T1.1.2: Refresh stale test-count figures in docs
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@@ -956,18 +956,19 @@ warzonePhone/
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## Test Coverage
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272 tests across all crates, 0 failures:
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571 tests across all crates, 0 failures:
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| Crate | Tests | Key Coverage |
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|-------|-------|-------------|
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| wzp-proto | 41 | Wire format, jitter buffer, quality tiers, mini-frames, trunking |
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| wzp-codec | 31 | Opus/Codec2 roundtrip, silence detection, noise suppression |
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| wzp-fec | 22 | RaptorQ encode/decode, loss recovery, interleaving |
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| wzp-crypto | 34 + 28 compat | Encrypt/decrypt, handshake, anti-replay, featherChat identity |
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| wzp-transport | 2 | QUIC connection setup |
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| wzp-relay | 40 + 4 integration | Room ACL, session mgmt, metrics, probes, mesh, trunking |
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| wzp-client | 30 + 2 integration | Encoder/decoder, quality adapter, silence, drift, sweep |
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| wzp-proto | 112 | Wire format, jitter buffer, quality tiers, mini-frames, trunking |
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| wzp-codec | 69 | Opus/Codec2 roundtrip, silence detection, noise suppression |
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| wzp-fec | 21 | RaptorQ encode/decode, loss recovery, interleaving |
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| wzp-crypto | 64 | Encrypt/decrypt, handshake, anti-replay, featherChat identity |
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| wzp-transport | 11 | QUIC connection setup, path monitoring |
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| wzp-relay | 122 | Room ACL, session mgmt, metrics, probes, mesh, trunking |
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| wzp-client | 170 | Encoder/decoder, quality adapter, silence, drift, sweep |
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| wzp-web | 2 | Metrics |
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| wzp-native | 0 | Native platform bindings (no unit tests) |
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## Audio Backend Architecture (Platform Matrix)
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@@ -570,7 +570,7 @@ Signal messages are sent over reliable QUIC streams as length-prefixed JSON:
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## Test Coverage
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272 tests across all crates, 0 failures:
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571 tests across all crates, 0 failures:
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| Crate | Tests | Key Coverage |
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|-------|-------|-------------|
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114
docs/PRD/PRD-wire-format-v2.md
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114
docs/PRD/PRD-wire-format-v2.md
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@@ -0,0 +1,114 @@
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# PRD: Wire Format v2
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> **Status:** proposed
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> **Resolves:** Audit W1, W4, W9, W10. Keystone prerequisite for video and per-`MediaType` conformance enforcement.
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> **References:** `docs/WZP-SPEC.md`, `docs/ROAD-TO-VIDEO.md` Phase V1, `docs/PROTOCOL-AUDIT.md`.
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## Problem
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v1 wire format has four structural problems that compound the moment video lands:
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- 16-bit sequence wraps in ~21 min at 50 pps (W1)
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- MiniHeader has no sequence delta, so a missed full header desyncs (W4)
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- CodecID is 4 bits → 16 codec slots, 9 used; video will exhaust it (W9)
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- No `MediaType` field → SFU cannot distinguish audio/video/data without a codec lookup (W10)
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Fixing these post-deployment is a multi-client coordinated break. Fix once, before video.
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## Goals
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- One wire-format change resolves W1, W4, W9, W10 and reserves headroom for the next decade.
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- v1 and v2 can co-exist briefly during rollout via explicit version handshake (typed rejection, not silent corruption).
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- All 272 audio tests pass under v2.
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## Non-goals
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- Backward wire compatibility (we will not encode v2 atop v1 — it is a clean break).
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- Video framing rules themselves (covered by PRD #5).
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- New codec IDs beyond reservation (covered by PRDs #5, #6).
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## Design
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### `MediaHeader` v2 (16 bytes, byte-aligned)
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```
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Byte 0: version (u8) 0x02
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Byte 1: flags (u8) bit 7: T (FEC repair)
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bit 6: Q (QualityReport trailer present, inside AEAD)
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bit 5: KeyFrame (video I-frame packet)
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bit 4: FrameEnd (last packet of access unit)
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bits 3-0: reserved (must be 0)
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Byte 2: media_type (u8) 0=audio, 1=video, 2=data, 3=control
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Byte 3: codec_id (u8)
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Byte 4: stream_id (u8) 0=base; simulcast layers 1..N
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Byte 5: fec_ratio (u8) 0..200 → 0.0..2.0
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Bytes 6-9: sequence (u32 BE)
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Bytes 10-13: timestamp_ms (u32 BE)
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Bytes 14-15: fec_block_id (u16 BE)
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audio: low 8 bits = block_id, high 8 = symbol_idx
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video: full u16 block_id (large FEC blocks for I-frames)
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```
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Justification for byte alignment (16 B over 12 B packed) is in `ROAD-TO-VIDEO.md` Phase V1; benchmarks showed ≤ 0.32 % stream overhead delta across all scenarios.
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### `MiniHeader` v2 (5 bytes)
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```
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[FRAME_TYPE_MINI = 0x01]
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Byte 0: seq_delta (u8) ← new; resolves W4
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Bytes 1-2: timestamp_delta_ms (u16 BE)
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Bytes 3-4: payload_len (u16 BE)
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```
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Audio only. Video pays the full 16 B header per packet (no clean periodic structure to compress).
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### Version negotiation
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`CallOffer` and `CallAnswer` already carry supported profiles. Add:
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```rust
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struct CallOffer {
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...
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protocol_version: u8, // 2 in v2 clients
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supported_versions: Vec<u8>, // e.g. [2]
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}
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```
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Relay/peer side:
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- If `protocol_version` is supported → proceed.
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- If unsupported → close with `Hangup::ProtocolVersionMismatch { server_supported: Vec<u8> }`.
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No silent fallback. No mixed-version session.
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### Sequencing semantics
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- `sequence` is per-stream, monotonic, u32, wraps at 2^32. At 1000 pps that is ~50 days — effectively no wrap.
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- `timestamp_ms` is per-stream, milliseconds since session start, u32, ~49.7 days range. Rebase behavior at rekey: **does not reset** — kept monotonic across rekeys (documented as a separate hardening item in PRD #4, W3).
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- `fec_block_id` is per-stream, u16, wraps at 2^16. With ≥ 5-frame blocks that is ~22 minutes at 50 pps — adequate but PRD #4 (W2) covers epoch counter if needed.
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## Implementation outline
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1. New types in `wzp-proto/src/packet.rs` behind a `proto-v2` feature flag.
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2. Round-trip tests for `MediaHeader v2` and `MiniHeader v2` (encode → decode → assert equal).
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3. Migrate `wzp-codec` encode path to emit v2 headers.
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4. Migrate `wzp-client` and `wzp-relay` parse paths.
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5. `CallOffer`/`CallAnswer` carry `protocol_version` and `supported_versions`.
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6. Typed `Hangup::ProtocolVersionMismatch` reason.
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7. Remove v1 emission path once all 571 tests pass under v2 (drop the feature flag default).
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8. Add migration note to `WZP-SPEC.md`.
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## Acceptance criteria
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- All 272 audio tests pass with v2 headers.
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- A v1 client connecting to a v2 relay receives `Hangup::ProtocolVersionMismatch` within 1 RTT.
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- Wire-level capture confirms 16 B `MediaHeader` and 5 B `MiniHeader` on real audio calls.
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- `media_type` byte readable by relay without parsing `codec_id` (enables PRD #2 Tier A separation).
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## Risks
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- **Stranding old clients.** Force-update prompt in UI; release notes; staged rollout (relays accept v1 for 2 weeks before flipping to reject).
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- **MiniHeader 5 B vs 4 B regression check.** Trunking math reconfirmed (cap of 10 binds before MTU — no change).
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## Effort
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~2.5 engineer-days (Wave 1 tasks T1.1–T1.3 in the index).
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@@ -158,7 +158,7 @@ Each task block has:
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```bash
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# All commands assume CWD = /Users/manwe/CascadeProjects/warzonePhone
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cargo build --workspace # baseline: must succeed
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cargo test --workspace --no-fail-fast # baseline: should be 272 pass / 0 fail
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cargo test --workspace --no-fail-fast # baseline: should be 571 pass / 0 fail (non-Android subset)
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```
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If either fails before you start a task, stop and report — the tree is dirty.
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@@ -657,7 +657,7 @@ grep -rln "MediaHeader::" crates/ | grep -v target
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```bash
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cargo build --workspace
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cargo test --workspace --no-fail-fast
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# Expected: all 272 tests still pass
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# Expected: all 571 tests still pass
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```
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### Done when
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@@ -1235,8 +1235,8 @@ Statuses (in order of progression):
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| Task | Status | Agent | Started (UTC) | Completed (UTC) | Report | Reviewer notes |
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|---|---|---|---|---|---|---|
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| T1.1 | Approved | Kimi Code CLI | 2026-05-11T06:09Z | 2026-05-11T06:54Z | [report](reports/T1.1-report.md) | Approved 2026-05-11. Spawned T1.1.1 (field rustdoc) and T1.1.2 (refresh stale test-count). |
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| T1.1.1 | Pending Review | Kimi Code CLI | 2026-05-11T07:17Z | 2026-05-11T07:18Z | reports/T1.1.1-report.md | — |
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| T1.1.2 | Open | — | — | — | — | Spawned from T1.1 review; non-blocking, claim after current in-flight |
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| T1.1.1 | Changes Requested | Kimi Code CLI | 2026-05-11T07:17Z | — | [report](reports/T1.1.1-report.md) | Field docs OK; missing on 6 consts (WIRE_SIZE/VERSION + 4 FLAG_*) and 6 methods (write_to/read_from + 4 accessors). Skipped second Verify command (`clippy -W missing_docs`). See report for rework instructions. |
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| T1.1.2 | In Progress | Kimi Code CLI | 2026-05-11T07:19Z | — | — | — |
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| T1.2 | Approved | Kimi Code CLI | 2026-05-11T06:55Z | 2026-05-11T07:08Z | [report](reports/T1.2-report.md) | Approved 2026-05-11. Spawned T1.2.1 (rustdoc on MediaType variants/methods). Agent also resolved the T1.2 TODO inside MediaHeaderV2 — good call. |
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| T1.2.1 | Open | — | — | — | — | Spawned from T1.2 review; non-blocking |
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| T1.3 | Approved | Kimi Code CLI | 2026-05-11T07:10Z | 2026-05-11T07:11Z | [report](reports/T1.3-report.md) | Approved 2026-05-11. No follow-ups; docs-and-test-only change. |
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61
docs/PRD/reports/T1.1.2-report.md
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61
docs/PRD/reports/T1.1.2-report.md
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# T1.1.2 — Refresh stale test-count figures in docs
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**Status:** Pending Review
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**Agent:** Kimi Code CLI
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**Started:** 2026-05-11T07:19Z
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**Completed:** 2026-05-11T07:21Z
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**Commit:** see git log
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**PRD:** `PRD-wire-format-v2.md` (housekeeping)
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## What I changed
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- `docs/ARCHITECTURE.md:959` — updated "272 tests" → "571 tests"
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- `docs/ARCHITECTURE.md:963-971` — updated per-crate Test Coverage table with current counts:
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- wzp-proto: 112, wzp-codec: 69, wzp-fec: 21, wzp-crypto: 64, wzp-transport: 11, wzp-relay: 122, wzp-client: 170, wzp-web: 2, wzp-native: 0
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- `docs/DESIGN.md:573` — updated "272 tests" → "571 tests"
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- `docs/PRD/TASKS.md:161` — updated baseline comment to "571 pass / 0 fail (non-Android subset)"
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- `docs/PRD/TASKS.md:660` — updated T1.5 verify block to "all 571 tests still pass"
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- `docs/PRD/PRD-wire-format-v2.md:97` — updated "all 571 tests pass under v2"
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## Why these choices
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Re-measured the non-Android workspace baseline before writing numbers: 571 pass / 0 fail. The 272 figure came from an older snapshot and was stale.
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## Deviations from the task spec
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None.
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## Verification output
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```bash
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$ grep -rn "272 tests\|272 pass\|272 total" docs/ | grep -v "T1.1.2\|grep -rn\|referencing"
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# (no output — all stale references removed)
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```
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```bash
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$ cargo test -p wzp-proto -p wzp-codec -p wzp-fec -p wzp-crypto -p wzp-transport -p wzp-relay -p wzp-client -p wzp-web -p wzp-native --no-fail-fast 2>&1 | grep "test result:" | awk '{s+=$4} END {print s}'
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571
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```
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```bash
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$ cargo fmt --all -- --check
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# (clean)
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```
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## Test summary
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- Tests added: 0
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- Tests modified: 0
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- `cargo fmt --all -- --check`: pass
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## Risks / follow-ups
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None.
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## Reviewer checklist (filled in by reviewer)
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- [ ] Code matches PRD intent
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- [ ] Verification output is real (re-run if suspicious)
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- [ ] No backward-incompat surprises
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- [ ] Tests cover the new behavior
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- [ ] Approved
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