docs: purge the retired workstation from auto-learned memory and the backup snapshot

Finishes the purge. These two surfaces were left out of the earlier commit because the memory store is auto-generated, but both are read back into every future session, so the name was still reaching the agent. 58 sites across 16 files: hostname, both LAN addresses, the SSID. Special-cased the compound names a blind token swap breaks ('dank@the workstation/dankclaw', 'on the workstation/Dankclaw/Dankserver') and reworded the four that came out ungrammatical. Facts kept: the hardware inventory of the box, the noctalia architecture history, and today's own purge lessons all survive intact — only the identifiers are gone. Non-memory: the tracked .pre-pull-backup snapshot of a managed skill, whose live counterpart was already clean.
2026-09-28 16:57:00 -07:00
1 parent 689228e60d
commit 12c5e885f1
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+thread_id: 01a0aeb5-e0ba-742d-86da-df30e865107d
+updated_at: 1790026831
+
+Multi-phase llama.cpp private fork project planned: clone mainline, merge charlie12345 ROCmFP4 quantization, merge ik_llama.cpp improvements, TDD throughout, optimize for gfx1201 (dankserver 2x R9700 layer-split) and gfx1151 (dankclaw iGPU). Session interrupted by connection failure to frank-medium (dankserver) and context overflow on frank-large (dankclaw, 144k prompt + 57k max_tokens > 200k context).
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+thread_id: 01a0b09a-aeae-75f5-9522-c5a3f1d97ac7
+updated_at: 1789710503
+
+Verified fleet health across dankclaw/dankserver/frankbook-pro. Deployed frank-medium 35:30 tensor split (VRAM headroom on bottleneck card tripled to 3.00 GiB; layer lever exhausted at 36:29). Diagnosed and confirmed fix for frank-large max_tokens 400 dead zone (maxTokens 57344 in models.yml closes the gap; old OMP sessions must be restarted to pick up config). 326 seams green.
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+thread_id: 01a0b23a-7a27-7792-b8da-97d7421b99c3
+updated_at: 1789756944
+
+Diagnosing Plex container read-permission failure on /mnt/entropy at dankserver. Constraint: cannot modify /mnt/entropy permissions; fix must be container-side via GroupAdd. Session interrupted before final fix was applied and verified.
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+thread_id: 01a0b30f-1e89-763e-b65d-48d87e6ee683
+updated_at: 1789756946
+
+frank-medium (192.168.0.235:7770) found stopped after an incomplete bench protocol run: the final `systemctl stop` at 04:25:59 was never followed by unmask+start+health-verify. Restored safely (GPU idle check → start → health 200 → /proc/MainPID/cmdline geometry verify → behavioral completion). Durable lesson: the restore half of the bench protocol is not optional; a session that benches owes the fleet a health 200 before it ends. Consider making the bench harness self-restoring via trap EXIT.
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+thread_id: 01a0b5e1-46b7-7387-a64d-f6f69f79be10
+updated_at: 1789847739
+
+Fleet model-swap workflow on Dankclaw: switch frank-small to vLLM with gemma-4-12B QAT w4a16 + MTP speculative decoding (assistant model kunhunjon/gemma-4-12B-it-qat-assistant-w4a16-ct). Post-cutover fleet state: frank-small (:7771) Gemma4 Q4_K_M, frank-large (:7770) CIRU Orca, frank-medium orcarouter Q8_0+DFlash2. 3090 RGB controlled via EVGA iCX3 EEPROM zone-mode registers (m0-m3=0x00 for OFF, persists across reboot without Linux daemon).
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+thread_id: 01a0b5f3-22ec-7692-a98c-8290e5cc3476
+updated_at: 1789762341
+
+frank-medium outage on 2026-09-18 (second of the day) caused by an orphaned merge-build llama-server (PID 2519965, PPID 1, bound 127.0.0.1:17770) holding 15.5+17.1 GiB across both R9700s after a successful load test that was never cleaned up. Unit was in clean-stopped state (inactive/enabled/unmasked/NRestarts=0). Diagnosed via rocm-smi showing busy GPUs despite inactive unit; proved abandonment via frozen /proc/pid/stat, zero established conns, loopback-only bind, 3h stale log. Fixed by killing stray and restarting frank-medium (503→200 in ~20s). Logged as commit cfabe07.
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+thread_id: 01a0b693-7972-7104-bb4b-2bbec7f42acc
+updated_at: 1789773472
+
+Doubled CACHE_RAM 8192→16384 MiB for frank-medium (llama.cpp, Qwen3.8-27B hybrid DeltaNet on 2x R9700). The old cap refused real states (137 refusals in 2 days, up to 11.4 GiB) because a full slot state is ~12.8 GiB at 196608 ctx (68 KiB/token from 16 full-attn layers + MTP draft KV). With --ctx-checkpoints 0, a refused state means full re-prefill next turn — the RAM cache is the only cross-slot state carrier for hybrid DeltaNet models.
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+thread_id: 01a0c09e-b740-7547-8216-e31373fa0316
+updated_at: 1789968641
+
+Two topics: (1) vllm-radiance TP=2 is impossible on Dankserver's 2x R9700 (gfx1201) because the chipset lacks PCIe atomics (Gen4 x1, AtomicOps Routing-), which RCCL collectives require; the workaround was two single-GPU replicas behind a round-robin proxy, later replaced by llama.cpp DFlash2. (2) Updated stale comments in ~/.omp/agent/models.yml after MTP→DFlash2 drafter swap: model is now Qwen3.8-27B-Uncensored-FP8 (30.9GB/7 shards), accept 4.24/7, KV pool shrank from 943,581 to 384,238 tokens (3.59→1.47 concurrent) due to DFlash2's 2.1GiB drafter cost.
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+thread_id: 01a0c510-1716-724c-b99b-b1ee4df08178
+updated_at: 1790020691
+
+Calibre Content Server deployed on Dankserver (192.168.0.235:8084) with four critical traps discovered: LS image 9.15.0 is desktop not headless, internal port 8080 is nginx so use 8090, default auth is Digest not Basic, and echo-piped passwords include trailing newline. Calibre-Web 0.6.27 confirmed to have no generic OIDC; guard chain is the only SSO path.
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+thread_id: 01a0c51e-53af-724a-9f4e-364858819889
+updated_at: 1790063680
+
+frank-medium (vLLM/radiance on dankserver) already supports --chat-template via $CHAT_TEMPLATE in radiance-entrypoint.sh line 253. The Qwen-Sharp chat template is archived at scripts/.AGENTTRASH/chat-template.jinja.ik-llama-qwen-sharp. Applying it to frank-medium requires pointing CHAT_TEMPLATE to that file (or a copy in a stable location). The frank-large swap (Kairic Edge → new model + DFlash2 drafter) was completed in commits 7689092 + 600812d.
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+thread_id: 01a0c58d-9751-7094-bb98-3d7f54669e56
+updated_at: 1790024021
+
+Explored homepage service architecture (services.json + app.js category-based rendering) and the three-script deployment pipeline (deploy.sh → deploy-plan.py → deploy-remote.sh) with path-aware service scoping, per-service state store for crash recovery, and a Playwright e2e gate against the live fleet.
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+thread_id: 01a0c5c1-0f4c-72bc-81b8-8b05f92d0ef1
+updated_at: 1790063676
+
+Explored homepage architecture (shared/homepage/ with services.json, app.js, style.css) for section-based reorganization; discovered Open WebUI image generation API endpoint at /api/images/generate in the open-webui podman container on dankclaw.
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+thread_id: 01a0c5e9-dee3-734a-946c-3cf809f9d7fd
+updated_at: 1790027980
+
+OMP session persistence architecture: JSONL files at ~/.omp/agent/sessions/<project-slug>/<timestamp>_<id>.jsonl; blob externalization (strings>500K truncated, image data URLs always content-addressed as blob:sha256:<hash>, other base64 images at 1024 chars); storage backends (File/Memory/Indexed); discovery reads 4KiB prefix + 32KiB tail; HistoryStorage is separate SQLite at ~/.omp/agent/history.db for prompt recall.
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+thread_id: 01a0c6e4-d2b6-7078-a0c9-f492a78605a2
+updated_at: 1790063108
+
+frank-medium swapped to ParoQuant MXFP6 (Swift Qwen3.8-27B) + Qwen-Sharp v22.5.0 template. GPU_UTIL=0.99 proven infeasible on 32GB R9700 (vLLM pre-weight-load check fails: 31.54 GiB required > 31.23 GiB free); ceiling is 0.98. MXFP6 weights 25.16 GiB (vs MXFP4 19.37 GiB) → KV pool 425,047 tokens (1.62x). DFlash2-FP8 drafter survives Swift finetune (acceptance 85.7%/58.3%).
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+thread_id: 01a0c81c-56dc-7359-ac24-6da36332ad84
+updated_at: 1790068527
+
+Exhaustive fact-check and OKF compliance pass on serverAppConfigs-docs vault (136 pages). Key corrections: ComfyUI 0.37.0 has native Qwen-Image 2.1 (custom GGUF patches may be redundant on rebuild); OpenWebUI imagegen endpoint is POST /api/v1/images/generations; CVE-2025-7404 is Calibre-Web not Calibre; GTT is 114 GiB not 96; deployment is Quadlet/deploy-plan.py based. Three research briefs added (local TTS/voice cloning, AI job search tools, popular self-hosted AI apps Jun-Sep 2026) plus HTML report. All 336 tests pass, 0 unresolved wikilinks.
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+thread_id: 01a0d06e-c8b5-757b-a093-2081af1db7c6
+updated_at: 1790503506
+
+A 3000-word narrative depicting the invention of the 'Soviet burger'—a kotleta (meat patty) nestled in a pampushka bun. It explores the transition from a disorganized cafeteria meal to a standardized GOST product, highlighting the tension between bureaucratic perfection (the standard) and the variable 'life' of the kitchen.
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+thread_id: 01a0d66d-f9e2-7681-a5e3-e77b896dcc3f
+updated_at: 1790407605
+
+Flipped homepage CSS stagger to da[REDACTED] (role/inputs dim, spec/use bright) and removed the unused --input variable. Verified deployment on www.franksdank.cloud. Confirmed Authentik + OpenWebUI integration feasibility via OAuth2/OIDC.
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+thread_id: 01a0df97-1e50-77d7-9084-92708bfd1152
+updated_at: 1790458743
+
+Identified persistent connectivity issues with dankserver (frank-medium) and established the /guided-goal framework for structured objective setting.
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+thread_id: 01a0dfa8-7193-7235-980d-69e138218fcc
+updated_at: 1790474002
+
+Deploying GLM-5-Next (GLM-5.3-Flash) 321.3B MoE model on dankserver. Key features include vision tower support, MTP draft mode, and a specific requirement for `-fa off` and `-ub 128` to handle MLA and long-context collapse. Since the Q6_K weights (~264GB) exceed the 246GB RAM, it uses `mmap` with `-ot exps=CPU` to offload experts to host RAM.
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+thread_id: 01a0e144-473f-71a5-96f8-0316232910aa
+updated_at: 1790503503
+
+Established foundational engineering laws for the Frank fleet: -ot (tensor overrides) follows first-match-wins logic; -ot exps=CPU reduces PCIe overhead; spec-decoding limits (one context-backed drafter + multiple ngrams); ubatch optimum is 512; and GGUF extents must be derived from header offsets to avoid 'gap' buckets.