350\t let result: Option = self\n351\t .query_row(\n352\t \"SELECT name, kind, current_uid, target_uids, version, created_at, history\n353\t FROM aliases WHERE name = ?1\",\n354\t &[&name as &dyn rusqlite::ToSql],\n355\t |row| {\n356\t let target_uids_json: String = row.get(3)?;\n357\t // Handle null case for single-target aliases\n358\t let target_uids: Option> = if target_uids_json == \"null\" || target_uids_json.is_empty() {\n359\t None\n360\t } else {\n361\t let parsed: Vec = serde_json::from_str(&target_uids_json)\n362\t .map_err(|e| rusqlite::Error::ToSqlConversionFailure(Box::new(e)))?;\n363\t Some(parsed)\n364\t };\n365\t let history_json: String = row.get(6)?;\n366\t let history: Vec =\n367\t serde_json::from_str(&history_json)\n368\t .map_err(|e| rusqlite::Error::ToSqlConversionFailure(Box::new(e)))?;\n369\t Ok(Alias {\n370\t name: row.get(0)?,\n371\t kind: row.get::<_, String>(1)?.parse().map_err(parse_error)?,\n372\t current_uid: {\n373\t let uid: String = row.get(2)?;\n374\t if uid.is_empty() {\n375\t None\n376\t } else {\n377\t Some(uid)\n378\t }\n379\t },\n380\t target_uids,\n381\t version: row.get(4)?,\n382\t created_at: row.get(5)?,\n383\t history,\n384\t })\n385\t },\n386\t )\n387\t .ok();\n388\t Ok(result)\n389\t }\n390\t\n391\t async fn alias_delete(&self, name: &str) -> Result<()> {\n392\t self.execute(\n393\t \"DELETE FROM aliases WHERE name = ?1\",\n394\t &[&name as &dyn rusqlite::ToSql],\n395\t )?;\n396\t Ok(())\n397\t }\n398\t\n399\t async fn alias_list(&self) -> Result> {\n400\t self.query_map(\n401\t \"SELECT name, kind, current_uid, target_uids, version, created_at, history FROM aliases\",\n402\t &[] as &[&dyn rusqlite::ToSql],\n403\t |row| {\n404\t let target_uids_json: String = row.get(3)?;\n405\t // Handle null case for single-target aliases\n406\t let target_uids: Option> = if target_uids_json == \"null\" || target_uids_json.is_empty() {\n407\t None\n408\t } else {\n409\t let parsed: Vec = serde_json::from_str(&target_uids_json).map_err(|e| rusqlite::Error::ToSqlConversionFailure(Box::new(e)))?;\n410\t Some(parsed)\n411\t };\n412\t let history_json: String = row.get(6)?;\n413\t let history: Vec =\n414\t serde_json::from_str(&history_json)\n415\t .map_err(|e| rusqlite::Error::ToSqlConversionFailure(Box::new(e)))?;\n416\t Ok(Alias {\n417\t name: row.get(0)?,\n418\t kind: row.get::<_, String>(1)?.parse().map_err(|e| {\n419\t parse_error(e)\n420\t })?,\n421\t current_uid: {\n422\t let uid: String = row.get(2)?;\n423\t if uid.is_empty() { None } else { Some(uid) }\n424\t },\n425\t target_uids,\n426\t version: row.get(4)?,\n427\t created_at: row.get(5)?,\n428\t history,\n429\t })\n430\t },\n431\t )\n432\t }\n433\t\n434\t async fn session_upsert(&self, session: &Session) -> Result<()> {\n435\t self.execute(\n436\t \"INSERT OR REPLACE INTO sessions (session_id, last_write_mtask_id, last_write_at, pinned_group, min_settings_version, ttl)\n437\t VALUES (?1, ?2, ?3, ?4, ?5, ?6)\",\n438\t &[\n439\t &session.session_id as &dyn rusqlite::ToSql,\n440\t &session.last_write_mtask_id.as_deref().unwrap_or(\"\"),\n441\t &session.last_write_at.map(|v| v as i64).unwrap_or(0),\n442\t &session.pinned_group,\n443\t &session.min_settings_version,\n444\t &(session.ttl as i64),\n445\t ] as &[&dyn rusqlite::ToSql],\n446\t )?;\n447\t Ok(())\n448\t }\n449\t\n450\t async fn session_get(&self, session_id: &str) -> Result> {\n451\t let result: Option = self\n452\t .query_row(\n453\t \"SELECT session_id, last_write_mtask_id, last_write_at, pinned_group, min_settings_version, ttl\n454\t FROM sessions WHERE session_id = ?1\",\n455\t &[&session_id as &dyn rusqlite::ToSql],\n456\t |row| {\n457\t Ok(Session {\n458\t session_id: row.get(0)?,\n459\t last_write_mtask_id: {\n460\t let id: String = row.get(1)?;\n461\t if id.is_empty() { None } else { Some(id) }\n462\t },\n463\t last_write_at: {\n464\t let at: i64 = row.get(2)?;\n465\t if at == 0 { None } else { Some(at as u64) }\n466\t },\n467\t pinned_group: row.get(3)?,\n468\t min_settings_version: row.get(4)?,\n469\t ttl: row.get(5)?,\n470\t })\n471\t },\n472\t )\n473\t .ok();\n474\t Ok(result)\n475\t }\n476\t\n477\t async fn session_delete(&self, session_id: &str) -> Result<()> {\n478\t self.execute(\n479\t \"DELETE FROM sessions WHERE session_id = ?1\",\n480\t &[&session_id as &dyn rusqlite::ToSql],\n481\t )?;\n482\t Ok(())\n483\t }\n484\t\n485\t async fn session_delete_by_index(&self, _index: &str) -> Result<()> {\n486\t // This method is no longer applicable with the new schema\n487\t // as sessions don't have an 'index' field anymore\n488\t Ok(())\n489\t }\n490\t\n491\t async fn idempotency_check(&self, key: &str) -> Result> {\n492\t let result: Option = self\n493\t .query_row(\n494\t \"SELECT key, body_sha256, miroir_task_id, expires_at FROM idempotency_cache WHERE key = ?1\",\n495\t &[&key as &dyn rusqlite::ToSql],\n496\t |row| Ok(IdempotencyEntry {\n497\t key: row.get(0)?,\n498\t body_sha256: row.get(1)?,\n499\t miroir_task_id: row.get(2)?,"}]},"parent_tool_use_id":null,"session_id":"b8343f81-4b35-441d-b848-ad1701d2d833","uuid":"fe8d3307-65b9-4978-99b1-83c5887a15f6","timestamp":"2026-05-13T22:21:08.469Z","tool_use_result":{"type":"text","file":{"filePath":"/home/coding/miroir/crates/miroir-core/src/task_store/sqlite.rs","content":" \"SELECT version FROM node_settings_version WHERE index_uid = ?1 AND node_id = ?2\",\n &[\n &index as &dyn rusqlite::ToSql,\n &node_id as &dyn rusqlite::ToSql,\n ],\n |row| row.get(0),\n )\n .ok();\n Ok(version)\n }\n\n async fn node_settings_version_set(\n &self,\n index: &str,\n node_id: &str,\n version: i64,\n ) -> Result<()> {\n let now = chrono::Utc::now().timestamp_millis() as u64;\n self.execute(\n \"INSERT OR REPLACE INTO node_settings_version (index_uid, node_id, version, updated_at)\n VALUES (?1, ?2, ?3, ?4)\",\n &[\n &index as &dyn rusqlite::ToSql,\n &node_id as &dyn rusqlite::ToSql,\n &version as &dyn rusqlite::ToSql,\n &now as &dyn rusqlite::ToSql,\n ],\n )?;\n Ok(())\n }\n\n async fn alias_upsert(&self, alias: &Alias) -> Result<()> {\n let history_json = serde_json::to_string(&alias.history)?;\n self.execute(\n \"INSERT OR REPLACE INTO aliases (name, kind, current_uid, target_uids, version, created_at, history)\n VALUES (?1, ?2, ?3, ?4, ?5, ?6, ?7)\",\n &[\n &alias.name as &dyn rusqlite::ToSql,\n &alias.kind.to_string(),\n &alias.current_uid.as_deref().unwrap_or(\"\"),\n &serde_json::to_string(&alias.target_uids)?,\n &alias.version,\n &alias.created_at,\n &history_json,\n ] as &[&dyn rusqlite::ToSql],\n )?;\n Ok(())\n }\n\n async fn alias_get(&self, name: &str) -> Result> {\n let result: Option = self\n .query_row(\n \"SELECT name, kind, current_uid, target_uids, version, created_at, history\n FROM aliases WHERE name = ?1\",\n &[&name as &dyn rusqlite::ToSql],\n |row| {\n let target_uids_json: String = row.get(3)?;\n // Handle null case for single-target aliases\n let target_uids: Option> = if target_uids_json == \"null\" || target_uids_json.is_empty() {\n None\n } else {\n let parsed: Vec = serde_json::from_str(&target_uids_json)\n .map_err(|e| rusqlite::Error::ToSqlConversionFailure(Box::new(e)))?;\n Some(parsed)\n };\n let history_json: String = row.get(6)?;\n let history: Vec =\n serde_json::from_str(&history_json)\n .map_err(|e| rusqlite::Error::ToSqlConversionFailure(Box::new(e)))?;\n Ok(Alias {\n name: row.get(0)?,\n kind: row.get::<_, String>(1)?.parse().map_err(parse_error)?,\n current_uid: {\n let uid: String = row.get(2)?;\n if uid.is_empty() {\n None\n } else {\n Some(uid)\n }\n },\n target_uids,\n version: row.get(4)?,\n created_at: row.get(5)?,\n history,\n })\n },\n )\n .ok();\n Ok(result)\n }\n\n async fn alias_delete(&self, name: &str) -> Result<()> {\n self.execute(\n \"DELETE FROM aliases WHERE name = ?1\",\n &[&name as &dyn rusqlite::ToSql],\n )?;\n Ok(())\n }\n\n async fn alias_list(&self) -> Result> {\n self.query_map(\n \"SELECT name, kind, current_uid, target_uids, version, created_at, history FROM aliases\",\n &[] as &[&dyn rusqlite::ToSql],\n |row| {\n let target_uids_json: String = row.get(3)?;\n // Handle null case for single-target aliases\n let target_uids: Option> = if target_uids_json == \"null\" || target_uids_json.is_empty() {\n None\n } else {\n let parsed: Vec = serde_json::from_str(&target_uids_json).map_err(|e| rusqlite::Error::ToSqlConversionFailure(Box::new(e)))?;\n Some(parsed)\n };\n let history_json: String = row.get(6)?;\n let history: Vec =\n serde_json::from_str(&history_json)\n .map_err(|e| rusqlite::Error::ToSqlConversionFailure(Box::new(e)))?;\n Ok(Alias {\n name: row.get(0)?,\n kind: row.get::<_, String>(1)?.parse().map_err(|e| {\n parse_error(e)\n })?,\n current_uid: {\n let uid: String = row.get(2)?;\n if uid.is_empty() { None } else { Some(uid) }\n },\n target_uids,\n version: row.get(4)?,\n created_at: row.get(5)?,\n history,\n })\n },\n )\n }\n\n async fn session_upsert(&self, session: &Session) -> Result<()> {\n self.execute(\n \"INSERT OR REPLACE INTO sessions (session_id, last_write_mtask_id, last_write_at, pinned_group, min_settings_version, ttl)\n VALUES (?1, ?2, ?3, ?4, ?5, ?6)\",\n &[\n &session.session_id as &dyn rusqlite::ToSql,\n &session.last_write_mtask_id.as_deref().unwrap_or(\"\"),\n &session.last_write_at.map(|v| v as i64).unwrap_or(0),\n &session.pinned_group,\n &session.min_settings_version,\n &(session.ttl as i64),\n ] as &[&dyn rusqlite::ToSql],\n )?;\n Ok(())\n }\n\n async fn session_get(&self, session_id: &str) -> Result> {\n let result: Option = self\n .query_row(\n \"SELECT session_id, last_write_mtask_id, last_write_at, pinned_group, min_settings_version, ttl\n FROM sessions WHERE session_id = ?1\",\n &[&session_id as &dyn rusqlite::ToSql],\n |row| {\n Ok(Session {\n session_id: row.get(0)?,\n last_write_mtask_id: {\n let id: String = row.get(1)?;\n if id.is_empty() { None } else { Some(id) }\n },\n last_write_at: {\n let at: i64 = row.get(2)?;\n if at == 0 { None } else 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are"}},"session_id":"b8343f81-4b35-441d-b848-ad1701d2d833","parent_tool_use_id":null,"uuid":"6c08d8e6-4f76-4af2-971d-3512b0108df1"} -{"type":"stream_event","event":{"type":"content_block_delta","index":0,"delta":{"type":"thinking_delta","thinking":" being"}},"session_id":"b8343f81-4b35-441d-b848-ad1701d2d833","parent_tool_use_id":null,"uuid":"00ea5508-7780-49f8-91e7-7a2e1b3c544c"} -{"type":"stream_event","event":{"type":"content_block_delta","index":0,"delta":{"type":"thinking_delta","thinking":" created"}},"session_id":"b8343f81-4b35-441d-b848-ad1701d2d833","parent_tool_use_id":null,"uuid":"83e74b72-5163-4f32-a8cc-bef99ed581ad"} -{"type":"stream_event","event":{"type":"content_block_delta","index":0,"delta":{"type":"thinking_delta","thinking":" properly"}},"session_id":"b8343f81-4b35-441d-b848-ad1701d2d833","parent_tool_use_id":null,"uuid":"128bddb9-646a-4f10-ab3f-54d004cbc23f"} -{"type":"stream_event","event":{"type":"content_block_delta","index":0,"delta":{"type":"thinking_delta","thinking":"."}},"session_id":"b8343f81-4b35-441d-b848-ad1701d2d833","parent_tool_use_id":null,"uuid":"f0096fdd-6a3b-464c-8f8d-15a3c27fcaf9"} -{"type":"assistant","message":{"id":"msg_20260514062110174d96eddf8842a8","type":"message","role":"assistant","model":"glm-4.7","content":[{"type":"thinking","thinking":"I can see that there's already a significant amount of SQLite implementation code. Let me continue reading to see what's already implemented and what might be missing. I should also check what the init_schema function looks like to see if tables are being created properly.","signature":""}],"stop_reason":null,"stop_sequence":null,"usage":{"input_tokens":0,"output_tokens":0},"context_management":null},"parent_tool_use_id":null,"session_id":"b8343f81-4b35-441d-b848-ad1701d2d833","uuid":"98ab7676-1e0a-4190-89b0-7d8abd706b38"} -{"type":"stream_event","event":{"type":"content_block_stop","index":0},"session_id":"b8343f81-4b35-441d-b848-ad1701d2d833","parent_tool_use_id":null,"uuid":"d67dd374-75f2-4ad7-a414-b4a23c94437b"} -{"type":"stream_event","event":{"type":"content_block_start","index":1,"content_block":{"type":"tool_use","id":"call_2d63fd994f914d2d8d4cf0d8","name":"Grep","input":{}}},"session_id":"b8343f81-4b35-441d-b848-ad1701d2d833","parent_tool_use_id":null,"uuid":"cf25b257-0294-4a4c-a95c-1dfdecfce49f"} 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}\n506\t\n507\t async fn idempotency_record(&self, entry: &IdempotencyEntry) -> Result<()> {\n508\t self.execute(\n509\t \"INSERT OR REPLACE INTO idempotency_cache (key, body_sha256, miroir_task_id, expires_at)\n510\t VALUES (?1, ?2, ?3, ?4)\",\n511\t &[\n512\t &entry.key as &dyn rusqlite::ToSql,\n513\t &entry.body_sha256 as &dyn rusqlite::ToSql,\n514\t &entry.miroir_task_id as &dyn rusqlite::ToSql,\n515\t &entry.expires_at as &dyn rusqlite::ToSql,\n516\t ] as &[&dyn rusqlite::ToSql],\n517\t )?;\n518\t Ok(())\n519\t }\n520\t\n521\t async fn idempotency_prune(&self, before_ts: u64) -> Result {\n522\t let count = self.execute(\n523\t \"DELETE FROM idempotency_cache WHERE expires_at < ?1\",\n524\t &[&before_ts as &dyn rusqlite::ToSql],\n525\t )?;\n526\t Ok(count as u64)\n527\t }\n528\t\n529\t async fn job_enqueue(&self, job: &Job) -> Result<()> {\n530\t self.execute(\n531\t \"INSERT INTO jobs (id, type, params, state, claimed_by, claim_expires_at, progress)\n532\t VALUES (?1, ?2, ?3, ?4, ?5, ?6, ?7)\",\n533\t &[\n534\t &job.id as &dyn rusqlite::ToSql,\n535\t &job.job_type,\n536\t &job.params,\n537\t &job.state.to_string(),\n538\t &job.claimed_by.as_deref().unwrap_or(\"\"),\n539\t &job.claim_expires_at.map(|v| v as i64).unwrap_or(0),\n540\t &job.progress,\n541\t ] as &[&dyn rusqlite::ToSql],\n542\t )?;\n543\t Ok(())\n544\t }\n545\t\n546\t async fn job_dequeue(&self, worker_id: &str) -> Result> {\n547\t // Start a transaction\n548\t let conn = self\n549\t .conn\n550\t .lock()\n551\t .map_err(|e| TaskStoreError::Internal(e.to_string()))?;\n552\t let tx = conn.unchecked_transaction()?;\n553\t\n554\t let now = chrono::Utc::now().timestamp_millis() as u64;\n555\t let expires_at = now + (5 * 60 * 1000); // 5 minutes from now\n556\t\n557\t // Find and claim a job\n558\t let job_id: Option = tx\n559\t .query_row(\n560\t \"SELECT id FROM jobs WHERE state = 'queued' ORDER BY id ASC LIMIT 1\",\n561\t [],\n562\t |row| row.get(0),\n563\t )\n564\t .ok();\n565\t\n566\t if let Some(ref job_id) = job_id {\n567\t tx.execute(\n568\t \"UPDATE jobs SET state = 'in_progress', claimed_by = ?1, claim_expires_at = ?2 WHERE id = ?3\",\n569\t [\n570\t &worker_id as &dyn rusqlite::ToSql,\n571\t &expires_at as &dyn rusqlite::ToSql,\n572\t job_id as &dyn rusqlite::ToSql,\n573\t ],\n574\t )?;\n575\t\n576\t // Fetch the updated job\n577\t let job: Job = tx.query_row(\n578\t \"SELECT id, type, params, state, claimed_by, claim_expires_at, progress\n579\t FROM jobs WHERE id = ?1\",\n580\t [job_id as &dyn rusqlite::ToSql],\n581\t |row| {\n582\t Ok(Job {\n583\t id: row.get(0)?,\n584\t job_type: row.get(1)?,\n585\t params: row.get(2)?,\n586\t state: row.get::<_, String>(3)?.parse().map_err(parse_error)?,\n587\t claimed_by: {\n588\t let claimed: String = row.get(4)?;\n589\t if claimed.is_empty() {\n590\t None\n591\t } else {\n592\t Some(claimed)\n593\t }\n594\t },\n595\t claim_expires_at: {\n596\t let expires: i64 = row.get(5)?;\n597\t if expires == 0 {\n598\t None\n599\t } else {\n600\t Some(expires as u64)\n601\t }\n602\t },\n603\t progress: row.get(6)?,\n604\t })\n605\t },\n606\t )?;\n607\t\n608\t tx.commit()?;\n609\t Ok(Some(job))\n610\t } else {\n611\t tx.commit()?;\n612\t Ok(None)\n613\t }\n614\t }\n615\t\n616\t async fn job_update_status(\n617\t &self,\n618\t job_id: &str,\n619\t status: JobState,\n620\t result: Option<&str>,\n621\t ) -> Result<()> {\n622\t self.execute(\n623\t \"UPDATE jobs SET state = ?1, progress = ?2 WHERE id = ?3\",\n624\t &[\n625\t &status.to_string(),\n626\t &result.unwrap_or(\"\").to_string(),\n627\t &job_id as &dyn rusqlite::ToSql,\n628\t ],\n629\t )?;\n630\t Ok(())\n631\t }\n632\t\n633\t async fn job_get(&self, job_id: &str) -> Result> {\n634\t let result: Option = self\n635\t .query_row(\n636\t \"SELECT id, type, params, state, claimed_by, claim_expires_at, progress\n637\t FROM jobs WHERE id = ?1\",\n638\t &[&job_id as &dyn rusqlite::ToSql],\n639\t |row| {\n640\t Ok(Job {\n641\t id: row.get(0)?,\n642\t job_type: row.get(1)?,\n643\t params: row.get(2)?,\n644\t state: row.get::<_, String>(3)?.parse().map_err(parse_error)?,\n645\t claimed_by: {\n646\t let claimed: String = row.get(4)?;\n647\t if claimed.is_empty() {\n648\t None\n649\t } else {\n650\t Some(claimed)\n651\t }\n652\t },\n653\t claim_expires_at: {\n654\t let expires: i64 = row.get(5)?;\n655\t if expires == 0 {\n656\t None\n657\t } else {\n658\t Some(expires as u64)\n659\t }\n660\t },\n661\t progress: row.get(6)?,\n662\t })\n663\t },\n664\t )\n665\t .ok();\n666\t Ok(result)\n667\t }\n668\t\n669\t async fn job_list(&self, status: Option, limit: usize) -> Result> {\n670\t let mut sql =\n671\t \"SELECT id, type, params, state, claimed_by, claim_expires_at, progress FROM jobs\"\n672\t .to_string();\n673\t\n674\t if status.is_some() {\n675\t sql.push_str(\" WHERE state = ?\");\n676\t }\n677\t\n678\t sql.push_str(&format!(\" ORDER BY id DESC LIMIT {limit}\"));\n679\t\n680\t let status_str: Option = status.map(|s| s.to_string());\n681\t let params: Vec<&dyn rusqlite::ToSql> = match &status_str {\n682\t Some(s) => vec![s],\n683\t None => vec![],\n684\t };\n685\t\n686\t self.query_map(&sql, ¶ms, |row| {\n687\t Ok(Job {\n688\t id: row.get(0)?,\n689\t job_type: row.get(1)?,\n690\t params: row.get(2)?,\n691\t state: row.get::<_, String>(3)?.parse().map_err(parse_error)?,\n692\t claimed_by: {\n693\t let claimed: String = row.get(4)?;\n694\t if claimed.is_empty() {\n695\t None\n696\t } else {\n697\t Some(claimed)\n698\t }\n699\t },"}]},"parent_tool_use_id":null,"session_id":"b8343f81-4b35-441d-b848-ad1701d2d833","uuid":"8c628304-3be9-4193-a522-ce09d27e1e0b","timestamp":"2026-05-13T22:21:12.922Z","tool_use_result":{"type":"text","file":{"filePath":"/home/coding/miroir/crates/miroir-core/src/task_store/sqlite.rs","content":" expires_at: row.get(3)?,\n }),\n )\n .ok();\n Ok(result)\n }\n\n async fn idempotency_record(&self, entry: &IdempotencyEntry) -> Result<()> {\n self.execute(\n \"INSERT OR REPLACE INTO idempotency_cache (key, body_sha256, miroir_task_id, expires_at)\n VALUES (?1, ?2, ?3, ?4)\",\n &[\n &entry.key as &dyn rusqlite::ToSql,\n &entry.body_sha256 as &dyn rusqlite::ToSql,\n &entry.miroir_task_id as &dyn rusqlite::ToSql,\n &entry.expires_at as &dyn rusqlite::ToSql,\n ] as &[&dyn rusqlite::ToSql],\n )?;\n Ok(())\n }\n\n async fn idempotency_prune(&self, before_ts: u64) -> Result {\n let count = self.execute(\n \"DELETE FROM idempotency_cache WHERE expires_at < ?1\",\n &[&before_ts as &dyn rusqlite::ToSql],\n )?;\n Ok(count as u64)\n }\n\n async fn job_enqueue(&self, job: &Job) -> Result<()> {\n self.execute(\n \"INSERT INTO jobs (id, type, params, state, claimed_by, claim_expires_at, progress)\n VALUES (?1, ?2, ?3, ?4, ?5, ?6, ?7)\",\n &[\n &job.id as &dyn rusqlite::ToSql,\n &job.job_type,\n &job.params,\n &job.state.to_string(),\n &job.claimed_by.as_deref().unwrap_or(\"\"),\n &job.claim_expires_at.map(|v| v as i64).unwrap_or(0),\n &job.progress,\n ] as &[&dyn rusqlite::ToSql],\n )?;\n Ok(())\n }\n\n async fn job_dequeue(&self, worker_id: &str) -> Result> {\n // Start a transaction\n let conn = self\n .conn\n .lock()\n .map_err(|e| TaskStoreError::Internal(e.to_string()))?;\n let tx = conn.unchecked_transaction()?;\n\n let now = chrono::Utc::now().timestamp_millis() as u64;\n let expires_at = now + (5 * 60 * 1000); // 5 minutes from now\n\n // Find and claim a job\n let job_id: Option = tx\n .query_row(\n \"SELECT id FROM jobs WHERE state = 'queued' ORDER BY id ASC LIMIT 1\",\n [],\n |row| row.get(0),\n )\n .ok();\n\n if let Some(ref job_id) = job_id {\n tx.execute(\n \"UPDATE jobs SET state = 'in_progress', claimed_by = ?1, claim_expires_at = ?2 WHERE id = ?3\",\n [\n &worker_id as &dyn rusqlite::ToSql,\n &expires_at as &dyn rusqlite::ToSql,\n job_id as &dyn rusqlite::ToSql,\n ],\n )?;\n\n // Fetch the updated job\n let job: Job = tx.query_row(\n \"SELECT id, type, params, state, claimed_by, claim_expires_at, progress\n FROM jobs WHERE id = ?1\",\n [job_id as &dyn rusqlite::ToSql],\n |row| {\n Ok(Job {\n id: row.get(0)?,\n job_type: row.get(1)?,\n params: row.get(2)?,\n state: row.get::<_, String>(3)?.parse().map_err(parse_error)?,\n claimed_by: {\n let claimed: String = row.get(4)?;\n if claimed.is_empty() {\n None\n } else {\n Some(claimed)\n }\n },\n claim_expires_at: {\n let expires: i64 = row.get(5)?;\n if expires == 0 {\n None\n } else {\n Some(expires as u64)\n }\n },\n progress: row.get(6)?,\n })\n },\n )?;\n\n tx.commit()?;\n Ok(Some(job))\n } else {\n tx.commit()?;\n Ok(None)\n }\n }\n\n async fn job_update_status(\n &self,\n job_id: &str,\n status: JobState,\n result: Option<&str>,\n ) -> Result<()> {\n self.execute(\n \"UPDATE jobs SET state = ?1, progress = ?2 WHERE id = ?3\",\n &[\n &status.to_string(),\n &result.unwrap_or(\"\").to_string(),\n &job_id as &dyn rusqlite::ToSql,\n ],\n )?;\n Ok(())\n }\n\n async fn job_get(&self, job_id: &str) -> Result> {\n let result: Option = self\n .query_row(\n \"SELECT id, type, params, state, claimed_by, claim_expires_at, progress\n FROM jobs WHERE id = ?1\",\n &[&job_id as &dyn rusqlite::ToSql],\n |row| {\n Ok(Job {\n id: row.get(0)?,\n job_type: row.get(1)?,\n params: row.get(2)?,\n state: row.get::<_, String>(3)?.parse().map_err(parse_error)?,\n claimed_by: {\n let claimed: String = row.get(4)?;\n if claimed.is_empty() {\n None\n } else {\n Some(claimed)\n }\n },\n claim_expires_at: {\n let expires: i64 = row.get(5)?;\n if expires == 0 {\n None\n } else {\n Some(expires as u64)\n }\n },\n progress: row.get(6)?,\n })\n },\n )\n .ok();\n Ok(result)\n }\n\n async fn job_list(&self, status: Option, limit: usize) -> Result> {\n let mut sql =\n \"SELECT id, type, params, state, claimed_by, claim_expires_at, progress FROM jobs\"\n .to_string();\n\n if status.is_some() {\n sql.push_str(\" WHERE state = ?\");\n }\n\n sql.push_str(&format!(\" ORDER BY id DESC LIMIT {limit}\"));\n\n let status_str: Option = status.map(|s| s.to_string());\n let params: Vec<&dyn rusqlite::ToSql> = match &status_str {\n Some(s) => vec![s],\n None => vec![],\n };\n\n self.query_map(&sql, ¶ms, |row| {\n Ok(Job {\n id: row.get(0)?,\n job_type: row.get(1)?,\n params: row.get(2)?,\n state: row.get::<_, String>(3)?.parse().map_err(parse_error)?,\n claimed_by: {\n let claimed: String = row.get(4)?;\n if claimed.is_empty() {\n None\n } else {\n Some(claimed)\n }\n },","numLines":200,"startLine":500,"totalLines":1476}}} -{"type":"user","message":{"role":"user","content":[{"tool_use_id":"call_2d63fd994f914d2d8d4cf0d8","type":"tool_result","content":"1266: fn init_schema(conn: &Connection) -> Result<()> {\n1267- / Table 1: Tasks\n1268- conn.execute(\n1269- \"CREATE TABLE IF NOT EXISTS tasks (\n1270- miroir_id TEXT PRIMARY KEY,\n1271- created_at INTEGER NOT NULL,\n1272- status TEXT NOT NULL,\n1273- node_tasks TEXT NOT NULL,\n1274- error TEXT\n1275- )\",\n1276- [],\n1277- )?;\n1278-\n1279- / Table 2: Node settings version\n1280- conn.execute(\n1281- \"CREATE TABLE IF NOT EXISTS node_settings_version (\n1282- index_uid TEXT NOT NULL,\n1283- node_id TEXT NOT NULL,\n1284- version INTEGER NOT NULL,\n1285- updated_at INTEGER NOT NULL,\n1286- PRIMARY KEY (index_uid, node_id)\n1287- )\",\n1288- [],\n1289- )?;\n1290-\n1291- / Table 3: Aliases\n1292- conn.execute(\n1293- \"CREATE TABLE IF NOT EXISTS aliases (\n1294- name TEXT PRIMARY KEY,\n1295- kind TEXT NOT NULL,\n1296- current_uid TEXT,\n1297- target_uids TEXT,\n1298- version INTEGER NOT NULL,\n1299- created_at INTEGER NOT NULL,\n1300- history TEXT NOT NULL\n1301- )\",\n1302- [],\n1303- )?;\n1304-\n1305- / Table 4: Sessions\n1306- conn.execute(\n1307- \"CREATE TABLE IF NOT EXISTS sessions (\n1308- session_id TEXT PRIMARY KEY,\n1309- last_write_mtask_id TEXT,\n1310- last_write_at INTEGER,\n1311- pinned_group INTEGER,\n1312- min_settings_version INTEGER NOT NULL,\n1313- ttl INTEGER NOT NULL\n1314- )\",\n1315- [],\n1316- )?;\n1317-\n1318- / Table 5: Idempotency cache\n1319- conn.execute(\n1320- \"CREATE TABLE IF NOT EXISTS idempotency_cache (\n1321- key TEXT PRIMARY KEY,\n1322- body_sha256 BLOB NOT NULL,\n1323- miroir_task_id TEXT NOT NULL,\n1324- expires_at INTEGER NOT NULL\n1325- )\",\n1326- [],\n1327- )?;\n1328-\n1329- / Table 6: Jobs\n1330- conn.execute(\n1331- \"CREATE TABLE IF NOT EXISTS jobs (\n1332- id TEXT PRIMARY KEY,\n1333- type TEXT NOT NULL,\n1334- params TEXT NOT NULL,\n1335- state TEXT NOT NULL,\n1336- claimed_by TEXT,\n1337- claim_expires_at INTEGER,\n1338- progress TEXT NOT NULL\n1339- )\",\n1340- [],\n1341- )?;\n1342-\n1343- / Table 7: Leader lease\n1344- conn.execute(\n1345- \"CREATE TABLE IF NOT EXISTS leader_lease (\n1346- scope TEXT PRIMARY KEY,\n1347- holder TEXT NOT NULL,\n1348- expires_at INTEGER NOT NULL\n1349- )\",\n1350- [],\n1351- )?;\n1352-\n1353- / Table 8: Canaries\n1354- conn.execute(\n1355- \"CREATE TABLE IF NOT EXISTS canaries (\n1356- id TEXT PRIMARY KEY,\n1357- name TEXT NOT NULL,\n1358- index_uid TEXT NOT NULL,\n1359- interval_s INTEGER NOT NULL,\n1360- query_json TEXT NOT NULL,\n1361- assertions_json TEXT NOT NULL,\n1362- enabled INTEGER NOT NULL,\n1363- created_at INTEGER NOT NULL\n1364- )\",\n1365- [],\n1366- )?;\n1367-\n1368- / Table 9: Canary runs\n1369- conn.execute(\n1370- \"CREATE TABLE IF NOT EXISTS canary_runs (\n1371- canary_id TEXT NOT NULL,\n1372- ran_at INTEGER NOT NULL,\n1373- status TEXT NOT NULL,\n1374- latency_ms INTEGER NOT NULL,\n1375- failed_assertions_json TEXT,\n1376- PRIMARY KEY (canary_id, ran_at)\n1377- )\",\n1378- [],\n1379- )?;\n1380-\n1381- / Table 10: CDC cursors\n1382- conn.execute(\n1383- \"CREATE TABLE IF NOT EXISTS cdc_cursors (\n1384- sink_name TEXT NOT NULL,\n1385- index_uid TEXT NOT NULL,\n1386- last_event_seq INTEGER NOT NULL,\n1387- updated_at INTEGER NOT NULL,\n1388- PRIMARY KEY (sink_name, index_uid)\n1389- )\",\n1390- [],\n1391- )?;\n1392-\n1393- / Table 11: Tenant map\n1394- conn.execute(\n1395- \"CREATE TABLE IF NOT EXISTS tenant_map (\n1396- api_key_hash BLOB PRIMARY KEY,\n1397- tenant_id TEXT NOT NULL,\n1398- group_id INTEGER\n1399- )\",\n1400- [],\n1401- )?;\n1402-\n1403- / Table 12: Rollover policies\n1404- conn.execute(\n1405- \"CREATE TABLE IF NOT EXISTS rollover_policies (\n1406- name TEXT PRIMARY KEY,\n1407- write_alias TEXT NOT NULL,\n1408- read_alias TEXT NOT NULL,\n1409- pattern TEXT NOT NULL,\n1410- triggers_json TEXT NOT NULL,\n1411- retention_json TEXT NOT NULL,\n1412- template_json TEXT NOT NULL,\n1413- enabled INTEGER NOT NULL\n1414- )\",\n1415- [],\n1416- )?;"}]},"parent_tool_use_id":null,"session_id":"b8343f81-4b35-441d-b848-ad1701d2d833","uuid":"9a39d1d0-d08d-4624-96d3-eb9d089025f7","timestamp":"2026-05-13T22:21:12.924Z","tool_use_result":{"mode":"content","numFiles":0,"filenames":[],"content":"1266: fn init_schema(conn: &Connection) -> Result<()> {\n1267- / Table 1: Tasks\n1268- conn.execute(\n1269- \"CREATE TABLE IF NOT EXISTS tasks (\n1270- miroir_id TEXT PRIMARY KEY,\n1271- created_at INTEGER NOT NULL,\n1272- status TEXT NOT NULL,\n1273- node_tasks TEXT NOT NULL,\n1274- error TEXT\n1275- )\",\n1276- [],\n1277- )?;\n1278-\n1279- / Table 2: Node settings version\n1280- conn.execute(\n1281- \"CREATE TABLE IF NOT EXISTS node_settings_version (\n1282- index_uid TEXT NOT NULL,\n1283- node_id TEXT NOT NULL,\n1284- version INTEGER NOT NULL,\n1285- updated_at INTEGER NOT NULL,\n1286- PRIMARY KEY (index_uid, node_id)\n1287- )\",\n1288- [],\n1289- )?;\n1290-\n1291- / Table 3: Aliases\n1292- conn.execute(\n1293- \"CREATE TABLE IF NOT EXISTS aliases (\n1294- name TEXT PRIMARY KEY,\n1295- kind TEXT NOT NULL,\n1296- current_uid TEXT,\n1297- target_uids TEXT,\n1298- version INTEGER NOT NULL,\n1299- created_at INTEGER NOT NULL,\n1300- history TEXT NOT NULL\n1301- )\",\n1302- [],\n1303- )?;\n1304-\n1305- / Table 4: Sessions\n1306- conn.execute(\n1307- \"CREATE TABLE IF NOT EXISTS sessions (\n1308- session_id TEXT PRIMARY KEY,\n1309- last_write_mtask_id TEXT,\n1310- last_write_at INTEGER,\n1311- pinned_group INTEGER,\n1312- min_settings_version INTEGER NOT NULL,\n1313- ttl INTEGER NOT NULL\n1314- )\",\n1315- [],\n1316- )?;\n1317-\n1318- / Table 5: Idempotency cache\n1319- conn.execute(\n1320- \"CREATE TABLE IF NOT EXISTS idempotency_cache (\n1321- key TEXT PRIMARY KEY,\n1322- body_sha256 BLOB NOT NULL,\n1323- miroir_task_id TEXT NOT NULL,\n1324- expires_at INTEGER NOT NULL\n1325- )\",\n1326- [],\n1327- )?;\n1328-\n1329- / Table 6: Jobs\n1330- conn.execute(\n1331- \"CREATE TABLE IF NOT EXISTS jobs (\n1332- id TEXT PRIMARY KEY,\n1333- type TEXT NOT NULL,\n1334- params TEXT NOT NULL,\n1335- state TEXT NOT NULL,\n1336- claimed_by TEXT,\n1337- claim_expires_at INTEGER,\n1338- progress TEXT NOT NULL\n1339- )\",\n1340- [],\n1341- )?;\n1342-\n1343- / Table 7: Leader lease\n1344- conn.execute(\n1345- \"CREATE TABLE IF NOT EXISTS leader_lease (\n1346- scope TEXT PRIMARY KEY,\n1347- holder TEXT NOT NULL,\n1348- expires_at INTEGER NOT NULL\n1349- )\",\n1350- [],\n1351- )?;\n1352-\n1353- / Table 8: Canaries\n1354- conn.execute(\n1355- \"CREATE TABLE IF NOT EXISTS canaries (\n1356- id TEXT PRIMARY KEY,\n1357- name TEXT NOT NULL,\n1358- index_uid TEXT NOT NULL,\n1359- interval_s INTEGER NOT NULL,\n1360- query_json TEXT NOT NULL,\n1361- assertions_json TEXT NOT NULL,\n1362- enabled INTEGER NOT NULL,\n1363- created_at INTEGER NOT NULL\n1364- )\",\n1365- [],\n1366- )?;\n1367-\n1368- / Table 9: Canary runs\n1369- conn.execute(\n1370- \"CREATE TABLE IF NOT EXISTS canary_runs (\n1371- canary_id TEXT NOT NULL,\n1372- ran_at INTEGER NOT NULL,\n1373- status TEXT NOT NULL,\n1374- latency_ms INTEGER NOT NULL,\n1375- failed_assertions_json TEXT,\n1376- PRIMARY KEY (canary_id, ran_at)\n1377- )\",\n1378- [],\n1379- )?;\n1380-\n1381- / Table 10: CDC cursors\n1382- conn.execute(\n1383- \"CREATE TABLE IF NOT EXISTS cdc_cursors (\n1384- sink_name TEXT NOT NULL,\n1385- index_uid TEXT NOT NULL,\n1386- last_event_seq INTEGER NOT NULL,\n1387- updated_at INTEGER NOT NULL,\n1388- PRIMARY KEY (sink_name, index_uid)\n1389- )\",\n1390- 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row.get(6)?,\n })\n })\n }\n\n async fn leader_lease_acquire(&self, lease: &LeaderLease) -> Result {\n let conn = self\n .conn\n .lock()\n .map_err(|e| TaskStoreError::Internal(e.to_string()))?;\n let tx = conn.unchecked_transaction()?;\n\n let now = chrono::Utc::now().timestamp_millis() as u64;\n\n // Check if there's an existing valid lease for this scope\n let existing: Option<(String, u64)> = tx\n .query_row(\n \"SELECT scope, expires_at FROM leader_lease WHERE scope = ?1 AND expires_at > ?2\",\n [&lease.scope as &dyn rusqlite::ToSql, &now as &dyn rusqlite::ToSql],\n |row| Ok((row.get(0)?, row.get(1)?)),\n )\n .ok();\n\n let acquired = if existing.is_some() {\n false\n } else {\n tx.execute(\n \"INSERT OR REPLACE INTO leader_lease (scope, holder, expires_at)\n VALUES (?1, ?2, ?3)\",\n [\n &lease.scope as &dyn rusqlite::ToSql,\n &lease.holder,\n &lease.expires_at,\n ],\n )?;\n true\n };\n\n tx.commit()?;\n Ok(acquired)\n }\n\n async fn leader_lease_release(&self, scope: &str) -> 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score_comparability.rs\n-rw-r--r-- 1 coding users 7493 May 9 10:46 task.rs\ndrwxr-xr-x 2 coding users 4096 May 13 18:17 task_store\n-rw-r--r-- 1 coding users 24871 May 9 10:52 topology.rs","is_error":false}]},"parent_tool_use_id":null,"session_id":"9afbbc94-f816-45f4-8a8f-2d591ea0b1b2","uuid":"336edea0-faec-4756-bb65-01817f92123c","timestamp":"2026-05-13T22:23:58.217Z","tool_use_result":{"stdout":"total 264\ndrwxr-xr-x 7 coding users 4096 May 9 15:27 .\ndrwxr-xr-x 5 coding users 4096 May 9 10:08 ..\n-rw-r--r-- 1 coding users 3869 May 8 15:17 anti_entropy.rs\ndrwxr-xr-x 2 coding users 4096 May 9 15:17 config\ndrwxr-xr-x 2 coding users 4096 May 8 15:17 config.bak\n-rw-r--r-- 1 coding users 22782 May 9 15:17 config.rs\n-rw-r--r-- 1 coding users 845 May 9 15:20 error.rs\n-rw-r--r-- 1 coding users 3596 May 9 15:27 hedging.rs\n-rw-r--r-- 1 coding users 694 May 9 15:27 lib.rs\n-rw-r--r-- 1 coding users 30764 May 9 11:09 merger.rs\n-rw-r--r-- 1 coding users 28795 May 9 02:05 migration.rs\n-rw-r--r-- 1 coding users 11182 May 9 15:27 query_planner.rs\ndrwxr-xr-x 2 coding users 4096 May 8 15:17 raft_proto\n-rw-r--r-- 1 coding users 4780 May 9 15:27 replica_selection.rs\ndrwxr-xr-x 2 coding users 4096 May 9 15:27 reshard\n-rw-r--r-- 1 coding users 20110 May 9 15:20 reshard.rs\n-rw-r--r-- 1 coding users 27166 May 9 15:19 router.rs\n-rw-r--r-- 1 coding users 6828 May 9 10:46 scatter.rs\n-rw-r--r-- 1 coding users 19250 May 8 19:34 score_comparability.rs\n-rw-r--r-- 1 coding users 7493 May 9 10:46 task.rs\ndrwxr-xr-x 2 coding users 4096 May 13 18:17 task_store\n-rw-r--r-- 1 coding users 24871 May 9 10:52 topology.rs","stderr":"","interrupted":false,"isImage":false,"noOutputExpected":false}} +{"type":"user","message":{"role":"user","content":[{"tool_use_id":"call_321ed56705eb40de9da27639","type":"tool_result","content":"0\t# Miroir — Implementation Plan\n1\t\n2\t**Multi-node Index Replication Orchestrator, Integrated Rebalancing**\n3\t\n4\tMiroir is a RAID-like sharding and high-availability layer for Meilisearch Community Edition. It stripes a large index across a fleet of Meilisearch nodes, fans out search queries across all shards, merges ranked results, and rebalances shard assignments when nodes are added or removed — all without Meilisearch Enterprise.\n5\t\n6\t---\n7\t\n8\t## Table of Contents\n9\t\n10\t1. [Design Principles](#1-design-principles)\n11\t2. [Architecture](#2-architecture)\n12\t3. [Document, Index, and Search Lifecycle](#3-document-index-and-search-lifecycle)\n13\t4. [Implementation](#4-implementation)\n14\t5. [API Surface and Compatibility](#5-api-surface-and-compatibility)\n15\t6. [Deployment](#6-deployment)\n16\t7. [CI/CD](#7-cicd)\n17\t8. [Testing](#8-testing)\n18\t9. [Secrets Handling](#9-secrets-handling)\n19\t10. [Observability](#10-observability)\n20\t11. [Onboarding](#11-onboarding)\n21\t12. [Delivered Artifacts](#12-delivered-artifacts)\n22\t13. [Advanced Capabilities](#13-advanced-capabilities)\n23\t14. [Resource Envelope and Horizontal Scaling](#14-resource-envelope-and-horizontal-scaling)\n24\t15. [Open Problems](#15-open-problems)\n25\t\n26\t---\n27\t\n28\t## 1. Design Principles\n29\t\n30\t1. **Invisible federation** — clients talk to one endpoint using the standard Meilisearch API. The sharding topology is entirely hidden. No SDK changes, no query changes, no schema changes.\n31\t2. **No Enterprise dependency** — all functionality is built on Meilisearch Community Edition (MIT licensed).\n32\t3. **Rendezvous hashing** — same algorithm Meilisearch Enterprise uses internally; minimal reshuffling on topology change, natural RF > 1 support.\n33\t4. **RF-configurable redundancy** — RF=1 for maximum capacity, RF=2 for one-node-loss tolerance, RF=3 for two-node-loss tolerance.\n34\t5. **Graceful degradation** — when a shard is unavailable, return partial results with a clear header rather than failing the entire request.\n35\t6. **Static binaries, scratch images** — musl compilation + scratch Docker base for minimal attack surface and trivial deployment.\n36\t7. **GitOps first** — all deployment configuration committed to `jedarden/declarative-config`; ArgoCD drives all cluster changes.\n37\t8. **Fixed per-pod resource envelope** — each Miroir orchestrator pod fits within **2 vCPU / 3.75 GB RAM**. When aggregate workload exceeds this envelope, scale **horizontally** by adding pods, never vertically beyond the envelope. The request path is strictly stateless; background work partitions across pods via shard-partitioned ownership, leader election, or a shared job queue. See Section 14.\n38\t\n39\t### Key constraints\n40\t\n41\t- **Logical shard count (S) is fixed at index creation** — this is the granularity of the hash space, not the number of physical machines. It determines how finely the keyspace is divided. Changing S requires a full reindex. Choose generously, per group: `S = max_nodes_per_group_ever × 8`. S is scoped to a single replica group because rendezvous assignment runs within each group independently (see Section 2); adding groups multiplies throughput without consuming additional S headroom.\n42\t- **Node count (N) is fully elastic** — nodes can be added or removed at any time without a full reindex. Adding a node to a group migrates only the `~1/(Ng+1)` fraction of that group's documents whose shard assignments change, where Ng is the number of nodes in the affected group. Documents in other groups are untouched. Removing a node migrates only that node's documents to surviving nodes within its own group. The rest of the corpus is untouched.\n43\t- All Meilisearch nodes must have **identical index settings** at all times. Miroir enforces this by broadcasting settings atomically.\n44\t- Documents **must** have an explicit primary key declared at index creation. Miroir cannot shard-route without it.\n45\t\n46\t---\n47\t\n48\t## 2. Architecture\n49\t\n50\t### Core model\n51\t\n52\tMiroir treats a fleet of Meilisearch CE instances the way software RAID treats a disk array, with an additional dimension for read throughput: **replica groups**.\n53\t\n54\t- The logical index is divided into **S shards** — a fixed hash-space granularity chosen at index creation\n55\t- The node fleet is divided into **RG replica groups** — independent pools each holding a complete copy of all shards\n56\t- Within each group, each shard is held by **RF nodes** (intra-group replication factor, for HA within the group)\n57\t- Every write fans out to all `RG × RF` target nodes (one per shard per group replica)\n58\t- Every search query is routed to exactly **one replica group** — the query fans out only to that group's covering set, not the entire fleet\n59\t- Read throughput scales with RG: doubling the groups doubles query capacity\n60\t- Storage capacity scales with total nodes: adding a node to a group reduces each node's share within that group\n61\t- The **node fleet is elastic**: nodes can be added to existing groups (capacity scaling) or new groups can be added (throughput scaling), both without a full reindex\n62\t- When the fleet topology changes, the orchestrator rebalances only the affected shards within the affected group\n63\t\n64\t```\n65\tClient\n66\t │\n67\t ▼\n68\tMiroir Orchestrator\n69\t ├── Write path: hash(doc_id) → shard → fan out to RF nodes in EACH group (RG × RF total)\n70\t ├── Read path: pick one group → scatter to that group's covering set → merge results\n71\t └── Rebalance: on node add/remove within a group → migrate minimum shards within that group\n72\t\n73\t Replica Group 0 Replica Group 1\n74\t ┌──────────────────┐ ┌──────────────────┐\n75\t │ node-0 node-1 │ │ node-3 node-4 │ ... (RG groups)\n76\t │ node-2 │ │ node-5 │\n77\t └──────────────────┘ └──────────────────┘\n78\t (each group holds all S shards, distributed across its nodes)\n79\t```\n80\t\n81\t### Replication factor\n82\t\n83\t| RF | Redundancy | Node failures tolerated | Capacity |\n84\t|----|-----------|------------------------|----------|\n85\t| 1 | None (stripe only) | 0 | 100% of fleet |\n86\t| 2 | One replica | 1 per shard group | 50% of fleet |\n87\t| 3 | Two replicas | 2 per shard group | 33% of fleet |\n88\t\n89\t### Shard routing — Rendezvous hashing (HRW) within groups\n90\t\n91\tMiroir uses **Rendezvous hashing (HRW)** to assign shards to nodes. The assignment is scoped **within each replica group** — the rendezvous hash picks the top-RF nodes from a group's node list, not the global node list. This guarantees that every group independently forms a complete covering set with no cross-group shard overlap.\n92\t\n93\t```\n94\tnodes_in_group(g) → the subset of nodes belonging to replica group g\n95\tassign_shard(shard_id, g) → top RF nodes from nodes_in_group(g)\n96\t by score(hash(shard_id || node_id))\n97\t\n98\twrite_targets(shard_id) → [assign_shard(shard_id, g) for g in 0..RG]\n99\t (flat union across all groups — RG × RF nodes total)\n100\t\n101\tsearch_group(query_seq) → query_seq % RG (round-robin across groups)\n102\tsearch_nodes(query) → covering_set within search_group(query)\n103\t```\n104\t\n105\tWhy group-scoped assignment matters: if rendezvous ran over the global node list, both replicas of a shard might land on nodes in the same group, leaving the other group without coverage of that shard. Scoping to the group prevents this.\n106\t\n107\tProperties:\n108\t- On node addition within a group: only `~1/(Ng+1)` of that group's documents migrate, where Ng = nodes per group\n109\t- On node removal within a group: only `~RF/Ng` of that group's documents migrate\n110\t- Both operations leave other groups and all unaffected shards completely untouched\n111\t- No virtual nodes needed — rendezvous is naturally uniform\n112\t- Deterministic — any component can compute assignments from the same node list; no coordination required\n113\t\n114\tThe hash function is **twox-hash (xxhash family)** — the same function Meilisearch Enterprise uses for document sharding.\n115\t\n116\t### Write path\n117\t\n118\t1. Client sends `POST /indexes/{index}/documents` with a batch of documents\n119\t2. Orchestrator extracts the document primary key for each document\n120\t3. For each document: `shard_id = hash(doc_id) % S`\n121\t4. **Inject `_miroir_shard`**: add `\"_miroir_shard\": shard_id` to each document before forwarding. This field is stored on the node and used during rebalancing to retrieve documents by shard without a full scan. It is stripped from all API responses before returning to clients.\n122\t5. For each replica group g in `0..RG`: compute `assign_shard(shard_id, g)` → the RF nodes within that group that own this shard\n123\t6. Fan out: send each document to all `RG × RF` target nodes in parallel (grouped into per-node batches)\n124\t7. Apply the two-rule quorum described below; set `X-Miroir-Degraded` on any group that missed its per-group quorum\n125\t8. Return Miroir task ID to client\n126\t\n127\t**Write quorum — two rules.**\n128\t\n129\t1. **Per-group quorum.** A group is successful for a shard when at least `floor(RF/2) + 1` of its RF target nodes ACK enqueue. (RF=1 → 1 ACK; RF=2 → 2 ACKs; RF=3 → 2 ACKs; RF=4 → 3 ACKs.)\n130\t2. **Write success.** The write returns HTTP 200 if **at least one group** met its per-group quorum for the shard. The response carries `X-Miroir-Degraded` whenever **any** group did not meet its quorum for any shard in the batch (listing the affected groups and shards). HTTP 503 with `miroir_no_quorum` is returned only when **no group** met its per-group quorum for a given shard.\n131\t\n132\tExamples:\n133\t\n134\t| Topology | Per-group quorum | Write succeeds when |\n135\t|----------|------------------|---------------------|\n136\t| RG=1, RF=1 | 1 of 1 | that one node ACKs |\n137\t| RG=1, RF=2 | 2 of 2 | both replicas ACK |\n138\t| RG=1, RF=3 | 2 of 3 | any 2 of the 3 replicas ACK |\n139\t| RG=2, RF=1 | 1 of 1 per group | at least one of the two groups' single node ACKs |\n140\t| RG=2, RF=3 | 2 of 3 per group | either group reaches 2-of-3 ACKs |\n141\t\n142\tDocuments whose replicas did not ACK are not lost: any group that accepted the write becomes the authoritative source, and the anti-entropy reconciler (§13.8) subsequently repairs any replica that missed the write on the next pass. This composition — best-effort fan-out, per-shard success when at least one group reaches quorum, plus continuous reconciliation — is the long-term safety net and the concrete expression of Design Principle 5 (graceful degradation) for the write path. This not-lost guarantee depends on `anti_entropy.enabled: true` (§13.8, default on). When anti-entropy is disabled, writes that don't reach every replica remain permanently divergent; operators running with anti-entropy off must either require full-replica-set writes (e.g., stricter client retries) or provide their own reconciliation.\n143\t\n144\t**`_miroir_shard` is a reserved field name**: clients must not use a field with this name. Miroir rejects any document that already contains `_miroir_shard` with a `miroir_reserved_field` error.\n145\t\n146\t**Index settings and schema changes**: broadcast to all nodes in all groups. Index creation additionally broadcasts a settings update to add `_miroir_shard` to `filterableAttributes` on every node — this is required for efficient rebalancing.\n147\t\n148\t### Read path\n149\t\n150\t1. Client sends `POST /indexes/{index}/search`\n151\t2. Orchestrator selects a **replica group** for this query: `group = query_sequence_number % RG` (round-robin ensures even load across groups). The `query_sequence_number` is a per-pod counter, not a cluster-wide one — under the multi-pod deployment of §14, cluster-wide balance across groups therefore depends on the Kubernetes Service load-balancer distributing incoming requests uniformly across Miroir pods (which it does for the default random / round-robin kube-proxy policies). See §14.4.\n152\t3. Within the selected group, build a **covering set**: one node per shard (round-robin across intra-group replicas for load balancing within the group)\n153\t4. Fan out the query to each node in the covering set in parallel, with `showRankingScore: true` appended\n154\t5. Each node executes a full Meilisearch search against its local document subset\n155\t6. **Result merge**: collect all hits, sort globally by `_rankingScore` descending, apply original `offset`/`limit`, strip `_rankingScore` if client did not request it, strip `_miroir_shard` always\n156\t7. **Facets**: sum per-value counts across the covering set nodes\n157\t8. **estimatedTotalHits**: sum across covering set nodes\n158\t9. **processingTimeMs**: report max across covering set nodes\n159\t\n160\tThe query only touches `N/RG` nodes (the nodes in the selected group), not the entire fleet. Adding more groups reduces the fan-out size per query and increases the number of queries that can run in parallel across the fleet.\n161\t\n162\t**Score comparability**: `_rankingScore` values are comparable across shards only if all nodes have identical ranking rules, typo tolerance, attribute weights, and synonyms. Miroir enforces this via the settings broadcast requirement. Because all groups receive identical settings changes, inter-group score comparability is also maintained (relevant for degraded-mode fallback, below).\n163\t\n164\t**Group unavailability fallback**: if the selected group has an unhealthy node and the shard's intra-group RF cannot cover it, Miroir can optionally fall back to a different group for that query. The result is still complete and correct — it just came from a different group. This is transparent to the client.\n165\t\n166\t**offset/limit**: each node must return up to `offset + limit` results. The orchestrator applies the real offset/limit after global merge.\n167\t\n168\t### Replica groups in practice\n169\t\n170\tReplica groups make read throughput a first-class scaling dimension, independent of storage capacity.\n171\t\n172\t```\n173\tExample: S=6 shards, RG=2 groups, RF=1 per group, 6 nodes total\n174\t\n175\tGroup 0: nodes [0, 1, 2] Group 1: nodes [3, 4, 5]\n176\t shard 0 → node 0 shard 0 → node 3\n177\t shard 1 → node 1 shard 1 → node 4\n178\t shard 2 → node 2 shard 2 → node 5\n179\t shard 3 → node 0 shard 3 → node 3\n180\t shard 4 → node 1 shard 4 → node 4\n181\t shard 5 → node 2 shard 5 → node 5\n182\t\n183\tWrite for doc-X (shard 2): → node-2 (group 0) AND node-5 (group 1) [2 writes]\n184\tQuery 1: → group 0 → nodes [0, 1, 2] [3 node fan-out]\n185\tQuery 2: → group 1 → nodes [3, 4, 5] [3 node fan-out]\n186\tQuery 3: → group 0 → nodes [0, 1, 2] [queries 1 and 3 run fully in parallel]\n187\t```\n188\t\n189\tWith RG=2, two queries can execute simultaneously with zero resource contention. Adding a third group triples throughput, and so on.\n190\t\n191\t**Tradeoffs table**\n192\t\n193\t| RG | RF | Copies/doc | Read throughput | Storage per node | HA (within group) |\n194\t|----|-----|-----------|----------------|-----------------|------------------|\n195\t| 1 | 1 | 1 | 1× | full | none |\n196\t| 1 | 2 | 2 | 1× (replicas share load) | half | 1 node failure |\n197\t| 1 | 3 | 3 | 1× | third | 2 node failures |\n198\t| 2 | 1 | 2 | **2×** | half per group | none |\n199\t| 2 | 2 | 4 | **2×** | quarter per group | 1 node failure per group |\n200\t| 3 | 1 | 3 | **3×** | third per group | none |\n201\t| RG | RF | RG×RF | **RG×** | 1/(RG×RF) | RF−1 per group |\n202\t\n203\t`RF=1, RG=2` and `RF=2, RG=1` both store 2 copies of each document but behave differently:\n204\t- `RF=2, RG=1`: both copies in one group; each query uses that group (one query at a time per shard); tolerates 1 node failure within the group\n205\t- `RF=1, RG=2`: one copy in each group; queries alternate between groups (two fully parallel query streams); no intra-group HA\n206\t\n207\tChoose RG for throughput, RF for HA. They compose independently.\n208\t\n209\t**When to add a group vs. add a node to an existing group:**\n210\t\n211\t- Add a node to an existing group when the bottleneck is **per-node storage or indexing CPU** — the rebalancer distributes shards more finely within the group, each node holds fewer documents\n212\t- Add a new group when the bottleneck is **search query throughput** — the new group handles a separate stream of queries independently; existing groups are unaffected\n213\t\n214\t### Topology changes\n215\t\n216\tAll topology operations are scoped to a single replica group. Changes to one group do not affect other groups' data or query routing.\n217\t\n218\t**Adding a node to an existing group (capacity scaling; movement: ~1/(Ng+1) of that group's documents):**\n219\t1. Assign the new node to a group (config `replica_group` field); mark `joining`\n220\t2. Recompute shard assignments within that group — approximately `S/(Ng+1)` shards now prefer the new node\n221\t3. Dual-write: new inbound writes for affected shards in this group go to both the old owner and the new node\n222\t4. Background migration: for each affected shard, use `GET /indexes/{uid}/documents?filter=_miroir_shard={id}&limit=1000&offset=...` to page through only that shard's documents on the source node; write each page to the new node\n223\t5. Once all pages are transferred, mark node `active`; stop dual-write; delete migrated shard from old node with `filter=_miroir_shard={id}`\n224\t\n225\tDocuments on unaffected shards, and all documents in other groups, are never touched.\n226\t\n227\t**Adding a new replica group (throughput scaling; no migration of existing groups):**\n228\t1. Provision new nodes and assign them to a new group ID in config\n229\t2. Mark the new group `initializing` — queries are not yet routed to it\n230\t3. Background sync: for each shard, copy all documents from any healthy existing group to the new group's nodes using `filter=_miroir_shard={id}` pagination; new inbound writes fan out to the new group immediately\n231\t4. Once all shards are fully synced, mark the group `active` — queries begin routing to it in round-robin\n232\t5. Existing groups continue serving queries throughout; there is no read interruption\n233\t\n234\t**Removing a node from a group (movement: ~RF/Ng of that group's documents):**\n235\t1. Mark node `draining`; stop routing writes for its shards to it\n236\t2. Recompute assignments within the group — affected shards reassigned to surviving nodes\n237\t3. Background migration: copy affected shards to new owners using `filter=_miroir_shard={id}`\n238\t4. Once complete, mark `removed`; operator deletes the pod and PVC\n239\t\n240\t**Removing a replica group (decommission a query pool):**\n241\t1. Mark the group `draining` — queries stop routing to it immediately\n242\t2. The group's nodes can be decommissioned; no data migration needed (other groups hold the documents)\n243\t3. Remove nodes from config; operator deletes pods and PVCs\n244\t\n245\t**Node failure (unplanned):**\n246\t1. Health check detects failure; mark `failed`, stop routing writes to it\n247\t2. If RF > 1 within the group: surviving replicas serve reads for affected shards — no migration needed immediately\n248\t3. For reads: if the failed node's shards have no intra-group replica, fall back to a healthy group for those shards\n249\t4. Schedule background replication to restore RF within the group; degrade to cross-group fallback until restored\n250\t\n251\t### K8s deployment model\n252\t\n253\t```\n254\t ┌─────────────────────┐\n255\t Client ──────────►│ Miroir Orchestrator │ Deployment, replicas: 2+ via HPA (see §14.4)\n256\t │ (proxy + router) │\n257\t └──────┬──────────────┘\n258\t writes to both ──┴── reads from one group per query\n259\t │ │\n260\t ┌───────┴──────┐ ┌────────┴──────┐\n261\t │ Group 0 │ │ Group 1 │\n262\t │ (query pool)│ │ (query pool) │\n263\t ▼ ▼ ▼ ▼ ▼ ▼\n264\t meili-0 meili-1 meili-2 meili-3 meili-4 meili-5 StatefulSet\n265\t RWO PVC RWO PVC RWO PVC RWO PVC RWO PVC RWO PVC one PVC per pod\n266\t```\n267\t\n268\t- Each Meilisearch node is a pod in a StatefulSet with its own RWO PVC\n269\t- All nodes in the same group together cover all shards; each query goes to one group only\n270\t- Orchestrator is stateless — routing derived deterministically from config; can run 1-2 replicas\n271\t- Redis required for shared task state when running 2 Miroir replicas\n272\t\n273\t### Three independent scaling dimensions\n274\t\n275\tMiroir has three knobs that interact but are independently adjustable:\n276\t\n277\t| Parameter | What it controls | Fixed? | Change cost |\n278\t|-----------|-----------------|--------|-------------|\n279\t| S (shards) | hash-space granularity; sets the maximum useful node count per group | **Fixed at index creation** | Full reindex to change |\n280\t| RG (replica_groups) | number of independent query pools; search throughput multiplier | Elastic | Add group: background sync to new nodes; remove group: instant |\n281\t| RF (replication_factor) | intra-group copies per shard; HA within a group | Elastic | Add replica: migrate shard copies to new nodes; remove: delete from departed node |\n282\t\n283\t**Choosing S:** base it on the maximum number of nodes you ever expect in a single group, not total nodes across all groups. Groups are independent — each group has `S / Ng` shards per node (where Ng = nodes in the group). The global node count is `RG × Ng`.\n284\t\n285\t| Max nodes per group ever | Recommended S |\n286\t|-------------------------|---------------|\n287\t| 2–4 | 16 |\n288\t| 4–8 | 32 |\n289\t| 8–16 | 64 |\n290\t| 16–32 | 128 |\n291\t\n292\tRule of thumb: `S = max_nodes_per_group_ever × 8`. A fleet that starts at 2 nodes per group and grows to 60 per group needs S ≥ 480 (use 512). You can always add more groups (and multiply throughput) without any S constraint — groups are independent.\n293\t\n294\tThe only operation that requires a full reindex is increasing S. Changing RG or N (adding/removing groups or nodes) never requires a full reindex.\n295\t\n296\t---\n297\t\n298\t## 3. Document, Index, and Search Lifecycle\n299\t\n300\t### Primary key requirement\n301\t\n302\tMiroir routes every document via `hash(primary_key) % S`. The primary key must be known at ingest time. Miroir requires an explicit primary key on every index and rejects any document batch without a resolvable primary key before touching any node.\n303\t\n304\t### Index lifecycle\n305\t\n306\t**Create:** Broadcast to all N nodes. Every node creates an empty index with the same UID and settings. All nodes must be reachable; partial creation is rolled back.\n307\t\n308\t**Settings changes:** Broadcast atomically. _(Superseded by two-phase broadcast — see §13.5. The sequential flow below remains available as `settings_broadcast.strategy: sequential` for legacy compatibility; `two_phase` is the default.)_ Applied sequentially with rollback on partial failure:\n309\t1. Apply to node-0, verify\n310\t2. Apply to node-1, verify\n311\t3. Continue through fleet\n312\t4. If any node fails: revert all previously applied nodes\n313\t\n314\tA partial settings apply produces non-uniform ranking across shards and corrupts merged results. This is the highest-risk operation in the lifecycle — the driving motivation for the two-phase broadcast in §13.5.\n315\t\n316\t**Delete:** Broadcast to all nodes.\n317\t\n318\t**Stats:** `GET /indexes/{uid}/stats` fans out to all nodes; sum `numberOfDocuments` and merge `fieldDistribution`.\n319\t\n320\t### Document lifecycle\n321\t\n322\t**Ingest (add/replace):**\n323\t\n324\tPer document:\n325\t1. Extract primary key value\n326\t2. `shard_id = hash(primary_key) % S`\n327\t3. Nodes = rendezvous top-RF for `shard_id`\n328\t4. Inject `\"_miroir_shard\": shard_id` into the document\n329\t5. Assign document to those nodes\n330\t\n331\tPer batch — group documents by target node set, one batched request per node:\n332\t```\n333\tOriginal: [doc-A (shard 3), doc-B (shard 7), doc-C (shard 3), doc-D (shard 11)]\n334\t\n335\tshard 3 → nodes [0,2]: node-0 gets [doc-A,doc-C], node-2 gets [doc-A,doc-C]\n336\tshard 7 → nodes [1,2]: node-1 gets [doc-B], node-2 gets [doc-B]\n337\tshard 11 → nodes [0,1]: node-0 gets [doc-D], node-1 gets [doc-D]\n338\t\n339\tnode-0 request: [doc-A, doc-C, doc-D]\n340\tnode-1 request: [doc-B, doc-D]\n341\tnode-2 request: [doc-A, doc-C, doc-B]\n342\t```\n343\t\n344\tAll node requests issued in parallel.\n345\t\n346\t**Partial update:** Route identically to ingest — hash the primary key, send to same RF nodes.\n347\t\n348\t**Delete by ID:** Hash primary key → find shard → send delete to all RF replicas.\n349\t\n350\t**Delete by filter:** Broadcast to all N nodes (cannot be shard-routed).\n351\t\n352\t**Get by ID:** Hash primary key → read from any one replica (round-robin).\n353\t\n354\t### Task ID reconciliation\n355\t\n356\tEvery Meilisearch write returns a `taskUid`. Nodes have independent sequences. Miroir presents a unified task namespace:\n357\t\n358\t```\n359\tClient write\n360\t → fan out to K nodes\n361\t → each node returns local taskUid (node-0: 42, node-1: 17, node-2: 88)\n362\t → orchestrator generates Miroir task ID (e.g., mtask-00391)\n363\t → stores mapping: mtask-00391 → {node-0: 42, node-1: 17, node-2: 88}\n364\t → returns mtask-00391 to client\n365\t\n366\tGET /tasks/mtask-00391\n367\t → poll all mapped node tasks\n368\t → \"processing\" if any node still processing\n369\t → \"succeeded\" only when all nodes report \"succeeded\"\n370\t → \"failed\" if any node failed, includes error detail\n371\t```\n372\t\n373\tTask mappings are persisted durably (SQLite or Redis) to survive Miroir restarts.\n374\t\n375\t### Partial availability during search\n376\t\n377\t**`unavailable_shard_policy: partial`** (default): If a shard is completely unavailable, return best results from available shards with response header `X-Miroir-Degraded: shards=3,7,11`.\n378\t\n379\t**`unavailable_shard_policy: error`**: Return HTTP 503 with JSON error body indicating unavailable shards.\n380\t\n381\t---\n382\t\n383\t## 4. Implementation\n384\t\n385\t### Language and runtime\n386\t\n387\t**Rust.** Rationale:\n388\t- Zero-cost async scatter-gather (Tokio task fan-out maps naturally to fan-out patterns)\n389\t- `twox-hash` crate provides the same hash family Meilisearch Enterprise uses — identical results provable\n390\t- Static musl binaries simplify Docker image production (scratch base, no libc)\n391\t- Existing operator toolchain (forge, NEEDLE, ARMOR, CLASP, SIGIL) is Rust — no new CI infrastructure\n392\t\n393\t### Crate layout\n394\t\n395\t```\n396\tmiroir/\n397\t├── Cargo.toml (workspace)\n398\t├── crates/\n399\t│ ├── miroir-core/ (library: routing, merging, topology)\n400\t│ │ └── src/\n401\t│ │ ├── router.rs (rendezvous hash, shard assignment)\n402\t│ │ ├── topology.rs (node registry, health state machine)\n403\t│ │ ├── scatter.rs (fan-out logic, covering set builder)\n404\t│ │ ├── merger.rs (result merging, facet aggregation)\n405\t│ │ ├── task.rs (task registry, ID reconciliation)\n406\t│ │ └── config.rs (Config struct, validation)\n407\t│ ├── miroir-proxy/ (binary: HTTP proxy server)\n408\t│ │ └── src/\n409\t│ │ ├── routes/\n410\t│ │ │ ├── documents.rs\n411\t│ │ │ ├── search.rs\n412\t│ │ │ ├── indexes.rs\n413\t│ │ │ ├── settings.rs\n414\t│ │ │ ├── tasks.rs\n415\t│ │ │ ├── health.rs\n416\t│ │ │ └── admin.rs (/_miroir/ management API)\n417\t│ │ ├── auth.rs\n418\t│ │ └── middleware.rs (logging, tracing, metrics)\n419\t│ └── miroir-ctl/ (binary: CLI for topology management)\n420\t│ └── src/commands/\n421\t│ ├── status.rs\n422\t│ ├── node.rs\n423\t│ ├── rebalance.rs\n424\t│ ├── reshard.rs (§13.1)\n425\t│ ├── verify.rs\n426\t│ ├── task.rs (§11)\n427\t│ ├── dump.rs (§13.9)\n428\t│ ├── alias.rs (§13.7)\n429\t│ ├── canary.rs (§13.18)\n430\t│ ├── ttl.rs (§13.14)\n431\t│ ├── cdc.rs (§13.13)\n432\t│ ├── shadow.rs (§13.16)\n433\t│ ├── ui.rs (§13.21 search UI config, §13.19 admin UI auth helpers)\n434\t│ ├── tenant.rs (§13.15)\n435\t│ └── explain.rs (§13.20)\n436\t```\n437\t\n438\t### Key dependencies\n439\t\n440\t| Crate | Purpose |\n441\t|-------|---------|\n442\t| `axum` | HTTP server framework |\n443\t| `tokio` | Async runtime (multi-threaded) |\n444\t| `reqwest` | HTTP client for node forwarding |\n445\t| `twox-hash` | xxhash (same as Meilisearch EE) |\n446\t| `serde` + `serde_json` | Serialization |\n447\t| `config` | YAML/TOML/env layered configuration |\n448\t| `rusqlite` | Task registry (embedded SQLite) |\n449\t| `prometheus` | Metrics exposition |\n450\t| `tracing` + `tracing-subscriber` | Structured logging and spans |\n451\t| `clap` | CLI argument parsing (`miroir-ctl`) |\n452\t| `uuid` | Miroir task ID generation |\n453\t\n454\t### Rendezvous hash implementation\n455\t\n456\t```rust\n457\t// miroir-core/src/router.rs\n458\tuse twox_hash::XxHash64;\n459\tuse std::hash::{Hash, Hasher};\n460\t\n461\tpub fn score(shard_id: u32, node_id: &str) -> u64 {\n462\t let mut h = XxHash64::with_seed(0);\n463\t shard_id.hash(&mut h);\n464\t node_id.hash(&mut h);\n465\t h.finish()\n466\t}\n467\t\n468\t/// Assign a shard to `rf` nodes within a single replica group.\n469\t/// `group_nodes` is the subset of nodes belonging to that group.\n470\tpub fn assign_shard_in_group(shard_id: u32, group_nodes: &[NodeId], rf: usize) -> Vec {\n471\t let mut scored: Vec<(u64, &NodeId)> = group_nodes\n472\t .iter()\n473\t .map(|n| (score(shard_id, n.as_str()), n))\n474\t .collect();\n475\t scored.sort_unstable_by(|a, b| b.0.cmp(&a.0));\n476\t scored.into_iter().take(rf).map(|(_, n)| n.clone()).collect()\n477\t}\n478\t\n479\t/// All write targets for a document: the RF nodes in EACH replica group.\n480\tpub fn write_targets(shard_id: u32, topology: &Topology) -> Vec {\n481\t topology.groups().flat_map(|group| {\n482\t assign_shard_in_group(shard_id, group.nodes(), topology.rf)\n483\t }).collect()\n484\t}\n485\t\n486\t/// Select the replica group for a query (round-robin by query counter).\n487\tpub fn query_group(query_seq: u64, replica_groups: u32) -> u32 {\n488\t (query_seq % replica_groups as u64) as u32\n489\t}\n490\t\n491\t/// The covering set for a search: one node per shard within the chosen group.\n492\tpub fn covering_set(shard_count: u32, group: &Group, rf: usize, query_seq: u64) -> Vec {\n493\t (0..shard_count).map(|shard_id| {\n494\t let replicas = assign_shard_in_group(shard_id, group.nodes(), rf);\n495\t // rotate through replicas for intra-group load balancing\n496\t replicas[(query_seq as usize) % replicas.len()].clone()\n497\t }).collect::>().into_iter().collect()\n498\t // deduplicated: a node covering multiple shards appears once, searches all its shards\n499\t}"}]},"parent_tool_use_id":null,"session_id":"9afbbc94-f816-45f4-8a8f-2d591ea0b1b2","uuid":"fa05833d-4ec5-4bf9-889e-7e93fcf72bc6","timestamp":"2026-05-13T22:23:59.469Z","tool_use_result":{"type":"text","file":{"filePath":"/home/coding/miroir/docs/plan/plan.md","content":"# Miroir — Implementation Plan\n\n**Multi-node Index Replication Orchestrator, Integrated Rebalancing**\n\nMiroir is a RAID-like sharding and high-availability layer for Meilisearch Community Edition. It stripes a large index across a fleet of Meilisearch nodes, fans out search queries across all shards, merges ranked results, and rebalances shard assignments when nodes are added or removed — all without Meilisearch Enterprise.\n\n---\n\n## Table of Contents\n\n1. [Design Principles](#1-design-principles)\n2. [Architecture](#2-architecture)\n3. [Document, Index, and Search Lifecycle](#3-document-index-and-search-lifecycle)\n4. [Implementation](#4-implementation)\n5. [API Surface and Compatibility](#5-api-surface-and-compatibility)\n6. [Deployment](#6-deployment)\n7. [CI/CD](#7-cicd)\n8. [Testing](#8-testing)\n9. [Secrets Handling](#9-secrets-handling)\n10. [Observability](#10-observability)\n11. [Onboarding](#11-onboarding)\n12. [Delivered Artifacts](#12-delivered-artifacts)\n13. [Advanced Capabilities](#13-advanced-capabilities)\n14. [Resource Envelope and Horizontal Scaling](#14-resource-envelope-and-horizontal-scaling)\n15. [Open Problems](#15-open-problems)\n\n---\n\n## 1. Design Principles\n\n1. **Invisible federation** — clients talk to one endpoint using the standard Meilisearch API. The sharding topology is entirely hidden. No SDK changes, no query changes, no schema changes.\n2. **No Enterprise dependency** — all functionality is built on Meilisearch Community Edition (MIT licensed).\n3. **Rendezvous hashing** — same algorithm Meilisearch Enterprise uses internally; minimal reshuffling on topology change, natural RF > 1 support.\n4. **RF-configurable redundancy** — RF=1 for maximum capacity, RF=2 for one-node-loss tolerance, RF=3 for two-node-loss tolerance.\n5. **Graceful degradation** — when a shard is unavailable, return partial results with a clear header rather than failing the entire request.\n6. **Static binaries, scratch images** — musl compilation + scratch Docker base for minimal attack surface and trivial deployment.\n7. **GitOps first** — all deployment configuration committed to `jedarden/declarative-config`; ArgoCD drives all cluster changes.\n8. **Fixed per-pod resource envelope** — each Miroir orchestrator pod fits within **2 vCPU / 3.75 GB RAM**. When aggregate workload exceeds this envelope, scale **horizontally** by adding pods, never vertically beyond the envelope. The request path is strictly stateless; background work partitions across pods via shard-partitioned ownership, leader election, or a shared job queue. See Section 14.\n\n### Key constraints\n\n- **Logical shard count (S) is fixed at index creation** — this is the granularity of the hash space, not the number of physical machines. It determines how finely the keyspace is divided. Changing S requires a full reindex. Choose generously, per group: `S = max_nodes_per_group_ever × 8`. S is scoped to a single replica group because rendezvous assignment runs within each group independently (see Section 2); adding groups multiplies throughput without consuming additional S headroom.\n- **Node count (N) is fully elastic** — nodes can be added or removed at any time without a full reindex. Adding a node to a group migrates only the `~1/(Ng+1)` fraction of that group's documents whose shard assignments change, where Ng is the number of nodes in the affected group. Documents in other groups are untouched. Removing a node migrates only that node's documents to surviving nodes within its own group. The rest of the corpus is untouched.\n- All Meilisearch nodes must have **identical index settings** at all times. Miroir enforces this by broadcasting settings atomically.\n- Documents **must** have an explicit primary key declared at index creation. Miroir cannot shard-route without it.\n\n---\n\n## 2. Architecture\n\n### Core model\n\nMiroir treats a fleet of Meilisearch CE instances the way software RAID treats a disk array, with an additional dimension for read throughput: **replica groups**.\n\n- The logical index is divided into **S shards** — a fixed hash-space granularity chosen at index creation\n- The node fleet is divided into **RG replica groups** — independent pools each holding a complete copy of all shards\n- Within each group, each shard is held by **RF nodes** (intra-group replication factor, for HA within the group)\n- Every write fans out to all `RG × RF` target nodes (one per shard per group replica)\n- Every search query is routed to exactly **one replica group** — the query fans out only to that group's covering set, not the entire fleet\n- Read throughput scales with RG: doubling the groups doubles query capacity\n- Storage capacity scales with total nodes: adding a node to a group reduces each node's share within that group\n- The **node fleet is elastic**: nodes can be added to existing groups (capacity scaling) or new groups can be added (throughput scaling), both without a full reindex\n- When the fleet topology changes, the orchestrator rebalances only the affected shards within the affected group\n\n```\nClient\n │\n ▼\nMiroir Orchestrator\n ├── Write path: hash(doc_id) → shard → fan out to RF nodes in EACH group (RG × RF total)\n ├── Read path: pick one group → scatter to that group's covering set → merge results\n └── Rebalance: on node add/remove within a group → migrate minimum shards within that group\n\n Replica Group 0 Replica Group 1\n ┌──────────────────┐ ┌──────────────────┐\n │ node-0 node-1 │ │ node-3 node-4 │ ... (RG groups)\n │ node-2 │ │ node-5 │\n └──────────────────┘ └──────────────────┘\n (each group holds all S shards, distributed across its nodes)\n```\n\n### Replication factor\n\n| RF | Redundancy | Node failures tolerated | Capacity |\n|----|-----------|------------------------|----------|\n| 1 | None (stripe only) | 0 | 100% of fleet |\n| 2 | One replica | 1 per shard group | 50% of fleet |\n| 3 | Two replicas | 2 per shard group | 33% of fleet |\n\n### Shard routing — Rendezvous hashing (HRW) within groups\n\nMiroir uses **Rendezvous hashing (HRW)** to assign shards to nodes. The assignment is scoped **within each replica group** — the rendezvous hash picks the top-RF nodes from a group's node list, not the global node list. This guarantees that every group independently forms a complete covering set with no cross-group shard overlap.\n\n```\nnodes_in_group(g) → the subset of nodes belonging to replica group g\nassign_shard(shard_id, g) → top RF nodes from nodes_in_group(g)\n by score(hash(shard_id || node_id))\n\nwrite_targets(shard_id) → [assign_shard(shard_id, g) for g in 0..RG]\n (flat union across all groups — RG × RF nodes total)\n\nsearch_group(query_seq) → query_seq % RG (round-robin across groups)\nsearch_nodes(query) → covering_set within search_group(query)\n```\n\nWhy group-scoped assignment matters: if rendezvous ran over the global node list, both replicas of a shard might land on nodes in the same group, leaving the other group without coverage of that shard. Scoping to the group prevents this.\n\nProperties:\n- On node addition within a group: only `~1/(Ng+1)` of that group's documents migrate, where Ng = nodes per group\n- On node removal within a group: only `~RF/Ng` of that group's documents migrate\n- Both operations leave other groups and all unaffected shards completely untouched\n- No virtual nodes needed — rendezvous is naturally uniform\n- Deterministic — any component can compute assignments from the same node list; no coordination required\n\nThe hash function is **twox-hash (xxhash family)** — the same function Meilisearch Enterprise uses for document sharding.\n\n### Write path\n\n1. Client sends `POST /indexes/{index}/documents` with a batch of documents\n2. Orchestrator extracts the document primary key for each document\n3. For each document: `shard_id = hash(doc_id) % S`\n4. **Inject `_miroir_shard`**: add `\"_miroir_shard\": shard_id` to each document before forwarding. This field is stored on the node and used during rebalancing to retrieve documents by shard without a full scan. It is stripped from all API responses before returning to clients.\n5. For each replica group g in `0..RG`: compute `assign_shard(shard_id, g)` → the RF nodes within that group that own this shard\n6. Fan out: send each document to all `RG × RF` target nodes in parallel (grouped into per-node batches)\n7. Apply the two-rule quorum described below; set `X-Miroir-Degraded` on any group that missed its per-group quorum\n8. Return Miroir task ID to client\n\n**Write quorum — two rules.**\n\n1. **Per-group quorum.** A group is successful for a shard when at least `floor(RF/2) + 1` of its RF target nodes ACK enqueue. (RF=1 → 1 ACK; RF=2 → 2 ACKs; RF=3 → 2 ACKs; RF=4 → 3 ACKs.)\n2. **Write success.** The write returns HTTP 200 if **at least one group** met its per-group quorum for the shard. The response carries `X-Miroir-Degraded` whenever **any** group did not meet its quorum for any shard in the batch (listing the affected groups and shards). HTTP 503 with `miroir_no_quorum` is returned only when **no group** met its per-group quorum for a given shard.\n\nExamples:\n\n| Topology | Per-group quorum | Write succeeds when |\n|----------|------------------|---------------------|\n| RG=1, RF=1 | 1 of 1 | that one node ACKs |\n| RG=1, RF=2 | 2 of 2 | both replicas ACK |\n| RG=1, RF=3 | 2 of 3 | any 2 of the 3 replicas ACK |\n| RG=2, RF=1 | 1 of 1 per group | at least one of the two groups' single node ACKs |\n| RG=2, RF=3 | 2 of 3 per group | either group reaches 2-of-3 ACKs |\n\nDocuments whose replicas did not ACK are not lost: any group that accepted the write becomes the authoritative source, and the anti-entropy reconciler (§13.8) subsequently repairs any replica that missed the write on the next pass. This composition — best-effort fan-out, per-shard success when at least one group reaches quorum, plus continuous reconciliation — is the long-term safety net and the concrete expression of Design Principle 5 (graceful degradation) for the write path. This not-lost guarantee depends on `anti_entropy.enabled: true` (§13.8, default on). When anti-entropy is disabled, writes that don't reach every replica remain permanently divergent; operators running with anti-entropy off must either require full-replica-set writes (e.g., stricter client retries) or provide their own reconciliation.\n\n**`_miroir_shard` is a reserved field name**: clients must not use a field with this name. Miroir rejects any document that already contains `_miroir_shard` with a `miroir_reserved_field` error.\n\n**Index settings and schema changes**: broadcast to all nodes in all groups. Index creation additionally broadcasts a settings update to add `_miroir_shard` to `filterableAttributes` on every node — this is required for efficient rebalancing.\n\n### Read path\n\n1. Client sends `POST /indexes/{index}/search`\n2. Orchestrator selects a **replica group** for this query: `group = query_sequence_number % RG` (round-robin ensures even load across groups). The `query_sequence_number` is a per-pod counter, not a cluster-wide one — under the multi-pod deployment of §14, cluster-wide balance across groups therefore depends on the Kubernetes Service load-balancer distributing incoming requests uniformly across Miroir pods (which it does for the default random / round-robin kube-proxy policies). See §14.4.\n3. Within the selected group, build a **covering set**: one node per shard (round-robin across intra-group replicas for load balancing within the group)\n4. Fan out the query to each node in the covering set in parallel, with `showRankingScore: true` appended\n5. Each node executes a full Meilisearch search against its local document subset\n6. **Result merge**: collect all hits, sort globally by `_rankingScore` descending, apply original `offset`/`limit`, strip `_rankingScore` if client did not request it, strip `_miroir_shard` always\n7. **Facets**: sum per-value counts across the covering set nodes\n8. **estimatedTotalHits**: sum across covering set nodes\n9. **processingTimeMs**: report max across covering set nodes\n\nThe query only touches `N/RG` nodes (the nodes in the selected group), not the entire fleet. Adding more groups reduces the fan-out size per query and increases the number of queries that can run in parallel across the fleet.\n\n**Score comparability**: `_rankingScore` values are comparable across shards only if all nodes have identical ranking rules, typo tolerance, attribute weights, and synonyms. Miroir enforces this via the settings broadcast requirement. Because all groups receive identical settings changes, inter-group score comparability is also maintained (relevant for degraded-mode fallback, below).\n\n**Group unavailability fallback**: if the selected group has an unhealthy node and the shard's intra-group RF cannot cover it, Miroir can optionally fall back to a different group for that query. The result is still complete and correct — it just came from a different group. This is transparent to the client.\n\n**offset/limit**: each node must return up to `offset + limit` results. The orchestrator applies the real offset/limit after global merge.\n\n### Replica groups in practice\n\nReplica groups make read throughput a first-class scaling dimension, independent of storage capacity.\n\n```\nExample: S=6 shards, RG=2 groups, RF=1 per group, 6 nodes total\n\nGroup 0: nodes [0, 1, 2] Group 1: nodes [3, 4, 5]\n shard 0 → node 0 shard 0 → node 3\n shard 1 → node 1 shard 1 → node 4\n shard 2 → node 2 shard 2 → node 5\n shard 3 → node 0 shard 3 → node 3\n shard 4 → node 1 shard 4 → node 4\n shard 5 → node 2 shard 5 → node 5\n\nWrite for doc-X (shard 2): → node-2 (group 0) AND node-5 (group 1) [2 writes]\nQuery 1: → group 0 → nodes [0, 1, 2] [3 node fan-out]\nQuery 2: → group 1 → nodes [3, 4, 5] [3 node fan-out]\nQuery 3: → group 0 → nodes [0, 1, 2] [queries 1 and 3 run fully in parallel]\n```\n\nWith RG=2, two queries can execute simultaneously with zero resource contention. Adding a third group triples throughput, and so on.\n\n**Tradeoffs table**\n\n| RG | RF | Copies/doc | Read throughput | Storage per node | HA (within group) |\n|----|-----|-----------|----------------|-----------------|------------------|\n| 1 | 1 | 1 | 1× | full | none |\n| 1 | 2 | 2 | 1× (replicas share load) | half | 1 node failure |\n| 1 | 3 | 3 | 1× | third | 2 node failures |\n| 2 | 1 | 2 | **2×** | half per group | none |\n| 2 | 2 | 4 | **2×** | quarter per group | 1 node failure per group |\n| 3 | 1 | 3 | **3×** | third per group | none |\n| RG | RF | RG×RF | **RG×** | 1/(RG×RF) | RF−1 per group |\n\n`RF=1, RG=2` and `RF=2, RG=1` both store 2 copies of each document but behave differently:\n- `RF=2, RG=1`: both copies in one group; each query uses that group (one query at a time per shard); tolerates 1 node failure within the group\n- `RF=1, RG=2`: one copy in each group; queries alternate between groups (two fully parallel query streams); no intra-group HA\n\nChoose RG for throughput, RF for HA. They compose independently.\n\n**When to add a group vs. add a node to an existing group:**\n\n- Add a node to an existing group when the bottleneck is **per-node storage or indexing CPU** — the rebalancer distributes shards more finely within the group, each node holds fewer documents\n- Add a new group when the bottleneck is **search query throughput** — the new group handles a separate stream of queries independently; existing groups are unaffected\n\n### Topology changes\n\nAll topology operations are scoped to a single replica group. Changes to one group do not affect other groups' data or query routing.\n\n**Adding a node to an existing group (capacity scaling; movement: ~1/(Ng+1) of that group's documents):**\n1. Assign the new node to a group (config `replica_group` field); mark `joining`\n2. Recompute shard assignments within that group — approximately `S/(Ng+1)` shards now prefer the new node\n3. Dual-write: new inbound writes for affected shards in this group go to both the old owner and the new node\n4. Background migration: for each affected shard, use `GET /indexes/{uid}/documents?filter=_miroir_shard={id}&limit=1000&offset=...` to page through only that shard's documents on the source node; write each page to the new node\n5. Once all pages are transferred, mark node `active`; stop dual-write; delete migrated shard from old node with `filter=_miroir_shard={id}`\n\nDocuments on unaffected shards, and all documents in other groups, are never touched.\n\n**Adding a new replica group (throughput scaling; no migration of existing groups):**\n1. Provision new nodes and assign them to a new group ID in config\n2. Mark the new group `initializing` — queries are not yet routed to it\n3. Background sync: for each shard, copy all documents from any healthy existing group to the new group's nodes using `filter=_miroir_shard={id}` pagination; new inbound writes fan out to the new group immediately\n4. Once all shards are fully synced, mark the group `active` — queries begin routing to it in round-robin\n5. Existing groups continue serving queries throughout; there is no read interruption\n\n**Removing a node from a group (movement: ~RF/Ng of that group's documents):**\n1. Mark node `draining`; stop routing writes for its shards to it\n2. Recompute assignments within the group — affected shards reassigned to surviving nodes\n3. Background migration: copy affected shards to new owners using `filter=_miroir_shard={id}`\n4. Once complete, mark `removed`; operator deletes the pod and PVC\n\n**Removing a replica group (decommission a query pool):**\n1. Mark the group `draining` — queries stop routing to it immediately\n2. The group's nodes can be decommissioned; no data migration needed (other groups hold the documents)\n3. Remove nodes from config; operator deletes pods and PVCs\n\n**Node failure (unplanned):**\n1. Health check detects failure; mark `failed`, stop routing writes to it\n2. If RF > 1 within the group: surviving replicas serve reads for affected shards — no migration needed immediately\n3. For reads: if the failed node's shards have no intra-group replica, fall back to a healthy group for those shards\n4. Schedule background replication to restore RF within the group; degrade to cross-group fallback until restored\n\n### K8s deployment model\n\n```\n ┌─────────────────────┐\n Client ──────────►│ Miroir Orchestrator │ Deployment, replicas: 2+ via HPA (see §14.4)\n │ (proxy + router) │\n └──────┬──────────────┘\n writes to both ──┴── reads from one group per query\n │ │\n ┌───────┴──────┐ ┌────────┴──────┐\n │ Group 0 │ │ Group 1 │\n │ (query pool)│ │ (query pool) │\n ▼ ▼ ▼ ▼ ▼ ▼\n meili-0 meili-1 meili-2 meili-3 meili-4 meili-5 StatefulSet\n RWO PVC RWO PVC RWO PVC RWO PVC RWO PVC RWO PVC one PVC per pod\n```\n\n- Each Meilisearch node is a pod in a StatefulSet with its own RWO PVC\n- All nodes in the same group together cover all shards; each query goes to one group only\n- Orchestrator is stateless — routing derived deterministically from config; can run 1-2 replicas\n- Redis required for shared task state when running 2 Miroir replicas\n\n### Three independent scaling dimensions\n\nMiroir has three knobs that interact but are independently adjustable:\n\n| Parameter | What it controls | Fixed? | Change cost |\n|-----------|-----------------|--------|-------------|\n| S (shards) | hash-space granularity; sets the maximum useful node count per group | **Fixed at index creation** | Full reindex to change |\n| RG (replica_groups) | number of independent query pools; search throughput multiplier | Elastic | Add group: background sync to new nodes; remove group: instant |\n| RF (replication_factor) | intra-group copies per shard; HA within a group | Elastic | Add replica: migrate shard copies to new nodes; remove: delete from departed node |\n\n**Choosing S:** base it on the maximum number of nodes you ever expect in a single group, not total nodes across all groups. Groups are independent — each group has `S / Ng` shards per node (where Ng = nodes in the group). The global node count is `RG × Ng`.\n\n| Max nodes per group ever | Recommended S |\n|-------------------------|---------------|\n| 2–4 | 16 |\n| 4–8 | 32 |\n| 8–16 | 64 |\n| 16–32 | 128 |\n\nRule of thumb: `S = max_nodes_per_group_ever × 8`. A fleet that starts at 2 nodes per group and grows to 60 per group needs S ≥ 480 (use 512). You can always add more groups (and multiply throughput) without any S constraint — groups are independent.\n\nThe only operation that requires a full reindex is increasing S. Changing RG or N (adding/removing groups or nodes) never requires a full reindex.\n\n---\n\n## 3. Document, Index, and Search Lifecycle\n\n### Primary key requirement\n\nMiroir routes every document via `hash(primary_key) % S`. The primary key must be known at ingest time. Miroir requires an explicit primary key on every index and rejects any document batch without a resolvable primary key before touching any node.\n\n### Index lifecycle\n\n**Create:** Broadcast to all N nodes. Every node creates an empty index with the same UID and settings. All nodes must be reachable; partial creation is rolled back.\n\n**Settings changes:** Broadcast atomically. _(Superseded by two-phase broadcast — see §13.5. The sequential flow below remains available as `settings_broadcast.strategy: sequential` for legacy compatibility; `two_phase` is the default.)_ Applied sequentially with rollback on partial failure:\n1. Apply to node-0, verify\n2. Apply to node-1, verify\n3. Continue through fleet\n4. If any node fails: revert all previously applied nodes\n\nA partial settings apply produces non-uniform ranking across shards and corrupts merged results. This is the highest-risk operation in the lifecycle — the driving motivation for the two-phase broadcast in §13.5.\n\n**Delete:** Broadcast to all nodes.\n\n**Stats:** `GET /indexes/{uid}/stats` fans out to all nodes; sum `numberOfDocuments` and merge `fieldDistribution`.\n\n### Document lifecycle\n\n**Ingest (add/replace):**\n\nPer document:\n1. Extract primary key value\n2. `shard_id = hash(primary_key) % S`\n3. Nodes = rendezvous top-RF for `shard_id`\n4. Inject `\"_miroir_shard\": shard_id` into the document\n5. Assign document to those nodes\n\nPer batch — group documents by target node set, one batched request per node:\n```\nOriginal: [doc-A (shard 3), doc-B (shard 7), doc-C (shard 3), doc-D (shard 11)]\n\nshard 3 → nodes [0,2]: node-0 gets [doc-A,doc-C], node-2 gets [doc-A,doc-C]\nshard 7 → nodes [1,2]: node-1 gets [doc-B], node-2 gets [doc-B]\nshard 11 → nodes [0,1]: node-0 gets [doc-D], node-1 gets [doc-D]\n\nnode-0 request: [doc-A, doc-C, doc-D]\nnode-1 request: [doc-B, doc-D]\nnode-2 request: [doc-A, doc-C, doc-B]\n```\n\nAll node requests issued in parallel.\n\n**Partial update:** Route identically to ingest — hash the primary key, send to same RF nodes.\n\n**Delete by ID:** Hash primary key → find shard → send delete to all RF replicas.\n\n**Delete by filter:** Broadcast to all N nodes (cannot be shard-routed).\n\n**Get by ID:** Hash primary key → read from any one replica (round-robin).\n\n### Task ID reconciliation\n\nEvery Meilisearch write returns a `taskUid`. Nodes have independent sequences. Miroir presents a unified task namespace:\n\n```\nClient write\n → fan out to K nodes\n → each node returns local taskUid (node-0: 42, node-1: 17, node-2: 88)\n → orchestrator generates Miroir task ID (e.g., mtask-00391)\n → stores mapping: mtask-00391 → {node-0: 42, node-1: 17, node-2: 88}\n → returns mtask-00391 to client\n\nGET /tasks/mtask-00391\n → poll all mapped node tasks\n → \"processing\" if any node still processing\n → \"succeeded\" only when all nodes report \"succeeded\"\n → \"failed\" if any node failed, includes error detail\n```\n\nTask mappings are persisted durably (SQLite or Redis) to survive Miroir restarts.\n\n### Partial availability during search\n\n**`unavailable_shard_policy: partial`** (default): If a shard is completely unavailable, return best results from available shards with response header `X-Miroir-Degraded: shards=3,7,11`.\n\n**`unavailable_shard_policy: error`**: Return HTTP 503 with JSON error body indicating unavailable shards.\n\n---\n\n## 4. Implementation\n\n### Language and runtime\n\n**Rust.** Rationale:\n- Zero-cost async scatter-gather (Tokio task fan-out maps naturally to fan-out patterns)\n- `twox-hash` crate provides the same hash family Meilisearch Enterprise uses — identical results provable\n- Static musl binaries simplify Docker image production (scratch base, no libc)\n- Existing operator toolchain (forge, NEEDLE, ARMOR, CLASP, SIGIL) is Rust — no new CI infrastructure\n\n### Crate layout\n\n```\nmiroir/\n├── Cargo.toml (workspace)\n├── crates/\n│ ├── miroir-core/ (library: routing, merging, topology)\n│ │ └── src/\n│ │ ├── router.rs (rendezvous hash, shard assignment)\n│ │ ├── topology.rs (node registry, health state machine)\n│ │ ├── scatter.rs (fan-out logic, covering set builder)\n│ │ ├── merger.rs (result merging, facet aggregation)\n│ │ ├── task.rs (task registry, ID reconciliation)\n│ │ └── config.rs (Config struct, validation)\n│ ├── miroir-proxy/ (binary: HTTP proxy server)\n│ │ └── src/\n│ │ ├── routes/\n│ │ │ ├── documents.rs\n│ │ │ ├── search.rs\n│ │ │ ├── indexes.rs\n│ │ │ ├── settings.rs\n│ │ │ ├── tasks.rs\n│ │ │ ├── health.rs\n│ │ │ └── admin.rs (/_miroir/ management API)\n│ │ ├── auth.rs\n│ │ └── middleware.rs (logging, tracing, metrics)\n│ └── miroir-ctl/ (binary: CLI for topology management)\n│ └── src/commands/\n│ ├── status.rs\n│ ├── node.rs\n│ ├── rebalance.rs\n│ ├── reshard.rs (§13.1)\n│ ├── verify.rs\n│ ├── task.rs (§11)\n│ ├── dump.rs (§13.9)\n│ ├── alias.rs (§13.7)\n│ ├── canary.rs (§13.18)\n│ ├── ttl.rs (§13.14)\n│ ├── cdc.rs (§13.13)\n│ ├── shadow.rs (§13.16)\n│ ├── ui.rs (§13.21 search UI config, §13.19 admin UI auth helpers)\n│ ├── tenant.rs (§13.15)\n│ └── explain.rs (§13.20)\n```\n\n### Key dependencies\n\n| Crate | Purpose |\n|-------|---------|\n| `axum` | HTTP server framework |\n| `tokio` | Async runtime (multi-threaded) |\n| `reqwest` | HTTP client for node forwarding |\n| `twox-hash` | xxhash (same as Meilisearch EE) |\n| `serde` + `serde_json` | Serialization |\n| `config` | YAML/TOML/env layered configuration |\n| `rusqlite` | Task registry (embedded SQLite) |\n| `prometheus` | Metrics exposition |\n| `tracing` + `tracing-subscriber` | Structured logging and spans |\n| `clap` | CLI argument parsing (`miroir-ctl`) |\n| `uuid` | Miroir task ID generation |\n\n### Rendezvous hash implementation\n\n```rust\n// miroir-core/src/router.rs\nuse twox_hash::XxHash64;\nuse std::hash::{Hash, Hasher};\n\npub fn score(shard_id: u32, node_id: &str) -> u64 {\n let mut h = XxHash64::with_seed(0);\n shard_id.hash(&mut h);\n node_id.hash(&mut h);\n h.finish()\n}\n\n/// Assign a shard to `rf` nodes within a single replica group.\n/// `group_nodes` is the subset of nodes belonging to that group.\npub fn assign_shard_in_group(shard_id: u32, group_nodes: &[NodeId], rf: usize) -> Vec {\n let mut scored: Vec<(u64, &NodeId)> = group_nodes\n .iter()\n .map(|n| (score(shard_id, n.as_str()), n))\n .collect();\n scored.sort_unstable_by(|a, b| 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In single-replica deployments the backend is SQLite; in HA mode Redis replaces it (keyspace mapping below). Every table below is defined here and cross-referenced from the §13 / §14.5 section that consumes it.\n534\t\n535\t**1. `tasks` — Miroir task registry (defined here; consumed throughout §2, §3, §13).**\n536\t\n537\t```sql\n538\tCREATE TABLE tasks (\n539\t miroir_id TEXT PRIMARY KEY,\n540\t created_at INTEGER NOT NULL,\n541\t status TEXT NOT NULL, -- enqueued | processing | succeeded | failed | canceled\n542\t node_tasks TEXT NOT NULL, -- JSON: {\"node-0\": 42, \"node-1\": 17}\n543\t error TEXT\n544\t);\n545\t```\n546\t\n547\tBackground Tokio tasks poll node task statuses and update rows. Old tasks are pruned after a TTL (default 7 days) by the rendezvous-partitioned pruner of §14.5 Mode A.\n548\t\n549\t**2. `node_settings_version` — per-(index, node) settings freshness (consumed by §13.5).**\n550\t\n551\t```sql\n552\tCREATE TABLE node_settings_version (\n553\t index_uid TEXT NOT NULL,\n554\t node_id TEXT NOT NULL,\n555\t version INTEGER NOT NULL, -- last cluster-wide settings_version this (index, node) pair verified\n556\t updated_at INTEGER NOT NULL,\n557\t PRIMARY KEY (index_uid, node_id)\n558\t);\n559\t```\n560\t\n561\tAdvanced whenever a two-phase verify (§13.5 Phase 2) or drift-repair cycle succeeds for that pair. Covering-set construction for reads carrying `X-Miroir-Min-Settings-Version` excludes rows where `version < floor`.\n562\t\n563\t**3. `aliases` — atomic index aliases (consumed by §13.7, extended for multi-target by §13.17).**\n564\t\n565\t```sql\n566\tCREATE TABLE aliases (\n567\t name TEXT PRIMARY KEY,\n568\t kind TEXT NOT NULL, -- 'single' | 'multi'\n569\t current_uid TEXT, -- non-null when kind='single'\n570\t target_uids TEXT, -- JSON array of UIDs; non-null when kind='multi'\n571\t version INTEGER NOT NULL, -- monotonic flip counter\n572\t created_at INTEGER NOT NULL,\n573\t history TEXT NOT NULL -- JSON array: last N prior states, bounded by aliases.history_retention\n574\t);\n575\t```\n576\t\n577\tTwo alias types are supported:\n578\t- **Single-target alias (`kind='single'`)** — one `current_uid`; client writes and reads both resolve to that UID; atomic flip via `PUT /_miroir/aliases/{name}`.\n579\t- **Multi-target alias (`kind='multi'`)** — `target_uids` is a JSON array of concrete UIDs; reads fan out across all of them via §13.11 multi-search and merge by `_rankingScore`; writes are rejected with `miroir_multi_alias_not_writable` (see §13.7). Multi-target aliases are managed exclusively by §13.17 ILM; direct operator edits are refused.\n580\t\n581\tAlias flips update `current_uid` (single) or `target_uids` (multi) and `version` atomically; `history` is append-only within the retention bound.\n582\t\n583\t**4. `sessions` — read-your-writes session pins (consumed by §13.6).**\n584\t\n585\t```sql\n586\tCREATE TABLE sessions (\n587\t session_id TEXT PRIMARY KEY,\n588\t last_write_mtask_id TEXT, -- nullable: session may exist before any write\n589\t last_write_at INTEGER,\n590\t pinned_group INTEGER, -- group_id that first reached per-group quorum; nullable when pin cleared\n591\t min_settings_version INTEGER NOT NULL,\n592\t ttl INTEGER NOT NULL -- expiry timestamp (ms since epoch); default 15m from last use\n593\t);\n594\t```\n595\t\n596\tLRU-bounded by `session_pinning.max_sessions`. Rows past `ttl` are evicted lazily on access.\n597\t\n598\t**5. `idempotency_cache` — write deduplication (consumed by §13.10).**\n599\t\n600\t```sql\n601\tCREATE TABLE idempotency_cache (\n602\t key TEXT PRIMARY KEY,\n603\t body_sha256 BLOB NOT NULL,\n604\t miroir_task_id TEXT NOT NULL,\n605\t expires_at INTEGER NOT NULL\n606\t);\n607\t```\n608\t\n609\tTTL defaults to 24h (`idempotency.ttl_seconds`). LRU-bounded by `idempotency.max_cached_keys`.\n610\t\n611\t**6. `jobs` — work-queued background jobs (consumed by §14.5 Mode C).**\n612\t\n613\t```sql\n614\tCREATE TABLE jobs (\n615\t id TEXT PRIMARY KEY,\n616\t type TEXT NOT NULL, -- dump_import | reshard_backfill | ...\n617\t params TEXT NOT NULL, -- JSON\n618\t state TEXT NOT NULL, -- queued | in_progress | completed | failed\n619\t claimed_by TEXT, -- pod_id of current claimant; nullable when queued\n620\t claim_expires_at INTEGER, -- lease heartbeat expiry\n621\t progress TEXT NOT NULL -- JSON: { bytes_processed, docs_routed, last_cursor, ... }\n622\t);\n623\t```\n624\t\n625\tClaim semantics and chunking rules are §14.5 Mode C.\n626\t\n627\t**7. `leader_lease` — singleton-coordinator lease (consumed by §14.5 Mode B).**\n628\t\n629\t```sql\n630\tCREATE TABLE leader_lease (\n631\t scope TEXT PRIMARY KEY, -- e.g. \"reshard:\", \"alias_flip:\", \"settings_broadcast:\"\n632\t holder TEXT NOT NULL, -- pod_id of current leader\n633\t expires_at INTEGER NOT NULL -- renewed every 3s with a 10s TTL\n634\t);\n635\t```\n636\t\n637\tFor SQLite deployments a single-replica advisory lock substitutes; the row is still written so recovery can read the last committed phase state after leader loss.\n638\t\n639\t**8. `canaries` — canary definitions (consumed by §13.18).**\n640\t\n641\t```sql\n642\tCREATE TABLE canaries (\n643\t id TEXT PRIMARY KEY,\n644\t name TEXT NOT NULL,\n645\t index_uid TEXT NOT NULL,\n646\t interval_s INTEGER NOT NULL,\n647\t query_json TEXT NOT NULL, -- JSON: the canary query body\n648\t assertions_json TEXT NOT NULL, -- JSON: array of assertion specs\n649\t enabled INTEGER NOT NULL, -- 0 | 1\n650\t created_at INTEGER NOT NULL\n651\t);\n652\t```\n653\t\n654\tCreated and modified via `POST /_miroir/canaries`. The canary runner (Mode A, §14.5) reads this table on each scheduling tick.\n655\t\n656\t**9. `canary_runs` — canary run history (consumed by §13.18).**\n657\t\n658\t```sql\n659\tCREATE TABLE canary_runs (\n660\t canary_id TEXT NOT NULL,\n661\t ran_at INTEGER NOT NULL,\n662\t status TEXT NOT NULL, -- pass | fail | error\n663\t latency_ms INTEGER NOT NULL,\n664\t failed_assertions_json TEXT, -- JSON array or NULL when pass\n665\t PRIMARY KEY (canary_id, ran_at)\n666\t);\n667\t```\n668\t\n669\tBounded by `canary_runner.run_history_per_canary` (default 100) — older rows are pruned on insert.\n670\t\n671\t**10. `cdc_cursors` — per-sink per-index CDC cursor (consumed by §13.13).**\n672\t\n673\t```sql\n674\tCREATE TABLE cdc_cursors (\n675\t sink_name TEXT NOT NULL,\n676\t index_uid TEXT NOT NULL,\n677\t last_event_seq INTEGER NOT NULL,\n678\t updated_at INTEGER NOT NULL,\n679\t PRIMARY KEY (sink_name, index_uid)\n680\t);\n681\t```\n682\t\n683\tAdvanced when a sink ACKs successful delivery of an event batch. `GET /_miroir/changes?since=…` reads against this same monotonic sequence. Shadow-diff state (§13.16) is explicitly **not** persisted — it lives in the in-memory ring buffer of size `shadow.diff_buffer_size`.\n684\t\n685\t**11. `tenant_map` — API-key → tenant mapping for `tenant_affinity.mode: api_key` (consumed by §13.15).**\n686\t\n687\t```sql\n688\tCREATE TABLE tenant_map (\n689\t api_key_hash BLOB PRIMARY KEY, -- sha256(api_key)\n690\t tenant_id TEXT NOT NULL,\n691\t group_id INTEGER -- nullable: NULL falls through to hash(tenant_id) % RG\n692\t);\n693\t```\n694\t\n695\tLoaded lazily on first request per key and cached per-pod. Only consulted when `tenant_affinity.mode: api_key`.\n696\t\n697\t**12. `rollover_policies` — ILM rollover policies (consumed by §13.17).**\n698\t\n699\t```sql\n700\tCREATE TABLE rollover_policies (\n701\t name TEXT PRIMARY KEY,\n702\t write_alias TEXT NOT NULL,\n703\t read_alias TEXT NOT NULL,\n704\t pattern TEXT NOT NULL, -- e.g. \"logs-{YYYY-MM-DD}\"\n705\t triggers_json TEXT NOT NULL, -- JSON: { max_docs, max_age, max_size_gb }\n706\t retention_json TEXT NOT NULL, -- JSON: { keep_indexes }\n707\t template_json TEXT NOT NULL, -- JSON: { primary_key, settings_ref }\n708\t enabled INTEGER NOT NULL -- 0 | 1\n709\t);\n710\t```\n711\t\n712\tRead by the daily leader-coordinated ILM job (Mode B, §14.5) during each `ilm.check_interval_s` tick.\n713\t\n714\t**13. `search_ui_config` — per-index search-UI configuration (consumed by §13.21).**\n715\t\n716\t```sql\n717\tCREATE TABLE search_ui_config (\n718\t index_uid TEXT PRIMARY KEY,\n719\t config_json TEXT NOT NULL, -- JSON: the `search_ui:` entry as described in §13.21\n720\t updated_at INTEGER NOT NULL\n721\t);\n722\t```\n723\t\n724\tWritten by `POST /_miroir/ui/search/{index}/config`; read by the embedded SPA at page-load time.\n725\t\n726\t**14. `admin_sessions` — Admin UI session registry (consumed by §13.19 login/logout, §4 `/_miroir/admin/*`).**\n727\t\n728\t```sql\n729\tCREATE TABLE admin_sessions (\n730\t session_id TEXT PRIMARY KEY,"}]},"parent_tool_use_id":null,"session_id":"9afbbc94-f816-45f4-8a8f-2d591ea0b1b2","uuid":"2c71d212-5c3b-4ad1-b150-c917d870ad18","timestamp":"2026-05-13T22:24:05.562Z","tool_use_result":{"type":"text","file":{"filePath":"/home/coding/miroir/docs/plan/plan.md","content":"### Task store schema (SQLite)\n\nThe task store persists all orchestrator state that must survive a pod restart. In single-replica deployments the backend is SQLite; in HA mode Redis replaces it (keyspace mapping below). Every table below is defined here and cross-referenced from the §13 / §14.5 section that consumes it.\n\n**1. `tasks` — Miroir task registry (defined here; consumed throughout §2, §3, §13).**\n\n```sql\nCREATE TABLE tasks (\n miroir_id TEXT PRIMARY KEY,\n created_at INTEGER NOT NULL,\n status TEXT NOT NULL, -- enqueued | processing | succeeded | failed | canceled\n node_tasks TEXT NOT NULL, -- JSON: {\"node-0\": 42, \"node-1\": 17}\n error TEXT\n);\n```\n\nBackground Tokio tasks poll node task statuses and update rows. Old tasks are pruned after a TTL (default 7 days) by the rendezvous-partitioned pruner of §14.5 Mode A.\n\n**2. `node_settings_version` — per-(index, node) settings freshness (consumed by §13.5).**\n\n```sql\nCREATE TABLE node_settings_version (\n index_uid TEXT NOT NULL,\n node_id TEXT NOT NULL,\n version INTEGER NOT NULL, -- last cluster-wide settings_version this (index, node) pair verified\n updated_at INTEGER NOT NULL,\n PRIMARY KEY (index_uid, node_id)\n);\n```\n\nAdvanced whenever a two-phase verify (§13.5 Phase 2) or drift-repair cycle succeeds for that pair. Covering-set construction for reads carrying `X-Miroir-Min-Settings-Version` excludes rows where `version < floor`.\n\n**3. `aliases` — atomic index aliases (consumed by §13.7, extended for multi-target by §13.17).**\n\n```sql\nCREATE TABLE aliases (\n name TEXT PRIMARY KEY,\n kind TEXT NOT NULL, -- 'single' | 'multi'\n current_uid TEXT, -- non-null when kind='single'\n target_uids TEXT, -- JSON array of UIDs; non-null when kind='multi'\n version INTEGER NOT NULL, -- monotonic flip counter\n created_at INTEGER NOT NULL,\n history TEXT NOT NULL -- JSON array: last N prior states, bounded by aliases.history_retention\n);\n```\n\nTwo alias types are supported:\n- **Single-target alias (`kind='single'`)** — one `current_uid`; client writes and reads both resolve to that UID; atomic flip via `PUT /_miroir/aliases/{name}`.\n- **Multi-target alias (`kind='multi'`)** — `target_uids` is a JSON array of concrete UIDs; reads fan out across all of them via §13.11 multi-search and merge by `_rankingScore`; writes are rejected with `miroir_multi_alias_not_writable` (see §13.7). Multi-target aliases are managed exclusively by §13.17 ILM; direct operator edits are refused.\n\nAlias flips update `current_uid` (single) or `target_uids` (multi) and `version` atomically; `history` is append-only within the retention bound.\n\n**4. `sessions` — read-your-writes session pins (consumed by §13.6).**\n\n```sql\nCREATE TABLE sessions (\n session_id TEXT PRIMARY KEY,\n last_write_mtask_id TEXT, -- nullable: session may exist before any write\n last_write_at INTEGER,\n pinned_group INTEGER, -- group_id that first reached per-group quorum; nullable when pin cleared\n min_settings_version INTEGER NOT NULL,\n ttl INTEGER NOT NULL -- expiry timestamp (ms since epoch); default 15m from last use\n);\n```\n\nLRU-bounded by `session_pinning.max_sessions`. Rows past `ttl` are evicted lazily on access.\n\n**5. `idempotency_cache` — write deduplication (consumed by §13.10).**\n\n```sql\nCREATE TABLE idempotency_cache (\n key TEXT PRIMARY KEY,\n body_sha256 BLOB NOT NULL,\n miroir_task_id TEXT NOT NULL,\n expires_at INTEGER NOT NULL\n);\n```\n\nTTL defaults to 24h (`idempotency.ttl_seconds`). LRU-bounded by `idempotency.max_cached_keys`.\n\n**6. `jobs` — work-queued background jobs (consumed by §14.5 Mode C).**\n\n```sql\nCREATE TABLE jobs (\n id TEXT PRIMARY KEY,\n type TEXT NOT NULL, -- dump_import | reshard_backfill | ...\n params TEXT NOT NULL, -- JSON\n state TEXT NOT NULL, -- queued | in_progress | completed | failed\n claimed_by TEXT, -- pod_id of current claimant; nullable when queued\n claim_expires_at INTEGER, -- lease heartbeat expiry\n progress TEXT NOT NULL -- JSON: { bytes_processed, docs_routed, last_cursor, ... }\n);\n```\n\nClaim semantics and chunking rules are §14.5 Mode C.\n\n**7. `leader_lease` — singleton-coordinator lease (consumed by §14.5 Mode B).**\n\n```sql\nCREATE TABLE leader_lease (\n scope TEXT PRIMARY KEY, -- e.g. \"reshard:\", \"alias_flip:\", \"settings_broadcast:\"\n holder TEXT NOT NULL, -- pod_id of current leader\n expires_at INTEGER NOT NULL -- renewed every 3s with a 10s TTL\n);\n```\n\nFor SQLite deployments a single-replica advisory lock substitutes; the row is still written so recovery can read the last committed phase state after leader loss.\n\n**8. `canaries` — canary definitions (consumed by §13.18).**\n\n```sql\nCREATE TABLE canaries (\n id TEXT PRIMARY KEY,\n name TEXT NOT NULL,\n index_uid TEXT NOT NULL,\n interval_s INTEGER NOT NULL,\n query_json TEXT NOT NULL, -- JSON: the canary query body\n assertions_json TEXT NOT NULL, -- JSON: array of assertion specs\n enabled INTEGER NOT NULL, -- 0 | 1\n created_at INTEGER NOT NULL\n);\n```\n\nCreated and modified via `POST /_miroir/canaries`. The canary runner (Mode A, §14.5) reads this table on each scheduling tick.\n\n**9. `canary_runs` — canary run history (consumed by §13.18).**\n\n```sql\nCREATE TABLE canary_runs (\n canary_id TEXT NOT NULL,\n ran_at INTEGER NOT NULL,\n status TEXT NOT NULL, -- pass | fail | error\n latency_ms INTEGER NOT NULL,\n failed_assertions_json TEXT, -- JSON array or NULL when pass\n PRIMARY KEY (canary_id, ran_at)\n);\n```\n\nBounded by `canary_runner.run_history_per_canary` (default 100) — older rows are pruned on insert.\n\n**10. `cdc_cursors` — per-sink per-index CDC cursor (consumed by §13.13).**\n\n```sql\nCREATE TABLE cdc_cursors (\n sink_name TEXT NOT NULL,\n index_uid TEXT NOT NULL,\n last_event_seq INTEGER NOT NULL,\n updated_at INTEGER NOT NULL,\n PRIMARY KEY (sink_name, index_uid)\n);\n```\n\nAdvanced when a sink ACKs successful delivery of an event batch. `GET /_miroir/changes?since=…` reads against this same monotonic sequence. Shadow-diff state (§13.16) is explicitly **not** persisted — it lives in the in-memory ring buffer of size `shadow.diff_buffer_size`.\n\n**11. `tenant_map` — API-key → tenant mapping for `tenant_affinity.mode: api_key` (consumed by §13.15).**\n\n```sql\nCREATE TABLE tenant_map (\n api_key_hash BLOB PRIMARY KEY, -- sha256(api_key)\n tenant_id TEXT NOT NULL,\n group_id INTEGER -- nullable: NULL falls through to hash(tenant_id) % RG\n);\n```\n\nLoaded lazily on first request per key and cached per-pod. Only consulted when `tenant_affinity.mode: api_key`.\n\n**12. `rollover_policies` — ILM rollover policies (consumed by §13.17).**\n\n```sql\nCREATE TABLE rollover_policies (\n name TEXT PRIMARY KEY,\n write_alias TEXT NOT NULL,\n read_alias TEXT NOT NULL,\n pattern TEXT NOT NULL, -- e.g. \"logs-{YYYY-MM-DD}\"\n triggers_json TEXT NOT NULL, -- JSON: { max_docs, max_age, max_size_gb }\n retention_json TEXT NOT NULL, -- JSON: { keep_indexes }\n template_json TEXT NOT NULL, -- JSON: { primary_key, settings_ref }\n enabled INTEGER NOT NULL -- 0 | 1\n);\n```\n\nRead by the daily leader-coordinated ILM job (Mode B, §14.5) during each `ilm.check_interval_s` tick.\n\n**13. `search_ui_config` — per-index search-UI configuration (consumed by §13.21).**\n\n```sql\nCREATE TABLE search_ui_config (\n index_uid TEXT PRIMARY KEY,\n config_json TEXT NOT NULL, -- JSON: the `search_ui:` entry as described in §13.21\n updated_at INTEGER NOT NULL\n);\n```\n\nWritten by `POST /_miroir/ui/search/{index}/config`; read by the embedded SPA at page-load time.\n\n**14. `admin_sessions` — Admin UI session registry (consumed by §13.19 login/logout, §4 `/_miroir/admin/*`).**\n\n```sql\nCREATE TABLE admin_sessions (\n session_id TEXT PRIMARY KEY,","numLines":200,"startLine":531,"totalLines":3740}}} +{"type":"system","subtype":"status","status":"requesting","uuid":"bc11224a-23f3-440b-801b-4e098e43ef9c","session_id":"9afbbc94-f816-45f4-8a8f-2d591ea0b1b2"} +{"type":"stream_event","event":{"type":"message_start","message":{"id":"msg_2026051406240618a3a8feb48c4a6c","type":"message","role":"assistant","model":"glm-4.7","content":[],"stop_reason":null,"stop_sequence":null,"usage":{"input_tokens":0,"output_tokens":0}}},"session_id":"9afbbc94-f816-45f4-8a8f-2d591ea0b1b2","parent_tool_use_id":null,"uuid":"7f80dcb6-6b58-412f-88ea-e50aaa2a5449","ttft_ms":1301} 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Now"}},"session_id":"9afbbc94-f816-45f4-8a8f-2d591ea0b1b2","parent_tool_use_id":null,"uuid":"432f36e4-b55e-485c-8495-7af4ad73b49e"} +{"type":"stream_event","event":{"type":"content_block_delta","index":0,"delta":{"type":"thinking_delta","thinking":" I"}},"session_id":"9afbbc94-f816-45f4-8a8f-2d591ea0b1b2","parent_tool_use_id":null,"uuid":"6179abf7-73c1-44bf-a529-46881478c17b"} +{"type":"stream_event","event":{"type":"content_block_delta","index":0,"delta":{"type":"thinking_delta","thinking":" have"}},"session_id":"9afbbc94-f816-45f4-8a8f-2d591ea0b1b2","parent_tool_use_id":null,"uuid":"82bc4f97-d135-4111-b3d5-43e4ae25bbc7"} +{"type":"stream_event","event":{"type":"content_block_delta","index":0,"delta":{"type":"thinking_delta","thinking":" all"}},"session_id":"9afbbc94-f816-45f4-8a8f-2d591ea0b1b2","parent_tool_use_id":null,"uuid":"86e593bc-953c-4e6a-b368-d10bf851cea4"} +{"type":"stream_event","event":{"type":"content_block_delta","index":0,"delta":{"type":"thinking_delta","thinking":" the"}},"session_id":"9afbbc94-f816-45f4-8a8f-2d591ea0b1b2","parent_tool_use_id":null,"uuid":"3395f962-5e7c-4d04-8749-94b3fc5e5d9a"} +{"type":"stream_event","event":{"type":"content_block_delta","index":0,"delta":{"type":"thinking_delta","thinking":" D"}},"session_id":"9afbbc94-f816-45f4-8a8f-2d591ea0b1b2","parent_tool_use_id":null,"uuid":"4eadc046-1264-446a-b9e0-87ce4d431b83"} +{"type":"stream_event","event":{"type":"content_block_delta","index":0,"delta":{"type":"thinking_delta","thinking":"DL"}},"session_id":"9afbbc94-f816-45f4-8a8f-2d591ea0b1b2","parent_tool_use_id":null,"uuid":"88891430-572c-4aba-8684-42f55306540f"} +{"type":"stream_event","event":{"type":"content_block_delta","index":0,"delta":{"type":"thinking_delta","thinking":" for"}},"session_id":"9afbbc94-f816-45f4-8a8f-2d591ea0b1b2","parent_tool_use_id":null,"uuid":"ed95f7fb-e613-4fd8-abb5-5ec5e65fc124"} +{"type":"stream_event","event":{"type":"content_block_delta","index":0,"delta":{"type":"thinking_delta","thinking":" 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Ok(Self::Processing),\n59\t \"succeeded\" => Ok(Self::Succeeded),\n60\t \"failed\" => Ok(Self::Failed),\n61\t \"canceled\" => Ok(Self::Canceled),\n62\t _ => Err(format!(\"invalid task status: {s}\")),\n63\t }\n64\t }\n65\t}\n66\t\n67\t/// Filter for listing tasks.\n68\t#[derive(Debug, Clone, Default)]\n69\tpub struct TaskFilter {\n70\t /// Filter by status.\n71\t pub status: Option,\n72\t /// Maximum number of results.\n73\t pub limit: Option,\n74\t /// Offset for pagination.\n75\t pub offset: Option,\n76\t}\n77\t\n78\t// ============================================================================\n79\t// Table 2: Node settings version (plan §4)\n80\t// ============================================================================\n81\t\n82\t/// Node settings version entry.\n83\t#[derive(Debug, Clone, Serialize, Deserialize)]\n84\tpub struct NodeSettingsVersion {\n85\t /// Index UID.\n86\t pub index_uid: String,\n87\t /// Node ID.\n88\t pub node_id: String,\n89\t /// Last cluster-wide settings_version this (index, node) pair verified.\n90\t pub version: i64,\n91\t /// Last update timestamp (Unix millis).\n92\t pub updated_at: u64,\n93\t}\n94\t\n95\t// ============================================================================\n96\t// Table 3: Aliases (plan §4)\n97\t// ============================================================================\n98\t\n99\t/// Alias definition (single-target or multi-target).\n100\t#[derive(Debug, Clone, Serialize, Deserialize)]\n101\tpub struct Alias {\n102\t /// Alias name.\n103\t pub name: String,\n104\t /// Alias kind ('single' or 'multi').\n105\t pub kind: AliasKind,\n106\t /// Current target UID (non-null when kind='single').\n107\t pub current_uid: Option,\n108\t /// JSON array of UIDs (non-null when kind='multi').\n109\t pub target_uids: Option>,\n110\t /// Monotonic flip counter.\n111\t pub version: i64,\n112\t /// Creation timestamp (Unix millis).\n113\t pub created_at: u64,\n114\t /// JSON array: last N prior states, bounded by aliases.history_retention.\n115\t pub history: Vec,\n116\t}\n117\t\n118\t/// Historical entry for an alias.\n119\t#[derive(Debug, Clone, Serialize, Deserialize)]\n120\tpub struct AliasHistoryEntry {\n121\t /// The current_uid at this point in history (for single-target).\n122\t pub current_uid: Option,\n123\t /// The target_uids at this point in history (for multi-target).\n124\t pub target_uids: Option>,\n125\t /// The version at this point in history.\n126\t pub version: i64,\n127\t /// When this state was active.\n128\t pub timestamp: u64,\n129\t}\n130\t\n131\t/// Alias kind.\n132\t#[derive(Debug, Clone, Copy, Serialize, Deserialize, PartialEq, Eq)]\n133\tpub enum AliasKind {\n134\t /// Single-target alias.\n135\t Single,\n136\t /// Multi-target alias.\n137\t Multi,\n138\t}\n139\t\n140\timpl std::fmt::Display for AliasKind {\n141\t fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {\n142\t match self {\n143\t Self::Single => write!(f, \"single\"),\n144\t Self::Multi => write!(f, \"multi\"),\n145\t }\n146\t }\n147\t}\n148\t\n149\timpl std::str::FromStr for AliasKind {\n150\t type Err = String;\n151\t\n152\t fn from_str(s: &str) -> std::result::Result {\n153\t match s {\n154\t \"single\" => Ok(Self::Single),\n155\t \"multi\" => Ok(Self::Multi),\n156\t _ => Err(format!(\"invalid alias kind: {s}\")),\n157\t }\n158\t }\n159\t}\n160\t\n161\t// ============================================================================\n162\t// Table 4: Sessions (plan §4)\n163\t// ============================================================================\n164\t\n165\t/// Read-your-writes session pin.\n166\t#[derive(Debug, Clone, Serialize, Deserialize)]\n167\tpub struct Session {\n168\t /// Session ID (UUID).\n169\t pub session_id: String,\n170\t /// Miroir task ID of the last write (nullable: session may exist before any write).\n171\t pub last_write_mtask_id: Option,\n172\t /// Timestamp of the last write (Unix millis).\n173\t pub last_write_at: Option,\n174\t /// group_id that first reached per-group quorum (nullable when pin cleared).\n175\t pub pinned_group: Option,\n176\t /// Minimum settings version for this session.\n177\t pub min_settings_version: i64,\n178\t /// Expiry timestamp (ms since epoch); default 15m from last use.\n179\t pub ttl: u64,\n180\t}\n181\t\n182\t// ============================================================================\n183\t// Table 5: Idempotency cache (plan §4)\n184\t// ============================================================================\n185\t\n186\t/// Idempotency cache entry.\n187\t#[derive(Debug, Clone, Serialize, Deserialize)]\n188\tpub struct IdempotencyEntry {\n189\t /// Request key (hash of request content).\n190\t pub key: String,\n191\t /// SHA256 hash of request body (32 bytes).\n192\t pub body_sha256: Vec,\n193\t /// Associated Miroir task ID.\n194\t pub miroir_task_id: String,\n195\t /// Expiry timestamp (Unix millis).\n196\t pub expires_at: u64,\n197\t}\n198\t\n199\t// ============================================================================\n200\t// Table 6: Jobs (plan §4)\n201\t// ============================================================================\n202\t\n203\t/// Background job entry.\n204\t#[derive(Debug, Clone, Serialize, Deserialize)]\n205\tpub struct Job {\n206\t /// Job ID (UUID).\n207\t pub id: String,\n208\t /// Job type (dump_import | reshard_backfill | ...).\n209\t pub job_type: String,\n210\t /// Job parameters (JSON).\n211\t pub params: String,\n212\t /// Job state (queued | in_progress | completed | failed).\n213\t pub state: JobState,\n214\t /// Pod ID of current claimant (nullable when queued).\n215\t pub claimed_by: Option,\n216\t /// Lease heartbeat expiry (Unix millis).\n217\t pub claim_expires_at: Option,\n218\t /// Progress info (JSON: { bytes_processed, docs_routed, last_cursor, ... }).\n219\t pub progress: String,\n220\t}\n221\t\n222\t/// Job state.\n223\t#[derive(Debug, Clone, Copy, Serialize, Deserialize, PartialEq, Eq)]\n224\tpub enum JobState {\n225\t /// Job is queued.\n226\t Queued,\n227\t /// Job is in progress.\n228\t InProgress,\n229\t /// Job completed.\n230\t Completed,\n231\t /// Job failed.\n232\t Failed,\n233\t}\n234\t\n235\timpl std::fmt::Display for JobState {\n236\t fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {\n237\t match self {\n238\t Self::Queued => write!(f, \"queued\"),\n239\t Self::InProgress => write!(f, \"in_progress\"),\n240\t Self::Completed => write!(f, \"completed\"),\n241\t Self::Failed => write!(f, \"failed\"),\n242\t }\n243\t }\n244\t}\n245\t\n246\timpl std::str::FromStr for JobState {\n247\t type Err = String;\n248\t\n249\t fn from_str(s: &str) -> std::result::Result {\n250\t match s {\n251\t \"queued\" => Ok(Self::Queued),\n252\t \"in_progress\" => Ok(Self::InProgress),\n253\t \"completed\" => Ok(Self::Completed),\n254\t \"failed\" => Ok(Self::Failed),\n255\t _ => Err(format!(\"invalid job state: {s}\")),\n256\t }\n257\t }\n258\t}\n259\t\n260\t// ============================================================================\n261\t// Table 7: Leader lease (plan §4)\n262\t// ============================================================================\n263\t\n264\t/// Leader lease entry.\n265\t#[derive(Debug, Clone, Serialize, Deserialize)]\n266\tpub struct LeaderLease {\n267\t /// Lease scope (e.g. \"reshard:\", \"alias_flip:\", \"settings_broadcast:\").\n268\t pub scope: String,\n269\t /// Pod ID of current leader.\n270\t pub holder: String,\n271\t /// Lease expiration timestamp (Unix millis).\n272\t pub expires_at: u64,\n273\t}\n274\t\n275\t// ============================================================================\n276\t// Table 8: Canaries (plan §4)\n277\t// ============================================================================\n278\t\n279\t/// Canary definition.\n280\t#[derive(Debug, Clone, Serialize, Deserialize)]\n281\tpub struct Canary {\n282\t /// Canary ID (UUID).\n283\t pub id: String,\n284\t /// Canary name.\n285\t pub name: String,\n286\t /// Index to query.\n287\t pub index_uid: String,\n288\t /// Interval between runs (seconds).\n289\t pub interval_s: i64,\n290\t /// Canary query body (JSON).\n291\t pub query_json: String,\n292\t /// Array of assertion specs (JSON).\n293\t pub assertions_json: String,\n294\t /// Whether the canary is enabled (0 | 1).\n295\t pub enabled: i64,\n296\t /// Creation timestamp (Unix millis).\n297\t pub created_at: u64,\n298\t}\n299\t\n300\t// ============================================================================\n301\t// Table 9: Canary runs (plan §4)\n302\t// ============================================================================\n303\t\n304\t/// Canary run history entry.\n305\t#[derive(Debug, Clone, Serialize, Deserialize)]\n306\tpub struct CanaryRun {\n307\t /// Canary ID.\n308\t pub canary_id: String,\n309\t /// Run timestamp (Unix millis).\n310\t pub ran_at: u64,\n311\t /// Run status (pass | fail | error).\n312\t pub status: CanaryRunStatus,\n313\t /// Latency in milliseconds.\n314\t pub latency_ms: i64,\n315\t /// JSON array of failed assertions (NULL when pass).\n316\t pub failed_assertions_json: Option,\n317\t}\n318\t\n319\t/// Canary run status.\n320\t#[derive(Debug, Clone, Copy, Serialize, Deserialize, PartialEq, Eq)]\n321\tpub enum CanaryRunStatus {\n322\t /// Run passed.\n323\t Pass,\n324\t /// Run failed.\n325\t Fail,\n326\t /// Run had error.\n327\t Error,\n328\t}\n329\t\n330\timpl std::fmt::Display for CanaryRunStatus {\n331\t fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {\n332\t match self {\n333\t Self::Pass => write!(f, \"pass\"),\n334\t Self::Fail => write!(f, \"fail\"),\n335\t Self::Error => write!(f, \"error\"),\n336\t }\n337\t }\n338\t}\n339\t\n340\timpl std::str::FromStr for CanaryRunStatus {\n341\t type Err = String;\n342\t\n343\t fn from_str(s: &str) -> std::result::Result {\n344\t match s {\n345\t \"pass\" => Ok(Self::Pass),\n346\t \"fail\" => Ok(Self::Fail),\n347\t \"error\" => Ok(Self::Error),\n348\t _ => Err(format!(\"invalid canary run status: {s}\")),\n349\t }\n350\t }\n351\t}\n352\t\n353\t// ============================================================================\n354\t// Table 10: CDC cursors (plan §4)\n355\t// ============================================================================\n356\t\n357\t/// CDC cursor entry.\n358\t#[derive(Debug, Clone, Serialize, Deserialize)]\n359\tpub struct CdcCursor {\n360\t /// Sink name.\n361\t pub sink_name: String,\n362\t /// Index UID.\n363\t pub index_uid: String,\n364\t /// Current cursor position (last event sequence).\n365\t pub last_event_seq: i64,\n366\t /// Last update timestamp (Unix millis).\n367\t pub updated_at: u64,\n368\t}\n369\t\n370\t// ============================================================================\n371\t// Table 11: Tenant map (plan §4)\n372\t// ============================================================================\n373\t\n374\t/// Tenant mapping (API key -> tenant).\n375\t#[derive(Debug, Clone, Serialize, Deserialize)]\n376\tpub struct Tenant {\n377\t /// SHA256 hash of API key (32 bytes).\n378\t pub api_key_hash: Vec,\n379\t /// Tenant ID.\n380\t pub tenant_id: String,\n381\t /// Group ID (nullable: NULL falls through to hash(tenant_id) % RG).\n382\t pub group_id: Option,\n383\t}\n384\t\n385\t// ============================================================================\n386\t// Table 12: Rollover policies (plan §4)\n387\t// ============================================================================\n388\t\n389\t/// ILM rollover policy.\n390\t#[derive(Debug, Clone, Serialize, Deserialize)]\n391\tpub struct RolloverPolicy {\n392\t /// Policy name.\n393\t pub name: String,\n394\t /// Write alias.\n395\t pub write_alias: String,\n396\t /// Read alias.\n397\t pub read_alias: String,\n398\t /// Index pattern (e.g. \"logs-{YYYY-MM-DD}\").\n399\t pub pattern: String,\n400\t /// Triggers (JSON: { max_docs, max_age, max_size_gb }).\n401\t pub triggers_json: String,\n402\t /// Retention (JSON: { keep_indexes }).\n403\t pub retention_json: String,\n404\t /// Template (JSON: { primary_key, settings_ref }).\n405\t pub template_json: String,\n406\t /// Whether the policy is enabled (0 | 1).\n407\t pub enabled: i64,\n408\t}\n409\t\n410\t// ============================================================================\n411\t// Table 13: Search UI config (plan §4)\n412\t// ============================================================================\n413\t\n414\t/// Search UI configuration for an index.\n415\t#[derive(Debug, Clone, Serialize, Deserialize)]\n416\tpub struct SearchUiConfig {\n417\t /// Index UID.\n418\t pub index_uid: String,\n419\t /// UI configuration (JSON).\n420\t pub config_json: String,\n421\t /// Last update timestamp (Unix millis).\n422\t pub updated_at: u64,\n423\t}\n424\t\n425\t// ============================================================================\n426\t// Table 14: Admin sessions (plan §4)\n427\t// ============================================================================\n428\t\n429\t/// Admin UI session entry.\n430\t#[derive(Debug, Clone, Serialize, Deserialize)]\n431\tpub struct AdminSession {\n432\t /// Session ID (UUID).\n433\t pub session_id: String,\n434\t /// CSRF token.\n435\t pub csrf_token: String,\n436\t /// SHA256 of admin key used at login.\n437\t pub admin_key_hash: String,\n438\t /// Creation timestamp (Unix millis).\n439\t pub created_at: u64,\n440\t /// Expiration timestamp (Unix millis).\n441\t pub expires_at: u64,\n442\t /// Whether the session is revoked (0 | 1).\n443\t pub revoked: i64,\n444\t /// User agent string.\n445\t pub user_agent: Option,\n446\t /// Source IP address.\n447\t pub source_ip: Option,\n448\t}\n449\t\n450\t// ============================================================================\n451\t// Schema version constant\n452\t// ============================================================================\n453\t\n454\t/// Current schema version. Increment when table definitions change.\n455\tpub const SCHEMA_VERSION: i64 = 1;\n456\t"}]},"parent_tool_use_id":null,"session_id":"9afbbc94-f816-45f4-8a8f-2d591ea0b1b2","uuid":"2c5d5e19-e97c-4ba9-b5b1-3df512f73d4f","timestamp":"2026-05-13T22:24:14.048Z","tool_use_result":{"type":"text","file":{"filePath":"/home/coding/miroir/crates/miroir-core/src/task_store/schema.rs","content":"//! Schema definitions for all 14 task store tables (plan §4).\n\nuse serde::{Deserialize, Serialize};\nuse std::collections::HashMap;\n\n// ============================================================================\n// Table 1: Tasks (plan §4)\n// ============================================================================\n\n/// A Miroir task: unified view of a fan-out write operation.\n#[derive(Debug, Clone, Serialize, Deserialize)]\npub struct Task {\n /// Unique Miroir task ID (UUID).\n pub miroir_id: String,\n /// Creation timestamp (Unix millis).\n pub created_at: u64,\n /// Current task status (enqueued | processing | succeeded | failed | canceled).\n pub status: TaskStatus,\n /// Map of node ID to local Meilisearch task UID (JSON: {\"node-0\": 42, \"node-1\": 17}).\n pub node_tasks: HashMap,\n /// Error message if the task failed.\n pub error: Option,\n}\n\n/// Status of a Miroir task.\n#[derive(Debug, Clone, Copy, Serialize, Deserialize, PartialEq, Eq)]\npub enum TaskStatus {\n /// Task is enqueued.\n Enqueued,\n /// Task is being processed.\n Processing,\n /// Task completed successfully.\n Succeeded,\n /// Task failed.\n Failed,\n /// Task was canceled.\n Canceled,\n}\n\nimpl std::fmt::Display for TaskStatus {\n fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {\n match self {\n Self::Enqueued => write!(f, \"enqueued\"),\n Self::Processing => write!(f, \"processing\"),\n Self::Succeeded => write!(f, \"succeeded\"),\n Self::Failed => write!(f, \"failed\"),\n Self::Canceled => write!(f, \"canceled\"),\n }\n }\n}\n\nimpl std::str::FromStr for TaskStatus {\n type Err = String;\n\n fn from_str(s: &str) -> std::result::Result {\n match s {\n \"enqueued\" => Ok(Self::Enqueued),\n \"processing\" => Ok(Self::Processing),\n \"succeeded\" => Ok(Self::Succeeded),\n \"failed\" => Ok(Self::Failed),\n \"canceled\" => Ok(Self::Canceled),\n _ => Err(format!(\"invalid task status: {s}\")),\n }\n }\n}\n\n/// Filter for listing tasks.\n#[derive(Debug, Clone, Default)]\npub struct TaskFilter {\n /// Filter by status.\n pub status: Option,\n /// Maximum number of results.\n pub limit: Option,\n /// Offset for pagination.\n pub offset: Option,\n}\n\n// ============================================================================\n// Table 2: Node settings version (plan §4)\n// ============================================================================\n\n/// Node settings version entry.\n#[derive(Debug, Clone, Serialize, Deserialize)]\npub struct NodeSettingsVersion {\n /// Index UID.\n pub index_uid: String,\n /// Node ID.\n pub node_id: String,\n /// Last cluster-wide settings_version this (index, node) pair verified.\n pub version: i64,\n /// Last update timestamp (Unix millis).\n pub updated_at: u64,\n}\n\n// ============================================================================\n// Table 3: Aliases (plan §4)\n// ============================================================================\n\n/// Alias definition (single-target or multi-target).\n#[derive(Debug, Clone, Serialize, Deserialize)]\npub struct Alias {\n /// Alias name.\n pub name: String,\n /// Alias kind ('single' or 'multi').\n pub kind: AliasKind,\n /// Current target UID (non-null when kind='single').\n pub current_uid: Option,\n /// JSON array of UIDs (non-null when kind='multi').\n pub target_uids: Option>,\n /// Monotonic flip counter.\n pub version: i64,\n /// Creation timestamp (Unix millis).\n pub created_at: u64,\n /// JSON array: last N prior states, bounded by aliases.history_retention.\n pub history: Vec,\n}\n\n/// Historical entry for an alias.\n#[derive(Debug, Clone, Serialize, Deserialize)]\npub struct AliasHistoryEntry {\n /// The current_uid at this point in history (for single-target).\n pub current_uid: Option,\n /// The target_uids at this point in history (for multi-target).\n pub target_uids: Option>,\n /// The version at this point in history.\n pub version: i64,\n /// When this state was active.\n pub timestamp: u64,\n}\n\n/// Alias kind.\n#[derive(Debug, Clone, Copy, Serialize, Deserialize, PartialEq, Eq)]\npub enum AliasKind {\n /// Single-target alias.\n Single,\n /// Multi-target alias.\n Multi,\n}\n\nimpl std::fmt::Display for AliasKind {\n fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {\n match self {\n Self::Single => write!(f, \"single\"),\n Self::Multi => write!(f, \"multi\"),\n }\n }\n}\n\nimpl std::str::FromStr for AliasKind {\n type Err = String;\n\n fn from_str(s: &str) -> std::result::Result {\n match s {\n \"single\" => Ok(Self::Single),\n \"multi\" => Ok(Self::Multi),\n _ => Err(format!(\"invalid alias kind: {s}\")),\n }\n }\n}\n\n// ============================================================================\n// Table 4: Sessions (plan §4)\n// ============================================================================\n\n/// Read-your-writes session pin.\n#[derive(Debug, Clone, Serialize, Deserialize)]\npub struct Session {\n /// Session ID (UUID).\n pub session_id: String,\n /// Miroir task ID of the last write (nullable: session may exist before any write).\n pub last_write_mtask_id: Option,\n /// Timestamp of the last write (Unix millis).\n pub last_write_at: Option,\n /// group_id that first reached per-group quorum (nullable when pin cleared).\n pub pinned_group: Option,\n /// Minimum settings version for this session.\n pub min_settings_version: i64,\n /// Expiry timestamp (ms since epoch); default 15m from last use.\n pub ttl: u64,\n}\n\n// ============================================================================\n// Table 5: Idempotency cache (plan §4)\n// ============================================================================\n\n/// Idempotency cache entry.\n#[derive(Debug, Clone, Serialize, Deserialize)]\npub struct IdempotencyEntry {\n /// Request key (hash of request content).\n pub key: String,\n /// SHA256 hash of request body (32 bytes).\n pub body_sha256: Vec,\n /// Associated Miroir task ID.\n pub miroir_task_id: String,\n /// Expiry timestamp (Unix millis).\n pub expires_at: u64,\n}\n\n// ============================================================================\n// Table 6: Jobs (plan §4)\n// ============================================================================\n\n/// Background job entry.\n#[derive(Debug, Clone, Serialize, Deserialize)]\npub struct Job {\n /// Job ID (UUID).\n pub id: String,\n /// Job type (dump_import | reshard_backfill | ...).\n pub job_type: String,\n /// Job parameters (JSON).\n pub params: String,\n /// Job state (queued | in_progress | completed | failed).\n pub state: JobState,\n /// Pod ID of current claimant (nullable when queued).\n pub claimed_by: Option,\n /// Lease heartbeat expiry (Unix millis).\n pub claim_expires_at: Option,\n /// Progress info (JSON: { bytes_processed, docs_routed, last_cursor, ... }).\n pub progress: String,\n}\n\n/// Job state.\n#[derive(Debug, Clone, Copy, Serialize, Deserialize, PartialEq, Eq)]\npub enum JobState {\n /// Job is queued.\n Queued,\n /// Job is in progress.\n InProgress,\n /// Job completed.\n Completed,\n /// Job failed.\n Failed,\n}\n\nimpl std::fmt::Display for JobState {\n fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {\n match self {\n Self::Queued => write!(f, \"queued\"),\n Self::InProgress => write!(f, \"in_progress\"),\n Self::Completed => write!(f, \"completed\"),\n Self::Failed => write!(f, \"failed\"),\n }\n }\n}\n\nimpl std::str::FromStr for JobState {\n type Err = String;\n\n fn from_str(s: &str) -> std::result::Result {\n match s {\n \"queued\" => Ok(Self::Queued),\n \"in_progress\" => Ok(Self::InProgress),\n \"completed\" => Ok(Self::Completed),\n \"failed\" => Ok(Self::Failed),\n _ => Err(format!(\"invalid job state: {s}\")),\n }\n }\n}\n\n// ============================================================================\n// Table 7: Leader lease (plan §4)\n// ============================================================================\n\n/// Leader lease entry.\n#[derive(Debug, Clone, Serialize, Deserialize)]\npub struct LeaderLease {\n /// Lease scope (e.g. \"reshard:\", \"alias_flip:\", \"settings_broadcast:\").\n pub scope: String,\n /// Pod ID of current leader.\n pub holder: String,\n /// Lease expiration timestamp (Unix millis).\n pub expires_at: u64,\n}\n\n// ============================================================================\n// Table 8: Canaries (plan §4)\n// ============================================================================\n\n/// Canary definition.\n#[derive(Debug, Clone, Serialize, Deserialize)]\npub struct Canary {\n /// Canary ID (UUID).\n pub id: String,\n /// Canary name.\n pub name: String,\n /// Index to query.\n pub index_uid: String,\n /// Interval between runs (seconds).\n pub interval_s: i64,\n /// Canary query body (JSON).\n pub query_json: String,\n /// Array of assertion specs (JSON).\n pub assertions_json: String,\n /// Whether the canary is enabled (0 | 1).\n pub enabled: i64,\n /// Creation timestamp (Unix millis).\n pub created_at: u64,\n}\n\n// ============================================================================\n// Table 9: Canary runs (plan §4)\n// ============================================================================\n\n/// Canary run history entry.\n#[derive(Debug, Clone, Serialize, Deserialize)]\npub struct CanaryRun {\n /// Canary ID.\n pub canary_id: String,\n /// Run timestamp (Unix millis).\n pub ran_at: u64,\n /// Run status (pass | fail | error).\n pub status: CanaryRunStatus,\n /// Latency in milliseconds.\n pub latency_ms: i64,\n /// JSON array of failed assertions (NULL when pass).\n pub failed_assertions_json: Option,\n}\n\n/// Canary run status.\n#[derive(Debug, Clone, Copy, Serialize, Deserialize, PartialEq, Eq)]\npub enum CanaryRunStatus {\n /// Run passed.\n Pass,\n /// Run failed.\n Fail,\n /// Run had error.\n Error,\n}\n\nimpl std::fmt::Display for CanaryRunStatus {\n fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {\n match self {\n Self::Pass => write!(f, \"pass\"),\n Self::Fail => write!(f, \"fail\"),\n Self::Error => write!(f, \"error\"),\n }\n }\n}\n\nimpl std::str::FromStr for CanaryRunStatus {\n type Err = String;\n\n fn from_str(s: &str) -> std::result::Result {\n match s {\n \"pass\" => Ok(Self::Pass),\n \"fail\" => Ok(Self::Fail),\n \"error\" => Ok(Self::Error),\n _ => Err(format!(\"invalid canary run status: {s}\")),\n }\n }\n}\n\n// ============================================================================\n// Table 10: CDC cursors (plan §4)\n// ============================================================================\n\n/// CDC cursor entry.\n#[derive(Debug, Clone, Serialize, Deserialize)]\npub struct CdcCursor {\n /// Sink name.\n pub sink_name: String,\n /// Index UID.\n pub index_uid: String,\n /// Current cursor position (last event sequence).\n pub last_event_seq: i64,\n /// Last update timestamp (Unix millis).\n pub updated_at: u64,\n}\n\n// ============================================================================\n// Table 11: Tenant map (plan §4)\n// ============================================================================\n\n/// Tenant mapping (API key -> tenant).\n#[derive(Debug, Clone, Serialize, Deserialize)]\npub struct Tenant {\n /// SHA256 hash of API key (32 bytes).\n pub api_key_hash: Vec,\n /// Tenant ID.\n pub tenant_id: String,\n /// Group ID (nullable: NULL falls through to hash(tenant_id) % RG).\n pub group_id: Option,\n}\n\n// ============================================================================\n// Table 12: Rollover policies (plan §4)\n// ============================================================================\n\n/// ILM rollover policy.\n#[derive(Debug, Clone, Serialize, Deserialize)]\npub struct RolloverPolicy {\n /// Policy name.\n pub name: String,\n /// Write alias.\n pub write_alias: String,\n /// Read alias.\n pub read_alias: String,\n /// Index pattern (e.g. \"logs-{YYYY-MM-DD}\").\n pub pattern: String,\n /// Triggers (JSON: { max_docs, max_age, max_size_gb }).\n pub triggers_json: String,\n /// Retention (JSON: { keep_indexes }).\n pub retention_json: String,\n /// Template (JSON: { primary_key, settings_ref }).\n pub template_json: String,\n /// Whether the policy is enabled (0 | 1).\n pub enabled: i64,\n}\n\n// ============================================================================\n// Table 13: Search UI config (plan §4)\n// ============================================================================\n\n/// Search UI configuration for an index.\n#[derive(Debug, Clone, Serialize, Deserialize)]\npub struct SearchUiConfig {\n /// Index UID.\n pub index_uid: String,\n /// UI configuration (JSON).\n pub config_json: String,\n /// Last update timestamp (Unix millis).\n pub updated_at: u64,\n}\n\n// ============================================================================\n// Table 14: Admin sessions (plan §4)\n// ============================================================================\n\n/// Admin UI session entry.\n#[derive(Debug, Clone, Serialize, Deserialize)]\npub struct AdminSession {\n /// Session ID (UUID).\n pub session_id: String,\n /// CSRF token.\n pub csrf_token: String,\n /// SHA256 of admin key used at login.\n pub admin_key_hash: String,\n /// Creation timestamp (Unix millis).\n pub created_at: u64,\n /// Expiration timestamp (Unix millis).\n pub expires_at: u64,\n /// Whether the session is revoked (0 | 1).\n pub revoked: i64,\n /// User agent string.\n pub user_agent: Option,\n /// Source IP address.\n pub source_ip: Option,\n}\n\n// ============================================================================\n// Schema version constant\n// ============================================================================\n\n/// Current schema version. Increment when table definitions change.\npub const SCHEMA_VERSION: i64 = 1;\n","numLines":456,"startLine":1,"totalLines":456}}} +{"type":"user","message":{"role":"user","content":[{"tool_use_id":"call_9f048860f8674c89a4c940e8","type":"tool_result","content":"1\t//! Task store: unified persistence layer for Miroir (plan §4).\n2\t//!\n3\t//! This module provides a trait-based abstraction over two backends:\n4\t//! - SQLite: single-replica, file-based persistence\n5\t//! - Redis: multi-replica, distributed persistence\n6\t//!\n7\t//! Every table in plan §4 is represented here, enabling cross-cutting features\n8\t//! like §13 advanced capabilities and §14 HA mode.\n9\t\n10\tmod error;\n11\tmod redis;\n12\tmod schema;\n13\tmod sqlite;\n14\t\n15\t#[cfg(test)]\n16\tmod sqlite_tests;\n17\t\n18\tpub use error::{Result, TaskStoreError};\n19\tpub use redis::RedisTaskStore;\n20\tpub use schema::*;\n21\tpub use sqlite::SqliteTaskStore;\n22\t\n23\tuse crate::config::TaskStoreConfig;\n24\tuse std::sync::Arc;\n25\t\n26\t/// Create a task store based on the provided configuration.\n27\tpub async fn create_task_store(config: &TaskStoreConfig) -> Result> {\n28\t match config.backend.as_str() {\n29\t \"sqlite\" => {\n30\t let store = SqliteTaskStore::new(&config.path).await?;\n31\t Ok(Arc::new(store))\n32\t }\n33\t \"redis\" => {\n34\t let store = RedisTaskStore::new(&config.url).await?;\n35\t Ok(Arc::new(store))\n36\t }\n37\t other => Err(TaskStoreError::InvalidBackend(other.to_string())),\n38\t }\n39\t}\n40\t\n41\t/// Unified task store trait.\n42\t///\n43\t/// All persistence operations flow through this trait, enabling backend\n44\t/// switching at runtime via `task_store.backend`.\n45\t#[async_trait::async_trait]\n46\tpub trait TaskStore: Send + Sync {\n47\t // --- Schema management ---\n48\t\n49\t /// Initialize the schema (idempotent).\n50\t async fn initialize(&self) -> Result<()>;\n51\t\n52\t /// Get the current schema version.\n53\t async fn schema_version(&self) -> Result;\n54\t\n55\t // --- Tasks table (plan §4 table 1) ---\n56\t\n57\t /// Insert a new task.\n58\t async fn task_insert(&self, task: &Task) -> Result<()>;\n59\t\n60\t /// Get a task by Miroir ID.\n61\t async fn task_get(&self, miroir_id: &str) -> Result>;\n62\t\n63\t /// Update task status.\n64\t async fn task_update_status(&self, miroir_id: &str, status: TaskStatus) -> Result<()>;\n65\t\n66\t /// Update a node task within a Miroir task.\n67\t async fn task_update_node(&self, miroir_id: &str, node_id: &str, task_uid: u64) -> Result<()>;\n68\t\n69\t /// List tasks with optional filtering.\n70\t async fn task_list(&self, filter: &TaskFilter) -> Result>;\n71\t\n72\t // --- Node settings version (plan §4 table 2) ---\n73\t\n74\t /// Get the current settings version for a node.\n75\t async fn node_settings_version_get(&self, index: &str, node_id: &str) -> Result>;\n76\t\n77\t /// Set the settings version for a node.\n78\t async fn node_settings_version_set(\n79\t &self,\n80\t index: &str,\n81\t node_id: &str,\n82\t version: i64,\n83\t ) -> Result<()>;\n84\t\n85\t // --- Aliases (plan §4 table 3) ---\n86\t\n87\t /// Insert or update an alias.\n88\t async fn alias_upsert(&self, alias: &Alias) -> Result<()>;\n89\t\n90\t /// Get an alias by name.\n91\t async fn alias_get(&self, name: &str) -> Result>;\n92\t\n93\t /// Delete an alias.\n94\t async fn alias_delete(&self, name: &str) -> Result<()>;\n95\t\n96\t /// List all aliases.\n97\t async fn alias_list(&self) -> Result>;\n98\t\n99\t // --- Sessions (plan §4 table 4) ---\n100\t\n101\t /// Insert or update a session.\n102\t async fn session_upsert(&self, session: &Session) -> Result<()>;\n103\t\n104\t /// Get a session by ID.\n105\t async fn session_get(&self, session_id: &str) -> Result>;\n106\t\n107\t /// Delete a session.\n108\t async fn session_delete(&self, session_id: &str) -> Result<()>;\n109\t\n110\t /// Delete all sessions for a given index.\n111\t async fn session_delete_by_index(&self, index: &str) -> Result<()>;\n112\t\n113\t // --- Idempotency cache (plan §4 table 5) ---\n114\t\n115\t /// Check if a request key has been processed.\n116\t async fn idempotency_check(&self, key: &str) -> Result>;\n117\t\n118\t /// Record a request key as processed.\n119\t async fn idempotency_record(&self, entry: &IdempotencyEntry) -> Result<()>;\n120\t\n121\t /// Delete old idempotency entries.\n122\t async fn idempotency_prune(&self, before_ts: u64) -> Result;\n123\t\n124\t // --- Jobs (plan §4 table 6) ---\n125\t\n126\t /// Enqueue a background job.\n127\t async fn job_enqueue(&self, job: &Job) -> Result<()>;\n128\t\n129\t /// Dequeue a job for processing.\n130\t async fn job_dequeue(&self, worker_id: &str) -> Result>;\n131\t\n132\t /// Update job status.\n133\t async fn job_update_status(\n134\t &self,\n135\t job_id: &str,\n136\t status: JobState,\n137\t result: Option<&str>,\n138\t ) -> Result<()>;\n139\t\n140\t /// Get a job by ID.\n141\t async fn job_get(&self, job_id: &str) -> Result>;\n142\t\n143\t /// List jobs by status.\n144\t async fn job_list(&self, status: Option, limit: usize) -> Result>;\n145\t\n146\t // --- Leader lease (plan §4 table 7) ---\n147\t\n148\t /// Acquire or renew a leader lease.\n149\t async fn leader_lease_acquire(&self, lease: &LeaderLease) -> Result;\n150\t\n151\t /// Release a leader lease.\n152\t async fn leader_lease_release(&self, lease_id: &str) -> Result<()>;\n153\t\n154\t /// Get the current leader lease.\n155\t async fn leader_lease_get(&self) -> Result>;\n156\t\n157\t // --- Canaries (plan §4 table 8) ---\n158\t\n159\t /// Insert or update a canary definition.\n160\t async fn canary_upsert(&self, canary: &Canary) -> Result<()>;\n161\t\n162\t /// Get a canary by name.\n163\t async fn canary_get(&self, name: &str) -> Result>;\n164\t\n165\t /// Delete a canary.\n166\t async fn canary_delete(&self, name: &str) -> Result<()>;\n167\t\n168\t /// List all canaries.\n169\t async fn canary_list(&self) -> Result>;\n170\t\n171\t // --- Canary runs (plan §4 table 9) ---\n172\t\n173\t /// Record a canary run.\n174\t async fn canary_run_insert(&self, run: &CanaryRun) -> Result<()>;\n175\t\n176\t /// Get canary runs for a canary.\n177\t async fn canary_run_list(&self, canary_name: &str, limit: usize) -> Result>;\n178\t\n179\t /// Delete old canary runs.\n180\t async fn canary_run_prune(&self, before_ts: u64) -> Result;\n181\t\n182\t // --- CDC cursors (plan §4 table 10) ---\n183\t\n184\t /// Get the current CDC cursor for a sink/index pair.\n185\t async fn cdc_cursor_get(&self, sink: &str, index: &str) -> Result>;\n186\t\n187\t /// Set the CDC cursor for a sink/index pair.\n188\t async fn cdc_cursor_set(&self, cursor: &CdcCursor) -> Result<()>;\n189\t\n190\t /// List all CDC cursors for a sink.\n191\t async fn cdc_cursor_list(&self, sink: &str) -> Result>;\n192\t\n193\t // --- Tenant map (plan §4 table 11) ---\n194\t\n195\t /// Insert or update a tenant mapping.\n196\t async fn tenant_upsert(&self, tenant: &Tenant) -> Result<()>;\n197\t\n198\t /// Get a tenant by API key.\n199\t async fn tenant_get(&self, api_key: &str) -> Result>;\n200\t\n201\t /// Delete a tenant.\n202\t async fn tenant_delete(&self, api_key: &str) -> Result<()>;\n203\t\n204\t /// List all tenants.\n205\t async fn tenant_list(&self) -> Result>;\n206\t\n207\t // --- Rollover policies (plan §4 table 12) ---\n208\t\n209\t /// Insert or update a rollover policy.\n210\t async fn rollover_policy_upsert(&self, policy: &RolloverPolicy) -> Result<()>;\n211\t\n212\t /// Get a rollover policy by name.\n213\t async fn rollover_policy_get(&self, name: &str) -> Result>;\n214\t\n215\t /// Delete a rollover policy.\n216\t async fn rollover_policy_delete(&self, name: &str) -> Result<()>;\n217\t\n218\t /// List all rollover policies.\n219\t async fn rollover_policy_list(&self) -> Result>;\n220\t\n221\t // --- Search UI config (plan §4 table 13) ---\n222\t\n223\t /// Insert or update a search UI config.\n224\t async fn search_ui_config_upsert(&self, config: &SearchUiConfig) -> Result<()>;\n225\t\n226\t /// Get a search UI config by index.\n227\t async fn search_ui_config_get(&self, index: &str) -> Result>;\n228\t\n229\t /// Delete a search UI config.\n230\t async fn search_ui_config_delete(&self, index: &str) -> Result<()>;\n231\t\n232\t /// List all search UI configs.\n233\t async fn search_ui_config_list(&self) -> Result>;\n234\t\n235\t // --- Admin sessions (plan §4 table 14) ---\n236\t\n237\t /// Insert or update an admin session.\n238\t async fn admin_session_upsert(&self, session: &AdminSession) -> Result<()>;\n239\t\n240\t /// Get an admin session by ID.\n241\t async fn admin_session_get(&self, session_id: &str) -> Result>;\n242\t\n243\t /// Delete an admin session.\n244\t async fn admin_session_delete(&self, session_id: &str) -> Result<()>;\n245\t\n246\t /// Mark a session as revoked.\n247\t async fn admin_session_revoke(&self, session_id: &str) -> Result<()>;\n248\t\n249\t /// Check if a session is revoked.\n250\t async fn admin_session_is_revoked(&self, session_id: &str) -> Result;\n251\t\n252\t // --- Redis-specific rate limit keys (HA mode only) ---\n253\t\n254\t /// Increment a rate limit counter (Redis-only).\n255\t async fn ratelimit_increment(&self, key: &str, window_s: u64, limit: u64)\n256\t -> Result<(u64, u64)>;\n257\t\n258\t /// Set a rate limit backoff (Redis-only).\n259\t async fn ratelimit_set_backoff(&self, key: &str, duration_s: u64) -> Result<()>;\n260\t\n261\t /// Check a rate limit backoff (Redis-only).\n262\t async fn ratelimit_check_backoff(&self, key: &str) -> Result>;\n263\t\n264\t // --- Redis-specific CDC overflow (HA mode only) ---\n265\t\n266\t /// Check if CDC overflow buffer exists (Redis-only).\n267\t async fn cdc_overflow_check(&self, sink: &str) -> Result;\n268\t\n269\t /// Get CDC overflow buffer size (Redis-only).\n270\t async fn cdc_overflow_size(&self, sink: &str) -> Result;\n271\t\n272\t /// Append to CDC overflow buffer (Redis-only).\n273\t async fn cdc_overflow_append(&self, sink: &str, data: &[u8]) -> Result<()>;\n274\t\n275\t /// Clear CDC overflow buffer (Redis-only).\n276\t async fn cdc_overflow_clear(&self, sink: &str) -> Result<()>;\n277\t\n278\t // --- Redis-specific scoped key rotation (HA mode only) ---\n279\t\n280\t /// Set a scoped key for an index (Redis-only).\n281\t async fn scoped_key_set(&self, index: &str, key: &str, expires_at: u64) -> Result<()>;\n282\t\n283\t /// Get the current scoped key for an index (Redis-only).\n284\t async fn scoped_key_get(&self, index: &str) -> Result>;\n285\t\n286\t /// Mark a scoped key as observed by a pod (Redis-only).\n287\t async fn scoped_key_observe(&self, pod: &str, index: &str, key: &str) -> Result<()>;\n288\t\n289\t /// Check if a pod has observed a scoped key (Redis-only).\n290\t async fn scoped_key_has_observed(&self, pod: &str, index: &str, key: &str) -> Result;\n291\t\n292\t // --- Health check ---\n293\t\n294\t /// Check if the store is healthy.\n295\t async fn health_check(&self) -> Result;\n296\t}\n297\t"}]},"parent_tool_use_id":null,"session_id":"9afbbc94-f816-45f4-8a8f-2d591ea0b1b2","uuid":"64d3c5d2-32e2-4e53-aafb-4e6bd9ea9a7e","timestamp":"2026-05-13T22:24:14.050Z","tool_use_result":{"type":"text","file":{"filePath":"/home/coding/miroir/crates/miroir-core/src/task_store/mod.rs","content":"//! Task store: unified persistence layer for Miroir (plan §4).\n//!\n//! This module provides a trait-based abstraction over two backends:\n//! - SQLite: single-replica, file-based persistence\n//! - Redis: multi-replica, distributed persistence\n//!\n//! Every table in plan §4 is represented here, enabling cross-cutting features\n//! like §13 advanced capabilities and §14 HA mode.\n\nmod error;\nmod redis;\nmod schema;\nmod sqlite;\n\n#[cfg(test)]\nmod sqlite_tests;\n\npub use error::{Result, TaskStoreError};\npub use redis::RedisTaskStore;\npub use schema::*;\npub use sqlite::SqliteTaskStore;\n\nuse crate::config::TaskStoreConfig;\nuse std::sync::Arc;\n\n/// Create a task store based on the provided configuration.\npub async fn create_task_store(config: &TaskStoreConfig) -> Result> {\n match config.backend.as_str() {\n \"sqlite\" => {\n let store = SqliteTaskStore::new(&config.path).await?;\n Ok(Arc::new(store))\n }\n \"redis\" => {\n let store = RedisTaskStore::new(&config.url).await?;\n Ok(Arc::new(store))\n }\n other => Err(TaskStoreError::InvalidBackend(other.to_string())),\n }\n}\n\n/// Unified task store trait.\n///\n/// All persistence operations flow through this trait, enabling backend\n/// switching at runtime via `task_store.backend`.\n#[async_trait::async_trait]\npub trait TaskStore: Send + Sync {\n // --- Schema management ---\n\n /// Initialize the schema (idempotent).\n async fn initialize(&self) -> Result<()>;\n\n /// Get the current schema version.\n async fn schema_version(&self) -> Result;\n\n // --- Tasks table (plan §4 table 1) ---\n\n /// Insert a new task.\n async fn task_insert(&self, task: &Task) -> Result<()>;\n\n /// Get a task by Miroir ID.\n async fn task_get(&self, miroir_id: &str) -> Result>;\n\n /// Update task status.\n async fn task_update_status(&self, miroir_id: &str, status: TaskStatus) -> Result<()>;\n\n /// Update a node task within a Miroir task.\n async fn task_update_node(&self, miroir_id: &str, node_id: &str, task_uid: u64) -> Result<()>;\n\n /// List tasks with optional filtering.\n async fn task_list(&self, filter: &TaskFilter) -> Result>;\n\n // --- Node settings version (plan §4 table 2) ---\n\n /// Get the current settings version for a node.\n async fn node_settings_version_get(&self, index: &str, node_id: &str) -> Result>;\n\n /// Set the settings version for a node.\n async fn node_settings_version_set(\n &self,\n index: &str,\n node_id: &str,\n version: i64,\n ) -> Result<()>;\n\n // --- Aliases (plan §4 table 3) ---\n\n /// Insert or update an alias.\n async fn alias_upsert(&self, alias: &Alias) -> Result<()>;\n\n /// Get an alias by name.\n async fn alias_get(&self, name: &str) -> Result>;\n\n /// Delete an alias.\n async fn alias_delete(&self, name: &str) -> Result<()>;\n\n /// List all aliases.\n async fn alias_list(&self) -> Result>;\n\n // --- Sessions (plan §4 table 4) ---\n\n /// Insert or update a session.\n async fn session_upsert(&self, session: &Session) -> Result<()>;\n\n /// Get a session by ID.\n async fn session_get(&self, session_id: &str) -> Result>;\n\n /// Delete a session.\n async fn session_delete(&self, session_id: &str) -> Result<()>;\n\n /// Delete all sessions for a given index.\n async fn session_delete_by_index(&self, index: &str) -> Result<()>;\n\n // --- Idempotency cache (plan §4 table 5) ---\n\n /// Check if a request key has been processed.\n async fn idempotency_check(&self, key: &str) -> Result>;\n\n /// Record a request key as processed.\n async fn idempotency_record(&self, entry: &IdempotencyEntry) -> Result<()>;\n\n /// Delete old idempotency entries.\n async fn idempotency_prune(&self, before_ts: u64) -> Result;\n\n // --- Jobs (plan §4 table 6) ---\n\n /// Enqueue a background job.\n async fn job_enqueue(&self, job: &Job) -> Result<()>;\n\n /// Dequeue a job for processing.\n async fn job_dequeue(&self, worker_id: &str) -> Result>;\n\n /// Update job status.\n async fn job_update_status(\n &self,\n job_id: &str,\n status: JobState,\n result: Option<&str>,\n ) -> Result<()>;\n\n /// Get a job by ID.\n async fn job_get(&self, job_id: &str) -> Result>;\n\n /// List jobs by status.\n async fn job_list(&self, status: Option, limit: usize) -> Result>;\n\n // --- Leader lease (plan §4 table 7) ---\n\n /// Acquire or renew a leader lease.\n async fn leader_lease_acquire(&self, lease: &LeaderLease) -> Result;\n\n /// Release a leader lease.\n async fn leader_lease_release(&self, lease_id: &str) -> Result<()>;\n\n /// Get the current leader lease.\n async fn leader_lease_get(&self) -> Result>;\n\n // --- Canaries (plan §4 table 8) ---\n\n /// Insert or update a canary definition.\n async fn canary_upsert(&self, canary: &Canary) -> Result<()>;\n\n /// Get a canary by name.\n async fn canary_get(&self, name: &str) -> Result>;\n\n /// Delete a canary.\n async fn canary_delete(&self, name: &str) -> Result<()>;\n\n /// List all canaries.\n async fn canary_list(&self) -> Result>;\n\n // --- Canary runs (plan §4 table 9) ---\n\n /// Record a canary run.\n async fn canary_run_insert(&self, run: &CanaryRun) -> Result<()>;\n\n /// Get canary runs for a canary.\n async fn canary_run_list(&self, canary_name: &str, limit: usize) -> Result>;\n\n /// Delete old canary runs.\n async fn canary_run_prune(&self, before_ts: u64) -> Result;\n\n // --- CDC cursors (plan §4 table 10) ---\n\n /// Get the current CDC cursor for a sink/index pair.\n async fn cdc_cursor_get(&self, sink: &str, index: &str) -> Result>;\n\n /// Set the CDC cursor for a sink/index pair.\n async fn cdc_cursor_set(&self, cursor: &CdcCursor) -> Result<()>;\n\n /// List all CDC cursors for a sink.\n async fn cdc_cursor_list(&self, sink: &str) -> Result>;\n\n // --- Tenant map (plan §4 table 11) ---\n\n /// Insert or update a tenant mapping.\n async fn tenant_upsert(&self, tenant: &Tenant) -> Result<()>;\n\n /// Get a tenant by API key.\n async fn tenant_get(&self, api_key: &str) -> Result>;\n\n /// Delete a tenant.\n async fn tenant_delete(&self, api_key: &str) -> Result<()>;\n\n /// List all tenants.\n async fn tenant_list(&self) -> Result>;\n\n // --- Rollover policies (plan §4 table 12) ---\n\n /// Insert or update a rollover policy.\n async fn rollover_policy_upsert(&self, policy: &RolloverPolicy) -> Result<()>;\n\n /// Get a rollover policy by name.\n async fn rollover_policy_get(&self, name: &str) -> Result>;\n\n /// Delete a rollover policy.\n async fn rollover_policy_delete(&self, name: &str) -> Result<()>;\n\n /// List all rollover policies.\n async fn rollover_policy_list(&self) -> Result>;\n\n // --- Search UI config (plan §4 table 13) ---\n\n /// Insert or update a search UI config.\n async fn search_ui_config_upsert(&self, config: &SearchUiConfig) -> Result<()>;\n\n /// Get a search UI config by index.\n async fn search_ui_config_get(&self, index: &str) -> Result>;\n\n /// Delete a search UI config.\n async fn search_ui_config_delete(&self, index: &str) -> Result<()>;\n\n /// List all search UI configs.\n async fn search_ui_config_list(&self) -> Result>;\n\n // --- Admin sessions (plan §4 table 14) ---\n\n /// Insert or update an admin session.\n async fn admin_session_upsert(&self, session: &AdminSession) -> Result<()>;\n\n /// Get an admin session by ID.\n async fn admin_session_get(&self, session_id: &str) -> Result>;\n\n /// Delete an admin session.\n async fn admin_session_delete(&self, session_id: &str) -> Result<()>;\n\n /// Mark a session as revoked.\n async fn admin_session_revoke(&self, session_id: &str) -> Result<()>;\n\n /// Check if a session is revoked.\n async fn admin_session_is_revoked(&self, session_id: &str) -> Result;\n\n // --- Redis-specific rate limit keys (HA mode only) ---\n\n /// Increment a rate limit counter (Redis-only).\n async fn ratelimit_increment(&self, key: &str, window_s: u64, limit: u64)\n -> Result<(u64, u64)>;\n\n /// Set a rate limit backoff (Redis-only).\n async fn ratelimit_set_backoff(&self, key: &str, duration_s: u64) -> Result<()>;\n\n /// Check a rate limit backoff (Redis-only).\n async fn ratelimit_check_backoff(&self, key: &str) -> Result>;\n\n // --- Redis-specific CDC overflow (HA mode only) ---\n\n /// Check if CDC overflow buffer exists (Redis-only).\n async fn 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SQLite backend for the task store.\n1\t\n2\tuse super::error::{Result, TaskStoreError};\n3\tuse super::schema::{\n4\t AdminSession, Alias, Canary, CanaryRun, CdcCursor, IdempotencyEntry, Job, JobState,\n5\t LeaderLease, RolloverPolicy, SearchUiConfig, Session, Task, TaskFilter, TaskStatus, Tenant,\n6\t SCHEMA_VERSION,\n7\t};\n8\tuse super::TaskStore;\n9\tuse rusqlite::Connection;\n10\tuse std::collections::HashMap;\n11\tuse std::path::Path;\n12\tuse std::sync::{Arc, Mutex};\n13\t\n14\t// Legacy compatibility types for trait signature\n15\t#[derive(Debug, Clone, serde::Serialize, serde::Deserialize, PartialEq, Eq)]\n16\tpub struct NodeTask {\n17\t pub task_uid: u64,\n18\t pub status: NodeTaskStatus,\n19\t}\n20\t\n21\t#[derive(Debug, Clone, Copy, serde::Serialize, serde::Deserialize, PartialEq, Eq)]\n22\tpub enum NodeTaskStatus {\n23\t Enqueued,\n24\t Processing,\n25\t Succeeded,\n26\t Failed,\n27\t}\n28\t\n29\t// Legacy JobStatus for trait compatibility\n30\t#[derive(Debug, Clone, Copy, PartialEq, Eq)]\n31\tpub enum JobStatus {\n32\t Enqueued,\n33\t Processing,\n34\t Succeeded,\n35\t Failed,\n36\t Canceled,\n37\t}\n38\t\n39\t/// Convert a String parse error to a rusqlite error.\n40\tfn parse_error(e: E) -> rusqlite::Error {\n41\t rusqlite::Error::ToSqlConversionFailure(Box::new(ParseError(e.to_string())))\n42\t}\n43\t\n44\t/// Wrapper for String errors to implement std::error::Error.\n45\t#[derive(Debug)]\n46\tstruct ParseError(String);\n47\t\n48\timpl std::fmt::Display for ParseError {\n49\t fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {\n50\t write!(f, \"{}\", self.0)\n51\t }\n52\t}\n53\t\n54\timpl std::error::Error for ParseError {}\n55\t\n56\t/// SQLite task store implementation.\n57\t#[derive(Clone)]\n58\tpub struct SqliteTaskStore {\n59\t conn: Arc>,\n60\t}\n61\t\n62\timpl SqliteTaskStore {\n63\t /// Create a new SQLite task store.\n64\t pub async fn new>(path: P) -> Result {\n65\t let conn = Connection::open(path)?;\n66\t let store = Self {\n67\t conn: Arc::new(Mutex::new(conn)),\n68\t };\n69\t Ok(store)\n70\t }\n71\t\n72\t /// Execute a SQL statement with parameters.\n73\t fn execute(&self, sql: &str, params: &[&dyn rusqlite::ToSql]) -> Result {\n74\t let conn = self\n75\t .conn\n76\t .lock()\n77\t .map_err(|e| TaskStoreError::Internal(e.to_string()))?;\n78\t conn.execute(sql, params).map_err(Into::into)\n79\t }\n80\t\n81\t /// Query a single row.\n82\t fn query_row(&self, sql: &str, params: &[&dyn rusqlite::ToSql], f: F) -> Result\n83\t where\n84\t F: FnOnce(&rusqlite::Row) -> rusqlite::Result,\n85\t {\n86\t let conn = self\n87\t .conn\n88\t .lock()\n89\t .map_err(|e| TaskStoreError::Internal(e.to_string()))?;\n90\t conn.query_row(sql, params, f).map_err(Into::into)\n91\t }\n92\t\n93\t /// Prepare and execute a query, returning all rows.\n94\t fn query_map(&self, sql: &str, params: &[&dyn rusqlite::ToSql], f: F) -> Result>\n95\t where\n96\t F: FnMut(&rusqlite::Row) -> rusqlite::Result,\n97\t {\n98\t let conn = self\n99\t .conn\n100\t .lock()\n101\t .map_err(|e| TaskStoreError::Internal(e.to_string()))?;\n102\t let mut stmt = conn.prepare(sql)?;\n103\t let rows: std::result::Result, _> = stmt.query_map(params, f)?.collect();\n104\t Ok(rows?)\n105\t }\n106\t}\n107\t\n108\t#[async_trait::async_trait]\n109\timpl TaskStore for SqliteTaskStore {\n110\t async fn initialize(&self) -> Result<()> {\n111\t let conn = self\n112\t .conn\n113\t .lock()\n114\t .map_err(|e| TaskStoreError::Internal(e.to_string()))?;\n115\t\n116\t // Enable WAL mode for better concurrency\n117\t // Use query_row because PRAGMA journal_mode returns the new mode\n118\t let _mode: String = conn.query_row(\n119\t \"PRAGMA journal_mode=WAL\",\n120\t &[] as &[&dyn rusqlite::ToSql],\n121\t |row| row.get(0),\n122\t )?;\n123\t\n124\t // Set busy timeout to avoid deadlock on concurrent writes\n125\t // Use query_row because PRAGMA busy_timeout returns the value that was set\n126\t let _timeout: i64 = conn.query_row(\n127\t \"PRAGMA busy_timeout=5000\",\n128\t &[] as &[&dyn rusqlite::ToSql],\n129\t |row| row.get(0),\n130\t )?;\n131\t\n132\t // Create schema_version table\n133\t conn.execute(\n134\t \"CREATE TABLE IF NOT EXISTS schema_version (\n135\t version INTEGER NOT NULL\n136\t )\",\n137\t &[] as &[&dyn rusqlite::ToSql],\n138\t )?;\n139\t\n140\t // Check current version\n141\t let current_version: Option = conn\n142\t .query_row(\n143\t \"SELECT version FROM schema_version\",\n144\t &[] as &[&dyn rusqlite::ToSql],\n145\t |row| row.get(0),\n146\t )\n147\t .ok();\n148\t\n149\t if current_version.is_none() {\n150\t // Initialize schema\n151\t Self::init_schema(&conn)?;\n152\t conn.execute(\n153\t \"INSERT INTO schema_version (version) VALUES (1)\",\n154\t &[] as &[&dyn rusqlite::ToSql],\n155\t )?;\n156\t } else if current_version != Some(SCHEMA_VERSION) {\n157\t return Err(TaskStoreError::InvalidData(format!(\n158\t \"schema version mismatch: expected {}, got {}\",\n159\t SCHEMA_VERSION,\n160\t current_version.unwrap()\n161\t )));\n162\t }\n163\t\n164\t Ok(())\n165\t }\n166\t\n167\t async fn schema_version(&self) -> Result {\n168\t self.query_row(\n169\t \"SELECT version FROM schema_version\",\n170\t &[] as &[&dyn rusqlite::ToSql],\n171\t |row| row.get(0),\n172\t )\n173\t }\n174\t\n175\t async fn task_insert(&self, task: &Task) -> Result<()> {\n176\t let node_tasks_json = serde_json::to_string(&task.node_tasks)?;\n177\t self.execute(\n178\t \"INSERT INTO tasks (miroir_id, created_at, status, node_tasks, error)\n179\t VALUES (?1, ?2, ?3, ?4, ?5)\",\n180\t &[\n181\t &task.miroir_id as &dyn rusqlite::ToSql,\n182\t &task.created_at,\n183\t &task.status.to_string(),\n184\t &node_tasks_json,\n185\t &task.error.as_deref().unwrap_or(\"\"),\n186\t ] as &[&dyn rusqlite::ToSql],\n187\t )?;\n188\t Ok(())\n189\t }\n190\t\n191\t async fn task_get(&self, miroir_id: &str) -> Result> {\n192\t let result: Option = self\n193\t .query_row(\n194\t \"SELECT miroir_id, created_at, status, node_tasks, error FROM tasks WHERE miroir_id = ?1\",\n195\t &[&miroir_id as &dyn rusqlite::ToSql],\n196\t |row| {\n197\t let node_tasks_json: String = row.get(3)?;\n198\t let node_tasks: HashMap = serde_json::from_str(&node_tasks_json).map_err(|e| rusqlite::Error::ToSqlConversionFailure(Box::new(e)))?;\n199\t Ok(Task {\n200\t miroir_id: row.get(0)?,\n201\t created_at: row.get(1)?,\n202\t status: row.get::<_, String>(2)?.parse().map_err(|e| {\n203\t parse_error(e)\n204\t })?,\n205\t node_tasks,\n206\t error: {\n207\t let error: String = row.get(4)?;\n208\t if error.is_empty() { None } else { Some(error) }\n209\t },\n210\t })\n211\t },\n212\t )\n213\t .ok();\n214\t Ok(result)\n215\t }\n216\t\n217\t async fn task_update_status(&self, miroir_id: &str, status: TaskStatus) -> Result<()> {\n218\t self.execute(\n219\t \"UPDATE tasks SET status = ?1 WHERE miroir_id = ?2\",\n220\t &[\n221\t &status.to_string() as &dyn rusqlite::ToSql,\n222\t &miroir_id as &dyn rusqlite::ToSql,\n223\t ],\n224\t )?;\n225\t Ok(())\n226\t }\n227\t\n228\t async fn task_update_node(&self, miroir_id: &str, node_id: &str, task_uid: u64) -> Result<()> {\n229\t // Get the task, update node_tasks (store only task_uid), and write back\n230\t let mut task = self\n231\t .task_get(miroir_id)\n232\t .await?\n233\t .ok_or_else(|| TaskStoreError::NotFound(miroir_id.to_string()))?;\n234\t task.node_tasks.insert(node_id.to_string(), task_uid);\n235\t let node_tasks_json = serde_json::to_string(&task.node_tasks)?;\n236\t self.execute(\n237\t \"UPDATE tasks SET node_tasks = ?1 WHERE miroir_id = ?2\",\n238\t &[\n239\t &node_tasks_json as &dyn rusqlite::ToSql,\n240\t &miroir_id as &dyn rusqlite::ToSql,\n241\t ],\n242\t )?;\n243\t Ok(())\n244\t }\n245\t\n246\t async fn task_list(&self, filter: &TaskFilter) -> Result> {\n247\t let mut sql =\n248\t \"SELECT miroir_id, created_at, status, node_tasks, error FROM tasks\".to_string();\n249\t let mut params = Vec::new();\n250\t let mut wheres = Vec::new();\n251\t\n252\t if let Some(status) = filter.status {\n253\t wheres.push(\"status = ?\".to_string());\n254\t params.push(status.to_string());\n255\t }\n256\t\n257\t if !wheres.is_empty() {\n258\t sql.push_str(\" WHERE \");\n259\t sql.push_str(&wheres.join(\" AND \"));\n260\t }\n261\t\n262\t sql.push_str(\" ORDER BY created_at DESC\");\n263\t\n264\t if let Some(limit) = filter.limit {\n265\t sql.push_str(&format!(\" LIMIT {limit}\"));\n266\t }\n267\t\n268\t if let Some(offset) = filter.offset {\n269\t sql.push_str(&format!(\" OFFSET {offset}\"));\n270\t }\n271\t\n272\t let params_refs: Vec<&dyn rusqlite::ToSql> =\n273\t params.iter().map(|s| s as &dyn rusqlite::ToSql).collect();\n274\t\n275\t self.query_map(&sql, ¶ms_refs, |row| {\n276\t let node_tasks_json: String = row.get(3)?;\n277\t let node_tasks: HashMap = serde_json::from_str(&node_tasks_json)\n278\t .map_err(|e| rusqlite::Error::ToSqlConversionFailure(Box::new(e)))?;\n279\t Ok(Task {\n280\t miroir_id: row.get(0)?,\n281\t created_at: row.get(1)?,\n282\t status: row.get::<_, String>(2)?.parse().map_err(parse_error)?,\n283\t node_tasks,\n284\t error: {\n285\t let error: String = row.get(4)?;\n286\t if error.is_empty() {\n287\t None\n288\t } else {\n289\t Some(error)\n290\t }\n291\t },\n292\t })\n293\t })\n294\t }\n295\t\n296\t async fn node_settings_version_get(&self, index: &str, node_id: &str) -> Result> {\n297\t let version: Option = self\n298\t .query_row(\n299\t \"SELECT version FROM node_settings_version WHERE index_uid = ?1 AND node_id = ?2\","}]},"parent_tool_use_id":null,"session_id":"9afbbc94-f816-45f4-8a8f-2d591ea0b1b2","uuid":"7e003aec-e689-4f03-a377-da4fbbc25fbd","timestamp":"2026-05-13T22:24:17.593Z","tool_use_result":{"type":"text","file":{"filePath":"/home/coding/miroir/crates/miroir-core/src/task_store/sqlite.rs","content":"//! SQLite backend for the task store.\n\nuse super::error::{Result, TaskStoreError};\nuse super::schema::{\n AdminSession, Alias, Canary, CanaryRun, CdcCursor, IdempotencyEntry, Job, JobState,\n LeaderLease, RolloverPolicy, SearchUiConfig, Session, Task, TaskFilter, TaskStatus, Tenant,\n SCHEMA_VERSION,\n};\nuse super::TaskStore;\nuse rusqlite::Connection;\nuse std::collections::HashMap;\nuse std::path::Path;\nuse std::sync::{Arc, Mutex};\n\n// Legacy compatibility types for trait signature\n#[derive(Debug, Clone, serde::Serialize, serde::Deserialize, PartialEq, Eq)]\npub struct NodeTask {\n pub task_uid: u64,\n pub status: NodeTaskStatus,\n}\n\n#[derive(Debug, Clone, Copy, serde::Serialize, serde::Deserialize, PartialEq, Eq)]\npub enum NodeTaskStatus {\n Enqueued,\n Processing,\n Succeeded,\n Failed,\n}\n\n// Legacy JobStatus for trait compatibility\n#[derive(Debug, Clone, Copy, PartialEq, Eq)]\npub enum JobStatus {\n Enqueued,\n Processing,\n Succeeded,\n Failed,\n Canceled,\n}\n\n/// Convert a String parse error to a rusqlite error.\nfn parse_error(e: E) -> rusqlite::Error {\n rusqlite::Error::ToSqlConversionFailure(Box::new(ParseError(e.to_string())))\n}\n\n/// Wrapper for String errors to implement std::error::Error.\n#[derive(Debug)]\nstruct ParseError(String);\n\nimpl std::fmt::Display for ParseError {\n fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {\n write!(f, \"{}\", self.0)\n }\n}\n\nimpl std::error::Error for ParseError {}\n\n/// SQLite task store implementation.\n#[derive(Clone)]\npub struct SqliteTaskStore {\n conn: Arc>,\n}\n\nimpl SqliteTaskStore {\n /// Create a new SQLite task store.\n pub async fn new>(path: P) -> Result {\n let conn = Connection::open(path)?;\n let store = Self {\n conn: Arc::new(Mutex::new(conn)),\n };\n Ok(store)\n }\n\n /// Execute a SQL statement with parameters.\n fn execute(&self, sql: &str, params: &[&dyn rusqlite::ToSql]) -> Result {\n let conn = self\n .conn\n .lock()\n .map_err(|e| TaskStoreError::Internal(e.to_string()))?;\n conn.execute(sql, params).map_err(Into::into)\n }\n\n /// Query a single row.\n fn query_row(&self, sql: &str, params: &[&dyn rusqlite::ToSql], f: F) -> Result\n where\n F: FnOnce(&rusqlite::Row) -> rusqlite::Result,\n {\n let conn = self\n .conn\n .lock()\n .map_err(|e| TaskStoreError::Internal(e.to_string()))?;\n conn.query_row(sql, params, f).map_err(Into::into)\n }\n\n /// Prepare and execute a query, returning all rows.\n fn query_map(&self, sql: &str, params: &[&dyn rusqlite::ToSql], f: F) -> Result>\n where\n F: FnMut(&rusqlite::Row) -> rusqlite::Result,\n {\n let conn = self\n .conn\n .lock()\n .map_err(|e| TaskStoreError::Internal(e.to_string()))?;\n let mut stmt = conn.prepare(sql)?;\n let rows: std::result::Result, _> = stmt.query_map(params, f)?.collect();\n Ok(rows?)\n }\n}\n\n#[async_trait::async_trait]\nimpl TaskStore for SqliteTaskStore {\n async fn initialize(&self) -> Result<()> {\n let conn = self\n .conn\n .lock()\n .map_err(|e| TaskStoreError::Internal(e.to_string()))?;\n\n // Enable WAL mode for better concurrency\n // Use query_row because PRAGMA journal_mode returns the new mode\n let _mode: String = conn.query_row(\n \"PRAGMA journal_mode=WAL\",\n &[] as &[&dyn rusqlite::ToSql],\n |row| row.get(0),\n )?;\n\n // Set busy timeout to avoid deadlock on concurrent writes\n // Use query_row because PRAGMA busy_timeout returns the value that was set\n let _timeout: i64 = conn.query_row(\n \"PRAGMA busy_timeout=5000\",\n &[] as &[&dyn rusqlite::ToSql],\n |row| row.get(0),\n )?;\n\n // Create schema_version table\n conn.execute(\n \"CREATE TABLE IF NOT EXISTS schema_version (\n version INTEGER NOT NULL\n )\",\n &[] as &[&dyn rusqlite::ToSql],\n )?;\n\n // Check current version\n let current_version: Option = conn\n .query_row(\n \"SELECT version FROM schema_version\",\n &[] as &[&dyn rusqlite::ToSql],\n |row| row.get(0),\n )\n .ok();\n\n if current_version.is_none() {\n // Initialize schema\n Self::init_schema(&conn)?;\n conn.execute(\n \"INSERT INTO schema_version (version) VALUES (1)\",\n &[] as &[&dyn rusqlite::ToSql],\n )?;\n } else if current_version != Some(SCHEMA_VERSION) {\n return Err(TaskStoreError::InvalidData(format!(\n \"schema version mismatch: expected {}, got {}\",\n SCHEMA_VERSION,\n current_version.unwrap()\n )));\n }\n\n Ok(())\n }\n\n async fn schema_version(&self) -> Result {\n self.query_row(\n \"SELECT version FROM schema_version\",\n &[] as &[&dyn rusqlite::ToSql],\n |row| row.get(0),\n )\n }\n\n async fn task_insert(&self, task: &Task) -> Result<()> {\n let node_tasks_json = serde_json::to_string(&task.node_tasks)?;\n self.execute(\n \"INSERT INTO tasks (miroir_id, created_at, status, node_tasks, error)\n VALUES (?1, ?2, ?3, ?4, ?5)\",\n &[\n &task.miroir_id as &dyn rusqlite::ToSql,\n &task.created_at,\n &task.status.to_string(),\n &node_tasks_json,\n &task.error.as_deref().unwrap_or(\"\"),\n ] as &[&dyn rusqlite::ToSql],\n )?;\n Ok(())\n }\n\n async fn task_get(&self, miroir_id: &str) -> Result> {\n let result: Option = self\n .query_row(\n \"SELECT miroir_id, created_at, status, node_tasks, error FROM tasks WHERE miroir_id = ?1\",\n &[&miroir_id as &dyn rusqlite::ToSql],\n |row| {\n let node_tasks_json: String = row.get(3)?;\n let node_tasks: HashMap = serde_json::from_str(&node_tasks_json).map_err(|e| rusqlite::Error::ToSqlConversionFailure(Box::new(e)))?;\n Ok(Task {\n miroir_id: row.get(0)?,\n created_at: row.get(1)?,\n status: row.get::<_, String>(2)?.parse().map_err(|e| {\n parse_error(e)\n })?,\n node_tasks,\n error: {\n let error: String = row.get(4)?;\n if error.is_empty() { None } else { Some(error) }\n },\n })\n },\n )\n .ok();\n Ok(result)\n }\n\n async fn task_update_status(&self, miroir_id: &str, status: TaskStatus) -> Result<()> {\n self.execute(\n \"UPDATE tasks SET status = ?1 WHERE miroir_id = ?2\",\n &[\n &status.to_string() as &dyn rusqlite::ToSql,\n &miroir_id as &dyn rusqlite::ToSql,\n ],\n )?;\n Ok(())\n }\n\n async fn task_update_node(&self, miroir_id: &str, node_id: &str, task_uid: u64) -> Result<()> {\n // Get the task, update node_tasks (store only task_uid), and write back\n let mut task = self\n .task_get(miroir_id)\n .await?\n .ok_or_else(|| TaskStoreError::NotFound(miroir_id.to_string()))?;\n task.node_tasks.insert(node_id.to_string(), task_uid);\n let node_tasks_json = serde_json::to_string(&task.node_tasks)?;\n self.execute(\n \"UPDATE tasks SET node_tasks = ?1 WHERE miroir_id = ?2\",\n &[\n &node_tasks_json as &dyn rusqlite::ToSql,\n &miroir_id as &dyn rusqlite::ToSql,\n ],\n )?;\n Ok(())\n }\n\n async fn task_list(&self, filter: &TaskFilter) -> Result> {\n let mut sql =\n \"SELECT miroir_id, created_at, status, node_tasks, error FROM tasks\".to_string();\n let mut params = Vec::new();\n let mut wheres = Vec::new();\n\n if let Some(status) = filter.status {\n wheres.push(\"status = ?\".to_string());\n params.push(status.to_string());\n }\n\n if !wheres.is_empty() {\n sql.push_str(\" WHERE \");\n sql.push_str(&wheres.join(\" AND \"));\n }\n\n sql.push_str(\" ORDER BY created_at DESC\");\n\n if let Some(limit) = filter.limit {\n sql.push_str(&format!(\" LIMIT {limit}\"));\n }\n\n if let Some(offset) = filter.offset {\n sql.push_str(&format!(\" OFFSET {offset}\"));\n }\n\n let params_refs: Vec<&dyn rusqlite::ToSql> =\n params.iter().map(|s| s as &dyn rusqlite::ToSql).collect();\n\n self.query_map(&sql, ¶ms_refs, |row| {\n let node_tasks_json: String = row.get(3)?;\n let node_tasks: HashMap = serde_json::from_str(&node_tasks_json)\n .map_err(|e| rusqlite::Error::ToSqlConversionFailure(Box::new(e)))?;\n Ok(Task {\n miroir_id: row.get(0)?,\n created_at: row.get(1)?,\n status: row.get::<_, String>(2)?.parse().map_err(parse_error)?,\n node_tasks,\n error: {\n let error: String = row.get(4)?;\n if error.is_empty() {\n None\n } else {\n Some(error)\n }\n },\n })\n })\n }\n\n async fn node_settings_version_get(&self, index: &str, node_id: &str) -> Result> {\n let version: Option = self\n .query_row(\n \"SELECT version FROM node_settings_version WHERE index_uid = ?1 AND node_id = ?2\",","numLines":300,"startLine":0,"totalLines":1476}}} +{"type":"system","subtype":"status","status":"requesting","uuid":"23739951-a099-4226-90f5-164bb75327d6","session_id":"9afbbc94-f816-45f4-8a8f-2d591ea0b1b2"} +{"type":"assistant","message":{"id":"fa26d327-548a-472f-8e91-ebb40cdc1f08","container":null,"model":"","role":"assistant","stop_details":null,"stop_reason":"stop_sequence","stop_sequence":"","type":"message","usage":{"input_tokens":0,"output_tokens":0,"cache_creation_input_tokens":0,"cache_read_input_tokens":0,"server_tool_use":{"web_search_requests":0,"web_fetch_requests":0},"service_tier":null,"cache_creation":{"ephemeral_1h_input_tokens":0,"ephemeral_5m_input_tokens":0},"inference_geo":null,"iterations":null,"speed":null},"content":[{"type":"text","text":"API Error: API returned an empty or malformed response (HTTP 200) — check for a proxy or gateway intercepting the request"}],"context_management":null},"parent_tool_use_id":null,"session_id":"9afbbc94-f816-45f4-8a8f-2d591ea0b1b2","uuid":"cd8d0026-9ea7-48b9-aca5-c916240bac57","error":"unknown"} +{"type":"result","subtype":"success","is_error":true,"api_error_status":null,"duration_ms":33171,"duration_api_ms":26335,"num_turns":15,"result":"API Error: API returned an empty or malformed response (HTTP 200) — check for a proxy or gateway intercepting the request","stop_reason":"stop_sequence","session_id":"9afbbc94-f816-45f4-8a8f-2d591ea0b1b2","total_cost_usd":0.16182539999999998,"usage":{"input_tokens":26397,"cache_creation_input_tokens":0,"cache_read_input_tokens":227648,"output_tokens":956,"server_tool_use":{"web_search_requests":0,"web_fetch_requests":0},"service_tier":"standard","cache_creation":{"ephemeral_1h_input_tokens":0,"ephemeral_5m_input_tokens":0},"inference_geo":"","iterations":[],"speed":"standard"},"modelUsage":{"claude-sonnet-4-6":{"inputTokens":26397,"outputTokens":956,"cacheReadInputTokens":227648,"cacheCreationInputTokens":0,"webSearchRequests":0,"costUSD":0.16182539999999998,"contextWindow":200000,"maxOutputTokens":32000}},"permission_denials":[],"terminal_reason":"completed","fast_mode_state":"off","uuid":"0d0b981e-8aba-4c22-a510-a0c5110679dd"} diff --git a/.needle-predispatch-sha b/.needle-predispatch-sha index 95fac4e..56f9886 100644 --- a/.needle-predispatch-sha +++ b/.needle-predispatch-sha @@ -1 +1 @@ -1909b3a388f556b0c0a0efe309d701079018c3c7 +c94c7b0c5ed2e79851f7b0d8155b74349646b024 diff --git a/crates/miroir-core/src/topology.rs b/crates/miroir-core/src/topology.rs index 09188d5..09eb09e 100644 --- a/crates/miroir-core/src/topology.rs +++ b/crates/miroir-core/src/topology.rs @@ -817,4 +817,91 @@ mod tests { assert!(msg.contains("joining")); assert!(msg.contains("draining")); } + + // --- Plan §4 YAML example test --- + // This test verifies that a Topology can be correctly built from the plan §4 YAML + // example structure (RG=2, 6 nodes, RF=2) + #[test] + fn test_topology_from_plan_section_4_yaml_structure() { + // Plan §4 YAML example: + // replica_groups: 2 + // shards: 64 + // replication_factor: 2 + // nodes: + // - id: "meili-0", address: "http://meili-0.search.svc:7700", replica_group: 0 + // - id: "meili-1", address: "http://meili-1.search.svc:7700", replica_group: 0 + // - id: "meili-2", address: "http://meili-2.search.svc:7700", replica_group: 0 + // - id: "meili-3", address: "http://meili-3.search.svc:7700", replica_group: 1 + // - id: "meili-4", address: "http://meili-4.search.svc:7700", replica_group: 1 + // - id: "meili-5", address: "http://meili-5.search.svc:7700", replica_group: 1 + + let mut topology = Topology::new(64, 2); // S=64, RF=2 + + // Add group 0 nodes (meili-0, meili-1, meili-2) + topology.add_node(Node::new( + NodeId::new("meili-0".to_string()), + "http://meili-0.search.svc:7700".to_string(), + 0, + )); + topology.add_node(Node::new( + NodeId::new("meili-1".to_string()), + "http://meili-1.search.svc:7700".to_string(), + 0, + )); + topology.add_node(Node::new( + NodeId::new("meili-2".to_string()), + "http://meili-2.search.svc:7700".to_string(), + 0, + )); + + // Add group 1 nodes (meili-3, meili-4, meili-5) + topology.add_node(Node::new( + NodeId::new("meili-3".to_string()), + "http://meili-3.search.svc:7700".to_string(), + 1, + )); + topology.add_node(Node::new( + NodeId::new("meili-4".to_string()), + "http://meili-4.search.svc:7700".to_string(), + 1, + )); + topology.add_node(Node::new( + NodeId::new("meili-5".to_string()), + "http://meili-5.search.svc:7700".to_string(), + 1, + )); + + // Verify topology properties + assert_eq!(topology.shards(), 64, "S should be 64"); + assert_eq!(topology.rf(), 2, "RF should be 2"); + assert_eq!(topology.replica_group_count(), 2, "RG should be 2"); + + // Verify groups() iterator returns RG groups in ascending order + let groups: Vec<_> = topology.groups().collect(); + assert_eq!(groups.len(), 2, "Should have 2 groups"); + assert_eq!(groups[0].id, 0, "First group should be ID 0"); + assert_eq!(groups[1].id, 1, "Second group should be ID 1"); + + // Verify each group holds exactly its configured nodes + let group0_nodes = groups[0].nodes(); + assert_eq!(group0_nodes.len(), 3, "Group 0 should have 3 nodes"); + assert!(group0_nodes.contains(&NodeId::new("meili-0".to_string()))); + assert!(group0_nodes.contains(&NodeId::new("meili-1".to_string()))); + assert!(group0_nodes.contains(&NodeId::new("meili-2".to_string()))); + + let group1_nodes = groups[1].nodes(); + assert_eq!(group1_nodes.len(), 3, "Group 1 should have 3 nodes"); + assert!(group1_nodes.contains(&NodeId::new("meili-3".to_string()))); + assert!(group1_nodes.contains(&NodeId::new("meili-4".to_string()))); + assert!(group1_nodes.contains(&NodeId::new("meili-5".to_string()))); + + // Verify node addresses are correct + let node0 = topology.node(&NodeId::new("meili-0".to_string())).unwrap(); + assert_eq!(node0.address, "http://meili-0.search.svc:7700"); + assert_eq!(node0.replica_group, 0); + + let node5 = topology.node(&NodeId::new("meili-5".to_string())).unwrap(); + assert_eq!(node5.address, "http://meili-5.search.svc:7700"); + assert_eq!(node5.replica_group, 1); + } }