83 lines
2.7 KiB
Lua
83 lines
2.7 KiB
Lua
-- Integration-test driver: exercises the REAL trapos-sandbox client (libsandbox)
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-- against a real gateway. Reuses startSession/request/onMessage so the test covers
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-- production client code + CraftOS JSON serialization quirks.
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--
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-- Args (via shell.run): url, secret, scenario, reconnectDelay.
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-- url gateway origin, e.g. ws://127.0.0.1:PORT (daemon appends /gateway)
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-- secret shared secret ('' => none)
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-- scenario health | auth | idle (default: health)
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--
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-- Each scenario prints a single sentinel line the TS test asserts on.
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-- NOTE: shell.run re-tokenizes its arguments, so empty-string args are dropped and
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-- positions shift. The harness passes '-' as the "no secret" sentinel instead of ''.
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local args = { ... };
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local url = args[1];
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local secret = args[2];
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if secret == '' or secret == '-' then secret = nil; end
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local scenario = args[3] or 'health';
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local reconnectDelay = tonumber(args[4] or '');
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local createSandbox = require('/apis/libsandbox');
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local createEventLoop = require('/apis/eventloop');
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_G.bootEventLoop = createEventLoop();
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local sandbox = createSandbox();
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local sessionOpts = {
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eventloop = _G.bootEventLoop,
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url = url,
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secret = secret,
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os = os,
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};
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if reconnectDelay then
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sessionOpts.reconnectDelay = reconnectDelay;
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end
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local session = sandbox.startSession(sessionOpts);
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-- Connect, probe the gateway, report opencodeOk.
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local function runHealth()
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os.pullEvent('trapos_sandbox_connected');
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local ok, payload = sandbox.request('probe_gateway');
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if ok then
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print('__SANDBOX_HEALTH__ sandboxOk=' .. tostring(payload.sandboxOk)
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.. ' opencodeOk=' .. tostring(payload.opencodeOk));
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else
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print('__SANDBOX_HEALTH__ error=' .. tostring(type(payload) == 'table' and payload.code));
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end
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end
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-- Poll the hello outcome: ready => ok:true, terminal lastError => ok:false code.
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local function runAuth()
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local deadline = os.epoch('utc') + 8000;
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while os.epoch('utc') < deadline do
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if session.isReady() then
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print('__SANDBOX_HELLO__ ok=true');
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return;
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end
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local err = session.lastError();
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if err then
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print('__SANDBOX_HELLO__ ok=false code=' .. tostring(err));
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return;
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end
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os.sleep(0.1);
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end
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print('__SANDBOX_HELLO__ ok=false code=timeout');
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end
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-- Connect and stay registered so the TS side can drive the gateway->computer
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-- direction (reverse ping) or assert registry state (duplicate newest-wins).
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local function runIdle()
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os.pullEvent('trapos_sandbox_connected');
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print('__SANDBOX_READY__ ' .. sandbox.traposId(os));
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os.sleep(10);
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end
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local scenarios = { health = runHealth, auth = runAuth, idle = runIdle };
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local run = scenarios[scenario] or runHealth;
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parallel.waitForAny(
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function() _G.bootEventLoop.runLoop(true); end,
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run
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);
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os.shutdown();
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