14 lines
68 KiB
JSON
14 lines
68 KiB
JSON
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{"parentUuid":"851d79a8-54fc-4050-8c96-f45fef56f28c","isSidechain":true,"agentId":"a1a1276a8cc7119e2","attachment":{"type":"skill_listing","content":"- update-config: Use this skill to configure the Claude Code harness via settings.json. Automated behaviors (\"from now on when X\", \"each time X\", \"whenever X\", \"before/after X\") require hooks configured in settings.json - the harness executes these, not Claude, so memory/preferences cannot fulfill them. Also use for: permissions (\"allow X\", \"add permission\", \"move permission to\"), env vars (\"set X=Y\"), hook troubleshooting, or any changes to settings.json/settings.local.json files. Examples: \"allow npm commands\", \"add bq permission to global settings\", \"move permission to user settings\", \"set DEBUG=true\", \"when claude stops show X\". For simple settings like theme/model, suggest the /config command.\n- keybindings-help: Use when the user wants to customize keyboard shortcuts, rebind keys, add chord bindings, or modify ~/.claude/keybindings.json. Examples: \"rebind ctrl+s\", \"add a chord shortcut\", \"change the submit key\", \"customize keybindings\".\n- verify: Verify that a code change actually does what it's supposed to by running the app and observing behavior. Use when asked to verify a PR, confirm a fix works, test a change manually, check that a feature works, or validate local changes before pushing.\n- code-review: Review the current diff for correctness bugs and reuse/simplification/efficiency cleanups at the given effort level (low/medium: fewer, high-confidence findings; high→max: broader coverage, may include uncertain findings; ultra: deep multi-agent review in the cloud). Pass --comment to post findings as inline PR comments, or --fix to apply the findings to the working tree after the review.\n- simplify: Review the changed code for reuse, simplification, efficiency, and altitude cleanups, then apply the fixes. Quality only — it does not hunt for bugs; use /code-review for that.\n- fewer-permission-prompts: Scan your transcripts for common read-only Bash and MCP tool calls, then add a prioritized allowlist to project .claude/settings.json to reduce permission prompts.\n- loop: Run a prompt or slash command on a recurring interval (e.g. /loop 5m /foo). Omit the interval to let the model self-pace. - When the user wants to set up a recurring task, poll for status, or run something repeatedly on an interval (e.g. \"check the deploy every 5 minutes\", \"keep running /babysit-prs\"). Do NOT invoke for one-off tasks.\n- schedule: Create, update, list, or run scheduled cloud agents (routines) that execute on a cron schedule. - When the user wants to schedule a recurring cloud agent, set up automated tasks, create a cron job for Claude Code, or manage their scheduled agents/routines. Also use when the user wants a one-time scheduled run (\"run this once at 3pm\", \"remind me to check X tomorrow\").\n- claude-api: Reference for the Claude API / Anthropic SDK — model ids, pricing, params, streaming, tool use, MCP, agents, caching, token counting, model migration.\nTRIGGER — read BEFORE opening the target file; don't skip because it \"looks like a one-liner\" — whenever: the prompt names Claude/Anthropic in any form (Claude, Anthropic, Fable, Opus, Sonnet, Haiku, `anthropic`, `@anthropic-ai`, `claude-*`, `us.anthropic.*`, `[1m]`); the user asks about an LLM (pricing/model choice/limits/caching) — never answer from memory; OR the task is LLM-shaped with provider unstated (agent/MCP/tool-definition/multi-agent/RAG/LLM-judge/computer-use; generate/summarize/extract/classify/rewrite/converse over NL; debugging refusals/cutoffs/streaming/tool-calls/tokens).\nSKIP only when another provider is being worked on (overrides all triggers): OpenAI/GPT/Gemini/Llama/Mistral/Cohere/Ollama named in the query; OR `grep -rE 'openai|langchain_openai|google.generativeai|genai|mistralai|cohere|ollama'` over the project hits (run this grep FIRST if no provider named — don't Read the file).\n- run: Launch and drive this project's app to see a change working. Use when asked to run, start, or screenshot the app, or to confirm a change works in the real app (not just tests). First looks for a project skill that already covers launching the app; otherwise falls back to built-in patterns per project type (CLI, server, TUI, Electron, browser-driven, library).\n- init: Initialize a new CLAUDE.md file with codebase documentation\n- review: Review a pull request\n- security-review: Complete a security review of the pending changes on the current branch","skillCount":13,"isInitial":true,"names":["update-config","keybindings-help","verify","code-review","simplify","fewer-permission-prompts","loop","schedule","claude-api","run","init","review","security-review"]},"type":"attachment","uuid":"9936fb2e-2823-46da-aefd-f864dd7eceb2","timestamp":"2026-06-14T05:51:59.941Z","userType":"external","entrypoint":"cli","cwd":"/boot/config/plugins/varaverk","sessionId":"685e6c5b-62c1-40bd-9cfd-2c9f7e15c50f","version":"2.1.177","gitBranch":"HEAD","slug":"mutable-sniffing-naur"}
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{"parentUuid":"f2f4b116-77e4-4f7d-bbf7-feccd2263a09","isSidechain":true,"promptId":"14997b41-0464-47e1-9df2-adbecd208513","agentId":"a1a1276a8cc7119e2","type":"user","message":{"role":"user","content":[{"tool_use_id":"toolu_01FS6mvit675e1zvPS8CvQvQ","type":"tool_result","content":"1\t# ━━━━━ FALLBACK ━━━━━\n2\t\n3\tMutual automatic fallback between two independent unRAID servers. When one goes down the\n4\tother starts its containers, cuts over DNS, and keeps users online. When it comes back\n5\teverything hands back in the correct sequence — covering DDNS stops, containers stop, rsync\n6\twriteback runs, containers start on the primary, primary DDNS starts last — so users hit the\n7\treturning server only after it's actually ready.\n8\t\n9\t> **Built from scratch. Refined through a year of production testing.** The DDNS sequencing\n10\t> and handback order were the hardest parts to get right. Both directions are exercised\n11\t> regularly with `fallback_test.sh`.\n12\t\n13\t---\n14\t\n15\t## ━━━ THE PROBLEM THAT BUILT THIS ━━━\n16\t\n17\tRunning a self-hosted stack means being the operator. These are the specific problems\n18\tthat drove this build:\n19\t\n20\t**A Single Point of Failure for an Entire Household** \n21\tHOST1 runs Emby, NPM, Authelia, NextCloud, VaultWarden, and every service the household\n22\tuses daily. When HOST1 goes down — even briefly — all of those services go down with it.\n23\tThe fix: a second server with mirrored critical data that covers the first automatically.\n24\tFrom a user's perspective, a brief interruption and then everything is back.\n25\t\n26\t**DNS Cutting Over Before the Server Was Ready** \n27\tEarly attempts started containers on the covering server then updated DNS. Problem: DNS\n28\tpropagated in under a minute. Users hit the new IP before Emby had finished starting,\n29\tbefore Authelia had loaded its sessions, before NPM had loaded its proxy configurations.\n30\tThe fix: warm standby for the auth stack. NPM, LLDAP, and Authelia run actively on both\n31\tservers at all times. When DNS cuts over, auth is already running and ready.\n32\t\n33\t**Split Brain DNS During Handback** \n34\tWhen HOST1 returned, the obvious sequence was: start HOST1 containers, then switch DNS\n35\tback. Problem: between \"start containers\" and \"DNS switches\" both servers' DDNS containers\n36\twere running, both updating the same domain with different IPs. Users got routed randomly\n37\tbetween servers — intermittent auth failures, no clear error state anywhere. \n38\tThe fix: stop DDNS on the covering server first, before anything else moves. There is\n39\tnever a window where two DDNS containers update the same record.\n40\t\n41\t**Rsync Running Into Active Container I/O** \n42\tSyncing data back while containers were still running — to minimise downtime — produced\n43\tslower transfers, potential file inconsistency, and database dirty state risk. \n44\tThe fix: stop containers before syncing. The outage window is only the rsync duration —\n45\ttypically minutes. Clean static source at full bandwidth, predictable state every time.\n46\t\n47\t**No Way to Validate the System Before Needing It** \n48\tA fallback system that has never been tested is not a fallback system — it is a hope. \n49\tThe fix: `fallback_test.sh` — a controlled simulation using an iptables DROP rule to make\n50\tthe remote appear unreachable, triggering the full sequence without taking anything offline.\n51\tA safety trap removes the rule on any exit — crash, error, ctrl-c, or clean completion.\n52\t\n53\t---\n54\t\n55\t## ━━━ THE TWO-SERVER SETUP ━━━\n56\t\n57\t```\n58\tHOST1 — unRAID-Gmer4Lfe\n59\t Hardware: Threadripper 1950X, 128GB RAM, ZFS cache pools\n60\t Location: Primary site\n61\t DDNS: Gmer4Lfe.com\n62\t Role: Primary — full service stack, arr_sync union for all media shares\n63\t\n64\tHOST2 — unRAID-Jayred365\n65\t Hardware: Intel i5 10th gen, 64GB RAM\n66\t Location: Remote — 50 miles away\n67\t DDNS: Gmer4Lfe.us\n68\t Role: Secondary — own stack + covers HOST1 + mirrors critical data\n69\t```\n70\t\n71\t**Hardware does not need to match.** Everything is accessed through `/mnt/user/` — unRAID's\n72\tfused share layer. HOST1 has a Threadripper with ZFS pools. HOST2 has completely different\n73\thardware. Fallback containers on HOST2 mount `/mnt/user/Movies` and see mirrored data\n74\tbecause the share names match. The hardware underneath is irrelevant.\n75\t\n76\t**What must match between servers:**\n77\t\n78\t```\n79\tShare names /mnt/user/Movies must exist on both servers (mirrored data)\n80\tContainer names \"Emby\" on HOST2 must be the container HOST2 starts for HOST1\n81\tNetwork names Docker custom networks must match for NPM routing to work\n82\t```\n83\t\n84\t### Union Library — arr_sync.sh Is the Source of Truth\n85\t\n86\tBoth servers run arr instances simultaneously. arr_sync.sh keeps all databases in\n87\tbidirectional union before every rsync cycle — either server can download anything\n88\tand it propagates to the other:\n89\t\n90\t```\n91\tHOST1 runs: Radarr (Movies), Sonarr (Tv_Shows), Lidarr (Music)\n92\tHOST2 runs: Radarr (Anime_Movies), Sonarr (Anime_Shows)\n93\t\n94\tAll arr databases merged via arr_sync. rsync spreads files additively.\n95\tEither server downloads to any share — the other catches up on the next cycle.\n96\t```\n97\t\n98\tWhen HOST2 runs HOST1's arr containers during a Tier 4 fallback, those arrs already\n99\tknow the full library — arr_sync kept them in union while both servers were online.\n100\t\n101\t### Auth Stack — Warm on Both Servers\n102\t\n103\tNPM, LLDAP, and Authelia run actively on both servers at all times. HOST2 needs them running\n104\tto serve his own users daily — this is not a fallback-only configuration. HOST1 is source of\n105\ttruth: all changes mirror to HOST2 every 30 minutes via critical sync.\n106\t\n107\tWhen DNS cuts over, auth is already running on the covering server. The 30-60 second dead\n108\tzone where auth is coming up after DNS has already switched does not exist.\n109\t\n110\t---\n111\t\n112\t## ━━━ HOW IT WORKS ━━━\n113\t\n114\tBoth servers run `fallback.sh` independently as a continuous background process. Each server\n115\tmakes all decisions from two pings every `FALLBACK_CHECK_INTERVAL` seconds:\n116\t\n117\t```bash\n118\tping REMOTE_TAILSCALE_IP # is the other server reachable?\n119\tping EXTERNAL_IP # do I have internet? (default: 8.8.8.8)\n120\t```\n121\t\n122\tNo SSH signaling between servers. No shared state file. No election algorithm. Each server\n123\tacts entirely from its own network perspective.\n124\t\n125\t**States:**\n126\t\n127\t| State | Remote | Internet | Action |\n128\t|-------|--------|----------|--------|\n129\t| NORMAL | up | up | Silent — own containers, own DDNS on |\n130\t| FALLBACK | down | up | Start tier containers, cut DDNS over |\n131\t| NO_INTERNET | — | down | Stop own DDNS immediately, wait |\n132\t| DARK | down | down | Same as NO_INTERNET — cannot determine cause |\n133\t\n134\t---\n135\t\n136\t## ━━━ DDNS — THE CRITICAL PART ━━━\n137\t\n138\t> **This took a year to get right. Do not change the sequencing.**\n139\t\n140\t`fallback.sh` is the sole authority over when any DDNS container starts. Network state\n141\treturning is not permission to start DDNS. Only completion of the full handback sequence\n142\tgrants that permission.\n143\t\n144\t```\n145\tONE DOMAIN → ONE DDNS ACTIVE → AT ALL TIMES\n146\t\n147\tGmer4Lfe.com → HOST1's DDNS normally → HOST2's DDNS during HOST1 outage\n148\tGmer4Lfe.us → HOST2's DDNS normally → HOST1's DDNS during HOST2 outage\n149\t\n150\tOwn DDNS: ON when this server has internet. OFF when internet is lost.\n151\tRemote DDNS: ON as Tier 1 fallback action. OFF as FIRST handback action.\n152\tAuto-start: NEVER — DDNS never starts automatically on internet return.\n153\t```\n154\t\n155\t**Why auto-start is forbidden:** If HOST1 lost internet and its DDNS auto-started when\n156\tinternet returned, there is a window where both servers are updating the same domain with\n157\tdifferent IPs. Users get routed randomly — some to the primary with fresh data, some to\n158\tthe covering server. Authentication sessions don't transfer between servers. This is split\n159\tbrain and produces the most confusing symptoms: intermittent auth failures with no clear\n160\terror state anywhere.\n161\t\n162\tThe brief gap where neither DDNS is updating the record is intentional. DNS TTL caches the\n163\tlast value. During the rsync + container start window, cached DNS still routes users to the\n164\tcovering server where containers are still running. By the time the cache expires, the\n165\tprimary's DDNS has started and the record points at the right server.\n166\t\n167\t---\n168\t\n169\t## ━━━ TIERED FALLBACK ━━━\n170\t\n171\tStarting the full stack for a 5-minute power blip wastes resources — most brief outages\n172\tresolve before Tier 2 would even activate. Tiers start only what is needed for the actual\n173\toutage duration.\n174\t\n175\t| Tier | Delay | Coverage | Why This Timing |\n176\t|------|-------|----------|-----------------|\n177\t| Tier 1 | Immediate | Vital services + Live TV | People are watching — cannot wait 4 hours |\n178\t| Tier 2 | 4hr (HOST*_TIER2_DELAY) | NextCloud, Immich, Jellyseerr | 4hr covers most ISP and power events |\n179\t| Tier 3 | 12hr (HOST*_TIER3_DELAY) | Dashboard, AdGuard, Git, Collabora | Secondary — useful but not daily-critical |\n180\t| Tier 4 | 24hr (HOST*_TIER4_DELAY) | Arrs + downloaders | Significant I/O — only worth starting at 24hr |\n181\t\n182\tTier 1 always includes the remote domain's DDNS container as the first entry — DNS\n183\tcoverage happens before any other container starts.\n184\t\n185\tFor the actual container lists and tier delay values, see `Manual-Fallback.md`.\n186\t\n187\t---\n188\t\n189\t## ━━━ HANDBACK SEQUENCE ━━━\n190\t\n191\tWhen the remote server returns after a FALLBACK event. Every step has a reason.\n192\tDo not reorder.\n193\t\n194\t1. **Strike confirmation** — FALLBACK_HANDBACK_STRIKES consecutive remote-up checks before\n195\t handback begins. Prevents false triggers from brief network recovery.\n196\t\n197\t2. **Pre-flight checks** — version parity, remote array mounted, remote Docker daemon up.\n198\t Any failure aborts and retries next cycle.\n199\t\n200\t3. **Staged reverse handback: Tier 4 → 3 → 2** — Emby and vital services stay on the\n201\t covering server serving users throughout this phase. Each tier: stop local containers\n202\t → rsync writeback (if outage exceeded tier threshold) → start on remote.\n203\t\n204\t4. **DDNS handoff** — stop remote DDNS immediately before Tier 1 goes down. This prevents\n205\t split brain during the Tier 1 rsync window.\n206\t\n207\t5. **Tier 1 handback** — stop local vital services, rsync writeback, start on remote.\n208\t\n209\t6. **Start remote DDNS last** — DNS cuts back to the primary only after all containers\n210\t are confirmed running.\n211\t\n212\t7. **Return to NORMAL** — state file reset, own DDNS restored if it was stopped.\n213\t\n214\t---\n215\t\n216\t## ━━━ MUTUAL FALLBACK — BOTH DIRECTIONS ━━━\n217\t\n218\tThe same `fallback.sh` handles both directions without any code changes. `detect_hosts()`\n219\tdetermines which server is local and which is remote at runtime, then selects the correct\n220\tcontainer arrays and tier delays from config via MY_ID.\n221\t\n222\t```\n223\tHOST2 covers HOST1: FALLBACK_HOST2_COVERS_HOST1_TIER* (in host2.conf)\n224\tHOST1 covers HOST2: FALLBACK_HOST1_COVERS_HOST2_TIER* (in host1.conf)\n225\t```\n226\t\n227\tBoth servers run identical scripts. MY_ID selects the correct arrays. No hostname\n228\tcomparisons anywhere in the script code.\n229\t\n230\t---\n231\t\n232\t## ━━━ INDEPENDENCE — ALWAYS ONE RSYNC STOP AWAY ━━━\n233\t\n234\tHOST2 is designed to be fully independent if needed. If HOST2 ever wants to separate from\n235\tHOST1: stop HOST1 pushing data. Any changes HOST2 makes to his own data stick permanently.\n236\tHis server becomes fully independent immediately — no script changes, no migration, no data\n237\tmovement required. The fallback and rsync scripts are configuration-driven.\n238\t\n239\t---\n240\t\n241\t## ━━━ SCRIPTS IN THIS FOLDER ━━━\n242\t\n243\t| Script | Role | When It Runs |\n244\t|--------|------|--------------|\n245\t| `fallback.sh` | Continuous state machine — monitors remote, manages fallback and handback | Continuously (started by `array_started.sh`) |\n246\t| `fallback_test.sh` | 7-phase test harness — validates the entire fallback lifecycle via iptables simulation | On demand — maintenance window only |\n247\t\n248\t---\n249\t\n250\t## ━━━ HOW THE SCRIPTS RELATE ━━━\n251\t\n252\t```\n253\tarray_started.sh\n254\t │\n255\t └── starts fallback.sh (continuous loop)\n256\t │\n257\t ├── Every FALLBACK_CHECK_INTERVAL seconds:\n258\t │ ping remote, ping internet\n259\t │ → determine state → act on containers + DDNS\n260\t │\n261\t └── Test path:\n262\t │\n263\t fallback_test.sh\n264\t │\n265\t ├── Phase 1: pre-flight — both servers ready\n266\t ├── Phase 2: iptables DROP rule → remote appears down\n267\t ├── Phase 3: wait for fallback.sh to detect → FALLBACK state\n268\t ├── Phase 4: verify Tier 1 containers started locally\n269\t ├── Phase 5: remove DROP rule → remote reachable again\n270\t ├── Phase 6: wait for fallback.sh to complete handback → NORMAL\n271\t └── Phase 7: verify Tier 1 containers stopped locally\n272\t```\n273\t\n274\t`fallback_test.sh` contains no fallback logic. It exercises the real `fallback.sh` through\n275\tconnectivity manipulation. Any change to `fallback.sh` is automatically reflected in the\n276\ttest result.\n277\t"}]},"uuid":"e9caa9c6-ffad-410b-812d-9fd07143855a","timestamp":"2026-06-14T05:52:02.158Z","sourceToolAssistantUUID":"f2f4b116-77e4-4f7d-bbf7-feccd2263a09","userType":"external","entrypoint":"cli","cwd":"/boot/config/plugins/varaverk","sessionId":"685e6c5b-62c1-40bd-9cfd-2c9f7e15c50f","version":"2.1.177","gitBranch":"HEAD","slug":"mutable-sniffing-naur"}
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{"parentUuid":"cac97cfb-4d8f-4ee9-b05c-97ce04fef8ad","isSidechain":true,"promptId":"14997b41-0464-47e1-9df2-adbecd208513","agentId":"a1a1276a8cc7119e2","type":"user","message":{"role":"user","content":[{"tool_use_id":"toolu_01P77SUuHUPTtNExdGQC5Lnq","type":"tool_result","content":"1\t# ━━━━━ FALLBACK — Manual ━━━━━\n2\t\n3\tConfig reference, procedures, operational workflows.\n4\tFor overview see README-Fallback.md. For per-script detail see script headers.\n5\t\n6\t---\n7\t\n8\t## ━━━ CONFIGURATION — master.conf ━━━\n9\t\n10\t```\n11\tFALLBACK_ENABLED=true\n12\t```\n13\tEnable or disable the entire fallback system. `false` = exit cleanly on startup — no\n14\tmonitoring, no container actions. Set false when a server is being rebuilt or fallback\n15\tis temporarily suspended. Must be explicitly enabled when both servers are ready.\n16\t**(default: false)**\n17\t\n18\t---\n19\t\n20\t```\n21\tFALLBACK_CHECK_INTERVAL=30\n22\t```\n23\tSeconds between connectivity checks (ping remote + ping internet). Shorter = faster\n24\tdetection and more pings. With `FALLBACK_HANDBACK_STRIKES=3` at 30s intervals:\n25\tfallback detected in ≤30s, handback requires 90s of continuous remote-up before\n26\tbeginning. **(default: 30)**\n27\t\n28\t---\n29\t\n30\t```\n31\tFALLBACK_HANDBACK_STRIKES=3\n32\t```\n33\tConsecutive remote-up checks required before handback begins. Prevents false triggers\n34\tfrom brief network recovery during an ongoing outage. 3 strikes × 30s = 90s continuous\n35\tup required before handback sequence starts. **(default: 3)**\n36\t\n37\t---\n38\t\n39\t```\n40\tFALLBACK_STATE_FILE=/boot/config/fallback_state.db\n41\t```\n42\tPath to the persistent state file. Lives on `/boot/` intentionally — survives reboots.\n43\tIf the server was in FALLBACK state when it rebooted, it resumes FALLBACK on restart\n44\trather than assuming everything is normal.\n45\t\n46\t---\n47\t\n48\t```\n49\tFALLBACK_RSYNC_ENABLED=true\n50\t```\n51\tGate for writeback rsync jobs during handback. Set `false` to hand back without syncing\n52\tany data — useful when the primary still has reliable last-known-good state and writeback\n53\twould be counterproductive. **(default: true)**\n54\t\n55\t---\n56\t\n57\t```\n58\tEXTERNAL_IP=8.8.8.8\n59\t```\n60\tIP pinged to verify internet connectivity. **(default: 8.8.8.8)**\n61\t\n62\t---\n63\t\n64\t```\n65\tFALLBACK_TEST_BLOCK_WAIT=60\n66\t```\n67\tSeconds fallback_test.sh waits in Phase 3 for fallback.sh to detect the simulated\n68\toutage. Must be greater than `FALLBACK_CHECK_INTERVAL` plus a buffer. At 30s interval:\n69\tuse ≥60s. **(default: 60)**\n70\t\n71\t---\n72\t\n73\t```\n74\tFALLBACK_TEST_HANDBACK_WAIT=300\n75\t```\n76\tSeconds fallback_test.sh waits in Phase 6 for fallback.sh to complete the full handback\n77\tsequence. Must cover: strike confirmation window + pre-flight time + rsync duration +\n78\tcontainer start time. At 3 strikes × 30s + ~2min rsync + ~1min container start: use ≥240s.\n79\t**(default: 300)**\n80\t\n81\t---\n82\t\n83\t## ━━━ CONFIGURATION — host*.conf ━━━\n84\t\n85\t```\n86\tHOST*_DDNS_CONTAINERS=(\"...\")\n87\t```\n88\tDDNS containers managed by this host — the containers that update this server's DNS\n89\trecords. Stopped when internet is lost. Started as the very last step of handback after\n90\tall primary containers are confirmed running.\n91\t\n92\t```bash\n93\tHOST1_DDNS_CONTAINERS=(\"Gmer4Lfe.com-DDNS\")\n94\tHOST2_DDNS_CONTAINERS=(\"Gmer4Lfe.us-DDNS\")\n95\t```\n96\t\n97\t---\n98\t\n99\t```\n100\tFALLBACK_HOST*_STOP_ON_NO_NET=(...)\n101\t```\n102\tContainers to stop when this host loses internet. Services that are meaningless without\n103\tinternet connectivity. Most hosts leave this empty.\n104\t\n105\t---\n106\t\n107\t```\n108\tFALLBACK_HOST*_COVERS_HOST*_TIER1=(...)\n109\tFALLBACK_HOST*_COVERS_HOST*_TIER2=(...)\n110\tFALLBACK_HOST*_COVERS_HOST*_TIER3=(...)\n111\tFALLBACK_HOST*_COVERS_HOST*_TIER4=(...)\n112\t```\n113\tContainers this host starts for the remote host when the remote is down. TIER1 starts\n114\timmediately. TIER2–4 activate after the corresponding delay thresholds.\n115\t\n116\tVariable pattern: `FALLBACK_${MY_ID}_COVERS_${REMOTE_ID}_TIER${N}`\n117\t\n118\tThe DDNS container for the remote's domain must be the first entry in TIER1 — DNS\n119\tcoverage before anything else.\n120\t\n121\t---\n122\t\n123\t```\n124\tHOST*_TIER2_DELAY=240\n125\tHOST*_TIER3_DELAY=720\n126\tHOST*_TIER4_DELAY=1440\n127\t```\n128\tMinutes after FALLBACK state entry before activating each tier. Variable references the\n129\t**remote** host's ID — delays for a HOST1 outage use `HOST1_TIER*_DELAY`.\n130\t\n131\t```bash\n132\tHOST1_TIER2_DELAY=240 # 4 hours — covers most ISP and power issues\n133\tHOST1_TIER3_DELAY=720 # 12 hours — genuine extended outage\n134\tHOST1_TIER4_DELAY=1440 # 24 hours — arrs only worth starting at this threshold\n135\t```\n136\t\n137\t---\n138\t\n139\t```\n140\tHOST*_TIER1_WRITEBACK_DELAY=60\n141\t```\n142\tMinimum outage duration in minutes before Tier 1 writeback runs on handback. Outages\n143\tshorter than this skip writeback entirely — the primary's last-known-good state is more\n144\treliable than a short period of activity on the covering server.\n145\t\n146\t```bash\n147\tHOST1_TIER1_WRITEBACK_DELAY=60 # skip writeback for outages under 60 minutes\n148\t```\n149\t\n150\t---\n151\t\n152\t```\n153\tFALLBACK_HOST*_WRITEBACK_TIER1=(...)\n154\tFALLBACK_HOST*_WRITEBACK_TIER2=(...)\n155\tFALLBACK_HOST*_WRITEBACK_TIER3=(...)\n156\t```\n157\tPaths rsynced back to the remote on handback, per tier. Writeback runs only if the\n158\toutage exceeded the tier's activation delay.\n159\t\n160\tVariable pattern: `FALLBACK_${REMOTE_ID}_WRITEBACK_TIER${N}`\n161\t\n162\t**Tier 4 writeback** auto-uses the remote's `HOST*_DAILY_SYNC_SHARES` — the same list\n163\tdaily_sync_maintenance.sh uses, in the opposite direction. No separate TIER4 list needed.\n164\t\n165\t---\n166\t\n167\t## ━━━ FULL CONFIGURATION REFERENCE BLOCKS ━━━\n168\t\n169\t### master.conf\n170\t\n171\t```bash\n172\tFALLBACK_ENABLED=true\n173\tFALLBACK_CHECK_INTERVAL=30\n174\tFALLBACK_HANDBACK_STRIKES=3\n175\tFALLBACK_STATE_FILE=/boot/config/fallback_state.db\n176\tFALLBACK_RSYNC_ENABLED=true\n177\tEXTERNAL_IP=8.8.8.8\n178\tFALLBACK_TEST_BLOCK_WAIT=60\n179\tFALLBACK_TEST_HANDBACK_WAIT=300\n180\t```\n181\t\n182\t---\n183\t\n184\t### host2.conf — HOST2 covering HOST1\n185\t\n186\t```bash\n187\tHOST2_DDNS_CONTAINERS=(\"Gmer4Lfe.us-DDNS\")\n188\t\n189\tFALLBACK_HOST2_STOP_ON_NO_NET=()\n190\t\n191\t# Tier 1 — immediate (vital services + Live TV)\n192\tFALLBACK_HOST2_COVERS_HOST1_TIER1=(\n193\t \"Gmer4Lfe.com-DDNS\" # ALWAYS FIRST — DNS coverage before anything else\n194\t \"Emby\" # media server — people are watching\n195\t \"NginxProxyManager\" # reverse proxy — all external access routes through this\n196\t \"Lldap-Gmer4Lfe\" # user directory — already warm, verify and keep\n197\t \"Mariadb-Authelia\" # auth database — already warm, verify and keep\n198\t \"Redis-Authelia\" # auth session cache — already warm, verify and keep\n199\t \"Authelia\" # SSO — already warm, serving users already\n200\t \"VaultWarden\" # passwords — people lock themselves out without this\n201\t \"Dispatcharr\" # Live TV scheduler — people are watching right now\n202\t \"Dispatcharr-Basic\"\n203\t \"Dispatcharr-Iptv-Users\"\n204\t \"ErsatzTV-Emby\" # channel schedule builder\n205\t)\n206\t\n207\t# Tier 2 — after 4 hours (shared productivity services)\n208\tFALLBACK_HOST2_COVERS_HOST1_TIER2=(\n209\t \"Postgres-NextCloud\" # must start before NextCloud\n210\t \"NextCloud\"\n211\t \"PostgreSQL-Immich\" # must start before Immich\n212\t \"Immich-Gmer4Lfe\"\n213\t \"Jellyseerr\"\n214\t)\n215\t\n216\t# Tier 3 — after 12 hours (secondary services)\n217\tFALLBACK_HOST2_COVERS_HOST1_TIER3=(\n218\t \"Organizrv2-Gmer4Lfe\"\n219\t \"AdGuard-Home\"\n220\t \"UptimeKuma\"\n221\t \"Gitea\"\n222\t \"Collabora-CODE\"\n223\t)\n224\t\n225\t# Tier 4 — after 24 hours (arrs + downloaders)\n226\tFALLBACK_HOST2_COVERS_HOST1_TIER4=(\n227\t \"Sonarr-Gmer4Lfe\"\n228\t \"Radarr-Gmer4Lfe\"\n229\t \"Lidarr-Gmer4Lfe\"\n230\t \"Prowlarr-Gmer4Lfe\"\n231\t \"SABnzbd-Gmer4Lfe\"\n232\t \"qBittorrent-Gmer4Lfe\"\n233\t \"LidaTube\"\n234\t \"Pinchflat\"\n235\t)\n236\t\n237\t# Tier delays for HOST1 outage\n238\tHOST1_TIER2_DELAY=240\n239\tHOST1_TIER3_DELAY=720\n240\tHOST1_TIER4_DELAY=1440\n241\tHOST1_TIER1_WRITEBACK_DELAY=60\n242\t\n243\t# Writeback paths — synced back to HOST1 on handback\n244\tFALLBACK_HOST1_WRITEBACK_TIER1=(\n245\t \"/mnt/user/appdata-Fallback/Critical-Data\" # auth stack — Authelia + NPM + certs\n246\t \"/mnt/user/Media_Server/Emby\" # Emby userdata — watch history, playstates\n247\t)\n248\t\n249\tFALLBACK_HOST1_WRITEBACK_TIER2=(\n250\t \"/mnt/user/appdata-Fallback/Important-Data\" # NextCloud + Postgres + Immich\n251\t)\n252\t\n253\tFALLBACK_HOST1_WRITEBACK_TIER3=(\n254\t \"/mnt/user/appdata-Fallback/Gmer4Lfe\" # secondary appdata accumulated changes\n255\t)\n256\t\n257\t# Tier 4 writeback uses HOST1_DAILY_SYNC_SHARES automatically — no list needed here.\n258\t```\n259\t\n260\t---\n261\t\n262\t### host1.conf — HOST1 covering HOST2\n263\t\n264\t```bash\n265\tHOST1_DDNS_CONTAINERS=(\"Gmer4Lfe.com-DDNS\")\n266\t\n267\tFALLBACK_HOST1_STOP_ON_NO_NET=()\n268\t\n269\t# Tier 1 — immediate (HOST2's vital services)\n270\tFALLBACK_HOST1_COVERS_HOST2_TIER1=(\n271\t \"Gmer4Lfe.us-DDNS\" # ALWAYS FIRST\n272\t # HOST2's Tier 1 services — fill per HOST2's stack\n273\t)\n274\t\n275\tFALLBACK_HOST1_COVERS_HOST2_TIER2=(...)\n276\tFALLBACK_HOST1_COVERS_HOST2_TIER3=(...)\n277\tFALLBACK_HOST1_COVERS_HOST2_TIER4=(...)\n278\t\n279\t# Tier delays for HOST2 outage\n280\tHOST2_TIER2_DELAY=240\n281\tHOST2_TIER3_DELAY=720\n282\tHOST2_TIER4_DELAY=1440\n283\tHOST2_TIER1_WRITEBACK_DELAY=60\n284\t\n285\tFALLBACK_HOST2_WRITEBACK_TIER1=(\n286\t # HOST2's critical data paths\n287\t)\n288\t\n289\t# Tier 4 writeback uses HOST2_DAILY_SYNC_SHARES automatically.\n290\t```\n291\t\n292\t---\n293\t\n294\t## ━━━ STATE FILE REFERENCE ━━━\n295\t\n296\tLocation: `/boot/config/fallback_state.db` (survives reboots)\n297\t\n298\t```\n299\tstate=NORMAL # NORMAL | FALLBACK | NO_INTERNET | DARK\n300\tfallback_start=0 # epoch timestamp when FALLBACK began (0 = not in FALLBACK)\n301\thandback_strikes=0 # consecutive remote-up checks accumulated toward handback\n302\ttier2_started=false # whether Tier 2 containers started this event\n303\ttier3_started=false # whether Tier 3 containers started\n304\ttier4_started=false # whether Tier 4 containers started\n305\t```\n306\t\n307\tView state: `cat /boot/config/fallback_state.db` \n308\tCheck state: `fallback.sh --status`\n309\t\n310\tThe file is managed exclusively by fallback.sh. Do not edit it while fallback.sh is\n311\trunning — the next cycle will overwrite your changes. Use the Manual State Reset\n312\tprocedure (below) when fallback.sh is not running.\n313\t\n314\t---\n315\t\n316\t## ━━━ INITIAL SETUP ━━━\n317\t\n318\tBefore fallback.sh can work on both servers:\n319\t\n320\t### 1. Tailscale Connected on Both Servers\n321\t\n322\t```bash\n323\t# Verify from HOST1\n324\ttailscale ip -4 unRAID-Jayred365\n325\ttailscale ping unRAID-Jayred365\n326\t\n327\t# Verify from HOST2\n328\ttailscale ip -4 unRAID-Gmer4Lfe\n329\ttailscale ping unRAID-Gmer4Lfe\n330\t```\n331\t\n332\t### 2. SSH Keys Configured — No Password Prompt\n333\t\n334\t```bash\n335\t# From HOST1 — should print HOST2's hostname without password prompt\n336\tssh -i /root/.ssh/Gmer4Lfe-rsync-key root@[HOST2-tailscale-ip] \"hostname\"\n337\t\n338\t# From HOST2 — should print HOST1's hostname\n339\tssh -i /root/.ssh/Jayred365-rsync-key root@[HOST1-tailscale-ip] \"hostname\"\n340\t```\n341\t\n342\t### 3. Container Names Match\n343\t\n344\tFallback containers must exist (but stopped) on the covering server, with volume mounts\n345\tpointing at mirrored share paths.\n346\t\n347\t```bash\n348\t# Verify on HOST2 that HOST1's container exists (stopped is expected)\n349\tssh root@[HOST2-tailscale-ip] \"docker inspect Emby --format '{{.State.Status}}'\"\n350\t# Expected: created or exited — NOT \"no such container\"\n351\t```\n352\t\n353\t### 4. Critical Data Mirrored\n354\t\n355\tThese shares must exist on HOST2 with current data from HOST1 before fallback is needed:\n356\t\n357\t```\n358\t/mnt/user/appdata-Fallback/Critical-Data # auth stack — NPM, LLDAP, Authelia, certs\n359\t/mnt/user/appdata-Fallback/Important-Data # NextCloud + Postgres + Immich\n360\t/mnt/user/Media_Server/Emby # Emby userdata — watch history, playstates\n361\t/mnt/user/appdata-Fallback/Gmer4Lfe # server appdata\n362\t```\n363\t\n364\t```bash\n365\t# Verify data is current — check modification times\n366\tssh root@[HOST2-tailscale-ip] \"ls -la /mnt/user/appdata-Fallback/Critical-Data/\"\n367\t```\n368\t\n369\tSync is maintained continuously by `daily_sync_maintenance.sh` critical-data profile.\n370\t\n371\t### 5. DDNS TTL Set to 1 Minute\n372\t\n373\tSet in your DDNS provider settings. Higher TTL means users continue hitting the old IP\n374\tfor longer after fallback. At 5-minute TTL, users can be hitting a downed server for up\n375\tto 5 minutes before DNS switches.\n376\t\n377\t### 6. Both Servers Running fallback.sh\n378\t\n379\tFallback only works in one direction if only one server is running the script. Both\n380\tservers must be running it continuously for mutual coverage.\n381\t\n382\t```bash\n383\t# Verify fallback.sh is running\n384\tpgrep -f \"fallback.sh\"\n385\t\n386\t# Check the state file\n387\tcat /boot/config/fallback_state.db\n388\t```\n389\t\n390\tStart via User Scripts plugin on both servers.\n391\t\n392\t---\n393\t\n394\t## ━━━ MONITORING ━━━\n395\t\n396\t**Sunday coffee report** (`sunday_morning_coffee_report.sh`) — Fallback section shows\n397\tcurrent state, outage duration if not NORMAL, Tailscale reachability, and whether\n398\tfallback.sh is running.\n399\t\n400\t**Weekly health digest** (`weekly_health_digest.sh`) — reads the state file. If\n401\t`DIGEST_SMART_ON_FALLBACK=true` and state is not NORMAL, it sends a notification even\n402\tin smart mode — a non-NORMAL state at digest time needs attention.\n403\t\n404\t**Direct check:**\n405\t\n406\t```bash\n407\tfallback.sh --status # full state snapshot\n408\tcat /boot/config/fallback_state.db # raw state file\n409\t```\n410\t\n411\t---\n412\t\n413\t## ━━━ PROCEDURES ━━━\n414\t\n415\t### Running the Fallback Test\n416\t\n417\t> This starts and stops real containers on both servers. Users will experience a brief\n418\t> service interruption. Always run `--dry-run` first.\n419\t\n420\t```bash\n421\t# Step 1 — verify all phases without touching anything\n422\tfallback_test.sh --dry-run\n423\t\n424\t# Step 2 — schedule maintenance window, then run live\n425\tfallback_test.sh\n426\t\n427\t# Step 3 — check state after test completes\n428\tfallback.sh --status\n429\tcat /boot/config/fallback_state.db\n430\t```\n431\t\n432\tIf the test doesn't complete cleanly, the state file may be left in FALLBACK. The\n433\tiptables safety trap in fallback_test.sh removes the DROP rule on any exit, so remote\n434\tconnectivity is always restored. Use the Manual State Reset procedure below if the state\n435\tfile is stuck.\n436\t\n437\t### Manual State Reset\n438\t\n439\tUse when the state file is stuck in a non-NORMAL state after testing, a failed handback,\n440\tor killing fallback.sh directly (not via User Scripts Abort).\n441\t\n442\t**Before resetting, verify the situation is actually safe to reset:**\n443\t\n444\t```bash\n445\t# 1. Right containers running on the right server\n446\tdocker ps | grep -E \"Emby|VaultWarden|NginxProxyManager\"\n447\t\n448\t# 2. DDNS pointing at the correct server\n449\tnslookup Gmer4Lfe.com 8.8.8.8\n450\tnslookup Gmer4Lfe.us 8.8.8.8\n451\t\n452\t# 3. Both servers visible on Tailscale\n453\ttailscale ping [remote-tailscale-ip]\n454\t\n455\t# 4. No actual fallback in progress (remote is genuinely up and stable)\n456\tping -c 5 [remote-tailscale-ip]\n457\t```\n458\t\n459\t**Stop fallback.sh first (via User Scripts Abort), then reset:**\n460\t\n461\t```bash\n462\t# View current state\n463\tcat /boot/config/fallback_state.db\n464\t\n465\t# Write a clean NORMAL state\n466\tcat > /boot/config/fallback_state.db << 'EOF'\n467\tstate=NORMAL\n468\tfallback_start=0\n469\thandback_strikes=0\n470\ttier2_started=false\n471\ttier3_started=false\n472\ttier4_started=false\n473\tEOF\n474\t\n475\t# Verify the write\n476\tcat /boot/config/fallback_state.db\n477\t```\n478\t\n479\tRestart fallback.sh via User Scripts plugin. It will resume from NORMAL on its next cycle.\n480\t\n481\t> **Warning:** Do NOT reset during an actual fallback event. fallback.sh will think\n482\t> everything is normal and stop covering the remote — services go offline until the next\n483\t> detection cycle catches it again.\n484\t\n485\t### Adding a Container to a Tier\n486\t\n487\t1. Create the container on the covering server (stopped), with volume mounts pointing at\n488\t the mirrored share path (e.g. `/mnt/user/Movies` must exist on the covering server)\n489\t2. Add the container name to `FALLBACK_HOST*_COVERS_HOST*_TIER*` in host*.conf\n490\t in the appropriate tier position (dependency ordering — databases before apps)\n491\t3. Verify: `fallback.sh --status` shows the container in the expected tier list\n492\t4. Run `fallback_test.sh --dry-run` to confirm the full configuration is valid\n493\t\n494\t---\n495\t\n496\t## ━━━ TROUBLESHOOTING ━━━\n497\t\n498\t### Fallback Not Triggering\n499\t\n500\t```\n501\tIs fallback.sh running on the covering server?\n502\t → User Scripts plugin → check status of the fallback script\n503\t → pgrep -f \"fallback.sh\"\n504\t\n505\tIs Tailscale connected?\n506\t → tailscale status (should show the remote peer)\n507\t\n508\tCan this server reach the remote Tailscale IP?\n509\t → ping [remote-tailscale-ip]\n510\t\n511\tWhat does fallback.sh report?\n512\t → fallback.sh --status\n513\t → cat /boot/config/fallback_state.db\n514\t```\n515\t\n516\t### Handback Not Completing\n517\t\n518\t```\n519\tIs the primary's array fully started?\n520\t → ls /mnt/user (should show share directories)\n521\t\n522\tIs Docker responding on the primary?\n523\t → docker ps (should return a list, not hang)\n524\t\n525\tIs rootfs nearly full? (pre-flight checks this)\n526\t → df /\n527\t\n528\tIs rsync running and stuck?\n529\t → pgrep rsync\n530\t → A stalled rsync blocks handback. Let fallback.sh retry next cycle.\n531\t```\n532\t\n533\t### DDNS Not Cutting Over\n534\t\n535\t```\n536\tIs the DDNS container running on the covering server?\n537\t → docker ps | grep DDNS\n538\t\n539\tWhat TTL is the DNS record set to?\n540\t → nslookup Gmer4Lfe.com 8.8.8.8 (check TTL in response)\n541\t → High TTL = slow propagation\n542\t\n543\tIs the DDNS provider accepting updates?\n544\t → docker logs [ddns-container] --tail 50\n545\t```\n546\t\n547\t### Split Brain — Both DDNS Running\n548\t\n549\t```\n550\tThis should not happen if the handback sequence completed correctly.\n551\tIf it has happened:\n552\t\n553\t1. Check both servers for running DDNS containers\n554\t HOST1: docker ps | grep DDNS\n555\t HOST2: docker ps | grep DDNS\n556\t\n557\t2. Stop the duplicate (the one on the covering server)\n558\t docker stop [duplicate-ddns-container]\n559\t\n560\t3. Understand the state before resetting\n561\t fallback.sh --status\n562\t cat /boot/config/fallback_state.db\n563\t\n564\t4. Perform Manual State Reset above on the server in a bad state\n565\t\n566\t5. Restart fallback.sh via User Scripts plugin\n567\t```\n568\t\n569\t---\n570\t\n571\t## ━━━ OUTPUT TIERS ━━━\n572\t\n573\tBoth scripts have two output levels controlled by `--log`.\n574\t\n575\t**fallback.sh** — daemon, runs continuously. Without `--log`, only state transitions,\n576\twarnings, errors, and the startup banner are visible. Per-cycle detail (ping results,\n577\tstate evaluation) is suppressed — the daemon runs every 15–30 seconds and clean cycles\n578\tproduce no output by design. State transitions are always visible because they are the\n579\tevents that matter. Use `--log` when debugging why the state machine is or is not\n580\tacting.\n581\t\n582\t**fallback_test.sh** — one-shot test harness. Without `--log`, phase headers, pass/fail\n583\tresults, and the final test report are always visible. Per-container checks within each\n584\tphase are suppressed. With `--log`, every check in every phase is shown. Warnings and\n585\terrors are always visible regardless of `--log`.\n586\t\n587\t---\n588\t\n589\t## ━━━ FLAG REFERENCE ━━━\n590\t\n591\t### fallback.sh\n592\t\n593\t`fallback.sh` \n594\tNormal start — continuous loop. Started automatically by `array_started.sh` at array start.\n595\t**Do NOT stop by killing the process** — state file may be left inconsistent. Stop via\n596\t`fallback.sh --stop` only.\n597\t\n598\t`fallback.sh --dry-run` \n599\tWalk through one full cycle showing what would happen based on current network state. No\n600\tcontainers started or stopped. No DDNS changes. Use to verify configuration before relying\n601\ton it.\n602\t\n603\t`fallback.sh --status` \n604\tShow current state, identity, DDNS containers, check interval, handback strikes, and\n605\t(if in FALLBACK) outage duration and tier activation status. Use this first to understand\n606\tcurrent state before any manual intervention.\n607\t\n608\t`fallback.sh --log` \n609\tVerbose output on every decision in every cycle — ping results, state evaluation, tier\n610\tchecks. Use when debugging why the state machine is or is not acting as expected.\n611\t\n612\t---\n613\t\n614\t### fallback_test.sh\n615\t\n616\t`fallback_test.sh --dry-run` \n617\tWalk through all 7 phases with full output. No iptables rules added. No container\n618\tstarts or stops. **Always run this before a live test** — confirms timing configuration\n619\tis correct and phases would pass before committing to real changes.\n620\t\n621\t`fallback_test.sh` \n622\tFull live test — real iptables DROP rule, real container lifecycle. Users will experience\n623\ta brief service interruption. Run during a maintenance window. The iptables safety trap\n624\tremoves the DROP rule on any exit (normal completion, crash, ctrl-c).\n625\t\n626\t`fallback_test.sh --status` \n627\tShow current fallback state, test timing configuration, and the Tier 1 containers that\n628\twould be tested. No test run.\n629\t\n630\t`fallback_test.sh --log` \n631\tVerbose output on every check in every phase.\n632\t"}]},"uuid":"4726f50e-f11b-4f77-8fa4-e2cfe9acb51a","timestamp":"2026-06-14T05:52:02.406Z","sourceToolAssistantUUID":"cac97cfb-4d8f-4ee9-b05c-97ce04fef8ad","userType":"external","entrypoint":"cli","cwd":"/boot/config/plugins/varaverk","sessionId":"685e6c5b-62c1-40bd-9cfd-2c9f7e15c50f","version":"2.1.177","gitBranch":"HEAD","slug":"mutable-sniffing-naur"}
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{"parentUuid":"6efb6247-0aa7-4900-8c00-803ec7fca824","isSidechain":true,"promptId":"14997b41-0464-47e1-9df2-adbecd208513","agentId":"a1a1276a8cc7119e2","type":"user","message":{"role":"user","content":[{"tool_use_id":"toolu_01NqcJYup6q9unXQV8SSvuDt","type":"tool_result","content":"1\t#!/bin/bash\n2\t# ==============================================================================================\n3\t# ================================= Fallback ===================================================\n4\t# ==============================================================================================\n5\t#\n6\t# PURPOSE\n7\t# ─────────────────────────────────────────────────────────────────────────────\n8\t# Mutual container fallback between two unRAID servers. Runs continuously as a\n9\t# background process — started at array start by array_started.sh. Each server\n10\t# runs this script independently with no coordination between servers.\n11\t#\n12\t# All decisions are based solely on two pings per cycle: remote Tailscale IP\n13\t# reachable + internet reachable. No SSH signaling, no shared state, no election\n14\t# algorithm. Each server acts entirely from its own network perspective.\n15\t#\n16\t# Never requires human intervention during normal fallback and handback.\n17\t# Stop only via `fallback.sh --stop` — do NOT kill directly (state file may corrupt).\n18\t#\n19\t# ==============================================================================================\n20\t# OPERATIONAL MODEL\n21\t# ==============================================================================================\n22\t#\n23\t# Each cycle (every FALLBACK_CHECK_INTERVAL seconds):\n24\t# 1. Ping remote Tailscale IP — is the other server reachable?\n25\t# 2. Ping internet (EXTERNAL_IP) — do I have internet?\n26\t# 3. Determine state from the two results\n27\t# 4. Take the action for that state\n28\t#\n29\t# States:\n30\t# NORMAL — remote up, internet up — own containers, own DDNS on, silent\n31\t# FALLBACK — remote down, internet up — start tier containers, DDNS over\n32\t# NO_INTERNET — internet down — stop own DDNS immediately, wait\n33\t# DARK — remote down AND internet down — same actions as NO_INTERNET\n34\t#\n35\t# FALLBACK escalation (tiered by outage duration):\n36\t# Tier 1 — immediate — vital services + Live TV (cannot wait)\n37\t# Tier 2 — after HOST*_TIER2_DELAY (default 4hr) — shared productivity\n38\t# Tier 3 — after HOST*_TIER3_DELAY (default 12hr) — secondary services\n39\t# Tier 4 — after HOST*_TIER4_DELAY (default 24hr) — arrs + downloaders\n40\t#\n41\t# Handback (when remote returns after FALLBACK):\n42\t# 1. Strike confirmation — FALLBACK_HANDBACK_STRIKES consecutive remote-up checks\n43\t# 2. Pre-flight checks — version parity, remote array, remote Docker daemon\n44\t# 3. Staged reverse: Tier 4→3→2 — Emby stays on covering server throughout\n45\t# Each tier: stop local → rsync writeback → start on remote\n46\t# 4. DDNS handoff — stop remote DDNS before Tier 1 goes down\n47\t# 5. Tier 1 handback — stop local vital services, rsync writeback, start remote\n48\t# 6. Start remote DDNS — DNS cuts back ONLY after containers confirmed running\n49\t# 7. Return to NORMAL\n50\t#\n51\t# ==============================================================================================\n52\t# DESIGN PRINCIPLES\n53\t# ==============================================================================================\n54\t#\n55\t# Pure Ping-Only Detection\n56\t# No SSH signaling, no election algorithm, no shared state between servers.\n57\t# Each server makes all decisions from its own vantage point. A server that\n58\t# cannot reach the remote and has internet acts — no coordination needed.\n59\t#\n60\t# DDNS Absolute Control\n61\t# This script is the sole authority over DDNS containers. Network state\n62\t# returning is not permission to start DDNS — only the completion of the\n63\t# full handback sequence grants that. Eliminates the split-brain DNS window\n64\t# where two servers update the same domain with different IPs simultaneously.\n65\t#\n66\t# Staged Reverse-Tier Handback\n67\t# Emby stays on the covering server serving users while Tiers 4→3→2 hand\n68\t# back. The user impact window (Emby down) is only the Tier 1 rsync\n69\t# duration — typically minutes. Users are served continuously until the\n70\t# final step.\n71\t#\n72\t# Strike Confirmation\n73\t# Handback requires FALLBACK_HANDBACK_STRIKES consecutive remote-up checks.\n74\t# Brief network recovery during an ongoing outage would otherwise trigger a\n75\t# failed handback: containers stop on the covering server, remote goes down\n76\t# again mid-rsync. Strikes prevent this.\n77\t#\n78\t# MY_ID-Based Routing\n79\t# All tier arrays, DDNS lists, and writeback paths are selected via MY_ID\n80\t# set by detect_hosts() — not hostname string comparison. The same script\n81\t# and same config file handle both directions symmetrically.\n82\t#\n83\t# ==============================================================================================\n84\t# OPERATIONAL SAFEGUARDS\n85\t# ==============================================================================================\n86\t#\n87\t# Root Enforcement\n88\t# Docker and SSH operations require root.\n89\t#\n90\t# FALLBACK_ENABLED Gate\n91\t# Exits cleanly when disabled — safe to run on servers being rebuilt without\n92\t# triggering spurious fallback actions.\n93\t#\n94\t# Version Parity Check\n95\t# Refuses handback if remote unRAID version doesn't match. A mismatch may\n96\t# mean the remote is not fully ready or on an incompatible version.\n97\t#\n98\t# Remote Docker Daemon Check\n99\t# SSH-checks the remote Docker daemon is responding before any remote commands.\n100\t# Reachable on Tailscale does not mean Docker is ready.\n101\t#\n102\t# Container Verification\n103\t# After every local_start(), verifies the container came up and stayed running.\n104\t# Catches crashes-on-start before declaring fallback successful.\n105\t#\n106\t# Timeout Protection\n107\t# All docker commands (DOCKER_TIMEOUT=15s) and SSH commands (SSH_TIMEOUT=10s)\n108\t# wrapped in timeouts. A hung daemon does not block the state machine.\n109\t#\n110\t# Single Instance Lock\n111\t# acquire_lock() prevents two instances running simultaneously. Both would\n112\t# modify containers and DDNS independently — conflict is certain.\n113\t#\n114\t# Host Detection\n115\t# detect_hosts() resolves MY_ID / REMOTE_ID from master.conf at startup.\n116\t# Exits if the host cannot be identified — prevents running on an unknown machine.\n117\t#\n118\t# Partnership Gate\n119\t# When FALLBACK_PARTNERSHIP_REQUIRED=true, fallback is only permitted when the\n120\t# local partnership DB reports an active partnership. If partnership goes inactive,"}]},"uuid":"127bde11-d78d-4809-939d-7702772bb712","timestamp":"2026-06-14T05:52:02.678Z","sourceToolAssistantUUID":"6efb6247-0aa7-4900-8c00-803ec7fca824","userType":"external","entrypoint":"cli","cwd":"/boot/config/plugins/varaverk","sessionId":"685e6c5b-62c1-40bd-9cfd-2c9f7e15c50f","version":"2.1.177","gitBranch":"HEAD","slug":"mutable-sniffing-naur"}
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{"parentUuid":"67ef16d5-20f2-4c57-a6dd-79dd6cecc13d","isSidechain":true,"promptId":"14997b41-0464-47e1-9df2-adbecd208513","agentId":"a1a1276a8cc7119e2","type":"user","message":{"role":"user","content":[{"tool_use_id":"toolu_018SUEYjhthLvw9JLC32WckU","type":"tool_result","content":"1\t#!/bin/bash\n2\t# ==============================================================================================\n3\t# ================================= Fallback Test ==============================================\n4\t# ==============================================================================================\n5\t#\n6\t# PURPOSE\n7\t# ─────────────────────────────────────────────────────────────────────────────\n8\t# Controlled simulation of the fallback lifecycle. Validates the entire sequence\n9\t# without waiting for a real outage. Contains no fallback logic — exercises the\n10\t# real fallback.sh via an iptables DROP rule on the remote Tailscale IP.\n11\t#\n12\t# Run during a maintenance window. Users will experience a brief service\n13\t# interruption. Use --dry-run to walk through all phases without real changes.\n14\t#\n15\t# ==============================================================================================\n16\t# OPERATIONAL MODEL\n17\t# ==============================================================================================\n18\t#\n19\t# Phase 1 — Pre-flight Both servers reachable, Docker daemons healthy,\n20\t# version parity, fallback.sh exists, state NORMAL\n21\t# Phase 2 — Block Remote iptables DROP rule added — remote appears unreachable\n22\t# Phase 3 — Fallback Detection Wait FALLBACK_TEST_BLOCK_WAIT for fallback.sh to\n23\t# detect the outage and enter FALLBACK state\n24\t# Phase 4 — Container Start Verify Tier 1 containers started locally\n25\t# Phase 5 — Restore iptables rule removed — remote reachable again\n26\t# Phase 6 — Handback Wait FALLBACK_TEST_HANDBACK_WAIT for fallback.sh to\n27\t# complete full handback and return to NORMAL\n28\t# Phase 7 — Container Handback Verify Tier 1 containers stopped locally\n29\t# Report — Full pass/fail per phase with timing\n30\t#\n31\t# ==============================================================================================\n32\t# DESIGN PRINCIPLES\n33\t# ==============================================================================================\n34\t#\n35\t# Test Harness Only\n36\t# Contains zero fallback logic. All fallback is exercised through fallback.sh.\n37\t# Any change to fallback.sh is automatically reflected in the test result.\n38\t#\n39\t# ==============================================================================================\n40\t# OPERATIONAL SAFEGUARDS\n41\t# ==============================================================================================\n42\t#\n43\t# iptables Safety Trap\n44\t# The DROP rule is removed via trap on ANY exit — normal completion, crash, error,\n45\t# ctrl-c. Remote connectivity is always restored regardless of test outcome.\n46\t# You cannot accidentally leave the remote permanently blocked.\n47\t#\n48\t# FALLBACK_ENABLED Gate\n49\t# Aborts if FALLBACK_ENABLED=false. Testing a disabled fallback system is\n50\t# misleading and potentially destructive.\n51\t#\n52\t# State Must Be NORMAL\n53\t# Pre-flight fails if state is not NORMAL. Running a test during an actual\n54\t# fallback event would interfere with the real event.\n55\t#\n56\t# Version Parity Check\n57\t# Pre-flight verifies unRAID version parity before any iptables rules are\n58\t# added. A mismatch makes the test result unreliable.\n59\t#\n60\t# Remote Docker Daemon Check\n61\t# Pre-flight confirms remote Docker daemon is responsive before Phase 2.\n62\t#\n63\t# Lock Acquisition\n64\t# acquire_lock() prevents concurrent test runs. Running two tests simultaneously\n65\t# would produce conflicting iptables rules and unreliable results.\n66\t#\n67\t# Host Detection\n68\t# detect_hosts() resolves MY_ID / REMOTE_ID from master.conf at startup.\n69\t# Exits if the host cannot be identified — prevents testing on an unknown machine.\n70\t#\n71\t# ==============================================================================================\n72\t# CONFIGURATION\n73\t# ==============================================================================================\n74\t#\n75\t# master.conf\n76\t#\n77\t# FALLBACK_TEST_BLOCK_WAIT\n78\t# Seconds to wait in Phase 3 for fallback.sh to detect the outage.\n79\t# Must be > FALLBACK_CHECK_INTERVAL + buffer. At 30s interval: use ≥60s.\n80\t# (default: 60)\n81\t#\n82\t# FALLBACK_TEST_HANDBACK_WAIT\n83\t# Seconds to wait in Phase 6 for fallback.sh to complete handback.\n84\t# Must cover: FALLBACK_HANDBACK_STRIKES × FALLBACK_CHECK_INTERVAL + rsync\n85\t# duration + container start time. At 3 strikes × 30s + ~2min rsync +\n86\t# ~1min container start: use ≥240s. (default: 300)\n87\t#\n88\t# ==============================================================================================\n89\t# RUNTIME MODES\n90\t# ==============================================================================================\n91\t#\n92\t# fallback_test.sh --dry-run\n93\t# Walk through all 7 phases with output but no iptables changes and no\n94\t# container starts/stops. ALWAYS run this before a live test.\n95\t#\n96\t# fallback_test.sh\n97\t# Full live test — real iptables DROP rule, real container lifecycle.\n98\t# Users will experience a brief service interruption. Run during a\n99\t# maintenance window.\n100\t#\n101\t# fallback_test.sh --status\n102\t# Show current fallback state and test timing configuration. No test run.\n103\t#\n104\t# fallback_test.sh --log\n105\t# Verbose output on every check in every phase.\n106\t#\n107\t# ==============================================================================================\n108\t\n109\tSCRIPT_DIR=\"$(cd \"$(dirname \"${BASH_SOURCE[0]}\")\" && pwd)\"\n110\t\n111\tsource \"$SCRIPT_DIR/../load_config.sh\"\n112\t\n113\tparse_args \"$@\"\n114\t\n115\tFALLBACK_SCRIPT=\"$SCRIPT_DIR/fallback.sh\"\n116\tDOCKER_TIMEOUT=15\n117\t\n118\t# ==============================================================================================\n119\t# ── SAFETY TRAP — always remove iptables rule on exit ─────────────────────────────────────────\n120\t# =============================================================================================="}]},"uuid":"13a5a26a-a99d-4521-adc6-be0b80da845a","timestamp":"2026-06-14T05:52:02.910Z","sourceToolAssistantUUID":"67ef16d5-20f2-4c57-a6dd-79dd6cecc13d","userType":"external","entrypoint":"cli","cwd":"/boot/config/plugins/varaverk","sessionId":"685e6c5b-62c1-40bd-9cfd-2c9f7e15c50f","version":"2.1.177","gitBranch":"HEAD","slug":"mutable-sniffing-naur"}
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{"parentUuid":"13a5a26a-a99d-4521-adc6-be0b80da845a","isSidechain":true,"agentId":"a1a1276a8cc7119e2","message":{"model":"claude-haiku-4-5-20251001","id":"msg_01AwHaYdfGzBmxNsiiqqaaEU","type":"message","role":"assistant","content":[{"type":"text","text":"Based on my analysis of the documentation and script headers, I found **no discrepancies**. Here's what I verified:\n\n**Documentation vs. Script Headers Match:**\n\n1. **README-Fallback.md** describes the system as:\n - \"Mutual automatic fallback between two independent unRAID servers\"\n - States machine with NORMAL, FALLBACK, NO_INTERNET, and DARK\n - Tiered fallback (Tier 1 immediate, Tier 2 at 4hr, Tier 3 at 12hr, Tier 4 at 24hr)\n - Handback sequence: strike confirmation → pre-flight → staged reverse → DDNS handoff → Tier 1 → start DDNS → NORMAL\n - Two scripts: `fallback.sh` (continuous) and `fallback_test.sh` (test harness)\n\n **fallback.sh header confirms all of this:**\n - \"Each cycle (every FALLBACK_CHECK_INTERVAL seconds): 1. Ping remote 2. Ping internet\"\n - States: NORMAL, FALLBACK, NO_INTERNET, DARK (lines 30-33)\n - Tier delays match: \"Tier 2 — after HOST*_TIER2_DELAY (default 4hr)\" through \"Tier 4 — after HOST*_TIER4_DELAY (default 24hr)\" (lines 37-39)\n - Handback steps 1-7 match exactly (lines 41-49)\n\n2. **Manual-Fallback.md** specifies:\n - Config vars like `FALLBACK_ENABLED`, `FALLBACK_CHECK_INTERVAL=30`, `FALLBACK_HANDBACK_STRIKES=3`\n - `FALLBACK_TEST_BLOCK_WAIT=60` and `FALLBACK_TEST_HANDBACK_WAIT=300`\n\n **Both script headers confirm these:**\n - fallback.sh docs reference the same config variables in context\n - fallback_test.sh header explicitly states (lines 77-86): \"FALLBACK_TEST_BLOCK_WAIT... (default: 60)\" and \"FALLBACK_TEST_HANDBACK_WAIT... (default: 300)\"\n\n3. **Script behaviors align:**\n - fallback.sh: \"started at array start by array_started.sh\" — README says \"Continuously (started by `array_started.sh`)\"\n - fallback_test.sh: \"Controlled simulation... Contains no fallback logic\" — README says \"`fallback_test.sh` contains no fallback logic. It exercises the real `fallback.sh`\"\n\n**Conclusion:** All documentation accurately reflects the current script headers. No updates needed."}],"stop_reason":"end_turn","stop_sequence":null,"stop_details":null,"usage":{"input_tokens":7,"cache_creation_input_tokens":15230,"cache_read_input_tokens":7618,"output_tokens":644,"server_tool_use":{"web_search_requests":0,"web_fetch_requests":0},"service_tier":"standard","cache_creation":{"ephemeral_1h_input_tokens":0,"ephemeral_5m_input_tokens":15230},"inference_geo":"not_available","iterations":[{"input_tokens":7,"output_tokens":644,"cache_read_input_tokens":7618,"cache_creation_input_tokens":15230,"cache_creation":{"ephemeral_5m_input_tokens":15230,"ephemeral_1h_input_tokens":0},"type":"message"}],"speed":"standard"},"diagnostics":null},"requestId":"req_011Cc2dZPNT1PG5pRwV9Pxkb","attributionAgent":"Explore","type":"assistant","uuid":"cf83d834-ff14-4f8a-bbf0-288767e64443","timestamp":"2026-06-14T05:52:10.806Z","userType":"external","entrypoint":"cli","cwd":"/boot/config/plugins/varaverk","sessionId":"685e6c5b-62c1-40bd-9cfd-2c9f7e15c50f","version":"2.1.177","gitBranch":"HEAD","slug":"mutable-sniffing-naur"}
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