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Three-part fix for hs-upstream-core/asyncError test 2/2:
1. runtime.sx hs-win-call: when an async call returns a rejected promise,
store the error value in window.__hs_async_error (side-channel) and
raise the sentinel "__hs_async_error__" so the value survives the
raise boundary intact.
2. compiler.sx catch clause: inject `(let ((var (host-hs-normalize-exc var))) ...)`
around the catch body so the sentinel gets swapped for the real error
object before user code runs. Uses let (not set!) so shadowing works
correctly for guard catch variables.
3. tests/hs-run-filtered.js:
- host-promise-state wraps JS Error objects as plain {message:...} dicts
before they cross the WASM boundary (Error.toString() was producing
"Error: boom" strings instead of accessible objects)
- host-hs-normalize-exc native retrieves the side-channel value when
the sentinel arrives in a catch variable
- host-get coercion restricted to El instances — plain JS objects with
a "value" key were being stringified to "[object Object]"
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
932 lines
51 KiB
JavaScript
Executable File
932 lines
51 KiB
JavaScript
Executable File
#!/usr/bin/env node
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/**
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* Run HS behavioral tests — single process, synchronous, with step-limit timeout.
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* Uses the OCaml VM's built-in step_limit to break infinite loops.
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*/
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const fs = require('fs');
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const path = require('path');
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const PROJECT = path.resolve(__dirname, '..');
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const WASM_DIR = path.join(PROJECT, 'shared/static/wasm');
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const SX_DIR = path.join(WASM_DIR, 'sx');
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// Load WASM kernel
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eval(fs.readFileSync(path.join(WASM_DIR, 'sx_browser.bc.js'), 'utf8'));
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const K = globalThis.SxKernel;
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// Step limit API — exposed from OCaml kernel
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const STEP_LIMIT = parseInt(process.env.HS_STEP_LIMIT || '200000');
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function setStepLimit(n) { K.setStepLimit(n); }
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function resetStepCount() { K.resetStepCount(); }
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// ─── DOM mock ──────────────────────────────────────────────────
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// Resize observer support (cluster 26): `on resize` routes through the
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// `resize` DOM event. The mock style proxy dispatches that event
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// whenever width/height changes programmatically, with
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// `detail = {width, height}` parsed from the current inline style.
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// A registry is kept for an optional ResizeObserver-style API, but the
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// runtime path uses plain addEventListener("resize").
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globalThis.__hsResizeRegistry = globalThis.__hsResizeRegistry || new Map();
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function _parsePx(v) {
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if (v == null) return 0;
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const s = String(v).trim();
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const m = s.match(/^(-?[\d.]+)/);
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return m ? parseFloat(m[1]) : 0;
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}
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globalThis.__hsFireResize = function(el) {
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if (!el || !el._isEl) return;
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const w = _parsePx(el.style && el.style.width);
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const h = _parsePx(el.style && el.style.height);
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const ev = new Ev('resize', { bubbles: false, detail: { width: w, height: h } });
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try { el.dispatchEvent(ev); } catch (e) {}
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// Also notify any ResizeObserver instances (future-proofing).
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const cbs = globalThis.__hsResizeRegistry.get(el);
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if (cbs) for (const cb of cbs) { try { cb([{ target: el, contentRect: { width: w, height: h } }]); } catch (e) {} }
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};
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// Default CSS values for unset inline styles (matches browser UA defaults
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// for block-level elements — our tests mostly exercise divs).
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function mkStyle(tag, ownerEl) {
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const inline = ['SPAN','A','B','I','EM','STRONG','CODE','LABEL','SMALL','SUB','SUP','U','MARK'];
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const display = (tag && inline.includes(tag.toUpperCase())) ? 'inline' : 'block';
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const s = { display, visibility: 'visible', opacity: '1' };
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s.setProperty = function(p, v) {
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const prev = s[p];
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s[p] = v;
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if ((p === 'width' || p === 'height') && ownerEl && String(prev) !== String(v)) {
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if (globalThis.__hsFireResize) globalThis.__hsFireResize(ownerEl);
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}
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};
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s.getPropertyValue = function(p) { return s[p] || ''; };
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s.removeProperty = function(p) { delete s[p]; };
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if (typeof Proxy !== 'undefined') {
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return new Proxy(s, {
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set(t, k, v) {
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const prev = t[k];
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t[k] = v;
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if ((k === 'width' || k === 'height') && ownerEl && String(prev) !== String(v)) {
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if (globalThis.__hsFireResize) globalThis.__hsFireResize(ownerEl);
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}
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return true;
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}
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});
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}
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return s;
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}
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class El {
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constructor(t) { this.tagName=t.toUpperCase(); this.nodeName=this.tagName; this.nodeType=1; this._isEl=true; this.id=''; this.className=''; this.classList=new CL(this); this.style=mkStyle(this.tagName, this); this.attributes={}; this.children=[]; this.childNodes=[]; this.childNodes.item=function(i){return this[i]||null;}; this.parentElement=null; this.parentNode=null; this.textContent=''; this.innerHTML=''; this._listeners={}; const _el=this; const _datasetBacking={}; this.dataset=new Proxy(_datasetBacking,{set(o,k,v){o[k]=v;if(typeof k==='string'){const attr='data-'+k.replace(/[A-Z]/g,c=>'-'+c.toLowerCase());_el.attributes[attr]=String(v);}return true;},deleteProperty(o,k){delete o[k];if(typeof k==='string'){const attr='data-'+k.replace(/[A-Z]/g,c=>'-'+c.toLowerCase());delete _el.attributes[attr];}return true;}}); this.open=false; this.value=''; this.defaultValue=''; this.checked=false; this.defaultChecked=false; this.disabled=false; this.type=''; this.name=''; this.selectedIndex=-1; this.defaultSelected=false; this.selected=false; this.options=[]; }
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setAttribute(n,v) { this.attributes[n]=String(v); if(n==='id')this.id=v; if(n==='class'){this.className=v;this.classList._sync(v);} if(n==='value'){this.value=v;this.defaultValue=v;} if(n==='name')this.name=v; if(n==='type')this.type=v; if(n==='checked'){this.checked=true;this.defaultChecked=true;} if(n==='selected'){this.selected=true;this.defaultSelected=true;} if(n==='multiple')this.multiple=true; if(n==='disabled')this.disabled=true; if(typeof n==='string'&&n.startsWith('data-')){const key=n.slice(5).replace(/-([a-z])/g,(_,c)=>c.toUpperCase());this.dataset[key]=String(v);} if(n==='style'){const s=String(v);for(const d of s.split(';')){const c=d.indexOf(':');if(c>0){const k=d.slice(0,c).trim();const val=d.slice(c+1).trim();if(k)this.style.setProperty(k,val);}} } }
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getAttribute(n) { return this.attributes[n]!==undefined?this.attributes[n]:null; }
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removeAttribute(n) { delete this.attributes[n]; if(n==='disabled')this.disabled=false; }
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hasAttribute(n) { return n in this.attributes; }
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addEventListener(e,f) { if(!this._listeners[e])this._listeners[e]=[]; this._listeners[e].push(f); }
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removeEventListener(e,f) { if(this._listeners[e])this._listeners[e]=this._listeners[e].filter(x=>x!==f); }
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dispatchEvent(ev) { ev.target=ev.target||this; ev.currentTarget=this; const fns=[...(this._listeners[ev.type]||[])]; for(const f of fns){if(ev._si)break;try{f.call(this,ev);}catch(e){}} if(ev.bubbles&&!ev._sp){if(this.parentElement){this.parentElement.dispatchEvent(ev);}else if(globalThis._windowListeners){globalThis.dispatchEvent(ev);}} return !ev.defaultPrevented; }
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appendChild(c) { if(c.parentElement)c.parentElement.removeChild(c); c.parentElement=this; c.parentNode=this; this.children.push(c); this.childNodes.push(c); if(this.tagName==='SELECT'&&c.tagName==='OPTION'){this.options.push(c);if(c.selected&&this.selectedIndex<0)this.selectedIndex=this.options.length-1;} this._syncText(); return c; }
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removeChild(c) { this.children=this.children.filter(x=>x!==c); this.childNodes=this.childNodes.filter(x=>x!==c); c.parentElement=null; c.parentNode=null; this._syncText(); return c; }
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insertBefore(n,r) { if(n.parentElement)n.parentElement.removeChild(n); const i=this.children.indexOf(r); if(i>=0){this.children.splice(i,0,n);this.childNodes.splice(i,0,n);}else{this.children.push(n);this.childNodes.push(n);} n.parentElement=this;n.parentNode=this; this._syncText(); return n; }
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replaceChild(n,o) { const i=this.children.indexOf(o); if(i>=0){this.children[i]=n;this.childNodes[i]=n;} n.parentElement=this;n.parentNode=this; o.parentElement=null;o.parentNode=null; this._syncText(); return o; }
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querySelector(s) { return fnd(this,s); }
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querySelectorAll(s) { return fndAll(this,s); }
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closest(s) { let e=this; while(e){if(mt(e,s))return e; e=e.parentElement;} return null; }
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matches(s) { return mt(this,s); }
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contains(o) { if(o===this)return true; for(const c of this.children)if(c===o||c.contains(o))return true; return false; }
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cloneNode(d) { const e=new El(this.tagName.toLowerCase()); Object.assign(e.attributes,this.attributes); e.id=this.id; e.className=this.className; e.classList._sync(this.className); for(const k of Object.keys(this.style)){if(typeof this.style[k]!=='function')e.style[k]=this.style[k];} e.textContent=this.textContent; e.innerHTML=this.innerHTML; e.value=this.value; if(d)for(const c of this.children)e.appendChild(c.cloneNode(true)); return e; }
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focus(){} blur(){} click(){this.dispatchEvent(new Ev('click',{bubbles:true}));} remove(){if(this.parentElement)this.parentElement.removeChild(this);}
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get nextSibling(){const p=this.parentElement;if(!p)return null;const i=p.children.indexOf(this);return i>=0&&i<p.children.length-1?p.children[i+1]:null;}
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get nextElementSibling(){return this.nextSibling;}
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get previousSibling(){const p=this.parentElement;if(!p)return null;const i=p.children.indexOf(this);return i>0?p.children[i-1]:null;}
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get previousElementSibling(){return this.previousSibling;}
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reset(){
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// Form reset: walk descendants, restore defaultValue / defaultChecked /
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// defaultSelected.
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const walk = (el) => {
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for (const c of (el.children || [])) {
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const tag = c.tagName;
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if (tag === 'INPUT' || tag === 'TEXTAREA') {
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if (c.type === 'checkbox' || c.type === 'radio') c.checked = !!c.defaultChecked;
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else c.value = c.defaultValue || '';
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} else if (tag === 'OPTION') {
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c.selected = !!c.defaultSelected;
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} else if (tag === 'SELECT') {
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for (const o of (c.options || [])) o.selected = !!o.defaultSelected;
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const first = (c.options || []).findIndex(o => o.selected);
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c.selectedIndex = first >= 0 ? first : 0;
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c.value = first >= 0 && c.options[first] ? (c.options[first].value || '') : '';
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}
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walk(c);
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}
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};
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walk(this);
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}
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_syncText() {
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// Sync textContent from children
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const t = this.children.map(c => c.textContent || '').join('');
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if (t) this.textContent = t;
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}
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_setInnerHTML(html) {
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// Clear children
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for (const c of this.children) { c.parentElement = null; c.parentNode = null; }
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this.children = []; this.childNodes = [];
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this.innerHTML = html;
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// Parse simple HTML and add children
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if (html) {
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const parsed = parseHTMLFragments(html);
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for (const c of parsed) this.appendChild(c);
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this.textContent = this.children.map(c => c.textContent || '').join('') || html.replace(/<[^>]*>/g, '');
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} else {
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this.textContent = '';
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}
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// Textarea: its value is its textContent. Capture defaultValue on first
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// set so later reset() can restore.
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if (this.tagName === 'TEXTAREA') {
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this.value = this.textContent;
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if (!('_origDefault' in this)) { this.defaultValue = this.textContent; this._origDefault = true; }
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}
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}
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get outerHTML() {
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const tag = this.tagName.toLowerCase();
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// Merge .id / .className (set directly) into attribute output.
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const attrOrder = [];
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const attrMap = {};
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if (this.id) { attrMap['id'] = this.id; attrOrder.push('id'); }
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if (this.className) { attrMap['class'] = this.className; attrOrder.push('class'); }
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for (const k of Object.keys(this.attributes)) {
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if (!(k in attrMap)) { attrMap[k] = this.attributes[k]; attrOrder.push(k); }
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else attrMap[k] = this.attributes[k]; // prefer explicit attr value when set
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}
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const attrs = attrOrder.map(k => ` ${k}="${String(attrMap[k]).replace(/"/g, '"')}"`).join('');
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if (VOID_TAGS.has(tag)) return `<${tag}${attrs}>`;
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let inner = '';
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if (this.children && this.children.length) {
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inner = this.children.map(c => c.outerHTML || c.textContent || '').join('');
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} else if (this.innerHTML) {
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inner = this.innerHTML;
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} else if (this.innerText !== undefined && this.innerText !== '') {
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inner = this.innerText;
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} else if (this.textContent) {
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inner = this.textContent;
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}
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return `<${tag}${attrs}>${inner}</${tag}>`;
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}
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get firstElementChild() { return this.children[0]||null; }
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get lastElementChild() { return this.children[this.children.length-1]||null; }
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get nextElementSibling() { if(!this.parentElement)return null; const i=this.parentElement.children.indexOf(this); return this.parentElement.children[i+1]||null; }
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get previousElementSibling() { if(!this.parentElement)return null; const i=this.parentElement.children.indexOf(this); return i>0?this.parentElement.children[i-1]:null; }
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showModal(){this.open=true;this.setAttribute('open','');} show(){this.open=true;} close(){this.open=false;this.removeAttribute('open');}
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getAnimations(){return [];} getBoundingClientRect(){return{top:0,left:0,width:100,height:100,right:100,bottom:100};} scrollIntoView(){}
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get ownerDocument() { return document; }
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get offsetParent() { return this.parentElement; }
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get offsetTop() { return 0; } get offsetLeft() { return 0; }
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get scrollTop() { return 0; } set scrollTop(v) {} get scrollLeft() { return 0; } set scrollLeft(v) {}
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get scrollHeight() { return 100; } get scrollWidth() { return 100; }
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get clientHeight() { return 100; } get clientWidth() { return 100; }
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insertAdjacentHTML(pos, html) {
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// Parse the HTML into real El instances so they can be queried, clicked,
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// and HS-activated. Text-only content becomes a textContent append.
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if (typeof html !== 'string') html = String(html);
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const parsed = parseHTMLFragments(html);
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const p = (pos || '').toLowerCase();
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if (parsed.length === 0) {
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if (p === 'beforeend' || p === 'afterbegin') this.textContent = (this.textContent || '') + html;
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return;
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}
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if (p === 'beforeend') {
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for (const c of parsed) this.appendChild(c);
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this.innerHTML = (this.innerHTML || '') + html;
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} else if (p === 'afterbegin') {
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const first = this.children[0] || null;
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for (const c of parsed) { if (first) this.insertBefore(c, first); else this.appendChild(c); }
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this.innerHTML = html + (this.innerHTML || '');
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} else if (p === 'beforebegin' && this.parentElement) {
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for (const c of parsed) this.parentElement.insertBefore(c, this);
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} else if (p === 'afterend' && this.parentElement) {
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const parent = this.parentElement;
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const idx = parent.children.indexOf(this);
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const nextSibling = parent.children[idx + 1] || null;
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for (const c of parsed) {
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if (nextSibling) parent.insertBefore(c, nextSibling);
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else parent.appendChild(c);
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}
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}
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}
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}
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class CL { constructor(e){this._el=e;this._set=new Set();} _sync(str){this._set=new Set((str||'').split(/\s+/).filter(Boolean));} add(...c){for(const x of c)this._set.add(x);this._el.className=[...this._set].join(' ');this._el.attributes['class']=this._el.className;} remove(...c){for(const x of c)this._set.delete(x);this._el.className=[...this._set].join(' ');this._el.attributes['class']=this._el.className;} toggle(c,f){if(f!==undefined){if(f)this.add(c);else this.remove(c);return f;} if(this._set.has(c)){this.remove(c);return false;}else{this.add(c);return true;}} contains(c){return this._set.has(c);} get length(){return this._set.size;} [Symbol.iterator](){return this._set[Symbol.iterator]();} }
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class Ev { constructor(t,o={}){this.type=t;this.bubbles=o.bubbles||false;this.cancelable=o.cancelable!==false;this.defaultPrevented=false;this._sp=false;this._si=false;this.target=null;this.currentTarget=null;this.detail=o.detail||null;} preventDefault(){this.defaultPrevented=true;} stopPropagation(){this._sp=true;} stopImmediatePropagation(){this._sp=true;this._si=true;} }
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const VOID_TAGS = new Set(['input','br','hr','img','meta','link','area','base','col','embed','source','track','wbr']);
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function parseHTMLFragments(html) {
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const results = [];
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// Match self-closing `<tag .../>`, paired `<tag>...</tag>`, or void
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// elements with no close tag (input, br, hr, etc.).
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const re = /<(\w+)([^>]*?)(?:\/>|>([\s\S]*?)<\/\1>|>)/g;
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let m;
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let lastIndex = 0;
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while ((m = re.exec(html)) !== null) {
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// Text before this tag
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if (m.index > lastIndex) {
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const text = html.slice(lastIndex, m.index).trim();
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if (text) {
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const tn = {nodeType:3, textContent:text, data:text};
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// Can't push text nodes directly to El children; wrap if needed
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}
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}
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const tag = m[1]; const attrs = m[2]; let inner = m[3] || '';
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// If the regex matched a void-style `<tag ...>` with no close tag,
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// ensure we don't treat subsequent markup as inner content.
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if (inner === '' && !m[0].endsWith('/>') && !VOID_TAGS.has(tag.toLowerCase()) && m[0].endsWith('>')) {
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// Generic `<tag ...>` with no close tag — still leave inner empty;
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// this keeps behaviour lenient without running past the next tag.
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}
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const el = new El(tag);
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const attrRe = /([\w-]+)(?:=(?:"([^"]*)"|'([^']*)'|([^\s>"'\/>][^\s>]*)))?/g; let am;
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while ((am = attrRe.exec(attrs))) {
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const nm = am[1]; const val = am[2] !== undefined ? am[2] : am[3] !== undefined ? am[3] : am[4];
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if (val !== undefined) el.setAttribute(nm, val);
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else el.setAttribute(nm, '');
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}
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// Also handle boolean attrs like disabled
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const boolRe = /\s(\w+)(?=\s|\/|>|$)/g;
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if (inner) {
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// Recursively parse inner HTML
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const innerEls = parseHTMLFragments(inner);
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if (innerEls.length > 0) {
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for (const c of innerEls) el.appendChild(c);
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el.textContent = innerEls.map(c => c.textContent || '').join('');
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} else {
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el.textContent = inner;
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}
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el.innerHTML = inner;
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// Textarea: its "value" comes from inner text, not an attr.
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if (el.tagName === 'TEXTAREA') {
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el.value = inner;
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el.defaultValue = inner;
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}
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// Option: textContent is the label; if no value attr, it defaults to
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// the label. Track defaultSelected separately from runtime selected.
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if (el.tagName === 'OPTION' && !el.attributes.value) {
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el.value = inner.trim();
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}
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}
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results.push(el);
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lastIndex = re.lastIndex;
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}
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// If no tags found, treat as text — create a span with textContent
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if (results.length === 0 && html.trim()) {
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const el = new El('span');
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el.textContent = html.replace(/<[^>]*>/g, '');
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el.innerHTML = html;
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results.push(el);
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}
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return results;
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}
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function mt(e,s) {
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if(!e||!e.tagName)return false;
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s = s.trim();
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// Comma-separated selector list — any clause matches
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if (s.includes(',')) {
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return s.split(',').some(part => mt(e, part.trim()));
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}
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// Strip pseudo-classes we handle at the fnd() level (nth-of-type, first/last-of-type)
|
|
const pseudo = s.match(/^(.*?):(nth-of-type|first-of-type|last-of-type)(?:\((\d+)\))?$/);
|
|
const base = pseudo ? pseudo[1] : s;
|
|
if(base.startsWith('#'))return e.id===base.slice(1);
|
|
if(base.startsWith('.'))return e.classList.contains(base.slice(1));
|
|
if(base.startsWith('[')) {
|
|
const m = base.match(/^\[([^\]=]+)(?:="([^"]*)")?\]$/);
|
|
if(m) return m[2] !== undefined ? e.getAttribute(m[1]) === m[2] : e.hasAttribute(m[1]);
|
|
}
|
|
// Compound tag[attr=val] e.g. input[type=checkbox] or input[type="checkbox"]
|
|
if(base.includes('[')) {
|
|
const cm = base.match(/^([\w-]+)(\[.+\])$/);
|
|
if(cm) {
|
|
if(e.tagName.toLowerCase() !== cm[1]) return false;
|
|
const attrParts = cm[2].match(/^\[([^\]=]+)(?:=["']?([^"'\]]+)["']?)?\]$/);
|
|
if(attrParts) return attrParts[2] !== undefined ? e.getAttribute(attrParts[1]) === attrParts[2] : e.hasAttribute(attrParts[1]);
|
|
}
|
|
}
|
|
if(base.includes('.')) { const [tag, cls] = base.split('.'); return e.tagName.toLowerCase() === tag && e.classList.contains(cls); }
|
|
if(base.includes('#')) { const [tag, id] = base.split('#'); return e.tagName.toLowerCase() === tag && e.id === id; }
|
|
return e.tagName.toLowerCase() === base.toLowerCase();
|
|
}
|
|
function fnd(e,s) {
|
|
const pseudo = s && typeof s==='string' ? s.match(/^(.*?):(nth-of-type|first-of-type|last-of-type)(?:\((\d+)\))?$/) : null;
|
|
if (pseudo) {
|
|
const all = fndAll(e, pseudo[1]);
|
|
if (pseudo[2] === 'first-of-type') return all[0] || null;
|
|
if (pseudo[2] === 'last-of-type') return all[all.length - 1] || null;
|
|
const idx = parseInt(pseudo[3] || '1') - 1;
|
|
return all[idx] || null;
|
|
}
|
|
for(const c of(e.children||[])){if(mt(c,s))return c;const f=fnd(c,s);if(f)return f;} return null;
|
|
}
|
|
function fndAll(e,s) { const r=[];for(const c of(e.children||[])){if(mt(c,s))r.push(c);r.push(...fndAll(c,s));}r.item=function(i){return r[i]||null;};return r; }
|
|
|
|
const _body = new El('body');
|
|
const _html = new El('html');
|
|
_html.appendChild(_body);
|
|
const document = {
|
|
body: _body, documentElement: _html,
|
|
createElement(t){return new El(t);}, createElementNS(n,t){return new El(t);},
|
|
createDocumentFragment(){const f=new El('fragment');f.nodeType=11;return f;},
|
|
createTextNode(t){return{nodeType:3,textContent:t,data:t};},
|
|
getElementById(i){return fnd(_body,'#'+i);},
|
|
querySelector(s){if(s==='html')return _html;if(s==='body')return _body;return fnd(_body,s)||(mt(_html,s)?_html:null);}, querySelectorAll(s){const r=fndAll(_body,s);if(s==='html'||mt(_html,s))r.unshift(_html);return r;},
|
|
createEvent(t){return new Ev(t);}, addEventListener(){}, removeEventListener(){},
|
|
};
|
|
globalThis.document=document; globalThis.window=globalThis; globalThis.HTMLElement=El; globalThis.Element=El;
|
|
// window event-target shim (for hyperscript:beforeFetch and similar bubbled events)
|
|
globalThis._windowListeners={};
|
|
globalThis.addEventListener=function(e,f){if(!globalThis._windowListeners[e])globalThis._windowListeners[e]=[];globalThis._windowListeners[e].push(f);};
|
|
globalThis.removeEventListener=function(e,f){if(globalThis._windowListeners[e])globalThis._windowListeners[e]=globalThis._windowListeners[e].filter(x=>x!==f);};
|
|
globalThis.dispatchEvent=function(ev){const fns=[...(globalThis._windowListeners[ev.type]||[])];for(const f of fns){if(ev&&ev._si)break;try{f.call(globalThis,ev);}catch(e){}}return ev?!ev.defaultPrevented:true;};
|
|
// cluster-33: cookie store + document.cookie + cookies Proxy.
|
|
globalThis.__hsCookieStore = new Map();
|
|
Object.defineProperty(document, 'cookie', {
|
|
get(){ const out=[]; for(const[k,v] of globalThis.__hsCookieStore) out.push(k+'='+v); return out.join('; '); },
|
|
set(s){
|
|
const str=String(s||'');
|
|
const m=str.match(/^\s*([^=]+?)\s*=\s*([^;]*)/);
|
|
if(!m) return;
|
|
const name=m[1].trim();
|
|
const val=m[2];
|
|
if(/expires=Thu,?\s*01\s*Jan\s*1970/i.test(str) || val==='') globalThis.__hsCookieStore.delete(name);
|
|
else globalThis.__hsCookieStore.set(name, val);
|
|
},
|
|
configurable: true,
|
|
});
|
|
globalThis.cookies = new Proxy({}, {
|
|
get(_, k){
|
|
if(k==='length') return globalThis.__hsCookieStore.size;
|
|
if(k==='clear') return (name)=>globalThis.__hsCookieStore.delete(String(name));
|
|
if(k===Symbol.iterator) { return function() { const entries = []; for (const [name, value] of globalThis.__hsCookieStore) entries.push({_type:'dict', name, value}); return entries[Symbol.iterator](); }; }
|
|
if(typeof k==='symbol' || k==='_order') return undefined;
|
|
return globalThis.__hsCookieStore.has(k) ? globalThis.__hsCookieStore.get(k) : null;
|
|
},
|
|
set(_, k, v){ globalThis.__hsCookieStore.set(String(k), String(v)); return true; },
|
|
has(_, k){ return globalThis.__hsCookieStore.has(k); },
|
|
ownKeys(){ return Array.from(globalThis.__hsCookieStore.keys()); },
|
|
getOwnPropertyDescriptor(_, k){
|
|
if(globalThis.__hsCookieStore.has(k)) return {value: globalThis.__hsCookieStore.get(k), enumerable: true, configurable: true};
|
|
return undefined;
|
|
},
|
|
[Symbol.iterator]() {
|
|
const entries = [];
|
|
for (const [name, value] of globalThis.__hsCookieStore) entries.push({_type:'dict', name, value});
|
|
return entries[Symbol.iterator]();
|
|
},
|
|
});
|
|
// cluster-28: test-name-keyed confirm/prompt/alert mocks. The upstream
|
|
// ask/answer tests each expect a deterministic return value. Keyed on
|
|
// globalThis.__currentHsTestName which the test loop sets before each test.
|
|
globalThis.alert = function(){};
|
|
globalThis.confirm = function(_msg){
|
|
const n = globalThis.__currentHsTestName || '';
|
|
if (n === 'confirm returns first choice on OK') return true;
|
|
if (n === 'confirm returns second choice on cancel') return false;
|
|
return true;
|
|
};
|
|
globalThis.prompt = function(_msg){
|
|
const n = globalThis.__currentHsTestName || '';
|
|
if (n === 'prompts and puts result in it') return 'Alice';
|
|
if (n === 'returns null on cancel') return null;
|
|
return '';
|
|
};
|
|
globalThis.Event=Ev; globalThis.CustomEvent=Ev; globalThis.NodeList=Array; globalThis.HTMLCollection=Array;
|
|
globalThis.getComputedStyle=(e)=>e?e.style:{}; globalThis.requestAnimationFrame=(f)=>{f();return 0;};
|
|
globalThis.cancelAnimationFrame=()=>{};
|
|
// cluster-36b: globalFunction mock for "can call functions" test.
|
|
// The test calls globalFunction("foo") via hyperscript and checks window.calledWith.
|
|
globalThis.globalFunction = function(x) { globalThis.calledWith = x; };
|
|
// cluster-asyncError: function that returns a rejected promise.
|
|
globalThis.failAsync = function() { return Promise.reject(new Error("boom")); };
|
|
// HsMutationObserver — cluster-32 mutation mock. Maintains a global
|
|
// registry; setAttribute/appendChild/removeChild/_setInnerHTML hooks below
|
|
// fire matching observers synchronously. A re-entry guard
|
|
// (__hsMutationActive) prevents infinite loops when handler bodies mutate.
|
|
globalThis.__hsMutationRegistry = [];
|
|
globalThis.__hsMutationActive = false;
|
|
function _hsMutAncestorOrEqual(ancestor, target) {
|
|
let cur = target;
|
|
while (cur) { if (cur === ancestor) return true; cur = cur.parentElement; }
|
|
return false;
|
|
}
|
|
function _hsMutMatches(reg, rec) {
|
|
const o = reg.opts;
|
|
if (!_hsMutAncestorOrEqual(reg.target, rec.target)) return false;
|
|
if (rec.type === 'attributes') {
|
|
if (!o.attributes) return false;
|
|
if (o.attributeFilter && o.attributeFilter.length > 0) {
|
|
if (!o.attributeFilter.includes(rec.attributeName)) return false;
|
|
}
|
|
return true;
|
|
}
|
|
if (rec.type === 'childList') return !!o.childList;
|
|
if (rec.type === 'characterData') return !!o.characterData;
|
|
return false;
|
|
}
|
|
function _hsFireMutations(records) {
|
|
if (globalThis.__hsMutationActive) return;
|
|
if (!records || records.length === 0) return;
|
|
const byObs = new Map();
|
|
for (const r of records) {
|
|
for (const reg of globalThis.__hsMutationRegistry) {
|
|
if (!_hsMutMatches(reg, r)) continue;
|
|
if (!byObs.has(reg.observer)) byObs.set(reg.observer, []);
|
|
byObs.get(reg.observer).push(r);
|
|
}
|
|
}
|
|
if (byObs.size === 0) return;
|
|
globalThis.__hsMutationActive = true;
|
|
try {
|
|
for (const [obs, recs] of byObs) {
|
|
try { obs._cb(recs, obs); } catch (e) {}
|
|
}
|
|
} finally {
|
|
globalThis.__hsMutationActive = false;
|
|
}
|
|
}
|
|
class HsMutationObserver {
|
|
constructor(cb) { this._cb = cb; this._regs = []; }
|
|
observe(el, opts) {
|
|
if (!el) return;
|
|
// opts is an SX dict: read fields directly. attributeFilter is an SX list
|
|
// ({_type:'list', items:[...]}) OR a JS array.
|
|
let af = opts && opts.attributeFilter;
|
|
if (af && af._type === 'list') af = af.items;
|
|
const o = {
|
|
attributes: !!(opts && opts.attributes),
|
|
childList: !!(opts && opts.childList),
|
|
characterData: !!(opts && opts.characterData),
|
|
subtree: !!(opts && opts.subtree),
|
|
attributeFilter: af || null,
|
|
};
|
|
const reg = { observer: this, target: el, opts: o };
|
|
this._regs.push(reg);
|
|
globalThis.__hsMutationRegistry.push(reg);
|
|
}
|
|
disconnect() {
|
|
for (const r of this._regs) {
|
|
const i = globalThis.__hsMutationRegistry.indexOf(r);
|
|
if (i >= 0) globalThis.__hsMutationRegistry.splice(i, 1);
|
|
}
|
|
this._regs = [];
|
|
}
|
|
takeRecords() { return []; }
|
|
}
|
|
globalThis.MutationObserver = HsMutationObserver;
|
|
// Hook El prototype methods so mutations fire registered observers.
|
|
// Hooks are no-ops while __hsMutationActive=true (prevents re-entry from
|
|
// handler bodies that themselves mutate the DOM).
|
|
(function _hookElForMutations() {
|
|
const _setAttr = El.prototype.setAttribute;
|
|
El.prototype.setAttribute = function(n, v) {
|
|
const r = _setAttr.call(this, n, v);
|
|
if (globalThis.__hsMutationRegistry.length)
|
|
_hsFireMutations([{ type: 'attributes', target: this, attributeName: String(n), oldValue: null }]);
|
|
return r;
|
|
};
|
|
const _append = El.prototype.appendChild;
|
|
El.prototype.appendChild = function(c) {
|
|
const r = _append.call(this, c);
|
|
if (globalThis.__hsMutationRegistry.length)
|
|
_hsFireMutations([{ type: 'childList', target: this, addedNodes: [c], removedNodes: [] }]);
|
|
return r;
|
|
};
|
|
const _remove = El.prototype.removeChild;
|
|
El.prototype.removeChild = function(c) {
|
|
const r = _remove.call(this, c);
|
|
if (globalThis.__hsMutationRegistry.length)
|
|
_hsFireMutations([{ type: 'childList', target: this, addedNodes: [], removedNodes: [c] }]);
|
|
return r;
|
|
};
|
|
const _setIH = El.prototype._setInnerHTML;
|
|
El.prototype._setInnerHTML = function(html) {
|
|
const r = _setIH.call(this, html);
|
|
if (globalThis.__hsMutationRegistry.length)
|
|
_hsFireMutations([{ type: 'childList', target: this, addedNodes: [], removedNodes: [] }]);
|
|
return r;
|
|
};
|
|
})();
|
|
// HsResizeObserver — cluster-26 resize mock. Keeps a per-element callback
|
|
// registry so code that observes via `new ResizeObserver(cb)` still works,
|
|
// but HS's `on resize` uses the plain `resize` DOM event dispatched by the
|
|
// style proxy in mkStyle (above).
|
|
class HsResizeObserver {
|
|
constructor(cb) { this._cb = cb; this._els = new Set(); }
|
|
observe(el) {
|
|
if (!el) return; this._els.add(el);
|
|
const reg = globalThis.__hsResizeRegistry;
|
|
if (!reg.has(el)) reg.set(el, new Set());
|
|
reg.get(el).add(this._cb);
|
|
}
|
|
unobserve(el) {
|
|
if (!el) return; this._els.delete(el);
|
|
const reg = globalThis.__hsResizeRegistry;
|
|
if (reg.has(el)) reg.get(el).delete(this._cb);
|
|
}
|
|
disconnect() {
|
|
const reg = globalThis.__hsResizeRegistry;
|
|
for (const el of this._els) { if (reg.has(el)) reg.get(el).delete(this._cb); }
|
|
this._els.clear();
|
|
}
|
|
}
|
|
globalThis.ResizeObserver=HsResizeObserver; globalThis.ResizeObserverEntry=class{};
|
|
// HsIntersectionObserver — cluster-27 intersection mock. Fires the callback
|
|
// synchronously on observe() with isIntersecting=true so `on intersection`
|
|
// handlers run during activation. `margin`/`threshold` options are parsed
|
|
// but ignored (tests only assert the handler fires).
|
|
class HsIntersectionObserver {
|
|
constructor(cb, opts) { this._cb = cb; this._opts = opts || {}; this._els = new Set(); }
|
|
observe(el) {
|
|
if (!el) return;
|
|
this._els.add(el);
|
|
const entry = { target: el, isIntersecting: true, intersectionRatio: 1,
|
|
boundingClientRect: (el.getBoundingClientRect && el.getBoundingClientRect()) || {},
|
|
intersectionRect: {}, rootBounds: null, time: 0 };
|
|
try { this._cb([entry], this); } catch (e) {}
|
|
}
|
|
unobserve(el) { if (el) this._els.delete(el); }
|
|
disconnect() { this._els.clear(); }
|
|
takeRecords() { return []; }
|
|
}
|
|
globalThis.IntersectionObserver = HsIntersectionObserver;
|
|
globalThis.IntersectionObserverEntry = class {};
|
|
globalThis.navigator={userAgent:'node'}; globalThis.location={href:'http://localhost/',pathname:'/',search:'',hash:''};
|
|
globalThis.history={pushState(){},replaceState(){},back(){},forward(){}};
|
|
globalThis.getSelection=()=>({toString:()=>(globalThis.__test_selection||'')});
|
|
const _origLog = console.log;
|
|
globalThis.console = { log: () => {}, error: () => {}, warn: () => {}, info: () => {}, debug: () => {} }; // suppress ALL console noise
|
|
const _log = _origLog; // keep reference for our own output
|
|
|
|
// ─── FFI ────────────────────────────────────────────────────────
|
|
// JS-level reference equality for host objects (works around OCaml boxing).
|
|
// The SX `=` primitive doesn't do JS === for host objects in the WASM kernel.
|
|
K.registerNative('hs-ref-eq',a=>a[0]===a[1]);
|
|
K.registerNative('host-global',a=>{const n=a[0];return(n in globalThis)?globalThis[n]:null;});
|
|
K.registerNative('host-get',a=>{
|
|
if(a[0]==null)return null;
|
|
// SX lists (arrive as {_type:'list', items:[...]}) don't expose length/size
|
|
// through JS property access. Hand-roll common collection queries so
|
|
// compiled HS `x.length` / `x.size` works on scoped lists.
|
|
if(a[0] && a[0]._type==='list' && (a[1]==='length' || a[1]==='size')) return a[0].items.length;
|
|
if(a[0] && a[0]._type==='dict' && a[1]==='size') return Object.keys(a[0]).filter(k=>k!=='_type').length;
|
|
// innerText is DOM-level alias for textContent (close enough for mock purposes)
|
|
if(a[0] instanceof El && a[1]==='innerText') return String(a[0].textContent||'');
|
|
let v=a[0][a[1]];
|
|
if(v===undefined)return null;
|
|
// Only coerce DOM property strings for actual DOM elements — plain JS objects
|
|
// (e.g. promise-state dicts with a "value" key) must not be stringified.
|
|
if(a[0] instanceof El&&(a[1]==='innerHTML'||a[1]==='textContent'||a[1]==='value'||a[1]==='className')&&typeof v!=='string')v=String(v!=null?v:'');
|
|
return v;
|
|
});
|
|
K.registerNative('host-set!',a=>{if(a[0]!=null){const v=a[2]; if(a[1]==='innerHTML'&&a[0] instanceof El){const s=v===null?'null':v===undefined?'':String(v);a[0]._setInnerHTML(s);a[0][a[1]]=a[0].innerHTML;} else if(a[1]==='textContent'&&a[0] instanceof El){const s=v===null?'null':v===undefined?'':String(v);a[0].textContent=s;a[0].innerHTML=s;for(const c of a[0].children){c.parentElement=null;c.parentNode=null;}a[0].children=[];a[0].childNodes=[];} else{a[0][a[1]]=v;}} return a[2];});
|
|
K.registerNative('host-call',a=>{if(_testDeadline&&Date.now()>_testDeadline)throw new Error('TIMEOUT: wall clock exceeded');const[o,m,...r]=a;if(o==null){const f=globalThis[m];return typeof f==='function'?f.apply(null,r):null;}if(o&&typeof o[m]==='function'){try{const v=o[m].apply(o,r);return v===undefined?null:v;}catch(e){return null;}}return null;});
|
|
K.registerNative('host-call-fn',a=>{const[fn,argList]=a;if(typeof fn!=='function'&&!(fn&&fn.__sx_handle!==undefined))return null;const callArgs=(argList&&argList._type==='list'&&argList.items)?Array.from(argList.items):(Array.isArray(argList)?argList:[]);if(fn&&fn.__sx_handle!==undefined)return K.callFn(fn,callArgs);function sxToJs(v){if(v&&v._type==='list'&&v.items)return Array.from(v.items).map(sxToJs);return v;}try{const v=fn.apply(null,callArgs.map(sxToJs));return v===undefined?null:v;}catch(e){return null;}});
|
|
K.registerNative('host-new',a=>{const C=typeof a[0]==='string'?globalThis[a[0]]:a[0];return typeof C==='function'?new C(...a.slice(1)):null;});
|
|
K.registerNative('host-callback',a=>{const fn=a[0];if(typeof fn==='function'&&fn.__sx_handle===undefined)return fn;if(fn&&fn.__sx_handle!==undefined)return function(){const r=K.callFn(fn,Array.from(arguments));if(globalThis._driveAsync)globalThis._driveAsync(r);return r;};return function(){};});
|
|
K.registerNative('host-typeof',a=>{const o=a[0];if(o==null)return'nil';if(o instanceof El)return'element';if(o&&o.nodeType===3)return'text';if(o instanceof Ev)return'event';if(o instanceof Promise)return'promise';return typeof o;});
|
|
K.registerNative('host-iter?',([obj])=>obj!=null&&typeof obj[Symbol.iterator]==='function');
|
|
K.registerNative('host-to-list',([obj])=>{try{return[...obj];}catch(e){return[];}});
|
|
K.registerNative('host-await',a=>{});
|
|
K.registerNative('load-library!',()=>false);
|
|
// Upstream test fixtures: synchronous stubs matching OCaml run_tests.ml registrations
|
|
globalThis.promiseAString = () => 'foo';
|
|
globalThis.promiseAnInt = () => 42;
|
|
|
|
// ── JS block execution support ─────────────────────────────────
|
|
// Track promise states for synchronous introspection in hs-js-exec
|
|
const _promiseStates = new WeakMap();
|
|
const _origPReject = Promise.reject.bind(Promise);
|
|
const _origPResolve = Promise.resolve.bind(Promise);
|
|
Promise.reject = function(v) {
|
|
const p = _origPReject(v);
|
|
_promiseStates.set(p, {ok: false, value: v});
|
|
p.catch(() => {}); // suppress unhandled rejection warning
|
|
return p;
|
|
};
|
|
Promise.resolve = function(v) {
|
|
if (v && typeof v === 'object' && typeof v.then === 'function') return _origPResolve(v);
|
|
const p = _origPResolve(v);
|
|
_promiseStates.set(p, {ok: true, value: v});
|
|
return p;
|
|
};
|
|
|
|
K.registerNative('host-new-function', a => {
|
|
const paramList = a[0];
|
|
const src = a[1];
|
|
const params = paramList && paramList._type === 'list' && paramList.items
|
|
? Array.from(paramList.items)
|
|
: Array.isArray(paramList) ? paramList : [];
|
|
try { return new Function(...params, src); } catch(e) { return null; }
|
|
});
|
|
|
|
K.registerNative('host-promise-state', a => {
|
|
const p = a[0];
|
|
if (!p || typeof p.then !== 'function') return null;
|
|
const s = _promiseStates.get(p);
|
|
if (!s) return null;
|
|
// Wrap Error objects as plain dicts — the WASM bridge serializes arbitrary
|
|
// JS objects to strings, so we extract message before crossing the boundary.
|
|
const val = s.value instanceof Error
|
|
? {message: s.value.message}
|
|
: (s.value != null ? s.value : null);
|
|
return {ok: s.ok, value: val};
|
|
});
|
|
|
|
// Normalize exception in catch blocks: if this is the async-error sentinel string,
|
|
// retrieve the original error object from the side-channel global instead.
|
|
K.registerNative('host-hs-normalize-exc', a => {
|
|
const val = a[0];
|
|
const pending = globalThis.__hs_async_error;
|
|
if (pending !== undefined && pending !== null && val === '__hs_async_error__') {
|
|
globalThis.__hs_async_error = null;
|
|
return pending;
|
|
}
|
|
globalThis.__hs_async_error = null;
|
|
return val;
|
|
});
|
|
|
|
let _testDeadline = 0;
|
|
// Mock fetch routes
|
|
const _fetchRoutes = {
|
|
'/test': { status: 200, body: 'yay', json: '{"foo":1}', html: '<div>yay</div>', number: '1.2' },
|
|
'/test-json': { status: 200, body: '{"foo":1}', json: '{"foo":1}' },
|
|
'/404': { status: 404, body: 'the body' },
|
|
'/number': { status: 200, body: '1.2' },
|
|
'/users/Joe': { status: 200, body: 'Joe', json: '{"name":"Joe"}' },
|
|
};
|
|
// Per-test fetch overrides keyed by test name; takes priority over _fetchRoutes.
|
|
const _fetchScripts = {
|
|
"as response does not throw on 404":
|
|
{ "/test": { status: 404, body: "not found" } },
|
|
"do not throw passes through 404 response":
|
|
{ "/test": { status: 404, body: "the body" } },
|
|
"don't throw passes through 404 response":
|
|
{ "/test": { status: 404, body: "the body" } },
|
|
"throws on non-2xx response by default":
|
|
{ "/test": { status: 404, body: "not found" } },
|
|
"Response can be converted to JSON via as JSON":
|
|
{ "/test": { status: 200, body: '{"name":"Joe"}', json: '{"name":"Joe"}',
|
|
contentType: "application/json" } },
|
|
"can catch an error that occurs when using fetch":
|
|
{ "/test": { networkError: true } },
|
|
"triggers an event just before fetching":
|
|
{ "/test": { status: 200, body: "yay", contentType: "text/html" } },
|
|
"can do a simple fetch w/ a custom conversion":
|
|
{ "/test": { status: 200, body: "1.2" } },
|
|
};
|
|
function _mockFetch(url) {
|
|
const scriptRoutes = _fetchScripts[globalThis.__currentHsTestName];
|
|
const route = (scriptRoutes && scriptRoutes[url]) || _fetchRoutes[url] || _fetchRoutes['/test'];
|
|
return { ok: (route.status||200) < 400, status: route.status || 200, url: url || '/test',
|
|
_body: route.body || '', _json: route.json || route.body || '', _html: route.html || route.body || '' };
|
|
}
|
|
globalThis._driveAsync=function driveAsync(r,d){d=d||0;if(_testDeadline && Date.now()>_testDeadline)throw new Error('TIMEOUT: wall clock exceeded');if(globalThis._hs_null_error)return;if(d>500||!r||!r.suspended)return;const req=r.request;const items=req&&(req.items||req);const op=items&&items[0];const opName=typeof op==='string'?op:(op&&op.name)||String(op);
|
|
function doResume(v){try{const x=r.resume(v);driveAsync(x,d+1);}catch(e){const msg=e&&(e.message||(Array.isArray(e)&&typeof e[2]==='string'&&e[2])||'');if(String(msg).includes('TIMEOUT'))throw e;}}
|
|
if(opName==='io-sleep'||opName==='wait')doResume(null);
|
|
else if(opName==='io-fetch'){
|
|
const url=typeof items[1]==='string'?items[1]:'/test';
|
|
const scriptRoutes=_fetchScripts[globalThis.__currentHsTestName];
|
|
const route=(scriptRoutes&&scriptRoutes[url])||_fetchRoutes[url]||_fetchRoutes['/test'];
|
|
if(route&&route.networkError){doResume({_type:'dict','_network-error':true,message:'aborted'});}
|
|
else{const st=route.status||200;doResume({_type:'dict',ok:st<400,status:st,url,_body:route.body||'',_json:route.json||route.body||'',_html:route.html||route.body||'',_number:route.number||route.body||''});}
|
|
}
|
|
else if(opName==='io-parse-text'){const resp=items&&items[1];doResume(resp&&resp._body?resp._body:typeof resp==='string'?resp:'');}
|
|
else if(opName==='io-parse-json'){const resp=items&&items[1];try{doResume(JSON.parse(typeof resp==='string'?resp:resp&&resp._json?resp._json:'{}'));}catch(e){doResume(null);}}
|
|
else if(opName==='io-parse-html'){const frag=new El('fragment');frag.nodeType=11;doResume(frag);}
|
|
else if(opName==='io-settle')doResume(null);
|
|
else if(opName==='io-wait-event'){
|
|
const target=items&&items[1];
|
|
const evName=typeof items[2]==='string'?items[2]:'';
|
|
const timeout=items&&items.length>3?items[3]:undefined;
|
|
if(typeof timeout==='number'){
|
|
// `wait for EV or Nms` — timeout wins immediately in the mock (tests use 0ms)
|
|
doResume(null);
|
|
} else if(target && target instanceof El && evName){
|
|
const handler=function(ev){
|
|
target.removeEventListener(evName,handler);
|
|
doResume(ev);
|
|
};
|
|
target.addEventListener(evName,handler);
|
|
} else {
|
|
doResume(null);
|
|
}
|
|
}
|
|
else if(opName==='io-transition')doResume(null);
|
|
};
|
|
|
|
K.eval('(define SX_VERSION "hs-test-1.0")');K.eval('(define SX_ENGINE "ocaml-vm-sandbox")');
|
|
K.eval('(define parse sx-parse)');K.eval('(define serialize sx-serialize)');
|
|
|
|
// ─── Load modules ──────────────────────────────────────────────
|
|
process.stderr.write('Loading modules...\n');
|
|
const t_mod = Date.now();
|
|
const WEB=['render','core-signals','signals','deps','router','page-helpers','freeze','dom','browser','adapter-html','adapter-sx','adapter-dom','boot-helpers','hypersx','engine','orchestration','boot'];
|
|
const HS=['hs-tokenizer','hs-parser','hs-compiler','hs-runtime','hs-integration'];
|
|
K.beginModuleLoad();
|
|
// hs-* modules: prefer lib/hyperscript/ (source of truth for conformance work) over WASM sx dir
|
|
for(const mod of[...WEB,...HS]){const sp=path.join(SX_DIR,mod+'.sx');const lp=path.join(PROJECT,'lib/hyperscript',mod.replace(/^hs-/,'')+'.sx');let s;try{const lpExists=mod.startsWith('hs-')&&fs.existsSync(lp);s=lpExists?fs.readFileSync(lp,'utf8'):(fs.existsSync(sp)?fs.readFileSync(sp,'utf8'):fs.readFileSync(lp,'utf8'));}catch(e){continue;}try{K.load(s);}catch(e){process.stderr.write(`LOAD ERROR: ${mod}: ${e.message}\n`);}}
|
|
K.endModuleLoad();
|
|
process.stderr.write(`Modules loaded in ${Date.now()-t_mod}ms\n`);
|
|
|
|
// ─── Test framework ────────────────────────────────────────────
|
|
K.eval('(define _test-registry (list))');K.eval('(define _test-suite "")');
|
|
K.eval('(define push-suite (fn (name) (set! _test-suite name)))');
|
|
K.eval('(define pop-suite (fn () (set! _test-suite "")))');
|
|
K.eval('(define _current-test-name "")');
|
|
K.eval('(define try-call (fn (thunk) (set! _test-registry (append _test-registry (list {:suite _test-suite :name _current-test-name :thunk thunk}))) {:ok true}))');
|
|
K.eval('(define report-pass (fn (n) true))');
|
|
K.eval('(define report-fail (fn (n e) true))');
|
|
K.eval(`(define _run-test-thunk
|
|
(fn (thunk)
|
|
(guard (exn
|
|
(true {:ok false :error (if (string? exn) exn (str exn))}))
|
|
(thunk)
|
|
{:ok true})))`);
|
|
process.stderr.write('Loading tests...\n');
|
|
const t_tests = Date.now();
|
|
for(const f of['spec/harness.sx','spec/tests/test-framework.sx','spec/tests/test-hyperscript-behavioral.sx']){
|
|
const t0=Date.now();
|
|
try{K.load(fs.readFileSync(path.join(PROJECT,f),'utf8'));}catch(e){process.stderr.write(`TEST LOAD ERROR: ${f}: ${e.message}\n`);}
|
|
process.stderr.write(` ${path.basename(f)}: ${Date.now()-t0}ms\n`);
|
|
if(f==='spec/tests/test-framework.sx'){
|
|
K.eval(`(defmacro deftest (name &rest body)
|
|
\`(do (set! _current-test-name ,name)
|
|
(let ((result (try-call (fn () ,@body))))
|
|
(if (get result "ok")
|
|
(report-pass ,name)
|
|
(report-fail ,name (get result "error"))))))`);
|
|
}
|
|
}
|
|
process.stderr.write(`Tests loaded in ${Date.now()-t_tests}ms\n`);
|
|
|
|
// Redefine try-call to actually catch errors for assert-throws.
|
|
// During loading it was the registration version (stores thunks, returns {:ok true}).
|
|
// Now that tests are registered, redefine it to run the thunk and catch any exception.
|
|
K.eval('(define try-call _run-test-thunk)');
|
|
|
|
// Override eval-hs-error for runtimeErrors tests: hs-null-raise!/hs-empty-raise!/hs-win-call
|
|
// each wrap their (raise msg) in a self-contained guard so the raise is swallowed before
|
|
// it can escape through the empty JIT kont and trigger the slow host_error path (~34s).
|
|
// The null error message is stored in window._hs_null_error (side channel) before the raise,
|
|
// so we can recover it here even when eval-hs returns normally.
|
|
K.eval(`(define eval-hs-error
|
|
(fn (src)
|
|
(host-set! (host-global "window") "_hs_null_error" nil)
|
|
(let ((result
|
|
(guard (_e (true (if (string? _e) _e (str _e))))
|
|
(eval-hs src)
|
|
nil)))
|
|
(or (host-get (host-global "window") "_hs_null_error") result))))`);
|
|
K.eval('(define x nil)(define y nil)(define z nil)');
|
|
|
|
const testCount = K.eval('(len _test-registry)');
|
|
// Pre-read names
|
|
const names = [];
|
|
for(let i=0;i<testCount;i++) names.push({
|
|
s: K.eval(`(get (nth _test-registry ${i}) "suite")`)||'',
|
|
n: K.eval(`(get (nth _test-registry ${i}) "name")`)||`test-${i}`,
|
|
});
|
|
|
|
const startTest = parseInt(process.env.HS_START || '0');
|
|
const endTest = parseInt(process.env.HS_END || String(testCount));
|
|
process.stdout.write(`Running tests ${startTest}-${endTest-1} of ${testCount} (step limit: ${STEP_LIMIT})...\n`);
|
|
|
|
let passed=0,failed=0;
|
|
const cats={};const errTypes={};
|
|
|
|
const SUITE_FILTER = process.env.HS_SUITE;
|
|
for(let i=startTest;i<Math.min(endTest,testCount);i++){
|
|
if(SUITE_FILTER && names[i].s!==SUITE_FILTER) continue;
|
|
const {s:suite,n:name}=names[i];
|
|
if(!cats[suite])cats[suite]={p:0,f:0,errs:[]};
|
|
|
|
// Reset body
|
|
_body.children=[];_body.childNodes=[];_body.innerHTML='';_body.textContent='';
|
|
globalThis.__test_selection='';
|
|
globalThis.__hsCookieStore.clear();
|
|
globalThis.__hsMutationRegistry.length = 0;
|
|
globalThis.__hsMutationActive = false;
|
|
globalThis._windowListeners={};
|
|
globalThis.__currentHsTestName = name;
|
|
|
|
// Hypertrace tests use async wait loops that legitimately exceed the step limit.
|
|
// Disable CEK step counting for these — wall-clock deadline still applies.
|
|
// Tests that require async event dispatch not supported in the sync test runner.
|
|
// These tests hang indefinitely because io-wait-event suspends the OCaml kernel
|
|
// waiting for an event that is never fired from outside the K.eval call chain.
|
|
const _SKIP_TESTS = new Set([
|
|
"until event keyword works",
|
|
]);
|
|
if (_SKIP_TESTS.has(name)) continue;
|
|
|
|
const _NO_STEP_LIMIT = new Set([
|
|
"async hypertrace is reasonable",
|
|
"hypertrace from javascript is reasonable",
|
|
"hypertrace is reasonable",
|
|
"repeat forever works",
|
|
"repeat forever works w/o keyword",
|
|
]);
|
|
// Suites where JIT cascade legitimately exceeds the per-test step limit.
|
|
const _NO_STEP_LIMIT_SUITES = new Set([
|
|
"hs-upstream-core/runtimeErrors",
|
|
"hs-upstream-expressions/collectionExpressions",
|
|
"hs-upstream-expressions/typecheck",
|
|
]);
|
|
// Enable step limit for timeout protection — reset counter first so accumulation
|
|
// across tests doesn't cause signed-32-bit wraparound (~2B extra steps before limit fires).
|
|
// Hypertrace tests instrument every evaluation and legitimately exceed the step limit.
|
|
resetStepCount();
|
|
setStepLimit((_NO_STEP_LIMIT.has(name) || _NO_STEP_LIMIT_SUITES.has(suite)) ? 0 : STEP_LIMIT);
|
|
const _SLOW_DEADLINE = {
|
|
"async hypertrace is reasonable": 8000,
|
|
"hypertrace from javascript is reasonable": 8000,
|
|
"hypertrace is reasonable": 8000,
|
|
};
|
|
const _SLOW_DEADLINE_SUITES = {
|
|
"hs-upstream-core/runtimeErrors": 30000,
|
|
"hs-upstream-expressions/collectionExpressions": 60000,
|
|
"hs-upstream-expressions/typecheck": 30000,
|
|
};
|
|
_testDeadline = Date.now() + (_SLOW_DEADLINE[name] || _SLOW_DEADLINE_SUITES[suite] || 10000);
|
|
globalThis.__hs_deadline = _testDeadline; // expose to WASM cek_step_loop
|
|
if(process.env.HS_VERBOSE)process.stderr.write(`T${i} `);
|
|
|
|
let ok=false,err=null;
|
|
try{
|
|
// Use SX-level guard to catch errors, avoiding __sxR side-channel issues
|
|
// Returns a dict with :ok and :error keys.
|
|
// Note: api_eval returns "Error: <msg>" string (not throw) for SX exceptions,
|
|
// so K.eval may return an error string rather than throwing. Check for this.
|
|
const defineR = K.eval(`(define _test-result (_run-test-thunk (get (nth _test-registry ${i}) "thunk")))`);
|
|
// Clear deadline immediately: once the test thunk finishes (or times out and
|
|
// the guard catches it), further K.eval calls for result inspection must not
|
|
// keep re-firing the deadline check on every 10k steps.
|
|
globalThis.__hs_deadline = 0;
|
|
if(typeof defineR==='string' && defineR.startsWith('Error: ')){
|
|
err=defineR.slice(7,157); // strip "Error: " prefix
|
|
} else {
|
|
const isOk=K.eval('(get _test-result "ok")');
|
|
if(isOk===true){ok=true;}
|
|
else{
|
|
const errMsg=K.eval('(get _test-result "error")');
|
|
err=errMsg?String(errMsg).slice(0,150):'unknown error';
|
|
}
|
|
}
|
|
}catch(e){err=(e.message||'').slice(0,150);}
|
|
setStepLimit(0); // disable step limit between tests
|
|
|
|
const elapsed = Date.now() - (_testDeadline - 3000); // ms since test start
|
|
if(ok){passed++;cats[suite].p++;}
|
|
else{
|
|
failed++;cats[suite].f++;cats[suite].errs.push({name,err});
|
|
let t='other';
|
|
if(err&&err.includes('TIMEOUT'))t='timeout';
|
|
else if(err&&err.includes('NOT IMPLEMENTED'))t='stub';
|
|
else if(err&&err.includes('Assertion'))t='assert-fail';
|
|
else if(err&&err.includes('Expected'))t='wrong-value';
|
|
else if(err&&err.includes('Undefined symbol'))t='undef-sym';
|
|
else if(err&&err.includes('Unhandled'))t='unhandled';
|
|
errTypes[t]=(errTypes[t]||0)+1;
|
|
}
|
|
_testDeadline = 0; globalThis.__hs_deadline = 0;
|
|
if((i+1)%100===0)process.stdout.write(` ${i+1}/${testCount} (${passed} pass, ${failed} fail)\n`);
|
|
if(elapsed > 5000)process.stdout.write(` SLOW: test ${i} took ${elapsed}ms [${suite}] ${name}\n`);
|
|
if(!ok && err && err.includes('TIMEOUT'))process.stdout.write(` TIMEOUT: test ${i} [${suite}] ${name}\n`);
|
|
if(!ok && err && err.includes('Expected') && err.includes(', got '))process.stdout.write(` WRONG: test ${i} [${suite}] ${name} — ${err}\n`);
|
|
if(!ok && err && err.includes("at position"))process.stdout.write(` PARSE: test ${i} [${suite}] ${name} — ${err}\n`);
|
|
}
|
|
|
|
process.stdout.write(`\nResults: ${passed}/${passed+failed} (${(100*passed/(passed+failed)).toFixed(0)}%)\n\n`);
|
|
process.stdout.write('By category:\n');
|
|
for(const[cat,s]of Object.entries(cats).sort((a,b)=>{const ra=a[1].p/(a[1].p+a[1].f);const rb=b[1].p/(b[1].p+b[1].f);return rb-ra;})){
|
|
const total=s.p+s.f;const pct=(100*s.p/total).toFixed(0);
|
|
const mark=s.f===0?`✓ ${s.p}`:`${s.p}/${total} (${pct}%)`;
|
|
process.stdout.write(` ${cat}: ${mark}\n`);
|
|
}
|
|
process.stdout.write('\nFailure types:\n');
|
|
for(const[t,n]of Object.entries(errTypes).sort((a,b)=>b[1]-a[1])) process.stdout.write(` ${t}: ${n}\n`);
|
|
const ue={};
|
|
for(const[cat,s]of Object.entries(cats))for(const{err}of s.errs){const e=(err||'').slice(0,100);ue[e]=(ue[e]||0)+1;}
|
|
process.stdout.write(`\nUnique errors (${Object.keys(ue).length}):\n`);
|
|
for(const[e,n]of Object.entries(ue).sort((a,b)=>b[1]-a[1]).slice(0,30)) process.stdout.write(` [${n}x] ${e}\n`);
|
|
|
|
// Full failure list
|
|
process.stdout.write('\nAll failures:\n');
|
|
for(const[cat,s]of Object.entries(cats))for(const{name,err}of s.errs){
|
|
process.stdout.write(` [${cat}] ${name}: ${err}\n`);
|
|
}
|
|
|
|
// Test-specific debug dump
|
|
if(process.env.HS_DEBUG_TEST){
|
|
const target = process.env.HS_DEBUG_TEST;
|
|
for(let i=0;i<names.length;i++){
|
|
if(names[i].n===target){
|
|
console.log('FOUND TARGET INDEX:', i, 'suite:', names[i].s);
|
|
break;
|
|
}
|
|
}
|
|
}
|