Add a peer-cli-tests just recipe as the public entry point for the existing extended scenario runner. The recipe depends on peer-cli-image, so Docker uses its normal layer cache to decide whether the image needs rebuilding before the Python harness runs. This gives contributors one memorable command for the full S1-S47 matrix while still allowing selected scenarios as positional arguments. The underlying runner continues to own container topology and JSONL command/event handling. Test Plan: - just --list - just --dry-run peer-cli-tests S39 S40 - git diff --check Refs: PEER_CLI_SCENARIOS.md
1.7 KiB
lanspread-peer-cli
Scriptable peer harness for automated LAN-spread tests. The binary starts the core peer runtime without the Tauri GUI, reads one JSON command per stdin line, and writes JSONL events, results, and errors to stdout.
Running
just peer-cli-build
just peer-cli-image
just peer-cli-tests
just peer-cli-run alpha
Useful flags:
--games-dir PATHstores local archives and installs.--state-dir PATHstores the generated peer identity.--fixture GAME_IDseeds a tiny archive that the fixture unpacker can install.
Fixture Game Directories
fixtures/fixture-alpha, fixtures/fixture-bravo, and
fixtures/fixture-charlie are ready-to-use game directories for local CLI
smoke tests. Point --games-dir at one of them to start a peer with several
catalog-backed fake games. Each game includes version.ini and a real RAR
archive renamed to .eti; fixture-alpha and fixture-bravo share ggoo,
while fixture-bravo and fixture-charlie share cnc4.
Commands
Every command is a JSON object with cmd or command; id is optional and is
echoed back on the result or error line.
{"id":"s1","cmd":"status"}
{"id":"p1","cmd":"wait-peers","count":1,"timeout_ms":5000}
{"id":"c1","cmd":"connect","addr":"127.0.0.1:34567"}
{"id":"g1","cmd":"list-games"}
{"id":"d1","cmd":"download","game_id":"fixture-one","install":true}
{"id":"i1","cmd":"install","game_id":"fixture-one"}
{"id":"u1","cmd":"uninstall","game_id":"fixture-one"}
{"id":"q1","cmd":"shutdown"}
The status result includes receiver-side active_operations and
sender-side active_outbound_transfers counts by game ID, which the scenario
runner uses to verify transfer lifecycle cleanup.