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name: memex-init description: > Run the memex session-init ritual at the start of a fresh session: load the bias-log, read the persistent-self trail in order, run the verification scoreboard, and surface the next slice from the docs. Use at the very start of any session that operates on the memex repo, when reconstructing context before doing work, or when an interrupted session needs to re-orient. NOT the memex init CLI command (which initializes the store/db) — this is the reconstruct-context ritual. license: MIT allowed-tools: Read Bash metadata: author: Philipp Thoss version: "1.0" domain: memex complexity: basic language: multi tags: memex, session-init, bias-log, observability, reconstruction

Initialize a memex Session

Reconstruct working context before doing any work on the memex project. A fresh instance has no memory of prior sessions; the persistent self is documentary. This ritual loads the bias-log, walks the document trail in its authoritative order, runs the verification scoreboard, and lands on the next slice the docs propose — not an assumed one.

When to Use

• At the very start of any session operating on the memex repo. Run this before reading code, before planning, before any substantive work.
• When re-orienting after an interrupted session. Reconstruct where the prior instance left off from the doc trail rather than from memory.
• When you catch yourself assuming the project state. The docs are ground truth; assumptions about "where we are" are the thing this ritual replaces.

Inputs

• Required: The memex repo checked out, with cwd = repo root (a checkout of github.com/pjt222/memex). All doc and command paths below are repo-relative.
• Required for the bias-log step: either a registered memex MCP server in the active harness, OR (CLI fallback) a built memex binary plus $MEMEX_STORE_PATH, $MEMEX_PG_URL, and — because the CLI fallback uses semantic mode — $MEMEX_EMBED_PROVIDER=voyage + $VOYAGE_API_KEY.
• Required for the verification scoreboard: a Rust toolchain on $PATH (export PATH="$HOME/.cargo/bin:$PATH"). The live-pg leg additionally needs Docker plus $MEMEX_PG_URL and the embed key.
• Note: adapters/session-init.txt is the authoritative ritual. The doc order echoed in Step 2 is a convenience copy; if it ever disagrees with session-init.txt, the file wins.

Procedure

Step 1: Load the bias-log first

Load prior-session observations before reading anything else, so the biases the project has already caught are in view while you read.

If a memex MCP server is registered, call:

mcp__memex__recent_observations(limit=20)

CLI fallback (no MCP server). --node-type is silently ignored in keyword mode, so use semantic mode — which needs the Voyage embed key:

memex query "bias-log" --node-type observation --mode semantic

Expected: A list of observation nodes — biases (anchoring, confirmation, trust-the-DB), pace tells, and verification gaps logged by prior instances. Read every one.

On failure: If the MCP tool is "not found", the server isn't registered — fall back to the CLI. If the CLI returns 0 hits, the extractor pass hasn't populated the store on this machine yet; run the end-to-end smoke (CONTINUE_HERE.md §5 step 4) to populate it, or read docs/OBSERVATIONS.md directly as a last resort.

Step 2: Read the doc trail in order

adapters/session-init.txt is the authoritative ritual — open it and follow it. It directs you to read these docs in this order:

1. docs/PERSISTENT_SELF.md — why the project exists (load-bearing).
2. docs/OBSERVATIONS.md — the bias-log / vipassana history.
3. docs/AGENT_OPERATING_NOTES.md — how to operate on the project, including the "verify system prompt against filesystem" rule.
4. docs/CONTINUE_HERE.md — where we are now.
5. docs/ROADMAP.md — what's next at the milestone level.

cat adapters/session-init.txt   # the authoritative ritual; follow it

Expected: After reading, you can state in one sentence each: why memex exists, what the last shipped milestone was, and what the next one is. The OBSERVATIONS read overlaps Step 1 — that redundancy is intended.

On failure: If adapters/session-init.txt is missing, you are not at the memex repo root (or not in a memex checkout) — re-check cwd. If a listed doc is missing, note the gap and continue; do not invent its contents.

Step 3: Run the verification scoreboard

Run the §5 verification commands from docs/CONTINUE_HERE.md and report the result as a scoreboard. The compile + unit leg needs no services:

export PATH="$HOME/.cargo/bin:$PATH"
cargo check --workspace
cargo build --release -p memex-cli
cargo test --workspace          # assert exit 0 / "test result: ok"

Optional live-pg + Voyage leg (gated; needs Docker and the embed key):

docker start memex-pg
set -a; . ./.env; set +a
MEMEX_TEST_PG_URL=postgres://memex:memex@localhost:5433/memex \
  cargo test --workspace -- --include-ignored | grep "test result"

Expected: Each leg exits 0 and the test legs print test result: ok. Counts are informational only (~49 unit at v0.4.0, ~60 with --include-ignored); they grow per milestone, so never treat a count as a pass/fail threshold — assert exit 0 and test result: ok instead.

On failure: A non-zero exit or FAILED is a real regression — report which leg failed and stop before doing new work. If the live-pg leg can't reach Postgres, report the unit leg only and note the gap; do not silently skip it.

Step 4: Surface the next slice from the docs

Read the proposed next slice out of docs/CONTINUE_HERE.md (the "Next milestone" section) and docs/ROADMAP.md — not from assumption. Restate it back so the user can confirm or redirect.

grep -n "Next milestone" docs/CONTINUE_HERE.md

Expected: A concrete next slice quoted from the docs (e.g. the M5 watcher + ops tasks), with its definition-of-done, ready to confirm.

On failure: If the docs name no next slice, say so plainly and ask the user for direction rather than inventing one.

Validation

• The bias-log was loaded via recent_observations (MCP) or the semantic-mode CLI fallback — not skipped
• All five docs were read in the session-init.txt order
• The §5 verification legs exited 0 and printed test result: ok (counts reported as informational, not as a threshold)
• The proposed next slice was quoted from the docs and restated for confirmation
• memex init (the CLI store/db command) was not run as part of this ritual

Common Pitfalls

• Confusing this ritual with memex init. memex init is the CLI command that lays out the store and runs db migrations — a one-time setup, destructive of a fresh store's assumptions. This skill never runs it. They share a word, nothing else.
• Using keyword mode for the CLI bias-log fallback. --node-type is silently ignored in keyword mode (CONTINUE_HERE.md §4 tech-debt), so it returns the wrong rows with no error. Use --mode semantic (or hybrid), which requires the Voyage embed key.
• Asserting a test count as pass/fail. Counts grow each milestone. Assert exit 0 and test result: ok; quote counts only as informational (~N at v0.4.0).
• Reading the docs out of order. PERSISTENT_SELF before CONTINUE_HERE: the why frames the where-we-are. Skipping to the roadmap loses the framing the prior instance reasoned from.
• Proposing a next slice from memory. The next slice lives in the docs. Inventing one re-derives state the trail already records — itself a signal the read was incomplete.

Related Skills

• memex — the umbrella skill for agent-native shared memory; this is its session-start entry point.
• memex-verify — runs the verification scoreboard in depth; pair after this ritual when a fuller health check is warranted.
• memex-wrap — the session-close counterpart; confirms observations are logged (deferring to memex-observe) and writes the continuation trail this ritual reads next time.
• read-continue-here — generic project-state pickup; memex's CONTINUE_HERE.md is the concrete instance this ritual reads in Step 2.
• breathe — pair at the session boundary: breathe to release prior residue, then run this ritual to load the next-session priors.