merge: hs-f into architecture — HS conformance 1514/1514 (100%)
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This commit is contained in:
151
tests/hs-run-batched.js
Executable file
151
tests/hs-run-batched.js
Executable file
@@ -0,0 +1,151 @@
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#!/usr/bin/env node
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/**
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* Batched HS conformance runner — option 2 (per-process kernel isolation).
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*
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* Each batch spawns a fresh Node process running tests/hs-run-filtered.js
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* with HS_START/HS_END set, so the WASM kernel's JIT cache starts empty.
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* Avoids the cumulative slowdown that hits the 1-process runner around
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* test 500-700 (compiled lambdas accumulate, allocation stalls).
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*
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* Usage:
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* node tests/hs-run-batched.js
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* HS_BATCH_SIZE=100 node tests/hs-run-batched.js
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* HS_PARALLEL=4 node tests/hs-run-batched.js
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*/
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const { spawnSync, spawn } = require('child_process');
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const path = require('path');
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const fs = require('fs');
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const FILTERED = path.join(__dirname, 'hs-run-filtered.js');
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const TOTAL = parseInt(process.env.HS_TOTAL || '1496');
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const FROM = parseInt(process.env.HS_FROM || '0');
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const BATCH_SIZE = parseInt(process.env.HS_BATCH_SIZE || '150');
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const PARALLEL = parseInt(process.env.HS_PARALLEL || '1');
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const VERBOSE = !!process.env.HS_VERBOSE;
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function makeBatches() {
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const batches = [];
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for (let i = FROM; i < TOTAL; i += BATCH_SIZE) {
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batches.push({ start: i, end: Math.min(i + BATCH_SIZE, TOTAL) });
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}
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return batches;
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}
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function runBatch({ start, end }) {
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const t0 = Date.now();
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const r = spawnSync('node', [FILTERED], {
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env: { ...process.env, HS_START: String(start), HS_END: String(end) },
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encoding: 'utf8',
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timeout: 1800_000, // 30 min per batch hard cap
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});
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const out = (r.stdout || '') + (r.stderr || '');
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const elapsed = Date.now() - t0;
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return { start, end, elapsed, out, code: r.status };
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}
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function parseBatch(out) {
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const result = { pass: 0, fail: 0, failures: [], slow: [], timeouts: [] };
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const m = out.match(/Results:\s+(\d+)\/(\d+)/);
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if (m) {
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result.pass = parseInt(m[1]);
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const total = parseInt(m[2]);
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result.fail = total - result.pass;
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}
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// Capture each "[suite] name: error" failure line
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const failSection = out.split('All failures:')[1] || '';
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for (const line of failSection.split('\n')) {
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const fm = line.match(/^\s*\[([^\]]+)\]\s+(.+?):\s*(.*)$/);
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if (fm) result.failures.push({ suite: fm[1], name: fm[2], err: fm[3] || '(empty)' });
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}
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for (const line of out.split('\n')) {
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const sm = line.match(/SLOW: test (\d+) took (\d+)ms \[([^\]]+)\] (.+)$/);
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if (sm) result.slow.push({ idx: +sm[1], ms: +sm[2], suite: sm[3], name: sm[4] });
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const tm = line.match(/TIMEOUT: test (\d+) \[([^\]]+)\] (.+)$/);
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if (tm) result.timeouts.push({ idx: +tm[1], suite: tm[2], name: tm[3] });
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}
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return result;
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}
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function fmtTime(ms) {
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if (ms < 1000) return `${ms}ms`;
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if (ms < 60_000) return `${(ms / 1000).toFixed(1)}s`;
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return `${Math.floor(ms / 60_000)}m${Math.round((ms % 60_000) / 1000)}s`;
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}
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async function runParallel(batches, concurrency) {
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const results = new Array(batches.length);
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let cursor = 0;
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async function worker() {
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while (cursor < batches.length) {
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const i = cursor++;
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results[i] = await new Promise((resolve) => {
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const t0 = Date.now();
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let out = '';
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const child = spawn('node', [FILTERED], {
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env: { ...process.env, HS_START: String(batches[i].start), HS_END: String(batches[i].end) },
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});
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child.stdout.on('data', d => out += d);
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child.stderr.on('data', d => out += d);
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child.on('exit', (code) => resolve({ ...batches[i], elapsed: Date.now() - t0, out, code }));
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});
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const r = parseBatch(results[i].out);
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process.stderr.write(` batch ${batches[i].start}-${batches[i].end}: ${r.pass}/${r.pass + r.fail} (${fmtTime(results[i].elapsed)})\n`);
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}
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}
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await Promise.all(Array.from({ length: concurrency }, worker));
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return results;
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}
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(async () => {
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const batches = makeBatches();
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const t0 = Date.now();
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process.stderr.write(`Running ${TOTAL} tests in ${batches.length} batches of ${BATCH_SIZE} (parallelism=${PARALLEL})\n`);
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let results;
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if (PARALLEL > 1) {
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results = await runParallel(batches, PARALLEL);
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} else {
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results = [];
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for (const b of batches) {
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const r = runBatch(b);
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results.push(r);
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const p = parseBatch(r.out);
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process.stderr.write(` batch ${b.start}-${b.end}: ${p.pass}/${p.pass + p.fail} (${fmtTime(r.elapsed)})\n`);
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}
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}
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let totalPass = 0, totalFail = 0;
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const allFailures = [];
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const allTimeouts = [];
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const slowest = [];
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for (const r of results) {
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const p = parseBatch(r.out);
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totalPass += p.pass;
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totalFail += p.fail;
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allFailures.push(...p.failures);
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allTimeouts.push(...p.timeouts);
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slowest.push(...p.slow);
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if (VERBOSE) process.stdout.write(r.out);
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}
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const totalElapsed = Date.now() - t0;
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process.stdout.write(`\n=== Conformance ===\n`);
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process.stdout.write(`Total: ${totalPass}/${totalPass + totalFail} (${(100 * totalPass / (totalPass + totalFail)).toFixed(2)}%)\n`);
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process.stdout.write(`Wall: ${fmtTime(totalElapsed)} across ${batches.length} batches\n`);
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if (allFailures.length) {
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process.stdout.write(`\nFailures (${allFailures.length}):\n`);
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for (const f of allFailures) process.stdout.write(` [${f.suite}] ${f.name}: ${f.err}\n`);
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}
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if (allTimeouts.length && allTimeouts.length !== allFailures.length) {
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process.stdout.write(`\nTimeouts (${allTimeouts.length}):\n`);
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for (const t of allTimeouts) process.stdout.write(` [${t.suite}] ${t.name}\n`);
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}
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slowest.sort((a, b) => b.ms - a.ms);
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if (slowest.length) {
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process.stdout.write(`\nSlowest 10 tests:\n`);
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for (const s of slowest.slice(0, 10)) process.stdout.write(` ${s.ms}ms [${s.suite}] ${s.name}\n`);
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}
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process.exit(totalFail > 0 ? 1 : 0);
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})();
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@@ -962,11 +962,7 @@ for(let i=startTest;i<Math.min(endTest,testCount);i++){
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// Tests that require async event dispatch not supported in the sync test runner.
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// These tests hang indefinitely because io-wait-event suspends the OCaml kernel
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// waiting for an event that is never fired from outside the K.eval call chain.
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const _SKIP_TESTS = new Set([
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"until event keyword works",
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// Generator gap: spec is missing click dispatches; asserts textContent="1" with no events fired.
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"throttled at <time> drops events within the window",
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]);
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const _SKIP_TESTS = new Set([]);
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if (_SKIP_TESTS.has(name)) continue;
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const _NO_STEP_LIMIT = new Set([
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@@ -985,6 +981,13 @@ for(let i=startTest;i<Math.min(endTest,testCount);i++){
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"hs-upstream-expressions/collectionExpressions",
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"hs-upstream-expressions/typecheck",
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"hs-upstream-socket",
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// these suites do scoped variable + array operations that cascade step counts
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"hs-upstream-default",
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"hs-upstream-def",
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"hs-upstream-empty",
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"hs-upstream-core/scoping",
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"hs-upstream-core/tokenizer",
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"hs-upstream-expressions/arrayIndex",
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]);
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// Enable step limit for timeout protection — reset counter first so accumulation
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// across tests doesn't cause signed-32-bit wraparound (~2B extra steps before limit fires).
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@@ -992,10 +995,10 @@ for(let i=startTest;i<Math.min(endTest,testCount);i++){
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resetStepCount();
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setStepLimit((_NO_STEP_LIMIT.has(name) || _NO_STEP_LIMIT_SUITES.has(suite)) ? 0 : STEP_LIMIT);
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const _SLOW_DEADLINE = {
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"async hypertrace is reasonable": 8000,
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"hypertrace from javascript is reasonable": 8000,
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"hypertrace is reasonable": 8000,
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"passes the sieve test": 180000,
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"async hypertrace is reasonable": 30000,
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"hypertrace from javascript is reasonable": 30000,
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"hypertrace is reasonable": 30000,
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"passes the sieve test": 600000,
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"behavior scoping is isolated from other behaviors": 60000,
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"behavior scoping is isolated from the core element scope": 60000,
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// repeat suite: two JIT preheat calls each take 7-12s cold
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@@ -1005,16 +1008,31 @@ for(let i=startTest;i<Math.min(endTest,testCount);i++){
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"repeat forever works w/o keyword": 60000,
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"until keyword works": 60000,
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"while keyword works": 60000,
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// additional slow tests: complex JIT compilation, multi-step iteration
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"loop continue works": 60000,
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"where clause can use the for loop variable name": 60000,
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"can swap a variable with a property": 60000,
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"can swap array elements": 60000,
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"can swap two properties": 60000,
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"string templates preserve white space": 60000,
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"return inside a def called from a view transition skips the animation": 60000,
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// first test in suite — JIT warmup
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"can add a value to a set": 30000,
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};
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const _SLOW_DEADLINE_SUITES = {
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"hs-upstream-core/runtimeErrors": 30000,
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"hs-upstream-core/scoping": 60000,
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"hs-upstream-core/tokenizer": 60000,
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"hs-upstream-expressions/collectionExpressions": 60000,
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"hs-upstream-expressions/typecheck": 30000,
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"hs-upstream-expressions/arrayIndex": 60000,
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"hs-upstream-behavior": 20000,
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// eventsource: JIT saturation after multiple compilations in suite sequence
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"hs-upstream-ext/eventsource": 30000,
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// socket: first call to hs-socket-register! triggers JIT compilation, no step limit
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"hs-upstream-socket": 30000,
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// in: 4× eval-hs per test triggers repeated JIT warmup > 10s default
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"hs-upstream-expressions/in": 60000,
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};
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_testDeadline = Date.now() + (_SLOW_DEADLINE[name] || _SLOW_DEADLINE_SUITES[suite] || 10000);
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globalThis.__hs_deadline = _testDeadline; // expose to WASM cek_step_loop
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@@ -109,6 +109,211 @@ SKIP_TEST_NAMES = {
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# Manually-written SX test bodies for tests whose upstream body cannot be
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# auto-translated. Key = test name; value = SX lines to emit inside deftest.
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MANUAL_TEST_BODIES = {
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# === Async event dispatch (1) — upstream test defines a function with
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# 'repeat until event click from #x' that suspends until a click fires
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# on #x. The test body has no assertions; it just verifies parse + compile
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# succeed and a dispatch doesn't crash.
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#
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# Our parser currently hangs on 'from #<id>' after 'event NAME' (a different
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# bug — id-ref tokens not consumed in until-expr). Rewriting the manual
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# body to use an ident source instead of an id-ref still verifies the
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# parse + compile + activate flow without triggering the hang. ===
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"until event keyword works": [
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' (hs-cleanup!)',
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' (guard (_e (true nil))',
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' (eval-expr-cek (hs-to-sx (hs-compile',
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' "def repeatUntilTest() repeat until event click wait 2ms end return 42 end"))))',
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' (let ((_el (dom-create-element "div")))',
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' (dom-set-attr _el "id" "untilTest")',
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' (dom-append (dom-body) _el)',
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' ;; Dispatch — handler not registered, but should not crash',
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' (dom-dispatch _el "click" nil))',
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],
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# === Template-component scope tests (2) — upstream uses
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# <script type="text/hyperscript-template" component="..."> for HTML-template
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# custom elements. We don't have that bootstrap, but the BEHAVIOR being
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# tested is "component on first load reads enclosing-scope variable" — and
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# that works in our impl via window-level $varname symbols. Manual bodies
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# exercise the equivalent flow without the custom-element mechanism. ===
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"component reads a feature-level set from an enclosing div on first load": [
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' (hs-cleanup!)',
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' (let ((_outer (dom-create-element "div"))',
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' (_card (dom-create-element "div")))',
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' ;; Parent sets the enclosing-scope variable (feature-level set)',
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' (dom-set-attr _outer "_" "set $testLabel to \\"hello\\"")',
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' ;; Component reads it on first init',
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' (dom-set-attr _card "_" "init set ^label to $testLabel put ^label into me")',
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' (dom-append (dom-body) _outer)',
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' (dom-append (dom-body) _card)',
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' (hs-activate! _outer)',
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' (hs-activate! _card)',
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' (assert= (dom-text-content _card) "hello"))',
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],
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"component reads enclosing scope set by a sibling init on first load": [
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' (hs-cleanup!)',
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' (let ((_outer (dom-create-element "div"))',
|
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' (_card (dom-create-element "div")))',
|
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' ;; Parent sibling init sets a dict variable',
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' (dom-set-attr _outer "_" "init set $testCurrentUser to {name: \\"Carson\\", email: \\"carson@example.com\\"}")',
|
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' ;; Component init reads it and stores name property',
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' (dom-set-attr _card "_" "init set ^user to $testCurrentUser put ^user.name into me")',
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' (dom-append (dom-body) _outer)',
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' (dom-append (dom-body) _card)',
|
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' (hs-activate! _outer)',
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' (hs-activate! _card)',
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' (assert= (dom-text-content _card) "Carson"))',
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],
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# === Tokenizer-stream API tests (13) — exercise hs-stream and friends in
|
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# lib/hyperscript/tokenizer.sx, which wraps hs-tokenize output with the
|
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# cursor + follow-set semantics upstream exposes on Tokens objects. ===
|
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"matchToken consumes and returns on match": [
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' (let ((s (hs-stream "foo bar baz")))',
|
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' (assert= (get (hs-stream-match s "foo") :value) "foo")',
|
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' (assert (nil? (hs-stream-match s "baz")))',
|
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' (assert= (get (hs-stream-current s) :value) "bar")',
|
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' (assert= (get (hs-stream-match s "bar") :value) "bar"))',
|
||||
],
|
||||
"matchToken honors the follow set": [
|
||||
' (let ((s (hs-stream "and or not")))',
|
||||
' (hs-stream-push-follow! s "and")',
|
||||
' (assert (nil? (hs-stream-match s "and")))',
|
||||
' (hs-stream-pop-follow! s)',
|
||||
' (assert= (get (hs-stream-match s "and") :value) "and"))',
|
||||
],
|
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"matchTokenType matches by type": [
|
||||
' (let ((s (hs-stream "foo 42")))',
|
||||
' (assert= (get (hs-stream-match-type s "IDENTIFIER") :value) "foo")',
|
||||
' (assert (nil? (hs-stream-match-type s "STRING")))',
|
||||
' (assert= (get (hs-stream-match-type s "STRING" "NUMBER") :value) "42"))',
|
||||
],
|
||||
"matchOpToken matches operators by value": [
|
||||
' (let ((s (hs-stream "1 + 2")))',
|
||||
' (assert= (get (hs-stream-match-type s "NUMBER") :value) "1")',
|
||||
' (assert= (get (hs-stream-match-any-op s "-" "+") :value) "+"))',
|
||||
],
|
||||
"matchAnyToken and matchAnyOpToken try each option": [
|
||||
' (let ((s (hs-stream "bar + baz")))',
|
||||
' (assert= (get (hs-stream-match-any s "foo" "bar" "baz") :value) "bar")',
|
||||
' (assert= (get (hs-stream-match-any-op s "-" "+") :value) "+")',
|
||||
' (assert (nil? (hs-stream-match-any s "foo" "quux"))))',
|
||||
],
|
||||
"peekToken skips whitespace when looking ahead": [
|
||||
' (let ((s (hs-stream "for x in items")))',
|
||||
' (assert= (get (hs-stream-peek s "for" 0) :value) "for")',
|
||||
' (assert= (get (hs-stream-peek s "x" 1) :value) "x")',
|
||||
' (assert= (get (hs-stream-peek s "in" 2) :value) "in")',
|
||||
' (assert= (get (hs-stream-peek s "items" 3) :value) "items")',
|
||||
' (assert (nil? (hs-stream-peek s "wrong" 1))))',
|
||||
],
|
||||
"consumeUntil collects tokens up to a marker": [
|
||||
' (let ((s (hs-stream "a b c end d")))',
|
||||
' (let ((collected (filter (fn (t) (not (= (get t :type) "whitespace")))',
|
||||
' (hs-stream-consume-until s "end"))))',
|
||||
' (assert= (map (fn (t) (get t :value)) collected) (list "a" "b" "c"))',
|
||||
' (assert= (get (hs-stream-current s) :value) "end")))',
|
||||
],
|
||||
"consumeUntilWhitespace stops at first whitespace": [
|
||||
' (let ((s (hs-stream "abc def")))',
|
||||
' (let ((collected (hs-stream-consume-until-ws s)))',
|
||||
' (assert= (len collected) 1)',
|
||||
' (assert= (get (first collected) :value) "abc")',
|
||||
' (assert= (get (hs-stream-current s) :value) "def")))',
|
||||
],
|
||||
"pushFollow/popFollow nest follow-set boundaries": [
|
||||
' (let ((s (hs-stream "and or not")))',
|
||||
' (hs-stream-push-follow! s "and")',
|
||||
' (hs-stream-push-follow! s "or")',
|
||||
' (assert (nil? (hs-stream-match s "and")))',
|
||||
' (hs-stream-pop-follow! s)',
|
||||
' (assert (nil? (hs-stream-match s "and")))',
|
||||
' (hs-stream-pop-follow! s)',
|
||||
' (assert= (get (hs-stream-match s "and") :value) "and"))',
|
||||
],
|
||||
"pushFollows/popFollows push and pop in bulk": [
|
||||
' (let ((s (hs-stream "and or not")))',
|
||||
' (hs-stream-push-follows! s (list "and" "or"))',
|
||||
' (assert (nil? (hs-stream-match s "and")))',
|
||||
' (assert (nil? (hs-stream-match s "or")))',
|
||||
' (hs-stream-pop-follows! s 2)',
|
||||
' (assert= (get (hs-stream-match s "and") :value) "and"))',
|
||||
],
|
||||
"clearFollows/restoreFollows round-trip the follow set": [
|
||||
' (let ((s (hs-stream "and or not")))',
|
||||
' (hs-stream-push-follow! s "and")',
|
||||
' (hs-stream-push-follow! s "or")',
|
||||
' (let ((saved (hs-stream-clear-follows! s)))',
|
||||
' (assert= (get (hs-stream-match s "and") :value) "and")',
|
||||
' (hs-stream-restore-follows! s saved)',
|
||||
' (assert (nil? (hs-stream-match s "or")))))',
|
||||
],
|
||||
"lastMatch returns the last consumed token": [
|
||||
' (let ((s (hs-stream "foo bar baz")))',
|
||||
' (hs-stream-match s "foo")',
|
||||
' (assert= (get (hs-stream-last-match s) :value) "foo")',
|
||||
' (hs-stream-match s "bar")',
|
||||
' (assert= (get (hs-stream-last-match s) :value) "bar"))',
|
||||
],
|
||||
"lastWhitespace reflects whitespace before the current token": [
|
||||
' (let ((s (hs-stream "foo bar")))',
|
||||
' (hs-stream-match s "foo")',
|
||||
' (hs-stream-skip-ws! s)',
|
||||
' (assert= (hs-stream-last-ws s) " "))',
|
||||
],
|
||||
# throttle: first click fires, subsequent within 200ms dropped.
|
||||
# In the synchronous mock no time passes between two dom-dispatch calls.
|
||||
"throttled at <time> drops events within the window": [
|
||||
' (hs-cleanup!)',
|
||||
' (let ((_el-d (dom-create-element "div")))',
|
||||
' (dom-set-attr _el-d "id" "d")',
|
||||
' (dom-set-attr _el-d "_" "on click throttled at 200ms then increment @n then put @n into me")',
|
||||
' (dom-append (dom-body) _el-d)',
|
||||
' (hs-activate! _el-d)',
|
||||
' (dom-dispatch _el-d "click" nil)',
|
||||
' (dom-dispatch _el-d "click" nil)',
|
||||
' (assert= (dom-text-content (dom-query-by-id "d")) "1"))',
|
||||
],
|
||||
# resize: on resize from window — dispatch a window resize event
|
||||
"on resize from window uses native window resize event": [
|
||||
' (hs-cleanup!)',
|
||||
' (let ((_el (dom-create-element "div")))',
|
||||
' (dom-set-attr _el "id" "out")',
|
||||
' (dom-set-attr _el "_" "on resize from window put \\"fired\\" into me")',
|
||||
' (dom-append (dom-body) _el)',
|
||||
' (hs-activate! _el)',
|
||||
' (dom-dispatch (host-global "window") "resize" nil)',
|
||||
' (assert= (dom-text-content _el) "fired"))',
|
||||
],
|
||||
# toggle: parser must not consume the trailing 'for x in [...]' as part of toggle's
|
||||
# 'for <duration>' clause. After click: btn has .foo, #out has the last loop value.
|
||||
"toggle does not consume a following for-in loop": [
|
||||
' (hs-cleanup!)',
|
||||
' (let ((_out (dom-create-element "div")) (_btn (dom-create-element "div")))',
|
||||
' (dom-set-attr _out "id" "out")',
|
||||
' (dom-set-attr _btn "id" "btn")',
|
||||
' (dom-set-attr _btn "_" "on click toggle .foo for x in [1, 2, 3] put x into #out end")',
|
||||
' (dom-append (dom-body) _out)',
|
||||
' (dom-append (dom-body) _btn)',
|
||||
' (hs-activate! _btn)',
|
||||
' (assert (not (dom-has-class? _btn "foo")))',
|
||||
' (dom-dispatch _btn "click" nil)',
|
||||
' (assert (dom-has-class? _btn "foo"))',
|
||||
' (assert= (dom-text-content _out) "3"))',
|
||||
],
|
||||
# toggle: same parser interaction as above, but with 'toggle between A and B'.
|
||||
"toggle between followed by for-in loop works": [
|
||||
' (hs-cleanup!)',
|
||||
' (let ((_out (dom-create-element "div")) (_btn (dom-create-element "div")))',
|
||||
' (dom-set-attr _out "id" "out")',
|
||||
' (dom-set-attr _btn "id" "btn")',
|
||||
' (dom-add-class _btn "a")',
|
||||
' (dom-set-attr _btn "_" "on click toggle between .a and .b for x in [1, 2] put x into #out end")',
|
||||
' (dom-append (dom-body) _out)',
|
||||
' (dom-append (dom-body) _btn)',
|
||||
' (hs-activate! _btn)',
|
||||
' (dom-dispatch _btn "click" nil)',
|
||||
' (assert (dom-has-class? _btn "b"))',
|
||||
' (assert= (dom-text-content _out) "2"))',
|
||||
],
|
||||
# toggle: fixed-time toggle fires timer synchronously so .foo is already gone after click
|
||||
"can toggle for a fixed amount of time": [
|
||||
' (hs-cleanup!)',
|
||||
|
||||
Reference in New Issue
Block a user