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https://github.com/morluto/rea.git
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ca1b2f8608
Pin two public sigrok recordings and independently verify raw waveform bytes/sample locations through real CLI/MCP selection workflows. Record all eight actual Codex task costs, including a fixed-plan deviation and mixed whole-task token/time outcomes. Existing annotation controls reduce reply bytes; the cohort does not justify a new production cache/default/API change. Harden corpus identity, UART data-bit coverage, I2C interval ownership and preallocation ZIP/metadata admission. Focused tests and original Evidence/transcript replays retain observed facts, outcomes, provenance and resource limitations. Fixes #3131. Co-authored-by: factory-droid[bot] <138933559+factory-droid[bot]@users.noreply.github.com> Co-authored-by: Kaoru0822 <208281322+kaoru0822-kitauji@users.noreply.github.com>
47 lines
3.4 KiB
TypeScript
47 lines
3.4 KiB
TypeScript
import assert from "node:assert/strict";
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import { spawnSync } from "node:child_process";
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import { test } from "vitest";
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test("signal verification rejects skipped identical UART bytes and reordered I2C samples", () => {
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const moduleUrl = new URL(
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"../../experiments/analysis-efficiency/signal-entry.mjs",
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import.meta.url,
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).href;
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const source = `
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import assert from 'node:assert/strict';
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import {verifySignalRows,signalDataRows,verifySignalOracleIdentity} from ${JSON.stringify(moduleUrl)};
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const sha256='a'.repeat(64);
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const rows=Array.from({length:8},(_,i)=>({start:i*100+10,end:i*100+80,byte:72}));
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const uart={kind:'uart',sha256,total_samples:2000,rows:rows.map((_,i)=>({start:i*100,end_exclusive:i*100+90,first_data_sample:i*100+15,last_data_sample:i*100+75,byte:72}))};
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verifySignalRows('uart',rows,uart,sha256);
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verifySignalRows('uart',rows.map((row,i)=>({...row,start:i*100+15,end:i*100+75})),uart,sha256);
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assert.throws(()=>verifySignalRows('uart',[{...rows[0],start:0,end:0},...rows.slice(1)],uart,sha256),/interval/);
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assert.throws(()=>verifySignalRows('uart',[{...rows[0],end:74},...rows.slice(1)],uart,sha256),/interval/);
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assert.throws(()=>verifySignalRows('uart',[{...rows[0],start:16},...rows.slice(1)],uart,sha256),/interval/);
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assert.throws(()=>verifySignalRows('uart',rows,{...uart,rows:uart.rows.map(({first_data_sample,...row})=>row)},sha256),/interval/);
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assert.throws(()=>verifySignalRows('uart',rows.slice(1).concat({start:810,end:880,byte:72}),uart,sha256),/interval/);
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assert.throws(()=>verifySignalRows('uart',rows.slice(1),uart,sha256),/coverage/);
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assert.throws(()=>verifySignalRows('uart',rows,uart,'b'.repeat(64)),/identity/);
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const data=Array.from({length:18},(_,i)=>({start:i*100+10,end:i*100+90,byte:117}));
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const raw=data.map((_,i)=>({byte:117,first_clock:i*100+20,last_clock:i*100+80}));
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const i2c={kind:'i2c',sha256,total_samples:2000,reads:[{bytes:[{byte:165,last_clock:0},...raw],stop:1900}]};
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verifySignalRows('i2c',data,i2c,sha256);
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assert.throws(()=>verifySignalRows('i2c',data.toReversed(),i2c,sha256),/interval/);
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assert.throws(()=>verifySignalRows('i2c',[{...data[0],byte:118},...data.slice(1)],i2c,sha256),/sample bits/);
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assert.throws(()=>verifySignalRows('i2c',data.map((row,i)=>({...row,start:i,end:1999})),i2c,sha256),/interval/);
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assert.throws(()=>verifySignalRows('i2c',[{...data[0],start:0},...data.slice(1)],i2c,sha256),/interval/);
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assert.throws(()=>verifySignalRows('i2c',[...data.slice(0,-1),{...data.at(-1),end:1900}],i2c,sha256),/interval/);
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verifySignalOracleIdentity('sigrok-uart-max3232e.sr',{kind:'uart',sha256:'f797d60d6b8e12d2a1549b9a5a499ef389f44cb9e870e8610af26b57c3b2be76'});
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assert.throws(()=>verifySignalOracleIdentity('sigrok-uart-max3232e.sr',uart),/pinned signal corpus/);
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assert.throws(()=>verifySignalOracleIdentity('sigrok-i2c-nunchuk.sr',{kind:'uart',sha256:'0fa6adb8297d7f3fe5ba19c94ee655c9b0f952a8b5e48a17aaa499a2f6d10d70'}),/pinned signal corpus/);
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assert.throws(()=>signalDataRows('uart','9007199254740993-9007199254740994 uart-1: 48'),/sample interval/);
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`;
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// Checker semantics only; synthesized rows do not establish provider behavior.
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const result = spawnSync(process.execPath, ["--input-type=module", "-"], {
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input: source,
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encoding: "utf8",
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});
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assert.ifError(result.error);
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assert.equal(result.status, 0, result.stderr);
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});
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