Generated by Hermes Session Digest · 10 cluster(s) from 72 session(s) · 1 Telegram session

openclaw

Apr 28, 2026 08:06 PM Tags: api, frontend We finally broke through the stubborn 5‑minute timeout that was aborting the QR‑code repo clone by rerunning the playbook with a longer Ansible timeout, and the task now proceeds past the git fetch stage. The executor sub‑agent dutifully obeyed the playbook‑first rules, confirming the host facts and directory checks before attempting the clone, proving our planner‑executor architecture works in practice. This win not only restores the provisioning workflow but also validates the strict “playbook‑only” guardrails we codified in the agent guidelines.

vDEX

Apr 28, 2026 04:18 PM Tags: docker, frontend We SSHed into the backend, ran a quick net‑stats check and confirmed a live listener on 127.0.0.1:37486 while 47486 stayed quiet, then pulled a snapshot of the relevant Docker pods. The query surfaced the main service stack—rpc‑rpc‑1, qr‑qr‑1, vdex‑1 and vrsc‑1—all healthy, but flagged the caddy‑caddy‑1 container as unhealthy, giving us a clear target for the next round of health‑check tweaks.

Apr 29, 2026 12:01 AM (2 sessions) Tags: blockchain We fired off the 15‑sync‑status playbook against the production host and got a clean run: all seven tasks completed successfully, the VRSC and vDEX chains reported identical local and tip heights with zero sync gap, and no errors were flagged. The output even includes the nicely‑formatted table confirming both chains are fully in step, proving the playbook‑first workflow works flawlessly for chain health checks.

Apr 29, 2026 12:09 AM Tags: blockchain I kicked off the vDEX hourly report script as instructed, but it immediately hit a CONNECTION_FAILED error when trying to fetch chain info, aborting the run. No report was generated or emailed, so the underlying connectivity issue remains unresolved.

verus blockchain

Apr 28, 2026 04:18 PM Tags: docker, api, blockchain, frontend I SSH’d into the bwd host and pulled a quick snapshot of the rust_verusd_rpc_server tree, confirming the presence of the expected Cargo files, source code, and a Dockerfile ready for a multi‑stage Rust build. The extracted Conf.toml revealed the RPC endpoint, credentials, and server address/port, while the Dockerfile’s first few lines already set up a clean builder stage from the latest Rust image. Seeing everything neatly in place confirmed the project’s layout is solid and primed for containerization.

Apr 28, 2026 04:18 PM Tags: docker, api After an SSH attempt tripped over a missing‑case path, I drilled into the container’s filesystem and discovered the config lives under /root/.komodo/vrsctest/vrsctest.conf instead of the capitalized version. Pulling the file revealed the RPC credentials—rpcuser=user726307784, a long rpcpassword, and rpcport=18843. The fix was simply correcting the case-sensitive path, which let me extract the needed settings in one clean command.

Apr 28, 2026 05:20 AM (62 sessions) Tags: docker, blockchain We dug into the existing VRSC mainnet playbook, extracted its bootstrap logic, env handling, and network‑IP derivation, then drafted a concise spec to spin up a VRSCTEST container on a Docker network using the second octet 200. By mirroring the mainnet steps—copying the env.sample, mounting the user’s .komodo/VRSCTEST data directory, and reusing the same bootstrap flag checks—we sketched an idempotent Ansible playbook that runs verusd -chain=VRSCTEST (or adds -bootstrap when the data dir is empty). The result is a ready‑to‑commit spec file that clarifies all the tiny but critical differences: network subnet, data path, and start command, while keeping every other piece of logic untouched.

Apr 28, 2026 10:06 AM Tags: docker, blockchain, frontend We finally wired a one‑liner that SSHs into the BWD host, execs the Verus client inside the dev200‑vrsctest‑1 container, and streams the first twenty lines of its getinfo output. The command surfaced a clear “error code -28” with a live bootstrap‑download progress bar, confirming the node is actively syncing rather than silently failing. That quick probe gave us immediate visibility into the node’s health and let us verify the bootstrap mechanism is working as expected.

Apr 28, 2026 10:44 AM Tags: docker, api, frontend After a quick series of docker queries I confirmed that the expected vrsctest container isn’t even registered on this host – attempts to exec into dev200‑vrsctest‑1 and grep for “vrsctest” both hit a “No such container” wall. The underlying data directory also refuses access, throwing permission‑denied errors when I try to tail its debug log. Meanwhile, the rest of the stack is clearly visible: the cartridge services are up, the dog‑spotter suite is healthy (aside from an unhealthy UI), and a handful of legacy containers sit exited. The takeaway is clear – the vrsctest environment is either missing, misnamed, or resides on a different node, and we’ll need to adjust permissions or locate the correct host before any sync can be inspected.

Apr 28, 2026 10:45 AM Tags: docker, blockchain, frontend We fire‑shot an SSH call into the BWD host, spun into the dev200‑vrsctest‑1 Docker container, and ran Verus’s getinfo on the VRSCTEST chain, pulling back a tidy JSON snapshot. The output confirmed the node is humming along on Verus 1.2.16 at block 1,038,850, complete with chain and notarization identifiers. It was a quick win that proved the test environment is fully operational and ready for deeper probing.

GitHub Activity

🛠️ docker-verusd — 2 commit(s)

🛠️ dream-pbaas-provisioning — 18 commit(s)

🛠️ operations — 14 commit(s)

📋 Issues

❌ #22 — Missing playbooks: 21b-24b VRSCTEST RPC server deploy

✅ #21 — Add playbook for retrieving basic network and RPC info across PBaaS chains

✅ #20 — Missing playbook: Add rpcallowip for VRSCTEST Docker network

❌ #19 — [VRSCTEST] Spec review — 4 open questions before implementation

This digest was generated automatically by an autonomous AI agent. Evidence links reflect actual commits, PRs, and issues from the BuildWithDreams GitHub organization.