soup/CHANGELOG.md

# Changelog

All notable changes to **Soup CLI** are documented here.

The format is based on [Keep a Changelog](https://keepachangelog.com/en/1.1.0/),
and this project adheres to [Semantic Versioning](https://semver.org/spec/v2.0.0.html).

Detailed, per-release notes for every published version live on the
[GitHub Releases page](https://github.com/MakazhanAlpamys/Soup/releases). This
file tracks unreleased changes and links out for historical detail rather than
reproducing 70+ versions of notes.

## [Unreleased]

## [0.71.26] - 2026-07-01

### Added
- **Closed-loop reward-hacking auto-mitigation.** The trainer now *detects*
  reward hacking mid-run and *self-corrects* — instead of only halting. Set
  `training.reward_hack_mitigation` (or `soup train --reward-hack-mitigation`)
  to one of four modes on a GRPO/PPO run (requires `reward_hack_detector`):
  - `log_only` — instrument only: append a per-step `mitigation_log.jsonl`
    (drop_pct, verdict, reward mean/std, completion-length trend, repetition)
    and *never* touch training.
  - `kl_control` — a reversible **bang-bang + hysteresis** controller: when the
    hacking signal trips, raise the KL coefficient β (geometric, clamped to
    `[floor, ceil]`, never crossing 0); relax it when the signal recovers.
    Dwell + release-patience prevent flapping; a multi-signal vote combines the
    detector drop with a length-trend and repetition signal.
  - `pid_lagrangian` — a **PID-Lagrangian** controller (Stooke et al.) that
    holds the hacking signal at a target, plus an **escalation ladder**:
    raise β → roll back to the last-good RL checkpoint → early-stop.
  - Anti-gaming hardening: per-signal EMA/median smoothing,
    conservative-on-disagreement voting, a reward-distribution-drift guard, and
    optional bounded **reward shaping** on the gamed proxy (length / repetition
    / sentinel). A plain-English give-up explanation is logged on early-stop.
  - **Proof-of-mechanism only** (see Known Limitations): validated on
    SmolLM2-135M + a synthetic length-hacking task on a single RTX 3050 — all
    four stages pass live, including a real mid-run rollback. PPO ships **BETA**
    (mechanism unit-tested; the on-GPU proof is GRPO-only).
- Ready-made `qwen2.5-coder-7b-sft` recipe for `Qwen/Qwen2.5-Coder-7B-Instruct`
  (catalog 133 → 134)
  ([#285](https://github.com/MakazhanAlpamys/Soup/pull/285) by [@Deadpool2000](https://github.com/Deadpool2000)).

### Security
- `RLCheckpointCallback.restore_checkpoint` / `save_checkpoint` refuse a
  **symlinked** `optimizer.pt` — `torch.load(weights_only=False)` on an
  attacker-placed symlink in a shared checkpoint dir was an RCE vector.
- Bool-before-int/float guards on every new `reward_hack_*` numeric field;
  `reward_hack_signals` bounded (`max_length=4`); the mitigation log writer is
  cwd-contained with symlink-reject-on-rotate and secret redaction.

## [0.71.25] - 2026-06-27

### Added
- **`soup ship` — the SHIP / DON'T-SHIP verdict.** After fine-tuning, answer one
  question: did the model get better, or did I break it? `soup ship` fuses two
  checks into a single binary decision — **leg 1**: the task metric *strictly*
  improved (base → tuned); AND **leg 2**: no general benchmark regressed past a
  forgetting threshold (default 0.05 absolute points). It SHIPs only when both
  hold — otherwise DON'T SHIP, *even if the task metric looks great*. The output
  is a one-screen verdict + the reason, with CI-gateable exit codes
  (0 = SHIP, 2 = DON'T SHIP, 1 = runtime error).
  - Leg-1 modes: `--task-mode metric` (eval accuracy) or `judge_score`
    (LLM-as-a-judge); pairwise win-rate is planned for a later release.
  - Leg-2 suite: built-in mini benchmarks by default (offline, CPU), or
    `--general-suite <names>` to route lm-eval benchmarks; `--baseline
    registry://… | file.json` supplies recorded base scores.
  - `--evidence ev.json` decides offline from pre-computed scores (no model
    load); `--output verdict.json` persists the machine-readable verdict.
- Friendlier error messages: the CUDA-OOM hint now also suggests
  `gradient_checkpointing` and `4bit` quantization, plus new mappings for
  Hugging Face gated repos (`huggingface-cli login` / `HF_TOKEN`) and
  `trust_remote_code` errors. Closes #272
  ([#282](https://github.com/MakazhanAlpamys/Soup/pull/282) by [@Akshaya-reddy18](https://github.com/Akshaya-reddy18)).

### Security
- `soup ship` input hardening: `--evidence` is opened with `O_NOFOLLOW` + an
  fstat size cap (16 MiB) under cwd containment; `--task-eval` is cwd-contained
  and symlink-rejected; `--judge-model` is validated by scheme/host via
  `urlparse` (blocks the `http://localhost.attacker.com` prefix bypass);
  lm-eval model ids reject `,`/`=` injection; `--general-suite` is bounded
  (≤ 50 names, ≤ 256 chars each).

## [0.71.24] - 2026-06-21

### Added
- **2026 model-family recipe expansion (catalog 116 → 133).** 17 new ready-made
  SFT recipes for the open-weight models released Feb–Jun 2026, each with its
  Hugging Face repo-ID verified to resolve:
  - **Qwen 3.5 (Apache-2.0):** `qwen3.5-0.8b-sft`, `qwen3.5-2b-sft`,
    `qwen3.5-4b-sft`, `qwen3.5-9b-sft`, `qwen3.5-27b-sft`, and the
    `qwen3.5-35b-a3b-sft` / `qwen3.5-122b-a10b-sft` / `qwen3.5-397b-a17b-sft`
    MoE sizes.
  - **Qwen 3.6 (Apache-2.0):** `qwen3.6-27b-sft`, `qwen3.6-35b-a3b-sft`.
  - **DeepSeek-V4 (MIT):** `deepseek-v4-flash-sft`, `deepseek-v4-pro-sft`.
  - **GLM (MIT):** `glm-5.1-sft`.
  - **Kimi (Modified MIT):** `kimi-k2.5-sft`, `kimi-k2.6-sft`.
  - **MiniMax (MiniMax Community License — commercial use needs a separate
    agreement):** `minimax-m3-sft`.
  - **Mistral Large 3 (Apache-2.0, 675B/41B-active multimodal MoE):**
    `mistral-large-3-sft`.
- Unit-test coverage for the `warmup.py` auto-warmup-steps helper
  ([#274](https://github.com/MakazhanAlpamys/Soup/pull/274) by [@shatakshi-1404](https://github.com/shatakshi-1404)).

### Fixed
- **Stale recipe repo-ID:** `glm-5-sft` now points at `zai-org/GLM-5` (the org
  migrated from `THUDM`).

## [0.71.23] - 2026-06-12

### Added
- **Native Spectrum targeted training (closes #266).** A new `soup spectrum
  scan` reads a model's `.safetensors` shards **one tensor at a time** (no
  model load — peak RAM is the largest single weight matrix), computes a
  singular-value SNR per weight matrix with a Marchenko-Pastur noise threshold
  (arXiv:2406.06623), ranks layers within each module-type group and prints
  the top `--top-percent` as a ready-to-paste `training.unfrozen_parameters`
  YAML block. This lets you scan even a very large model's layer SNR on a CPU
  box and then full-fine-tune only the high-signal layers.
  - `soup spectrum scan --model <id|path> --top-percent 50 [--modules mlp,attn|all] [--output patch.yaml]`
    — SNR table + the YAML patch; results cache at `~/.soup/spectrum/<slug>.json`
    (override via `SOUP_SPECTRUM_CACHE_DIR`).
  - New schema field `training.unfrozen_parameters: list[str]` — regex patterns
    of parameter names to keep trainable; the SFT trainer freezes every
    parameter then unfreezes the matched set (full fine-tuning, LoRA off).
    Mutually exclusive with LoRA features / `freeze_layers` / `freeze_ratio` /
    `train_router_only` / `expand_layers`; requires `task=sft`,
    `backend=transformers`, `modality=text`, and `quantization=none`.
  - The SNR kernel is pure-numpy and transpose-invariant (singular values are
    identical for `W` and `W.T`); GPT-2 `Conv1D` naming
    (`c_attn`/`c_fc`/`c_proj`) is recognised alongside Llama-style names.
  - The existing `spectrum` trainer-plugin wrapper is untouched (back-compat).
    LISA (per-step layer sampling) is tracked separately in #267.

### Security
- `soup spectrum scan` validates `unfrozen_parameters` patterns at parse time:
  rejects nested-unbounded-quantifier regexes (ReDoS), null bytes, empties, and
  caps count (50k) and length (512). Hub downloads route through the
  SSRF-hardened, namespace-pinned `hubs.snapshot_download`; symlinked shards and
  matrices above a 2^31-element SVD cap are skipped; `--output` stays under cwd.

## [0.71.22] - 2026-06-10

### Added
- **Perf & measure polish** — a 4-issue patch tightening four live paths from
  the recent BETA lifts. Pure code, validated on Windows + RTX 3050.
  - **MiniLLM on-policy KV-cache (closes #263).** The on-policy distillation
    rollout (`soup train` with `training.minillm_on_policy: true`) now threads
    `past_key_values` so each step forwards only the new token instead of
    re-feeding the whole prefix — resolving the O(L²) per-step cost from
    v0.71.18. A LoRA student (the common distill case) activates the cache
    too: the new `_supports_kv_cache` probe unwraps the PEFT model via
    `get_base_model()` before deciding. The teacher is always cached; the
    student cache respects the retained autograd graph and degrades gracefully
    if a model returns no cache mid-loop.
  - **`soup serve --mole` KV-cache (closes #262).** Each of the N task adapters
    in a served MoLE now keeps its own KV cache in lockstep, created fresh per
    `generate()` call (never stored on the instance, so there is no
    cross-request leak). Top-k zero-weight adapters are still skipped, and the
    output is byte-identical to the no-cache path on a real MoLE.
  - **Deploy-autopilot live measure factories (closes #143).** `soup deploy
    autopilot --measure` ships a first-party transformers loader factory (lazy
    import, per-candidate quant config via the Quant Menu loader; `before` =
    base, `after` = quantised) replacing the inject-only test hooks. The
    baseline is now scored **once** and the whole candidate list is
    **pre-validated up front**, so a typo in `--measure-candidates` raises
    before any model load instead of burning N live loads or doubling peak
    VRAM.
  - **Live-codec TTS via SNAC, partial (#265-partial).** The live-codec
    encode path (`data.format='audio'`) is validated for **Orpheus**:
    `load_audio_mono` now probes `soundfile.info` (duration + byte cap)
    *before* `soundfile.read` (no multi-GB decode into RAM) and reads through
    an `O_NOFOLLOW` file descriptor; a real SNAC-backed encode of a 24 kHz wav
    produced 42 Orpheus codec tokens.

### Fixed
- MiniLLM on-policy KV-cache was silently disabled for LoRA students (the
  PEFT wrapper hid the base model's `past_key_values` support) — now probed
  via `get_base_model()`.
- Deploy-measure no longer re-scores the baseline once per candidate or burns
  live model loads on a bad candidate (per-candidate validation moved up front).
- `load_audio_mono` capped audio duration only *after* decoding into RAM —
  the cap is now checked from `soundfile.info` before reading.

### Known limitations
- KV-cache correctness is validated (cache == no-cache equality on real tiny
  artifacts) but large-model throughput gains were not measured on the 4 GB
  dev box.
- **#265 stays open** — the live-codec `data.format='audio'` SNAC encode path
  is validated for Orpheus only; the other four TTS families keep their
  per-family codec dependency gate.
- The deploy-measure first-party factory's real quantized (bitsandbytes 4-bit)
  load is CUDA + bitsandbytes-gated; on Windows / no-bnb the injected test
  seams are the validated path.
- The MoLE serve KV-cache assumes single-sequence (`B == 1`) decode.

## [0.71.21] - 2026-06-10

### Added
- **Precision & rollout lift (BETA, hw-gated)** — lifts five deferred
  `NotImplementedError` stubs to live code.
  - **FP8 attention + NVFP4 (closes #141).** `training.fp8_attention: true`
    now converts the model's attention projections (q/k/v/o + fused qkv
    variants) to FP8 training modules via torchao's
    `convert_to_float8_training` with an attention-only `module_filter_fn`
    (Hopper SM ≥ 9.0 gate); `training.nvfp4: true` quantises via torchao's
    `NVFP4Config` (Blackwell SM ≥ 10.0 gate). Both are wired into the v0.28
    speed/memory pipeline and degrade to a visible yellow advisory when the
    gate fires — a conversion failing partway raises an honest "model may be
    PARTIALLY converted" error rather than silently training on a
    half-converted model.
  - **vLLM sleep mode (closes #124).** `training.vllm_sleep_mode: true` is
    live: `create_vllm_engine(sleep_mode=True)` sets
    `AsyncEngineArgs.enable_sleep_mode` (vLLM ≥ 0.7 gate with a friendly
    upgrade message), the new `vllm_sleep_cycle(engine, level=1|2)` context
    manager wraps the optimisation step (wake in `finally`), and the GRPO
    trainer threads the flag into TRL's `GRPOConfig` when the installed TRL
    exposes the hook (advisory otherwise).
  - **Multi-turn agent rollout launchers (closes #125).** `soup train` with
    `task: grpo` + `training.rollout_backend: openenv` +
    `training.rollout_func: my_module:fn` now runs a LIVE rollout: the
    resolver imports the operator's callable (same trusted-code policy as
    `data.prompt_strategy`), feeds it the dataset prompts as seeds, and the
    returned `{prompt, answer?}` rows replace the prompt dataset. Rows are
    normalised (extra keys stripped, message-list prompts deep-copied,
    non-string answers rejected loudly). `art` / `ruler` / `nemo_gym` raise a
    friendly ImportError when the backend package is missing and an honest
    BETA gate when present (injectable `_EXTERNAL_ROLLOUT_RUNNERS` seam).
    Validated by a real GRPO + openenv rollout train on SmolLM2-135M.
  - **Apple-adapter conversion (closes #228).** `soup apple-adapter` is live
    for `hf-to-mlx` / `mlx-to-hf`: PEFT LoRA safetensors ↔ mlx-lm adapters
    with both matrices transposed (`lora_A [r,in]` ↔ `lora_a [in,r]`),
    bf16 sources upcast via the torch loader, `adapters.safetensors` +
    `num_layers` emitted for mlx-lm's `load_adapters`, rank/alpha/dropout
    carried through, legacy `adapters.npz` still read, optional v0.60
    Merkle-root signing. The `*-to-apple` directions stay upstream-gated
    (no published FoundationModels adapter spec). Validated by a real bf16
    PEFT adapter round-tripping with numeric equality.
  - **Llama-4 expert delinearization (closes #97).** `soup
    delinearize-llama4` now runs a live torch runtime: fused 2-D expert
    tensors `[E*dim_in, dim_out]` reshape to 3-D `[E, dim_in, dim_out]`
    (expert count from `config.json` or `--num-experts`), other tensors pass
    through, JSON sidecars are copied, writes are atomic. `--plan-only`
    keeps the old render-and-exit flow.

### Fixed
- `safetensors.numpy.save` silently mangles non-contiguous (transposed)
  arrays — the apple-adapter writer now makes every array C-contiguous
  first (caught by the new round-trip assertions).

### Known limitations
- fp8_attention / nvfp4 / vllm_sleep_mode are BETA hardware-gated — the
  converters and gates ship validated via capability probes and fake-module
  dispatch tests, but end-to-end runs need a Hopper/Blackwell GPU + torchao
  (or vLLM ≥ 0.7), none of which exist on the maintainer's RTX 3050 /
  Windows box. The `art` / `ruler` / `nemo_gym` rollout adapters are
  honestly BETA-gated until validated against the upstream packages.

## [0.71.20] - 2026-06-09

### Added
- **Modality II trainers — TTS / BitNet / MoE expert quant (BETA, hw-gated)**
  — lifts three v0.52.0 schema-only `NotImplementedError` stubs to real code.
  - **TTS fine-tuning** (closes #131). `soup train` with `task='tts'` +
    `modality='audio_out'` now routes to a live `TTSTrainerWrapper`. TTS
    families (Orpheus / Sesame-CSM / Llasa / Spark / Oute) are decoder
    language models, so a TTS fine-tune is next-token cross-entropy over
    interleaved `[text][audio-codec-token]` chat sequences — the wrapper
    reuses the SFT path and adds per-family emotion-control templating
    (Orpheus / Oute) and registration of operator-supplied codec special
    tokens (`data.new_special_tokens`) with an embedding resize. The
    **pre-encoded chat workflow** (codec tokens produced offline, then trained
    with `data.format=chat`) is the live, validated path; the **live-codec
    workflow** (`data.format='audio'`, encode raw audio at train time) needs
    the family's heavyweight codec dependency (SNAC / BiCodec / XCodec2 / …)
    and is hardware/dependency-gated with a friendly per-family `RuntimeError`.
    Verified end-to-end on SmolLM2-135M-Instruct.
  - **BitNet 1.58-bit** (closes #134). `build_bitnet_trainer` returns a live
    `BitNetTrainerWrapper` that gates on the upstream `onebitllms` package
    (absent → friendly `RuntimeError` naming it). `soup export --format
    bitnet | tq1_0` now runs a real llama.cpp TQ1_0 ternary export (reuses the
    v0.53.1 gguf convert→quantize pipeline) instead of the deferred panel; it
    requires a built llama.cpp toolchain (friendly `FileNotFoundError` when
    absent).
  - **MoE expert quant + router-only training** (closes #136).
    `apply_moe_expert_quant` detects fused-MoE expert `nn.Linear` blocks and
    replaces them with bitsandbytes `Linear4bit` (`nf4`) / `Linear8bitLt`
    (`int8_rowwise`), leaving attention + the router in full precision; it
    runs **before** `get_peft_model` (QLoRA-on-experts) so PEFT attaches to the
    quantized base. `train_router_only` freezes every expert and keeps the
    gating router trainable, applied after LoRA. CUDA-gated (friendly
    `RuntimeError` when bitsandbytes/CUDA absent). Validated live on an
    RTX 3050: 8 expert Linears → 8 `Linear4bit` with dequant error 0.0155 vs
    source (weights genuinely carried), router-only freeze, and device-aware
    placement.

### Known limitations
- The TTS live-codec workflow, BitNet 1.58 training (`onebitllms`), and BitNet
  GGUF export (llama.cpp) are hardware/dependency-gated — the friendly gates
  ship and the plumbing is validated, but the end-to-end runs against real TTS
  models + audio codecs / a BitNet base + onebitllms / a built llama.cpp
  toolchain stay open infra-blocked items on the maintainer's RTX 3050 / Windows
  box.

## [0.71.19] - 2026-06-09

### Added
- **Quant Menu for vision / audio modality** (closes #81). The Quant Menu
  (`gptq` / `awq` / `hqq:Nbit` / `aqlm` / `eetq` / `mxfp4` / `fp8`) was rejected
  by the config modality gate for `modality in {vision, audio}` — those paths
  carried inline `BitsAndBytesConfig` blocks that handled only `4bit` / `8bit`.
  v0.71.19 drops the gate (the mlx-backend gate is retained) and threads the
  unified `build_quantization_config_for_loader` through
  `_setup_vision_transformers` / `_setup_audio_transformers`, so multi-modal SFT
  can train a LoRA on top of any pre-quantized base. The `4bit` / `8bit` config
  shapes are byte-for-byte the same as the old inline blocks; `mxfp4` still
  routes through `prepare_model_for_kbit_training`. Verified: the unified loader
  returns the right config object for every format on both modalities, and
  `_setup_vision_transformers` threads a `GPTQConfig` into
  `AutoModelForVision2Seq.from_pretrained`.

### Fixed
- **Multipack DataLoader sharding under FSDP / DeepSpeed ZeRO / DDP** (closes
  #80). The multipack `get_train_dataloader` override built a raw `DataLoader`
  and returned it directly, so under distribution every rank trained on the
  **same** packed bins (no data sharding). It now routes the loader through
  `accelerator.prepare(...)` when `num_processes > 1` — exactly what HF Trainer's
  own `get_train_dataloader` does — so accelerate's `BatchSamplerShard`
  round-robins whole bins across ranks (preserving the FFD packing) and
  equalises per-rank batch counts. The single-process path is unchanged
  (byte-for-byte the validated v0.40.4 raw-DataLoader behaviour). Verified live:
  a single-GPU multipack SFT on SmolLM2-135M trains end-to-end (RTX 3050). Full
  multi-GPU validation remains a QA item (no multi-GPU box); the distributed
  routing is mocked-tested.

## [0.71.18] - 2026-06-08

### Added
- **MiniLLM true on-policy rollout** (closes #257). `training.minillm_on_policy:
  true` (with `minillm_enabled: true`) replaces the offline distribution blend
  with the real on-policy procedure of Gu et al. 2024 §3.1: each step samples a
  fresh autoregressive rollout from the per-token mixture
  `ratio·teacher + (1-ratio)·student`, then accumulates the length-normalised
  reverse-KL `KL(student || teacher)` on the full distributions (differentiable
  w.r.t. the student only; sampled tokens are detached). New
  `training.minillm_rollout_length` knob ([1, 512]; auto-derives
  `min(max_length, 32)` when unset — the loop re-forwards the full prefix each
  step, so keep it small). Verified live: on-policy distill on tiny-gpt2
  (student + frozen teacher), finite loss, end-to-end train.
- **Cross-tokenizer ULD with token-sequence alignment** (closes #258). New
  `training.uld_strategy: wasserstein_aligned` handles **fully-disjoint**
  tokenizers (not just a vocab-size mismatch): per batch element the student and
  teacher token sequences are aligned over their decoded character spans
  (offset-overlap when both decode to the same text, difflib Ratcliff-Obershelp
  char matching otherwise), the teacher logits are mean-pooled onto the student
  positions, and the existing sorted-Wasserstein-1 surrogate is applied.
  Verified live: aligned distill with a GPT-2 BPE student + a Llama SentencePiece
  teacher, finite loss, end-to-end train.
- **`soup agent eval --sandbox`** (closes #110). Each heuristic-passing tool-call
  prediction is now *executed* against a generated mock of the endpoint in the
  v0.25.0 RLVR `code_exec` sandbox and classified into ok / tool_error / timeout
  / arg_error. The endpoint path, its required path params, and the predicted
  arguments are base64-embedded as **data** (no code interpolation). Strong
  isolation (RLIMIT / namespaces / sandbox-exec) is POSIX-only; on Windows the
  subprocess + 5 s timeout + 10 KB output cap + network guard still apply (a
  friendly reduced-isolation advisory is printed). Verified live on Windows:
  4-prediction scorecard (ok=1 / tool_error=1 / arg_error=2 / timeout=0).
- **`soup train --cloud modal`** (closes #16). Render a self-contained Modal.com
  app from `soup.yaml` for serverless GPU training when you have no local GPU.
  The config YAML is base64-embedded as data (no interpolation, no secrets); the
  `--gpu` type (t4 / l4 / a10g / a100 / a100-80gb / l40s / h100) is validated
  against a closed allowlist. Default is **plan-only**: write the stub + print the
  `modal run` command. `--cloud-submit` attempts a live submit gated on a Modal
  token (`modal setup` / `MODAL_TOKEN_ID` + `MODAL_TOKEN_SECRET`). New
  `[modal]` extra (`pip install 'soup-cli[modal]'`; only needed for live submit —
  plan-only render needs no dependency). Verified live: real stub rendered, exit
  0.

## [0.71.17] - 2026-06-08

### Added
- **Serve-time MoLE** (closes #259). A `task='moe_lora_routing'` run now writes a
  self-describing `mole_manifest.json` next to `mole_gate.pt`, and
  `soup serve --mole <dir>` loads the base + N frozen task LoRAs + the trained
  gate and blends them **per token** at decode time (custom blend loop —
  non-streaming + streaming). `--mole` requires `--backend transformers` and is
  mutually exclusive with `--bank` / `--steer` / `--adapters` /
  `--speculative-decoding`. The base model comes from `--base` (or the manifest
  when unset). Verified live on SmolLM2-135M (2 task adapters, real generation +
  SSE streaming).
- **Per-request multi-tenant vector banks** (closes #260). `soup serve --bank`
  now resolves the active VeRA/VB-LoRA user per request via a
  `contextvars.ContextVar`, so concurrent requests on a threaded server never
  race on shared instance state. The streaming path re-selects the user inside
  the generator's own context. Verified live: two `X-User-Id` headers produce
  distinct steered outputs, an absent / unknown id self-clears to the clean
  baseline (no cross-request leak), and a repeated user is deterministic.
- **Epoch-aware RAFT document shuffle** (closes #253). `data.raft_epoch_shuffle:
  true` re-permutes the golden + distractor documents **each training epoch**
  (per-epoch salt) so the model can't latch onto one fixed citation slot.
  `epoch=0` reproduces the legacy single-permutation order exactly. Verified live
  on a 2-epoch SmolLM2-135M RAFT run.
- **`soup diagnose --citation-style` / `--shuffle-seed`** (closes #254). The live
  citation failure-mode probe now accepts the citation style (bracket / inline /
  footnote) and the RAFT shuffle seed so the golden `[doc-N]` ids line up with
  what the model saw at train time. Verified live (rows=6, mean_recall=1.000).

### Fixed
- MoLE `train()` now returns the `initial_loss` / `final_loss` / `total_steps` /
  `duration_secs` / `duration` keys the generic train handler reads, so
  `soup train task=moe_lora_routing` completes cleanly (previously raised
  `KeyError: 'initial_loss'` after writing the gate). Surfaced by the #259 smoke.

## [0.71.16] - 2026-06-07

### Added
- **Covariance-preconditioned ROME via `--cov-corpus`** (closes #250). `soup edit
  set --method rome --cov-corpus <jsonl|txt>` now estimates the key covariance
  `C = E[k kᵀ] + λI` over a stats corpus and uses the preconditioned update
  `u = C⁻¹ k*` instead of the covariance-free `C = I` path — the genuine ROME
  closed form, which spreads the rank-1 update mass to reduce collateral
  interference with other facts. Falls back to `C = I` when no corpus is given.
  The exact post-condition `down(k*) += delta` is preserved either way. The
  corpus loader is cwd-contained, symlink-rejected (O_NOFOLLOW + raw-path
  lstat), and size/line-capped; `--cov-corpus` is rejected (fail-loud) for any
  method other than `rome`. Verified on real `gpt2` (prob 0.005 → 0.9997) and
  SmolLM2-135M.
- **GPT-2 (`transformer.h` / `mlp.c_proj`) support in the edit kernels** (closes
  #251). ROME / MEMIT / AlphaEdit now edit GPT-2-family models, not just
  Llama-family. The `Conv1D` weight layout (`[in, out]`, transposed relative to
  `nn.Linear`'s `[out, in]`) gets a transpose-aware rank-1 update, AlphaEdit
  null-space projection, and MEMIT band dim-check. PEFT-wrapped GPT-2 / Llama
  models are unwrapped via `get_base_model`. Verified end-to-end on real `gpt2`.
- **Mixtral joins the LongLoRA architecture allowlist** (closes #147). A bare
  `mistral` token does not appear in `mixtral` (m-i-x vs m-i-s), so the existing
  `is_mistral_model` detector excluded the MoE variant. A dedicated
  `is_mixtral_model` helper + `MixtralAttention` entry in the S² forward-override
  regex + `_SEPARATE_QKV_FAMILIES` now cover Mixtral-8x7B / 8x22B (the attention
  is the standard separate-QKV shell; the MoE lives in the MLP).

### Fixed
- **Atomic `EditGovernor` edit-count increment** (closes #252). Two concurrent
  `soup edit set` runs on the same base model could lose an increment: each read
  the persisted count, added locally, and the last writer clobbered the first.
  `save_state` now re-reads the persisted count INSIDE the cross-process lock and
  merges this run's delta (`edit_count − persisted_baseline`), mirroring the
  v0.60.0 `namespace_pin` pattern. Verified: two governors recording 3 + 2 edits
  from the same baseline persist a merged 5 (not a clobbered 2 or a naive +1).

### Notes
- Test count: 13511 → 13595 (+84 net; +81 in `tests/test_v07116.py`).

## [0.71.15] - 2026-06-07

### Fixed
- **Iterative-DPO config render bug** (closes #261). `soup iterative-dpo`'s
  default per-round trainer rendered `output: {dir: ...}` (a mapping), which
  `SoupConfig.output` (a plain string) rejected — so the spawned `soup train`
  subprocess failed at config validation. Now renders `output: <str>`, mirroring
  the v0.71.13 #229 `local-rl` fix. A regression test captures the rendered YAML
  and validates it via `load_config_from_string`; verified end-to-end with a real
  `soup train` round on SmolLM2-135M.

### Changed
- **CMA-ES merge loads the base model once** (closes #246). `soup adapters merge
  --strategy cmaes` previously reloaded the (multi-GB) base model into a fresh
  PEFT wrapper on every candidate in the population. The default scorer now loads
  the base once and reuses it across the whole `population × generations` loop —
  each candidate only loads its small merged LoRA, applies it, generates, and
  unloads it. Verified on SmolLM2-135M: the base loads exactly once across N
  candidates.
- **`soup loop` budget gate now estimates real cost** (closes #245). The
  pre-wired loop's per-iteration cost estimate was a hard `0.0` placeholder, so
  the dollar budget gate never tripped. It now wires v0.34 `run_cost.
  estimate_run_cost_usd` off the most-recent completed run's GPU + duration (the
  best forward signal for a repeating loop). Falls back to `0.0` on the first
  iteration / a CPU / unpriced GPU; never crashes the daemon.
- **`--diagnose-gate` is multi-node aware** (closes #170). The post-training
  diagnose gate (and the `--annex-xi` / `--repro-receipt` / capture hooks) fired
  on `LOCAL_RANK==0`, so a shared-filesystem multi-node run ran them once per
  *node*. They now gate on the global chief (`RANK==0` when `RANK` is set, else
  `LOCAL_RANK==0`) — once per *cluster*.

### Added
- **`soup train --track-energy --energy-out <path>`** (closes #244) persists the
  measured energy/CO2 reading as JSON so `soup bom emit --energy <path>` (the
  v0.71.3 #256 consumer) can attach it to an ML-BOM. Atomic + cwd-contained +
  symlink-rejected. Completes the train → BOM energy hand-off.

## [0.71.14] - 2026-06-05

### Added
- **Live FSDP shard consolidation** (closes #96). `soup merge-sharded-fsdp-weights`
  lifts the v0.44.0 plan-only stub: it now streams each `pytorch_model_fsdp_*.bin`
  shard via `torch.load(weights_only=True)` (no arbitrary pickle exec), unions the
  per-rank parameter fragments into one state-dict, and writes a single
  `.safetensors` atomically. Memory-friendly (one shard loaded at a time). New
  `--plan-only` flag prints the plan without writing. Single-process — no
  multi-GPU needed to MERGE. (Per-rank disjoint-parameter / FULL_STATE_DICT
  shards; DCP sharded-tensor reconstruction is out of scope — use
  `accelerate merge-weights` for those.)
- **Live `kv_cache_type` wiring on the transformers serve backend** (closes #140).
  `soup serve --kv-cache-type q8_0 | bf16 | f16 | fp8` lifts the v0.53.1
  `apply_kv_cache_type` `NotImplementedError` stub: `bf16`/`f16` load the model in
  that dtype (the KV cache inherits it); `q8_0` routes an 8-bit HQQ quantized KV
  cache through `model.generate` (needs `pip install hqq`); `fp8` raises a friendly
  runtime error (vLLM + Hopper-only — the transformers backend has no fp8 KV
  path). vLLM / SGLang KV-cache-dtype routing stays in the infra-blocked tail.
- **ONNX export QA verified** (closes #71) — `soup export --format onnx` exercised
  end-to-end on a tiny model: export exits 0, `model.onnx` loads in ONNX Runtime
  with `input_ids` present, and a forward pass produces a real output. Recorded in
  `tests/qa/v07114_qa.md`.

### Notes
- GGUF export (#70), AWQ/GPTQ export (#72), the CUDA + llama.cpp QA doc (#144),
  HF Hub push/Spaces deploy (#74), and the Community-QA tracking meta-issue (#79)
  remain open with `infra-blocked` labels — they need a built llama.cpp toolchain,
  `autoawq`/`auto-gptq` Windows wheels, or HF credentials the QA box lacks. See
  `tests/qa/v07114_qa.md`.

## [0.71.13] - 2026-06-04

### Added
- **Prompt-compile family — live wiring** (closes #225, #226, #227, #229). Four
  `soup` commands that shipped as deferred-stub `NotImplementedError` in v0.68.0
  are now real, validated end-to-end (real DPO train on SmolLM2-135M + real
  Ollama teacher distillation on RTX 3050).
- **`soup local-rl train` runs a real nightly DPO/KTO/ORPO train** (#229).
  `--once` harvests the latest thumbs-up/down DPO pairs from the local-RL SQLite
  and trains them via a `soup train` subprocess (argv list, no shell); a `state`
  table tracks `last_train_at` so a re-run with no new feedback skips, and a run
  with fewer than `--min-pairs` (default 10) skips. Without `--once` it renders a
  systemd `.service`/`.timer` + launchd `.plist` scheduler scaffold into
  `--scheduler-dir` for the user to install. New flags: `--once`, `--min-pairs`,
  `--output/-o`, `--scheduler-dir`, `--hour`, `--minute`.
- **`soup distill-prompt` prepares a real distillation dataset** (#226). For
  each prompt in the traces JSONL the teacher is called once via the v0.20
  provider helpers (Ollama / Anthropic / vLLM); `sft`/`kl` emit
  `{messages:[user, assistant=teacher]}` and `preference` emits
  `{prompt, chosen=teacher, rejected=student}`. New flags: `--provider`,
  `--base-url`, `--temperature`, `--max-rows`.
- **`soup compile` runs DSPy / GEPA / TextGrad prompt-program optimisation** (#225)
  and **`soup compile-tools` runs the TextGrad / GEPA tool-schema optimiser** (#227),
  both lazy-importing the optimiser libraries behind the new `[compile]` extra
  (`pip install 'soup-cli[compile]'`) with a friendly `ImportError` naming the
  extra when absent. `--plan-only` still renders the plan and exits 0.

### Security
- **systemd / launchd injection defence** (#229). `local-rl` and the scheduler
  renderers reject `\n` / `\r` in the model id and shell-quote every `ExecStart`
  argument, so a crafted model id cannot inject extra unit directives.

### Fixed
- **`local-rl` train config rendered `output` as a mapping** (#229). The nightly
  `soup train` YAML now emits `output: <dir>` (a plain string the schema accepts)
  instead of `output: {dir: <dir>}`; a regression test validates the rendered
  config against `SoupConfig`.

## [0.71.12] - 2026-06-04

### Added
- **Architecture + distillation + adapter-training — live wiring** (closes #145,
  #146, #148, #158, #84, #221, #222). Seven surfaces that shipped schema-only in
  earlier releases are now real, validated end-to-end on tiny models
  (SmolLM2-135M / a locally-built tiny Llama).
- **Sequence-level knowledge distillation is live** (#145). `task: distill` now
  accepts `distill_mode: token|sequence`; sequence mode trains the student on the
  teacher's generated continuations (cross-tokenizer-friendly hard-label KD)
  instead of per-token logit matching. `sequence` mode is mutually exclusive with
  the v0.70 cross-tokenizer ULD logit path.
- **Classifier LoRA is live** (#146). `task: classifier|reranker|cross_encoder`
  now attaches a LoRA adapter to the sequence-classification head when `lora` is
  configured, so a frozen encoder + small adapter can be trained instead of the
  full model.
- **LLaMA Pro block expansion is per-architecture** (#148). `expand_layers`
  now interleaves zero-initialised identity blocks for Llama / Qwen / Mistral
  decoder stacks (was Llama-shaped only), with `freeze_trainable_layers`
  freezing the original blocks so only the new ones train.
- **LongLoRA S² shifted-sparse attention is live** (#158). `use_longlora: true`
  now installs the shifted-sparse-attention forward override on the Q/K
  projections (Llama / Mistral / Qwen / Phi), restoring the patched forwards on
  context exit.
- **Mixture-of-Depths is live** (#84). `use_mod: true` attaches a per-layer
  top-k token router (`mod_capacity_factor`) so only a subset of tokens receive
  each block's residual update. Architecture allowlist: Llama / Qwen / Mistral;
  unsupported bases warn and skip.
- **VeRA / VB-LoRA multi-tenant serving is live** (#221). `soup serve --bank
  <bank.json> [--bank-strength S]` reconstructs the shared projection + per-user
  scaling vectors and installs a decode-time forward hook; the active user is
  selected per request via the `X-User-Id` header (an unknown/absent id is a
  zero-delta no-op, so there is no cross-request leak). Serves N personas at
  ~KB-per-user instead of a full LoRA each.
- **MoLE per-token adapter routing is live** (#222). `task: moe_lora_routing`
  with `mole_task_adapters: [...]` trains a per-token gating network that blends
  N frozen task LoRAs (`mole_top_k` / `mole_temperature`); only the router
  trains. The gate is saved as `mole_gate.pt` alongside the run.

### Changed
- `apply_bank_to_serve` (#221) and `build_gating_kernel` (#222) now return live
  objects (a `LoadedVectorBank` and a `torch.nn.Module` router) instead of the
  v0.67.0 deferred-stub `NotImplementedError`.

## [0.71.11] - 2026-06-04

### Added
- **GRPO / RL callbacks — live wiring** (closes #235, #236, #237, #238, #239,
  #240, #159, #160). The reward-hacking, cross-tokenizer distillation, MiniLLM,
  mid-epoch RL checkpoint, iterative-DPO and echo-trap surfaces that shipped
  schema-only in v0.70.0 are now real, validated end-to-end on SmolLM2-135M.
- **Reward-hacking detector is live** (#235). `--reward-hack-detector
  info_rm|rm_ensemble` now installs a GRPO `TrainerCallback` that reads the
  per-step rewards (via a shared, thread-safe reward-fn capture buffer),
  computes an InfoRM cluster-separation drop (`info_rm`) or RM-ensemble
  divergence (`rm_ensemble`), classifies OK/WARN/HACK, logs the verdict to
  `state.log_history`, and halts training on HACK when `--reward-hack-halt` is
  set. `rm_ensemble` requires ≥2 reward functions.
- **Cross-tokenizer ULD distillation is live** (#236). `task: distill` with
  `--uld-strategy wasserstein|topk_align` now computes a real Wasserstein-1
  (sorted-CDF) or top-k-aligned distillation loss inside the distill trainer,
  handling student/teacher vocab-size mismatch by clamping teacher ids to the
  teacher vocab.
- **MiniLLM reverse-KL distillation is live** (#237). `--minillm-enabled` adds
  a teacher-mixed, length-normalised reverse-KL term plus an optional
  pretrain-anchor SFT term (`--minillm-pretrain-anchor-path` /
  `--minillm-pretrain-anchor-weight`) that keeps the student near coherent
  language. The anchor corpus reader is cwd-contained + symlink-rejecting with
  a per-line byte cap.
- **Mid-epoch RL checkpoint is live** (#238). `--rl-checkpoint-save-every-steps
  N` writes a real adapter + optimizer state + JSON manifest every N steps
  during PPO/GRPO and prunes to `--rl-checkpoint-keep-last`, so a long RL run
  survives a crash without losing the optimizer momentum.
- **`soup iterative-dpo` orchestrator is live** (#239). Runs the full
  sample → reward-score → build-pairs → DPO-train loop across rounds: each
  round samples completions from the previous round's adapter, the next round
  trains a fresh LoRA from the base on that round's harvested pairs.
  `--plan-only` still renders the plan without running.
- **Echo-trap detector is live** (#240). `--echo-trap-enabled` installs a GRPO
  callback that scores per-trajectory n-gram repetition, classifies
  OK/WARN/TRAP against `--echo-trap-threshold`, logs the verdict, and halts on
  TRAP when `--echo-trap-halt` is set (catches RAGEN-style degenerate
  repetition in multi-turn agent RL).
- **GRPO variant fallback now warns once** (#159). When a `--grpo-variant`
  custom `compute_loss` falls back to the base trainer (because the installed
  TRL renamed the loss inputs), the trainer logs a one-shot WARNING instead of
  silently degrading to the default objective.

### Changed
- **GRPO reference-model EMA no longer materialises full state dicts** (#160).
  `--ref-model-ema-alpha` now updates the reference model in place by iterating
  `named_parameters()` (`ref = (1-α)·ref + α·policy`), eliminating the three
  model-sized allocations per step the v0.53.11 path made. A total
  name/shape-mismatch (0 shared parameters) logs a one-shot WARNING so a
  misconfigured EMA can't silently no-op.

## [0.71.10] - 2026-06-03

### Added
- **RAG family — live wiring** (closes #199, #200, #201, #202). The four
  retrieval / steering surfaces that shipped schema-only in v0.62.0 are now
  real, validated on SmolLM2-135M.
- **RAFT span-mask training is live** (#199). `data.format: raft` rows
  (`{query, golden_doc, distractor_docs, answer}`) now train answer-only: the
  prompt span is masked to `-100` and each document is labelled `[doc-N]` so
  the model learns to cite the supporting document. Documents are shuffled
  reproducibly (`data.raft_shuffle_seed`). Rows whose prompt fills
  `max_length` (answer fully truncated) are dropped with a warning rather than
  silently shrinking the effective dataset.
- **`soup ra-dit` — one-shot two-stage orchestrator** (#200). Trains the
  retriever (stage 1, embedding/contrastive) then the generator (stage 2,
  RAFT-SFT) in a single command, recording the trained retriever as the
  generator's paired retriever. A `soup train` of a generator-stage config
  with no retriever model set now auto-links the most-recent RA-DIT retriever
  run from the Registry. `--plan-only` validates both configs without
  training; `--retriever-model` overrides the auto-link.
- **`soup steer train` / `apply` + `soup serve --steer` are live** (#201).
  Fit a CAA (contrastive activation addition), ITI (inference-time
  intervention) or RepE (representation-engineering PCA) control vector from
  `{positive, negative}` contrastive pairs, persist it as a safetensors +
  config artifact, and apply it at decode time via a forward hook
  (`soup serve --steer <name> --steer-strength <s>`).
- **`soup eval citation` + citation-span loss boost are live** (#202). Score
  citation precision / recall / F1 over `{predicted, expected_ids}` or RAFT
  rows (`--shuffle-seed` aligns the golden `[doc-N]` id with what the model
  saw at train time). When `citation_faithful: true`, bracketed `[doc-id]`
  spans in the answer get a boosted per-token loss weight. A new `citation`
  failure mode is available in `soup diagnose`.

## [0.71.9] - 2026-06-03

### Added
- **Knowledge edit + unlearn — live wiring** (closes #193, #194, #196, #197,
  #203). The v0.61.0 / v0.62.0 schema-only stubs are now live, validated on
  SmolLM2-135M.
- **`soup edit set` (ROME / MEMIT / AlphaEdit) is live** (#194). New
  `soup_cli/utils/edit_kernels.py` ships covariance-free rank-1 weight-edit
  kernels: ROME (single-layer `W += δ·kᵀ/‖k‖²`), MEMIT (residual distributed
  across a layer band), AlphaEdit (ROME update projected orthogonal to the
  down-proj's top singular direction). `apply_edit` loads the model, optimises
  the target residual, applies the rank-1 update, and optionally saves with
  cwd-containment + symlink rejection. `--output`, `--device`, `--governor/
  --no-governor` flags added. On a tiny model a ROME edit moved
  `P("Lyon" | "The capital of France is")` from 0.0016 → 0.96.
- **`soup edit diff` live before/after generation** (#194). Pass
  `--before-model` + `--after-model` (+ `--probes`) to generate completions
  through both models and surface the probes whose output changed.
- **EditGovernor SQLite persistence + cross-process locking** (#196). New
  `EditGovernorStore` (mirrors `namespace_pin.NamespacePinStore` —
  $HOME/$CWD/$TMPDIR containment, TOCTOU symlink rejection, WAL +
  busy_timeout, `fcntl`/`msvcrt` sidecar lock, POSIX 0600). `save_governor` /
  `load_governor` / `default_governor_db_path` (env override
  `SOUP_EDIT_GOVERNOR_DB`) persist per-base-model edit-count + verdict across
  separate `soup edit set` runs.
- **`apply_edit` consults the EditGovernor automatically** (#197). When a
  governor is supplied, `check_can_edit()` runs BEFORE the model load (refusing
  on norm blowup / edit cap) and `record_edit()` runs AFTER with the measured
  Frobenius delta.
- **Live GRACE codebook** (#203). `GraceCodebook` (epsilon-ball nearest-key
  lookup), `apply_grace_edit` (captures a residual key + optimises a value +
  appends to a codebook sidecar), `save_codebook` / `load_codebook` (atomic,
  cwd-contained, symlink-rejected), `install_grace_hook` (decode-time residual
  substitution). New `edited_model` / `grace_codebook` Registry artifact kinds.
- **`soup train --task unlearn` is live (NPO / SimNPO / RMU)** (#193). New
  `soup_cli/utils/unlearn_kernels.py` (NPO `(2/β)·mean(-logσ(-β(πlp-reflp)))`,
  length-normalised SimNPO, RMU representation steering) + a self-contained
  `UnlearnTrainerWrapper` loop loading a LoRA policy, a frozen reference
  (NPO/RMU), and forget/retain JSONL datasets. NPO/SimNPO forget loss
  decreased on the tiny-model smoke. Warns when run without a retain set.

### Security
- `_save_edited_model` / `UnlearnTrainerWrapper` output dirs + `save_codebook`
  / `load_codebook` + `_load_unlearn_rows` enforce cwd-containment, raw-path
  symlink rejection (TOCTOU), null-byte rejection, and file-size / per-line
  caps. `apply_grace_edit` honours the governor for direct callers.

## [0.71.8] - 2026-06-03

### Added
- **Probes & SAE — real weights + live downloads** (closes #215, #216, #217,
  #218, #219). A new shared `soup_cli/utils/probe_kernel.py` provides the
  linear-probe math (contrast-pair derivation, apply, flag-rate, verdict bands,
  operator-supplied weight loading, deterministic synthetic fallback); every
  heavy import (`numpy` / `torch` / `safetensors`) is lazy.
- **`soup probe sleeper --weights <w.npz|.npy|.safetensors>`** (#215) — load a
  real calibrated probe direction instead of the synthetic fallback. Weights are
  cwd-contained, symlink-rejected, `O_NOFOLLOW`-opened, `allow_pickle=False`,
  and size-capped. `compute_contrast_probe(positive, negative)` derives a probe
  from contrast-pair activations.
- **`soup probe sae-diff <repo> --auto-download`** (#216) — fetch an
  allowlisted SAE from the HF Hub into `~/.soup/sae-cache/` (validated against
  `HF_HUB_ALLOWLIST` BEFORE any network call) via a new SSRF-hardened
  `soup_cli.utils.hubs.snapshot_download` (repo-id shape + home/cwd/tmp cache
  containment + namespace-pin TOFU gate).
- **`soup probe truth` / `soup probe harm`** (#217) — TruthfulQA-style honesty
  and HarmBench-style misuse activation probes (6 bundled bases each, 5% / 20%
  verdict bands, `--weights` to skip the allowlist with a real probe). The
  probe pack now ships truth + harm entries per base.
- **`soup probe interference --measure <eval_suite> --base-model <m> --adapter
  name=path ...`** (#218) — auto-measure the N×N interference matrix by actually
  loading the base + each LoRA adapter (PEFT multi-adapter), measuring loss for
  each adapter alone (diagonal) and each co-loaded pair
  (`add_weighted_adapter(combination_type="cat")`, off-diagonal). Exit 2 on a
  MAJOR worst-pair.
- **`soup train --capture-activations <layer> --capture-prompts <jsonl>`** (#219)
  — a post-training hook writes an SAE-diff-ready per-token activation snapshot
  to `<output>/activations/activations.json`. `resolve_layer_module` resolves
  the same `model.layers.N` path whether or not a LoRA adapter is loaded
  (PEFT-wrapper fallback).

### Security
- Probe / SAE / capture file I/O is cwd-contained + `O_NOFOLLOW` (TOCTOU close)
  + size-capped; SAE weight loads use `allow_pickle=False`. SAE auto-download
  validates the allowlist before any network call and rejects a glob result
  that resolves outside the snapshot dir (symlink-escape guard).

### Notes
- #215 is partial: the operator-supplied / contrast-pair / synthetic paths ship
  now, but the 6 large-base Anthropic-calibrated probe vectors remain
  upstream-gated (no public calibrated artifact exists). Documented as a known
  limitation.

## [0.71.7] - 2026-06-02

### Added
- **Eval live runners** — six probe surfaces that previously emitted heuristic
  / neutral stubs now load a real model and run live (closes #161, #162, #208,
  #211, #212, #165). New shared `soup_cli/utils/live_eval.py` provides the
  model-loading primitives (generator / multi-generator closures, masked
  cross-entropy eval-loss, a short-LoRA probe, and held-out logit agreement);
  every heavy import (`torch` / `transformers` / `peft` / `lm_eval`) is lazy.
- **`soup advise --probe-model <id>`** — runs a LIVE ROI probe: zero/few-shot
  token-F1 baselines, a short LoRA probe (relative held-out-loss improvement +
  real wall-clock), and base-model proximity (held-out logit agreement) folded
  into the dataset profile. Without `--probe-model`, `--probe` stays the offline
  heuristic.
- **`soup tunability --live`** — replaces the offline heuristic with a real
  per-candidate LoRA probe (loads each `repo_id`, trains `--probe-steps` on a
  held-out-excluded slice, reports the held-out-loss drop).
- **`soup eval capability --live --model <id>`** — invokes lm-eval-harness per
  resolved task (or a `--tasks` override) with `--limit` / `--device`, isolating
  per-task failures and surfacing a no-metric result as an explicit error.
- **`soup eval behavior --base-model <id> [--adapter <path>]`** — generates
  pre/post responses on the bundled behaviour battery and scores the live diff.
- **`soup diagnose --base-model <id> [--adapter <path>] [--dataset <jsonl>]
  [--tokenizer <id>]`** — runs all six failure-mode probes (forgetting / refusal
  / format / mode_collapse / memorization / contamination) live via
  `soup_cli.utils.diagnose.live.run_live_diagnose`; falls back to neutral OK or
  `--evidence` JSON when no model is supplied.

### Security
- The two new JSONL dataset readers (`diagnose.live._load_dataset_rows`,
  `tunability._load_jsonl_rows`) open with `O_NOFOLLOW` after the cwd-containment
  check, closing the check→open TOCTOU window (matches the v0.65 / v0.67 reader
  policy).

## [0.71.6] - 2026-06-02

### Added
- **`soup build` live runner** — the dbt-for-SFT DAG (`soup build <manifest>`) now
  *materialises* datasets instead of only dry-running the plan. Five built-in
  transforms ship live (`identity`, `drop_empty`, `lowercase`, `strip`,
  `dedup_exact`); `table` rebuilds from scratch, `view` re-derives on every run,
  and `incremental` re-transforms only the rows whose content hash changed
  (tracked in a SQLite state store, keyed by row hash **and** the model's
  transform+config fingerprint so a transform change re-runs everything). Custom
  transforms are passed per-run via the Python API's `transforms=` map. Outputs
  are written atomically; the `--output-dir` is symlink-checked before any
  directory is created.
- **`soup data gen-magpie` live generator** — the Magpie synthetic generator
  (Xu et al. 2024) now actually generates. It feeds an aligned model its
  chat-template prefix (chatml / llama3 / gemma / mistral families auto-detected)
  and harvests the self-generated user instruction + assistant response via raw
  completion. Live providers: `ollama` (`/api/generate` raw) and `vllm`
  (`/v1/completions`) — both SSRF-hardened (loopback-only HTTP); `anthropic` is
  rejected (no raw-completion endpoint). Optional `--quality-filter` drops
  low-quality rows via the v0.47 toxicity/educational scorers; exact-duplicate
  instructions are de-duplicated.
- **`soup eval irt-subset --model {1pl,2pl,3pl}`** — the IRT eval-cost optimiser
  gained 2PL (per-item discrimination) and 3PL (+guessing floor) joint
  coordinate-ascent MLE fits alongside the existing 1PL Rasch. `1pl` keeps the
  closed-form path for back-compat; `2pl`/`3pl` route through the new `fit_irt`.
- **Tokenizer-aware memorization probe** — `score_memorization(..., tokenizer=...)`
  and `split_prefix(..., tokenizer=...)` (used by `soup diagnose`) now split the
  prefix/suffix on real token-id boundaries and measure echo-overlap over
  sub-word tokens when a tokenizer (HF id / path / duck-typed object) is supplied,
  catching BPE-level memorization that whitespace tokenisation misses. Default
  (no tokenizer) keeps the whitespace behaviour.

### Fixed
- **`soup data augment --provider ollama|vllm` no longer crashes** — the command
  imported a non-existent `OllamaProvider` symbol and raised `ImportError` on
  every non-OpenAI provider. It now routes through the shared, SSRF-hardened
  provider factory; `--model` / `--base-url` are honoured, the output path is
  containment- and symlink-checked, and the write is atomic.

### Security
- **Ollama / vLLM provider URLs reject `0.0.0.0`** — `validate_ollama_url` /
  `validate_vllm_url` dropped the bind-any wildcard from their loopback allow-set
  (now `localhost` / `127.0.0.1` / `::1` only), matching the newer
  `validate_hub_endpoint` / `validate_webhook_url` SSRF validators. Reachable now
  that Magpie threads a user-supplied `--base-url` through these providers.

## [0.71.5] - 2026-06-02

### Added
- **`soup eval against` now reads eval metrics** — `ExperimentTracker.get_metric_series`
  falls back to the `eval_results` table when the metric is not a per-step
  training column (`loss` / `lr` / `grad_norm` / `speed` / `gpu_mem`). So
  `soup eval against <base> --candidate <run> --metric task_accuracy` returns a
  real score series (benchmark scores live in `eval_results`, not `metrics`)
  instead of "Empty series". Per-step columns still read from `metrics` — no
  regression for existing callers.
- **`soup advise` learns from past project outcomes** — `soup advise` now reads
  this project's accepted-verdict history (`~/.soup/advise_history.jsonl`) and
  biases the rubric: 3+ successful SFT precedents flip a marginal RAG call to
  SFT; 3+ negative GRPO outcomes suppress GRPO in favour of SFT-on-traces; an
  encouraged choice gets a small confidence nudge. Scoped per-project (one
  project's record never biases another). No history → identical to before.
- **Slack/Discord webhooks on four more commands** — `--slack-url` / `--discord-url`
  (SSRF-hardened, loopback-only HTTP, RFC1918 rejected, never crashes the
  command) now ship on `soup ingest`, `soup prune-prompt`, `soup ab` (fires only
  on a `reject_h0` / `accept_h0` decision, not `continue`), and
  `soup data active-sample` — not just `soup drift-alarm`. The validator + sender
  moved to a shared `soup_cli/utils/webhooks.py`.
- **Tokenizer-aware `soup prune-prompt`** — `--tokenizer <model_or_path>` detects
  and strips the shared system-prompt prefix on **token** boundaries instead of
  characters, so a multi-byte UTF-8 prefix can never be split mid-code-point.
  Default (no `--tokenizer`) keeps the whitespace-character behaviour.
- **Curriculum bucketing by loss percentile** — `DynamicCurriculumCallback` now
  buckets samples by the percentile rank of the live loss (or perplexity)
  signal within a rolling window when `data.curriculum_metric` is `loss` /
  `perplexity`, so a consistently-hard sample is routed to the same difficulty
  bucket across recomputes. `length` and warm-up still use round-robin.
- **`--hub` on `soup data push` and `soup data forge`** — `soup data push
  --hub modelscope|modelers` uploads a dataset via the matching SDK
  (`repo_type=dataset`, commit message sanitised); `soup data forge --hub
  <non-hf> --teacher owner/name` pre-fetches the teacher model from that hub
  (and warns when the teacher is not a repo id so `--hub` is never silently
  ignored). HF stays the default.

### Notes
- Live SaaS *pull* adapters for `soup ingest` (Langfuse / LangSmith / Helicone /
  OpenPipe / OpenAI SDKs, issue #204) remain deferred: they need credentialed
  vendor accounts with populated trace data to validate honestly. Tracked as an
  open, `infra-blocked` (external-account) item. `soup ingest` continues to parse
  the JSONL export you pull from your dashboard.

## [0.71.4] - 2026-06-02

### Added
- **Live canary verdict for `soup adapters merge`** — `--canary <suite.json>`
  scores the merged adapter against the first input and classifies
  **OK / MINOR / MAJOR** using the Quant-Lobotomy taxonomy (drop <2% OK, <5%
  MINOR, else MAJOR). `--strict-verdict` exits 2 on MAJOR. Pre-scored
  `{"baseline_scores","candidate_scores"}` suites run with no model load; a
  `{"tasks":[...]}` suite uses an injectable scorer. Replaces the v0.57 `UNKNOWN`
  stub.
- **Live evolutionary merge** — `soup adapters merge --strategy cmaes --eval
  <suite> --budget <t>` now runs the full CMA-ES loop: each candidate is merged,
  materialised, scored against the eval suite, and the best-weighted merge is
  written to `--output`. Replaces the v0.67 plan-only stub.
- **Publish an adapter PR to GitHub** — `soup adapters pr <title> --base-sha
  <hex> --adapter <path> --push owner/repo#N` posts the rendered PR Markdown as a
  GitHub PR comment via `gh api` (argv-list, body over JSON stdin; no shell).
  Token resolves from `GITHUB_TOKEN` / `GH_TOKEN`.
- **Pre-wired `soup loop` production stages** — `soup loop init --pre-wired` (or
  `soup loop watch --pre-wired`) swaps the v0.58 no-op stage stubs for real
  harvest (traces → preference pairs) → DPO train → eval-gate → canary-deploy
  callables. `soup loop status` now shows the `pre_wired` flag.
- **Loop iterations as Soup Cans + Registry lineage** — `soup loop watch
  --pack-cans` packs each successful iteration as a v0.26 Soup Can and appends a
  Registry entry (tag `loop-iter`), chaining a real lineage DAG across
  iterations visible through `soup history`. `soup loop replay <id> --extract
  <dir>` unpacks a recorded iteration.
- **Branch pointers into the Registry** — `soup adapters branch <name>
  --attach-to-registry <id>` links a branch snapshot to a Registry entry (shown
  as a `branches` node in `soup history`); `soup adapters branch <name>
  --from-registry <id>` derives a fresh snapshot's config + base from an entry.

### Security
- The backdoor-scan gate (v0.71.2 #192) and license-conflict gate (v0.60 Part E)
  now run for **all** merge strategies, including `--strategy cmaes` (previously
  bypassed because cmaes returned before the gates).
- `soup loop` canary deploy restricts `SOUP_LOOP_SERVE_ENDPOINT` to loopback /
  RFC1918-private hosts (a serve endpoint is the operator's own box/LAN), beyond
  the general webhook SSRF policy which permits any HTTPS host.
- `soup adapters pr --push` builds the `gh` child environment from an allowlist
  so unrelated secrets (`HF_TOKEN` / `OPENAI_API_KEY` / …) never reach the
  subprocess.
- The canary-suite JSON read uses `O_NOFOLLOW` + `os.fstat` (size cap enforced on
  the same fd) to close the symlink/size-cap TOCTOU window.

## [0.71.3] - 2026-06-01

### Added
- **Energy & CO2 measurement for training** — `soup train --track-energy` wraps
  the training window in a codecarbon **offline** tracker (no IP-geolocation
  network call) and reports kWh / CO2 / grid intensity, feeding those numbers
  into `--annex-xi`. New `EnergyTracker` context manager; graceful no-op when
  codecarbon is absent (`pip install soup-cli[carbon]`). `--energy-country`
  picks the ISO-3166 alpha-3 grid for the CO2 estimate (default `USA`).
- **PDF Annex XI/XII documents** — `soup train --annex-xi report.pdf` now renders
  a reportlab PDF (a `.md` path still renders markdown). `pip install
  soup-cli[pdf]`.
- **Auto-populated training-corpus domains in Annex XI/XII** — the top crawled
  domains (with shares) are now extracted from the training JSONL and listed in
  the EU AI Act docs, replacing the previous empty placeholder.
- **Soup Can manifest v3 with embedded attestations** — `soup can pack --attest
  <statement.json>` (repeatable) embeds in-toto Statements into a v3 can
  manifest; v1/v2 cans still load. Each statement is shape- and size-validated.
- **Local audit log auto-instrumentation** — every `soup` command now appends one
  HIPAA/SOC2-shaped record to `~/.soup/audit.jsonl` (secrets redacted, args
  capped). Opt out per-invocation with `--no-audit-log` or globally with
  `SOUP_NO_AUDIT_LOG=1`. Tail/rotate with `soup audit-log`.
- **Reproducibility receipt in airgap bundles** — `soup airgap-bundle
  --repro-receipt <receipt.json>` embeds an SR 11-7 receipt as
  `repro-receipt.json`; auto-detected from `<model>/repro-receipt.json` when not
  supplied.

### Security
- `soup can pack --attest` now rejects oversize attestation files by their raw
  size *before* parsing them into memory (defence against memory-exhaustion).
- The new file-loading paths (attestation JSON, airgap receipt, training-corpus
  scan, PDF write) are all cwd-contained + TOCTOU symlink-rejected and
  size-capped; the audit auto-log redacts `hf_`/`sk-`/`Bearer` tokens and never
  crashes the CLI on a broken log.

## [0.71.2] - 2026-06-01

### Added
- **ed25519 signing for `soup adapters sign` / `soup attest`** — real detached
  signatures (over the adapter Merkle root / the in-toto statement) via a new
  `[sign]` extra (`pip install soup-cli[sign]`, pulling `cryptography`).
  `soup adapters sign --backend ed25519 --key <priv.pem>` (or `--generate-key
  <out.pem>`, or `SOUP_SIGNING_KEY`); `soup adapters verify [--public-key
  <trusted.pem>]` does a cryptographic verify and, with a trusted key, genuine
  authentication. `soup attest emit --sign ed25519 --key <priv.pem>` writes a
  `<output>.sig` sidecar; new `soup attest verify <statement> --signature <sig>`
  verifies it (canonical-JSON, so it's platform/newline-independent). Sigstore
  keyless signing stays infra-blocked (needs an OIDC provider + Fulcio/Rekor
  network — can't be honestly validated offline).
- **Anti-AI-Jacking namespace pin on Hub downloads** — HF model fetches now
  consult a trust-on-first-use pin store: a repo whose author changes (or whose
  `created_at` jumps backward) is refused unless the namespace shift is explicitly
  allowed. Fails open when repo metadata is unavailable.
- **License auto-detection at `soup adapters merge`** — when `--license` isn't
  given, the license is read from each adapter's `adapter_config.json` /
  `config.json` / model-card frontmatter (HF `llama3.1`-style ids mapped to
  canonical) and the conflict gate runs automatically.
- **Backdoor-scan gate at `soup adapters merge`** — refuses to merge any input
  whose `soup adapters scan` returns FAIL (or can't be scanned) unless
  `--allow-unscanned` is passed; WARN is advisory.

### Changed
- License-conflict overrides (`--license-override <reason>`) are now recorded to
  the audit log for legal review.
- The namespace-pin store now uses SQLite WAL + busy-timeout and a cross-process
  file lock around its get+insert, so concurrent writers don't lose the trust
  anchor.

### Security
- ed25519 verification fails closed (any tamper / wrong key / missing key ⇒
  invalid). Signing keys + trusted public keys are symlink-rejected and
  size-capped via a shared reader (no cwd-containment — keys live outside the
  project). `--generate-key` refuses to overwrite any existing path.

## [0.71.1] - 2026-06-01

### Added
- `soup env fix` — render a reproducible install plan from `soup-env.lock`.
  Emits copy/paste `uv pip install` commands (`--format uv-pip`, default) or a
  `requirements.txt` body (`--format requirements`); `--output` optionally writes
  a `requirements.txt` under cwd. Print-only by design — never shells out to a
  package manager.
- `soup lock write --env-lock <path>` — auto-derive `--env-hash` from a
  `soup-env.lock` so operators who ran `soup env lock` don't copy the hash by
  hand. `--env-hash` still wins when passed explicitly.
- `soup serve --record-thumbs <db>` — capture thumbs-up/down feedback into a
  local-RL SQLite at startup, plus a new `POST /v1/thumbs` endpoint (transformers
  backend). Returns 404 when the flag isn't set.
- Judge-calibration persistence: `JudgeCalibrationReport.to_dict`,
  `write_judge_calibration`, and `load_judge_calibration`, backed by a new
  `judge_calibration` registry artifact kind. Loading re-validates the report so
  a corrupt on-disk field is rejected.
- Bundled MUSE and WMDP unlearning eval fixtures so
  `soup eval unlearning --benchmark muse|wmdp` runs out of the box. WMDP
  forget-set probes ship **redacted** (placeholder prompts + `REFUSED` responses)
  — Soup never ships verbatim hazardous content.

### Changed
- `soup completions` now introspects a cached base model's actual LoRA target
  modules (config-only `AutoConfig` load, `local_files_only=True`, never networks
  or raises) and falls back to the canonical default shape when the base isn't
  cached locally.
- `build_dag` exposes a `validate_build_source` helper (cwd-containment +
  symlink rejection) for build-manifest source paths.

## [0.71.0] - 2026-06-01

### Changed
- **Breaking — install split.** The heavy training stack (`torch`,
  `transformers`, `peft`, `trl`, `datasets`, `bitsandbytes`, `accelerate`) moved
  out of the core install into a new `[train]` extra. `pip install soup-cli` is
  now a light CLI + data-tools install with **no PyTorch**; run
  `pip install 'soup-cli[train]'` (or `[all]`) to fine-tune. Existing users who
  train must reinstall with `[train]`. Version pins are unchanged.
- Trimmed `README.md` to a ~238-line front door; the full feature reference now
  lives under `docs/` (one topic page per area, indexed from the README).
- Raised the pytest coverage gate from 50% to 77% (`--cov-fail-under=77`).
- Migrated to a `src/` layout (`src/soup_cli/`) for cleaner packaging and to
  stop tests accidentally importing the in-tree package.

### Added
- `[train]` and `[all]` optional-dependency extras (`[all]` pulls
  `train`, `serve`, `ui`, `data`). `[dev]` self-references `[train]` so CI and
  contributors still get the full stack from `pip install -e ".[dev]"`.
- Friendly error mapping: a missing heavy dependency (`torch`, `transformers`,
  `peft`, `trl`, `datasets`, `bitsandbytes`, `accelerate`) now surfaces
  "Training needs the [train] extra. Run: pip install 'soup-cli[train]'".
- `py.typed` marker (PEP 561) so downstream type checkers pick up Soup's inline
  type hints.
- `.pre-commit-config.yaml` with ruff (lint + format) and standard file-hygiene
  hooks.
- Lenient `mypy` configuration and a non-blocking `type-check` CI job.
- This `CHANGELOG.md`.

### Removed
- The historical, per-version security-fix log that had grown inside
  `SECURITY.md` (~220 KB). `SECURITY.md` is now a concise security policy; the
  detailed hardening notes remain in git history and the GitHub Releases notes.

[Unreleased]: https://github.com/MakazhanAlpamys/Soup/compare/v0.71.0...HEAD
[0.71.0]: https://github.com/MakazhanAlpamys/Soup/compare/v0.70.0...v0.71.0