tool: A UI to look at CI results that doesnt suck#4397
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narendasan wants to merge 11 commits into
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There are some changes that do not conform to Python style guidelines:
--- /home/runner/work/TensorRT/TensorRT/tools/ci-dashboard/ci_dashboard.py 2026-07-10 22:02:48.795897+00:00
+++ /home/runner/work/TensorRT/TensorRT/tools/ci-dashboard/ci_dashboard.py 2026-07-10 22:03:16.163949+00:00
@@ -16,10 +16,11 @@
Job names encode the whole matrix, e.g.
core / L2 dynamo distributed tests / L2-dynamo-distributed-tests--3.12-cu130
We parse that into {group/tier, python, cuda, kind} and map the tier back to the
pytest paths in tests/py/utils/ci_helpers.sh so a red cell points at code.
"""
+
from __future__ import annotations
import argparse
import html
import json
@@ -45,42 +46,76 @@
# source of truth for "what does each CI tier run"). Keys are normalized job
# group names (see _norm()); `paths` are repo-relative; `fn` is the shell tier
# function you'd invoke locally to reproduce.
TIER_MAP = {
"l0 dynamo converter tests": dict(
- fn="trt_tier_l0_converter", paths=["tests/py/dynamo/conversion/"]),
+ fn="trt_tier_l0_converter", paths=["tests/py/dynamo/conversion/"]
+ ),
"l0 dynamo core tests": dict(
fn="trt_tier_l0_core",
- paths=["tests/py/dynamo/runtime/test_000_*", "tests/py/dynamo/partitioning/test_000_*",
- "tests/py/dynamo/lowering/", "tests/py/dynamo/hlo/"]),
+ paths=[
+ "tests/py/dynamo/runtime/test_000_*",
+ "tests/py/dynamo/partitioning/test_000_*",
+ "tests/py/dynamo/lowering/",
+ "tests/py/dynamo/hlo/",
+ ],
+ ),
"l0 core python tests": dict(fn="trt_tier_l0_py_core", paths=["tests/py/core/"]),
"l0 torchscript tests": dict(
- fn="trt_tier_l0_torchscript", paths=["tests/py/ts/api/", "tests/modules/hub.py"]),
+ fn="trt_tier_l0_torchscript", paths=["tests/py/ts/api/", "tests/modules/hub.py"]
+ ),
"l1 dynamo core tests": dict(
fn="trt_tier_l1_dynamo_core",
- paths=["tests/py/dynamo/runtime/test_001_*", "tests/py/dynamo/partitioning/test_001_*",
- "tests/py/dynamo/hlo/"]),
+ paths=[
+ "tests/py/dynamo/runtime/test_001_*",
+ "tests/py/dynamo/partitioning/test_001_*",
+ "tests/py/dynamo/hlo/",
+ ],
+ ),
"l1 dynamo compile tests": dict(
- fn="trt_tier_l1_dynamo_compile", paths=["tests/py/dynamo/models/"]),
+ fn="trt_tier_l1_dynamo_compile", paths=["tests/py/dynamo/models/"]
+ ),
"l1 torch compile tests": dict(
fn="trt_tier_l1_torch_compile",
- paths=["tests/py/dynamo/backend/", "tests/py/dynamo/models/test_models.py",
- "tests/py/dynamo/models/test_dyn_models.py"]),
- "l1 torch script tests": dict(fn="trt_tier_l1_torchscript", paths=["tests/py/ts/models/"]),
+ paths=[
+ "tests/py/dynamo/backend/",
+ "tests/py/dynamo/models/test_models.py",
+ "tests/py/dynamo/models/test_dyn_models.py",
+ ],
+ ),
+ "l1 torch script tests": dict(
+ fn="trt_tier_l1_torchscript", paths=["tests/py/ts/models/"]
+ ),
"l2 torch compile tests": dict(
fn="trt_tier_l2_torch_compile",
- paths=["tests/py/dynamo/models/test_models.py", "tests/py/dynamo/models/test_dyn_models.py"]),
+ paths=[
+ "tests/py/dynamo/models/test_models.py",
+ "tests/py/dynamo/models/test_dyn_models.py",
+ ],
+ ),
"l2 dynamo compile tests": dict(
- fn="trt_tier_l2_dynamo_compile", paths=["tests/py/dynamo/models/", "tests/py/dynamo/llm/"]),
+ fn="trt_tier_l2_dynamo_compile",
+ paths=["tests/py/dynamo/models/", "tests/py/dynamo/llm/"],
+ ),
"l2 dynamo core tests": dict(
- fn="trt_tier_l2_dynamo_core", paths=["tests/py/dynamo/runtime/", "tests/py/dynamo/executorch/"]),
+ fn="trt_tier_l2_dynamo_core",
+ paths=["tests/py/dynamo/runtime/", "tests/py/dynamo/executorch/"],
+ ),
"l2 dynamo plugin tests": dict(
fn="trt_tier_l2_plugin",
- paths=["tests/py/dynamo/conversion/", "tests/py/dynamo/automatic_plugin/", "tests/py/kernels/"]),
- "l2 torch script tests": dict(fn="trt_tier_l2_torchscript", paths=["tests/py/ts/integrations/"]),
+ paths=[
+ "tests/py/dynamo/conversion/",
+ "tests/py/dynamo/automatic_plugin/",
+ "tests/py/kernels/",
+ ],
+ ),
+ "l2 torch script tests": dict(
+ fn="trt_tier_l2_torchscript", paths=["tests/py/ts/integrations/"]
+ ),
"l2 dynamo distributed tests": dict(
- fn="trt_tier_l2_distributed", paths=["tests/py/dynamo/distributed/"]),
+ fn="trt_tier_l2_distributed", paths=["tests/py/dynamo/distributed/"]
+ ),
}
def _norm(s: str) -> str:
"""Lowercase and collapse separators so 'L2-dynamo-core-tests' and
@@ -120,22 +155,25 @@
CACHE = Cache()
def gh(args, parse=True, timeout=90):
- proc = subprocess.run(["gh", *args], capture_output=True, text=True,
- timeout=timeout, cwd=REPO_ROOT)
+ proc = subprocess.run(
+ ["gh", *args], capture_output=True, text=True, timeout=timeout, cwd=REPO_ROOT
+ )
if proc.returncode != 0:
raise RuntimeError((proc.stderr or proc.stdout or "gh failed").strip())
return json.loads(proc.stdout) if parse else proc.stdout
@lru_cache(maxsize=1)
def repo_slug():
try:
- return gh(["repo", "view", "--json", "nameWithOwner", "-q", ".nameWithOwner"],
- parse=False).strip()
+ return gh(
+ ["repo", "view", "--json", "nameWithOwner", "-q", ".nameWithOwner"],
+ parse=False,
+ ).strip()
except Exception:
return "pytorch/TensorRT"
_DEFAULT_BRANCH = None
@@ -143,25 +181,33 @@
def default_branch():
if _DEFAULT_BRANCH:
return _DEFAULT_BRANCH
try:
- b = subprocess.run(["git", "rev-parse", "--abbrev-ref", "HEAD"],
- capture_output=True, text=True, cwd=REPO_ROOT).stdout.strip()
+ b = subprocess.run(
+ ["git", "rev-parse", "--abbrev-ref", "HEAD"],
+ capture_output=True,
+ text=True,
+ cwd=REPO_ROOT,
+ ).stdout.strip()
return b if b and b != "HEAD" else "main"
except Exception:
return "main"
# ── data layer ───────────────────────────────────────────────────────────────
def get_runs(branch, limit=40, refresh=False):
key = f"runs:{branch}:{limit}"
if not refresh and (c := CACHE.get(key)) is not None:
return c
- fields = ("databaseId,workflowName,displayTitle,headBranch,headSha,status,"
- "conclusion,event,createdAt,updatedAt,url,number")
- runs = gh(["run", "list", "--branch", branch, "--limit", str(limit), "--json", fields])
+ fields = (
+ "databaseId,workflowName,displayTitle,headBranch,headSha,status,"
+ "conclusion,event,createdAt,updatedAt,url,number"
+ )
+ runs = gh(
+ ["run", "list", "--branch", branch, "--limit", str(limit), "--json", fields]
+ )
newest = {}
for r in runs:
r["id"] = r.get("databaseId") # normalize (gh run list uses databaseId)
wf = r.get("workflowName") or "?"
if wf not in newest or r["createdAt"] > newest[wf]["createdAt"]:
@@ -189,40 +235,62 @@
kind = "build"
elif re.match(r"l[012]\b", gl):
kind = "test"
elif "matrix" in gl or "generate" in gl or group == "filter-matrix":
kind = "setup"
- elif raw.startswith("CI /") or "aggregate" in gl or "collect results" in gl or "rollup" in gl:
+ elif (
+ raw.startswith("CI /")
+ or "aggregate" in gl
+ or "collect results" in gl
+ or "rollup" in gl
+ ):
kind = "rollup"
else:
kind = "other"
return dict(
- id=j.get("databaseId") or j.get("id"), raw=raw, group=group, kind=kind,
- python=py.group(0) if py else None, cuda=cu.group(0) if cu else None,
- status=j.get("status"), conclusion=j.get("conclusion"),
+ id=j.get("databaseId") or j.get("id"),
+ raw=raw,
+ group=group,
+ kind=kind,
+ python=py.group(0) if py else None,
+ cuda=cu.group(0) if cu else None,
+ status=j.get("status"),
+ conclusion=j.get("conclusion"),
url=j.get("html_url") or j.get("url"),
- failedSteps=[s["name"] for s in j.get("steps", []) if s.get("conclusion") == "failure"],
+ failedSteps=[
+ s["name"] for s in j.get("steps", []) if s.get("conclusion") == "failure"
+ ],
)
def get_jobs(run_id, refresh=False):
key = f"jobs:{run_id}"
if not refresh and (c := CACHE.get(key)) is not None:
return c
- data = gh(["api", f"repos/{repo_slug()}/actions/runs/{run_id}/jobs",
- "--paginate", "-q", ".jobs[]"], parse=False)
+ data = gh(
+ [
+ "api",
+ f"repos/{repo_slug()}/actions/runs/{run_id}/jobs",
+ "--paginate",
+ "-q",
+ ".jobs[]",
+ ],
+ parse=False,
+ )
jobs = [json.loads(line) for line in data.splitlines() if line.strip()]
parsed = [_parse_job(j) for j in jobs]
live = any(j["status"] != "completed" for j in parsed)
CACHE.put(key, parsed, ttl=15 if live else 300)
return parsed
NOISE = re.compile(
r"Process completed with exit code|Node\.js \d+ is deprecated|"
r"is deprecated\. Please switch|conda\.cli|defaults' channel|auto_activate|"
- r"might have been added implicitly", re.I)
+ r"might have been added implicitly",
+ re.I,
+)
TESTLINE = re.compile(r"^(?P<test>[\w./-]+(?:\.[\w\[\]-]+)+)\s*$")
@lru_cache(maxsize=4096)
def grep_test(symbol):
@@ -232,12 +300,17 @@
leaf = re.sub(r"\[.*$", "", leaf)
if not re.match(r"^[A-Za-z_]\w+$", leaf):
return None
pat = f"def {leaf}\\b" if leaf.startswith("test") else f"class {leaf}\\b"
try:
- out = subprocess.run(["git", "grep", "-n", "-E", pat, "--", "tests/"],
- capture_output=True, text=True, cwd=REPO_ROOT, timeout=15).stdout
+ out = subprocess.run(
+ ["git", "grep", "-n", "-E", pat, "--", "tests/"],
+ capture_output=True,
+ text=True,
+ cwd=REPO_ROOT,
+ timeout=15,
+ ).stdout
except Exception:
return None
for line in out.splitlines():
path, lineno, _ = line.split(":", 2)
return (path, int(lineno))
@@ -265,31 +338,40 @@
dedupe = test or head
if dedupe in seen:
continue
seen.add(dedupe)
loc = grep_test(test) if test else None
- failures.append(dict(test=test, message=msg[:1400],
- file=loc[0] if loc else None, line=loc[1] if loc else None))
+ failures.append(
+ dict(
+ test=test,
+ message=msg[:1400],
+ file=loc[0] if loc else None,
+ line=loc[1] if loc else None,
+ )
+ )
result = dict(failures=failures)
CACHE.put(key, result, ttl=600)
return result
# ── job logs (fetch + per-test extraction) ──────────────────────────────────
-_TS = re.compile(r"^\d{4}-\d{2}-\d{2}T\d{2}:\d{2}:\d{2}\.\d+Z ") # GH line prefix
-_SEP = re.compile(r"^_{4,}\s+(.+?)\s+_{4,}\s*$") # pytest FAILURES sep
-_SECT = re.compile(r"^={4,}") # ==== section ====
+_TS = re.compile(r"^\d{4}-\d{2}-\d{2}T\d{2}:\d{2}:\d{2}\.\d+Z ") # GH line prefix
+_SEP = re.compile(r"^_{4,}\s+(.+?)\s+_{4,}\s*$") # pytest FAILURES sep
+_SECT = re.compile(r"^={4,}") # ==== section ====
def get_job_log(job_id, refresh=False):
"""Raw plain-text log for one job (immutable once complete → cached 1h)."""
key = f"log:{job_id}"
if not refresh and (c := CACHE.get(key)) is not None:
return c
try:
- raw = gh(["api", f"repos/{repo_slug()}/actions/jobs/{job_id}/logs"],
- parse=False, timeout=60)
+ raw = gh(
+ ["api", f"repos/{repo_slug()}/actions/jobs/{job_id}/logs"],
+ parse=False,
+ timeout=60,
+ )
except Exception:
raw = None
CACHE.put(key, raw, ttl=3600 if raw else 20)
return raw
@@ -301,12 +383,13 @@
def extract_test_log(lines, test, max_lines=160):
"""Pull the pytest FAILURES block for `test`. Falls back to a context window
around the test's last mention (covers custom harnesses w/o a FAILURES sep).
Returns the excerpt string, or None."""
leaf = re.split(r"[.:]", test)[-1].split("[")[0] if test else None
- seps = [(i, m.group(1).strip()) for i, ln in enumerate(lines)
- if (m := _SEP.match(ln))]
+ seps = [
+ (i, m.group(1).strip()) for i, ln in enumerate(lines) if (m := _SEP.match(ln))
+ ]
start = None
if test:
# Prefer an exact title match — the leaf method name (e.g. test_trt_compile)
# is shared across many classes, so fuzzy matching would grab the wrong block.
for i, title in seps:
@@ -327,53 +410,75 @@
end = j
break
block = lines[start:end]
else:
needle = leaf or test
- hit = next((i for i in range(len(lines) - 1, -1, -1) if needle and needle in lines[i]), None)
+ hit = next(
+ (i for i in range(len(lines) - 1, -1, -1) if needle and needle in lines[i]),
+ None,
+ )
if hit is None:
return None
- block = lines[max(0, hit - 4): hit + 44]
+ block = lines[max(0, hit - 4) : hit + 44]
if len(block) > max_lines:
- block = block[:max_lines] + [f"… (+{len(block) - max_lines} more lines — open the raw log)"]
+ block = block[:max_lines] + [
+ f"… (+{len(block) - max_lines} more lines — open the raw log)"
+ ]
return "\n".join(block).strip()
def summary_reasons(lines, test):
"""The concise `FAILED …/ERROR … - <reason>` lines from pytest's summary."""
leaf = re.split(r"[.:]", test)[-1].split("[")[0] if test else None
- return [ln for ln in lines
- if re.match(r"^(FAILED|ERROR) ", ln) and (not leaf or leaf in ln)]
+ return [
+ ln
+ for ln in lines
+ if re.match(r"^(FAILED|ERROR) ", ln) and (not leaf or leaf in ln)
+ ]
def render_joblog(job_id, url):
log = get_job_log(job_id)
- ghlink = f'<a href="{e(url)}" target="_blank" rel="noopener">job on GitHub ↗</a>' if url else ""
+ ghlink = (
+ f'<a href="{e(url)}" target="_blank" rel="noopener">job on GitHub ↗</a>'
+ if url
+ else ""
+ )
rawlink = f'<a href="/ui/joblog?job={e(job_id)}&raw=1" target="_blank" rel="noopener">raw log ↗</a>'
head = f'<div class="logsec-head"><span class="lbl">relevant logs</span>{rawlink} · {ghlink}</div>'
if not log:
- return head + ('<div class="muted">Log not available yet — the job may still be '
- f'running, or GitHub expired it. {ghlink}</div>')
+ return head + (
+ '<div class="muted">Log not available yet — the job may still be '
+ f"running, or GitHub expired it. {ghlink}</div>"
+ )
lines = _clean_lines(log)
fails = get_failures(job_id).get("failures", [])
blocks = []
for f in fails:
excerpt = extract_test_log(lines, f["test"])
reasons = summary_reasons(lines, f["test"])
title = e(f["test"] or "failure")
- reason_html = (f'<div class="logreason">{e(reasons[0][:300])}</div>' if reasons else "")
+ reason_html = (
+ f'<div class="logreason">{e(reasons[0][:300])}</div>' if reasons else ""
+ )
if excerpt:
- blocks.append(f'<details class="logblock" open><summary>{title}</summary>'
- f'{reason_html}<pre>{e(excerpt)}</pre></details>')
+ blocks.append(
+ f'<details class="logblock" open><summary>{title}</summary>'
+ f"{reason_html}<pre>{e(excerpt)}</pre></details>"
+ )
else:
- blocks.append(f'<details class="logblock"><summary>{title}</summary>'
- f'{reason_html}<div class="muted">No matching block in the log — '
- f'see the raw log.</div></details>')
+ blocks.append(
+ f'<details class="logblock"><summary>{title}</summary>'
+ f'{reason_html}<div class="muted">No matching block in the log — '
+ f"see the raw log.</div></details>"
+ )
if not fails: # build/env/setup failure: no test annotations → show the tail
tail = "\n".join(lines[-180:]).strip()
- blocks.append('<details class="logblock" open><summary>end of job log</summary>'
- f'<pre>{e(tail)}</pre></details>')
+ blocks.append(
+ '<details class="logblock" open><summary>end of job log</summary>'
+ f"<pre>{e(tail)}</pre></details>"
+ )
return head + "".join(blocks)
# ── status helpers ───────────────────────────────────────────────────────────
def classify(status, conclusion):
@@ -382,11 +487,13 @@
and a cancelled job didn't produce a verdict. Only `failure`/`timed_out`
(actually executed and failed) are `fail`."""
if status and status != "completed":
if status in ("in_progress", "running"):
return "run", "running"
- return "queue", status.replace("_", " ") # queued / waiting / pending / requested
+ return "queue", status.replace(
+ "_", " "
+ ) # queued / waiting / pending / requested
c = conclusion or ""
return {
"success": ("pass", "passed"),
"failure": ("fail", "failed"),
"timed_out": ("fail", "timed out"),
@@ -422,27 +529,34 @@
return f"{int(s // n)}{unit} ago"
return "just now"
def pretty_platform(name):
- n = (name.replace("Python-only build and test ", "py-only ")
- .replace("RTX - Build and test ", "RTX ")
- .replace("RTX - Python-only build and test ", "RTX py-only ")
- .replace("Build and test ", "").replace(" wheels", "")
- .replace(" for Jetpack", " · jetpack"))
+ n = (
+ name.replace("Python-only build and test ", "py-only ")
+ .replace("RTX - Build and test ", "RTX ")
+ .replace("RTX - Python-only build and test ", "RTX py-only ")
+ .replace("Build and test ", "")
+ .replace(" wheels", "")
+ .replace(" for Jetpack", " · jetpack")
+ )
return n.strip()
def e(s):
return html.escape(str(s if s is not None else ""))
def qp(**kw):
"""Build a URL-encoded, HTML-attribute-safe query string from kwargs, so
values with spaces/&/ (platform + tier names, job URLs) survive intact."""
- return e("&".join(f"{k}={quote(str(v if v is not None else ''), safe='')}"
- for k, v in kw.items()))
+ return e(
+ "&".join(
+ f"{k}={quote(str(v if v is not None else ''), safe='')}"
+ for k, v in kw.items()
+ )
+ )
# ── HTML fragment renderers ──────────────────────────────────────────────────
def _summary_html(runs, oob=False):
"""The top counts strip. Shared by the board and the live poller so the two
@@ -453,24 +567,35 @@
cls, _ = classify(r["status"], r["conclusion"])
counts[cls] = counts.get(cls, 0) + 1
didnt_run = counts["skip"] + counts["cancel"]
head = runs[0] if runs else {}
sha = (head.get("headSha") or "")[:9]
- commit = (f'<div class="commit"><code>{e(sha)}</code> · {e(head.get("displayTitle", ""))[:80]}'
- f' · {e(rel_time(head.get("createdAt")))}</div>')
+ commit = (
+ f'<div class="commit"><code>{e(sha)}</code> · {e(head.get("displayTitle", ""))[:80]}'
+ f' · {e(rel_time(head.get("createdAt")))}</div>'
+ )
def stat(cls, n, word):
- return (f'<span class="stat {cls}"><span class="dot {cls}"></span>'
- f'<span class="n">{n}</span> {word}</span>') if n else ""
- oob_attr = ' hx-swap-oob="true"' if oob else ''
- return (f'<div id="summary" class="summary"{oob_attr}>'
- f'{stat("fail", counts["fail"], "failing")}'
- f'{stat("run", counts["run"], "running")}'
- f'{stat("queue", counts["queue"], "queued")}'
- f'{stat("pass", counts["pass"], "passing")}'
- f'{stat("skip", didnt_run, "didn’t run")}'
- f'{commit}</div>')
+ return (
+ (
+ f'<span class="stat {cls}"><span class="dot {cls}"></span>'
+ f'<span class="n">{n}</span> {word}</span>'
+ )
+ if n
+ else ""
+ )
+
+ oob_attr = ' hx-swap-oob="true"' if oob else ""
+ return (
+ f'<div id="summary" class="summary"{oob_attr}>'
+ f'{stat("fail", counts["fail"], "failing")}'
+ f'{stat("run", counts["run"], "running")}'
+ f'{stat("queue", counts["queue"], "queued")}'
+ f'{stat("pass", counts["pass"], "passing")}'
+ f'{stat("skip", didnt_run, "didn’t run")}'
+ f"{commit}</div>"
+ )
def render_board(branch, refresh=False):
try:
runs = get_runs(branch, refresh=refresh)
@@ -479,38 +604,51 @@
if not runs:
return f'<div class="empty-state">No CI runs found for <code>{e(branch)}</code>.</div>'
for r in runs:
r["_cls"], r["_label"] = classify(r["status"], r["conclusion"])
- runs.sort(key=lambda r: (RANK.get(r["_cls"], 9), pretty_platform(r["workflowName"]).lower()))
+ runs.sort(
+ key=lambda r: (
+ RANK.get(r["_cls"], 9),
+ pretty_platform(r["workflowName"]).lower(),
+ )
+ )
summary = _summary_html(runs)
cards = []
for r in runs:
rid, cls, label = r["id"], r["_cls"], r["_label"]
plat = pretty_platform(r["workflowName"])
sub = f'{e(r.get("event",""))} · #{r.get("number","")} · {e(rel_time(r.get("createdAt")))}'
- q = qp(run=rid, sha=r.get("headSha", ""), platform=plat,
- refresh="1" if refresh else "0")
- cards.append(f'''
+ q = qp(
+ run=rid,
+ sha=r.get("headSha", ""),
+ platform=plat,
+ refresh="1" if refresh else "0",
+ )
+ cards.append(f"""
<details class="card {'fail' if cls=='fail' else ''}"
hx-get="/ui/platform?{q}" hx-trigger="toggle once"
hx-target="find .card-body" hx-swap="innerHTML">
<summary class="card-head">
<span class="dot {cls}"></span>
<span class="card-title">{e(plat)}<div class="sub">{sub}</div></span>
<span id="badge-{rid}" class="card-badge {cls}">{e(label)}</span>
<span class="caret">▸</span>
</summary>
<div class="card-body"><div class="muted" style="padding:10px 0"><span class="spinner"></span> loading jobs…</div></div>
- </details>''')
-
- poller = (f'<div hx-get="/ui/status?branch={e(branch)}" hx-trigger="load delay:20s, every 25s" '
- f'hx-swap="none"></div>')
- agg = (f'<h2 class="sec">Failures across platforms</h2>'
- f'<div id="agg" hx-get="/ui/aggregate?branch={e(branch)}" hx-trigger="load" hx-swap="innerHTML">'
- f'<div class="agg-loading"><span class="spinner"></span> scanning failing tests…</div></div>')
+ </details>""")
+
+ poller = (
+ f'<div hx-get="/ui/status?branch={e(branch)}" hx-trigger="load delay:20s, every 25s" '
+ f'hx-swap="none"></div>'
+ )
+ agg = (
+ f'<h2 class="sec">Failures across platforms</h2>'
+ f'<div id="agg" hx-get="/ui/aggregate?branch={e(branch)}" hx-trigger="load" hx-swap="innerHTML">'
+ f'<div class="agg-loading"><span class="spinner"></span> scanning failing tests…</div></div>'
+ )
board = f'<h2 class="sec">Platforms</h2><div id="board" class="board">{"".join(cards)}</div>'
return summary + agg + board + poller
def render_status(branch):
@@ -521,12 +659,14 @@
except Exception:
return ""
spans = []
for r in runs:
cls, label = classify(r["status"], r["conclusion"])
- spans.append(f'<span id="badge-{r["id"]}" hx-swap-oob="true" '
- f'class="card-badge {cls}">{e(label)}</span>')
+ spans.append(
+ f'<span id="badge-{r["id"]}" hx-swap-oob="true" '
+ f'class="card-badge {cls}">{e(label)}</span>'
+ )
return _summary_html(runs, oob=True) + "".join(spans)
KIND_ORDER = {"test": 0, "build": 1, "setup": 2, "rollup": 3, "other": 4}
@@ -543,38 +683,69 @@
groups = {}
for j in jobs:
groups.setdefault((KIND_ORDER.get(j["kind"], 9), j["group"]), []).append(j)
out = []
- for (_, gname), gjobs in sorted(groups.items(), key=lambda kv: (kv[0][0], kv[0][1])):
+ for (_, gname), gjobs in sorted(
+ groups.items(), key=lambda kv: (kv[0][0], kv[0][1])
+ ):
tier = tier_for(gname)
- tierpath = f'<span class="tierpath">{e(", ".join(tier["paths"]))}</span>' if tier else ""
+ tierpath = (
+ f'<span class="tierpath">{e(", ".join(tier["paths"]))}</span>'
+ if tier
+ else ""
+ )
cells, rows = [], []
for j in sorted(gjobs, key=lambda j: (j["python"] or "", j["cuda"] or "")):
cls, label = classify(j["status"], j["conclusion"])
failable = cls == "fail" and j["kind"] in ("test", "build")
if j["python"] and j["cuda"]:
- inner = (f'<span class="k"><span class="dot {cls}"></span>{e(j["python"])}·{e(j["cuda"])}</span>'
- f'<span class="v">{e(label)}</span>')
+ inner = (
+ f'<span class="k"><span class="dot {cls}"></span>{e(j["python"])}·{e(j["cuda"])}</span>'
+ f'<span class="v">{e(label)}</span>'
+ )
if failable:
- q = qp(job=j["id"], sha=sha, platform=platform, tier=gname,
- py=j["python"], cuda=j["cuda"], url=j["url"])
- cells.append(f'<div class="cell fail" tabindex="0" onclick="openDrawer()" '
- f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">{inner}</div>')
+ q = qp(
+ job=j["id"],
+ sha=sha,
+ platform=platform,
+ tier=gname,
+ py=j["python"],
+ cuda=j["cuda"],
+ url=j["url"],
+ )
+ cells.append(
+ f'<div class="cell fail" tabindex="0" onclick="openDrawer()" '
+ f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">{inner}</div>'
+ )
else:
cells.append(f'<div class="cell {cls}">{inner}</div>')
else:
name = j["raw"].split(" / ")[-1] or j["group"]
- link = f' <a href="{e(j["url"])}" target="_blank" rel="noopener">log ↗</a>' if j["url"] else ""
+ link = (
+ f' <a href="{e(j["url"])}" target="_blank" rel="noopener">log ↗</a>'
+ if j["url"]
+ else ""
+ )
extra = ""
if failable:
- q = qp(job=j["id"], sha=sha, platform=platform, tier=gname, url=j["url"])
- extra = (f' · <a href="#" onclick="openDrawer();return false" '
- f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">details</a>')
- rows.append(f'<div class="jobrow {cls}"><span class="dot {cls}"></span>'
- f'<span class="name">{e(name)}</span>'
- f'<span class="jobstate {cls}">{e(label)}</span>{link}{extra}</div>')
+ q = qp(
+ job=j["id"],
+ sha=sha,
+ platform=platform,
+ tier=gname,
+ url=j["url"],
+ )
+ extra = (
+ f' · <a href="#" onclick="openDrawer();return false" '
+ f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">details</a>'
+ )
+ rows.append(
+ f'<div class="jobrow {cls}"><span class="dot {cls}"></span>'
+ f'<span class="name">{e(name)}</span>'
+ f'<span class="jobstate {cls}">{e(label)}</span>{link}{extra}</div>'
+ )
body = ""
if cells:
body += f'<div class="matrix">{"".join(cells)}</div>'
if rows:
body += f'<div class="rows">{"".join(rows)}</div>'
@@ -582,48 +753,75 @@
return "".join(out)
def render_failures(job_id, sha, platform, tier, py, cuda, url):
data = get_failures(job_id)
- joblink = (f' · <a href="{e(url)}" target="_blank" rel="noopener">job log ↗</a>') if url else ""
- oob = (f'<span id="drawer-title" hx-swap-oob="true">{e(platform)} — {e(tier)}</span>'
- f'<span id="drawer-sub" hx-swap-oob="true">{e(py)} {e(cuda)}{joblink}</span>')
+ joblink = (
+ (f' · <a href="{e(url)}" target="_blank" rel="noopener">job log ↗</a>')
+ if url
+ else ""
+ )
+ oob = (
+ f'<span id="drawer-title" hx-swap-oob="true">{e(platform)} — {e(tier)}</span>'
+ f'<span id="drawer-sub" hx-swap-oob="true">{e(py)} {e(cuda)}{joblink}</span>'
+ )
if data.get("error"):
- return oob + f'<div class="muted">Could not load annotations: {e(data["error"])}</div>'
+ return (
+ oob
+ + f'<div class="muted">Could not load annotations: {e(data["error"])}</div>'
+ )
fails = data["failures"]
tinfo = tier_for(tier)
body = []
if not fails:
- loglink = f'<a href="{e(url)}" target="_blank" rel="noopener">Open the job log ↗</a>' if url else ""
- body.append('<div class="muted">No pytest failure annotations — this is likely a '
- f'build / environment / setup failure rather than a test assertion.<br><br>{loglink}</div>')
+ loglink = (
+ f'<a href="{e(url)}" target="_blank" rel="noopener">Open the job log ↗</a>'
+ if url
+ else ""
+ )
+ body.append(
+ '<div class="muted">No pytest failure annotations — this is likely a '
+ f"build / environment / setup failure rather than a test assertion.<br><br>{loglink}</div>"
+ )
for f in fails:
loc = ""
if f["file"]:
- gh_url = f'https://github.com/{repo_slug()}/blob/{sha}/{f["file"]}#L{f["line"]}'
- loc = (f'<div class="floc">↳ <a href="{e(gh_url)}" target="_blank" rel="noopener">'
- f'<code>{e(f["file"])}:{f["line"]}</code> ↗</a></div>')
- body.append(f'<div class="fail-item"><div class="ftest">{e(f["test"] or "failure")}</div>'
- f'{loc}<pre>{e(f["message"])}</pre></div>')
+ gh_url = (
+ f'https://github.com/{repo_slug()}/blob/{sha}/{f["file"]}#L{f["line"]}'
+ )
+ loc = (
+ f'<div class="floc">↳ <a href="{e(gh_url)}" target="_blank" rel="noopener">'
+ f'<code>{e(f["file"])}:{f["line"]}</code> ↗</a></div>'
+ )
+ body.append(
+ f'<div class="fail-item"><div class="ftest">{e(f["test"] or "failure")}</div>'
+ f'{loc}<pre>{e(f["message"])}</pre></div>'
+ )
if tinfo:
leaves = []
for f in fails:
if f["test"]:
leaf = re.split(r"[.:]", f["test"])[-1]
leaf = re.sub(r"\[.*$", "", leaf)
if leaf and leaf not in leaves:
leaves.append(leaf)
k = f' -k "{" or ".join(leaves[:6])}"' if leaves else ""
- cmd = (f'source tests/py/utils/ci_helpers.sh && '
- f'PYTHON="uv run --no-sync python" TRT_PYTEST_RERUNS=0 {tinfo["fn"]}{k}')
- body.append(f'<div class="repro"><button class="copy" onclick="copyPre(this)">copy</button>'
- f'<div class="lbl">reproduce locally</div><code>{e(cmd)}</code></div>')
+ cmd = (
+ f"source tests/py/utils/ci_helpers.sh && "
+ f'PYTHON="uv run --no-sync python" TRT_PYTEST_RERUNS=0 {tinfo["fn"]}{k}'
+ )
+ body.append(
+ f'<div class="repro"><button class="copy" onclick="copyPre(this)">copy</button>'
+ f'<div class="lbl">reproduce locally</div><code>{e(cmd)}</code></div>'
+ )
# Lazy: fetch the job log + extract the relevant block(s) once the drawer is in.
- body.append(f'<div class="logsec" hx-get="/ui/joblog?{qp(job=job_id, url=url)}" '
- f'hx-trigger="load" hx-swap="innerHTML">'
- f'<div class="muted" style="padding:8px 0"><span class="spinner"></span> '
- f'fetching relevant logs…</div></div>')
+ body.append(
+ f'<div class="logsec" hx-get="/ui/joblog?{qp(job=job_id, url=url)}" '
+ f'hx-trigger="load" hx-swap="innerHTML">'
+ f'<div class="muted" style="padding:8px 0"><span class="spinner"></span> '
+ f"fetching relevant logs…</div></div>"
+ )
return oob + "".join(body)
def render_aggregate(branch, refresh=False):
"""Cross-platform failure rollup: dedupe a failing test across every platform
@@ -639,61 +837,84 @@
except Exception:
return []
with ThreadPoolExecutor(max_workers=8) as ex:
alljobs = [x for sub in ex.map(jobs_of, runs) for x in sub]
- failed = [(r, j) for r, j in alljobs
- if classify(j["status"], j["conclusion"])[0] == "fail" and j["kind"] == "test"]
+ failed = [
+ (r, j)
+ for r, j in alljobs
+ if classify(j["status"], j["conclusion"])[0] == "fail" and j["kind"] == "test"
+ ]
if not failed:
healthy = all(classify(r["status"], r["conclusion"])[0] != "fail" for r in runs)
- msg = ("No failing test jobs 🎉" if healthy
- else "No test-level failures found (failures are build/setup — see the platform grids).")
+ msg = (
+ "No failing test jobs 🎉"
+ if healthy
+ else "No test-level failures found (failures are build/setup — see the platform grids)."
+ )
return f'<div class="agg-ok">{msg}</div>'
def fails_of(rj):
r, j = rj
return (r, j, get_failures(j["id"], refresh=refresh).get("failures", []))
+
with ThreadPoolExecutor(max_workers=8) as ex:
results = list(ex.map(fails_of, failed))
agg = {}
for r, j, fails in results:
plat = pretty_platform(r["workflowName"])
if not fails: # failed job but no parseable test → bucket under the tier
key = f"[{j['group']}]"
a = agg.setdefault(key, dict(test=key, file=None, line=None, occ=[]))
- a["occ"].append(dict(plat=plat, py=j["python"], cuda=j["cuda"], url=j["url"], msg=""))
+ a["occ"].append(
+ dict(plat=plat, py=j["python"], cuda=j["cuda"], url=j["url"], msg="")
+ )
continue
for f in fails:
key = f["test"] or f["message"].splitlines()[0]
- a = agg.setdefault(key, dict(test=f["test"] or key, file=f["file"], line=f["line"], occ=[]))
+ a = agg.setdefault(
+ key, dict(test=f["test"] or key, file=f["file"], line=f["line"], occ=[])
+ )
a["file"] = a["file"] or f["file"]
a["line"] = a["line"] or f["line"]
- a["occ"].append(dict(plat=plat, py=j["python"], cuda=j["cuda"], url=j["url"], msg=f["message"]))
-
- rows = sorted(agg.values(),
- key=lambda a: (-len({o["plat"] for o in a["occ"]}), -len(a["occ"]), a["test"]))
+ a["occ"].append(
+ dict(
+ plat=plat,
+ py=j["python"],
+ cuda=j["cuda"],
+ url=j["url"],
+ msg=f["message"],
+ )
+ )
+
+ rows = sorted(
+ agg.values(),
+ key=lambda a: (-len({o["plat"] for o in a["occ"]}), -len(a["occ"]), a["test"]),
+ )
out = []
for a in rows:
plats = sorted({o["plat"] for o in a["occ"]})
loc = ""
if a["file"]:
gh_url = f'https://github.com/{repo_slug()}/blob/{runs[0].get("headSha","")}/{a["file"]}#L{a["line"]}'
loc = f'<div class="agg-file">↳ <a href="{e(gh_url)}" target="_blank" rel="noopener"><code>{e(a["file"])}:{a["line"]}</code> ↗</a></div>'
chips = "".join(f'<span class="chip">{e(p)}</span>' for p in plats)
sample = next((o["msg"] for o in a["occ"] if o["msg"]), "")
- out.append(f'''<details class="agg-row-d">
+ out.append(f"""<details class="agg-row-d">
<summary class="agg-row">
<div><div class="agg-test">{e(a["test"])}</div>{loc}</div>
<span class="agg-count"><span class="dot fail"></span>{len(plats)} platform{"s" if len(plats)!=1 else ""}</span>
</summary>
<div class="agg-detail"><div class="chips">{chips}</div>{f"<pre>{e(sample)}</pre>" if sample else ""}</div>
- </details>''')
- header = (f'<div class="agg-head-row">{len(rows)} distinct failing test'
- f'{"s" if len(rows)!=1 else ""} across {len({o["plat"] for a in rows for o in a["occ"]})} platforms'
- f'<button class="btn small" hx-get="/ui/aggregate?branch={e(branch)}&refresh=1" '
- f'hx-target="#agg" hx-swap="innerHTML">↻ rescan</button></div>')
+ </details>""")
+ header = (
+ f'<div class="agg-head-row">{len(rows)} distinct failing test'
+ f'{"s" if len(rows)!=1 else ""} across {len({o["plat"] for a in rows for o in a["occ"]})} platforms'
+ f'<button class="btn small" hx-get="/ui/aggregate?branch={e(branch)}&refresh=1" '
+ f'hx-target="#agg" hx-swap="innerHTML">↻ rescan</button></div>'
+ )
return header + f'<div class="agg">{"".join(out)}</div>'
# ── HTTP server ──────────────────────────────────────────────────────────────
class Handler(BaseHTTPRequestHandler):
@@ -717,49 +938,74 @@
try:
p = u.path
if p in ("/", "/index.html"):
return self._index()
if p.startswith("/static/"):
- return self._static(p[len("/static/"):])
+ return self._static(p[len("/static/") :])
if p == "/ui/board":
- return self._send(200, render_board(q.get("branch") or default_branch(), refresh))
+ return self._send(
+ 200, render_board(q.get("branch") or default_branch(), refresh)
+ )
if p == "/ui/status":
- return self._send(200, render_status(q.get("branch") or default_branch()))
+ return self._send(
+ 200, render_status(q.get("branch") or default_branch())
+ )
if p == "/ui/platform":
- return self._send(200, render_platform(q["run"], q.get("sha", ""),
- q.get("platform", ""), refresh))
+ return self._send(
+ 200,
+ render_platform(
+ q["run"], q.get("sha", ""), q.get("platform", ""), refresh
+ ),
+ )
if p == "/ui/failures":
- return self._send(200, render_failures(
- q["job"], q.get("sha", ""), q.get("platform", ""), q.get("tier", ""),
- q.get("py", ""), q.get("cuda", ""), q.get("url", "")))
+ return self._send(
+ 200,
+ render_failures(
+ q["job"],
+ q.get("sha", ""),
+ q.get("platform", ""),
+ q.get("tier", ""),
+ q.get("py", ""),
+ q.get("cuda", ""),
+ q.get("url", ""),
+ ),
+ )
if p == "/ui/aggregate":
- return self._send(200, render_aggregate(q.get("branch") or default_branch(), refresh))
+ return self._send(
+ 200, render_aggregate(q.get("branch") or default_branch(), refresh)
+ )
if p == "/ui/joblog":
if q.get("raw") == "1":
log = get_job_log(q["job"], refresh)
- return self._send(200 if log else 404,
- log or "log not available", "text/plain; charset=utf-8")
+ return self._send(
+ 200 if log else 404,
+ log or "log not available",
+ "text/plain; charset=utf-8",
+ )
return self._send(200, render_joblog(q["job"], q.get("url", "")))
return self._send(404, "not found", "text/plain")
except KeyError as ex:
self._send(400, f"missing param {ex}", "text/plain")
except Exception as ex:
self._send(500, f'<div class="muted">error: {e(ex)}</div>')
def _index(self):
with open(os.path.join(STATIC, "index.html"), encoding="utf-8") as f:
html_s = f.read()
- html_s = html_s.replace("{{BRANCH}}", e(default_branch())).replace("{{REPO}}", e(repo_slug()))
+ html_s = html_s.replace("{{BRANCH}}", e(default_branch())).replace(
+ "{{REPO}}", e(repo_slug())
+ )
self._send(200, html_s)
def _static(self, rel):
rel = rel.split("?")[0].lstrip("/")
path = os.path.normpath(os.path.join(STATIC, rel))
if not path.startswith(STATIC) or not os.path.isfile(path):
return self._send(404, "not found", "text/plain")
- ctype = {"html": "text/html", "js": "text/javascript",
- "css": "text/css"}.get(rel.rsplit(".", 1)[-1], "application/octet-stream")
+ ctype = {"html": "text/html", "js": "text/javascript", "css": "text/css"}.get(
+ rel.rsplit(".", 1)[-1], "application/octet-stream"
+ )
with open(path, "rb") as f:
self._send(200, f.read(), ctype + "; charset=utf-8")
def preflight():
@@ -771,12 +1017,17 @@
def tailscale_ip():
"""Best-effort Tailscale IPv4 (100.64.0.0/10). Uses the CLI if present,
otherwise sniffs local interfaces. Returns None if not on a tailnet."""
try:
- out = subprocess.run(["tailscale", "ip", "-4"], capture_output=True,
- text=True, timeout=3).stdout.strip().splitlines()
+ out = (
+ subprocess.run(
+ ["tailscale", "ip", "-4"], capture_output=True, text=True, timeout=3
+ )
+ .stdout.strip()
+ .splitlines()
+ )
if out and out[0]:
return out[0].strip()
except Exception:
pass
try:
@@ -804,13 +1055,16 @@
def main():
global _DEFAULT_BRANCH
ap = argparse.ArgumentParser(description="Local Torch-TensorRT CI dashboard")
ap.add_argument("-b", "--branch", default=None, help="default branch to show")
ap.add_argument("-p", "--port", type=int, default=8712)
- ap.add_argument("--host", default="0.0.0.0",
- help="bind address (default 0.0.0.0 — reachable over LAN/Tailscale; "
- "use 127.0.0.1 to keep it local-only)")
+ ap.add_argument(
+ "--host",
+ default="0.0.0.0",
+ help="bind address (default 0.0.0.0 — reachable over LAN/Tailscale; "
+ "use 127.0.0.1 to keep it local-only)",
+ )
ap.add_argument("--no-open", action="store_true")
args = ap.parse_args()
preflight()
if args.branch:
_DEFAULT_BRANCH = args.branch
@@ -823,15 +1077,18 @@
if ts:
print(f" tailscale http://{ts}:{args.port}/")
lan = lan_ip()
if lan and lan != ts:
print(f" lan http://{lan}:{args.port}/")
- print(" (bound to all interfaces — anyone who can reach this host can view CI status)")
+ print(
+ " (bound to all interfaces — anyone who can reach this host can view CI status)"
+ )
print("Ctrl-C to stop.", flush=True)
if not args.no_open:
try:
import webbrowser
+
webbrowser.open(local) # always open the loopback URL locally
except Exception:
pass
try:
srv.serve_forever()
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There are some changes that do not conform to Python style guidelines:
--- /home/runner/work/TensorRT/TensorRT/tests/ci/__main__.py 2026-07-16 22:10:30.838957+00:00
+++ /home/runner/work/TensorRT/TensorRT/tests/ci/__main__.py 2026-07-16 22:10:56.916213+00:00
@@ -76,11 +76,14 @@
def _cmd_run_lane(args: argparse.Namespace) -> int:
"""Run every suite in a lane/tier, continuing past failures (so one consolidated
report sees them all). Returns non-zero if any suite failed."""
jobs = select(
- lane=args.lane, tier=args.tier, variant=args.variant, platform=args.platform,
+ lane=args.lane,
+ tier=args.tier,
+ variant=args.variant,
+ platform=args.platform,
changed=_read_changed(args),
)
if not jobs:
print("::warning::no suites match the given filters", file=sys.stderr)
return 0
@@ -90,11 +93,14 @@
return rc
def _cmd_matrix(args: argparse.Namespace) -> int:
include = matrix(
- lane=args.lane, tier=args.tier, variant=args.variant, platform=args.platform,
+ lane=args.lane,
+ tier=args.tier,
+ variant=args.variant,
+ platform=args.platform,
changed=_read_changed(args),
)
if not include:
print("::warning::matrix is empty for the given filters", file=sys.stderr)
print(json.dumps({"include": include}))
@@ -177,26 +183,28 @@
g.add_argument("--tier", choices=("l0", "l1", "l2"))
sp.add_argument("--variant", choices=("standard", "rtx"))
sp.add_argument("--platform", choices=("linux-x86_64", "windows"))
sp.add_argument("--dry-run", action="store_true")
sp.add_argument(
- "--changed-from", metavar="FILE",
+ "--changed-from",
+ metavar="FILE",
help="narrow to suites affected by these changed files (a file, or '-' "
- "for stdin; one repo-relative path per line). Broad changes → no narrowing.",
+ "for stdin; one repo-relative path per line). Broad changes → no narrowing.",
)
sp.set_defaults(fn=_cmd_run_lane)
sp = sub.add_parser("matrix", help="emit a GitHub Actions matrix as JSON")
g = sp.add_mutually_exclusive_group()
g.add_argument("--lane", choices=("fast", "full", "nightly", "python-only"))
g.add_argument("--tier", choices=("l0", "l1", "l2"))
sp.add_argument("--variant", choices=("standard", "rtx"))
sp.add_argument("--platform", choices=("linux-x86_64", "windows"))
sp.add_argument(
- "--changed-from", metavar="FILE",
+ "--changed-from",
+ metavar="FILE",
help="narrow to suites affected by these changed files (a file, or '-' "
- "for stdin; one repo-relative path per line). Broad changes → no narrowing.",
+ "for stdin; one repo-relative path per line). Broad changes → no narrowing.",
)
sp.set_defaults(fn=_cmd_matrix)
sub.add_parser("doctor", help="validate the manifest").set_defaults(fn=_cmd_doctor)
--- /home/runner/work/TensorRT/TensorRT/tests/ci/runner.py 2026-07-16 22:10:30.838957+00:00
+++ /home/runner/work/TensorRT/TensorRT/tests/ci/runner.py 2026-07-16 22:10:57.010234+00:00
@@ -213,12 +213,22 @@
# Path prefixes whose changes cannot affect any GPU test outcome. A PR touching
# ONLY these can skip the whole test matrix.
_NO_TEST_IMPACT = (
- "docs/", "docsrc/", "tools/", "notebooks/", "examples/", ".devcontainer/",
- "README", "CHANGELOG", "LICENSE", ".gitignore", ".pre-commit", ".flake8",
+ "docs/",
+ "docsrc/",
+ "tools/",
+ "notebooks/",
+ "examples/",
+ ".devcontainer/",
+ "README",
+ "CHANGELOG",
+ "LICENSE",
+ ".gitignore",
+ ".pre-commit",
+ ".flake8",
)
def _owned_dirs(s: Suite) -> set[str]:
"""Repo-relative directories a suite owns — the directory of each path target
--- /home/runner/work/TensorRT/TensorRT/tools/ci-dashboard/ci_dashboard.py 2026-07-16 22:10:30.867969+00:00
+++ /home/runner/work/TensorRT/TensorRT/tools/ci-dashboard/ci_dashboard.py 2026-07-16 22:11:03.352495+00:00
@@ -18,10 +18,11 @@
We parse that into {group, python, cuda, kind}; the group is a `<suite>-<variant>`
from the tests/ci manifest (tests/ci/suites.py — the SAME data CI runs), so a red
cell maps to the suite's pytest paths and its exact `python -m tests.ci run`
reproduce command. Pre-migration runs (tier-named) fall back to the legacy map.
"""
+
from __future__ import annotations
import argparse
import html
import json
@@ -60,42 +61,76 @@
# Kept only so historical, pre-migration runs (named "L2 dynamo core tests", not
# "<suite>-<variant>") still resolve. New runs go through the manifest above.
# Keys are normalized job group names (see _norm()); `fn` is the old shell tier.
TIER_MAP = {
"l0 dynamo converter tests": dict(
- fn="trt_tier_l0_converter", paths=["tests/py/dynamo/conversion/"]),
+ fn="trt_tier_l0_converter", paths=["tests/py/dynamo/conversion/"]
+ ),
"l0 dynamo core tests": dict(
fn="trt_tier_l0_core",
- paths=["tests/py/dynamo/runtime/test_000_*", "tests/py/dynamo/partitioning/test_000_*",
- "tests/py/dynamo/lowering/", "tests/py/dynamo/hlo/"]),
+ paths=[
+ "tests/py/dynamo/runtime/test_000_*",
+ "tests/py/dynamo/partitioning/test_000_*",
+ "tests/py/dynamo/lowering/",
+ "tests/py/dynamo/hlo/",
+ ],
+ ),
"l0 core python tests": dict(fn="trt_tier_l0_py_core", paths=["tests/py/core/"]),
"l0 torchscript tests": dict(
- fn="trt_tier_l0_torchscript", paths=["tests/py/ts/api/", "tests/modules/hub.py"]),
+ fn="trt_tier_l0_torchscript", paths=["tests/py/ts/api/", "tests/modules/hub.py"]
+ ),
"l1 dynamo core tests": dict(
fn="trt_tier_l1_dynamo_core",
- paths=["tests/py/dynamo/runtime/test_001_*", "tests/py/dynamo/partitioning/test_001_*",
- "tests/py/dynamo/hlo/"]),
+ paths=[
+ "tests/py/dynamo/runtime/test_001_*",
+ "tests/py/dynamo/partitioning/test_001_*",
+ "tests/py/dynamo/hlo/",
+ ],
+ ),
"l1 dynamo compile tests": dict(
- fn="trt_tier_l1_dynamo_compile", paths=["tests/py/dynamo/models/"]),
+ fn="trt_tier_l1_dynamo_compile", paths=["tests/py/dynamo/models/"]
+ ),
"l1 torch compile tests": dict(
fn="trt_tier_l1_torch_compile",
- paths=["tests/py/dynamo/backend/", "tests/py/dynamo/models/test_models.py",
- "tests/py/dynamo/models/test_dyn_models.py"]),
- "l1 torch script tests": dict(fn="trt_tier_l1_torchscript", paths=["tests/py/ts/models/"]),
+ paths=[
+ "tests/py/dynamo/backend/",
+ "tests/py/dynamo/models/test_models.py",
+ "tests/py/dynamo/models/test_dyn_models.py",
+ ],
+ ),
+ "l1 torch script tests": dict(
+ fn="trt_tier_l1_torchscript", paths=["tests/py/ts/models/"]
+ ),
"l2 torch compile tests": dict(
fn="trt_tier_l2_torch_compile",
- paths=["tests/py/dynamo/models/test_models.py", "tests/py/dynamo/models/test_dyn_models.py"]),
+ paths=[
+ "tests/py/dynamo/models/test_models.py",
+ "tests/py/dynamo/models/test_dyn_models.py",
+ ],
+ ),
"l2 dynamo compile tests": dict(
- fn="trt_tier_l2_dynamo_compile", paths=["tests/py/dynamo/models/", "tests/py/dynamo/llm/"]),
+ fn="trt_tier_l2_dynamo_compile",
+ paths=["tests/py/dynamo/models/", "tests/py/dynamo/llm/"],
+ ),
"l2 dynamo core tests": dict(
- fn="trt_tier_l2_dynamo_core", paths=["tests/py/dynamo/runtime/", "tests/py/dynamo/executorch/"]),
+ fn="trt_tier_l2_dynamo_core",
+ paths=["tests/py/dynamo/runtime/", "tests/py/dynamo/executorch/"],
+ ),
"l2 dynamo plugin tests": dict(
fn="trt_tier_l2_plugin",
- paths=["tests/py/dynamo/conversion/", "tests/py/dynamo/automatic_plugin/", "tests/py/kernels/"]),
- "l2 torch script tests": dict(fn="trt_tier_l2_torchscript", paths=["tests/py/ts/integrations/"]),
+ paths=[
+ "tests/py/dynamo/conversion/",
+ "tests/py/dynamo/automatic_plugin/",
+ "tests/py/kernels/",
+ ],
+ ),
+ "l2 torch script tests": dict(
+ fn="trt_tier_l2_torchscript", paths=["tests/py/ts/integrations/"]
+ ),
"l2 dynamo distributed tests": dict(
- fn="trt_tier_l2_distributed", paths=["tests/py/dynamo/distributed/"]),
+ fn="trt_tier_l2_distributed", paths=["tests/py/dynamo/distributed/"]
+ ),
}
def _norm(s: str) -> str:
"""Lowercase and collapse separators so 'L2-dynamo-core-tests' and
@@ -198,22 +233,25 @@
CACHE = Cache()
def gh(args, parse=True, timeout=90):
- proc = subprocess.run(["gh", *args], capture_output=True, text=True,
- timeout=timeout, cwd=REPO_ROOT)
+ proc = subprocess.run(
+ ["gh", *args], capture_output=True, text=True, timeout=timeout, cwd=REPO_ROOT
+ )
if proc.returncode != 0:
raise RuntimeError((proc.stderr or proc.stdout or "gh failed").strip())
return json.loads(proc.stdout) if parse else proc.stdout
@lru_cache(maxsize=1)
def repo_slug():
try:
- return gh(["repo", "view", "--json", "nameWithOwner", "-q", ".nameWithOwner"],
- parse=False).strip()
+ return gh(
+ ["repo", "view", "--json", "nameWithOwner", "-q", ".nameWithOwner"],
+ parse=False,
+ ).strip()
except Exception:
return "pytorch/TensorRT"
_DEFAULT_BRANCH = None
@@ -221,25 +259,33 @@
def default_branch():
if _DEFAULT_BRANCH:
return _DEFAULT_BRANCH
try:
- b = subprocess.run(["git", "rev-parse", "--abbrev-ref", "HEAD"],
- capture_output=True, text=True, cwd=REPO_ROOT).stdout.strip()
+ b = subprocess.run(
+ ["git", "rev-parse", "--abbrev-ref", "HEAD"],
+ capture_output=True,
+ text=True,
+ cwd=REPO_ROOT,
+ ).stdout.strip()
return b if b and b != "HEAD" else "main"
except Exception:
return "main"
# ── data layer ───────────────────────────────────────────────────────────────
def get_runs(branch, limit=40, refresh=False):
key = f"runs:{branch}:{limit}"
if not refresh and (c := CACHE.get(key)) is not None:
return c
- fields = ("databaseId,workflowName,displayTitle,headBranch,headSha,status,"
- "conclusion,event,createdAt,updatedAt,url,number")
- runs = gh(["run", "list", "--branch", branch, "--limit", str(limit), "--json", fields])
+ fields = (
+ "databaseId,workflowName,displayTitle,headBranch,headSha,status,"
+ "conclusion,event,createdAt,updatedAt,url,number"
+ )
+ runs = gh(
+ ["run", "list", "--branch", branch, "--limit", str(limit), "--json", fields]
+ )
newest = {}
for r in runs:
r["id"] = r.get("databaseId") # normalize (gh run list uses databaseId)
wf = r.get("workflowName") or "?"
if wf not in newest or r["createdAt"] > newest[wf]["createdAt"]:
@@ -267,40 +313,62 @@
kind = "build"
elif re.match(r"l[012]\b", gl):
kind = "test"
elif "matrix" in gl or "generate" in gl or group == "filter-matrix":
kind = "setup"
- elif raw.startswith("CI /") or "aggregate" in gl or "collect results" in gl or "rollup" in gl:
+ elif (
+ raw.startswith("CI /")
+ or "aggregate" in gl
+ or "collect results" in gl
+ or "rollup" in gl
+ ):
kind = "rollup"
else:
kind = "other"
return dict(
- id=j.get("databaseId") or j.get("id"), raw=raw, group=group, kind=kind,
- python=py.group(0) if py else None, cuda=cu.group(0) if cu else None,
- status=j.get("status"), conclusion=j.get("conclusion"),
+ id=j.get("databaseId") or j.get("id"),
+ raw=raw,
+ group=group,
+ kind=kind,
+ python=py.group(0) if py else None,
+ cuda=cu.group(0) if cu else None,
+ status=j.get("status"),
+ conclusion=j.get("conclusion"),
url=j.get("html_url") or j.get("url"),
- failedSteps=[s["name"] for s in j.get("steps", []) if s.get("conclusion") == "failure"],
+ failedSteps=[
+ s["name"] for s in j.get("steps", []) if s.get("conclusion") == "failure"
+ ],
)
def get_jobs(run_id, refresh=False):
key = f"jobs:{run_id}"
if not refresh and (c := CACHE.get(key)) is not None:
return c
- data = gh(["api", f"repos/{repo_slug()}/actions/runs/{run_id}/jobs",
- "--paginate", "-q", ".jobs[]"], parse=False)
+ data = gh(
+ [
+ "api",
+ f"repos/{repo_slug()}/actions/runs/{run_id}/jobs",
+ "--paginate",
+ "-q",
+ ".jobs[]",
+ ],
+ parse=False,
+ )
jobs = [json.loads(line) for line in data.splitlines() if line.strip()]
parsed = [_parse_job(j) for j in jobs]
live = any(j["status"] != "completed" for j in parsed)
CACHE.put(key, parsed, ttl=15 if live else 300)
return parsed
NOISE = re.compile(
r"Process completed with exit code|Node\.js \d+ is deprecated|"
r"is deprecated\. Please switch|conda\.cli|defaults' channel|auto_activate|"
- r"might have been added implicitly", re.I)
+ r"might have been added implicitly",
+ re.I,
+)
TESTLINE = re.compile(r"^(?P<test>[\w./-]+(?:\.[\w\[\]-]+)+)\s*$")
@lru_cache(maxsize=4096)
def grep_test(symbol):
@@ -310,12 +378,17 @@
leaf = re.sub(r"\[.*$", "", leaf)
if not re.match(r"^[A-Za-z_]\w+$", leaf):
return None
pat = f"def {leaf}\\b" if leaf.startswith("test") else f"class {leaf}\\b"
try:
- out = subprocess.run(["git", "grep", "-n", "-E", pat, "--", "tests/"],
- capture_output=True, text=True, cwd=REPO_ROOT, timeout=15).stdout
+ out = subprocess.run(
+ ["git", "grep", "-n", "-E", pat, "--", "tests/"],
+ capture_output=True,
+ text=True,
+ cwd=REPO_ROOT,
+ timeout=15,
+ ).stdout
except Exception:
return None
for line in out.splitlines():
path, lineno, _ = line.split(":", 2)
return (path, int(lineno))
@@ -343,31 +416,40 @@
dedupe = test or head
if dedupe in seen:
continue
seen.add(dedupe)
loc = grep_test(test) if test else None
- failures.append(dict(test=test, message=msg[:1400],
- file=loc[0] if loc else None, line=loc[1] if loc else None))
+ failures.append(
+ dict(
+ test=test,
+ message=msg[:1400],
+ file=loc[0] if loc else None,
+ line=loc[1] if loc else None,
+ )
+ )
result = dict(failures=failures)
CACHE.put(key, result, ttl=600)
return result
# ── job logs (fetch + per-test extraction) ──────────────────────────────────
-_TS = re.compile(r"^\d{4}-\d{2}-\d{2}T\d{2}:\d{2}:\d{2}\.\d+Z ") # GH line prefix
-_SEP = re.compile(r"^_{4,}\s+(.+?)\s+_{4,}\s*$") # pytest FAILURES sep
-_SECT = re.compile(r"^={4,}") # ==== section ====
+_TS = re.compile(r"^\d{4}-\d{2}-\d{2}T\d{2}:\d{2}:\d{2}\.\d+Z ") # GH line prefix
+_SEP = re.compile(r"^_{4,}\s+(.+?)\s+_{4,}\s*$") # pytest FAILURES sep
+_SECT = re.compile(r"^={4,}") # ==== section ====
def get_job_log(job_id, refresh=False):
"""Raw plain-text log for one job (immutable once complete → cached 1h)."""
key = f"log:{job_id}"
if not refresh and (c := CACHE.get(key)) is not None:
return c
try:
- raw = gh(["api", f"repos/{repo_slug()}/actions/jobs/{job_id}/logs"],
- parse=False, timeout=60)
+ raw = gh(
+ ["api", f"repos/{repo_slug()}/actions/jobs/{job_id}/logs"],
+ parse=False,
+ timeout=60,
+ )
except Exception:
raw = None
CACHE.put(key, raw, ttl=3600 if raw else 20)
return raw
@@ -379,12 +461,13 @@
def extract_test_log(lines, test, max_lines=160):
"""Pull the pytest FAILURES block for `test`. Falls back to a context window
around the test's last mention (covers custom harnesses w/o a FAILURES sep).
Returns the excerpt string, or None."""
leaf = re.split(r"[.:]", test)[-1].split("[")[0] if test else None
- seps = [(i, m.group(1).strip()) for i, ln in enumerate(lines)
- if (m := _SEP.match(ln))]
+ seps = [
+ (i, m.group(1).strip()) for i, ln in enumerate(lines) if (m := _SEP.match(ln))
+ ]
start = None
if test:
# Prefer an exact title match — the leaf method name (e.g. test_trt_compile)
# is shared across many classes, so fuzzy matching would grab the wrong block.
for i, title in seps:
@@ -405,53 +488,75 @@
end = j
break
block = lines[start:end]
else:
needle = leaf or test
- hit = next((i for i in range(len(lines) - 1, -1, -1) if needle and needle in lines[i]), None)
+ hit = next(
+ (i for i in range(len(lines) - 1, -1, -1) if needle and needle in lines[i]),
+ None,
+ )
if hit is None:
return None
- block = lines[max(0, hit - 4): hit + 44]
+ block = lines[max(0, hit - 4) : hit + 44]
if len(block) > max_lines:
- block = block[:max_lines] + [f"… (+{len(block) - max_lines} more lines — open the raw log)"]
+ block = block[:max_lines] + [
+ f"… (+{len(block) - max_lines} more lines — open the raw log)"
+ ]
return "\n".join(block).strip()
def summary_reasons(lines, test):
"""The concise `FAILED …/ERROR … - <reason>` lines from pytest's summary."""
leaf = re.split(r"[.:]", test)[-1].split("[")[0] if test else None
- return [ln for ln in lines
- if re.match(r"^(FAILED|ERROR) ", ln) and (not leaf or leaf in ln)]
+ return [
+ ln
+ for ln in lines
+ if re.match(r"^(FAILED|ERROR) ", ln) and (not leaf or leaf in ln)
+ ]
def render_joblog(job_id, url):
log = get_job_log(job_id)
- ghlink = f'<a href="{e(url)}" target="_blank" rel="noopener">job on GitHub ↗</a>' if url else ""
+ ghlink = (
+ f'<a href="{e(url)}" target="_blank" rel="noopener">job on GitHub ↗</a>'
+ if url
+ else ""
+ )
rawlink = f'<a href="/ui/joblog?job={e(job_id)}&raw=1" target="_blank" rel="noopener">raw log ↗</a>'
head = f'<div class="logsec-head"><span class="lbl">relevant logs</span>{rawlink} · {ghlink}</div>'
if not log:
- return head + ('<div class="muted">Log not available yet — the job may still be '
- f'running, or GitHub expired it. {ghlink}</div>')
+ return head + (
+ '<div class="muted">Log not available yet — the job may still be '
+ f"running, or GitHub expired it. {ghlink}</div>"
+ )
lines = _clean_lines(log)
fails = get_failures(job_id).get("failures", [])
blocks = []
for f in fails:
excerpt = extract_test_log(lines, f["test"])
reasons = summary_reasons(lines, f["test"])
title = e(f["test"] or "failure")
- reason_html = (f'<div class="logreason">{e(reasons[0][:300])}</div>' if reasons else "")
+ reason_html = (
+ f'<div class="logreason">{e(reasons[0][:300])}</div>' if reasons else ""
+ )
if excerpt:
- blocks.append(f'<details class="logblock" open><summary>{title}</summary>'
- f'{reason_html}<pre>{e(excerpt)}</pre></details>')
+ blocks.append(
+ f'<details class="logblock" open><summary>{title}</summary>'
+ f"{reason_html}<pre>{e(excerpt)}</pre></details>"
+ )
else:
- blocks.append(f'<details class="logblock"><summary>{title}</summary>'
- f'{reason_html}<div class="muted">No matching block in the log — '
- f'see the raw log.</div></details>')
+ blocks.append(
+ f'<details class="logblock"><summary>{title}</summary>'
+ f'{reason_html}<div class="muted">No matching block in the log — '
+ f"see the raw log.</div></details>"
+ )
if not fails: # build/env/setup failure: no test annotations → show the tail
tail = "\n".join(lines[-180:]).strip()
- blocks.append('<details class="logblock" open><summary>end of job log</summary>'
- f'<pre>{e(tail)}</pre></details>')
+ blocks.append(
+ '<details class="logblock" open><summary>end of job log</summary>'
+ f"<pre>{e(tail)}</pre></details>"
+ )
return head + "".join(blocks)
# ── status helpers ───────────────────────────────────────────────────────────
def classify(status, conclusion):
@@ -460,11 +565,13 @@
and a cancelled job didn't produce a verdict. Only `failure`/`timed_out`
(actually executed and failed) are `fail`."""
if status and status != "completed":
if status in ("in_progress", "running"):
return "run", "running"
- return "queue", status.replace("_", " ") # queued / waiting / pending / requested
+ return "queue", status.replace(
+ "_", " "
+ ) # queued / waiting / pending / requested
c = conclusion or ""
return {
"success": ("pass", "passed"),
"failure": ("fail", "failed"),
"timed_out": ("fail", "timed out"),
@@ -492,33 +599,80 @@
# so order is most-specific → most-generic. `kind` drives the tag colour:
# infra = "probably not your bug" · env/gap = setup/feature hole · bug = real.
# NOTE: an OOM often surfaces AS an AssertionError ("assert cuda_engine"); the OOM
# signatures below are listed first on purpose so they win over the generic assert.
_FAIL_CATS = [
- ("oom", "GPU / resource", "infra", re.compile(
- r"OutOfMemory|out of memory|createCaskHardwareInfo|\bCask\b|"
- r"build_serialized_network returned None|assert cuda_engine|cuda_engine\b|"
- r"catchCudaError|cudaError|cuInit|defaultAllocator|no CUDA GPUs|"
- r"CUDA error|cudaMalloc|device-side assert", re.I)),
- ("timeout", "timeout", "infra", re.compile(
- r"timed out|timeout|deadline exceeded|took too long", re.I)),
- ("import", "import / collection", "env", re.compile(
- r"ModuleNotFoundError|ImportError|No module named|cannot import name|"
- r"error collecting|errors during collection|failed to import", re.I)),
- ("unsupported", "unsupported op", "env", re.compile(
- r"no converter|not support|unsupported|Could not find any implementation|"
- r"UnsupportedOperator|no implementation for", re.I)),
- ("numerical", "numerical / accuracy", "bug", re.compile(
- r"not close|Mismatched elements|cosine|tolerance|allclose|"
- r"Max absolute difference|relative difference|accuracy|atol|rtol", re.I)),
- ("assertion", "assertion", "bug", re.compile(
- r"\bAssertionError\b|^\s*assert\s", re.I | re.M)),
- ("typeerr", "type / shape", "bug", re.compile(
- r"\b(TypeError|AttributeError|KeyError|IndexError|ValueError)\b|"
- r"shape mismatch|size mismatch|dtype", re.I)),
- ("runtime", "runtime error", "bug", re.compile(
- r"\b(RuntimeError|NotImplementedError)\b", re.I)),
+ (
+ "oom",
+ "GPU / resource",
+ "infra",
+ re.compile(
+ r"OutOfMemory|out of memory|createCaskHardwareInfo|\bCask\b|"
+ r"build_serialized_network returned None|assert cuda_engine|cuda_engine\b|"
+ r"catchCudaError|cudaError|cuInit|defaultAllocator|no CUDA GPUs|"
+ r"CUDA error|cudaMalloc|device-side assert",
+ re.I,
+ ),
+ ),
+ (
+ "timeout",
+ "timeout",
+ "infra",
+ re.compile(r"timed out|timeout|deadline exceeded|took too long", re.I),
+ ),
+ (
+ "import",
+ "import / collection",
+ "env",
+ re.compile(
+ r"ModuleNotFoundError|ImportError|No module named|cannot import name|"
+ r"error collecting|errors during collection|failed to import",
+ re.I,
+ ),
+ ),
+ (
+ "unsupported",
+ "unsupported op",
+ "env",
+ re.compile(
+ r"no converter|not support|unsupported|Could not find any implementation|"
+ r"UnsupportedOperator|no implementation for",
+ re.I,
+ ),
+ ),
+ (
+ "numerical",
+ "numerical / accuracy",
+ "bug",
+ re.compile(
+ r"not close|Mismatched elements|cosine|tolerance|allclose|"
+ r"Max absolute difference|relative difference|accuracy|atol|rtol",
+ re.I,
+ ),
+ ),
+ (
+ "assertion",
+ "assertion",
+ "bug",
+ re.compile(r"\bAssertionError\b|^\s*assert\s", re.I | re.M),
+ ),
+ (
+ "typeerr",
+ "type / shape",
+ "bug",
+ re.compile(
+ r"\b(TypeError|AttributeError|KeyError|IndexError|ValueError)\b|"
+ r"shape mismatch|size mismatch|dtype",
+ re.I,
+ ),
+ ),
+ (
+ "runtime",
+ "runtime error",
+ "bug",
+ re.compile(r"\b(RuntimeError|NotImplementedError)\b", re.I),
+ ),
]
# Roll-up labels for the per-run category tally (kind → human summary word).
_KIND_LABEL = {
@@ -538,12 +692,14 @@
return dict(key=key, label=label, kind=kind)
return dict(key="other", label="error", kind="unknown")
def _cat_tag(cat):
- return (f'<span class="cat {cat["kind"]}" '
- f'title="{e(cat["label"])} — {cat["kind"]}">{e(cat["label"])}</span>')
+ return (
+ f'<span class="cat {cat["kind"]}" '
+ f'title="{e(cat["label"])} — {cat["kind"]}">{e(cat["label"])}</span>'
+ )
def _config_pattern(occ, all_pys, all_cudas):
"""Which configuration a failure correlates with — the strongest diagnostic
signal after the category. Only asserts "X only" when X is a strict subset of
@@ -578,27 +734,34 @@
return f"{int(s // n)}{unit} ago"
return "just now"
def pretty_platform(name):
- n = (name.replace("Python-only build and test ", "py-only ")
- .replace("RTX - Build and test ", "RTX ")
- .replace("RTX - Python-only build and test ", "RTX py-only ")
- .replace("Build and test ", "").replace(" wheels", "")
- .replace(" for Jetpack", " · jetpack"))
+ n = (
+ name.replace("Python-only build and test ", "py-only ")
+ .replace("RTX - Build and test ", "RTX ")
+ .replace("RTX - Python-only build and test ", "RTX py-only ")
+ .replace("Build and test ", "")
+ .replace(" wheels", "")
+ .replace(" for Jetpack", " · jetpack")
+ )
return n.strip()
def e(s):
return html.escape(str(s if s is not None else ""))
def qp(**kw):
"""Build a URL-encoded, HTML-attribute-safe query string from kwargs, so
values with spaces/&/ (platform + tier names, job URLs) survive intact."""
- return e("&".join(f"{k}={quote(str(v if v is not None else ''), safe='')}"
- for k, v in kw.items()))
+ return e(
+ "&".join(
+ f"{k}={quote(str(v if v is not None else ''), safe='')}"
+ for k, v in kw.items()
+ )
+ )
# ── HTML fragment renderers ──────────────────────────────────────────────────
def _summary_html(runs, oob=False):
"""The top counts strip. Shared by the board and the live poller so the two
@@ -609,24 +772,35 @@
cls, _ = classify(r["status"], r["conclusion"])
counts[cls] = counts.get(cls, 0) + 1
didnt_run = counts["skip"] + counts["cancel"]
head = runs[0] if runs else {}
sha = (head.get("headSha") or "")[:9]
- commit = (f'<div class="commit"><code>{e(sha)}</code> · {e(head.get("displayTitle", ""))[:80]}'
- f' · {e(rel_time(head.get("createdAt")))}</div>')
+ commit = (
+ f'<div class="commit"><code>{e(sha)}</code> · {e(head.get("displayTitle", ""))[:80]}'
+ f' · {e(rel_time(head.get("createdAt")))}</div>'
+ )
def stat(cls, n, word):
- return (f'<span class="stat {cls}"><span class="dot {cls}"></span>'
- f'<span class="n">{n}</span> {word}</span>') if n else ""
- oob_attr = ' hx-swap-oob="true"' if oob else ''
- return (f'<div id="summary" class="summary"{oob_attr}>'
- f'{stat("fail", counts["fail"], "failing")}'
- f'{stat("run", counts["run"], "running")}'
- f'{stat("queue", counts["queue"], "queued")}'
- f'{stat("pass", counts["pass"], "passing")}'
- f'{stat("skip", didnt_run, "didn’t run")}'
- f'{commit}</div>')
+ return (
+ (
+ f'<span class="stat {cls}"><span class="dot {cls}"></span>'
+ f'<span class="n">{n}</span> {word}</span>'
+ )
+ if n
+ else ""
+ )
+
+ oob_attr = ' hx-swap-oob="true"' if oob else ""
+ return (
+ f'<div id="summary" class="summary"{oob_attr}>'
+ f'{stat("fail", counts["fail"], "failing")}'
+ f'{stat("run", counts["run"], "running")}'
+ f'{stat("queue", counts["queue"], "queued")}'
+ f'{stat("pass", counts["pass"], "passing")}'
+ f'{stat("skip", didnt_run, "didn’t run")}'
+ f"{commit}</div>"
+ )
def render_board(branch, refresh=False):
try:
runs = get_runs(branch, refresh=refresh)
@@ -635,38 +809,51 @@
if not runs:
return f'<div class="empty-state">No CI runs found for <code>{e(branch)}</code>.</div>'
for r in runs:
r["_cls"], r["_label"] = classify(r["status"], r["conclusion"])
- runs.sort(key=lambda r: (RANK.get(r["_cls"], 9), pretty_platform(r["workflowName"]).lower()))
+ runs.sort(
+ key=lambda r: (
+ RANK.get(r["_cls"], 9),
+ pretty_platform(r["workflowName"]).lower(),
+ )
+ )
summary = _summary_html(runs)
cards = []
for r in runs:
rid, cls, label = r["id"], r["_cls"], r["_label"]
plat = pretty_platform(r["workflowName"])
sub = f'{e(r.get("event",""))} · #{r.get("number","")} · {e(rel_time(r.get("createdAt")))}'
- q = qp(run=rid, sha=r.get("headSha", ""), platform=plat,
- refresh="1" if refresh else "0")
- cards.append(f'''
+ q = qp(
+ run=rid,
+ sha=r.get("headSha", ""),
+ platform=plat,
+ refresh="1" if refresh else "0",
+ )
+ cards.append(f"""
<details class="card {'fail' if cls=='fail' else ''}"
hx-get="/ui/platform?{q}" hx-trigger="toggle once"
hx-target="find .card-body" hx-swap="innerHTML">
<summary class="card-head">
<span class="dot {cls}"></span>
<span class="card-title">{e(plat)}<div class="sub">{sub}</div></span>
<span id="badge-{rid}" class="card-badge {cls}">{e(label)}</span>
<span class="caret">▸</span>
</summary>
<div class="card-body"><div class="muted" style="padding:10px 0"><span class="spinner"></span> loading jobs…</div></div>
- </details>''')
-
- poller = (f'<div hx-get="/ui/status?branch={e(branch)}" hx-trigger="load delay:20s, every 25s" '
- f'hx-swap="none"></div>')
- agg = (f'<h2 class="sec">Failures across platforms</h2>'
- f'<div id="agg" hx-get="/ui/aggregate?branch={e(branch)}" hx-trigger="load" hx-swap="innerHTML">'
- f'<div class="agg-loading"><span class="spinner"></span> scanning failing tests…</div></div>')
+ </details>""")
+
+ poller = (
+ f'<div hx-get="/ui/status?branch={e(branch)}" hx-trigger="load delay:20s, every 25s" '
+ f'hx-swap="none"></div>'
+ )
+ agg = (
+ f'<h2 class="sec">Failures across platforms</h2>'
+ f'<div id="agg" hx-get="/ui/aggregate?branch={e(branch)}" hx-trigger="load" hx-swap="innerHTML">'
+ f'<div class="agg-loading"><span class="spinner"></span> scanning failing tests…</div></div>'
+ )
board = f'<h2 class="sec">Platforms</h2><div id="board" class="board">{"".join(cards)}</div>'
return summary + agg + board + poller
def render_status(branch):
@@ -677,12 +864,14 @@
except Exception:
return ""
spans = []
for r in runs:
cls, label = classify(r["status"], r["conclusion"])
- spans.append(f'<span id="badge-{r["id"]}" hx-swap-oob="true" '
- f'class="card-badge {cls}">{e(label)}</span>')
+ spans.append(
+ f'<span id="badge-{r["id"]}" hx-swap-oob="true" '
+ f'class="card-badge {cls}">{e(label)}</span>'
+ )
return _summary_html(runs, oob=True) + "".join(spans)
KIND_ORDER = {"test": 0, "build": 1, "setup": 2, "rollup": 3, "other": 4}
@@ -699,38 +888,69 @@
groups = {}
for j in jobs:
groups.setdefault((KIND_ORDER.get(j["kind"], 9), j["group"]), []).append(j)
out = []
- for (_, gname), gjobs in sorted(groups.items(), key=lambda kv: (kv[0][0], kv[0][1])):
+ for (_, gname), gjobs in sorted(
+ groups.items(), key=lambda kv: (kv[0][0], kv[0][1])
+ ):
info = info_for(gname)
- tierpath = f'<span class="tierpath">{e(", ".join(info["paths"]))}</span>' if info else ""
+ tierpath = (
+ f'<span class="tierpath">{e(", ".join(info["paths"]))}</span>'
+ if info
+ else ""
+ )
cells, rows = [], []
for j in sorted(gjobs, key=lambda j: (j["python"] or "", j["cuda"] or "")):
cls, label = classify(j["status"], j["conclusion"])
failable = cls == "fail" and j["kind"] in ("test", "build")
if j["python"] and j["cuda"]:
- inner = (f'<span class="k"><span class="dot {cls}"></span>{e(j["python"])}·{e(j["cuda"])}</span>'
- f'<span class="v">{e(label)}</span>')
+ inner = (
+ f'<span class="k"><span class="dot {cls}"></span>{e(j["python"])}·{e(j["cuda"])}</span>'
+ f'<span class="v">{e(label)}</span>'
+ )
if failable:
- q = qp(job=j["id"], sha=sha, platform=platform, tier=gname,
- py=j["python"], cuda=j["cuda"], url=j["url"])
- cells.append(f'<div class="cell fail" tabindex="0" onclick="openDrawer()" '
- f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">{inner}</div>')
+ q = qp(
+ job=j["id"],
+ sha=sha,
+ platform=platform,
+ tier=gname,
+ py=j["python"],
+ cuda=j["cuda"],
+ url=j["url"],
+ )
+ cells.append(
+ f'<div class="cell fail" tabindex="0" onclick="openDrawer()" '
+ f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">{inner}</div>'
+ )
else:
cells.append(f'<div class="cell {cls}">{inner}</div>')
else:
name = j["raw"].split(" / ")[-1] or j["group"]
- link = f' <a href="{e(j["url"])}" target="_blank" rel="noopener">log ↗</a>' if j["url"] else ""
+ link = (
+ f' <a href="{e(j["url"])}" target="_blank" rel="noopener">log ↗</a>'
+ if j["url"]
+ else ""
+ )
extra = ""
if failable:
- q = qp(job=j["id"], sha=sha, platform=platform, tier=gname, url=j["url"])
- extra = (f' · <a href="#" onclick="openDrawer();return false" '
- f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">details</a>')
- rows.append(f'<div class="jobrow {cls}"><span class="dot {cls}"></span>'
- f'<span class="name">{e(name)}</span>'
- f'<span class="jobstate {cls}">{e(label)}</span>{link}{extra}</div>')
+ q = qp(
+ job=j["id"],
+ sha=sha,
+ platform=platform,
+ tier=gname,
+ url=j["url"],
+ )
+ extra = (
+ f' · <a href="#" onclick="openDrawer();return false" '
+ f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">details</a>'
+ )
+ rows.append(
+ f'<div class="jobrow {cls}"><span class="dot {cls}"></span>'
+ f'<span class="name">{e(name)}</span>'
+ f'<span class="jobstate {cls}">{e(label)}</span>{link}{extra}</div>'
+ )
body = ""
if cells:
body += f'<div class="matrix">{"".join(cells)}</div>'
if rows:
body += f'<div class="rows">{"".join(rows)}</div>'
@@ -738,49 +958,74 @@
return "".join(out)
def render_failures(job_id, sha, platform, tier, py, cuda, url):
data = get_failures(job_id)
- joblink = (f' · <a href="{e(url)}" target="_blank" rel="noopener">job log ↗</a>') if url else ""
- oob = (f'<span id="drawer-title" hx-swap-oob="true">{e(platform)} — {e(tier)}</span>'
- f'<span id="drawer-sub" hx-swap-oob="true">{e(py)} {e(cuda)}{joblink}</span>')
+ joblink = (
+ (f' · <a href="{e(url)}" target="_blank" rel="noopener">job log ↗</a>')
+ if url
+ else ""
+ )
+ oob = (
+ f'<span id="drawer-title" hx-swap-oob="true">{e(platform)} — {e(tier)}</span>'
+ f'<span id="drawer-sub" hx-swap-oob="true">{e(py)} {e(cuda)}{joblink}</span>'
+ )
if data.get("error"):
- return oob + f'<div class="muted">Could not load annotations: {e(data["error"])}</div>'
+ return (
+ oob
+ + f'<div class="muted">Could not load annotations: {e(data["error"])}</div>'
+ )
fails = data["failures"]
info = info_for(tier)
body = []
if not fails:
- loglink = f'<a href="{e(url)}" target="_blank" rel="noopener">Open the job log ↗</a>' if url else ""
- body.append('<div class="muted">No pytest failure annotations — this is likely a '
- f'build / environment / setup failure rather than a test assertion.<br><br>{loglink}</div>')
+ loglink = (
+ f'<a href="{e(url)}" target="_blank" rel="noopener">Open the job log ↗</a>'
+ if url
+ else ""
+ )
+ body.append(
+ '<div class="muted">No pytest failure annotations — this is likely a '
+ f"build / environment / setup failure rather than a test assertion.<br><br>{loglink}</div>"
+ )
for f in fails:
loc = ""
if f["file"]:
- gh_url = f'https://github.com/{repo_slug()}/blob/{sha}/{f["file"]}#L{f["line"]}'
- loc = (f'<div class="floc">↳ <a href="{e(gh_url)}" target="_blank" rel="noopener">'
- f'<code>{e(f["file"])}:{f["line"]}</code> ↗</a></div>')
+ gh_url = (
+ f'https://github.com/{repo_slug()}/blob/{sha}/{f["file"]}#L{f["line"]}'
+ )
+ loc = (
+ f'<div class="floc">↳ <a href="{e(gh_url)}" target="_blank" rel="noopener">'
+ f'<code>{e(f["file"])}:{f["line"]}</code> ↗</a></div>'
+ )
cat = categorize_failure(f["message"])
- body.append(f'<div class="fail-item"><div class="ftest">{e(f["test"] or "failure")}'
- f' {_cat_tag(cat)}</div>'
- f'{loc}<pre>{e(f["message"])}</pre></div>')
+ body.append(
+ f'<div class="fail-item"><div class="ftest">{e(f["test"] or "failure")}'
+ f" {_cat_tag(cat)}</div>"
+ f'{loc}<pre>{e(f["message"])}</pre></div>'
+ )
if info:
leaves = []
for f in fails:
if f["test"]:
leaf = re.split(r"[.:]", f["test"])[-1]
leaf = re.sub(r"\[.*$", "", leaf)
if leaf and leaf not in leaves:
leaves.append(leaf)
kexpr = " or ".join(leaves[:6])
cmd = info["repro"](kexpr)
- body.append(f'<div class="repro"><button class="copy" onclick="copyPre(this)">copy</button>'
- f'<div class="lbl">reproduce locally</div><code>{e(cmd)}</code></div>')
+ body.append(
+ f'<div class="repro"><button class="copy" onclick="copyPre(this)">copy</button>'
+ f'<div class="lbl">reproduce locally</div><code>{e(cmd)}</code></div>'
+ )
# Lazy: fetch the job log + extract the relevant block(s) once the drawer is in.
- body.append(f'<div class="logsec" hx-get="/ui/joblog?{qp(job=job_id, url=url)}" '
- f'hx-trigger="load" hx-swap="innerHTML">'
- f'<div class="muted" style="padding:8px 0"><span class="spinner"></span> '
- f'fetching relevant logs…</div></div>')
+ body.append(
+ f'<div class="logsec" hx-get="/ui/joblog?{qp(job=job_id, url=url)}" '
+ f'hx-trigger="load" hx-swap="innerHTML">'
+ f'<div class="muted" style="padding:8px 0"><span class="spinner"></span> '
+ f"fetching relevant logs…</div></div>"
+ )
return oob + "".join(body)
def render_aggregate(branch, refresh=False):
"""Cross-platform failure rollup: dedupe a failing test across every platform
@@ -796,38 +1041,57 @@
except Exception:
return []
with ThreadPoolExecutor(max_workers=8) as ex:
alljobs = [x for sub in ex.map(jobs_of, runs) for x in sub]
- failed = [(r, j) for r, j in alljobs
- if classify(j["status"], j["conclusion"])[0] == "fail" and j["kind"] == "test"]
+ failed = [
+ (r, j)
+ for r, j in alljobs
+ if classify(j["status"], j["conclusion"])[0] == "fail" and j["kind"] == "test"
+ ]
if not failed:
healthy = all(classify(r["status"], r["conclusion"])[0] != "fail" for r in runs)
- msg = ("No failing test jobs 🎉" if healthy
- else "No test-level failures found (failures are build/setup — see the platform grids).")
+ msg = (
+ "No failing test jobs 🎉"
+ if healthy
+ else "No test-level failures found (failures are build/setup — see the platform grids)."
+ )
return f'<div class="agg-ok">{msg}</div>'
def fails_of(rj):
r, j = rj
return (r, j, get_failures(j["id"], refresh=refresh).get("failures", []))
+
with ThreadPoolExecutor(max_workers=8) as ex:
results = list(ex.map(fails_of, failed))
agg = {}
for r, j, fails in results:
plat = pretty_platform(r["workflowName"])
if not fails: # failed job but no parseable test → bucket under the tier
key = f"[{j['group']}]"
a = agg.setdefault(key, dict(test=key, file=None, line=None, occ=[]))
- a["occ"].append(dict(plat=plat, py=j["python"], cuda=j["cuda"], url=j["url"], msg=""))
+ a["occ"].append(
+ dict(plat=plat, py=j["python"], cuda=j["cuda"], url=j["url"], msg="")
+ )
continue
for f in fails:
key = f["test"] or f["message"].splitlines()[0]
- a = agg.setdefault(key, dict(test=f["test"] or key, file=f["file"], line=f["line"], occ=[]))
+ a = agg.setdefault(
+ key, dict(test=f["test"] or key, file=f["file"], line=f["line"], occ=[])
+ )
a["file"] = a["file"] or f["file"]
a["line"] = a["line"] or f["line"]
- a["occ"].append(dict(plat=plat, py=j["python"], cuda=j["cuda"], url=j["url"], msg=f["message"]))
+ a["occ"].append(
+ dict(
+ plat=plat,
+ py=j["python"],
+ cuda=j["cuda"],
+ url=j["url"],
+ msg=f["message"],
+ )
+ )
# Config universe (what actually ran) so "X only" hints are real subsets.
test_jobs = [j for _, j in alljobs if j["kind"] == "test"]
all_pys = {j["python"] for j in test_jobs if j["python"]}
all_cudas = {j["cuda"] for j in test_jobs if j["cuda"]}
@@ -839,12 +1103,17 @@
# Real regressions (bug) first, then env/gap, infra last; ties → most cells.
_KIND_RANK = {"bug": 0, "env": 1, "unknown": 2, "infra": 3}
rows = sorted(
agg.values(),
- key=lambda a: (_KIND_RANK.get(a["cat"]["kind"], 2),
- -len({o["plat"] for o in a["occ"]}), -len(a["occ"]), a["test"]))
+ key=lambda a: (
+ _KIND_RANK.get(a["cat"]["kind"], 2),
+ -len({o["plat"] for o in a["occ"]}),
+ -len(a["occ"]),
+ a["test"],
+ ),
+ )
out = []
for a in rows:
plats = sorted({o["plat"] for o in a["occ"]})
ncells = len(a["occ"])
loc = ""
@@ -852,31 +1121,35 @@
gh_url = f'https://github.com/{repo_slug()}/blob/{runs[0].get("headSha","")}/{a["file"]}#L{a["line"]}'
loc = f'<div class="agg-file">↳ <a href="{e(gh_url)}" target="_blank" rel="noopener"><code>{e(a["file"])}:{a["line"]}</code> ↗</a></div>'
chips = "".join(f'<span class="chip">{e(p)}</span>' for p in plats)
pat = _config_pattern(a["occ"], all_pys, all_cudas)
patchips = "".join(f'<span class="cfgpat">{e(p)}</span>' for p in pat)
- out.append(f'''<details class="agg-row-d">
+ out.append(f"""<details class="agg-row-d">
<summary class="agg-row">
<div><div class="agg-test">{e(a["test"])} {_cat_tag(a["cat"])}{patchips}</div>{loc}</div>
<span class="agg-count"><span class="dot fail"></span>{len(plats)} platform{"s" if len(plats)!=1 else ""} · {ncells} cell{"s" if ncells!=1 else ""}</span>
</summary>
<div class="agg-detail"><div class="chips">{chips}</div>{f"<pre>{e(a['sample'])}</pre>" if a["sample"] else ""}</div>
- </details>''')
+ </details>""")
# Category tally — an instant read on the run's character (infra flakes vs regressions).
tally = {}
for a in rows:
tally.setdefault(a["cat"]["kind"], dict(n=0, label=a["cat"]["label"]))["n"] += 1
order = ["bug", "env", "unknown", "infra"]
tstr = " · ".join(
f'<span class="cat {k}">{tally[k]["n"]} {e(_KIND_LABEL[k])}</span>'
- for k in order if k in tally)
- header = (f'<div class="agg-head-row"><span>{len(rows)} distinct failing test'
- f'{"s" if len(rows)!=1 else ""} across '
- f'{len({o["plat"] for a in rows for o in a["occ"]})} platforms</span>'
- f'<span class="agg-tally">{tstr}</span>'
- f'<button class="btn small" hx-get="/ui/aggregate?branch={e(branch)}&refresh=1" '
- f'hx-target="#agg" hx-swap="innerHTML">↻ rescan</button></div>')
+ for k in order
+ if k in tally
+ )
+ header = (
+ f'<div class="agg-head-row"><span>{len(rows)} distinct failing test'
+ f'{"s" if len(rows)!=1 else ""} across '
+ f'{len({o["plat"] for a in rows for o in a["occ"]})} platforms</span>'
+ f'<span class="agg-tally">{tstr}</span>'
+ f'<button class="btn small" hx-get="/ui/aggregate?branch={e(branch)}&refresh=1" '
+ f'hx-target="#agg" hx-swap="innerHTML">↻ rescan</button></div>'
+ )
return header + f'<div class="agg">{"".join(out)}</div>'
# ── HTTP server ──────────────────────────────────────────────────────────────
class Handler(BaseHTTPRequestHandler):
@@ -900,49 +1173,74 @@
try:
p = u.path
if p in ("/", "/index.html"):
return self._index()
if p.startswith("/static/"):
- return self._static(p[len("/static/"):])
+ return self._static(p[len("/static/") :])
if p == "/ui/board":
- return self._send(200, render_board(q.get("branch") or default_branch(), refresh))
+ return self._send(
+ 200, render_board(q.get("branch") or default_branch(), refresh)
+ )
if p == "/ui/status":
- return self._send(200, render_status(q.get("branch") or default_branch()))
+ return self._send(
+ 200, render_status(q.get("branch") or default_branch())
+ )
if p == "/ui/platform":
- return self._send(200, render_platform(q["run"], q.get("sha", ""),
- q.get("platform", ""), refresh))
+ return self._send(
+ 200,
+ render_platform(
+ q["run"], q.get("sha", ""), q.get("platform", ""), refresh
+ ),
+ )
if p == "/ui/failures":
- return self._send(200, render_failures(
- q["job"], q.get("sha", ""), q.get("platform", ""), q.get("tier", ""),
- q.get("py", ""), q.get("cuda", ""), q.get("url", "")))
+ return self._send(
+ 200,
+ render_failures(
+ q["job"],
+ q.get("sha", ""),
+ q.get("platform", ""),
+ q.get("tier", ""),
+ q.get("py", ""),
+ q.get("cuda", ""),
+ q.get("url", ""),
+ ),
+ )
if p == "/ui/aggregate":
- return self._send(200, render_aggregate(q.get("branch") or default_branch(), refresh))
+ return self._send(
+ 200, render_aggregate(q.get("branch") or default_branch(), refresh)
+ )
if p == "/ui/joblog":
if q.get("raw") == "1":
log = get_job_log(q["job"], refresh)
- return self._send(200 if log else 404,
- log or "log not available", "text/plain; charset=utf-8")
+ return self._send(
+ 200 if log else 404,
+ log or "log not available",
+ "text/plain; charset=utf-8",
+ )
return self._send(200, render_joblog(q["job"], q.get("url", "")))
return self._send(404, "not found", "text/plain")
except KeyError as ex:
self._send(400, f"missing param {ex}", "text/plain")
except Exception as ex:
self._send(500, f'<div class="muted">error: {e(ex)}</div>')
def _index(self):
with open(os.path.join(STATIC, "index.html"), encoding="utf-8") as f:
html_s = f.read()
- html_s = html_s.replace("{{BRANCH}}", e(default_branch())).replace("{{REPO}}", e(repo_slug()))
+ html_s = html_s.replace("{{BRANCH}}", e(default_branch())).replace(
+ "{{REPO}}", e(repo_slug())
+ )
self._send(200, html_s)
def _static(self, rel):
rel = rel.split("?")[0].lstrip("/")
path = os.path.normpath(os.path.join(STATIC, rel))
if not path.startswith(STATIC) or not os.path.isfile(path):
return self._send(404, "not found", "text/plain")
- ctype = {"html": "text/html", "js": "text/javascript",
- "css": "text/css"}.get(rel.rsplit(".", 1)[-1], "application/octet-stream")
+ ctype = {"html": "text/html", "js": "text/javascript", "css": "text/css"}.get(
+ rel.rsplit(".", 1)[-1], "application/octet-stream"
+ )
with open(path, "rb") as f:
self._send(200, f.read(), ctype + "; charset=utf-8")
def preflight():
@@ -954,12 +1252,17 @@
def tailscale_ip():
"""Best-effort Tailscale IPv4 (100.64.0.0/10). Uses the CLI if present,
otherwise sniffs local interfaces. Returns None if not on a tailnet."""
try:
- out = subprocess.run(["tailscale", "ip", "-4"], capture_output=True,
- text=True, timeout=3).stdout.strip().splitlines()
+ out = (
+ subprocess.run(
+ ["tailscale", "ip", "-4"], capture_output=True, text=True, timeout=3
+ )
+ .stdout.strip()
+ .splitlines()
+ )
if out and out[0]:
return out[0].strip()
except Exception:
pass
try:
@@ -987,13 +1290,16 @@
def main():
global _DEFAULT_BRANCH
ap = argparse.ArgumentParser(description="Local Torch-TensorRT CI dashboard")
ap.add_argument("-b", "--branch", default=None, help="default branch to show")
ap.add_argument("-p", "--port", type=int, default=8712)
- ap.add_argument("--host", default="0.0.0.0",
- help="bind address (default 0.0.0.0 — reachable over LAN/Tailscale; "
- "use 127.0.0.1 to keep it local-only)")
+ ap.add_argument(
+ "--host",
+ default="0.0.0.0",
+ help="bind address (default 0.0.0.0 — reachable over LAN/Tailscale; "
+ "use 127.0.0.1 to keep it local-only)",
+ )
ap.add_argument("--no-open", action="store_true")
args = ap.parse_args()
preflight()
if args.branch:
_DEFAULT_BRANCH = args.branch
@@ -1006,15 +1312,18 @@
if ts:
print(f" tailscale http://{ts}:{args.port}/")
lan = lan_ip()
if lan and lan != ts:
print(f" lan http://{lan}:{args.port}/")
- print(" (bound to all interfaces — anyone who can reach this host can view CI status)")
+ print(
+ " (bound to all interfaces — anyone who can reach this host can view CI status)"
+ )
print("Ctrl-C to stop.", flush=True)
if not args.no_open:
try:
import webbrowser
+
webbrowser.open(local) # always open the loopback URL locally
except Exception:
pass
try:
srv.serve_forever()
narendasan
added
ci: full
Force All Tests[L0+L1+L2]
There was a problem hiding this comment.
There are some changes that do not conform to Python style guidelines:
--- /home/runner/work/TensorRT/TensorRT/tests/ci/__main__.py 2026-07-17 20:46:09.336555+00:00
+++ /home/runner/work/TensorRT/TensorRT/tests/ci/__main__.py 2026-07-17 20:46:35.902660+00:00
@@ -76,11 +76,14 @@
def _cmd_run_lane(args: argparse.Namespace) -> int:
"""Run every suite in a lane/tier, continuing past failures (so one consolidated
report sees them all). Returns non-zero if any suite failed."""
jobs = select(
- lane=args.lane, tier=args.tier, variant=args.variant, platform=args.platform,
+ lane=args.lane,
+ tier=args.tier,
+ variant=args.variant,
+ platform=args.platform,
changed=_read_changed(args),
)
if not jobs:
print("::warning::no suites match the given filters", file=sys.stderr)
return 0
@@ -90,11 +93,14 @@
return rc
def _cmd_matrix(args: argparse.Namespace) -> int:
include = matrix(
- lane=args.lane, tier=args.tier, variant=args.variant, platform=args.platform,
+ lane=args.lane,
+ tier=args.tier,
+ variant=args.variant,
+ platform=args.platform,
changed=_read_changed(args),
)
if not include:
print("::warning::matrix is empty for the given filters", file=sys.stderr)
print(json.dumps({"include": include}))
@@ -177,26 +183,28 @@
g.add_argument("--tier", choices=("l0", "l1", "l2"))
sp.add_argument("--variant", choices=("standard", "rtx"))
sp.add_argument("--platform", choices=("linux-x86_64", "windows"))
sp.add_argument("--dry-run", action="store_true")
sp.add_argument(
- "--changed-from", metavar="FILE",
+ "--changed-from",
+ metavar="FILE",
help="narrow to suites affected by these changed files (a file, or '-' "
- "for stdin; one repo-relative path per line). Broad changes → no narrowing.",
+ "for stdin; one repo-relative path per line). Broad changes → no narrowing.",
)
sp.set_defaults(fn=_cmd_run_lane)
sp = sub.add_parser("matrix", help="emit a GitHub Actions matrix as JSON")
g = sp.add_mutually_exclusive_group()
g.add_argument("--lane", choices=("fast", "full", "nightly", "python-only"))
g.add_argument("--tier", choices=("l0", "l1", "l2"))
sp.add_argument("--variant", choices=("standard", "rtx"))
sp.add_argument("--platform", choices=("linux-x86_64", "windows"))
sp.add_argument(
- "--changed-from", metavar="FILE",
+ "--changed-from",
+ metavar="FILE",
help="narrow to suites affected by these changed files (a file, or '-' "
- "for stdin; one repo-relative path per line). Broad changes → no narrowing.",
+ "for stdin; one repo-relative path per line). Broad changes → no narrowing.",
)
sp.set_defaults(fn=_cmd_matrix)
sub.add_parser("doctor", help="validate the manifest").set_defaults(fn=_cmd_doctor)
--- /home/runner/work/TensorRT/TensorRT/tests/ci/runner.py 2026-07-17 20:46:09.336555+00:00
+++ /home/runner/work/TensorRT/TensorRT/tests/ci/runner.py 2026-07-17 20:46:35.994478+00:00
@@ -213,12 +213,22 @@
# Path prefixes whose changes cannot affect any GPU test outcome. A PR touching
# ONLY these can skip the whole test matrix.
_NO_TEST_IMPACT = (
- "docs/", "docsrc/", "tools/", "notebooks/", "examples/", ".devcontainer/",
- "README", "CHANGELOG", "LICENSE", ".gitignore", ".pre-commit", ".flake8",
+ "docs/",
+ "docsrc/",
+ "tools/",
+ "notebooks/",
+ "examples/",
+ ".devcontainer/",
+ "README",
+ "CHANGELOG",
+ "LICENSE",
+ ".gitignore",
+ ".pre-commit",
+ ".flake8",
)
def _owned_dirs(s: Suite) -> set[str]:
"""Repo-relative directories a suite owns — the directory of each path target
--- /home/runner/work/TensorRT/TensorRT/tools/ci-dashboard/ci_dashboard.py 2026-07-17 20:46:09.366248+00:00
+++ /home/runner/work/TensorRT/TensorRT/tools/ci-dashboard/ci_dashboard.py 2026-07-17 20:46:42.776365+00:00
@@ -18,10 +18,11 @@
We parse that into {group, python, cuda, kind}; the group is a `<suite>-<variant>`
from the tests/ci manifest (tests/ci/suites.py — the SAME data CI runs), so a red
cell maps to the suite's pytest paths and its exact `python -m tests.ci run`
reproduce command. Pre-migration runs (tier-named) fall back to the legacy map.
"""
+
from __future__ import annotations
import argparse
import html
import json
@@ -60,42 +61,76 @@
# Kept only so historical, pre-migration runs (named "L2 dynamo core tests", not
# "<suite>-<variant>") still resolve. New runs go through the manifest above.
# Keys are normalized job group names (see _norm()); `fn` is the old shell tier.
TIER_MAP = {
"l0 dynamo converter tests": dict(
- fn="trt_tier_l0_converter", paths=["tests/py/dynamo/conversion/"]),
+ fn="trt_tier_l0_converter", paths=["tests/py/dynamo/conversion/"]
+ ),
"l0 dynamo core tests": dict(
fn="trt_tier_l0_core",
- paths=["tests/py/dynamo/runtime/test_000_*", "tests/py/dynamo/partitioning/test_000_*",
- "tests/py/dynamo/lowering/", "tests/py/dynamo/hlo/"]),
+ paths=[
+ "tests/py/dynamo/runtime/test_000_*",
+ "tests/py/dynamo/partitioning/test_000_*",
+ "tests/py/dynamo/lowering/",
+ "tests/py/dynamo/hlo/",
+ ],
+ ),
"l0 core python tests": dict(fn="trt_tier_l0_py_core", paths=["tests/py/core/"]),
"l0 torchscript tests": dict(
- fn="trt_tier_l0_torchscript", paths=["tests/py/ts/api/", "tests/modules/hub.py"]),
+ fn="trt_tier_l0_torchscript", paths=["tests/py/ts/api/", "tests/modules/hub.py"]
+ ),
"l1 dynamo core tests": dict(
fn="trt_tier_l1_dynamo_core",
- paths=["tests/py/dynamo/runtime/test_001_*", "tests/py/dynamo/partitioning/test_001_*",
- "tests/py/dynamo/hlo/"]),
+ paths=[
+ "tests/py/dynamo/runtime/test_001_*",
+ "tests/py/dynamo/partitioning/test_001_*",
+ "tests/py/dynamo/hlo/",
+ ],
+ ),
"l1 dynamo compile tests": dict(
- fn="trt_tier_l1_dynamo_compile", paths=["tests/py/dynamo/models/"]),
+ fn="trt_tier_l1_dynamo_compile", paths=["tests/py/dynamo/models/"]
+ ),
"l1 torch compile tests": dict(
fn="trt_tier_l1_torch_compile",
- paths=["tests/py/dynamo/backend/", "tests/py/dynamo/models/test_models.py",
- "tests/py/dynamo/models/test_dyn_models.py"]),
- "l1 torch script tests": dict(fn="trt_tier_l1_torchscript", paths=["tests/py/ts/models/"]),
+ paths=[
+ "tests/py/dynamo/backend/",
+ "tests/py/dynamo/models/test_models.py",
+ "tests/py/dynamo/models/test_dyn_models.py",
+ ],
+ ),
+ "l1 torch script tests": dict(
+ fn="trt_tier_l1_torchscript", paths=["tests/py/ts/models/"]
+ ),
"l2 torch compile tests": dict(
fn="trt_tier_l2_torch_compile",
- paths=["tests/py/dynamo/models/test_models.py", "tests/py/dynamo/models/test_dyn_models.py"]),
+ paths=[
+ "tests/py/dynamo/models/test_models.py",
+ "tests/py/dynamo/models/test_dyn_models.py",
+ ],
+ ),
"l2 dynamo compile tests": dict(
- fn="trt_tier_l2_dynamo_compile", paths=["tests/py/dynamo/models/", "tests/py/dynamo/llm/"]),
+ fn="trt_tier_l2_dynamo_compile",
+ paths=["tests/py/dynamo/models/", "tests/py/dynamo/llm/"],
+ ),
"l2 dynamo core tests": dict(
- fn="trt_tier_l2_dynamo_core", paths=["tests/py/dynamo/runtime/", "tests/py/dynamo/executorch/"]),
+ fn="trt_tier_l2_dynamo_core",
+ paths=["tests/py/dynamo/runtime/", "tests/py/dynamo/executorch/"],
+ ),
"l2 dynamo plugin tests": dict(
fn="trt_tier_l2_plugin",
- paths=["tests/py/dynamo/conversion/", "tests/py/dynamo/automatic_plugin/", "tests/py/kernels/"]),
- "l2 torch script tests": dict(fn="trt_tier_l2_torchscript", paths=["tests/py/ts/integrations/"]),
+ paths=[
+ "tests/py/dynamo/conversion/",
+ "tests/py/dynamo/automatic_plugin/",
+ "tests/py/kernels/",
+ ],
+ ),
+ "l2 torch script tests": dict(
+ fn="trt_tier_l2_torchscript", paths=["tests/py/ts/integrations/"]
+ ),
"l2 dynamo distributed tests": dict(
- fn="trt_tier_l2_distributed", paths=["tests/py/dynamo/distributed/"]),
+ fn="trt_tier_l2_distributed", paths=["tests/py/dynamo/distributed/"]
+ ),
}
def _norm(s: str) -> str:
"""Lowercase and collapse separators so 'L2-dynamo-core-tests' and
@@ -198,22 +233,25 @@
CACHE = Cache()
def gh(args, parse=True, timeout=90):
- proc = subprocess.run(["gh", *args], capture_output=True, text=True,
- timeout=timeout, cwd=REPO_ROOT)
+ proc = subprocess.run(
+ ["gh", *args], capture_output=True, text=True, timeout=timeout, cwd=REPO_ROOT
+ )
if proc.returncode != 0:
raise RuntimeError((proc.stderr or proc.stdout or "gh failed").strip())
return json.loads(proc.stdout) if parse else proc.stdout
@lru_cache(maxsize=1)
def repo_slug():
try:
- return gh(["repo", "view", "--json", "nameWithOwner", "-q", ".nameWithOwner"],
- parse=False).strip()
+ return gh(
+ ["repo", "view", "--json", "nameWithOwner", "-q", ".nameWithOwner"],
+ parse=False,
+ ).strip()
except Exception:
return "pytorch/TensorRT"
_DEFAULT_BRANCH = None
@@ -221,25 +259,33 @@
def default_branch():
if _DEFAULT_BRANCH:
return _DEFAULT_BRANCH
try:
- b = subprocess.run(["git", "rev-parse", "--abbrev-ref", "HEAD"],
- capture_output=True, text=True, cwd=REPO_ROOT).stdout.strip()
+ b = subprocess.run(
+ ["git", "rev-parse", "--abbrev-ref", "HEAD"],
+ capture_output=True,
+ text=True,
+ cwd=REPO_ROOT,
+ ).stdout.strip()
return b if b and b != "HEAD" else "main"
except Exception:
return "main"
# ── data layer ───────────────────────────────────────────────────────────────
def get_runs(branch, limit=40, refresh=False):
key = f"runs:{branch}:{limit}"
if not refresh and (c := CACHE.get(key)) is not None:
return c
- fields = ("databaseId,workflowName,displayTitle,headBranch,headSha,status,"
- "conclusion,event,createdAt,updatedAt,url,number")
- runs = gh(["run", "list", "--branch", branch, "--limit", str(limit), "--json", fields])
+ fields = (
+ "databaseId,workflowName,displayTitle,headBranch,headSha,status,"
+ "conclusion,event,createdAt,updatedAt,url,number"
+ )
+ runs = gh(
+ ["run", "list", "--branch", branch, "--limit", str(limit), "--json", fields]
+ )
newest = {}
for r in runs:
r["id"] = r.get("databaseId") # normalize (gh run list uses databaseId)
wf = r.get("workflowName") or "?"
if wf not in newest or r["createdAt"] > newest[wf]["createdAt"]:
@@ -267,40 +313,62 @@
kind = "build"
elif re.match(r"l[012]\b", gl):
kind = "test"
elif "matrix" in gl or "generate" in gl or group == "filter-matrix":
kind = "setup"
- elif raw.startswith("CI /") or "aggregate" in gl or "collect results" in gl or "rollup" in gl:
+ elif (
+ raw.startswith("CI /")
+ or "aggregate" in gl
+ or "collect results" in gl
+ or "rollup" in gl
+ ):
kind = "rollup"
else:
kind = "other"
return dict(
- id=j.get("databaseId") or j.get("id"), raw=raw, group=group, kind=kind,
- python=py.group(0) if py else None, cuda=cu.group(0) if cu else None,
- status=j.get("status"), conclusion=j.get("conclusion"),
+ id=j.get("databaseId") or j.get("id"),
+ raw=raw,
+ group=group,
+ kind=kind,
+ python=py.group(0) if py else None,
+ cuda=cu.group(0) if cu else None,
+ status=j.get("status"),
+ conclusion=j.get("conclusion"),
url=j.get("html_url") or j.get("url"),
- failedSteps=[s["name"] for s in j.get("steps", []) if s.get("conclusion") == "failure"],
+ failedSteps=[
+ s["name"] for s in j.get("steps", []) if s.get("conclusion") == "failure"
+ ],
)
def get_jobs(run_id, refresh=False):
key = f"jobs:{run_id}"
if not refresh and (c := CACHE.get(key)) is not None:
return c
- data = gh(["api", f"repos/{repo_slug()}/actions/runs/{run_id}/jobs",
- "--paginate", "-q", ".jobs[]"], parse=False)
+ data = gh(
+ [
+ "api",
+ f"repos/{repo_slug()}/actions/runs/{run_id}/jobs",
+ "--paginate",
+ "-q",
+ ".jobs[]",
+ ],
+ parse=False,
+ )
jobs = [json.loads(line) for line in data.splitlines() if line.strip()]
parsed = [_parse_job(j) for j in jobs]
live = any(j["status"] != "completed" for j in parsed)
CACHE.put(key, parsed, ttl=15 if live else 300)
return parsed
NOISE = re.compile(
r"Process completed with exit code|Node\.js \d+ is deprecated|"
r"is deprecated\. Please switch|conda\.cli|defaults' channel|auto_activate|"
- r"might have been added implicitly", re.I)
+ r"might have been added implicitly",
+ re.I,
+)
TESTLINE = re.compile(r"^(?P<test>[\w./-]+(?:\.[\w\[\]-]+)+)\s*$")
@lru_cache(maxsize=4096)
def grep_test(symbol):
@@ -310,12 +378,17 @@
leaf = re.sub(r"\[.*$", "", leaf)
if not re.match(r"^[A-Za-z_]\w+$", leaf):
return None
pat = f"def {leaf}\\b" if leaf.startswith("test") else f"class {leaf}\\b"
try:
- out = subprocess.run(["git", "grep", "-n", "-E", pat, "--", "tests/"],
- capture_output=True, text=True, cwd=REPO_ROOT, timeout=15).stdout
+ out = subprocess.run(
+ ["git", "grep", "-n", "-E", pat, "--", "tests/"],
+ capture_output=True,
+ text=True,
+ cwd=REPO_ROOT,
+ timeout=15,
+ ).stdout
except Exception:
return None
for line in out.splitlines():
path, lineno, _ = line.split(":", 2)
return (path, int(lineno))
@@ -343,31 +416,40 @@
dedupe = test or head
if dedupe in seen:
continue
seen.add(dedupe)
loc = grep_test(test) if test else None
- failures.append(dict(test=test, message=msg[:1400],
- file=loc[0] if loc else None, line=loc[1] if loc else None))
+ failures.append(
+ dict(
+ test=test,
+ message=msg[:1400],
+ file=loc[0] if loc else None,
+ line=loc[1] if loc else None,
+ )
+ )
result = dict(failures=failures)
CACHE.put(key, result, ttl=600)
return result
# ── job logs (fetch + per-test extraction) ──────────────────────────────────
-_TS = re.compile(r"^\d{4}-\d{2}-\d{2}T\d{2}:\d{2}:\d{2}\.\d+Z ") # GH line prefix
-_SEP = re.compile(r"^_{4,}\s+(.+?)\s+_{4,}\s*$") # pytest FAILURES sep
-_SECT = re.compile(r"^={4,}") # ==== section ====
+_TS = re.compile(r"^\d{4}-\d{2}-\d{2}T\d{2}:\d{2}:\d{2}\.\d+Z ") # GH line prefix
+_SEP = re.compile(r"^_{4,}\s+(.+?)\s+_{4,}\s*$") # pytest FAILURES sep
+_SECT = re.compile(r"^={4,}") # ==== section ====
def get_job_log(job_id, refresh=False):
"""Raw plain-text log for one job (immutable once complete → cached 1h)."""
key = f"log:{job_id}"
if not refresh and (c := CACHE.get(key)) is not None:
return c
try:
- raw = gh(["api", f"repos/{repo_slug()}/actions/jobs/{job_id}/logs"],
- parse=False, timeout=60)
+ raw = gh(
+ ["api", f"repos/{repo_slug()}/actions/jobs/{job_id}/logs"],
+ parse=False,
+ timeout=60,
+ )
except Exception:
raw = None
CACHE.put(key, raw, ttl=3600 if raw else 20)
return raw
@@ -379,12 +461,13 @@
def extract_test_log(lines, test, max_lines=160):
"""Pull the pytest FAILURES block for `test`. Falls back to a context window
around the test's last mention (covers custom harnesses w/o a FAILURES sep).
Returns the excerpt string, or None."""
leaf = re.split(r"[.:]", test)[-1].split("[")[0] if test else None
- seps = [(i, m.group(1).strip()) for i, ln in enumerate(lines)
- if (m := _SEP.match(ln))]
+ seps = [
+ (i, m.group(1).strip()) for i, ln in enumerate(lines) if (m := _SEP.match(ln))
+ ]
start = None
if test:
# Prefer an exact title match — the leaf method name (e.g. test_trt_compile)
# is shared across many classes, so fuzzy matching would grab the wrong block.
for i, title in seps:
@@ -405,53 +488,75 @@
end = j
break
block = lines[start:end]
else:
needle = leaf or test
- hit = next((i for i in range(len(lines) - 1, -1, -1) if needle and needle in lines[i]), None)
+ hit = next(
+ (i for i in range(len(lines) - 1, -1, -1) if needle and needle in lines[i]),
+ None,
+ )
if hit is None:
return None
- block = lines[max(0, hit - 4): hit + 44]
+ block = lines[max(0, hit - 4) : hit + 44]
if len(block) > max_lines:
- block = block[:max_lines] + [f"… (+{len(block) - max_lines} more lines — open the raw log)"]
+ block = block[:max_lines] + [
+ f"… (+{len(block) - max_lines} more lines — open the raw log)"
+ ]
return "\n".join(block).strip()
def summary_reasons(lines, test):
"""The concise `FAILED …/ERROR … - <reason>` lines from pytest's summary."""
leaf = re.split(r"[.:]", test)[-1].split("[")[0] if test else None
- return [ln for ln in lines
- if re.match(r"^(FAILED|ERROR) ", ln) and (not leaf or leaf in ln)]
+ return [
+ ln
+ for ln in lines
+ if re.match(r"^(FAILED|ERROR) ", ln) and (not leaf or leaf in ln)
+ ]
def render_joblog(job_id, url):
log = get_job_log(job_id)
- ghlink = f'<a href="{e(url)}" target="_blank" rel="noopener">job on GitHub ↗</a>' if url else ""
+ ghlink = (
+ f'<a href="{e(url)}" target="_blank" rel="noopener">job on GitHub ↗</a>'
+ if url
+ else ""
+ )
rawlink = f'<a href="/ui/joblog?job={e(job_id)}&raw=1" target="_blank" rel="noopener">raw log ↗</a>'
head = f'<div class="logsec-head"><span class="lbl">relevant logs</span>{rawlink} · {ghlink}</div>'
if not log:
- return head + ('<div class="muted">Log not available yet — the job may still be '
- f'running, or GitHub expired it. {ghlink}</div>')
+ return head + (
+ '<div class="muted">Log not available yet — the job may still be '
+ f"running, or GitHub expired it. {ghlink}</div>"
+ )
lines = _clean_lines(log)
fails = get_failures(job_id).get("failures", [])
blocks = []
for f in fails:
excerpt = extract_test_log(lines, f["test"])
reasons = summary_reasons(lines, f["test"])
title = e(f["test"] or "failure")
- reason_html = (f'<div class="logreason">{e(reasons[0][:300])}</div>' if reasons else "")
+ reason_html = (
+ f'<div class="logreason">{e(reasons[0][:300])}</div>' if reasons else ""
+ )
if excerpt:
- blocks.append(f'<details class="logblock" open><summary>{title}</summary>'
- f'{reason_html}<pre>{e(excerpt)}</pre></details>')
+ blocks.append(
+ f'<details class="logblock" open><summary>{title}</summary>'
+ f"{reason_html}<pre>{e(excerpt)}</pre></details>"
+ )
else:
- blocks.append(f'<details class="logblock"><summary>{title}</summary>'
- f'{reason_html}<div class="muted">No matching block in the log — '
- f'see the raw log.</div></details>')
+ blocks.append(
+ f'<details class="logblock"><summary>{title}</summary>'
+ f'{reason_html}<div class="muted">No matching block in the log — '
+ f"see the raw log.</div></details>"
+ )
if not fails: # build/env/setup failure: no test annotations → show the tail
tail = "\n".join(lines[-180:]).strip()
- blocks.append('<details class="logblock" open><summary>end of job log</summary>'
- f'<pre>{e(tail)}</pre></details>')
+ blocks.append(
+ '<details class="logblock" open><summary>end of job log</summary>'
+ f"<pre>{e(tail)}</pre></details>"
+ )
return head + "".join(blocks)
# ── status helpers ───────────────────────────────────────────────────────────
def classify(status, conclusion):
@@ -460,11 +565,13 @@
and a cancelled job didn't produce a verdict. Only `failure`/`timed_out`
(actually executed and failed) are `fail`."""
if status and status != "completed":
if status in ("in_progress", "running"):
return "run", "running"
- return "queue", status.replace("_", " ") # queued / waiting / pending / requested
+ return "queue", status.replace(
+ "_", " "
+ ) # queued / waiting / pending / requested
c = conclusion or ""
return {
"success": ("pass", "passed"),
"failure": ("fail", "failed"),
"timed_out": ("fail", "timed out"),
@@ -492,33 +599,80 @@
# so order is most-specific → most-generic. `kind` drives the tag colour:
# infra = "probably not your bug" · env/gap = setup/feature hole · bug = real.
# NOTE: an OOM often surfaces AS an AssertionError ("assert cuda_engine"); the OOM
# signatures below are listed first on purpose so they win over the generic assert.
_FAIL_CATS = [
- ("oom", "GPU / resource", "infra", re.compile(
- r"OutOfMemory|out of memory|createCaskHardwareInfo|\bCask\b|"
- r"build_serialized_network returned None|assert cuda_engine|cuda_engine\b|"
- r"catchCudaError|cudaError|cuInit|defaultAllocator|no CUDA GPUs|"
- r"CUDA error|cudaMalloc|device-side assert", re.I)),
- ("timeout", "timeout", "infra", re.compile(
- r"timed out|timeout|deadline exceeded|took too long", re.I)),
- ("import", "import / collection", "env", re.compile(
- r"ModuleNotFoundError|ImportError|No module named|cannot import name|"
- r"error collecting|errors during collection|failed to import", re.I)),
- ("unsupported", "unsupported op", "env", re.compile(
- r"no converter|not support|unsupported|Could not find any implementation|"
- r"UnsupportedOperator|no implementation for", re.I)),
- ("numerical", "numerical / accuracy", "bug", re.compile(
- r"not close|Mismatched elements|cosine|tolerance|allclose|"
- r"Max absolute difference|relative difference|accuracy|atol|rtol", re.I)),
- ("assertion", "assertion", "bug", re.compile(
- r"\bAssertionError\b|^\s*assert\s", re.I | re.M)),
- ("typeerr", "type / shape", "bug", re.compile(
- r"\b(TypeError|AttributeError|KeyError|IndexError|ValueError)\b|"
- r"shape mismatch|size mismatch|dtype", re.I)),
- ("runtime", "runtime error", "bug", re.compile(
- r"\b(RuntimeError|NotImplementedError)\b", re.I)),
+ (
+ "oom",
+ "GPU / resource",
+ "infra",
+ re.compile(
+ r"OutOfMemory|out of memory|createCaskHardwareInfo|\bCask\b|"
+ r"build_serialized_network returned None|assert cuda_engine|cuda_engine\b|"
+ r"catchCudaError|cudaError|cuInit|defaultAllocator|no CUDA GPUs|"
+ r"CUDA error|cudaMalloc|device-side assert",
+ re.I,
+ ),
+ ),
+ (
+ "timeout",
+ "timeout",
+ "infra",
+ re.compile(r"timed out|timeout|deadline exceeded|took too long", re.I),
+ ),
+ (
+ "import",
+ "import / collection",
+ "env",
+ re.compile(
+ r"ModuleNotFoundError|ImportError|No module named|cannot import name|"
+ r"error collecting|errors during collection|failed to import",
+ re.I,
+ ),
+ ),
+ (
+ "unsupported",
+ "unsupported op",
+ "env",
+ re.compile(
+ r"no converter|not support|unsupported|Could not find any implementation|"
+ r"UnsupportedOperator|no implementation for",
+ re.I,
+ ),
+ ),
+ (
+ "numerical",
+ "numerical / accuracy",
+ "bug",
+ re.compile(
+ r"not close|Mismatched elements|cosine|tolerance|allclose|"
+ r"Max absolute difference|relative difference|accuracy|atol|rtol",
+ re.I,
+ ),
+ ),
+ (
+ "assertion",
+ "assertion",
+ "bug",
+ re.compile(r"\bAssertionError\b|^\s*assert\s", re.I | re.M),
+ ),
+ (
+ "typeerr",
+ "type / shape",
+ "bug",
+ re.compile(
+ r"\b(TypeError|AttributeError|KeyError|IndexError|ValueError)\b|"
+ r"shape mismatch|size mismatch|dtype",
+ re.I,
+ ),
+ ),
+ (
+ "runtime",
+ "runtime error",
+ "bug",
+ re.compile(r"\b(RuntimeError|NotImplementedError)\b", re.I),
+ ),
]
# Roll-up labels for the per-run category tally (kind → human summary word).
_KIND_LABEL = {
@@ -538,12 +692,14 @@
return dict(key=key, label=label, kind=kind)
return dict(key="other", label="error", kind="unknown")
def _cat_tag(cat):
- return (f'<span class="cat {cat["kind"]}" '
- f'title="{e(cat["label"])} — {cat["kind"]}">{e(cat["label"])}</span>')
+ return (
+ f'<span class="cat {cat["kind"]}" '
+ f'title="{e(cat["label"])} — {cat["kind"]}">{e(cat["label"])}</span>'
+ )
def _config_pattern(occ, all_pys, all_cudas):
"""Which configuration a failure correlates with — the strongest diagnostic
signal after the category. Only asserts "X only" when X is a strict subset of
@@ -578,27 +734,34 @@
return f"{int(s // n)}{unit} ago"
return "just now"
def pretty_platform(name):
- n = (name.replace("Python-only build and test ", "py-only ")
- .replace("RTX - Build and test ", "RTX ")
- .replace("RTX - Python-only build and test ", "RTX py-only ")
- .replace("Build and test ", "").replace(" wheels", "")
- .replace(" for Jetpack", " · jetpack"))
+ n = (
+ name.replace("Python-only build and test ", "py-only ")
+ .replace("RTX - Build and test ", "RTX ")
+ .replace("RTX - Python-only build and test ", "RTX py-only ")
+ .replace("Build and test ", "")
+ .replace(" wheels", "")
+ .replace(" for Jetpack", " · jetpack")
+ )
return n.strip()
def e(s):
return html.escape(str(s if s is not None else ""))
def qp(**kw):
"""Build a URL-encoded, HTML-attribute-safe query string from kwargs, so
values with spaces/&/ (platform + tier names, job URLs) survive intact."""
- return e("&".join(f"{k}={quote(str(v if v is not None else ''), safe='')}"
- for k, v in kw.items()))
+ return e(
+ "&".join(
+ f"{k}={quote(str(v if v is not None else ''), safe='')}"
+ for k, v in kw.items()
+ )
+ )
# ── HTML fragment renderers ──────────────────────────────────────────────────
def _summary_html(runs, oob=False):
"""The top counts strip. Shared by the board and the live poller so the two
@@ -609,24 +772,35 @@
cls, _ = classify(r["status"], r["conclusion"])
counts[cls] = counts.get(cls, 0) + 1
didnt_run = counts["skip"] + counts["cancel"]
head = runs[0] if runs else {}
sha = (head.get("headSha") or "")[:9]
- commit = (f'<div class="commit"><code>{e(sha)}</code> · {e(head.get("displayTitle", ""))[:80]}'
- f' · {e(rel_time(head.get("createdAt")))}</div>')
+ commit = (
+ f'<div class="commit"><code>{e(sha)}</code> · {e(head.get("displayTitle", ""))[:80]}'
+ f' · {e(rel_time(head.get("createdAt")))}</div>'
+ )
def stat(cls, n, word):
- return (f'<span class="stat {cls}"><span class="dot {cls}"></span>'
- f'<span class="n">{n}</span> {word}</span>') if n else ""
- oob_attr = ' hx-swap-oob="true"' if oob else ''
- return (f'<div id="summary" class="summary"{oob_attr}>'
- f'{stat("fail", counts["fail"], "failing")}'
- f'{stat("run", counts["run"], "running")}'
- f'{stat("queue", counts["queue"], "queued")}'
- f'{stat("pass", counts["pass"], "passing")}'
- f'{stat("skip", didnt_run, "didn’t run")}'
- f'{commit}</div>')
+ return (
+ (
+ f'<span class="stat {cls}"><span class="dot {cls}"></span>'
+ f'<span class="n">{n}</span> {word}</span>'
+ )
+ if n
+ else ""
+ )
+
+ oob_attr = ' hx-swap-oob="true"' if oob else ""
+ return (
+ f'<div id="summary" class="summary"{oob_attr}>'
+ f'{stat("fail", counts["fail"], "failing")}'
+ f'{stat("run", counts["run"], "running")}'
+ f'{stat("queue", counts["queue"], "queued")}'
+ f'{stat("pass", counts["pass"], "passing")}'
+ f'{stat("skip", didnt_run, "didn’t run")}'
+ f"{commit}</div>"
+ )
def render_board(branch, refresh=False):
try:
runs = get_runs(branch, refresh=refresh)
@@ -635,38 +809,51 @@
if not runs:
return f'<div class="empty-state">No CI runs found for <code>{e(branch)}</code>.</div>'
for r in runs:
r["_cls"], r["_label"] = classify(r["status"], r["conclusion"])
- runs.sort(key=lambda r: (RANK.get(r["_cls"], 9), pretty_platform(r["workflowName"]).lower()))
+ runs.sort(
+ key=lambda r: (
+ RANK.get(r["_cls"], 9),
+ pretty_platform(r["workflowName"]).lower(),
+ )
+ )
summary = _summary_html(runs)
cards = []
for r in runs:
rid, cls, label = r["id"], r["_cls"], r["_label"]
plat = pretty_platform(r["workflowName"])
sub = f'{e(r.get("event",""))} · #{r.get("number","")} · {e(rel_time(r.get("createdAt")))}'
- q = qp(run=rid, sha=r.get("headSha", ""), platform=plat,
- refresh="1" if refresh else "0")
- cards.append(f'''
+ q = qp(
+ run=rid,
+ sha=r.get("headSha", ""),
+ platform=plat,
+ refresh="1" if refresh else "0",
+ )
+ cards.append(f"""
<details class="card {'fail' if cls=='fail' else ''}"
hx-get="/ui/platform?{q}" hx-trigger="toggle once"
hx-target="find .card-body" hx-swap="innerHTML">
<summary class="card-head">
<span class="dot {cls}"></span>
<span class="card-title">{e(plat)}<div class="sub">{sub}</div></span>
<span id="badge-{rid}" class="card-badge {cls}">{e(label)}</span>
<span class="caret">▸</span>
</summary>
<div class="card-body"><div class="muted" style="padding:10px 0"><span class="spinner"></span> loading jobs…</div></div>
- </details>''')
-
- poller = (f'<div hx-get="/ui/status?branch={e(branch)}" hx-trigger="load delay:20s, every 25s" '
- f'hx-swap="none"></div>')
- agg = (f'<h2 class="sec">Failures across platforms</h2>'
- f'<div id="agg" hx-get="/ui/aggregate?branch={e(branch)}" hx-trigger="load" hx-swap="innerHTML">'
- f'<div class="agg-loading"><span class="spinner"></span> scanning failing tests…</div></div>')
+ </details>""")
+
+ poller = (
+ f'<div hx-get="/ui/status?branch={e(branch)}" hx-trigger="load delay:20s, every 25s" '
+ f'hx-swap="none"></div>'
+ )
+ agg = (
+ f'<h2 class="sec">Failures across platforms</h2>'
+ f'<div id="agg" hx-get="/ui/aggregate?branch={e(branch)}" hx-trigger="load" hx-swap="innerHTML">'
+ f'<div class="agg-loading"><span class="spinner"></span> scanning failing tests…</div></div>'
+ )
board = f'<h2 class="sec">Platforms</h2><div id="board" class="board">{"".join(cards)}</div>'
return summary + agg + board + poller
def render_status(branch):
@@ -677,12 +864,14 @@
except Exception:
return ""
spans = []
for r in runs:
cls, label = classify(r["status"], r["conclusion"])
- spans.append(f'<span id="badge-{r["id"]}" hx-swap-oob="true" '
- f'class="card-badge {cls}">{e(label)}</span>')
+ spans.append(
+ f'<span id="badge-{r["id"]}" hx-swap-oob="true" '
+ f'class="card-badge {cls}">{e(label)}</span>'
+ )
return _summary_html(runs, oob=True) + "".join(spans)
KIND_ORDER = {"test": 0, "build": 1, "setup": 2, "rollup": 3, "other": 4}
@@ -699,38 +888,69 @@
groups = {}
for j in jobs:
groups.setdefault((KIND_ORDER.get(j["kind"], 9), j["group"]), []).append(j)
out = []
- for (_, gname), gjobs in sorted(groups.items(), key=lambda kv: (kv[0][0], kv[0][1])):
+ for (_, gname), gjobs in sorted(
+ groups.items(), key=lambda kv: (kv[0][0], kv[0][1])
+ ):
info = info_for(gname)
- tierpath = f'<span class="tierpath">{e(", ".join(info["paths"]))}</span>' if info else ""
+ tierpath = (
+ f'<span class="tierpath">{e(", ".join(info["paths"]))}</span>'
+ if info
+ else ""
+ )
cells, rows = [], []
for j in sorted(gjobs, key=lambda j: (j["python"] or "", j["cuda"] or "")):
cls, label = classify(j["status"], j["conclusion"])
failable = cls == "fail" and j["kind"] in ("test", "build")
if j["python"] and j["cuda"]:
- inner = (f'<span class="k"><span class="dot {cls}"></span>{e(j["python"])}·{e(j["cuda"])}</span>'
- f'<span class="v">{e(label)}</span>')
+ inner = (
+ f'<span class="k"><span class="dot {cls}"></span>{e(j["python"])}·{e(j["cuda"])}</span>'
+ f'<span class="v">{e(label)}</span>'
+ )
if failable:
- q = qp(job=j["id"], sha=sha, platform=platform, tier=gname,
- py=j["python"], cuda=j["cuda"], url=j["url"])
- cells.append(f'<div class="cell fail" tabindex="0" onclick="openDrawer()" '
- f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">{inner}</div>')
+ q = qp(
+ job=j["id"],
+ sha=sha,
+ platform=platform,
+ tier=gname,
+ py=j["python"],
+ cuda=j["cuda"],
+ url=j["url"],
+ )
+ cells.append(
+ f'<div class="cell fail" tabindex="0" onclick="openDrawer()" '
+ f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">{inner}</div>'
+ )
else:
cells.append(f'<div class="cell {cls}">{inner}</div>')
else:
name = j["raw"].split(" / ")[-1] or j["group"]
- link = f' <a href="{e(j["url"])}" target="_blank" rel="noopener">log ↗</a>' if j["url"] else ""
+ link = (
+ f' <a href="{e(j["url"])}" target="_blank" rel="noopener">log ↗</a>'
+ if j["url"]
+ else ""
+ )
extra = ""
if failable:
- q = qp(job=j["id"], sha=sha, platform=platform, tier=gname, url=j["url"])
- extra = (f' · <a href="#" onclick="openDrawer();return false" '
- f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">details</a>')
- rows.append(f'<div class="jobrow {cls}"><span class="dot {cls}"></span>'
- f'<span class="name">{e(name)}</span>'
- f'<span class="jobstate {cls}">{e(label)}</span>{link}{extra}</div>')
+ q = qp(
+ job=j["id"],
+ sha=sha,
+ platform=platform,
+ tier=gname,
+ url=j["url"],
+ )
+ extra = (
+ f' · <a href="#" onclick="openDrawer();return false" '
+ f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">details</a>'
+ )
+ rows.append(
+ f'<div class="jobrow {cls}"><span class="dot {cls}"></span>'
+ f'<span class="name">{e(name)}</span>'
+ f'<span class="jobstate {cls}">{e(label)}</span>{link}{extra}</div>'
+ )
body = ""
if cells:
body += f'<div class="matrix">{"".join(cells)}</div>'
if rows:
body += f'<div class="rows">{"".join(rows)}</div>'
@@ -738,49 +958,74 @@
return "".join(out)
def render_failures(job_id, sha, platform, tier, py, cuda, url):
data = get_failures(job_id)
- joblink = (f' · <a href="{e(url)}" target="_blank" rel="noopener">job log ↗</a>') if url else ""
- oob = (f'<span id="drawer-title" hx-swap-oob="true">{e(platform)} — {e(tier)}</span>'
- f'<span id="drawer-sub" hx-swap-oob="true">{e(py)} {e(cuda)}{joblink}</span>')
+ joblink = (
+ (f' · <a href="{e(url)}" target="_blank" rel="noopener">job log ↗</a>')
+ if url
+ else ""
+ )
+ oob = (
+ f'<span id="drawer-title" hx-swap-oob="true">{e(platform)} — {e(tier)}</span>'
+ f'<span id="drawer-sub" hx-swap-oob="true">{e(py)} {e(cuda)}{joblink}</span>'
+ )
if data.get("error"):
- return oob + f'<div class="muted">Could not load annotations: {e(data["error"])}</div>'
+ return (
+ oob
+ + f'<div class="muted">Could not load annotations: {e(data["error"])}</div>'
+ )
fails = data["failures"]
info = info_for(tier)
body = []
if not fails:
- loglink = f'<a href="{e(url)}" target="_blank" rel="noopener">Open the job log ↗</a>' if url else ""
- body.append('<div class="muted">No pytest failure annotations — this is likely a '
- f'build / environment / setup failure rather than a test assertion.<br><br>{loglink}</div>')
+ loglink = (
+ f'<a href="{e(url)}" target="_blank" rel="noopener">Open the job log ↗</a>'
+ if url
+ else ""
+ )
+ body.append(
+ '<div class="muted">No pytest failure annotations — this is likely a '
+ f"build / environment / setup failure rather than a test assertion.<br><br>{loglink}</div>"
+ )
for f in fails:
loc = ""
if f["file"]:
- gh_url = f'https://github.com/{repo_slug()}/blob/{sha}/{f["file"]}#L{f["line"]}'
- loc = (f'<div class="floc">↳ <a href="{e(gh_url)}" target="_blank" rel="noopener">'
- f'<code>{e(f["file"])}:{f["line"]}</code> ↗</a></div>')
+ gh_url = (
+ f'https://github.com/{repo_slug()}/blob/{sha}/{f["file"]}#L{f["line"]}'
+ )
+ loc = (
+ f'<div class="floc">↳ <a href="{e(gh_url)}" target="_blank" rel="noopener">'
+ f'<code>{e(f["file"])}:{f["line"]}</code> ↗</a></div>'
+ )
cat = categorize_failure(f["message"])
- body.append(f'<div class="fail-item"><div class="ftest">{e(f["test"] or "failure")}'
- f' {_cat_tag(cat)}</div>'
- f'{loc}<pre>{e(f["message"])}</pre></div>')
+ body.append(
+ f'<div class="fail-item"><div class="ftest">{e(f["test"] or "failure")}'
+ f" {_cat_tag(cat)}</div>"
+ f'{loc}<pre>{e(f["message"])}</pre></div>'
+ )
if info:
leaves = []
for f in fails:
if f["test"]:
leaf = re.split(r"[.:]", f["test"])[-1]
leaf = re.sub(r"\[.*$", "", leaf)
if leaf and leaf not in leaves:
leaves.append(leaf)
kexpr = " or ".join(leaves[:6])
cmd = info["repro"](kexpr)
- body.append(f'<div class="repro"><button class="copy" onclick="copyPre(this)">copy</button>'
- f'<div class="lbl">reproduce locally</div><code>{e(cmd)}</code></div>')
+ body.append(
+ f'<div class="repro"><button class="copy" onclick="copyPre(this)">copy</button>'
+ f'<div class="lbl">reproduce locally</div><code>{e(cmd)}</code></div>'
+ )
# Lazy: fetch the job log + extract the relevant block(s) once the drawer is in.
- body.append(f'<div class="logsec" hx-get="/ui/joblog?{qp(job=job_id, url=url)}" '
- f'hx-trigger="load" hx-swap="innerHTML">'
- f'<div class="muted" style="padding:8px 0"><span class="spinner"></span> '
- f'fetching relevant logs…</div></div>')
+ body.append(
+ f'<div class="logsec" hx-get="/ui/joblog?{qp(job=job_id, url=url)}" '
+ f'hx-trigger="load" hx-swap="innerHTML">'
+ f'<div class="muted" style="padding:8px 0"><span class="spinner"></span> '
+ f"fetching relevant logs…</div></div>"
+ )
return oob + "".join(body)
def render_aggregate(branch, refresh=False):
"""Cross-platform failure rollup: dedupe a failing test across every platform
@@ -796,38 +1041,57 @@
except Exception:
return []
with ThreadPoolExecutor(max_workers=8) as ex:
alljobs = [x for sub in ex.map(jobs_of, runs) for x in sub]
- failed = [(r, j) for r, j in alljobs
- if classify(j["status"], j["conclusion"])[0] == "fail" and j["kind"] == "test"]
+ failed = [
+ (r, j)
+ for r, j in alljobs
+ if classify(j["status"], j["conclusion"])[0] == "fail" and j["kind"] == "test"
+ ]
if not failed:
healthy = all(classify(r["status"], r["conclusion"])[0] != "fail" for r in runs)
- msg = ("No failing test jobs 🎉" if healthy
- else "No test-level failures found (failures are build/setup — see the platform grids).")
+ msg = (
+ "No failing test jobs 🎉"
+ if healthy
+ else "No test-level failures found (failures are build/setup — see the platform grids)."
+ )
return f'<div class="agg-ok">{msg}</div>'
def fails_of(rj):
r, j = rj
return (r, j, get_failures(j["id"], refresh=refresh).get("failures", []))
+
with ThreadPoolExecutor(max_workers=8) as ex:
results = list(ex.map(fails_of, failed))
agg = {}
for r, j, fails in results:
plat = pretty_platform(r["workflowName"])
if not fails: # failed job but no parseable test → bucket under the tier
key = f"[{j['group']}]"
a = agg.setdefault(key, dict(test=key, file=None, line=None, occ=[]))
- a["occ"].append(dict(plat=plat, py=j["python"], cuda=j["cuda"], url=j["url"], msg=""))
+ a["occ"].append(
+ dict(plat=plat, py=j["python"], cuda=j["cuda"], url=j["url"], msg="")
+ )
continue
for f in fails:
key = f["test"] or f["message"].splitlines()[0]
- a = agg.setdefault(key, dict(test=f["test"] or key, file=f["file"], line=f["line"], occ=[]))
+ a = agg.setdefault(
+ key, dict(test=f["test"] or key, file=f["file"], line=f["line"], occ=[])
+ )
a["file"] = a["file"] or f["file"]
a["line"] = a["line"] or f["line"]
- a["occ"].append(dict(plat=plat, py=j["python"], cuda=j["cuda"], url=j["url"], msg=f["message"]))
+ a["occ"].append(
+ dict(
+ plat=plat,
+ py=j["python"],
+ cuda=j["cuda"],
+ url=j["url"],
+ msg=f["message"],
+ )
+ )
# Config universe (what actually ran) so "X only" hints are real subsets.
test_jobs = [j for _, j in alljobs if j["kind"] == "test"]
all_pys = {j["python"] for j in test_jobs if j["python"]}
all_cudas = {j["cuda"] for j in test_jobs if j["cuda"]}
@@ -839,12 +1103,17 @@
# Real regressions (bug) first, then env/gap, infra last; ties → most cells.
_KIND_RANK = {"bug": 0, "env": 1, "unknown": 2, "infra": 3}
rows = sorted(
agg.values(),
- key=lambda a: (_KIND_RANK.get(a["cat"]["kind"], 2),
- -len({o["plat"] for o in a["occ"]}), -len(a["occ"]), a["test"]))
+ key=lambda a: (
+ _KIND_RANK.get(a["cat"]["kind"], 2),
+ -len({o["plat"] for o in a["occ"]}),
+ -len(a["occ"]),
+ a["test"],
+ ),
+ )
out = []
for a in rows:
plats = sorted({o["plat"] for o in a["occ"]})
ncells = len(a["occ"])
loc = ""
@@ -852,31 +1121,35 @@
gh_url = f'https://github.com/{repo_slug()}/blob/{runs[0].get("headSha","")}/{a["file"]}#L{a["line"]}'
loc = f'<div class="agg-file">↳ <a href="{e(gh_url)}" target="_blank" rel="noopener"><code>{e(a["file"])}:{a["line"]}</code> ↗</a></div>'
chips = "".join(f'<span class="chip">{e(p)}</span>' for p in plats)
pat = _config_pattern(a["occ"], all_pys, all_cudas)
patchips = "".join(f'<span class="cfgpat">{e(p)}</span>' for p in pat)
- out.append(f'''<details class="agg-row-d">
+ out.append(f"""<details class="agg-row-d">
<summary class="agg-row">
<div><div class="agg-test">{e(a["test"])} {_cat_tag(a["cat"])}{patchips}</div>{loc}</div>
<span class="agg-count"><span class="dot fail"></span>{len(plats)} platform{"s" if len(plats)!=1 else ""} · {ncells} cell{"s" if ncells!=1 else ""}</span>
</summary>
<div class="agg-detail"><div class="chips">{chips}</div>{f"<pre>{e(a['sample'])}</pre>" if a["sample"] else ""}</div>
- </details>''')
+ </details>""")
# Category tally — an instant read on the run's character (infra flakes vs regressions).
tally = {}
for a in rows:
tally.setdefault(a["cat"]["kind"], dict(n=0, label=a["cat"]["label"]))["n"] += 1
order = ["bug", "env", "unknown", "infra"]
tstr = " · ".join(
f'<span class="cat {k}">{tally[k]["n"]} {e(_KIND_LABEL[k])}</span>'
- for k in order if k in tally)
- header = (f'<div class="agg-head-row"><span>{len(rows)} distinct failing test'
- f'{"s" if len(rows)!=1 else ""} across '
- f'{len({o["plat"] for a in rows for o in a["occ"]})} platforms</span>'
- f'<span class="agg-tally">{tstr}</span>'
- f'<button class="btn small" hx-get="/ui/aggregate?branch={e(branch)}&refresh=1" '
- f'hx-target="#agg" hx-swap="innerHTML">↻ rescan</button></div>')
+ for k in order
+ if k in tally
+ )
+ header = (
+ f'<div class="agg-head-row"><span>{len(rows)} distinct failing test'
+ f'{"s" if len(rows)!=1 else ""} across '
+ f'{len({o["plat"] for a in rows for o in a["occ"]})} platforms</span>'
+ f'<span class="agg-tally">{tstr}</span>'
+ f'<button class="btn small" hx-get="/ui/aggregate?branch={e(branch)}&refresh=1" '
+ f'hx-target="#agg" hx-swap="innerHTML">↻ rescan</button></div>'
+ )
return header + f'<div class="agg">{"".join(out)}</div>'
# ── HTTP server ──────────────────────────────────────────────────────────────
class Handler(BaseHTTPRequestHandler):
@@ -900,49 +1173,74 @@
try:
p = u.path
if p in ("/", "/index.html"):
return self._index()
if p.startswith("/static/"):
- return self._static(p[len("/static/"):])
+ return self._static(p[len("/static/") :])
if p == "/ui/board":
- return self._send(200, render_board(q.get("branch") or default_branch(), refresh))
+ return self._send(
+ 200, render_board(q.get("branch") or default_branch(), refresh)
+ )
if p == "/ui/status":
- return self._send(200, render_status(q.get("branch") or default_branch()))
+ return self._send(
+ 200, render_status(q.get("branch") or default_branch())
+ )
if p == "/ui/platform":
- return self._send(200, render_platform(q["run"], q.get("sha", ""),
- q.get("platform", ""), refresh))
+ return self._send(
+ 200,
+ render_platform(
+ q["run"], q.get("sha", ""), q.get("platform", ""), refresh
+ ),
+ )
if p == "/ui/failures":
- return self._send(200, render_failures(
- q["job"], q.get("sha", ""), q.get("platform", ""), q.get("tier", ""),
- q.get("py", ""), q.get("cuda", ""), q.get("url", "")))
+ return self._send(
+ 200,
+ render_failures(
+ q["job"],
+ q.get("sha", ""),
+ q.get("platform", ""),
+ q.get("tier", ""),
+ q.get("py", ""),
+ q.get("cuda", ""),
+ q.get("url", ""),
+ ),
+ )
if p == "/ui/aggregate":
- return self._send(200, render_aggregate(q.get("branch") or default_branch(), refresh))
+ return self._send(
+ 200, render_aggregate(q.get("branch") or default_branch(), refresh)
+ )
if p == "/ui/joblog":
if q.get("raw") == "1":
log = get_job_log(q["job"], refresh)
- return self._send(200 if log else 404,
- log or "log not available", "text/plain; charset=utf-8")
+ return self._send(
+ 200 if log else 404,
+ log or "log not available",
+ "text/plain; charset=utf-8",
+ )
return self._send(200, render_joblog(q["job"], q.get("url", "")))
return self._send(404, "not found", "text/plain")
except KeyError as ex:
self._send(400, f"missing param {ex}", "text/plain")
except Exception as ex:
self._send(500, f'<div class="muted">error: {e(ex)}</div>')
def _index(self):
with open(os.path.join(STATIC, "index.html"), encoding="utf-8") as f:
html_s = f.read()
- html_s = html_s.replace("{{BRANCH}}", e(default_branch())).replace("{{REPO}}", e(repo_slug()))
+ html_s = html_s.replace("{{BRANCH}}", e(default_branch())).replace(
+ "{{REPO}}", e(repo_slug())
+ )
self._send(200, html_s)
def _static(self, rel):
rel = rel.split("?")[0].lstrip("/")
path = os.path.normpath(os.path.join(STATIC, rel))
if not path.startswith(STATIC) or not os.path.isfile(path):
return self._send(404, "not found", "text/plain")
- ctype = {"html": "text/html", "js": "text/javascript",
- "css": "text/css"}.get(rel.rsplit(".", 1)[-1], "application/octet-stream")
+ ctype = {"html": "text/html", "js": "text/javascript", "css": "text/css"}.get(
+ rel.rsplit(".", 1)[-1], "application/octet-stream"
+ )
with open(path, "rb") as f:
self._send(200, f.read(), ctype + "; charset=utf-8")
def preflight():
@@ -954,12 +1252,17 @@
def tailscale_ip():
"""Best-effort Tailscale IPv4 (100.64.0.0/10). Uses the CLI if present,
otherwise sniffs local interfaces. Returns None if not on a tailnet."""
try:
- out = subprocess.run(["tailscale", "ip", "-4"], capture_output=True,
- text=True, timeout=3).stdout.strip().splitlines()
+ out = (
+ subprocess.run(
+ ["tailscale", "ip", "-4"], capture_output=True, text=True, timeout=3
+ )
+ .stdout.strip()
+ .splitlines()
+ )
if out and out[0]:
return out[0].strip()
except Exception:
pass
try:
@@ -987,13 +1290,16 @@
def main():
global _DEFAULT_BRANCH
ap = argparse.ArgumentParser(description="Local Torch-TensorRT CI dashboard")
ap.add_argument("-b", "--branch", default=None, help="default branch to show")
ap.add_argument("-p", "--port", type=int, default=8712)
- ap.add_argument("--host", default="0.0.0.0",
- help="bind address (default 0.0.0.0 — reachable over LAN/Tailscale; "
- "use 127.0.0.1 to keep it local-only)")
+ ap.add_argument(
+ "--host",
+ default="0.0.0.0",
+ help="bind address (default 0.0.0.0 — reachable over LAN/Tailscale; "
+ "use 127.0.0.1 to keep it local-only)",
+ )
ap.add_argument("--no-open", action="store_true")
args = ap.parse_args()
preflight()
if args.branch:
_DEFAULT_BRANCH = args.branch
@@ -1006,15 +1312,18 @@
if ts:
print(f" tailscale http://{ts}:{args.port}/")
lan = lan_ip()
if lan and lan != ts:
print(f" lan http://{lan}:{args.port}/")
- print(" (bound to all interfaces — anyone who can reach this host can view CI status)")
+ print(
+ " (bound to all interfaces — anyone who can reach this host can view CI status)"
+ )
print("Ctrl-C to stop.", flush=True)
if not args.no_open:
try:
import webbrowser
+
webbrowser.open(local) # always open the loopback URL locally
except Exception:
pass
try:
srv.serve_forever()
There was a problem hiding this comment.
There are some changes that do not conform to Python style guidelines:
--- /home/runner/work/TensorRT/TensorRT/tests/ci/__main__.py 2026-07-17 21:21:53.921996+00:00
+++ /home/runner/work/TensorRT/TensorRT/tests/ci/__main__.py 2026-07-17 21:22:17.516504+00:00
@@ -76,11 +76,14 @@
def _cmd_run_lane(args: argparse.Namespace) -> int:
"""Run every suite in a lane/tier, continuing past failures (so one consolidated
report sees them all). Returns non-zero if any suite failed."""
jobs = select(
- lane=args.lane, tier=args.tier, variant=args.variant, platform=args.platform,
+ lane=args.lane,
+ tier=args.tier,
+ variant=args.variant,
+ platform=args.platform,
changed=_read_changed(args),
)
if not jobs:
print("::warning::no suites match the given filters", file=sys.stderr)
return 0
@@ -90,11 +93,14 @@
return rc
def _cmd_matrix(args: argparse.Namespace) -> int:
include = matrix(
- lane=args.lane, tier=args.tier, variant=args.variant, platform=args.platform,
+ lane=args.lane,
+ tier=args.tier,
+ variant=args.variant,
+ platform=args.platform,
changed=_read_changed(args),
)
if not include:
print("::warning::matrix is empty for the given filters", file=sys.stderr)
print(json.dumps({"include": include}))
@@ -177,26 +183,28 @@
g.add_argument("--tier", choices=("l0", "l1", "l2"))
sp.add_argument("--variant", choices=("standard", "rtx"))
sp.add_argument("--platform", choices=("linux-x86_64", "windows"))
sp.add_argument("--dry-run", action="store_true")
sp.add_argument(
- "--changed-from", metavar="FILE",
+ "--changed-from",
+ metavar="FILE",
help="narrow to suites affected by these changed files (a file, or '-' "
- "for stdin; one repo-relative path per line). Broad changes → no narrowing.",
+ "for stdin; one repo-relative path per line). Broad changes → no narrowing.",
)
sp.set_defaults(fn=_cmd_run_lane)
sp = sub.add_parser("matrix", help="emit a GitHub Actions matrix as JSON")
g = sp.add_mutually_exclusive_group()
g.add_argument("--lane", choices=("fast", "full", "nightly", "python-only"))
g.add_argument("--tier", choices=("l0", "l1", "l2"))
sp.add_argument("--variant", choices=("standard", "rtx"))
sp.add_argument("--platform", choices=("linux-x86_64", "windows"))
sp.add_argument(
- "--changed-from", metavar="FILE",
+ "--changed-from",
+ metavar="FILE",
help="narrow to suites affected by these changed files (a file, or '-' "
- "for stdin; one repo-relative path per line). Broad changes → no narrowing.",
+ "for stdin; one repo-relative path per line). Broad changes → no narrowing.",
)
sp.set_defaults(fn=_cmd_matrix)
sub.add_parser("doctor", help="validate the manifest").set_defaults(fn=_cmd_doctor)
--- /home/runner/work/TensorRT/TensorRT/tests/ci/runner.py 2026-07-17 21:21:53.921996+00:00
+++ /home/runner/work/TensorRT/TensorRT/tests/ci/runner.py 2026-07-17 21:22:17.600928+00:00
@@ -213,12 +213,22 @@
# Path prefixes whose changes cannot affect any GPU test outcome. A PR touching
# ONLY these can skip the whole test matrix.
_NO_TEST_IMPACT = (
- "docs/", "docsrc/", "tools/", "notebooks/", "examples/", ".devcontainer/",
- "README", "CHANGELOG", "LICENSE", ".gitignore", ".pre-commit", ".flake8",
+ "docs/",
+ "docsrc/",
+ "tools/",
+ "notebooks/",
+ "examples/",
+ ".devcontainer/",
+ "README",
+ "CHANGELOG",
+ "LICENSE",
+ ".gitignore",
+ ".pre-commit",
+ ".flake8",
)
def _owned_dirs(s: Suite) -> set[str]:
"""Repo-relative directories a suite owns — the directory of each path target
--- /home/runner/work/TensorRT/TensorRT/tools/ci-dashboard/ci_dashboard.py 2026-07-17 21:21:53.947873+00:00
+++ /home/runner/work/TensorRT/TensorRT/tools/ci-dashboard/ci_dashboard.py 2026-07-17 21:22:23.527141+00:00
@@ -18,10 +18,11 @@
We parse that into {group, python, cuda, kind}; the group is a `<suite>-<variant>`
from the tests/ci manifest (tests/ci/suites.py — the SAME data CI runs), so a red
cell maps to the suite's pytest paths and its exact `python -m tests.ci run`
reproduce command. Pre-migration runs (tier-named) fall back to the legacy map.
"""
+
from __future__ import annotations
import argparse
import html
import json
@@ -60,42 +61,76 @@
# Kept only so historical, pre-migration runs (named "L2 dynamo core tests", not
# "<suite>-<variant>") still resolve. New runs go through the manifest above.
# Keys are normalized job group names (see _norm()); `fn` is the old shell tier.
TIER_MAP = {
"l0 dynamo converter tests": dict(
- fn="trt_tier_l0_converter", paths=["tests/py/dynamo/conversion/"]),
+ fn="trt_tier_l0_converter", paths=["tests/py/dynamo/conversion/"]
+ ),
"l0 dynamo core tests": dict(
fn="trt_tier_l0_core",
- paths=["tests/py/dynamo/runtime/test_000_*", "tests/py/dynamo/partitioning/test_000_*",
- "tests/py/dynamo/lowering/", "tests/py/dynamo/hlo/"]),
+ paths=[
+ "tests/py/dynamo/runtime/test_000_*",
+ "tests/py/dynamo/partitioning/test_000_*",
+ "tests/py/dynamo/lowering/",
+ "tests/py/dynamo/hlo/",
+ ],
+ ),
"l0 core python tests": dict(fn="trt_tier_l0_py_core", paths=["tests/py/core/"]),
"l0 torchscript tests": dict(
- fn="trt_tier_l0_torchscript", paths=["tests/py/ts/api/", "tests/modules/hub.py"]),
+ fn="trt_tier_l0_torchscript", paths=["tests/py/ts/api/", "tests/modules/hub.py"]
+ ),
"l1 dynamo core tests": dict(
fn="trt_tier_l1_dynamo_core",
- paths=["tests/py/dynamo/runtime/test_001_*", "tests/py/dynamo/partitioning/test_001_*",
- "tests/py/dynamo/hlo/"]),
+ paths=[
+ "tests/py/dynamo/runtime/test_001_*",
+ "tests/py/dynamo/partitioning/test_001_*",
+ "tests/py/dynamo/hlo/",
+ ],
+ ),
"l1 dynamo compile tests": dict(
- fn="trt_tier_l1_dynamo_compile", paths=["tests/py/dynamo/models/"]),
+ fn="trt_tier_l1_dynamo_compile", paths=["tests/py/dynamo/models/"]
+ ),
"l1 torch compile tests": dict(
fn="trt_tier_l1_torch_compile",
- paths=["tests/py/dynamo/backend/", "tests/py/dynamo/models/test_models.py",
- "tests/py/dynamo/models/test_dyn_models.py"]),
- "l1 torch script tests": dict(fn="trt_tier_l1_torchscript", paths=["tests/py/ts/models/"]),
+ paths=[
+ "tests/py/dynamo/backend/",
+ "tests/py/dynamo/models/test_models.py",
+ "tests/py/dynamo/models/test_dyn_models.py",
+ ],
+ ),
+ "l1 torch script tests": dict(
+ fn="trt_tier_l1_torchscript", paths=["tests/py/ts/models/"]
+ ),
"l2 torch compile tests": dict(
fn="trt_tier_l2_torch_compile",
- paths=["tests/py/dynamo/models/test_models.py", "tests/py/dynamo/models/test_dyn_models.py"]),
+ paths=[
+ "tests/py/dynamo/models/test_models.py",
+ "tests/py/dynamo/models/test_dyn_models.py",
+ ],
+ ),
"l2 dynamo compile tests": dict(
- fn="trt_tier_l2_dynamo_compile", paths=["tests/py/dynamo/models/", "tests/py/dynamo/llm/"]),
+ fn="trt_tier_l2_dynamo_compile",
+ paths=["tests/py/dynamo/models/", "tests/py/dynamo/llm/"],
+ ),
"l2 dynamo core tests": dict(
- fn="trt_tier_l2_dynamo_core", paths=["tests/py/dynamo/runtime/", "tests/py/dynamo/executorch/"]),
+ fn="trt_tier_l2_dynamo_core",
+ paths=["tests/py/dynamo/runtime/", "tests/py/dynamo/executorch/"],
+ ),
"l2 dynamo plugin tests": dict(
fn="trt_tier_l2_plugin",
- paths=["tests/py/dynamo/conversion/", "tests/py/dynamo/automatic_plugin/", "tests/py/kernels/"]),
- "l2 torch script tests": dict(fn="trt_tier_l2_torchscript", paths=["tests/py/ts/integrations/"]),
+ paths=[
+ "tests/py/dynamo/conversion/",
+ "tests/py/dynamo/automatic_plugin/",
+ "tests/py/kernels/",
+ ],
+ ),
+ "l2 torch script tests": dict(
+ fn="trt_tier_l2_torchscript", paths=["tests/py/ts/integrations/"]
+ ),
"l2 dynamo distributed tests": dict(
- fn="trt_tier_l2_distributed", paths=["tests/py/dynamo/distributed/"]),
+ fn="trt_tier_l2_distributed", paths=["tests/py/dynamo/distributed/"]
+ ),
}
def _norm(s: str) -> str:
"""Lowercase and collapse separators so 'L2-dynamo-core-tests' and
@@ -198,22 +233,25 @@
CACHE = Cache()
def gh(args, parse=True, timeout=90):
- proc = subprocess.run(["gh", *args], capture_output=True, text=True,
- timeout=timeout, cwd=REPO_ROOT)
+ proc = subprocess.run(
+ ["gh", *args], capture_output=True, text=True, timeout=timeout, cwd=REPO_ROOT
+ )
if proc.returncode != 0:
raise RuntimeError((proc.stderr or proc.stdout or "gh failed").strip())
return json.loads(proc.stdout) if parse else proc.stdout
@lru_cache(maxsize=1)
def repo_slug():
try:
- return gh(["repo", "view", "--json", "nameWithOwner", "-q", ".nameWithOwner"],
- parse=False).strip()
+ return gh(
+ ["repo", "view", "--json", "nameWithOwner", "-q", ".nameWithOwner"],
+ parse=False,
+ ).strip()
except Exception:
return "pytorch/TensorRT"
_DEFAULT_BRANCH = None
@@ -221,25 +259,33 @@
def default_branch():
if _DEFAULT_BRANCH:
return _DEFAULT_BRANCH
try:
- b = subprocess.run(["git", "rev-parse", "--abbrev-ref", "HEAD"],
- capture_output=True, text=True, cwd=REPO_ROOT).stdout.strip()
+ b = subprocess.run(
+ ["git", "rev-parse", "--abbrev-ref", "HEAD"],
+ capture_output=True,
+ text=True,
+ cwd=REPO_ROOT,
+ ).stdout.strip()
return b if b and b != "HEAD" else "main"
except Exception:
return "main"
# ── data layer ───────────────────────────────────────────────────────────────
def get_runs(branch, limit=40, refresh=False):
key = f"runs:{branch}:{limit}"
if not refresh and (c := CACHE.get(key)) is not None:
return c
- fields = ("databaseId,workflowName,displayTitle,headBranch,headSha,status,"
- "conclusion,event,createdAt,updatedAt,url,number")
- runs = gh(["run", "list", "--branch", branch, "--limit", str(limit), "--json", fields])
+ fields = (
+ "databaseId,workflowName,displayTitle,headBranch,headSha,status,"
+ "conclusion,event,createdAt,updatedAt,url,number"
+ )
+ runs = gh(
+ ["run", "list", "--branch", branch, "--limit", str(limit), "--json", fields]
+ )
newest = {}
for r in runs:
r["id"] = r.get("databaseId") # normalize (gh run list uses databaseId)
wf = r.get("workflowName") or "?"
if wf not in newest or r["createdAt"] > newest[wf]["createdAt"]:
@@ -267,40 +313,62 @@
kind = "build"
elif re.match(r"l[012]\b", gl):
kind = "test"
elif "matrix" in gl or "generate" in gl or group == "filter-matrix":
kind = "setup"
- elif raw.startswith("CI /") or "aggregate" in gl or "collect results" in gl or "rollup" in gl:
+ elif (
+ raw.startswith("CI /")
+ or "aggregate" in gl
+ or "collect results" in gl
+ or "rollup" in gl
+ ):
kind = "rollup"
else:
kind = "other"
return dict(
- id=j.get("databaseId") or j.get("id"), raw=raw, group=group, kind=kind,
- python=py.group(0) if py else None, cuda=cu.group(0) if cu else None,
- status=j.get("status"), conclusion=j.get("conclusion"),
+ id=j.get("databaseId") or j.get("id"),
+ raw=raw,
+ group=group,
+ kind=kind,
+ python=py.group(0) if py else None,
+ cuda=cu.group(0) if cu else None,
+ status=j.get("status"),
+ conclusion=j.get("conclusion"),
url=j.get("html_url") or j.get("url"),
- failedSteps=[s["name"] for s in j.get("steps", []) if s.get("conclusion") == "failure"],
+ failedSteps=[
+ s["name"] for s in j.get("steps", []) if s.get("conclusion") == "failure"
+ ],
)
def get_jobs(run_id, refresh=False):
key = f"jobs:{run_id}"
if not refresh and (c := CACHE.get(key)) is not None:
return c
- data = gh(["api", f"repos/{repo_slug()}/actions/runs/{run_id}/jobs",
- "--paginate", "-q", ".jobs[]"], parse=False)
+ data = gh(
+ [
+ "api",
+ f"repos/{repo_slug()}/actions/runs/{run_id}/jobs",
+ "--paginate",
+ "-q",
+ ".jobs[]",
+ ],
+ parse=False,
+ )
jobs = [json.loads(line) for line in data.splitlines() if line.strip()]
parsed = [_parse_job(j) for j in jobs]
live = any(j["status"] != "completed" for j in parsed)
CACHE.put(key, parsed, ttl=15 if live else 300)
return parsed
NOISE = re.compile(
r"Process completed with exit code|Node\.js \d+ is deprecated|"
r"is deprecated\. Please switch|conda\.cli|defaults' channel|auto_activate|"
- r"might have been added implicitly", re.I)
+ r"might have been added implicitly",
+ re.I,
+)
TESTLINE = re.compile(r"^(?P<test>[\w./-]+(?:\.[\w\[\]-]+)+)\s*$")
@lru_cache(maxsize=4096)
def grep_test(symbol):
@@ -310,12 +378,17 @@
leaf = re.sub(r"\[.*$", "", leaf)
if not re.match(r"^[A-Za-z_]\w+$", leaf):
return None
pat = f"def {leaf}\\b" if leaf.startswith("test") else f"class {leaf}\\b"
try:
- out = subprocess.run(["git", "grep", "-n", "-E", pat, "--", "tests/"],
- capture_output=True, text=True, cwd=REPO_ROOT, timeout=15).stdout
+ out = subprocess.run(
+ ["git", "grep", "-n", "-E", pat, "--", "tests/"],
+ capture_output=True,
+ text=True,
+ cwd=REPO_ROOT,
+ timeout=15,
+ ).stdout
except Exception:
return None
for line in out.splitlines():
path, lineno, _ = line.split(":", 2)
return (path, int(lineno))
@@ -343,31 +416,40 @@
dedupe = test or head
if dedupe in seen:
continue
seen.add(dedupe)
loc = grep_test(test) if test else None
- failures.append(dict(test=test, message=msg[:1400],
- file=loc[0] if loc else None, line=loc[1] if loc else None))
+ failures.append(
+ dict(
+ test=test,
+ message=msg[:1400],
+ file=loc[0] if loc else None,
+ line=loc[1] if loc else None,
+ )
+ )
result = dict(failures=failures)
CACHE.put(key, result, ttl=600)
return result
# ── job logs (fetch + per-test extraction) ──────────────────────────────────
-_TS = re.compile(r"^\d{4}-\d{2}-\d{2}T\d{2}:\d{2}:\d{2}\.\d+Z ") # GH line prefix
-_SEP = re.compile(r"^_{4,}\s+(.+?)\s+_{4,}\s*$") # pytest FAILURES sep
-_SECT = re.compile(r"^={4,}") # ==== section ====
+_TS = re.compile(r"^\d{4}-\d{2}-\d{2}T\d{2}:\d{2}:\d{2}\.\d+Z ") # GH line prefix
+_SEP = re.compile(r"^_{4,}\s+(.+?)\s+_{4,}\s*$") # pytest FAILURES sep
+_SECT = re.compile(r"^={4,}") # ==== section ====
def get_job_log(job_id, refresh=False):
"""Raw plain-text log for one job (immutable once complete → cached 1h)."""
key = f"log:{job_id}"
if not refresh and (c := CACHE.get(key)) is not None:
return c
try:
- raw = gh(["api", f"repos/{repo_slug()}/actions/jobs/{job_id}/logs"],
- parse=False, timeout=60)
+ raw = gh(
+ ["api", f"repos/{repo_slug()}/actions/jobs/{job_id}/logs"],
+ parse=False,
+ timeout=60,
+ )
except Exception:
raw = None
CACHE.put(key, raw, ttl=3600 if raw else 20)
return raw
@@ -379,12 +461,13 @@
def extract_test_log(lines, test, max_lines=160):
"""Pull the pytest FAILURES block for `test`. Falls back to a context window
around the test's last mention (covers custom harnesses w/o a FAILURES sep).
Returns the excerpt string, or None."""
leaf = re.split(r"[.:]", test)[-1].split("[")[0] if test else None
- seps = [(i, m.group(1).strip()) for i, ln in enumerate(lines)
- if (m := _SEP.match(ln))]
+ seps = [
+ (i, m.group(1).strip()) for i, ln in enumerate(lines) if (m := _SEP.match(ln))
+ ]
start = None
if test:
# Prefer an exact title match — the leaf method name (e.g. test_trt_compile)
# is shared across many classes, so fuzzy matching would grab the wrong block.
for i, title in seps:
@@ -405,53 +488,75 @@
end = j
break
block = lines[start:end]
else:
needle = leaf or test
- hit = next((i for i in range(len(lines) - 1, -1, -1) if needle and needle in lines[i]), None)
+ hit = next(
+ (i for i in range(len(lines) - 1, -1, -1) if needle and needle in lines[i]),
+ None,
+ )
if hit is None:
return None
- block = lines[max(0, hit - 4): hit + 44]
+ block = lines[max(0, hit - 4) : hit + 44]
if len(block) > max_lines:
- block = block[:max_lines] + [f"… (+{len(block) - max_lines} more lines — open the raw log)"]
+ block = block[:max_lines] + [
+ f"… (+{len(block) - max_lines} more lines — open the raw log)"
+ ]
return "\n".join(block).strip()
def summary_reasons(lines, test):
"""The concise `FAILED …/ERROR … - <reason>` lines from pytest's summary."""
leaf = re.split(r"[.:]", test)[-1].split("[")[0] if test else None
- return [ln for ln in lines
- if re.match(r"^(FAILED|ERROR) ", ln) and (not leaf or leaf in ln)]
+ return [
+ ln
+ for ln in lines
+ if re.match(r"^(FAILED|ERROR) ", ln) and (not leaf or leaf in ln)
+ ]
def render_joblog(job_id, url):
log = get_job_log(job_id)
- ghlink = f'<a href="{e(url)}" target="_blank" rel="noopener">job on GitHub ↗</a>' if url else ""
+ ghlink = (
+ f'<a href="{e(url)}" target="_blank" rel="noopener">job on GitHub ↗</a>'
+ if url
+ else ""
+ )
rawlink = f'<a href="/ui/joblog?job={e(job_id)}&raw=1" target="_blank" rel="noopener">raw log ↗</a>'
head = f'<div class="logsec-head"><span class="lbl">relevant logs</span>{rawlink} · {ghlink}</div>'
if not log:
- return head + ('<div class="muted">Log not available yet — the job may still be '
- f'running, or GitHub expired it. {ghlink}</div>')
+ return head + (
+ '<div class="muted">Log not available yet — the job may still be '
+ f"running, or GitHub expired it. {ghlink}</div>"
+ )
lines = _clean_lines(log)
fails = get_failures(job_id).get("failures", [])
blocks = []
for f in fails:
excerpt = extract_test_log(lines, f["test"])
reasons = summary_reasons(lines, f["test"])
title = e(f["test"] or "failure")
- reason_html = (f'<div class="logreason">{e(reasons[0][:300])}</div>' if reasons else "")
+ reason_html = (
+ f'<div class="logreason">{e(reasons[0][:300])}</div>' if reasons else ""
+ )
if excerpt:
- blocks.append(f'<details class="logblock" open><summary>{title}</summary>'
- f'{reason_html}<pre>{e(excerpt)}</pre></details>')
+ blocks.append(
+ f'<details class="logblock" open><summary>{title}</summary>'
+ f"{reason_html}<pre>{e(excerpt)}</pre></details>"
+ )
else:
- blocks.append(f'<details class="logblock"><summary>{title}</summary>'
- f'{reason_html}<div class="muted">No matching block in the log — '
- f'see the raw log.</div></details>')
+ blocks.append(
+ f'<details class="logblock"><summary>{title}</summary>'
+ f'{reason_html}<div class="muted">No matching block in the log — '
+ f"see the raw log.</div></details>"
+ )
if not fails: # build/env/setup failure: no test annotations → show the tail
tail = "\n".join(lines[-180:]).strip()
- blocks.append('<details class="logblock" open><summary>end of job log</summary>'
- f'<pre>{e(tail)}</pre></details>')
+ blocks.append(
+ '<details class="logblock" open><summary>end of job log</summary>'
+ f"<pre>{e(tail)}</pre></details>"
+ )
return head + "".join(blocks)
# ── status helpers ───────────────────────────────────────────────────────────
def classify(status, conclusion):
@@ -460,11 +565,13 @@
and a cancelled job didn't produce a verdict. Only `failure`/`timed_out`
(actually executed and failed) are `fail`."""
if status and status != "completed":
if status in ("in_progress", "running"):
return "run", "running"
- return "queue", status.replace("_", " ") # queued / waiting / pending / requested
+ return "queue", status.replace(
+ "_", " "
+ ) # queued / waiting / pending / requested
c = conclusion or ""
return {
"success": ("pass", "passed"),
"failure": ("fail", "failed"),
"timed_out": ("fail", "timed out"),
@@ -492,33 +599,80 @@
# so order is most-specific → most-generic. `kind` drives the tag colour:
# infra = "probably not your bug" · env/gap = setup/feature hole · bug = real.
# NOTE: an OOM often surfaces AS an AssertionError ("assert cuda_engine"); the OOM
# signatures below are listed first on purpose so they win over the generic assert.
_FAIL_CATS = [
- ("oom", "GPU / resource", "infra", re.compile(
- r"OutOfMemory|out of memory|createCaskHardwareInfo|\bCask\b|"
- r"build_serialized_network returned None|assert cuda_engine|cuda_engine\b|"
- r"catchCudaError|cudaError|cuInit|defaultAllocator|no CUDA GPUs|"
- r"CUDA error|cudaMalloc|device-side assert", re.I)),
- ("timeout", "timeout", "infra", re.compile(
- r"timed out|timeout|deadline exceeded|took too long", re.I)),
- ("import", "import / collection", "env", re.compile(
- r"ModuleNotFoundError|ImportError|No module named|cannot import name|"
- r"error collecting|errors during collection|failed to import", re.I)),
- ("unsupported", "unsupported op", "env", re.compile(
- r"no converter|not support|unsupported|Could not find any implementation|"
- r"UnsupportedOperator|no implementation for", re.I)),
- ("numerical", "numerical / accuracy", "bug", re.compile(
- r"not close|Mismatched elements|cosine|tolerance|allclose|"
- r"Max absolute difference|relative difference|accuracy|atol|rtol", re.I)),
- ("assertion", "assertion", "bug", re.compile(
- r"\bAssertionError\b|^\s*assert\s", re.I | re.M)),
- ("typeerr", "type / shape", "bug", re.compile(
- r"\b(TypeError|AttributeError|KeyError|IndexError|ValueError)\b|"
- r"shape mismatch|size mismatch|dtype", re.I)),
- ("runtime", "runtime error", "bug", re.compile(
- r"\b(RuntimeError|NotImplementedError)\b", re.I)),
+ (
+ "oom",
+ "GPU / resource",
+ "infra",
+ re.compile(
+ r"OutOfMemory|out of memory|createCaskHardwareInfo|\bCask\b|"
+ r"build_serialized_network returned None|assert cuda_engine|cuda_engine\b|"
+ r"catchCudaError|cudaError|cuInit|defaultAllocator|no CUDA GPUs|"
+ r"CUDA error|cudaMalloc|device-side assert",
+ re.I,
+ ),
+ ),
+ (
+ "timeout",
+ "timeout",
+ "infra",
+ re.compile(r"timed out|timeout|deadline exceeded|took too long", re.I),
+ ),
+ (
+ "import",
+ "import / collection",
+ "env",
+ re.compile(
+ r"ModuleNotFoundError|ImportError|No module named|cannot import name|"
+ r"error collecting|errors during collection|failed to import",
+ re.I,
+ ),
+ ),
+ (
+ "unsupported",
+ "unsupported op",
+ "env",
+ re.compile(
+ r"no converter|not support|unsupported|Could not find any implementation|"
+ r"UnsupportedOperator|no implementation for",
+ re.I,
+ ),
+ ),
+ (
+ "numerical",
+ "numerical / accuracy",
+ "bug",
+ re.compile(
+ r"not close|Mismatched elements|cosine|tolerance|allclose|"
+ r"Max absolute difference|relative difference|accuracy|atol|rtol",
+ re.I,
+ ),
+ ),
+ (
+ "assertion",
+ "assertion",
+ "bug",
+ re.compile(r"\bAssertionError\b|^\s*assert\s", re.I | re.M),
+ ),
+ (
+ "typeerr",
+ "type / shape",
+ "bug",
+ re.compile(
+ r"\b(TypeError|AttributeError|KeyError|IndexError|ValueError)\b|"
+ r"shape mismatch|size mismatch|dtype",
+ re.I,
+ ),
+ ),
+ (
+ "runtime",
+ "runtime error",
+ "bug",
+ re.compile(r"\b(RuntimeError|NotImplementedError)\b", re.I),
+ ),
]
# Roll-up labels for the per-run category tally (kind → human summary word).
_KIND_LABEL = {
@@ -538,12 +692,14 @@
return dict(key=key, label=label, kind=kind)
return dict(key="other", label="error", kind="unknown")
def _cat_tag(cat):
- return (f'<span class="cat {cat["kind"]}" '
- f'title="{e(cat["label"])} — {cat["kind"]}">{e(cat["label"])}</span>')
+ return (
+ f'<span class="cat {cat["kind"]}" '
+ f'title="{e(cat["label"])} — {cat["kind"]}">{e(cat["label"])}</span>'
+ )
def _config_pattern(occ, all_pys, all_cudas):
"""Which configuration a failure correlates with — the strongest diagnostic
signal after the category. Only asserts "X only" when X is a strict subset of
@@ -578,27 +734,34 @@
return f"{int(s // n)}{unit} ago"
return "just now"
def pretty_platform(name):
- n = (name.replace("Python-only build and test ", "py-only ")
- .replace("RTX - Build and test ", "RTX ")
- .replace("RTX - Python-only build and test ", "RTX py-only ")
- .replace("Build and test ", "").replace(" wheels", "")
- .replace(" for Jetpack", " · jetpack"))
+ n = (
+ name.replace("Python-only build and test ", "py-only ")
+ .replace("RTX - Build and test ", "RTX ")
+ .replace("RTX - Python-only build and test ", "RTX py-only ")
+ .replace("Build and test ", "")
+ .replace(" wheels", "")
+ .replace(" for Jetpack", " · jetpack")
+ )
return n.strip()
def e(s):
return html.escape(str(s if s is not None else ""))
def qp(**kw):
"""Build a URL-encoded, HTML-attribute-safe query string from kwargs, so
values with spaces/&/ (platform + tier names, job URLs) survive intact."""
- return e("&".join(f"{k}={quote(str(v if v is not None else ''), safe='')}"
- for k, v in kw.items()))
+ return e(
+ "&".join(
+ f"{k}={quote(str(v if v is not None else ''), safe='')}"
+ for k, v in kw.items()
+ )
+ )
# ── HTML fragment renderers ──────────────────────────────────────────────────
def _summary_html(runs, oob=False):
"""The top counts strip. Shared by the board and the live poller so the two
@@ -609,24 +772,35 @@
cls, _ = classify(r["status"], r["conclusion"])
counts[cls] = counts.get(cls, 0) + 1
didnt_run = counts["skip"] + counts["cancel"]
head = runs[0] if runs else {}
sha = (head.get("headSha") or "")[:9]
- commit = (f'<div class="commit"><code>{e(sha)}</code> · {e(head.get("displayTitle", ""))[:80]}'
- f' · {e(rel_time(head.get("createdAt")))}</div>')
+ commit = (
+ f'<div class="commit"><code>{e(sha)}</code> · {e(head.get("displayTitle", ""))[:80]}'
+ f' · {e(rel_time(head.get("createdAt")))}</div>'
+ )
def stat(cls, n, word):
- return (f'<span class="stat {cls}"><span class="dot {cls}"></span>'
- f'<span class="n">{n}</span> {word}</span>') if n else ""
- oob_attr = ' hx-swap-oob="true"' if oob else ''
- return (f'<div id="summary" class="summary"{oob_attr}>'
- f'{stat("fail", counts["fail"], "failing")}'
- f'{stat("run", counts["run"], "running")}'
- f'{stat("queue", counts["queue"], "queued")}'
- f'{stat("pass", counts["pass"], "passing")}'
- f'{stat("skip", didnt_run, "didn’t run")}'
- f'{commit}</div>')
+ return (
+ (
+ f'<span class="stat {cls}"><span class="dot {cls}"></span>'
+ f'<span class="n">{n}</span> {word}</span>'
+ )
+ if n
+ else ""
+ )
+
+ oob_attr = ' hx-swap-oob="true"' if oob else ""
+ return (
+ f'<div id="summary" class="summary"{oob_attr}>'
+ f'{stat("fail", counts["fail"], "failing")}'
+ f'{stat("run", counts["run"], "running")}'
+ f'{stat("queue", counts["queue"], "queued")}'
+ f'{stat("pass", counts["pass"], "passing")}'
+ f'{stat("skip", didnt_run, "didn’t run")}'
+ f"{commit}</div>"
+ )
def render_board(branch, refresh=False):
try:
runs = get_runs(branch, refresh=refresh)
@@ -635,38 +809,51 @@
if not runs:
return f'<div class="empty-state">No CI runs found for <code>{e(branch)}</code>.</div>'
for r in runs:
r["_cls"], r["_label"] = classify(r["status"], r["conclusion"])
- runs.sort(key=lambda r: (RANK.get(r["_cls"], 9), pretty_platform(r["workflowName"]).lower()))
+ runs.sort(
+ key=lambda r: (
+ RANK.get(r["_cls"], 9),
+ pretty_platform(r["workflowName"]).lower(),
+ )
+ )
summary = _summary_html(runs)
cards = []
for r in runs:
rid, cls, label = r["id"], r["_cls"], r["_label"]
plat = pretty_platform(r["workflowName"])
sub = f'{e(r.get("event",""))} · #{r.get("number","")} · {e(rel_time(r.get("createdAt")))}'
- q = qp(run=rid, sha=r.get("headSha", ""), platform=plat,
- refresh="1" if refresh else "0")
- cards.append(f'''
+ q = qp(
+ run=rid,
+ sha=r.get("headSha", ""),
+ platform=plat,
+ refresh="1" if refresh else "0",
+ )
+ cards.append(f"""
<details class="card {'fail' if cls=='fail' else ''}"
hx-get="/ui/platform?{q}" hx-trigger="toggle once"
hx-target="find .card-body" hx-swap="innerHTML">
<summary class="card-head">
<span class="dot {cls}"></span>
<span class="card-title">{e(plat)}<div class="sub">{sub}</div></span>
<span id="badge-{rid}" class="card-badge {cls}">{e(label)}</span>
<span class="caret">▸</span>
</summary>
<div class="card-body"><div class="muted" style="padding:10px 0"><span class="spinner"></span> loading jobs…</div></div>
- </details>''')
-
- poller = (f'<div hx-get="/ui/status?branch={e(branch)}" hx-trigger="load delay:20s, every 25s" '
- f'hx-swap="none"></div>')
- agg = (f'<h2 class="sec">Failures across platforms</h2>'
- f'<div id="agg" hx-get="/ui/aggregate?branch={e(branch)}" hx-trigger="load" hx-swap="innerHTML">'
- f'<div class="agg-loading"><span class="spinner"></span> scanning failing tests…</div></div>')
+ </details>""")
+
+ poller = (
+ f'<div hx-get="/ui/status?branch={e(branch)}" hx-trigger="load delay:20s, every 25s" '
+ f'hx-swap="none"></div>'
+ )
+ agg = (
+ f'<h2 class="sec">Failures across platforms</h2>'
+ f'<div id="agg" hx-get="/ui/aggregate?branch={e(branch)}" hx-trigger="load" hx-swap="innerHTML">'
+ f'<div class="agg-loading"><span class="spinner"></span> scanning failing tests…</div></div>'
+ )
board = f'<h2 class="sec">Platforms</h2><div id="board" class="board">{"".join(cards)}</div>'
return summary + agg + board + poller
def render_status(branch):
@@ -677,12 +864,14 @@
except Exception:
return ""
spans = []
for r in runs:
cls, label = classify(r["status"], r["conclusion"])
- spans.append(f'<span id="badge-{r["id"]}" hx-swap-oob="true" '
- f'class="card-badge {cls}">{e(label)}</span>')
+ spans.append(
+ f'<span id="badge-{r["id"]}" hx-swap-oob="true" '
+ f'class="card-badge {cls}">{e(label)}</span>'
+ )
return _summary_html(runs, oob=True) + "".join(spans)
KIND_ORDER = {"test": 0, "build": 1, "setup": 2, "rollup": 3, "other": 4}
@@ -699,38 +888,69 @@
groups = {}
for j in jobs:
groups.setdefault((KIND_ORDER.get(j["kind"], 9), j["group"]), []).append(j)
out = []
- for (_, gname), gjobs in sorted(groups.items(), key=lambda kv: (kv[0][0], kv[0][1])):
+ for (_, gname), gjobs in sorted(
+ groups.items(), key=lambda kv: (kv[0][0], kv[0][1])
+ ):
info = info_for(gname)
- tierpath = f'<span class="tierpath">{e(", ".join(info["paths"]))}</span>' if info else ""
+ tierpath = (
+ f'<span class="tierpath">{e(", ".join(info["paths"]))}</span>'
+ if info
+ else ""
+ )
cells, rows = [], []
for j in sorted(gjobs, key=lambda j: (j["python"] or "", j["cuda"] or "")):
cls, label = classify(j["status"], j["conclusion"])
failable = cls == "fail" and j["kind"] in ("test", "build")
if j["python"] and j["cuda"]:
- inner = (f'<span class="k"><span class="dot {cls}"></span>{e(j["python"])}·{e(j["cuda"])}</span>'
- f'<span class="v">{e(label)}</span>')
+ inner = (
+ f'<span class="k"><span class="dot {cls}"></span>{e(j["python"])}·{e(j["cuda"])}</span>'
+ f'<span class="v">{e(label)}</span>'
+ )
if failable:
- q = qp(job=j["id"], sha=sha, platform=platform, tier=gname,
- py=j["python"], cuda=j["cuda"], url=j["url"])
- cells.append(f'<div class="cell fail" tabindex="0" onclick="openDrawer()" '
- f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">{inner}</div>')
+ q = qp(
+ job=j["id"],
+ sha=sha,
+ platform=platform,
+ tier=gname,
+ py=j["python"],
+ cuda=j["cuda"],
+ url=j["url"],
+ )
+ cells.append(
+ f'<div class="cell fail" tabindex="0" onclick="openDrawer()" '
+ f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">{inner}</div>'
+ )
else:
cells.append(f'<div class="cell {cls}">{inner}</div>')
else:
name = j["raw"].split(" / ")[-1] or j["group"]
- link = f' <a href="{e(j["url"])}" target="_blank" rel="noopener">log ↗</a>' if j["url"] else ""
+ link = (
+ f' <a href="{e(j["url"])}" target="_blank" rel="noopener">log ↗</a>'
+ if j["url"]
+ else ""
+ )
extra = ""
if failable:
- q = qp(job=j["id"], sha=sha, platform=platform, tier=gname, url=j["url"])
- extra = (f' · <a href="#" onclick="openDrawer();return false" '
- f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">details</a>')
- rows.append(f'<div class="jobrow {cls}"><span class="dot {cls}"></span>'
- f'<span class="name">{e(name)}</span>'
- f'<span class="jobstate {cls}">{e(label)}</span>{link}{extra}</div>')
+ q = qp(
+ job=j["id"],
+ sha=sha,
+ platform=platform,
+ tier=gname,
+ url=j["url"],
+ )
+ extra = (
+ f' · <a href="#" onclick="openDrawer();return false" '
+ f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">details</a>'
+ )
+ rows.append(
+ f'<div class="jobrow {cls}"><span class="dot {cls}"></span>'
+ f'<span class="name">{e(name)}</span>'
+ f'<span class="jobstate {cls}">{e(label)}</span>{link}{extra}</div>'
+ )
body = ""
if cells:
body += f'<div class="matrix">{"".join(cells)}</div>'
if rows:
body += f'<div class="rows">{"".join(rows)}</div>'
@@ -738,49 +958,74 @@
return "".join(out)
def render_failures(job_id, sha, platform, tier, py, cuda, url):
data = get_failures(job_id)
- joblink = (f' · <a href="{e(url)}" target="_blank" rel="noopener">job log ↗</a>') if url else ""
- oob = (f'<span id="drawer-title" hx-swap-oob="true">{e(platform)} — {e(tier)}</span>'
- f'<span id="drawer-sub" hx-swap-oob="true">{e(py)} {e(cuda)}{joblink}</span>')
+ joblink = (
+ (f' · <a href="{e(url)}" target="_blank" rel="noopener">job log ↗</a>')
+ if url
+ else ""
+ )
+ oob = (
+ f'<span id="drawer-title" hx-swap-oob="true">{e(platform)} — {e(tier)}</span>'
+ f'<span id="drawer-sub" hx-swap-oob="true">{e(py)} {e(cuda)}{joblink}</span>'
+ )
if data.get("error"):
- return oob + f'<div class="muted">Could not load annotations: {e(data["error"])}</div>'
+ return (
+ oob
+ + f'<div class="muted">Could not load annotations: {e(data["error"])}</div>'
+ )
fails = data["failures"]
info = info_for(tier)
body = []
if not fails:
- loglink = f'<a href="{e(url)}" target="_blank" rel="noopener">Open the job log ↗</a>' if url else ""
- body.append('<div class="muted">No pytest failure annotations — this is likely a '
- f'build / environment / setup failure rather than a test assertion.<br><br>{loglink}</div>')
+ loglink = (
+ f'<a href="{e(url)}" target="_blank" rel="noopener">Open the job log ↗</a>'
+ if url
+ else ""
+ )
+ body.append(
+ '<div class="muted">No pytest failure annotations — this is likely a '
+ f"build / environment / setup failure rather than a test assertion.<br><br>{loglink}</div>"
+ )
for f in fails:
loc = ""
if f["file"]:
- gh_url = f'https://github.com/{repo_slug()}/blob/{sha}/{f["file"]}#L{f["line"]}'
- loc = (f'<div class="floc">↳ <a href="{e(gh_url)}" target="_blank" rel="noopener">'
- f'<code>{e(f["file"])}:{f["line"]}</code> ↗</a></div>')
+ gh_url = (
+ f'https://github.com/{repo_slug()}/blob/{sha}/{f["file"]}#L{f["line"]}'
+ )
+ loc = (
+ f'<div class="floc">↳ <a href="{e(gh_url)}" target="_blank" rel="noopener">'
+ f'<code>{e(f["file"])}:{f["line"]}</code> ↗</a></div>'
+ )
cat = categorize_failure(f["message"])
- body.append(f'<div class="fail-item"><div class="ftest">{e(f["test"] or "failure")}'
- f' {_cat_tag(cat)}</div>'
- f'{loc}<pre>{e(f["message"])}</pre></div>')
+ body.append(
+ f'<div class="fail-item"><div class="ftest">{e(f["test"] or "failure")}'
+ f" {_cat_tag(cat)}</div>"
+ f'{loc}<pre>{e(f["message"])}</pre></div>'
+ )
if info:
leaves = []
for f in fails:
if f["test"]:
leaf = re.split(r"[.:]", f["test"])[-1]
leaf = re.sub(r"\[.*$", "", leaf)
if leaf and leaf not in leaves:
leaves.append(leaf)
kexpr = " or ".join(leaves[:6])
cmd = info["repro"](kexpr)
- body.append(f'<div class="repro"><button class="copy" onclick="copyPre(this)">copy</button>'
- f'<div class="lbl">reproduce locally</div><code>{e(cmd)}</code></div>')
+ body.append(
+ f'<div class="repro"><button class="copy" onclick="copyPre(this)">copy</button>'
+ f'<div class="lbl">reproduce locally</div><code>{e(cmd)}</code></div>'
+ )
# Lazy: fetch the job log + extract the relevant block(s) once the drawer is in.
- body.append(f'<div class="logsec" hx-get="/ui/joblog?{qp(job=job_id, url=url)}" '
- f'hx-trigger="load" hx-swap="innerHTML">'
- f'<div class="muted" style="padding:8px 0"><span class="spinner"></span> '
- f'fetching relevant logs…</div></div>')
+ body.append(
+ f'<div class="logsec" hx-get="/ui/joblog?{qp(job=job_id, url=url)}" '
+ f'hx-trigger="load" hx-swap="innerHTML">'
+ f'<div class="muted" style="padding:8px 0"><span class="spinner"></span> '
+ f"fetching relevant logs…</div></div>"
+ )
return oob + "".join(body)
def render_aggregate(branch, refresh=False):
"""Cross-platform failure rollup: dedupe a failing test across every platform
@@ -796,38 +1041,57 @@
except Exception:
return []
with ThreadPoolExecutor(max_workers=8) as ex:
alljobs = [x for sub in ex.map(jobs_of, runs) for x in sub]
- failed = [(r, j) for r, j in alljobs
- if classify(j["status"], j["conclusion"])[0] == "fail" and j["kind"] == "test"]
+ failed = [
+ (r, j)
+ for r, j in alljobs
+ if classify(j["status"], j["conclusion"])[0] == "fail" and j["kind"] == "test"
+ ]
if not failed:
healthy = all(classify(r["status"], r["conclusion"])[0] != "fail" for r in runs)
- msg = ("No failing test jobs 🎉" if healthy
- else "No test-level failures found (failures are build/setup — see the platform grids).")
+ msg = (
+ "No failing test jobs 🎉"
+ if healthy
+ else "No test-level failures found (failures are build/setup — see the platform grids)."
+ )
return f'<div class="agg-ok">{msg}</div>'
def fails_of(rj):
r, j = rj
return (r, j, get_failures(j["id"], refresh=refresh).get("failures", []))
+
with ThreadPoolExecutor(max_workers=8) as ex:
results = list(ex.map(fails_of, failed))
agg = {}
for r, j, fails in results:
plat = pretty_platform(r["workflowName"])
if not fails: # failed job but no parseable test → bucket under the tier
key = f"[{j['group']}]"
a = agg.setdefault(key, dict(test=key, file=None, line=None, occ=[]))
- a["occ"].append(dict(plat=plat, py=j["python"], cuda=j["cuda"], url=j["url"], msg=""))
+ a["occ"].append(
+ dict(plat=plat, py=j["python"], cuda=j["cuda"], url=j["url"], msg="")
+ )
continue
for f in fails:
key = f["test"] or f["message"].splitlines()[0]
- a = agg.setdefault(key, dict(test=f["test"] or key, file=f["file"], line=f["line"], occ=[]))
+ a = agg.setdefault(
+ key, dict(test=f["test"] or key, file=f["file"], line=f["line"], occ=[])
+ )
a["file"] = a["file"] or f["file"]
a["line"] = a["line"] or f["line"]
- a["occ"].append(dict(plat=plat, py=j["python"], cuda=j["cuda"], url=j["url"], msg=f["message"]))
+ a["occ"].append(
+ dict(
+ plat=plat,
+ py=j["python"],
+ cuda=j["cuda"],
+ url=j["url"],
+ msg=f["message"],
+ )
+ )
# Config universe (what actually ran) so "X only" hints are real subsets.
test_jobs = [j for _, j in alljobs if j["kind"] == "test"]
all_pys = {j["python"] for j in test_jobs if j["python"]}
all_cudas = {j["cuda"] for j in test_jobs if j["cuda"]}
@@ -839,12 +1103,17 @@
# Real regressions (bug) first, then env/gap, infra last; ties → most cells.
_KIND_RANK = {"bug": 0, "env": 1, "unknown": 2, "infra": 3}
rows = sorted(
agg.values(),
- key=lambda a: (_KIND_RANK.get(a["cat"]["kind"], 2),
- -len({o["plat"] for o in a["occ"]}), -len(a["occ"]), a["test"]))
+ key=lambda a: (
+ _KIND_RANK.get(a["cat"]["kind"], 2),
+ -len({o["plat"] for o in a["occ"]}),
+ -len(a["occ"]),
+ a["test"],
+ ),
+ )
out = []
for a in rows:
plats = sorted({o["plat"] for o in a["occ"]})
ncells = len(a["occ"])
loc = ""
@@ -852,31 +1121,35 @@
gh_url = f'https://github.com/{repo_slug()}/blob/{runs[0].get("headSha","")}/{a["file"]}#L{a["line"]}'
loc = f'<div class="agg-file">↳ <a href="{e(gh_url)}" target="_blank" rel="noopener"><code>{e(a["file"])}:{a["line"]}</code> ↗</a></div>'
chips = "".join(f'<span class="chip">{e(p)}</span>' for p in plats)
pat = _config_pattern(a["occ"], all_pys, all_cudas)
patchips = "".join(f'<span class="cfgpat">{e(p)}</span>' for p in pat)
- out.append(f'''<details class="agg-row-d">
+ out.append(f"""<details class="agg-row-d">
<summary class="agg-row">
<div><div class="agg-test">{e(a["test"])} {_cat_tag(a["cat"])}{patchips}</div>{loc}</div>
<span class="agg-count"><span class="dot fail"></span>{len(plats)} platform{"s" if len(plats)!=1 else ""} · {ncells} cell{"s" if ncells!=1 else ""}</span>
</summary>
<div class="agg-detail"><div class="chips">{chips}</div>{f"<pre>{e(a['sample'])}</pre>" if a["sample"] else ""}</div>
- </details>''')
+ </details>""")
# Category tally — an instant read on the run's character (infra flakes vs regressions).
tally = {}
for a in rows:
tally.setdefault(a["cat"]["kind"], dict(n=0, label=a["cat"]["label"]))["n"] += 1
order = ["bug", "env", "unknown", "infra"]
tstr = " · ".join(
f'<span class="cat {k}">{tally[k]["n"]} {e(_KIND_LABEL[k])}</span>'
- for k in order if k in tally)
- header = (f'<div class="agg-head-row"><span>{len(rows)} distinct failing test'
- f'{"s" if len(rows)!=1 else ""} across '
- f'{len({o["plat"] for a in rows for o in a["occ"]})} platforms</span>'
- f'<span class="agg-tally">{tstr}</span>'
- f'<button class="btn small" hx-get="/ui/aggregate?branch={e(branch)}&refresh=1" '
- f'hx-target="#agg" hx-swap="innerHTML">↻ rescan</button></div>')
+ for k in order
+ if k in tally
+ )
+ header = (
+ f'<div class="agg-head-row"><span>{len(rows)} distinct failing test'
+ f'{"s" if len(rows)!=1 else ""} across '
+ f'{len({o["plat"] for a in rows for o in a["occ"]})} platforms</span>'
+ f'<span class="agg-tally">{tstr}</span>'
+ f'<button class="btn small" hx-get="/ui/aggregate?branch={e(branch)}&refresh=1" '
+ f'hx-target="#agg" hx-swap="innerHTML">↻ rescan</button></div>'
+ )
return header + f'<div class="agg">{"".join(out)}</div>'
# ── HTTP server ──────────────────────────────────────────────────────────────
class Handler(BaseHTTPRequestHandler):
@@ -900,49 +1173,74 @@
try:
p = u.path
if p in ("/", "/index.html"):
return self._index()
if p.startswith("/static/"):
- return self._static(p[len("/static/"):])
+ return self._static(p[len("/static/") :])
if p == "/ui/board":
- return self._send(200, render_board(q.get("branch") or default_branch(), refresh))
+ return self._send(
+ 200, render_board(q.get("branch") or default_branch(), refresh)
+ )
if p == "/ui/status":
- return self._send(200, render_status(q.get("branch") or default_branch()))
+ return self._send(
+ 200, render_status(q.get("branch") or default_branch())
+ )
if p == "/ui/platform":
- return self._send(200, render_platform(q["run"], q.get("sha", ""),
- q.get("platform", ""), refresh))
+ return self._send(
+ 200,
+ render_platform(
+ q["run"], q.get("sha", ""), q.get("platform", ""), refresh
+ ),
+ )
if p == "/ui/failures":
- return self._send(200, render_failures(
- q["job"], q.get("sha", ""), q.get("platform", ""), q.get("tier", ""),
- q.get("py", ""), q.get("cuda", ""), q.get("url", "")))
+ return self._send(
+ 200,
+ render_failures(
+ q["job"],
+ q.get("sha", ""),
+ q.get("platform", ""),
+ q.get("tier", ""),
+ q.get("py", ""),
+ q.get("cuda", ""),
+ q.get("url", ""),
+ ),
+ )
if p == "/ui/aggregate":
- return self._send(200, render_aggregate(q.get("branch") or default_branch(), refresh))
+ return self._send(
+ 200, render_aggregate(q.get("branch") or default_branch(), refresh)
+ )
if p == "/ui/joblog":
if q.get("raw") == "1":
log = get_job_log(q["job"], refresh)
- return self._send(200 if log else 404,
- log or "log not available", "text/plain; charset=utf-8")
+ return self._send(
+ 200 if log else 404,
+ log or "log not available",
+ "text/plain; charset=utf-8",
+ )
return self._send(200, render_joblog(q["job"], q.get("url", "")))
return self._send(404, "not found", "text/plain")
except KeyError as ex:
self._send(400, f"missing param {ex}", "text/plain")
except Exception as ex:
self._send(500, f'<div class="muted">error: {e(ex)}</div>')
def _index(self):
with open(os.path.join(STATIC, "index.html"), encoding="utf-8") as f:
html_s = f.read()
- html_s = html_s.replace("{{BRANCH}}", e(default_branch())).replace("{{REPO}}", e(repo_slug()))
+ html_s = html_s.replace("{{BRANCH}}", e(default_branch())).replace(
+ "{{REPO}}", e(repo_slug())
+ )
self._send(200, html_s)
def _static(self, rel):
rel = rel.split("?")[0].lstrip("/")
path = os.path.normpath(os.path.join(STATIC, rel))
if not path.startswith(STATIC) or not os.path.isfile(path):
return self._send(404, "not found", "text/plain")
- ctype = {"html": "text/html", "js": "text/javascript",
- "css": "text/css"}.get(rel.rsplit(".", 1)[-1], "application/octet-stream")
+ ctype = {"html": "text/html", "js": "text/javascript", "css": "text/css"}.get(
+ rel.rsplit(".", 1)[-1], "application/octet-stream"
+ )
with open(path, "rb") as f:
self._send(200, f.read(), ctype + "; charset=utf-8")
def preflight():
@@ -954,12 +1252,17 @@
def tailscale_ip():
"""Best-effort Tailscale IPv4 (100.64.0.0/10). Uses the CLI if present,
otherwise sniffs local interfaces. Returns None if not on a tailnet."""
try:
- out = subprocess.run(["tailscale", "ip", "-4"], capture_output=True,
- text=True, timeout=3).stdout.strip().splitlines()
+ out = (
+ subprocess.run(
+ ["tailscale", "ip", "-4"], capture_output=True, text=True, timeout=3
+ )
+ .stdout.strip()
+ .splitlines()
+ )
if out and out[0]:
return out[0].strip()
except Exception:
pass
try:
@@ -987,13 +1290,16 @@
def main():
global _DEFAULT_BRANCH
ap = argparse.ArgumentParser(description="Local Torch-TensorRT CI dashboard")
ap.add_argument("-b", "--branch", default=None, help="default branch to show")
ap.add_argument("-p", "--port", type=int, default=8712)
- ap.add_argument("--host", default="0.0.0.0",
- help="bind address (default 0.0.0.0 — reachable over LAN/Tailscale; "
- "use 127.0.0.1 to keep it local-only)")
+ ap.add_argument(
+ "--host",
+ default="0.0.0.0",
+ help="bind address (default 0.0.0.0 — reachable over LAN/Tailscale; "
+ "use 127.0.0.1 to keep it local-only)",
+ )
ap.add_argument("--no-open", action="store_true")
args = ap.parse_args()
preflight()
if args.branch:
_DEFAULT_BRANCH = args.branch
@@ -1006,15 +1312,18 @@
if ts:
print(f" tailscale http://{ts}:{args.port}/")
lan = lan_ip()
if lan and lan != ts:
print(f" lan http://{lan}:{args.port}/")
- print(" (bound to all interfaces — anyone who can reach this host can view CI status)")
+ print(
+ " (bound to all interfaces — anyone who can reach this host can view CI status)"
+ )
print("Ctrl-C to stop.", flush=True)
if not args.no_open:
try:
import webbrowser
+
webbrowser.open(local) # always open the loopback URL locally
except Exception:
pass
try:
srv.serve_forever()
There was a problem hiding this comment.
There are some changes that do not conform to Python style guidelines:
--- /home/runner/work/TensorRT/TensorRT/tests/ci/__main__.py 2026-07-17 22:22:51.104520+00:00
+++ /home/runner/work/TensorRT/TensorRT/tests/ci/__main__.py 2026-07-17 22:23:14.509432+00:00
@@ -76,11 +76,14 @@
def _cmd_run_lane(args: argparse.Namespace) -> int:
"""Run every suite in a lane/tier, continuing past failures (so one consolidated
report sees them all). Returns non-zero if any suite failed."""
jobs = select(
- lane=args.lane, tier=args.tier, variant=args.variant, platform=args.platform,
+ lane=args.lane,
+ tier=args.tier,
+ variant=args.variant,
+ platform=args.platform,
changed=_read_changed(args),
)
if not jobs:
print("::warning::no suites match the given filters", file=sys.stderr)
return 0
@@ -90,11 +93,14 @@
return rc
def _cmd_matrix(args: argparse.Namespace) -> int:
include = matrix(
- lane=args.lane, tier=args.tier, variant=args.variant, platform=args.platform,
+ lane=args.lane,
+ tier=args.tier,
+ variant=args.variant,
+ platform=args.platform,
changed=_read_changed(args),
)
if not include:
print("::warning::matrix is empty for the given filters", file=sys.stderr)
print(json.dumps({"include": include}))
@@ -177,26 +183,28 @@
g.add_argument("--tier", choices=("l0", "l1", "l2"))
sp.add_argument("--variant", choices=("standard", "rtx"))
sp.add_argument("--platform", choices=("linux-x86_64", "windows"))
sp.add_argument("--dry-run", action="store_true")
sp.add_argument(
- "--changed-from", metavar="FILE",
+ "--changed-from",
+ metavar="FILE",
help="narrow to suites affected by these changed files (a file, or '-' "
- "for stdin; one repo-relative path per line). Broad changes → no narrowing.",
+ "for stdin; one repo-relative path per line). Broad changes → no narrowing.",
)
sp.set_defaults(fn=_cmd_run_lane)
sp = sub.add_parser("matrix", help="emit a GitHub Actions matrix as JSON")
g = sp.add_mutually_exclusive_group()
g.add_argument("--lane", choices=("fast", "full", "nightly", "python-only"))
g.add_argument("--tier", choices=("l0", "l1", "l2"))
sp.add_argument("--variant", choices=("standard", "rtx"))
sp.add_argument("--platform", choices=("linux-x86_64", "windows"))
sp.add_argument(
- "--changed-from", metavar="FILE",
+ "--changed-from",
+ metavar="FILE",
help="narrow to suites affected by these changed files (a file, or '-' "
- "for stdin; one repo-relative path per line). Broad changes → no narrowing.",
+ "for stdin; one repo-relative path per line). Broad changes → no narrowing.",
)
sp.set_defaults(fn=_cmd_matrix)
sub.add_parser("doctor", help="validate the manifest").set_defaults(fn=_cmd_doctor)
--- /home/runner/work/TensorRT/TensorRT/tests/ci/runner.py 2026-07-17 22:22:51.104520+00:00
+++ /home/runner/work/TensorRT/TensorRT/tests/ci/runner.py 2026-07-17 22:23:14.602399+00:00
@@ -213,12 +213,22 @@
# Path prefixes whose changes cannot affect any GPU test outcome. A PR touching
# ONLY these can skip the whole test matrix.
_NO_TEST_IMPACT = (
- "docs/", "docsrc/", "tools/", "notebooks/", "examples/", ".devcontainer/",
- "README", "CHANGELOG", "LICENSE", ".gitignore", ".pre-commit", ".flake8",
+ "docs/",
+ "docsrc/",
+ "tools/",
+ "notebooks/",
+ "examples/",
+ ".devcontainer/",
+ "README",
+ "CHANGELOG",
+ "LICENSE",
+ ".gitignore",
+ ".pre-commit",
+ ".flake8",
)
def _owned_dirs(s: Suite) -> set[str]:
"""Repo-relative directories a suite owns — the directory of each path target
--- /home/runner/work/TensorRT/TensorRT/tools/ci-dashboard/ci_dashboard.py 2026-07-17 22:22:51.129202+00:00
+++ /home/runner/work/TensorRT/TensorRT/tools/ci-dashboard/ci_dashboard.py 2026-07-17 22:23:20.355265+00:00
@@ -18,10 +18,11 @@
We parse that into {group, python, cuda, kind}; the group is a `<suite>-<variant>`
from the tests/ci manifest (tests/ci/suites.py — the SAME data CI runs), so a red
cell maps to the suite's pytest paths and its exact `python -m tests.ci run`
reproduce command. Pre-migration runs (tier-named) fall back to the legacy map.
"""
+
from __future__ import annotations
import argparse
import html
import json
@@ -60,42 +61,76 @@
# Kept only so historical, pre-migration runs (named "L2 dynamo core tests", not
# "<suite>-<variant>") still resolve. New runs go through the manifest above.
# Keys are normalized job group names (see _norm()); `fn` is the old shell tier.
TIER_MAP = {
"l0 dynamo converter tests": dict(
- fn="trt_tier_l0_converter", paths=["tests/py/dynamo/conversion/"]),
+ fn="trt_tier_l0_converter", paths=["tests/py/dynamo/conversion/"]
+ ),
"l0 dynamo core tests": dict(
fn="trt_tier_l0_core",
- paths=["tests/py/dynamo/runtime/test_000_*", "tests/py/dynamo/partitioning/test_000_*",
- "tests/py/dynamo/lowering/", "tests/py/dynamo/hlo/"]),
+ paths=[
+ "tests/py/dynamo/runtime/test_000_*",
+ "tests/py/dynamo/partitioning/test_000_*",
+ "tests/py/dynamo/lowering/",
+ "tests/py/dynamo/hlo/",
+ ],
+ ),
"l0 core python tests": dict(fn="trt_tier_l0_py_core", paths=["tests/py/core/"]),
"l0 torchscript tests": dict(
- fn="trt_tier_l0_torchscript", paths=["tests/py/ts/api/", "tests/modules/hub.py"]),
+ fn="trt_tier_l0_torchscript", paths=["tests/py/ts/api/", "tests/modules/hub.py"]
+ ),
"l1 dynamo core tests": dict(
fn="trt_tier_l1_dynamo_core",
- paths=["tests/py/dynamo/runtime/test_001_*", "tests/py/dynamo/partitioning/test_001_*",
- "tests/py/dynamo/hlo/"]),
+ paths=[
+ "tests/py/dynamo/runtime/test_001_*",
+ "tests/py/dynamo/partitioning/test_001_*",
+ "tests/py/dynamo/hlo/",
+ ],
+ ),
"l1 dynamo compile tests": dict(
- fn="trt_tier_l1_dynamo_compile", paths=["tests/py/dynamo/models/"]),
+ fn="trt_tier_l1_dynamo_compile", paths=["tests/py/dynamo/models/"]
+ ),
"l1 torch compile tests": dict(
fn="trt_tier_l1_torch_compile",
- paths=["tests/py/dynamo/backend/", "tests/py/dynamo/models/test_models.py",
- "tests/py/dynamo/models/test_dyn_models.py"]),
- "l1 torch script tests": dict(fn="trt_tier_l1_torchscript", paths=["tests/py/ts/models/"]),
+ paths=[
+ "tests/py/dynamo/backend/",
+ "tests/py/dynamo/models/test_models.py",
+ "tests/py/dynamo/models/test_dyn_models.py",
+ ],
+ ),
+ "l1 torch script tests": dict(
+ fn="trt_tier_l1_torchscript", paths=["tests/py/ts/models/"]
+ ),
"l2 torch compile tests": dict(
fn="trt_tier_l2_torch_compile",
- paths=["tests/py/dynamo/models/test_models.py", "tests/py/dynamo/models/test_dyn_models.py"]),
+ paths=[
+ "tests/py/dynamo/models/test_models.py",
+ "tests/py/dynamo/models/test_dyn_models.py",
+ ],
+ ),
"l2 dynamo compile tests": dict(
- fn="trt_tier_l2_dynamo_compile", paths=["tests/py/dynamo/models/", "tests/py/dynamo/llm/"]),
+ fn="trt_tier_l2_dynamo_compile",
+ paths=["tests/py/dynamo/models/", "tests/py/dynamo/llm/"],
+ ),
"l2 dynamo core tests": dict(
- fn="trt_tier_l2_dynamo_core", paths=["tests/py/dynamo/runtime/", "tests/py/dynamo/executorch/"]),
+ fn="trt_tier_l2_dynamo_core",
+ paths=["tests/py/dynamo/runtime/", "tests/py/dynamo/executorch/"],
+ ),
"l2 dynamo plugin tests": dict(
fn="trt_tier_l2_plugin",
- paths=["tests/py/dynamo/conversion/", "tests/py/dynamo/automatic_plugin/", "tests/py/kernels/"]),
- "l2 torch script tests": dict(fn="trt_tier_l2_torchscript", paths=["tests/py/ts/integrations/"]),
+ paths=[
+ "tests/py/dynamo/conversion/",
+ "tests/py/dynamo/automatic_plugin/",
+ "tests/py/kernels/",
+ ],
+ ),
+ "l2 torch script tests": dict(
+ fn="trt_tier_l2_torchscript", paths=["tests/py/ts/integrations/"]
+ ),
"l2 dynamo distributed tests": dict(
- fn="trt_tier_l2_distributed", paths=["tests/py/dynamo/distributed/"]),
+ fn="trt_tier_l2_distributed", paths=["tests/py/dynamo/distributed/"]
+ ),
}
def _norm(s: str) -> str:
"""Lowercase and collapse separators so 'L2-dynamo-core-tests' and
@@ -198,22 +233,25 @@
CACHE = Cache()
def gh(args, parse=True, timeout=90):
- proc = subprocess.run(["gh", *args], capture_output=True, text=True,
- timeout=timeout, cwd=REPO_ROOT)
+ proc = subprocess.run(
+ ["gh", *args], capture_output=True, text=True, timeout=timeout, cwd=REPO_ROOT
+ )
if proc.returncode != 0:
raise RuntimeError((proc.stderr or proc.stdout or "gh failed").strip())
return json.loads(proc.stdout) if parse else proc.stdout
@lru_cache(maxsize=1)
def repo_slug():
try:
- return gh(["repo", "view", "--json", "nameWithOwner", "-q", ".nameWithOwner"],
- parse=False).strip()
+ return gh(
+ ["repo", "view", "--json", "nameWithOwner", "-q", ".nameWithOwner"],
+ parse=False,
+ ).strip()
except Exception:
return "pytorch/TensorRT"
_DEFAULT_BRANCH = None
@@ -221,25 +259,33 @@
def default_branch():
if _DEFAULT_BRANCH:
return _DEFAULT_BRANCH
try:
- b = subprocess.run(["git", "rev-parse", "--abbrev-ref", "HEAD"],
- capture_output=True, text=True, cwd=REPO_ROOT).stdout.strip()
+ b = subprocess.run(
+ ["git", "rev-parse", "--abbrev-ref", "HEAD"],
+ capture_output=True,
+ text=True,
+ cwd=REPO_ROOT,
+ ).stdout.strip()
return b if b and b != "HEAD" else "main"
except Exception:
return "main"
# ── data layer ───────────────────────────────────────────────────────────────
def get_runs(branch, limit=40, refresh=False):
key = f"runs:{branch}:{limit}"
if not refresh and (c := CACHE.get(key)) is not None:
return c
- fields = ("databaseId,workflowName,displayTitle,headBranch,headSha,status,"
- "conclusion,event,createdAt,updatedAt,url,number")
- runs = gh(["run", "list", "--branch", branch, "--limit", str(limit), "--json", fields])
+ fields = (
+ "databaseId,workflowName,displayTitle,headBranch,headSha,status,"
+ "conclusion,event,createdAt,updatedAt,url,number"
+ )
+ runs = gh(
+ ["run", "list", "--branch", branch, "--limit", str(limit), "--json", fields]
+ )
newest = {}
for r in runs:
r["id"] = r.get("databaseId") # normalize (gh run list uses databaseId)
wf = r.get("workflowName") or "?"
if wf not in newest or r["createdAt"] > newest[wf]["createdAt"]:
@@ -267,40 +313,62 @@
kind = "build"
elif re.match(r"l[012]\b", gl):
kind = "test"
elif "matrix" in gl or "generate" in gl or group == "filter-matrix":
kind = "setup"
- elif raw.startswith("CI /") or "aggregate" in gl or "collect results" in gl or "rollup" in gl:
+ elif (
+ raw.startswith("CI /")
+ or "aggregate" in gl
+ or "collect results" in gl
+ or "rollup" in gl
+ ):
kind = "rollup"
else:
kind = "other"
return dict(
- id=j.get("databaseId") or j.get("id"), raw=raw, group=group, kind=kind,
- python=py.group(0) if py else None, cuda=cu.group(0) if cu else None,
- status=j.get("status"), conclusion=j.get("conclusion"),
+ id=j.get("databaseId") or j.get("id"),
+ raw=raw,
+ group=group,
+ kind=kind,
+ python=py.group(0) if py else None,
+ cuda=cu.group(0) if cu else None,
+ status=j.get("status"),
+ conclusion=j.get("conclusion"),
url=j.get("html_url") or j.get("url"),
- failedSteps=[s["name"] for s in j.get("steps", []) if s.get("conclusion") == "failure"],
+ failedSteps=[
+ s["name"] for s in j.get("steps", []) if s.get("conclusion") == "failure"
+ ],
)
def get_jobs(run_id, refresh=False):
key = f"jobs:{run_id}"
if not refresh and (c := CACHE.get(key)) is not None:
return c
- data = gh(["api", f"repos/{repo_slug()}/actions/runs/{run_id}/jobs",
- "--paginate", "-q", ".jobs[]"], parse=False)
+ data = gh(
+ [
+ "api",
+ f"repos/{repo_slug()}/actions/runs/{run_id}/jobs",
+ "--paginate",
+ "-q",
+ ".jobs[]",
+ ],
+ parse=False,
+ )
jobs = [json.loads(line) for line in data.splitlines() if line.strip()]
parsed = [_parse_job(j) for j in jobs]
live = any(j["status"] != "completed" for j in parsed)
CACHE.put(key, parsed, ttl=15 if live else 300)
return parsed
NOISE = re.compile(
r"Process completed with exit code|Node\.js \d+ is deprecated|"
r"is deprecated\. Please switch|conda\.cli|defaults' channel|auto_activate|"
- r"might have been added implicitly", re.I)
+ r"might have been added implicitly",
+ re.I,
+)
TESTLINE = re.compile(r"^(?P<test>[\w./-]+(?:\.[\w\[\]-]+)+)\s*$")
@lru_cache(maxsize=4096)
def grep_test(symbol):
@@ -310,12 +378,17 @@
leaf = re.sub(r"\[.*$", "", leaf)
if not re.match(r"^[A-Za-z_]\w+$", leaf):
return None
pat = f"def {leaf}\\b" if leaf.startswith("test") else f"class {leaf}\\b"
try:
- out = subprocess.run(["git", "grep", "-n", "-E", pat, "--", "tests/"],
- capture_output=True, text=True, cwd=REPO_ROOT, timeout=15).stdout
+ out = subprocess.run(
+ ["git", "grep", "-n", "-E", pat, "--", "tests/"],
+ capture_output=True,
+ text=True,
+ cwd=REPO_ROOT,
+ timeout=15,
+ ).stdout
except Exception:
return None
for line in out.splitlines():
path, lineno, _ = line.split(":", 2)
return (path, int(lineno))
@@ -343,31 +416,40 @@
dedupe = test or head
if dedupe in seen:
continue
seen.add(dedupe)
loc = grep_test(test) if test else None
- failures.append(dict(test=test, message=msg[:1400],
- file=loc[0] if loc else None, line=loc[1] if loc else None))
+ failures.append(
+ dict(
+ test=test,
+ message=msg[:1400],
+ file=loc[0] if loc else None,
+ line=loc[1] if loc else None,
+ )
+ )
result = dict(failures=failures)
CACHE.put(key, result, ttl=600)
return result
# ── job logs (fetch + per-test extraction) ──────────────────────────────────
-_TS = re.compile(r"^\d{4}-\d{2}-\d{2}T\d{2}:\d{2}:\d{2}\.\d+Z ") # GH line prefix
-_SEP = re.compile(r"^_{4,}\s+(.+?)\s+_{4,}\s*$") # pytest FAILURES sep
-_SECT = re.compile(r"^={4,}") # ==== section ====
+_TS = re.compile(r"^\d{4}-\d{2}-\d{2}T\d{2}:\d{2}:\d{2}\.\d+Z ") # GH line prefix
+_SEP = re.compile(r"^_{4,}\s+(.+?)\s+_{4,}\s*$") # pytest FAILURES sep
+_SECT = re.compile(r"^={4,}") # ==== section ====
def get_job_log(job_id, refresh=False):
"""Raw plain-text log for one job (immutable once complete → cached 1h)."""
key = f"log:{job_id}"
if not refresh and (c := CACHE.get(key)) is not None:
return c
try:
- raw = gh(["api", f"repos/{repo_slug()}/actions/jobs/{job_id}/logs"],
- parse=False, timeout=60)
+ raw = gh(
+ ["api", f"repos/{repo_slug()}/actions/jobs/{job_id}/logs"],
+ parse=False,
+ timeout=60,
+ )
except Exception:
raw = None
CACHE.put(key, raw, ttl=3600 if raw else 20)
return raw
@@ -379,12 +461,13 @@
def extract_test_log(lines, test, max_lines=160):
"""Pull the pytest FAILURES block for `test`. Falls back to a context window
around the test's last mention (covers custom harnesses w/o a FAILURES sep).
Returns the excerpt string, or None."""
leaf = re.split(r"[.:]", test)[-1].split("[")[0] if test else None
- seps = [(i, m.group(1).strip()) for i, ln in enumerate(lines)
- if (m := _SEP.match(ln))]
+ seps = [
+ (i, m.group(1).strip()) for i, ln in enumerate(lines) if (m := _SEP.match(ln))
+ ]
start = None
if test:
# Prefer an exact title match — the leaf method name (e.g. test_trt_compile)
# is shared across many classes, so fuzzy matching would grab the wrong block.
for i, title in seps:
@@ -405,53 +488,75 @@
end = j
break
block = lines[start:end]
else:
needle = leaf or test
- hit = next((i for i in range(len(lines) - 1, -1, -1) if needle and needle in lines[i]), None)
+ hit = next(
+ (i for i in range(len(lines) - 1, -1, -1) if needle and needle in lines[i]),
+ None,
+ )
if hit is None:
return None
- block = lines[max(0, hit - 4): hit + 44]
+ block = lines[max(0, hit - 4) : hit + 44]
if len(block) > max_lines:
- block = block[:max_lines] + [f"… (+{len(block) - max_lines} more lines — open the raw log)"]
+ block = block[:max_lines] + [
+ f"… (+{len(block) - max_lines} more lines — open the raw log)"
+ ]
return "\n".join(block).strip()
def summary_reasons(lines, test):
"""The concise `FAILED …/ERROR … - <reason>` lines from pytest's summary."""
leaf = re.split(r"[.:]", test)[-1].split("[")[0] if test else None
- return [ln for ln in lines
- if re.match(r"^(FAILED|ERROR) ", ln) and (not leaf or leaf in ln)]
+ return [
+ ln
+ for ln in lines
+ if re.match(r"^(FAILED|ERROR) ", ln) and (not leaf or leaf in ln)
+ ]
def render_joblog(job_id, url):
log = get_job_log(job_id)
- ghlink = f'<a href="{e(url)}" target="_blank" rel="noopener">job on GitHub ↗</a>' if url else ""
+ ghlink = (
+ f'<a href="{e(url)}" target="_blank" rel="noopener">job on GitHub ↗</a>'
+ if url
+ else ""
+ )
rawlink = f'<a href="/ui/joblog?job={e(job_id)}&raw=1" target="_blank" rel="noopener">raw log ↗</a>'
head = f'<div class="logsec-head"><span class="lbl">relevant logs</span>{rawlink} · {ghlink}</div>'
if not log:
- return head + ('<div class="muted">Log not available yet — the job may still be '
- f'running, or GitHub expired it. {ghlink}</div>')
+ return head + (
+ '<div class="muted">Log not available yet — the job may still be '
+ f"running, or GitHub expired it. {ghlink}</div>"
+ )
lines = _clean_lines(log)
fails = get_failures(job_id).get("failures", [])
blocks = []
for f in fails:
excerpt = extract_test_log(lines, f["test"])
reasons = summary_reasons(lines, f["test"])
title = e(f["test"] or "failure")
- reason_html = (f'<div class="logreason">{e(reasons[0][:300])}</div>' if reasons else "")
+ reason_html = (
+ f'<div class="logreason">{e(reasons[0][:300])}</div>' if reasons else ""
+ )
if excerpt:
- blocks.append(f'<details class="logblock" open><summary>{title}</summary>'
- f'{reason_html}<pre>{e(excerpt)}</pre></details>')
+ blocks.append(
+ f'<details class="logblock" open><summary>{title}</summary>'
+ f"{reason_html}<pre>{e(excerpt)}</pre></details>"
+ )
else:
- blocks.append(f'<details class="logblock"><summary>{title}</summary>'
- f'{reason_html}<div class="muted">No matching block in the log — '
- f'see the raw log.</div></details>')
+ blocks.append(
+ f'<details class="logblock"><summary>{title}</summary>'
+ f'{reason_html}<div class="muted">No matching block in the log — '
+ f"see the raw log.</div></details>"
+ )
if not fails: # build/env/setup failure: no test annotations → show the tail
tail = "\n".join(lines[-180:]).strip()
- blocks.append('<details class="logblock" open><summary>end of job log</summary>'
- f'<pre>{e(tail)}</pre></details>')
+ blocks.append(
+ '<details class="logblock" open><summary>end of job log</summary>'
+ f"<pre>{e(tail)}</pre></details>"
+ )
return head + "".join(blocks)
# ── status helpers ───────────────────────────────────────────────────────────
def classify(status, conclusion):
@@ -460,11 +565,13 @@
and a cancelled job didn't produce a verdict. Only `failure`/`timed_out`
(actually executed and failed) are `fail`."""
if status and status != "completed":
if status in ("in_progress", "running"):
return "run", "running"
- return "queue", status.replace("_", " ") # queued / waiting / pending / requested
+ return "queue", status.replace(
+ "_", " "
+ ) # queued / waiting / pending / requested
c = conclusion or ""
return {
"success": ("pass", "passed"),
"failure": ("fail", "failed"),
"timed_out": ("fail", "timed out"),
@@ -492,33 +599,80 @@
# so order is most-specific → most-generic. `kind` drives the tag colour:
# infra = "probably not your bug" · env/gap = setup/feature hole · bug = real.
# NOTE: an OOM often surfaces AS an AssertionError ("assert cuda_engine"); the OOM
# signatures below are listed first on purpose so they win over the generic assert.
_FAIL_CATS = [
- ("oom", "GPU / resource", "infra", re.compile(
- r"OutOfMemory|out of memory|createCaskHardwareInfo|\bCask\b|"
- r"build_serialized_network returned None|assert cuda_engine|cuda_engine\b|"
- r"catchCudaError|cudaError|cuInit|defaultAllocator|no CUDA GPUs|"
- r"CUDA error|cudaMalloc|device-side assert", re.I)),
- ("timeout", "timeout", "infra", re.compile(
- r"timed out|timeout|deadline exceeded|took too long", re.I)),
- ("import", "import / collection", "env", re.compile(
- r"ModuleNotFoundError|ImportError|No module named|cannot import name|"
- r"error collecting|errors during collection|failed to import", re.I)),
- ("unsupported", "unsupported op", "env", re.compile(
- r"no converter|not support|unsupported|Could not find any implementation|"
- r"UnsupportedOperator|no implementation for", re.I)),
- ("numerical", "numerical / accuracy", "bug", re.compile(
- r"not close|Mismatched elements|cosine|tolerance|allclose|"
- r"Max absolute difference|relative difference|accuracy|atol|rtol", re.I)),
- ("assertion", "assertion", "bug", re.compile(
- r"\bAssertionError\b|^\s*assert\s", re.I | re.M)),
- ("typeerr", "type / shape", "bug", re.compile(
- r"\b(TypeError|AttributeError|KeyError|IndexError|ValueError)\b|"
- r"shape mismatch|size mismatch|dtype", re.I)),
- ("runtime", "runtime error", "bug", re.compile(
- r"\b(RuntimeError|NotImplementedError)\b", re.I)),
+ (
+ "oom",
+ "GPU / resource",
+ "infra",
+ re.compile(
+ r"OutOfMemory|out of memory|createCaskHardwareInfo|\bCask\b|"
+ r"build_serialized_network returned None|assert cuda_engine|cuda_engine\b|"
+ r"catchCudaError|cudaError|cuInit|defaultAllocator|no CUDA GPUs|"
+ r"CUDA error|cudaMalloc|device-side assert",
+ re.I,
+ ),
+ ),
+ (
+ "timeout",
+ "timeout",
+ "infra",
+ re.compile(r"timed out|timeout|deadline exceeded|took too long", re.I),
+ ),
+ (
+ "import",
+ "import / collection",
+ "env",
+ re.compile(
+ r"ModuleNotFoundError|ImportError|No module named|cannot import name|"
+ r"error collecting|errors during collection|failed to import",
+ re.I,
+ ),
+ ),
+ (
+ "unsupported",
+ "unsupported op",
+ "env",
+ re.compile(
+ r"no converter|not support|unsupported|Could not find any implementation|"
+ r"UnsupportedOperator|no implementation for",
+ re.I,
+ ),
+ ),
+ (
+ "numerical",
+ "numerical / accuracy",
+ "bug",
+ re.compile(
+ r"not close|Mismatched elements|cosine|tolerance|allclose|"
+ r"Max absolute difference|relative difference|accuracy|atol|rtol",
+ re.I,
+ ),
+ ),
+ (
+ "assertion",
+ "assertion",
+ "bug",
+ re.compile(r"\bAssertionError\b|^\s*assert\s", re.I | re.M),
+ ),
+ (
+ "typeerr",
+ "type / shape",
+ "bug",
+ re.compile(
+ r"\b(TypeError|AttributeError|KeyError|IndexError|ValueError)\b|"
+ r"shape mismatch|size mismatch|dtype",
+ re.I,
+ ),
+ ),
+ (
+ "runtime",
+ "runtime error",
+ "bug",
+ re.compile(r"\b(RuntimeError|NotImplementedError)\b", re.I),
+ ),
]
# Roll-up labels for the per-run category tally (kind → human summary word).
_KIND_LABEL = {
@@ -538,12 +692,14 @@
return dict(key=key, label=label, kind=kind)
return dict(key="other", label="error", kind="unknown")
def _cat_tag(cat):
- return (f'<span class="cat {cat["kind"]}" '
- f'title="{e(cat["label"])} — {cat["kind"]}">{e(cat["label"])}</span>')
+ return (
+ f'<span class="cat {cat["kind"]}" '
+ f'title="{e(cat["label"])} — {cat["kind"]}">{e(cat["label"])}</span>'
+ )
def _config_pattern(occ, all_pys, all_cudas):
"""Which configuration a failure correlates with — the strongest diagnostic
signal after the category. Only asserts "X only" when X is a strict subset of
@@ -578,27 +734,34 @@
return f"{int(s // n)}{unit} ago"
return "just now"
def pretty_platform(name):
- n = (name.replace("Python-only build and test ", "py-only ")
- .replace("RTX - Build and test ", "RTX ")
- .replace("RTX - Python-only build and test ", "RTX py-only ")
- .replace("Build and test ", "").replace(" wheels", "")
- .replace(" for Jetpack", " · jetpack"))
+ n = (
+ name.replace("Python-only build and test ", "py-only ")
+ .replace("RTX - Build and test ", "RTX ")
+ .replace("RTX - Python-only build and test ", "RTX py-only ")
+ .replace("Build and test ", "")
+ .replace(" wheels", "")
+ .replace(" for Jetpack", " · jetpack")
+ )
return n.strip()
def e(s):
return html.escape(str(s if s is not None else ""))
def qp(**kw):
"""Build a URL-encoded, HTML-attribute-safe query string from kwargs, so
values with spaces/&/ (platform + tier names, job URLs) survive intact."""
- return e("&".join(f"{k}={quote(str(v if v is not None else ''), safe='')}"
- for k, v in kw.items()))
+ return e(
+ "&".join(
+ f"{k}={quote(str(v if v is not None else ''), safe='')}"
+ for k, v in kw.items()
+ )
+ )
# ── HTML fragment renderers ──────────────────────────────────────────────────
def _summary_html(runs, oob=False):
"""The top counts strip. Shared by the board and the live poller so the two
@@ -609,24 +772,35 @@
cls, _ = classify(r["status"], r["conclusion"])
counts[cls] = counts.get(cls, 0) + 1
didnt_run = counts["skip"] + counts["cancel"]
head = runs[0] if runs else {}
sha = (head.get("headSha") or "")[:9]
- commit = (f'<div class="commit"><code>{e(sha)}</code> · {e(head.get("displayTitle", ""))[:80]}'
- f' · {e(rel_time(head.get("createdAt")))}</div>')
+ commit = (
+ f'<div class="commit"><code>{e(sha)}</code> · {e(head.get("displayTitle", ""))[:80]}'
+ f' · {e(rel_time(head.get("createdAt")))}</div>'
+ )
def stat(cls, n, word):
- return (f'<span class="stat {cls}"><span class="dot {cls}"></span>'
- f'<span class="n">{n}</span> {word}</span>') if n else ""
- oob_attr = ' hx-swap-oob="true"' if oob else ''
- return (f'<div id="summary" class="summary"{oob_attr}>'
- f'{stat("fail", counts["fail"], "failing")}'
- f'{stat("run", counts["run"], "running")}'
- f'{stat("queue", counts["queue"], "queued")}'
- f'{stat("pass", counts["pass"], "passing")}'
- f'{stat("skip", didnt_run, "didn’t run")}'
- f'{commit}</div>')
+ return (
+ (
+ f'<span class="stat {cls}"><span class="dot {cls}"></span>'
+ f'<span class="n">{n}</span> {word}</span>'
+ )
+ if n
+ else ""
+ )
+
+ oob_attr = ' hx-swap-oob="true"' if oob else ""
+ return (
+ f'<div id="summary" class="summary"{oob_attr}>'
+ f'{stat("fail", counts["fail"], "failing")}'
+ f'{stat("run", counts["run"], "running")}'
+ f'{stat("queue", counts["queue"], "queued")}'
+ f'{stat("pass", counts["pass"], "passing")}'
+ f'{stat("skip", didnt_run, "didn’t run")}'
+ f"{commit}</div>"
+ )
def render_board(branch, refresh=False):
try:
runs = get_runs(branch, refresh=refresh)
@@ -635,38 +809,51 @@
if not runs:
return f'<div class="empty-state">No CI runs found for <code>{e(branch)}</code>.</div>'
for r in runs:
r["_cls"], r["_label"] = classify(r["status"], r["conclusion"])
- runs.sort(key=lambda r: (RANK.get(r["_cls"], 9), pretty_platform(r["workflowName"]).lower()))
+ runs.sort(
+ key=lambda r: (
+ RANK.get(r["_cls"], 9),
+ pretty_platform(r["workflowName"]).lower(),
+ )
+ )
summary = _summary_html(runs)
cards = []
for r in runs:
rid, cls, label = r["id"], r["_cls"], r["_label"]
plat = pretty_platform(r["workflowName"])
sub = f'{e(r.get("event",""))} · #{r.get("number","")} · {e(rel_time(r.get("createdAt")))}'
- q = qp(run=rid, sha=r.get("headSha", ""), platform=plat,
- refresh="1" if refresh else "0")
- cards.append(f'''
+ q = qp(
+ run=rid,
+ sha=r.get("headSha", ""),
+ platform=plat,
+ refresh="1" if refresh else "0",
+ )
+ cards.append(f"""
<details class="card {'fail' if cls=='fail' else ''}"
hx-get="/ui/platform?{q}" hx-trigger="toggle once"
hx-target="find .card-body" hx-swap="innerHTML">
<summary class="card-head">
<span class="dot {cls}"></span>
<span class="card-title">{e(plat)}<div class="sub">{sub}</div></span>
<span id="badge-{rid}" class="card-badge {cls}">{e(label)}</span>
<span class="caret">▸</span>
</summary>
<div class="card-body"><div class="muted" style="padding:10px 0"><span class="spinner"></span> loading jobs…</div></div>
- </details>''')
-
- poller = (f'<div hx-get="/ui/status?branch={e(branch)}" hx-trigger="load delay:20s, every 25s" '
- f'hx-swap="none"></div>')
- agg = (f'<h2 class="sec">Failures across platforms</h2>'
- f'<div id="agg" hx-get="/ui/aggregate?branch={e(branch)}" hx-trigger="load" hx-swap="innerHTML">'
- f'<div class="agg-loading"><span class="spinner"></span> scanning failing tests…</div></div>')
+ </details>""")
+
+ poller = (
+ f'<div hx-get="/ui/status?branch={e(branch)}" hx-trigger="load delay:20s, every 25s" '
+ f'hx-swap="none"></div>'
+ )
+ agg = (
+ f'<h2 class="sec">Failures across platforms</h2>'
+ f'<div id="agg" hx-get="/ui/aggregate?branch={e(branch)}" hx-trigger="load" hx-swap="innerHTML">'
+ f'<div class="agg-loading"><span class="spinner"></span> scanning failing tests…</div></div>'
+ )
board = f'<h2 class="sec">Platforms</h2><div id="board" class="board">{"".join(cards)}</div>'
return summary + agg + board + poller
def render_status(branch):
@@ -677,12 +864,14 @@
except Exception:
return ""
spans = []
for r in runs:
cls, label = classify(r["status"], r["conclusion"])
- spans.append(f'<span id="badge-{r["id"]}" hx-swap-oob="true" '
- f'class="card-badge {cls}">{e(label)}</span>')
+ spans.append(
+ f'<span id="badge-{r["id"]}" hx-swap-oob="true" '
+ f'class="card-badge {cls}">{e(label)}</span>'
+ )
return _summary_html(runs, oob=True) + "".join(spans)
KIND_ORDER = {"test": 0, "build": 1, "setup": 2, "rollup": 3, "other": 4}
@@ -699,38 +888,69 @@
groups = {}
for j in jobs:
groups.setdefault((KIND_ORDER.get(j["kind"], 9), j["group"]), []).append(j)
out = []
- for (_, gname), gjobs in sorted(groups.items(), key=lambda kv: (kv[0][0], kv[0][1])):
+ for (_, gname), gjobs in sorted(
+ groups.items(), key=lambda kv: (kv[0][0], kv[0][1])
+ ):
info = info_for(gname)
- tierpath = f'<span class="tierpath">{e(", ".join(info["paths"]))}</span>' if info else ""
+ tierpath = (
+ f'<span class="tierpath">{e(", ".join(info["paths"]))}</span>'
+ if info
+ else ""
+ )
cells, rows = [], []
for j in sorted(gjobs, key=lambda j: (j["python"] or "", j["cuda"] or "")):
cls, label = classify(j["status"], j["conclusion"])
failable = cls == "fail" and j["kind"] in ("test", "build")
if j["python"] and j["cuda"]:
- inner = (f'<span class="k"><span class="dot {cls}"></span>{e(j["python"])}·{e(j["cuda"])}</span>'
- f'<span class="v">{e(label)}</span>')
+ inner = (
+ f'<span class="k"><span class="dot {cls}"></span>{e(j["python"])}·{e(j["cuda"])}</span>'
+ f'<span class="v">{e(label)}</span>'
+ )
if failable:
- q = qp(job=j["id"], sha=sha, platform=platform, tier=gname,
- py=j["python"], cuda=j["cuda"], url=j["url"])
- cells.append(f'<div class="cell fail" tabindex="0" onclick="openDrawer()" '
- f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">{inner}</div>')
+ q = qp(
+ job=j["id"],
+ sha=sha,
+ platform=platform,
+ tier=gname,
+ py=j["python"],
+ cuda=j["cuda"],
+ url=j["url"],
+ )
+ cells.append(
+ f'<div class="cell fail" tabindex="0" onclick="openDrawer()" '
+ f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">{inner}</div>'
+ )
else:
cells.append(f'<div class="cell {cls}">{inner}</div>')
else:
name = j["raw"].split(" / ")[-1] or j["group"]
- link = f' <a href="{e(j["url"])}" target="_blank" rel="noopener">log ↗</a>' if j["url"] else ""
+ link = (
+ f' <a href="{e(j["url"])}" target="_blank" rel="noopener">log ↗</a>'
+ if j["url"]
+ else ""
+ )
extra = ""
if failable:
- q = qp(job=j["id"], sha=sha, platform=platform, tier=gname, url=j["url"])
- extra = (f' · <a href="#" onclick="openDrawer();return false" '
- f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">details</a>')
- rows.append(f'<div class="jobrow {cls}"><span class="dot {cls}"></span>'
- f'<span class="name">{e(name)}</span>'
- f'<span class="jobstate {cls}">{e(label)}</span>{link}{extra}</div>')
+ q = qp(
+ job=j["id"],
+ sha=sha,
+ platform=platform,
+ tier=gname,
+ url=j["url"],
+ )
+ extra = (
+ f' · <a href="#" onclick="openDrawer();return false" '
+ f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">details</a>'
+ )
+ rows.append(
+ f'<div class="jobrow {cls}"><span class="dot {cls}"></span>'
+ f'<span class="name">{e(name)}</span>'
+ f'<span class="jobstate {cls}">{e(label)}</span>{link}{extra}</div>'
+ )
body = ""
if cells:
body += f'<div class="matrix">{"".join(cells)}</div>'
if rows:
body += f'<div class="rows">{"".join(rows)}</div>'
@@ -738,49 +958,74 @@
return "".join(out)
def render_failures(job_id, sha, platform, tier, py, cuda, url):
data = get_failures(job_id)
- joblink = (f' · <a href="{e(url)}" target="_blank" rel="noopener">job log ↗</a>') if url else ""
- oob = (f'<span id="drawer-title" hx-swap-oob="true">{e(platform)} — {e(tier)}</span>'
- f'<span id="drawer-sub" hx-swap-oob="true">{e(py)} {e(cuda)}{joblink}</span>')
+ joblink = (
+ (f' · <a href="{e(url)}" target="_blank" rel="noopener">job log ↗</a>')
+ if url
+ else ""
+ )
+ oob = (
+ f'<span id="drawer-title" hx-swap-oob="true">{e(platform)} — {e(tier)}</span>'
+ f'<span id="drawer-sub" hx-swap-oob="true">{e(py)} {e(cuda)}{joblink}</span>'
+ )
if data.get("error"):
- return oob + f'<div class="muted">Could not load annotations: {e(data["error"])}</div>'
+ return (
+ oob
+ + f'<div class="muted">Could not load annotations: {e(data["error"])}</div>'
+ )
fails = data["failures"]
info = info_for(tier)
body = []
if not fails:
- loglink = f'<a href="{e(url)}" target="_blank" rel="noopener">Open the job log ↗</a>' if url else ""
- body.append('<div class="muted">No pytest failure annotations — this is likely a '
- f'build / environment / setup failure rather than a test assertion.<br><br>{loglink}</div>')
+ loglink = (
+ f'<a href="{e(url)}" target="_blank" rel="noopener">Open the job log ↗</a>'
+ if url
+ else ""
+ )
+ body.append(
+ '<div class="muted">No pytest failure annotations — this is likely a '
+ f"build / environment / setup failure rather than a test assertion.<br><br>{loglink}</div>"
+ )
for f in fails:
loc = ""
if f["file"]:
- gh_url = f'https://github.com/{repo_slug()}/blob/{sha}/{f["file"]}#L{f["line"]}'
- loc = (f'<div class="floc">↳ <a href="{e(gh_url)}" target="_blank" rel="noopener">'
- f'<code>{e(f["file"])}:{f["line"]}</code> ↗</a></div>')
+ gh_url = (
+ f'https://github.com/{repo_slug()}/blob/{sha}/{f["file"]}#L{f["line"]}'
+ )
+ loc = (
+ f'<div class="floc">↳ <a href="{e(gh_url)}" target="_blank" rel="noopener">'
+ f'<code>{e(f["file"])}:{f["line"]}</code> ↗</a></div>'
+ )
cat = categorize_failure(f["message"])
- body.append(f'<div class="fail-item"><div class="ftest">{e(f["test"] or "failure")}'
- f' {_cat_tag(cat)}</div>'
- f'{loc}<pre>{e(f["message"])}</pre></div>')
+ body.append(
+ f'<div class="fail-item"><div class="ftest">{e(f["test"] or "failure")}'
+ f" {_cat_tag(cat)}</div>"
+ f'{loc}<pre>{e(f["message"])}</pre></div>'
+ )
if info:
leaves = []
for f in fails:
if f["test"]:
leaf = re.split(r"[.:]", f["test"])[-1]
leaf = re.sub(r"\[.*$", "", leaf)
if leaf and leaf not in leaves:
leaves.append(leaf)
kexpr = " or ".join(leaves[:6])
cmd = info["repro"](kexpr)
- body.append(f'<div class="repro"><button class="copy" onclick="copyPre(this)">copy</button>'
- f'<div class="lbl">reproduce locally</div><code>{e(cmd)}</code></div>')
+ body.append(
+ f'<div class="repro"><button class="copy" onclick="copyPre(this)">copy</button>'
+ f'<div class="lbl">reproduce locally</div><code>{e(cmd)}</code></div>'
+ )
# Lazy: fetch the job log + extract the relevant block(s) once the drawer is in.
- body.append(f'<div class="logsec" hx-get="/ui/joblog?{qp(job=job_id, url=url)}" '
- f'hx-trigger="load" hx-swap="innerHTML">'
- f'<div class="muted" style="padding:8px 0"><span class="spinner"></span> '
- f'fetching relevant logs…</div></div>')
+ body.append(
+ f'<div class="logsec" hx-get="/ui/joblog?{qp(job=job_id, url=url)}" '
+ f'hx-trigger="load" hx-swap="innerHTML">'
+ f'<div class="muted" style="padding:8px 0"><span class="spinner"></span> '
+ f"fetching relevant logs…</div></div>"
+ )
return oob + "".join(body)
def render_aggregate(branch, refresh=False):
"""Cross-platform failure rollup: dedupe a failing test across every platform
@@ -796,38 +1041,57 @@
except Exception:
return []
with ThreadPoolExecutor(max_workers=8) as ex:
alljobs = [x for sub in ex.map(jobs_of, runs) for x in sub]
- failed = [(r, j) for r, j in alljobs
- if classify(j["status"], j["conclusion"])[0] == "fail" and j["kind"] == "test"]
+ failed = [
+ (r, j)
+ for r, j in alljobs
+ if classify(j["status"], j["conclusion"])[0] == "fail" and j["kind"] == "test"
+ ]
if not failed:
healthy = all(classify(r["status"], r["conclusion"])[0] != "fail" for r in runs)
- msg = ("No failing test jobs 🎉" if healthy
- else "No test-level failures found (failures are build/setup — see the platform grids).")
+ msg = (
+ "No failing test jobs 🎉"
+ if healthy
+ else "No test-level failures found (failures are build/setup — see the platform grids)."
+ )
return f'<div class="agg-ok">{msg}</div>'
def fails_of(rj):
r, j = rj
return (r, j, get_failures(j["id"], refresh=refresh).get("failures", []))
+
with ThreadPoolExecutor(max_workers=8) as ex:
results = list(ex.map(fails_of, failed))
agg = {}
for r, j, fails in results:
plat = pretty_platform(r["workflowName"])
if not fails: # failed job but no parseable test → bucket under the tier
key = f"[{j['group']}]"
a = agg.setdefault(key, dict(test=key, file=None, line=None, occ=[]))
- a["occ"].append(dict(plat=plat, py=j["python"], cuda=j["cuda"], url=j["url"], msg=""))
+ a["occ"].append(
+ dict(plat=plat, py=j["python"], cuda=j["cuda"], url=j["url"], msg="")
+ )
continue
for f in fails:
key = f["test"] or f["message"].splitlines()[0]
- a = agg.setdefault(key, dict(test=f["test"] or key, file=f["file"], line=f["line"], occ=[]))
+ a = agg.setdefault(
+ key, dict(test=f["test"] or key, file=f["file"], line=f["line"], occ=[])
+ )
a["file"] = a["file"] or f["file"]
a["line"] = a["line"] or f["line"]
- a["occ"].append(dict(plat=plat, py=j["python"], cuda=j["cuda"], url=j["url"], msg=f["message"]))
+ a["occ"].append(
+ dict(
+ plat=plat,
+ py=j["python"],
+ cuda=j["cuda"],
+ url=j["url"],
+ msg=f["message"],
+ )
+ )
# Config universe (what actually ran) so "X only" hints are real subsets.
test_jobs = [j for _, j in alljobs if j["kind"] == "test"]
all_pys = {j["python"] for j in test_jobs if j["python"]}
all_cudas = {j["cuda"] for j in test_jobs if j["cuda"]}
@@ -839,12 +1103,17 @@
# Real regressions (bug) first, then env/gap, infra last; ties → most cells.
_KIND_RANK = {"bug": 0, "env": 1, "unknown": 2, "infra": 3}
rows = sorted(
agg.values(),
- key=lambda a: (_KIND_RANK.get(a["cat"]["kind"], 2),
- -len({o["plat"] for o in a["occ"]}), -len(a["occ"]), a["test"]))
+ key=lambda a: (
+ _KIND_RANK.get(a["cat"]["kind"], 2),
+ -len({o["plat"] for o in a["occ"]}),
+ -len(a["occ"]),
+ a["test"],
+ ),
+ )
out = []
for a in rows:
plats = sorted({o["plat"] for o in a["occ"]})
ncells = len(a["occ"])
loc = ""
@@ -852,31 +1121,35 @@
gh_url = f'https://github.com/{repo_slug()}/blob/{runs[0].get("headSha","")}/{a["file"]}#L{a["line"]}'
loc = f'<div class="agg-file">↳ <a href="{e(gh_url)}" target="_blank" rel="noopener"><code>{e(a["file"])}:{a["line"]}</code> ↗</a></div>'
chips = "".join(f'<span class="chip">{e(p)}</span>' for p in plats)
pat = _config_pattern(a["occ"], all_pys, all_cudas)
patchips = "".join(f'<span class="cfgpat">{e(p)}</span>' for p in pat)
- out.append(f'''<details class="agg-row-d">
+ out.append(f"""<details class="agg-row-d">
<summary class="agg-row">
<div><div class="agg-test">{e(a["test"])} {_cat_tag(a["cat"])}{patchips}</div>{loc}</div>
<span class="agg-count"><span class="dot fail"></span>{len(plats)} platform{"s" if len(plats)!=1 else ""} · {ncells} cell{"s" if ncells!=1 else ""}</span>
</summary>
<div class="agg-detail"><div class="chips">{chips}</div>{f"<pre>{e(a['sample'])}</pre>" if a["sample"] else ""}</div>
- </details>''')
+ </details>""")
# Category tally — an instant read on the run's character (infra flakes vs regressions).
tally = {}
for a in rows:
tally.setdefault(a["cat"]["kind"], dict(n=0, label=a["cat"]["label"]))["n"] += 1
order = ["bug", "env", "unknown", "infra"]
tstr = " · ".join(
f'<span class="cat {k}">{tally[k]["n"]} {e(_KIND_LABEL[k])}</span>'
- for k in order if k in tally)
- header = (f'<div class="agg-head-row"><span>{len(rows)} distinct failing test'
- f'{"s" if len(rows)!=1 else ""} across '
- f'{len({o["plat"] for a in rows for o in a["occ"]})} platforms</span>'
- f'<span class="agg-tally">{tstr}</span>'
- f'<button class="btn small" hx-get="/ui/aggregate?branch={e(branch)}&refresh=1" '
- f'hx-target="#agg" hx-swap="innerHTML">↻ rescan</button></div>')
+ for k in order
+ if k in tally
+ )
+ header = (
+ f'<div class="agg-head-row"><span>{len(rows)} distinct failing test'
+ f'{"s" if len(rows)!=1 else ""} across '
+ f'{len({o["plat"] for a in rows for o in a["occ"]})} platforms</span>'
+ f'<span class="agg-tally">{tstr}</span>'
+ f'<button class="btn small" hx-get="/ui/aggregate?branch={e(branch)}&refresh=1" '
+ f'hx-target="#agg" hx-swap="innerHTML">↻ rescan</button></div>'
+ )
return header + f'<div class="agg">{"".join(out)}</div>'
# ── HTTP server ──────────────────────────────────────────────────────────────
class Handler(BaseHTTPRequestHandler):
@@ -900,49 +1173,74 @@
try:
p = u.path
if p in ("/", "/index.html"):
return self._index()
if p.startswith("/static/"):
- return self._static(p[len("/static/"):])
+ return self._static(p[len("/static/") :])
if p == "/ui/board":
- return self._send(200, render_board(q.get("branch") or default_branch(), refresh))
+ return self._send(
+ 200, render_board(q.get("branch") or default_branch(), refresh)
+ )
if p == "/ui/status":
- return self._send(200, render_status(q.get("branch") or default_branch()))
+ return self._send(
+ 200, render_status(q.get("branch") or default_branch())
+ )
if p == "/ui/platform":
- return self._send(200, render_platform(q["run"], q.get("sha", ""),
- q.get("platform", ""), refresh))
+ return self._send(
+ 200,
+ render_platform(
+ q["run"], q.get("sha", ""), q.get("platform", ""), refresh
+ ),
+ )
if p == "/ui/failures":
- return self._send(200, render_failures(
- q["job"], q.get("sha", ""), q.get("platform", ""), q.get("tier", ""),
- q.get("py", ""), q.get("cuda", ""), q.get("url", "")))
+ return self._send(
+ 200,
+ render_failures(
+ q["job"],
+ q.get("sha", ""),
+ q.get("platform", ""),
+ q.get("tier", ""),
+ q.get("py", ""),
+ q.get("cuda", ""),
+ q.get("url", ""),
+ ),
+ )
if p == "/ui/aggregate":
- return self._send(200, render_aggregate(q.get("branch") or default_branch(), refresh))
+ return self._send(
+ 200, render_aggregate(q.get("branch") or default_branch(), refresh)
+ )
if p == "/ui/joblog":
if q.get("raw") == "1":
log = get_job_log(q["job"], refresh)
- return self._send(200 if log else 404,
- log or "log not available", "text/plain; charset=utf-8")
+ return self._send(
+ 200 if log else 404,
+ log or "log not available",
+ "text/plain; charset=utf-8",
+ )
return self._send(200, render_joblog(q["job"], q.get("url", "")))
return self._send(404, "not found", "text/plain")
except KeyError as ex:
self._send(400, f"missing param {ex}", "text/plain")
except Exception as ex:
self._send(500, f'<div class="muted">error: {e(ex)}</div>')
def _index(self):
with open(os.path.join(STATIC, "index.html"), encoding="utf-8") as f:
html_s = f.read()
- html_s = html_s.replace("{{BRANCH}}", e(default_branch())).replace("{{REPO}}", e(repo_slug()))
+ html_s = html_s.replace("{{BRANCH}}", e(default_branch())).replace(
+ "{{REPO}}", e(repo_slug())
+ )
self._send(200, html_s)
def _static(self, rel):
rel = rel.split("?")[0].lstrip("/")
path = os.path.normpath(os.path.join(STATIC, rel))
if not path.startswith(STATIC) or not os.path.isfile(path):
return self._send(404, "not found", "text/plain")
- ctype = {"html": "text/html", "js": "text/javascript",
- "css": "text/css"}.get(rel.rsplit(".", 1)[-1], "application/octet-stream")
+ ctype = {"html": "text/html", "js": "text/javascript", "css": "text/css"}.get(
+ rel.rsplit(".", 1)[-1], "application/octet-stream"
+ )
with open(path, "rb") as f:
self._send(200, f.read(), ctype + "; charset=utf-8")
def preflight():
@@ -954,12 +1252,17 @@
def tailscale_ip():
"""Best-effort Tailscale IPv4 (100.64.0.0/10). Uses the CLI if present,
otherwise sniffs local interfaces. Returns None if not on a tailnet."""
try:
- out = subprocess.run(["tailscale", "ip", "-4"], capture_output=True,
- text=True, timeout=3).stdout.strip().splitlines()
+ out = (
+ subprocess.run(
+ ["tailscale", "ip", "-4"], capture_output=True, text=True, timeout=3
+ )
+ .stdout.strip()
+ .splitlines()
+ )
if out and out[0]:
return out[0].strip()
except Exception:
pass
try:
@@ -987,13 +1290,16 @@
def main():
global _DEFAULT_BRANCH
ap = argparse.ArgumentParser(description="Local Torch-TensorRT CI dashboard")
ap.add_argument("-b", "--branch", default=None, help="default branch to show")
ap.add_argument("-p", "--port", type=int, default=8712)
- ap.add_argument("--host", default="0.0.0.0",
- help="bind address (default 0.0.0.0 — reachable over LAN/Tailscale; "
- "use 127.0.0.1 to keep it local-only)")
+ ap.add_argument(
+ "--host",
+ default="0.0.0.0",
+ help="bind address (default 0.0.0.0 — reachable over LAN/Tailscale; "
+ "use 127.0.0.1 to keep it local-only)",
+ )
ap.add_argument("--no-open", action="store_true")
args = ap.parse_args()
preflight()
if args.branch:
_DEFAULT_BRANCH = args.branch
@@ -1006,15 +1312,18 @@
if ts:
print(f" tailscale http://{ts}:{args.port}/")
lan = lan_ip()
if lan and lan != ts:
print(f" lan http://{lan}:{args.port}/")
- print(" (bound to all interfaces — anyone who can reach this host can view CI status)")
+ print(
+ " (bound to all interfaces — anyone who can reach this host can view CI status)"
+ )
print("Ctrl-C to stop.", flush=True)
if not args.no_open:
try:
import webbrowser
+
webbrowser.open(local) # always open the loopback URL locally
except Exception:
pass
try:
srv.serve_forever()
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There are some changes that do not conform to Python style guidelines:
--- /home/runner/work/TensorRT/TensorRT/py/torch_tensorrt/dynamo/lowering/passes/eliminate_sym_min_int64_max.py 2026-07-18 21:15:07.853299+00:00
+++ /home/runner/work/TensorRT/TensorRT/py/torch_tensorrt/dynamo/lowering/passes/eliminate_sym_min_int64_max.py 2026-07-18 21:15:32.195485+00:00
@@ -2,11 +2,10 @@
import torch
from torch.fx import GraphModule, Node
from .pass_utils import clean_up_graph_after_modifications
-
_INT64_MAX = 2**63 - 1
_SYM_MIN = getattr(torch, "sym_min", None)
--- /home/runner/work/TensorRT/TensorRT/tests/ci/__main__.py 2026-07-18 21:15:07.869118+00:00
+++ /home/runner/work/TensorRT/TensorRT/tests/ci/__main__.py 2026-07-18 21:15:33.824130+00:00
@@ -76,11 +76,14 @@
def _cmd_run_lane(args: argparse.Namespace) -> int:
"""Run every suite in a lane/tier, continuing past failures (so one consolidated
report sees them all). Returns non-zero if any suite failed."""
jobs = select(
- lane=args.lane, tier=args.tier, variant=args.variant, platform=args.platform,
+ lane=args.lane,
+ tier=args.tier,
+ variant=args.variant,
+ platform=args.platform,
changed=_read_changed(args),
)
if not jobs:
print("::warning::no suites match the given filters", file=sys.stderr)
return 0
@@ -90,11 +93,14 @@
return rc
def _cmd_matrix(args: argparse.Namespace) -> int:
include = matrix(
- lane=args.lane, tier=args.tier, variant=args.variant, platform=args.platform,
+ lane=args.lane,
+ tier=args.tier,
+ variant=args.variant,
+ platform=args.platform,
changed=_read_changed(args),
)
if not include:
print("::warning::matrix is empty for the given filters", file=sys.stderr)
print(json.dumps({"include": include}))
@@ -177,26 +183,28 @@
g.add_argument("--tier", choices=("l0", "l1", "l2"))
sp.add_argument("--variant", choices=("standard", "rtx"))
sp.add_argument("--platform", choices=("linux-x86_64", "windows"))
sp.add_argument("--dry-run", action="store_true")
sp.add_argument(
- "--changed-from", metavar="FILE",
+ "--changed-from",
+ metavar="FILE",
help="narrow to suites affected by these changed files (a file, or '-' "
- "for stdin; one repo-relative path per line). Broad changes → no narrowing.",
+ "for stdin; one repo-relative path per line). Broad changes → no narrowing.",
)
sp.set_defaults(fn=_cmd_run_lane)
sp = sub.add_parser("matrix", help="emit a GitHub Actions matrix as JSON")
g = sp.add_mutually_exclusive_group()
g.add_argument("--lane", choices=("fast", "full", "nightly", "python-only"))
g.add_argument("--tier", choices=("l0", "l1", "l2"))
sp.add_argument("--variant", choices=("standard", "rtx"))
sp.add_argument("--platform", choices=("linux-x86_64", "windows"))
sp.add_argument(
- "--changed-from", metavar="FILE",
+ "--changed-from",
+ metavar="FILE",
help="narrow to suites affected by these changed files (a file, or '-' "
- "for stdin; one repo-relative path per line). Broad changes → no narrowing.",
+ "for stdin; one repo-relative path per line). Broad changes → no narrowing.",
)
sp.set_defaults(fn=_cmd_matrix)
sub.add_parser("doctor", help="validate the manifest").set_defaults(fn=_cmd_doctor)
--- /home/runner/work/TensorRT/TensorRT/tests/ci/runner.py 2026-07-18 21:15:07.869118+00:00
+++ /home/runner/work/TensorRT/TensorRT/tests/ci/runner.py 2026-07-18 21:15:33.927876+00:00
@@ -213,12 +213,22 @@
# Path prefixes whose changes cannot affect any GPU test outcome. A PR touching
# ONLY these can skip the whole test matrix.
_NO_TEST_IMPACT = (
- "docs/", "docsrc/", "tools/", "notebooks/", "examples/", ".devcontainer/",
- "README", "CHANGELOG", "LICENSE", ".gitignore", ".pre-commit", ".flake8",
+ "docs/",
+ "docsrc/",
+ "tools/",
+ "notebooks/",
+ "examples/",
+ ".devcontainer/",
+ "README",
+ "CHANGELOG",
+ "LICENSE",
+ ".gitignore",
+ ".pre-commit",
+ ".flake8",
)
def _owned_dirs(s: Suite) -> set[str]:
"""Repo-relative directories a suite owns — the directory of each path target
--- /home/runner/work/TensorRT/TensorRT/tools/ci-dashboard/ci_dashboard.py 2026-07-18 21:15:07.894925+00:00
+++ /home/runner/work/TensorRT/TensorRT/tools/ci-dashboard/ci_dashboard.py 2026-07-18 21:15:40.361608+00:00
@@ -18,10 +18,11 @@
We parse that into {group, python, cuda, kind}; the group is a `<suite>-<variant>`
from the tests/ci manifest (tests/ci/suites.py — the SAME data CI runs), so a red
cell maps to the suite's pytest paths and its exact `python -m tests.ci run`
reproduce command. Pre-migration runs (tier-named) fall back to the legacy map.
"""
+
from __future__ import annotations
import argparse
import html
import json
@@ -60,42 +61,76 @@
# Kept only so historical, pre-migration runs (named "L2 dynamo core tests", not
# "<suite>-<variant>") still resolve. New runs go through the manifest above.
# Keys are normalized job group names (see _norm()); `fn` is the old shell tier.
TIER_MAP = {
"l0 dynamo converter tests": dict(
- fn="trt_tier_l0_converter", paths=["tests/py/dynamo/conversion/"]),
+ fn="trt_tier_l0_converter", paths=["tests/py/dynamo/conversion/"]
+ ),
"l0 dynamo core tests": dict(
fn="trt_tier_l0_core",
- paths=["tests/py/dynamo/runtime/test_000_*", "tests/py/dynamo/partitioning/test_000_*",
- "tests/py/dynamo/lowering/", "tests/py/dynamo/hlo/"]),
+ paths=[
+ "tests/py/dynamo/runtime/test_000_*",
+ "tests/py/dynamo/partitioning/test_000_*",
+ "tests/py/dynamo/lowering/",
+ "tests/py/dynamo/hlo/",
+ ],
+ ),
"l0 core python tests": dict(fn="trt_tier_l0_py_core", paths=["tests/py/core/"]),
"l0 torchscript tests": dict(
- fn="trt_tier_l0_torchscript", paths=["tests/py/ts/api/", "tests/modules/hub.py"]),
+ fn="trt_tier_l0_torchscript", paths=["tests/py/ts/api/", "tests/modules/hub.py"]
+ ),
"l1 dynamo core tests": dict(
fn="trt_tier_l1_dynamo_core",
- paths=["tests/py/dynamo/runtime/test_001_*", "tests/py/dynamo/partitioning/test_001_*",
- "tests/py/dynamo/hlo/"]),
+ paths=[
+ "tests/py/dynamo/runtime/test_001_*",
+ "tests/py/dynamo/partitioning/test_001_*",
+ "tests/py/dynamo/hlo/",
+ ],
+ ),
"l1 dynamo compile tests": dict(
- fn="trt_tier_l1_dynamo_compile", paths=["tests/py/dynamo/models/"]),
+ fn="trt_tier_l1_dynamo_compile", paths=["tests/py/dynamo/models/"]
+ ),
"l1 torch compile tests": dict(
fn="trt_tier_l1_torch_compile",
- paths=["tests/py/dynamo/backend/", "tests/py/dynamo/models/test_models.py",
- "tests/py/dynamo/models/test_dyn_models.py"]),
- "l1 torch script tests": dict(fn="trt_tier_l1_torchscript", paths=["tests/py/ts/models/"]),
+ paths=[
+ "tests/py/dynamo/backend/",
+ "tests/py/dynamo/models/test_models.py",
+ "tests/py/dynamo/models/test_dyn_models.py",
+ ],
+ ),
+ "l1 torch script tests": dict(
+ fn="trt_tier_l1_torchscript", paths=["tests/py/ts/models/"]
+ ),
"l2 torch compile tests": dict(
fn="trt_tier_l2_torch_compile",
- paths=["tests/py/dynamo/models/test_models.py", "tests/py/dynamo/models/test_dyn_models.py"]),
+ paths=[
+ "tests/py/dynamo/models/test_models.py",
+ "tests/py/dynamo/models/test_dyn_models.py",
+ ],
+ ),
"l2 dynamo compile tests": dict(
- fn="trt_tier_l2_dynamo_compile", paths=["tests/py/dynamo/models/", "tests/py/dynamo/llm/"]),
+ fn="trt_tier_l2_dynamo_compile",
+ paths=["tests/py/dynamo/models/", "tests/py/dynamo/llm/"],
+ ),
"l2 dynamo core tests": dict(
- fn="trt_tier_l2_dynamo_core", paths=["tests/py/dynamo/runtime/", "tests/py/dynamo/executorch/"]),
+ fn="trt_tier_l2_dynamo_core",
+ paths=["tests/py/dynamo/runtime/", "tests/py/dynamo/executorch/"],
+ ),
"l2 dynamo plugin tests": dict(
fn="trt_tier_l2_plugin",
- paths=["tests/py/dynamo/conversion/", "tests/py/dynamo/automatic_plugin/", "tests/py/kernels/"]),
- "l2 torch script tests": dict(fn="trt_tier_l2_torchscript", paths=["tests/py/ts/integrations/"]),
+ paths=[
+ "tests/py/dynamo/conversion/",
+ "tests/py/dynamo/automatic_plugin/",
+ "tests/py/kernels/",
+ ],
+ ),
+ "l2 torch script tests": dict(
+ fn="trt_tier_l2_torchscript", paths=["tests/py/ts/integrations/"]
+ ),
"l2 dynamo distributed tests": dict(
- fn="trt_tier_l2_distributed", paths=["tests/py/dynamo/distributed/"]),
+ fn="trt_tier_l2_distributed", paths=["tests/py/dynamo/distributed/"]
+ ),
}
def _norm(s: str) -> str:
"""Lowercase and collapse separators so 'L2-dynamo-core-tests' and
@@ -198,22 +233,25 @@
CACHE = Cache()
def gh(args, parse=True, timeout=90):
- proc = subprocess.run(["gh", *args], capture_output=True, text=True,
- timeout=timeout, cwd=REPO_ROOT)
+ proc = subprocess.run(
+ ["gh", *args], capture_output=True, text=True, timeout=timeout, cwd=REPO_ROOT
+ )
if proc.returncode != 0:
raise RuntimeError((proc.stderr or proc.stdout or "gh failed").strip())
return json.loads(proc.stdout) if parse else proc.stdout
@lru_cache(maxsize=1)
def repo_slug():
try:
- return gh(["repo", "view", "--json", "nameWithOwner", "-q", ".nameWithOwner"],
- parse=False).strip()
+ return gh(
+ ["repo", "view", "--json", "nameWithOwner", "-q", ".nameWithOwner"],
+ parse=False,
+ ).strip()
except Exception:
return "pytorch/TensorRT"
_DEFAULT_BRANCH = None
@@ -221,25 +259,33 @@
def default_branch():
if _DEFAULT_BRANCH:
return _DEFAULT_BRANCH
try:
- b = subprocess.run(["git", "rev-parse", "--abbrev-ref", "HEAD"],
- capture_output=True, text=True, cwd=REPO_ROOT).stdout.strip()
+ b = subprocess.run(
+ ["git", "rev-parse", "--abbrev-ref", "HEAD"],
+ capture_output=True,
+ text=True,
+ cwd=REPO_ROOT,
+ ).stdout.strip()
return b if b and b != "HEAD" else "main"
except Exception:
return "main"
# ── data layer ───────────────────────────────────────────────────────────────
def get_runs(branch, limit=40, refresh=False):
key = f"runs:{branch}:{limit}"
if not refresh and (c := CACHE.get(key)) is not None:
return c
- fields = ("databaseId,workflowName,displayTitle,headBranch,headSha,status,"
- "conclusion,event,createdAt,updatedAt,url,number")
- runs = gh(["run", "list", "--branch", branch, "--limit", str(limit), "--json", fields])
+ fields = (
+ "databaseId,workflowName,displayTitle,headBranch,headSha,status,"
+ "conclusion,event,createdAt,updatedAt,url,number"
+ )
+ runs = gh(
+ ["run", "list", "--branch", branch, "--limit", str(limit), "--json", fields]
+ )
newest = {}
for r in runs:
r["id"] = r.get("databaseId") # normalize (gh run list uses databaseId)
wf = r.get("workflowName") or "?"
if wf not in newest or r["createdAt"] > newest[wf]["createdAt"]:
@@ -267,40 +313,62 @@
kind = "build"
elif re.match(r"l[012]\b", gl):
kind = "test"
elif "matrix" in gl or "generate" in gl or group == "filter-matrix":
kind = "setup"
- elif raw.startswith("CI /") or "aggregate" in gl or "collect results" in gl or "rollup" in gl:
+ elif (
+ raw.startswith("CI /")
+ or "aggregate" in gl
+ or "collect results" in gl
+ or "rollup" in gl
+ ):
kind = "rollup"
else:
kind = "other"
return dict(
- id=j.get("databaseId") or j.get("id"), raw=raw, group=group, kind=kind,
- python=py.group(0) if py else None, cuda=cu.group(0) if cu else None,
- status=j.get("status"), conclusion=j.get("conclusion"),
+ id=j.get("databaseId") or j.get("id"),
+ raw=raw,
+ group=group,
+ kind=kind,
+ python=py.group(0) if py else None,
+ cuda=cu.group(0) if cu else None,
+ status=j.get("status"),
+ conclusion=j.get("conclusion"),
url=j.get("html_url") or j.get("url"),
- failedSteps=[s["name"] for s in j.get("steps", []) if s.get("conclusion") == "failure"],
+ failedSteps=[
+ s["name"] for s in j.get("steps", []) if s.get("conclusion") == "failure"
+ ],
)
def get_jobs(run_id, refresh=False):
key = f"jobs:{run_id}"
if not refresh and (c := CACHE.get(key)) is not None:
return c
- data = gh(["api", f"repos/{repo_slug()}/actions/runs/{run_id}/jobs",
- "--paginate", "-q", ".jobs[]"], parse=False)
+ data = gh(
+ [
+ "api",
+ f"repos/{repo_slug()}/actions/runs/{run_id}/jobs",
+ "--paginate",
+ "-q",
+ ".jobs[]",
+ ],
+ parse=False,
+ )
jobs = [json.loads(line) for line in data.splitlines() if line.strip()]
parsed = [_parse_job(j) for j in jobs]
live = any(j["status"] != "completed" for j in parsed)
CACHE.put(key, parsed, ttl=15 if live else 300)
return parsed
NOISE = re.compile(
r"Process completed with exit code|Node\.js \d+ is deprecated|"
r"is deprecated\. Please switch|conda\.cli|defaults' channel|auto_activate|"
- r"might have been added implicitly", re.I)
+ r"might have been added implicitly",
+ re.I,
+)
TESTLINE = re.compile(r"^(?P<test>[\w./-]+(?:\.[\w\[\]-]+)+)\s*$")
@lru_cache(maxsize=4096)
def grep_test(symbol):
@@ -310,12 +378,17 @@
leaf = re.sub(r"\[.*$", "", leaf)
if not re.match(r"^[A-Za-z_]\w+$", leaf):
return None
pat = f"def {leaf}\\b" if leaf.startswith("test") else f"class {leaf}\\b"
try:
- out = subprocess.run(["git", "grep", "-n", "-E", pat, "--", "tests/"],
- capture_output=True, text=True, cwd=REPO_ROOT, timeout=15).stdout
+ out = subprocess.run(
+ ["git", "grep", "-n", "-E", pat, "--", "tests/"],
+ capture_output=True,
+ text=True,
+ cwd=REPO_ROOT,
+ timeout=15,
+ ).stdout
except Exception:
return None
for line in out.splitlines():
path, lineno, _ = line.split(":", 2)
return (path, int(lineno))
@@ -343,31 +416,40 @@
dedupe = test or head
if dedupe in seen:
continue
seen.add(dedupe)
loc = grep_test(test) if test else None
- failures.append(dict(test=test, message=msg[:1400],
- file=loc[0] if loc else None, line=loc[1] if loc else None))
+ failures.append(
+ dict(
+ test=test,
+ message=msg[:1400],
+ file=loc[0] if loc else None,
+ line=loc[1] if loc else None,
+ )
+ )
result = dict(failures=failures)
CACHE.put(key, result, ttl=600)
return result
# ── job logs (fetch + per-test extraction) ──────────────────────────────────
-_TS = re.compile(r"^\d{4}-\d{2}-\d{2}T\d{2}:\d{2}:\d{2}\.\d+Z ") # GH line prefix
-_SEP = re.compile(r"^_{4,}\s+(.+?)\s+_{4,}\s*$") # pytest FAILURES sep
-_SECT = re.compile(r"^={4,}") # ==== section ====
+_TS = re.compile(r"^\d{4}-\d{2}-\d{2}T\d{2}:\d{2}:\d{2}\.\d+Z ") # GH line prefix
+_SEP = re.compile(r"^_{4,}\s+(.+?)\s+_{4,}\s*$") # pytest FAILURES sep
+_SECT = re.compile(r"^={4,}") # ==== section ====
def get_job_log(job_id, refresh=False):
"""Raw plain-text log for one job (immutable once complete → cached 1h)."""
key = f"log:{job_id}"
if not refresh and (c := CACHE.get(key)) is not None:
return c
try:
- raw = gh(["api", f"repos/{repo_slug()}/actions/jobs/{job_id}/logs"],
- parse=False, timeout=60)
+ raw = gh(
+ ["api", f"repos/{repo_slug()}/actions/jobs/{job_id}/logs"],
+ parse=False,
+ timeout=60,
+ )
except Exception:
raw = None
CACHE.put(key, raw, ttl=3600 if raw else 20)
return raw
@@ -379,12 +461,13 @@
def extract_test_log(lines, test, max_lines=160):
"""Pull the pytest FAILURES block for `test`. Falls back to a context window
around the test's last mention (covers custom harnesses w/o a FAILURES sep).
Returns the excerpt string, or None."""
leaf = re.split(r"[.:]", test)[-1].split("[")[0] if test else None
- seps = [(i, m.group(1).strip()) for i, ln in enumerate(lines)
- if (m := _SEP.match(ln))]
+ seps = [
+ (i, m.group(1).strip()) for i, ln in enumerate(lines) if (m := _SEP.match(ln))
+ ]
start = None
if test:
# Prefer an exact title match — the leaf method name (e.g. test_trt_compile)
# is shared across many classes, so fuzzy matching would grab the wrong block.
for i, title in seps:
@@ -405,53 +488,75 @@
end = j
break
block = lines[start:end]
else:
needle = leaf or test
- hit = next((i for i in range(len(lines) - 1, -1, -1) if needle and needle in lines[i]), None)
+ hit = next(
+ (i for i in range(len(lines) - 1, -1, -1) if needle and needle in lines[i]),
+ None,
+ )
if hit is None:
return None
- block = lines[max(0, hit - 4): hit + 44]
+ block = lines[max(0, hit - 4) : hit + 44]
if len(block) > max_lines:
- block = block[:max_lines] + [f"… (+{len(block) - max_lines} more lines — open the raw log)"]
+ block = block[:max_lines] + [
+ f"… (+{len(block) - max_lines} more lines — open the raw log)"
+ ]
return "\n".join(block).strip()
def summary_reasons(lines, test):
"""The concise `FAILED …/ERROR … - <reason>` lines from pytest's summary."""
leaf = re.split(r"[.:]", test)[-1].split("[")[0] if test else None
- return [ln for ln in lines
- if re.match(r"^(FAILED|ERROR) ", ln) and (not leaf or leaf in ln)]
+ return [
+ ln
+ for ln in lines
+ if re.match(r"^(FAILED|ERROR) ", ln) and (not leaf or leaf in ln)
+ ]
def render_joblog(job_id, url):
log = get_job_log(job_id)
- ghlink = f'<a href="{e(url)}" target="_blank" rel="noopener">job on GitHub ↗</a>' if url else ""
+ ghlink = (
+ f'<a href="{e(url)}" target="_blank" rel="noopener">job on GitHub ↗</a>'
+ if url
+ else ""
+ )
rawlink = f'<a href="/ui/joblog?job={e(job_id)}&raw=1" target="_blank" rel="noopener">raw log ↗</a>'
head = f'<div class="logsec-head"><span class="lbl">relevant logs</span>{rawlink} · {ghlink}</div>'
if not log:
- return head + ('<div class="muted">Log not available yet — the job may still be '
- f'running, or GitHub expired it. {ghlink}</div>')
+ return head + (
+ '<div class="muted">Log not available yet — the job may still be '
+ f"running, or GitHub expired it. {ghlink}</div>"
+ )
lines = _clean_lines(log)
fails = get_failures(job_id).get("failures", [])
blocks = []
for f in fails:
excerpt = extract_test_log(lines, f["test"])
reasons = summary_reasons(lines, f["test"])
title = e(f["test"] or "failure")
- reason_html = (f'<div class="logreason">{e(reasons[0][:300])}</div>' if reasons else "")
+ reason_html = (
+ f'<div class="logreason">{e(reasons[0][:300])}</div>' if reasons else ""
+ )
if excerpt:
- blocks.append(f'<details class="logblock" open><summary>{title}</summary>'
- f'{reason_html}<pre>{e(excerpt)}</pre></details>')
+ blocks.append(
+ f'<details class="logblock" open><summary>{title}</summary>'
+ f"{reason_html}<pre>{e(excerpt)}</pre></details>"
+ )
else:
- blocks.append(f'<details class="logblock"><summary>{title}</summary>'
- f'{reason_html}<div class="muted">No matching block in the log — '
- f'see the raw log.</div></details>')
+ blocks.append(
+ f'<details class="logblock"><summary>{title}</summary>'
+ f'{reason_html}<div class="muted">No matching block in the log — '
+ f"see the raw log.</div></details>"
+ )
if not fails: # build/env/setup failure: no test annotations → show the tail
tail = "\n".join(lines[-180:]).strip()
- blocks.append('<details class="logblock" open><summary>end of job log</summary>'
- f'<pre>{e(tail)}</pre></details>')
+ blocks.append(
+ '<details class="logblock" open><summary>end of job log</summary>'
+ f"<pre>{e(tail)}</pre></details>"
+ )
return head + "".join(blocks)
# ── status helpers ───────────────────────────────────────────────────────────
def classify(status, conclusion):
@@ -460,11 +565,13 @@
and a cancelled job didn't produce a verdict. Only `failure`/`timed_out`
(actually executed and failed) are `fail`."""
if status and status != "completed":
if status in ("in_progress", "running"):
return "run", "running"
- return "queue", status.replace("_", " ") # queued / waiting / pending / requested
+ return "queue", status.replace(
+ "_", " "
+ ) # queued / waiting / pending / requested
c = conclusion or ""
return {
"success": ("pass", "passed"),
"failure": ("fail", "failed"),
"timed_out": ("fail", "timed out"),
@@ -492,33 +599,80 @@
# so order is most-specific → most-generic. `kind` drives the tag colour:
# infra = "probably not your bug" · env/gap = setup/feature hole · bug = real.
# NOTE: an OOM often surfaces AS an AssertionError ("assert cuda_engine"); the OOM
# signatures below are listed first on purpose so they win over the generic assert.
_FAIL_CATS = [
- ("oom", "GPU / resource", "infra", re.compile(
- r"OutOfMemory|out of memory|createCaskHardwareInfo|\bCask\b|"
- r"build_serialized_network returned None|assert cuda_engine|cuda_engine\b|"
- r"catchCudaError|cudaError|cuInit|defaultAllocator|no CUDA GPUs|"
- r"CUDA error|cudaMalloc|device-side assert", re.I)),
- ("timeout", "timeout", "infra", re.compile(
- r"timed out|timeout|deadline exceeded|took too long", re.I)),
- ("import", "import / collection", "env", re.compile(
- r"ModuleNotFoundError|ImportError|No module named|cannot import name|"
- r"error collecting|errors during collection|failed to import", re.I)),
- ("unsupported", "unsupported op", "env", re.compile(
- r"no converter|not support|unsupported|Could not find any implementation|"
- r"UnsupportedOperator|no implementation for", re.I)),
- ("numerical", "numerical / accuracy", "bug", re.compile(
- r"not close|Mismatched elements|cosine|tolerance|allclose|"
- r"Max absolute difference|relative difference|accuracy|atol|rtol", re.I)),
- ("assertion", "assertion", "bug", re.compile(
- r"\bAssertionError\b|^\s*assert\s", re.I | re.M)),
- ("typeerr", "type / shape", "bug", re.compile(
- r"\b(TypeError|AttributeError|KeyError|IndexError|ValueError)\b|"
- r"shape mismatch|size mismatch|dtype", re.I)),
- ("runtime", "runtime error", "bug", re.compile(
- r"\b(RuntimeError|NotImplementedError)\b", re.I)),
+ (
+ "oom",
+ "GPU / resource",
+ "infra",
+ re.compile(
+ r"OutOfMemory|out of memory|createCaskHardwareInfo|\bCask\b|"
+ r"build_serialized_network returned None|assert cuda_engine|cuda_engine\b|"
+ r"catchCudaError|cudaError|cuInit|defaultAllocator|no CUDA GPUs|"
+ r"CUDA error|cudaMalloc|device-side assert",
+ re.I,
+ ),
+ ),
+ (
+ "timeout",
+ "timeout",
+ "infra",
+ re.compile(r"timed out|timeout|deadline exceeded|took too long", re.I),
+ ),
+ (
+ "import",
+ "import / collection",
+ "env",
+ re.compile(
+ r"ModuleNotFoundError|ImportError|No module named|cannot import name|"
+ r"error collecting|errors during collection|failed to import",
+ re.I,
+ ),
+ ),
+ (
+ "unsupported",
+ "unsupported op",
+ "env",
+ re.compile(
+ r"no converter|not support|unsupported|Could not find any implementation|"
+ r"UnsupportedOperator|no implementation for",
+ re.I,
+ ),
+ ),
+ (
+ "numerical",
+ "numerical / accuracy",
+ "bug",
+ re.compile(
+ r"not close|Mismatched elements|cosine|tolerance|allclose|"
+ r"Max absolute difference|relative difference|accuracy|atol|rtol",
+ re.I,
+ ),
+ ),
+ (
+ "assertion",
+ "assertion",
+ "bug",
+ re.compile(r"\bAssertionError\b|^\s*assert\s", re.I | re.M),
+ ),
+ (
+ "typeerr",
+ "type / shape",
+ "bug",
+ re.compile(
+ r"\b(TypeError|AttributeError|KeyError|IndexError|ValueError)\b|"
+ r"shape mismatch|size mismatch|dtype",
+ re.I,
+ ),
+ ),
+ (
+ "runtime",
+ "runtime error",
+ "bug",
+ re.compile(r"\b(RuntimeError|NotImplementedError)\b", re.I),
+ ),
]
# Roll-up labels for the per-run category tally (kind → human summary word).
_KIND_LABEL = {
@@ -538,12 +692,14 @@
return dict(key=key, label=label, kind=kind)
return dict(key="other", label="error", kind="unknown")
def _cat_tag(cat):
- return (f'<span class="cat {cat["kind"]}" '
- f'title="{e(cat["label"])} — {cat["kind"]}">{e(cat["label"])}</span>')
+ return (
+ f'<span class="cat {cat["kind"]}" '
+ f'title="{e(cat["label"])} — {cat["kind"]}">{e(cat["label"])}</span>'
+ )
def _config_pattern(occ, all_pys, all_cudas):
"""Which configuration a failure correlates with — the strongest diagnostic
signal after the category. Only asserts "X only" when X is a strict subset of
@@ -578,27 +734,34 @@
return f"{int(s // n)}{unit} ago"
return "just now"
def pretty_platform(name):
- n = (name.replace("Python-only build and test ", "py-only ")
- .replace("RTX - Build and test ", "RTX ")
- .replace("RTX - Python-only build and test ", "RTX py-only ")
- .replace("Build and test ", "").replace(" wheels", "")
- .replace(" for Jetpack", " · jetpack"))
+ n = (
+ name.replace("Python-only build and test ", "py-only ")
+ .replace("RTX - Build and test ", "RTX ")
+ .replace("RTX - Python-only build and test ", "RTX py-only ")
+ .replace("Build and test ", "")
+ .replace(" wheels", "")
+ .replace(" for Jetpack", " · jetpack")
+ )
return n.strip()
def e(s):
return html.escape(str(s if s is not None else ""))
def qp(**kw):
"""Build a URL-encoded, HTML-attribute-safe query string from kwargs, so
values with spaces/&/ (platform + tier names, job URLs) survive intact."""
- return e("&".join(f"{k}={quote(str(v if v is not None else ''), safe='')}"
- for k, v in kw.items()))
+ return e(
+ "&".join(
+ f"{k}={quote(str(v if v is not None else ''), safe='')}"
+ for k, v in kw.items()
+ )
+ )
# ── HTML fragment renderers ──────────────────────────────────────────────────
def _summary_html(runs, oob=False):
"""The top counts strip. Shared by the board and the live poller so the two
@@ -609,24 +772,35 @@
cls, _ = classify(r["status"], r["conclusion"])
counts[cls] = counts.get(cls, 0) + 1
didnt_run = counts["skip"] + counts["cancel"]
head = runs[0] if runs else {}
sha = (head.get("headSha") or "")[:9]
- commit = (f'<div class="commit"><code>{e(sha)}</code> · {e(head.get("displayTitle", ""))[:80]}'
- f' · {e(rel_time(head.get("createdAt")))}</div>')
+ commit = (
+ f'<div class="commit"><code>{e(sha)}</code> · {e(head.get("displayTitle", ""))[:80]}'
+ f' · {e(rel_time(head.get("createdAt")))}</div>'
+ )
def stat(cls, n, word):
- return (f'<span class="stat {cls}"><span class="dot {cls}"></span>'
- f'<span class="n">{n}</span> {word}</span>') if n else ""
- oob_attr = ' hx-swap-oob="true"' if oob else ''
- return (f'<div id="summary" class="summary"{oob_attr}>'
- f'{stat("fail", counts["fail"], "failing")}'
- f'{stat("run", counts["run"], "running")}'
- f'{stat("queue", counts["queue"], "queued")}'
- f'{stat("pass", counts["pass"], "passing")}'
- f'{stat("skip", didnt_run, "didn’t run")}'
- f'{commit}</div>')
+ return (
+ (
+ f'<span class="stat {cls}"><span class="dot {cls}"></span>'
+ f'<span class="n">{n}</span> {word}</span>'
+ )
+ if n
+ else ""
+ )
+
+ oob_attr = ' hx-swap-oob="true"' if oob else ""
+ return (
+ f'<div id="summary" class="summary"{oob_attr}>'
+ f'{stat("fail", counts["fail"], "failing")}'
+ f'{stat("run", counts["run"], "running")}'
+ f'{stat("queue", counts["queue"], "queued")}'
+ f'{stat("pass", counts["pass"], "passing")}'
+ f'{stat("skip", didnt_run, "didn’t run")}'
+ f"{commit}</div>"
+ )
def render_board(branch, refresh=False):
try:
runs = get_runs(branch, refresh=refresh)
@@ -635,38 +809,51 @@
if not runs:
return f'<div class="empty-state">No CI runs found for <code>{e(branch)}</code>.</div>'
for r in runs:
r["_cls"], r["_label"] = classify(r["status"], r["conclusion"])
- runs.sort(key=lambda r: (RANK.get(r["_cls"], 9), pretty_platform(r["workflowName"]).lower()))
+ runs.sort(
+ key=lambda r: (
+ RANK.get(r["_cls"], 9),
+ pretty_platform(r["workflowName"]).lower(),
+ )
+ )
summary = _summary_html(runs)
cards = []
for r in runs:
rid, cls, label = r["id"], r["_cls"], r["_label"]
plat = pretty_platform(r["workflowName"])
sub = f'{e(r.get("event",""))} · #{r.get("number","")} · {e(rel_time(r.get("createdAt")))}'
- q = qp(run=rid, sha=r.get("headSha", ""), platform=plat,
- refresh="1" if refresh else "0")
- cards.append(f'''
+ q = qp(
+ run=rid,
+ sha=r.get("headSha", ""),
+ platform=plat,
+ refresh="1" if refresh else "0",
+ )
+ cards.append(f"""
<details class="card {'fail' if cls=='fail' else ''}"
hx-get="/ui/platform?{q}" hx-trigger="toggle once"
hx-target="find .card-body" hx-swap="innerHTML">
<summary class="card-head">
<span class="dot {cls}"></span>
<span class="card-title">{e(plat)}<div class="sub">{sub}</div></span>
<span id="badge-{rid}" class="card-badge {cls}">{e(label)}</span>
<span class="caret">▸</span>
</summary>
<div class="card-body"><div class="muted" style="padding:10px 0"><span class="spinner"></span> loading jobs…</div></div>
- </details>''')
-
- poller = (f'<div hx-get="/ui/status?branch={e(branch)}" hx-trigger="load delay:20s, every 25s" '
- f'hx-swap="none"></div>')
- agg = (f'<h2 class="sec">Failures across platforms</h2>'
- f'<div id="agg" hx-get="/ui/aggregate?branch={e(branch)}" hx-trigger="load" hx-swap="innerHTML">'
- f'<div class="agg-loading"><span class="spinner"></span> scanning failing tests…</div></div>')
+ </details>""")
+
+ poller = (
+ f'<div hx-get="/ui/status?branch={e(branch)}" hx-trigger="load delay:20s, every 25s" '
+ f'hx-swap="none"></div>'
+ )
+ agg = (
+ f'<h2 class="sec">Failures across platforms</h2>'
+ f'<div id="agg" hx-get="/ui/aggregate?branch={e(branch)}" hx-trigger="load" hx-swap="innerHTML">'
+ f'<div class="agg-loading"><span class="spinner"></span> scanning failing tests…</div></div>'
+ )
board = f'<h2 class="sec">Platforms</h2><div id="board" class="board">{"".join(cards)}</div>'
return summary + agg + board + poller
def render_status(branch):
@@ -677,12 +864,14 @@
except Exception:
return ""
spans = []
for r in runs:
cls, label = classify(r["status"], r["conclusion"])
- spans.append(f'<span id="badge-{r["id"]}" hx-swap-oob="true" '
- f'class="card-badge {cls}">{e(label)}</span>')
+ spans.append(
+ f'<span id="badge-{r["id"]}" hx-swap-oob="true" '
+ f'class="card-badge {cls}">{e(label)}</span>'
+ )
return _summary_html(runs, oob=True) + "".join(spans)
KIND_ORDER = {"test": 0, "build": 1, "setup": 2, "rollup": 3, "other": 4}
@@ -699,38 +888,69 @@
groups = {}
for j in jobs:
groups.setdefault((KIND_ORDER.get(j["kind"], 9), j["group"]), []).append(j)
out = []
- for (_, gname), gjobs in sorted(groups.items(), key=lambda kv: (kv[0][0], kv[0][1])):
+ for (_, gname), gjobs in sorted(
+ groups.items(), key=lambda kv: (kv[0][0], kv[0][1])
+ ):
info = info_for(gname)
- tierpath = f'<span class="tierpath">{e(", ".join(info["paths"]))}</span>' if info else ""
+ tierpath = (
+ f'<span class="tierpath">{e(", ".join(info["paths"]))}</span>'
+ if info
+ else ""
+ )
cells, rows = [], []
for j in sorted(gjobs, key=lambda j: (j["python"] or "", j["cuda"] or "")):
cls, label = classify(j["status"], j["conclusion"])
failable = cls == "fail" and j["kind"] in ("test", "build")
if j["python"] and j["cuda"]:
- inner = (f'<span class="k"><span class="dot {cls}"></span>{e(j["python"])}·{e(j["cuda"])}</span>'
- f'<span class="v">{e(label)}</span>')
+ inner = (
+ f'<span class="k"><span class="dot {cls}"></span>{e(j["python"])}·{e(j["cuda"])}</span>'
+ f'<span class="v">{e(label)}</span>'
+ )
if failable:
- q = qp(job=j["id"], sha=sha, platform=platform, tier=gname,
- py=j["python"], cuda=j["cuda"], url=j["url"])
- cells.append(f'<div class="cell fail" tabindex="0" onclick="openDrawer()" '
- f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">{inner}</div>')
+ q = qp(
+ job=j["id"],
+ sha=sha,
+ platform=platform,
+ tier=gname,
+ py=j["python"],
+ cuda=j["cuda"],
+ url=j["url"],
+ )
+ cells.append(
+ f'<div class="cell fail" tabindex="0" onclick="openDrawer()" '
+ f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">{inner}</div>'
+ )
else:
cells.append(f'<div class="cell {cls}">{inner}</div>')
else:
name = j["raw"].split(" / ")[-1] or j["group"]
- link = f' <a href="{e(j["url"])}" target="_blank" rel="noopener">log ↗</a>' if j["url"] else ""
+ link = (
+ f' <a href="{e(j["url"])}" target="_blank" rel="noopener">log ↗</a>'
+ if j["url"]
+ else ""
+ )
extra = ""
if failable:
- q = qp(job=j["id"], sha=sha, platform=platform, tier=gname, url=j["url"])
- extra = (f' · <a href="#" onclick="openDrawer();return false" '
- f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">details</a>')
- rows.append(f'<div class="jobrow {cls}"><span class="dot {cls}"></span>'
- f'<span class="name">{e(name)}</span>'
- f'<span class="jobstate {cls}">{e(label)}</span>{link}{extra}</div>')
+ q = qp(
+ job=j["id"],
+ sha=sha,
+ platform=platform,
+ tier=gname,
+ url=j["url"],
+ )
+ extra = (
+ f' · <a href="#" onclick="openDrawer();return false" '
+ f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">details</a>'
+ )
+ rows.append(
+ f'<div class="jobrow {cls}"><span class="dot {cls}"></span>'
+ f'<span class="name">{e(name)}</span>'
+ f'<span class="jobstate {cls}">{e(label)}</span>{link}{extra}</div>'
+ )
body = ""
if cells:
body += f'<div class="matrix">{"".join(cells)}</div>'
if rows:
body += f'<div class="rows">{"".join(rows)}</div>'
@@ -738,49 +958,74 @@
return "".join(out)
def render_failures(job_id, sha, platform, tier, py, cuda, url):
data = get_failures(job_id)
- joblink = (f' · <a href="{e(url)}" target="_blank" rel="noopener">job log ↗</a>') if url else ""
- oob = (f'<span id="drawer-title" hx-swap-oob="true">{e(platform)} — {e(tier)}</span>'
- f'<span id="drawer-sub" hx-swap-oob="true">{e(py)} {e(cuda)}{joblink}</span>')
+ joblink = (
+ (f' · <a href="{e(url)}" target="_blank" rel="noopener">job log ↗</a>')
+ if url
+ else ""
+ )
+ oob = (
+ f'<span id="drawer-title" hx-swap-oob="true">{e(platform)} — {e(tier)}</span>'
+ f'<span id="drawer-sub" hx-swap-oob="true">{e(py)} {e(cuda)}{joblink}</span>'
+ )
if data.get("error"):
- return oob + f'<div class="muted">Could not load annotations: {e(data["error"])}</div>'
+ return (
+ oob
+ + f'<div class="muted">Could not load annotations: {e(data["error"])}</div>'
+ )
fails = data["failures"]
info = info_for(tier)
body = []
if not fails:
- loglink = f'<a href="{e(url)}" target="_blank" rel="noopener">Open the job log ↗</a>' if url else ""
- body.append('<div class="muted">No pytest failure annotations — this is likely a '
- f'build / environment / setup failure rather than a test assertion.<br><br>{loglink}</div>')
+ loglink = (
+ f'<a href="{e(url)}" target="_blank" rel="noopener">Open the job log ↗</a>'
+ if url
+ else ""
+ )
+ body.append(
+ '<div class="muted">No pytest failure annotations — this is likely a '
+ f"build / environment / setup failure rather than a test assertion.<br><br>{loglink}</div>"
+ )
for f in fails:
loc = ""
if f["file"]:
- gh_url = f'https://github.com/{repo_slug()}/blob/{sha}/{f["file"]}#L{f["line"]}'
- loc = (f'<div class="floc">↳ <a href="{e(gh_url)}" target="_blank" rel="noopener">'
- f'<code>{e(f["file"])}:{f["line"]}</code> ↗</a></div>')
+ gh_url = (
+ f'https://github.com/{repo_slug()}/blob/{sha}/{f["file"]}#L{f["line"]}'
+ )
+ loc = (
+ f'<div class="floc">↳ <a href="{e(gh_url)}" target="_blank" rel="noopener">'
+ f'<code>{e(f["file"])}:{f["line"]}</code> ↗</a></div>'
+ )
cat = categorize_failure(f["message"])
- body.append(f'<div class="fail-item"><div class="ftest">{e(f["test"] or "failure")}'
- f' {_cat_tag(cat)}</div>'
- f'{loc}<pre>{e(f["message"])}</pre></div>')
+ body.append(
+ f'<div class="fail-item"><div class="ftest">{e(f["test"] or "failure")}'
+ f" {_cat_tag(cat)}</div>"
+ f'{loc}<pre>{e(f["message"])}</pre></div>'
+ )
if info:
leaves = []
for f in fails:
if f["test"]:
leaf = re.split(r"[.:]", f["test"])[-1]
leaf = re.sub(r"\[.*$", "", leaf)
if leaf and leaf not in leaves:
leaves.append(leaf)
kexpr = " or ".join(leaves[:6])
cmd = info["repro"](kexpr)
- body.append(f'<div class="repro"><button class="copy" onclick="copyPre(this)">copy</button>'
- f'<div class="lbl">reproduce locally</div><code>{e(cmd)}</code></div>')
+ body.append(
+ f'<div class="repro"><button class="copy" onclick="copyPre(this)">copy</button>'
+ f'<div class="lbl">reproduce locally</div><code>{e(cmd)}</code></div>'
+ )
# Lazy: fetch the job log + extract the relevant block(s) once the drawer is in.
- body.append(f'<div class="logsec" hx-get="/ui/joblog?{qp(job=job_id, url=url)}" '
- f'hx-trigger="load" hx-swap="innerHTML">'
- f'<div class="muted" style="padding:8px 0"><span class="spinner"></span> '
- f'fetching relevant logs…</div></div>')
+ body.append(
+ f'<div class="logsec" hx-get="/ui/joblog?{qp(job=job_id, url=url)}" '
+ f'hx-trigger="load" hx-swap="innerHTML">'
+ f'<div class="muted" style="padding:8px 0"><span class="spinner"></span> '
+ f"fetching relevant logs…</div></div>"
+ )
return oob + "".join(body)
def render_aggregate(branch, refresh=False):
"""Cross-platform failure rollup: dedupe a failing test across every platform
@@ -796,38 +1041,57 @@
except Exception:
return []
with ThreadPoolExecutor(max_workers=8) as ex:
alljobs = [x for sub in ex.map(jobs_of, runs) for x in sub]
- failed = [(r, j) for r, j in alljobs
- if classify(j["status"], j["conclusion"])[0] == "fail" and j["kind"] == "test"]
+ failed = [
+ (r, j)
+ for r, j in alljobs
+ if classify(j["status"], j["conclusion"])[0] == "fail" and j["kind"] == "test"
+ ]
if not failed:
healthy = all(classify(r["status"], r["conclusion"])[0] != "fail" for r in runs)
- msg = ("No failing test jobs 🎉" if healthy
- else "No test-level failures found (failures are build/setup — see the platform grids).")
+ msg = (
+ "No failing test jobs 🎉"
+ if healthy
+ else "No test-level failures found (failures are build/setup — see the platform grids)."
+ )
return f'<div class="agg-ok">{msg}</div>'
def fails_of(rj):
r, j = rj
return (r, j, get_failures(j["id"], refresh=refresh).get("failures", []))
+
with ThreadPoolExecutor(max_workers=8) as ex:
results = list(ex.map(fails_of, failed))
agg = {}
for r, j, fails in results:
plat = pretty_platform(r["workflowName"])
if not fails: # failed job but no parseable test → bucket under the tier
key = f"[{j['group']}]"
a = agg.setdefault(key, dict(test=key, file=None, line=None, occ=[]))
- a["occ"].append(dict(plat=plat, py=j["python"], cuda=j["cuda"], url=j["url"], msg=""))
+ a["occ"].append(
+ dict(plat=plat, py=j["python"], cuda=j["cuda"], url=j["url"], msg="")
+ )
continue
for f in fails:
key = f["test"] or f["message"].splitlines()[0]
- a = agg.setdefault(key, dict(test=f["test"] or key, file=f["file"], line=f["line"], occ=[]))
+ a = agg.setdefault(
+ key, dict(test=f["test"] or key, file=f["file"], line=f["line"], occ=[])
+ )
a["file"] = a["file"] or f["file"]
a["line"] = a["line"] or f["line"]
- a["occ"].append(dict(plat=plat, py=j["python"], cuda=j["cuda"], url=j["url"], msg=f["message"]))
+ a["occ"].append(
+ dict(
+ plat=plat,
+ py=j["python"],
+ cuda=j["cuda"],
+ url=j["url"],
+ msg=f["message"],
+ )
+ )
# Config universe (what actually ran) so "X only" hints are real subsets.
test_jobs = [j for _, j in alljobs if j["kind"] == "test"]
all_pys = {j["python"] for j in test_jobs if j["python"]}
all_cudas = {j["cuda"] for j in test_jobs if j["cuda"]}
@@ -839,12 +1103,17 @@
# Real regressions (bug) first, then env/gap, infra last; ties → most cells.
_KIND_RANK = {"bug": 0, "env": 1, "unknown": 2, "infra": 3}
rows = sorted(
agg.values(),
- key=lambda a: (_KIND_RANK.get(a["cat"]["kind"], 2),
- -len({o["plat"] for o in a["occ"]}), -len(a["occ"]), a["test"]))
+ key=lambda a: (
+ _KIND_RANK.get(a["cat"]["kind"], 2),
+ -len({o["plat"] for o in a["occ"]}),
+ -len(a["occ"]),
+ a["test"],
+ ),
+ )
out = []
for a in rows:
plats = sorted({o["plat"] for o in a["occ"]})
ncells = len(a["occ"])
loc = ""
@@ -852,31 +1121,35 @@
gh_url = f'https://github.com/{repo_slug()}/blob/{runs[0].get("headSha","")}/{a["file"]}#L{a["line"]}'
loc = f'<div class="agg-file">↳ <a href="{e(gh_url)}" target="_blank" rel="noopener"><code>{e(a["file"])}:{a["line"]}</code> ↗</a></div>'
chips = "".join(f'<span class="chip">{e(p)}</span>' for p in plats)
pat = _config_pattern(a["occ"], all_pys, all_cudas)
patchips = "".join(f'<span class="cfgpat">{e(p)}</span>' for p in pat)
- out.append(f'''<details class="agg-row-d">
+ out.append(f"""<details class="agg-row-d">
<summary class="agg-row">
<div><div class="agg-test">{e(a["test"])} {_cat_tag(a["cat"])}{patchips}</div>{loc}</div>
<span class="agg-count"><span class="dot fail"></span>{len(plats)} platform{"s" if len(plats)!=1 else ""} · {ncells} cell{"s" if ncells!=1 else ""}</span>
</summary>
<div class="agg-detail"><div class="chips">{chips}</div>{f"<pre>{e(a['sample'])}</pre>" if a["sample"] else ""}</div>
- </details>''')
+ </details>""")
# Category tally — an instant read on the run's character (infra flakes vs regressions).
tally = {}
for a in rows:
tally.setdefault(a["cat"]["kind"], dict(n=0, label=a["cat"]["label"]))["n"] += 1
order = ["bug", "env", "unknown", "infra"]
tstr = " · ".join(
f'<span class="cat {k}">{tally[k]["n"]} {e(_KIND_LABEL[k])}</span>'
- for k in order if k in tally)
- header = (f'<div class="agg-head-row"><span>{len(rows)} distinct failing test'
- f'{"s" if len(rows)!=1 else ""} across '
- f'{len({o["plat"] for a in rows for o in a["occ"]})} platforms</span>'
- f'<span class="agg-tally">{tstr}</span>'
- f'<button class="btn small" hx-get="/ui/aggregate?branch={e(branch)}&refresh=1" '
- f'hx-target="#agg" hx-swap="innerHTML">↻ rescan</button></div>')
+ for k in order
+ if k in tally
+ )
+ header = (
+ f'<div class="agg-head-row"><span>{len(rows)} distinct failing test'
+ f'{"s" if len(rows)!=1 else ""} across '
+ f'{len({o["plat"] for a in rows for o in a["occ"]})} platforms</span>'
+ f'<span class="agg-tally">{tstr}</span>'
+ f'<button class="btn small" hx-get="/ui/aggregate?branch={e(branch)}&refresh=1" '
+ f'hx-target="#agg" hx-swap="innerHTML">↻ rescan</button></div>'
+ )
return header + f'<div class="agg">{"".join(out)}</div>'
# ── HTTP server ──────────────────────────────────────────────────────────────
class Handler(BaseHTTPRequestHandler):
@@ -900,49 +1173,74 @@
try:
p = u.path
if p in ("/", "/index.html"):
return self._index()
if p.startswith("/static/"):
- return self._static(p[len("/static/"):])
+ return self._static(p[len("/static/") :])
if p == "/ui/board":
- return self._send(200, render_board(q.get("branch") or default_branch(), refresh))
+ return self._send(
+ 200, render_board(q.get("branch") or default_branch(), refresh)
+ )
if p == "/ui/status":
- return self._send(200, render_status(q.get("branch") or default_branch()))
+ return self._send(
+ 200, render_status(q.get("branch") or default_branch())
+ )
if p == "/ui/platform":
- return self._send(200, render_platform(q["run"], q.get("sha", ""),
- q.get("platform", ""), refresh))
+ return self._send(
+ 200,
+ render_platform(
+ q["run"], q.get("sha", ""), q.get("platform", ""), refresh
+ ),
+ )
if p == "/ui/failures":
- return self._send(200, render_failures(
- q["job"], q.get("sha", ""), q.get("platform", ""), q.get("tier", ""),
- q.get("py", ""), q.get("cuda", ""), q.get("url", "")))
+ return self._send(
+ 200,
+ render_failures(
+ q["job"],
+ q.get("sha", ""),
+ q.get("platform", ""),
+ q.get("tier", ""),
+ q.get("py", ""),
+ q.get("cuda", ""),
+ q.get("url", ""),
+ ),
+ )
if p == "/ui/aggregate":
- return self._send(200, render_aggregate(q.get("branch") or default_branch(), refresh))
+ return self._send(
+ 200, render_aggregate(q.get("branch") or default_branch(), refresh)
+ )
if p == "/ui/joblog":
if q.get("raw") == "1":
log = get_job_log(q["job"], refresh)
- return self._send(200 if log else 404,
- log or "log not available", "text/plain; charset=utf-8")
+ return self._send(
+ 200 if log else 404,
+ log or "log not available",
+ "text/plain; charset=utf-8",
+ )
return self._send(200, render_joblog(q["job"], q.get("url", "")))
return self._send(404, "not found", "text/plain")
except KeyError as ex:
self._send(400, f"missing param {ex}", "text/plain")
except Exception as ex:
self._send(500, f'<div class="muted">error: {e(ex)}</div>')
def _index(self):
with open(os.path.join(STATIC, "index.html"), encoding="utf-8") as f:
html_s = f.read()
- html_s = html_s.replace("{{BRANCH}}", e(default_branch())).replace("{{REPO}}", e(repo_slug()))
+ html_s = html_s.replace("{{BRANCH}}", e(default_branch())).replace(
+ "{{REPO}}", e(repo_slug())
+ )
self._send(200, html_s)
def _static(self, rel):
rel = rel.split("?")[0].lstrip("/")
path = os.path.normpath(os.path.join(STATIC, rel))
if not path.startswith(STATIC) or not os.path.isfile(path):
return self._send(404, "not found", "text/plain")
- ctype = {"html": "text/html", "js": "text/javascript",
- "css": "text/css"}.get(rel.rsplit(".", 1)[-1], "application/octet-stream")
+ ctype = {"html": "text/html", "js": "text/javascript", "css": "text/css"}.get(
+ rel.rsplit(".", 1)[-1], "application/octet-stream"
+ )
with open(path, "rb") as f:
self._send(200, f.read(), ctype + "; charset=utf-8")
def preflight():
@@ -954,12 +1252,17 @@
def tailscale_ip():
"""Best-effort Tailscale IPv4 (100.64.0.0/10). Uses the CLI if present,
otherwise sniffs local interfaces. Returns None if not on a tailnet."""
try:
- out = subprocess.run(["tailscale", "ip", "-4"], capture_output=True,
- text=True, timeout=3).stdout.strip().splitlines()
+ out = (
+ subprocess.run(
+ ["tailscale", "ip", "-4"], capture_output=True, text=True, timeout=3
+ )
+ .stdout.strip()
+ .splitlines()
+ )
if out and out[0]:
return out[0].strip()
except Exception:
pass
try:
@@ -987,13 +1290,16 @@
def main():
global _DEFAULT_BRANCH
ap = argparse.ArgumentParser(description="Local Torch-TensorRT CI dashboard")
ap.add_argument("-b", "--branch", default=None, help="default branch to show")
ap.add_argument("-p", "--port", type=int, default=8712)
- ap.add_argument("--host", default="0.0.0.0",
- help="bind address (default 0.0.0.0 — reachable over LAN/Tailscale; "
- "use 127.0.0.1 to keep it local-only)")
+ ap.add_argument(
+ "--host",
+ default="0.0.0.0",
+ help="bind address (default 0.0.0.0 — reachable over LAN/Tailscale; "
+ "use 127.0.0.1 to keep it local-only)",
+ )
ap.add_argument("--no-open", action="store_true")
args = ap.parse_args()
preflight()
if args.branch:
_DEFAULT_BRANCH = args.branch
@@ -1006,15 +1312,18 @@
if ts:
print(f" tailscale http://{ts}:{args.port}/")
lan = lan_ip()
if lan and lan != ts:
print(f" lan http://{lan}:{args.port}/")
- print(" (bound to all interfaces — anyone who can reach this host can view CI status)")
+ print(
+ " (bound to all interfaces — anyone who can reach this host can view CI status)"
+ )
print("Ctrl-C to stop.", flush=True)
if not args.no_open:
try:
import webbrowser
+
webbrowser.open(local) # always open the loopback URL locally
except Exception:
pass
try:
srv.serve_forever()
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There are some changes that do not conform to Python style guidelines:
--- /home/runner/work/TensorRT/TensorRT/py/torch_tensorrt/dynamo/lowering/passes/eliminate_sym_min_int64_max.py 2026-07-20 19:15:34.348297+00:00
+++ /home/runner/work/TensorRT/TensorRT/py/torch_tensorrt/dynamo/lowering/passes/eliminate_sym_min_int64_max.py 2026-07-20 19:16:00.519880+00:00
@@ -2,11 +2,10 @@
import torch
from torch.fx import GraphModule, Node
from .pass_utils import clean_up_graph_after_modifications
-
_INT64_MAX = 2**63 - 1
_SYM_MIN = getattr(torch, "sym_min", None)
--- /home/runner/work/TensorRT/TensorRT/tests/ci/__main__.py 2026-07-20 19:15:34.364355+00:00
+++ /home/runner/work/TensorRT/TensorRT/tests/ci/__main__.py 2026-07-20 19:16:02.091556+00:00
@@ -76,11 +76,14 @@
def _cmd_run_lane(args: argparse.Namespace) -> int:
"""Run every suite in a lane/tier, continuing past failures (so one consolidated
report sees them all). Returns non-zero if any suite failed."""
jobs = select(
- lane=args.lane, tier=args.tier, variant=args.variant, platform=args.platform,
+ lane=args.lane,
+ tier=args.tier,
+ variant=args.variant,
+ platform=args.platform,
changed=_read_changed(args),
)
if not jobs:
print("::warning::no suites match the given filters", file=sys.stderr)
return 0
@@ -90,11 +93,14 @@
return rc
def _cmd_matrix(args: argparse.Namespace) -> int:
include = matrix(
- lane=args.lane, tier=args.tier, variant=args.variant, platform=args.platform,
+ lane=args.lane,
+ tier=args.tier,
+ variant=args.variant,
+ platform=args.platform,
changed=_read_changed(args),
)
if not include:
print("::warning::matrix is empty for the given filters", file=sys.stderr)
print(json.dumps({"include": include}))
@@ -177,26 +183,28 @@
g.add_argument("--tier", choices=("l0", "l1", "l2"))
sp.add_argument("--variant", choices=("standard", "rtx"))
sp.add_argument("--platform", choices=("linux-x86_64", "windows"))
sp.add_argument("--dry-run", action="store_true")
sp.add_argument(
- "--changed-from", metavar="FILE",
+ "--changed-from",
+ metavar="FILE",
help="narrow to suites affected by these changed files (a file, or '-' "
- "for stdin; one repo-relative path per line). Broad changes → no narrowing.",
+ "for stdin; one repo-relative path per line). Broad changes → no narrowing.",
)
sp.set_defaults(fn=_cmd_run_lane)
sp = sub.add_parser("matrix", help="emit a GitHub Actions matrix as JSON")
g = sp.add_mutually_exclusive_group()
g.add_argument("--lane", choices=("fast", "full", "nightly", "python-only"))
g.add_argument("--tier", choices=("l0", "l1", "l2"))
sp.add_argument("--variant", choices=("standard", "rtx"))
sp.add_argument("--platform", choices=("linux-x86_64", "windows"))
sp.add_argument(
- "--changed-from", metavar="FILE",
+ "--changed-from",
+ metavar="FILE",
help="narrow to suites affected by these changed files (a file, or '-' "
- "for stdin; one repo-relative path per line). Broad changes → no narrowing.",
+ "for stdin; one repo-relative path per line). Broad changes → no narrowing.",
)
sp.set_defaults(fn=_cmd_matrix)
sub.add_parser("doctor", help="validate the manifest").set_defaults(fn=_cmd_doctor)
--- /home/runner/work/TensorRT/TensorRT/tests/ci/runner.py 2026-07-20 19:15:34.364355+00:00
+++ /home/runner/work/TensorRT/TensorRT/tests/ci/runner.py 2026-07-20 19:16:02.178838+00:00
@@ -213,12 +213,22 @@
# Path prefixes whose changes cannot affect any GPU test outcome. A PR touching
# ONLY these can skip the whole test matrix.
_NO_TEST_IMPACT = (
- "docs/", "docsrc/", "tools/", "notebooks/", "examples/", ".devcontainer/",
- "README", "CHANGELOG", "LICENSE", ".gitignore", ".pre-commit", ".flake8",
+ "docs/",
+ "docsrc/",
+ "tools/",
+ "notebooks/",
+ "examples/",
+ ".devcontainer/",
+ "README",
+ "CHANGELOG",
+ "LICENSE",
+ ".gitignore",
+ ".pre-commit",
+ ".flake8",
)
def _owned_dirs(s: Suite) -> set[str]:
"""Repo-relative directories a suite owns — the directory of each path target
--- /home/runner/work/TensorRT/TensorRT/tools/ci-dashboard/ci_dashboard.py 2026-07-20 19:15:34.390222+00:00
+++ /home/runner/work/TensorRT/TensorRT/tools/ci-dashboard/ci_dashboard.py 2026-07-20 19:16:08.483870+00:00
@@ -18,10 +18,11 @@
We parse that into {group, python, cuda, kind}; the group is a `<suite>-<variant>`
from the tests/ci manifest (tests/ci/suites.py — the SAME data CI runs), so a red
cell maps to the suite's pytest paths and its exact `python -m tests.ci run`
reproduce command. Pre-migration runs (tier-named) fall back to the legacy map.
"""
+
from __future__ import annotations
import argparse
import html
import json
@@ -60,42 +61,76 @@
# Kept only so historical, pre-migration runs (named "L2 dynamo core tests", not
# "<suite>-<variant>") still resolve. New runs go through the manifest above.
# Keys are normalized job group names (see _norm()); `fn` is the old shell tier.
TIER_MAP = {
"l0 dynamo converter tests": dict(
- fn="trt_tier_l0_converter", paths=["tests/py/dynamo/conversion/"]),
+ fn="trt_tier_l0_converter", paths=["tests/py/dynamo/conversion/"]
+ ),
"l0 dynamo core tests": dict(
fn="trt_tier_l0_core",
- paths=["tests/py/dynamo/runtime/test_000_*", "tests/py/dynamo/partitioning/test_000_*",
- "tests/py/dynamo/lowering/", "tests/py/dynamo/hlo/"]),
+ paths=[
+ "tests/py/dynamo/runtime/test_000_*",
+ "tests/py/dynamo/partitioning/test_000_*",
+ "tests/py/dynamo/lowering/",
+ "tests/py/dynamo/hlo/",
+ ],
+ ),
"l0 core python tests": dict(fn="trt_tier_l0_py_core", paths=["tests/py/core/"]),
"l0 torchscript tests": dict(
- fn="trt_tier_l0_torchscript", paths=["tests/py/ts/api/", "tests/modules/hub.py"]),
+ fn="trt_tier_l0_torchscript", paths=["tests/py/ts/api/", "tests/modules/hub.py"]
+ ),
"l1 dynamo core tests": dict(
fn="trt_tier_l1_dynamo_core",
- paths=["tests/py/dynamo/runtime/test_001_*", "tests/py/dynamo/partitioning/test_001_*",
- "tests/py/dynamo/hlo/"]),
+ paths=[
+ "tests/py/dynamo/runtime/test_001_*",
+ "tests/py/dynamo/partitioning/test_001_*",
+ "tests/py/dynamo/hlo/",
+ ],
+ ),
"l1 dynamo compile tests": dict(
- fn="trt_tier_l1_dynamo_compile", paths=["tests/py/dynamo/models/"]),
+ fn="trt_tier_l1_dynamo_compile", paths=["tests/py/dynamo/models/"]
+ ),
"l1 torch compile tests": dict(
fn="trt_tier_l1_torch_compile",
- paths=["tests/py/dynamo/backend/", "tests/py/dynamo/models/test_models.py",
- "tests/py/dynamo/models/test_dyn_models.py"]),
- "l1 torch script tests": dict(fn="trt_tier_l1_torchscript", paths=["tests/py/ts/models/"]),
+ paths=[
+ "tests/py/dynamo/backend/",
+ "tests/py/dynamo/models/test_models.py",
+ "tests/py/dynamo/models/test_dyn_models.py",
+ ],
+ ),
+ "l1 torch script tests": dict(
+ fn="trt_tier_l1_torchscript", paths=["tests/py/ts/models/"]
+ ),
"l2 torch compile tests": dict(
fn="trt_tier_l2_torch_compile",
- paths=["tests/py/dynamo/models/test_models.py", "tests/py/dynamo/models/test_dyn_models.py"]),
+ paths=[
+ "tests/py/dynamo/models/test_models.py",
+ "tests/py/dynamo/models/test_dyn_models.py",
+ ],
+ ),
"l2 dynamo compile tests": dict(
- fn="trt_tier_l2_dynamo_compile", paths=["tests/py/dynamo/models/", "tests/py/dynamo/llm/"]),
+ fn="trt_tier_l2_dynamo_compile",
+ paths=["tests/py/dynamo/models/", "tests/py/dynamo/llm/"],
+ ),
"l2 dynamo core tests": dict(
- fn="trt_tier_l2_dynamo_core", paths=["tests/py/dynamo/runtime/", "tests/py/dynamo/executorch/"]),
+ fn="trt_tier_l2_dynamo_core",
+ paths=["tests/py/dynamo/runtime/", "tests/py/dynamo/executorch/"],
+ ),
"l2 dynamo plugin tests": dict(
fn="trt_tier_l2_plugin",
- paths=["tests/py/dynamo/conversion/", "tests/py/dynamo/automatic_plugin/", "tests/py/kernels/"]),
- "l2 torch script tests": dict(fn="trt_tier_l2_torchscript", paths=["tests/py/ts/integrations/"]),
+ paths=[
+ "tests/py/dynamo/conversion/",
+ "tests/py/dynamo/automatic_plugin/",
+ "tests/py/kernels/",
+ ],
+ ),
+ "l2 torch script tests": dict(
+ fn="trt_tier_l2_torchscript", paths=["tests/py/ts/integrations/"]
+ ),
"l2 dynamo distributed tests": dict(
- fn="trt_tier_l2_distributed", paths=["tests/py/dynamo/distributed/"]),
+ fn="trt_tier_l2_distributed", paths=["tests/py/dynamo/distributed/"]
+ ),
}
def _norm(s: str) -> str:
"""Lowercase and collapse separators so 'L2-dynamo-core-tests' and
@@ -198,22 +233,25 @@
CACHE = Cache()
def gh(args, parse=True, timeout=90):
- proc = subprocess.run(["gh", *args], capture_output=True, text=True,
- timeout=timeout, cwd=REPO_ROOT)
+ proc = subprocess.run(
+ ["gh", *args], capture_output=True, text=True, timeout=timeout, cwd=REPO_ROOT
+ )
if proc.returncode != 0:
raise RuntimeError((proc.stderr or proc.stdout or "gh failed").strip())
return json.loads(proc.stdout) if parse else proc.stdout
@lru_cache(maxsize=1)
def repo_slug():
try:
- return gh(["repo", "view", "--json", "nameWithOwner", "-q", ".nameWithOwner"],
- parse=False).strip()
+ return gh(
+ ["repo", "view", "--json", "nameWithOwner", "-q", ".nameWithOwner"],
+ parse=False,
+ ).strip()
except Exception:
return "pytorch/TensorRT"
_DEFAULT_BRANCH = None
@@ -221,25 +259,33 @@
def default_branch():
if _DEFAULT_BRANCH:
return _DEFAULT_BRANCH
try:
- b = subprocess.run(["git", "rev-parse", "--abbrev-ref", "HEAD"],
- capture_output=True, text=True, cwd=REPO_ROOT).stdout.strip()
+ b = subprocess.run(
+ ["git", "rev-parse", "--abbrev-ref", "HEAD"],
+ capture_output=True,
+ text=True,
+ cwd=REPO_ROOT,
+ ).stdout.strip()
return b if b and b != "HEAD" else "main"
except Exception:
return "main"
# ── data layer ───────────────────────────────────────────────────────────────
def get_runs(branch, limit=40, refresh=False):
key = f"runs:{branch}:{limit}"
if not refresh and (c := CACHE.get(key)) is not None:
return c
- fields = ("databaseId,workflowName,displayTitle,headBranch,headSha,status,"
- "conclusion,event,createdAt,updatedAt,url,number")
- runs = gh(["run", "list", "--branch", branch, "--limit", str(limit), "--json", fields])
+ fields = (
+ "databaseId,workflowName,displayTitle,headBranch,headSha,status,"
+ "conclusion,event,createdAt,updatedAt,url,number"
+ )
+ runs = gh(
+ ["run", "list", "--branch", branch, "--limit", str(limit), "--json", fields]
+ )
newest = {}
for r in runs:
r["id"] = r.get("databaseId") # normalize (gh run list uses databaseId)
wf = r.get("workflowName") or "?"
if wf not in newest or r["createdAt"] > newest[wf]["createdAt"]:
@@ -267,40 +313,62 @@
kind = "build"
elif re.match(r"l[012]\b", gl):
kind = "test"
elif "matrix" in gl or "generate" in gl or group == "filter-matrix":
kind = "setup"
- elif raw.startswith("CI /") or "aggregate" in gl or "collect results" in gl or "rollup" in gl:
+ elif (
+ raw.startswith("CI /")
+ or "aggregate" in gl
+ or "collect results" in gl
+ or "rollup" in gl
+ ):
kind = "rollup"
else:
kind = "other"
return dict(
- id=j.get("databaseId") or j.get("id"), raw=raw, group=group, kind=kind,
- python=py.group(0) if py else None, cuda=cu.group(0) if cu else None,
- status=j.get("status"), conclusion=j.get("conclusion"),
+ id=j.get("databaseId") or j.get("id"),
+ raw=raw,
+ group=group,
+ kind=kind,
+ python=py.group(0) if py else None,
+ cuda=cu.group(0) if cu else None,
+ status=j.get("status"),
+ conclusion=j.get("conclusion"),
url=j.get("html_url") or j.get("url"),
- failedSteps=[s["name"] for s in j.get("steps", []) if s.get("conclusion") == "failure"],
+ failedSteps=[
+ s["name"] for s in j.get("steps", []) if s.get("conclusion") == "failure"
+ ],
)
def get_jobs(run_id, refresh=False):
key = f"jobs:{run_id}"
if not refresh and (c := CACHE.get(key)) is not None:
return c
- data = gh(["api", f"repos/{repo_slug()}/actions/runs/{run_id}/jobs",
- "--paginate", "-q", ".jobs[]"], parse=False)
+ data = gh(
+ [
+ "api",
+ f"repos/{repo_slug()}/actions/runs/{run_id}/jobs",
+ "--paginate",
+ "-q",
+ ".jobs[]",
+ ],
+ parse=False,
+ )
jobs = [json.loads(line) for line in data.splitlines() if line.strip()]
parsed = [_parse_job(j) for j in jobs]
live = any(j["status"] != "completed" for j in parsed)
CACHE.put(key, parsed, ttl=15 if live else 300)
return parsed
NOISE = re.compile(
r"Process completed with exit code|Node\.js \d+ is deprecated|"
r"is deprecated\. Please switch|conda\.cli|defaults' channel|auto_activate|"
- r"might have been added implicitly", re.I)
+ r"might have been added implicitly",
+ re.I,
+)
TESTLINE = re.compile(r"^(?P<test>[\w./-]+(?:\.[\w\[\]-]+)+)\s*$")
@lru_cache(maxsize=4096)
def grep_test(symbol):
@@ -310,12 +378,17 @@
leaf = re.sub(r"\[.*$", "", leaf)
if not re.match(r"^[A-Za-z_]\w+$", leaf):
return None
pat = f"def {leaf}\\b" if leaf.startswith("test") else f"class {leaf}\\b"
try:
- out = subprocess.run(["git", "grep", "-n", "-E", pat, "--", "tests/"],
- capture_output=True, text=True, cwd=REPO_ROOT, timeout=15).stdout
+ out = subprocess.run(
+ ["git", "grep", "-n", "-E", pat, "--", "tests/"],
+ capture_output=True,
+ text=True,
+ cwd=REPO_ROOT,
+ timeout=15,
+ ).stdout
except Exception:
return None
for line in out.splitlines():
path, lineno, _ = line.split(":", 2)
return (path, int(lineno))
@@ -343,31 +416,40 @@
dedupe = test or head
if dedupe in seen:
continue
seen.add(dedupe)
loc = grep_test(test) if test else None
- failures.append(dict(test=test, message=msg[:1400],
- file=loc[0] if loc else None, line=loc[1] if loc else None))
+ failures.append(
+ dict(
+ test=test,
+ message=msg[:1400],
+ file=loc[0] if loc else None,
+ line=loc[1] if loc else None,
+ )
+ )
result = dict(failures=failures)
CACHE.put(key, result, ttl=600)
return result
# ── job logs (fetch + per-test extraction) ──────────────────────────────────
-_TS = re.compile(r"^\d{4}-\d{2}-\d{2}T\d{2}:\d{2}:\d{2}\.\d+Z ") # GH line prefix
-_SEP = re.compile(r"^_{4,}\s+(.+?)\s+_{4,}\s*$") # pytest FAILURES sep
-_SECT = re.compile(r"^={4,}") # ==== section ====
+_TS = re.compile(r"^\d{4}-\d{2}-\d{2}T\d{2}:\d{2}:\d{2}\.\d+Z ") # GH line prefix
+_SEP = re.compile(r"^_{4,}\s+(.+?)\s+_{4,}\s*$") # pytest FAILURES sep
+_SECT = re.compile(r"^={4,}") # ==== section ====
def get_job_log(job_id, refresh=False):
"""Raw plain-text log for one job (immutable once complete → cached 1h)."""
key = f"log:{job_id}"
if not refresh and (c := CACHE.get(key)) is not None:
return c
try:
- raw = gh(["api", f"repos/{repo_slug()}/actions/jobs/{job_id}/logs"],
- parse=False, timeout=60)
+ raw = gh(
+ ["api", f"repos/{repo_slug()}/actions/jobs/{job_id}/logs"],
+ parse=False,
+ timeout=60,
+ )
except Exception:
raw = None
CACHE.put(key, raw, ttl=3600 if raw else 20)
return raw
@@ -379,12 +461,13 @@
def extract_test_log(lines, test, max_lines=160):
"""Pull the pytest FAILURES block for `test`. Falls back to a context window
around the test's last mention (covers custom harnesses w/o a FAILURES sep).
Returns the excerpt string, or None."""
leaf = re.split(r"[.:]", test)[-1].split("[")[0] if test else None
- seps = [(i, m.group(1).strip()) for i, ln in enumerate(lines)
- if (m := _SEP.match(ln))]
+ seps = [
+ (i, m.group(1).strip()) for i, ln in enumerate(lines) if (m := _SEP.match(ln))
+ ]
start = None
if test:
# Prefer an exact title match — the leaf method name (e.g. test_trt_compile)
# is shared across many classes, so fuzzy matching would grab the wrong block.
for i, title in seps:
@@ -405,53 +488,75 @@
end = j
break
block = lines[start:end]
else:
needle = leaf or test
- hit = next((i for i in range(len(lines) - 1, -1, -1) if needle and needle in lines[i]), None)
+ hit = next(
+ (i for i in range(len(lines) - 1, -1, -1) if needle and needle in lines[i]),
+ None,
+ )
if hit is None:
return None
- block = lines[max(0, hit - 4): hit + 44]
+ block = lines[max(0, hit - 4) : hit + 44]
if len(block) > max_lines:
- block = block[:max_lines] + [f"… (+{len(block) - max_lines} more lines — open the raw log)"]
+ block = block[:max_lines] + [
+ f"… (+{len(block) - max_lines} more lines — open the raw log)"
+ ]
return "\n".join(block).strip()
def summary_reasons(lines, test):
"""The concise `FAILED …/ERROR … - <reason>` lines from pytest's summary."""
leaf = re.split(r"[.:]", test)[-1].split("[")[0] if test else None
- return [ln for ln in lines
- if re.match(r"^(FAILED|ERROR) ", ln) and (not leaf or leaf in ln)]
+ return [
+ ln
+ for ln in lines
+ if re.match(r"^(FAILED|ERROR) ", ln) and (not leaf or leaf in ln)
+ ]
def render_joblog(job_id, url):
log = get_job_log(job_id)
- ghlink = f'<a href="{e(url)}" target="_blank" rel="noopener">job on GitHub ↗</a>' if url else ""
+ ghlink = (
+ f'<a href="{e(url)}" target="_blank" rel="noopener">job on GitHub ↗</a>'
+ if url
+ else ""
+ )
rawlink = f'<a href="/ui/joblog?job={e(job_id)}&raw=1" target="_blank" rel="noopener">raw log ↗</a>'
head = f'<div class="logsec-head"><span class="lbl">relevant logs</span>{rawlink} · {ghlink}</div>'
if not log:
- return head + ('<div class="muted">Log not available yet — the job may still be '
- f'running, or GitHub expired it. {ghlink}</div>')
+ return head + (
+ '<div class="muted">Log not available yet — the job may still be '
+ f"running, or GitHub expired it. {ghlink}</div>"
+ )
lines = _clean_lines(log)
fails = get_failures(job_id).get("failures", [])
blocks = []
for f in fails:
excerpt = extract_test_log(lines, f["test"])
reasons = summary_reasons(lines, f["test"])
title = e(f["test"] or "failure")
- reason_html = (f'<div class="logreason">{e(reasons[0][:300])}</div>' if reasons else "")
+ reason_html = (
+ f'<div class="logreason">{e(reasons[0][:300])}</div>' if reasons else ""
+ )
if excerpt:
- blocks.append(f'<details class="logblock" open><summary>{title}</summary>'
- f'{reason_html}<pre>{e(excerpt)}</pre></details>')
+ blocks.append(
+ f'<details class="logblock" open><summary>{title}</summary>'
+ f"{reason_html}<pre>{e(excerpt)}</pre></details>"
+ )
else:
- blocks.append(f'<details class="logblock"><summary>{title}</summary>'
- f'{reason_html}<div class="muted">No matching block in the log — '
- f'see the raw log.</div></details>')
+ blocks.append(
+ f'<details class="logblock"><summary>{title}</summary>'
+ f'{reason_html}<div class="muted">No matching block in the log — '
+ f"see the raw log.</div></details>"
+ )
if not fails: # build/env/setup failure: no test annotations → show the tail
tail = "\n".join(lines[-180:]).strip()
- blocks.append('<details class="logblock" open><summary>end of job log</summary>'
- f'<pre>{e(tail)}</pre></details>')
+ blocks.append(
+ '<details class="logblock" open><summary>end of job log</summary>'
+ f"<pre>{e(tail)}</pre></details>"
+ )
return head + "".join(blocks)
# ── status helpers ───────────────────────────────────────────────────────────
def classify(status, conclusion):
@@ -460,11 +565,13 @@
and a cancelled job didn't produce a verdict. Only `failure`/`timed_out`
(actually executed and failed) are `fail`."""
if status and status != "completed":
if status in ("in_progress", "running"):
return "run", "running"
- return "queue", status.replace("_", " ") # queued / waiting / pending / requested
+ return "queue", status.replace(
+ "_", " "
+ ) # queued / waiting / pending / requested
c = conclusion or ""
return {
"success": ("pass", "passed"),
"failure": ("fail", "failed"),
"timed_out": ("fail", "timed out"),
@@ -492,33 +599,80 @@
# so order is most-specific → most-generic. `kind` drives the tag colour:
# infra = "probably not your bug" · env/gap = setup/feature hole · bug = real.
# NOTE: an OOM often surfaces AS an AssertionError ("assert cuda_engine"); the OOM
# signatures below are listed first on purpose so they win over the generic assert.
_FAIL_CATS = [
- ("oom", "GPU / resource", "infra", re.compile(
- r"OutOfMemory|out of memory|createCaskHardwareInfo|\bCask\b|"
- r"build_serialized_network returned None|assert cuda_engine|cuda_engine\b|"
- r"catchCudaError|cudaError|cuInit|defaultAllocator|no CUDA GPUs|"
- r"CUDA error|cudaMalloc|device-side assert", re.I)),
- ("timeout", "timeout", "infra", re.compile(
- r"timed out|timeout|deadline exceeded|took too long", re.I)),
- ("import", "import / collection", "env", re.compile(
- r"ModuleNotFoundError|ImportError|No module named|cannot import name|"
- r"error collecting|errors during collection|failed to import", re.I)),
- ("unsupported", "unsupported op", "env", re.compile(
- r"no converter|not support|unsupported|Could not find any implementation|"
- r"UnsupportedOperator|no implementation for", re.I)),
- ("numerical", "numerical / accuracy", "bug", re.compile(
- r"not close|Mismatched elements|cosine|tolerance|allclose|"
- r"Max absolute difference|relative difference|accuracy|atol|rtol", re.I)),
- ("assertion", "assertion", "bug", re.compile(
- r"\bAssertionError\b|^\s*assert\s", re.I | re.M)),
- ("typeerr", "type / shape", "bug", re.compile(
- r"\b(TypeError|AttributeError|KeyError|IndexError|ValueError)\b|"
- r"shape mismatch|size mismatch|dtype", re.I)),
- ("runtime", "runtime error", "bug", re.compile(
- r"\b(RuntimeError|NotImplementedError)\b", re.I)),
+ (
+ "oom",
+ "GPU / resource",
+ "infra",
+ re.compile(
+ r"OutOfMemory|out of memory|createCaskHardwareInfo|\bCask\b|"
+ r"build_serialized_network returned None|assert cuda_engine|cuda_engine\b|"
+ r"catchCudaError|cudaError|cuInit|defaultAllocator|no CUDA GPUs|"
+ r"CUDA error|cudaMalloc|device-side assert",
+ re.I,
+ ),
+ ),
+ (
+ "timeout",
+ "timeout",
+ "infra",
+ re.compile(r"timed out|timeout|deadline exceeded|took too long", re.I),
+ ),
+ (
+ "import",
+ "import / collection",
+ "env",
+ re.compile(
+ r"ModuleNotFoundError|ImportError|No module named|cannot import name|"
+ r"error collecting|errors during collection|failed to import",
+ re.I,
+ ),
+ ),
+ (
+ "unsupported",
+ "unsupported op",
+ "env",
+ re.compile(
+ r"no converter|not support|unsupported|Could not find any implementation|"
+ r"UnsupportedOperator|no implementation for",
+ re.I,
+ ),
+ ),
+ (
+ "numerical",
+ "numerical / accuracy",
+ "bug",
+ re.compile(
+ r"not close|Mismatched elements|cosine|tolerance|allclose|"
+ r"Max absolute difference|relative difference|accuracy|atol|rtol",
+ re.I,
+ ),
+ ),
+ (
+ "assertion",
+ "assertion",
+ "bug",
+ re.compile(r"\bAssertionError\b|^\s*assert\s", re.I | re.M),
+ ),
+ (
+ "typeerr",
+ "type / shape",
+ "bug",
+ re.compile(
+ r"\b(TypeError|AttributeError|KeyError|IndexError|ValueError)\b|"
+ r"shape mismatch|size mismatch|dtype",
+ re.I,
+ ),
+ ),
+ (
+ "runtime",
+ "runtime error",
+ "bug",
+ re.compile(r"\b(RuntimeError|NotImplementedError)\b", re.I),
+ ),
]
# Roll-up labels for the per-run category tally (kind → human summary word).
_KIND_LABEL = {
@@ -538,12 +692,14 @@
return dict(key=key, label=label, kind=kind)
return dict(key="other", label="error", kind="unknown")
def _cat_tag(cat):
- return (f'<span class="cat {cat["kind"]}" '
- f'title="{e(cat["label"])} — {cat["kind"]}">{e(cat["label"])}</span>')
+ return (
+ f'<span class="cat {cat["kind"]}" '
+ f'title="{e(cat["label"])} — {cat["kind"]}">{e(cat["label"])}</span>'
+ )
def _config_pattern(occ, all_pys, all_cudas):
"""Which configuration a failure correlates with — the strongest diagnostic
signal after the category. Only asserts "X only" when X is a strict subset of
@@ -578,27 +734,34 @@
return f"{int(s // n)}{unit} ago"
return "just now"
def pretty_platform(name):
- n = (name.replace("Python-only build and test ", "py-only ")
- .replace("RTX - Build and test ", "RTX ")
- .replace("RTX - Python-only build and test ", "RTX py-only ")
- .replace("Build and test ", "").replace(" wheels", "")
- .replace(" for Jetpack", " · jetpack"))
+ n = (
+ name.replace("Python-only build and test ", "py-only ")
+ .replace("RTX - Build and test ", "RTX ")
+ .replace("RTX - Python-only build and test ", "RTX py-only ")
+ .replace("Build and test ", "")
+ .replace(" wheels", "")
+ .replace(" for Jetpack", " · jetpack")
+ )
return n.strip()
def e(s):
return html.escape(str(s if s is not None else ""))
def qp(**kw):
"""Build a URL-encoded, HTML-attribute-safe query string from kwargs, so
values with spaces/&/ (platform + tier names, job URLs) survive intact."""
- return e("&".join(f"{k}={quote(str(v if v is not None else ''), safe='')}"
- for k, v in kw.items()))
+ return e(
+ "&".join(
+ f"{k}={quote(str(v if v is not None else ''), safe='')}"
+ for k, v in kw.items()
+ )
+ )
# ── HTML fragment renderers ──────────────────────────────────────────────────
def _summary_html(runs, oob=False):
"""The top counts strip. Shared by the board and the live poller so the two
@@ -609,24 +772,35 @@
cls, _ = classify(r["status"], r["conclusion"])
counts[cls] = counts.get(cls, 0) + 1
didnt_run = counts["skip"] + counts["cancel"]
head = runs[0] if runs else {}
sha = (head.get("headSha") or "")[:9]
- commit = (f'<div class="commit"><code>{e(sha)}</code> · {e(head.get("displayTitle", ""))[:80]}'
- f' · {e(rel_time(head.get("createdAt")))}</div>')
+ commit = (
+ f'<div class="commit"><code>{e(sha)}</code> · {e(head.get("displayTitle", ""))[:80]}'
+ f' · {e(rel_time(head.get("createdAt")))}</div>'
+ )
def stat(cls, n, word):
- return (f'<span class="stat {cls}"><span class="dot {cls}"></span>'
- f'<span class="n">{n}</span> {word}</span>') if n else ""
- oob_attr = ' hx-swap-oob="true"' if oob else ''
- return (f'<div id="summary" class="summary"{oob_attr}>'
- f'{stat("fail", counts["fail"], "failing")}'
- f'{stat("run", counts["run"], "running")}'
- f'{stat("queue", counts["queue"], "queued")}'
- f'{stat("pass", counts["pass"], "passing")}'
- f'{stat("skip", didnt_run, "didn’t run")}'
- f'{commit}</div>')
+ return (
+ (
+ f'<span class="stat {cls}"><span class="dot {cls}"></span>'
+ f'<span class="n">{n}</span> {word}</span>'
+ )
+ if n
+ else ""
+ )
+
+ oob_attr = ' hx-swap-oob="true"' if oob else ""
+ return (
+ f'<div id="summary" class="summary"{oob_attr}>'
+ f'{stat("fail", counts["fail"], "failing")}'
+ f'{stat("run", counts["run"], "running")}'
+ f'{stat("queue", counts["queue"], "queued")}'
+ f'{stat("pass", counts["pass"], "passing")}'
+ f'{stat("skip", didnt_run, "didn’t run")}'
+ f"{commit}</div>"
+ )
def render_board(branch, refresh=False):
try:
runs = get_runs(branch, refresh=refresh)
@@ -635,38 +809,51 @@
if not runs:
return f'<div class="empty-state">No CI runs found for <code>{e(branch)}</code>.</div>'
for r in runs:
r["_cls"], r["_label"] = classify(r["status"], r["conclusion"])
- runs.sort(key=lambda r: (RANK.get(r["_cls"], 9), pretty_platform(r["workflowName"]).lower()))
+ runs.sort(
+ key=lambda r: (
+ RANK.get(r["_cls"], 9),
+ pretty_platform(r["workflowName"]).lower(),
+ )
+ )
summary = _summary_html(runs)
cards = []
for r in runs:
rid, cls, label = r["id"], r["_cls"], r["_label"]
plat = pretty_platform(r["workflowName"])
sub = f'{e(r.get("event",""))} · #{r.get("number","")} · {e(rel_time(r.get("createdAt")))}'
- q = qp(run=rid, sha=r.get("headSha", ""), platform=plat,
- refresh="1" if refresh else "0")
- cards.append(f'''
+ q = qp(
+ run=rid,
+ sha=r.get("headSha", ""),
+ platform=plat,
+ refresh="1" if refresh else "0",
+ )
+ cards.append(f"""
<details class="card {'fail' if cls=='fail' else ''}"
hx-get="/ui/platform?{q}" hx-trigger="toggle once"
hx-target="find .card-body" hx-swap="innerHTML">
<summary class="card-head">
<span class="dot {cls}"></span>
<span class="card-title">{e(plat)}<div class="sub">{sub}</div></span>
<span id="badge-{rid}" class="card-badge {cls}">{e(label)}</span>
<span class="caret">▸</span>
</summary>
<div class="card-body"><div class="muted" style="padding:10px 0"><span class="spinner"></span> loading jobs…</div></div>
- </details>''')
-
- poller = (f'<div hx-get="/ui/status?branch={e(branch)}" hx-trigger="load delay:20s, every 25s" '
- f'hx-swap="none"></div>')
- agg = (f'<h2 class="sec">Failures across platforms</h2>'
- f'<div id="agg" hx-get="/ui/aggregate?branch={e(branch)}" hx-trigger="load" hx-swap="innerHTML">'
- f'<div class="agg-loading"><span class="spinner"></span> scanning failing tests…</div></div>')
+ </details>""")
+
+ poller = (
+ f'<div hx-get="/ui/status?branch={e(branch)}" hx-trigger="load delay:20s, every 25s" '
+ f'hx-swap="none"></div>'
+ )
+ agg = (
+ f'<h2 class="sec">Failures across platforms</h2>'
+ f'<div id="agg" hx-get="/ui/aggregate?branch={e(branch)}" hx-trigger="load" hx-swap="innerHTML">'
+ f'<div class="agg-loading"><span class="spinner"></span> scanning failing tests…</div></div>'
+ )
board = f'<h2 class="sec">Platforms</h2><div id="board" class="board">{"".join(cards)}</div>'
return summary + agg + board + poller
def render_status(branch):
@@ -677,12 +864,14 @@
except Exception:
return ""
spans = []
for r in runs:
cls, label = classify(r["status"], r["conclusion"])
- spans.append(f'<span id="badge-{r["id"]}" hx-swap-oob="true" '
- f'class="card-badge {cls}">{e(label)}</span>')
+ spans.append(
+ f'<span id="badge-{r["id"]}" hx-swap-oob="true" '
+ f'class="card-badge {cls}">{e(label)}</span>'
+ )
return _summary_html(runs, oob=True) + "".join(spans)
KIND_ORDER = {"test": 0, "build": 1, "setup": 2, "rollup": 3, "other": 4}
@@ -699,38 +888,69 @@
groups = {}
for j in jobs:
groups.setdefault((KIND_ORDER.get(j["kind"], 9), j["group"]), []).append(j)
out = []
- for (_, gname), gjobs in sorted(groups.items(), key=lambda kv: (kv[0][0], kv[0][1])):
+ for (_, gname), gjobs in sorted(
+ groups.items(), key=lambda kv: (kv[0][0], kv[0][1])
+ ):
info = info_for(gname)
- tierpath = f'<span class="tierpath">{e(", ".join(info["paths"]))}</span>' if info else ""
+ tierpath = (
+ f'<span class="tierpath">{e(", ".join(info["paths"]))}</span>'
+ if info
+ else ""
+ )
cells, rows = [], []
for j in sorted(gjobs, key=lambda j: (j["python"] or "", j["cuda"] or "")):
cls, label = classify(j["status"], j["conclusion"])
failable = cls == "fail" and j["kind"] in ("test", "build")
if j["python"] and j["cuda"]:
- inner = (f'<span class="k"><span class="dot {cls}"></span>{e(j["python"])}·{e(j["cuda"])}</span>'
- f'<span class="v">{e(label)}</span>')
+ inner = (
+ f'<span class="k"><span class="dot {cls}"></span>{e(j["python"])}·{e(j["cuda"])}</span>'
+ f'<span class="v">{e(label)}</span>'
+ )
if failable:
- q = qp(job=j["id"], sha=sha, platform=platform, tier=gname,
- py=j["python"], cuda=j["cuda"], url=j["url"])
- cells.append(f'<div class="cell fail" tabindex="0" onclick="openDrawer()" '
- f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">{inner}</div>')
+ q = qp(
+ job=j["id"],
+ sha=sha,
+ platform=platform,
+ tier=gname,
+ py=j["python"],
+ cuda=j["cuda"],
+ url=j["url"],
+ )
+ cells.append(
+ f'<div class="cell fail" tabindex="0" onclick="openDrawer()" '
+ f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">{inner}</div>'
+ )
else:
cells.append(f'<div class="cell {cls}">{inner}</div>')
else:
name = j["raw"].split(" / ")[-1] or j["group"]
- link = f' <a href="{e(j["url"])}" target="_blank" rel="noopener">log ↗</a>' if j["url"] else ""
+ link = (
+ f' <a href="{e(j["url"])}" target="_blank" rel="noopener">log ↗</a>'
+ if j["url"]
+ else ""
+ )
extra = ""
if failable:
- q = qp(job=j["id"], sha=sha, platform=platform, tier=gname, url=j["url"])
- extra = (f' · <a href="#" onclick="openDrawer();return false" '
- f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">details</a>')
- rows.append(f'<div class="jobrow {cls}"><span class="dot {cls}"></span>'
- f'<span class="name">{e(name)}</span>'
- f'<span class="jobstate {cls}">{e(label)}</span>{link}{extra}</div>')
+ q = qp(
+ job=j["id"],
+ sha=sha,
+ platform=platform,
+ tier=gname,
+ url=j["url"],
+ )
+ extra = (
+ f' · <a href="#" onclick="openDrawer();return false" '
+ f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">details</a>'
+ )
+ rows.append(
+ f'<div class="jobrow {cls}"><span class="dot {cls}"></span>'
+ f'<span class="name">{e(name)}</span>'
+ f'<span class="jobstate {cls}">{e(label)}</span>{link}{extra}</div>'
+ )
body = ""
if cells:
body += f'<div class="matrix">{"".join(cells)}</div>'
if rows:
body += f'<div class="rows">{"".join(rows)}</div>'
@@ -738,49 +958,74 @@
return "".join(out)
def render_failures(job_id, sha, platform, tier, py, cuda, url):
data = get_failures(job_id)
- joblink = (f' · <a href="{e(url)}" target="_blank" rel="noopener">job log ↗</a>') if url else ""
- oob = (f'<span id="drawer-title" hx-swap-oob="true">{e(platform)} — {e(tier)}</span>'
- f'<span id="drawer-sub" hx-swap-oob="true">{e(py)} {e(cuda)}{joblink}</span>')
+ joblink = (
+ (f' · <a href="{e(url)}" target="_blank" rel="noopener">job log ↗</a>')
+ if url
+ else ""
+ )
+ oob = (
+ f'<span id="drawer-title" hx-swap-oob="true">{e(platform)} — {e(tier)}</span>'
+ f'<span id="drawer-sub" hx-swap-oob="true">{e(py)} {e(cuda)}{joblink}</span>'
+ )
if data.get("error"):
- return oob + f'<div class="muted">Could not load annotations: {e(data["error"])}</div>'
+ return (
+ oob
+ + f'<div class="muted">Could not load annotations: {e(data["error"])}</div>'
+ )
fails = data["failures"]
info = info_for(tier)
body = []
if not fails:
- loglink = f'<a href="{e(url)}" target="_blank" rel="noopener">Open the job log ↗</a>' if url else ""
- body.append('<div class="muted">No pytest failure annotations — this is likely a '
- f'build / environment / setup failure rather than a test assertion.<br><br>{loglink}</div>')
+ loglink = (
+ f'<a href="{e(url)}" target="_blank" rel="noopener">Open the job log ↗</a>'
+ if url
+ else ""
+ )
+ body.append(
+ '<div class="muted">No pytest failure annotations — this is likely a '
+ f"build / environment / setup failure rather than a test assertion.<br><br>{loglink}</div>"
+ )
for f in fails:
loc = ""
if f["file"]:
- gh_url = f'https://github.com/{repo_slug()}/blob/{sha}/{f["file"]}#L{f["line"]}'
- loc = (f'<div class="floc">↳ <a href="{e(gh_url)}" target="_blank" rel="noopener">'
- f'<code>{e(f["file"])}:{f["line"]}</code> ↗</a></div>')
+ gh_url = (
+ f'https://github.com/{repo_slug()}/blob/{sha}/{f["file"]}#L{f["line"]}'
+ )
+ loc = (
+ f'<div class="floc">↳ <a href="{e(gh_url)}" target="_blank" rel="noopener">'
+ f'<code>{e(f["file"])}:{f["line"]}</code> ↗</a></div>'
+ )
cat = categorize_failure(f["message"])
- body.append(f'<div class="fail-item"><div class="ftest">{e(f["test"] or "failure")}'
- f' {_cat_tag(cat)}</div>'
- f'{loc}<pre>{e(f["message"])}</pre></div>')
+ body.append(
+ f'<div class="fail-item"><div class="ftest">{e(f["test"] or "failure")}'
+ f" {_cat_tag(cat)}</div>"
+ f'{loc}<pre>{e(f["message"])}</pre></div>'
+ )
if info:
leaves = []
for f in fails:
if f["test"]:
leaf = re.split(r"[.:]", f["test"])[-1]
leaf = re.sub(r"\[.*$", "", leaf)
if leaf and leaf not in leaves:
leaves.append(leaf)
kexpr = " or ".join(leaves[:6])
cmd = info["repro"](kexpr)
- body.append(f'<div class="repro"><button class="copy" onclick="copyPre(this)">copy</button>'
- f'<div class="lbl">reproduce locally</div><code>{e(cmd)}</code></div>')
+ body.append(
+ f'<div class="repro"><button class="copy" onclick="copyPre(this)">copy</button>'
+ f'<div class="lbl">reproduce locally</div><code>{e(cmd)}</code></div>'
+ )
# Lazy: fetch the job log + extract the relevant block(s) once the drawer is in.
- body.append(f'<div class="logsec" hx-get="/ui/joblog?{qp(job=job_id, url=url)}" '
- f'hx-trigger="load" hx-swap="innerHTML">'
- f'<div class="muted" style="padding:8px 0"><span class="spinner"></span> '
- f'fetching relevant logs…</div></div>')
+ body.append(
+ f'<div class="logsec" hx-get="/ui/joblog?{qp(job=job_id, url=url)}" '
+ f'hx-trigger="load" hx-swap="innerHTML">'
+ f'<div class="muted" style="padding:8px 0"><span class="spinner"></span> '
+ f"fetching relevant logs…</div></div>"
+ )
return oob + "".join(body)
def render_aggregate(branch, refresh=False):
"""Cross-platform failure rollup: dedupe a failing test across every platform
@@ -796,38 +1041,57 @@
except Exception:
return []
with ThreadPoolExecutor(max_workers=8) as ex:
alljobs = [x for sub in ex.map(jobs_of, runs) for x in sub]
- failed = [(r, j) for r, j in alljobs
- if classify(j["status"], j["conclusion"])[0] == "fail" and j["kind"] == "test"]
+ failed = [
+ (r, j)
+ for r, j in alljobs
+ if classify(j["status"], j["conclusion"])[0] == "fail" and j["kind"] == "test"
+ ]
if not failed:
healthy = all(classify(r["status"], r["conclusion"])[0] != "fail" for r in runs)
- msg = ("No failing test jobs 🎉" if healthy
- else "No test-level failures found (failures are build/setup — see the platform grids).")
+ msg = (
+ "No failing test jobs 🎉"
+ if healthy
+ else "No test-level failures found (failures are build/setup — see the platform grids)."
+ )
return f'<div class="agg-ok">{msg}</div>'
def fails_of(rj):
r, j = rj
return (r, j, get_failures(j["id"], refresh=refresh).get("failures", []))
+
with ThreadPoolExecutor(max_workers=8) as ex:
results = list(ex.map(fails_of, failed))
agg = {}
for r, j, fails in results:
plat = pretty_platform(r["workflowName"])
if not fails: # failed job but no parseable test → bucket under the tier
key = f"[{j['group']}]"
a = agg.setdefault(key, dict(test=key, file=None, line=None, occ=[]))
- a["occ"].append(dict(plat=plat, py=j["python"], cuda=j["cuda"], url=j["url"], msg=""))
+ a["occ"].append(
+ dict(plat=plat, py=j["python"], cuda=j["cuda"], url=j["url"], msg="")
+ )
continue
for f in fails:
key = f["test"] or f["message"].splitlines()[0]
- a = agg.setdefault(key, dict(test=f["test"] or key, file=f["file"], line=f["line"], occ=[]))
+ a = agg.setdefault(
+ key, dict(test=f["test"] or key, file=f["file"], line=f["line"], occ=[])
+ )
a["file"] = a["file"] or f["file"]
a["line"] = a["line"] or f["line"]
- a["occ"].append(dict(plat=plat, py=j["python"], cuda=j["cuda"], url=j["url"], msg=f["message"]))
+ a["occ"].append(
+ dict(
+ plat=plat,
+ py=j["python"],
+ cuda=j["cuda"],
+ url=j["url"],
+ msg=f["message"],
+ )
+ )
# Config universe (what actually ran) so "X only" hints are real subsets.
test_jobs = [j for _, j in alljobs if j["kind"] == "test"]
all_pys = {j["python"] for j in test_jobs if j["python"]}
all_cudas = {j["cuda"] for j in test_jobs if j["cuda"]}
@@ -839,12 +1103,17 @@
# Real regressions (bug) first, then env/gap, infra last; ties → most cells.
_KIND_RANK = {"bug": 0, "env": 1, "unknown": 2, "infra": 3}
rows = sorted(
agg.values(),
- key=lambda a: (_KIND_RANK.get(a["cat"]["kind"], 2),
- -len({o["plat"] for o in a["occ"]}), -len(a["occ"]), a["test"]))
+ key=lambda a: (
+ _KIND_RANK.get(a["cat"]["kind"], 2),
+ -len({o["plat"] for o in a["occ"]}),
+ -len(a["occ"]),
+ a["test"],
+ ),
+ )
out = []
for a in rows:
plats = sorted({o["plat"] for o in a["occ"]})
ncells = len(a["occ"])
loc = ""
@@ -852,31 +1121,35 @@
gh_url = f'https://github.com/{repo_slug()}/blob/{runs[0].get("headSha","")}/{a["file"]}#L{a["line"]}'
loc = f'<div class="agg-file">↳ <a href="{e(gh_url)}" target="_blank" rel="noopener"><code>{e(a["file"])}:{a["line"]}</code> ↗</a></div>'
chips = "".join(f'<span class="chip">{e(p)}</span>' for p in plats)
pat = _config_pattern(a["occ"], all_pys, all_cudas)
patchips = "".join(f'<span class="cfgpat">{e(p)}</span>' for p in pat)
- out.append(f'''<details class="agg-row-d">
+ out.append(f"""<details class="agg-row-d">
<summary class="agg-row">
<div><div class="agg-test">{e(a["test"])} {_cat_tag(a["cat"])}{patchips}</div>{loc}</div>
<span class="agg-count"><span class="dot fail"></span>{len(plats)} platform{"s" if len(plats)!=1 else ""} · {ncells} cell{"s" if ncells!=1 else ""}</span>
</summary>
<div class="agg-detail"><div class="chips">{chips}</div>{f"<pre>{e(a['sample'])}</pre>" if a["sample"] else ""}</div>
- </details>''')
+ </details>""")
# Category tally — an instant read on the run's character (infra flakes vs regressions).
tally = {}
for a in rows:
tally.setdefault(a["cat"]["kind"], dict(n=0, label=a["cat"]["label"]))["n"] += 1
order = ["bug", "env", "unknown", "infra"]
tstr = " · ".join(
f'<span class="cat {k}">{tally[k]["n"]} {e(_KIND_LABEL[k])}</span>'
- for k in order if k in tally)
- header = (f'<div class="agg-head-row"><span>{len(rows)} distinct failing test'
- f'{"s" if len(rows)!=1 else ""} across '
- f'{len({o["plat"] for a in rows for o in a["occ"]})} platforms</span>'
- f'<span class="agg-tally">{tstr}</span>'
- f'<button class="btn small" hx-get="/ui/aggregate?branch={e(branch)}&refresh=1" '
- f'hx-target="#agg" hx-swap="innerHTML">↻ rescan</button></div>')
+ for k in order
+ if k in tally
+ )
+ header = (
+ f'<div class="agg-head-row"><span>{len(rows)} distinct failing test'
+ f'{"s" if len(rows)!=1 else ""} across '
+ f'{len({o["plat"] for a in rows for o in a["occ"]})} platforms</span>'
+ f'<span class="agg-tally">{tstr}</span>'
+ f'<button class="btn small" hx-get="/ui/aggregate?branch={e(branch)}&refresh=1" '
+ f'hx-target="#agg" hx-swap="innerHTML">↻ rescan</button></div>'
+ )
return header + f'<div class="agg">{"".join(out)}</div>'
# ── HTTP server ──────────────────────────────────────────────────────────────
class Handler(BaseHTTPRequestHandler):
@@ -900,49 +1173,74 @@
try:
p = u.path
if p in ("/", "/index.html"):
return self._index()
if p.startswith("/static/"):
- return self._static(p[len("/static/"):])
+ return self._static(p[len("/static/") :])
if p == "/ui/board":
- return self._send(200, render_board(q.get("branch") or default_branch(), refresh))
+ return self._send(
+ 200, render_board(q.get("branch") or default_branch(), refresh)
+ )
if p == "/ui/status":
- return self._send(200, render_status(q.get("branch") or default_branch()))
+ return self._send(
+ 200, render_status(q.get("branch") or default_branch())
+ )
if p == "/ui/platform":
- return self._send(200, render_platform(q["run"], q.get("sha", ""),
- q.get("platform", ""), refresh))
+ return self._send(
+ 200,
+ render_platform(
+ q["run"], q.get("sha", ""), q.get("platform", ""), refresh
+ ),
+ )
if p == "/ui/failures":
- return self._send(200, render_failures(
- q["job"], q.get("sha", ""), q.get("platform", ""), q.get("tier", ""),
- q.get("py", ""), q.get("cuda", ""), q.get("url", "")))
+ return self._send(
+ 200,
+ render_failures(
+ q["job"],
+ q.get("sha", ""),
+ q.get("platform", ""),
+ q.get("tier", ""),
+ q.get("py", ""),
+ q.get("cuda", ""),
+ q.get("url", ""),
+ ),
+ )
if p == "/ui/aggregate":
- return self._send(200, render_aggregate(q.get("branch") or default_branch(), refresh))
+ return self._send(
+ 200, render_aggregate(q.get("branch") or default_branch(), refresh)
+ )
if p == "/ui/joblog":
if q.get("raw") == "1":
log = get_job_log(q["job"], refresh)
- return self._send(200 if log else 404,
- log or "log not available", "text/plain; charset=utf-8")
+ return self._send(
+ 200 if log else 404,
+ log or "log not available",
+ "text/plain; charset=utf-8",
+ )
return self._send(200, render_joblog(q["job"], q.get("url", "")))
return self._send(404, "not found", "text/plain")
except KeyError as ex:
self._send(400, f"missing param {ex}", "text/plain")
except Exception as ex:
self._send(500, f'<div class="muted">error: {e(ex)}</div>')
def _index(self):
with open(os.path.join(STATIC, "index.html"), encoding="utf-8") as f:
html_s = f.read()
- html_s = html_s.replace("{{BRANCH}}", e(default_branch())).replace("{{REPO}}", e(repo_slug()))
+ html_s = html_s.replace("{{BRANCH}}", e(default_branch())).replace(
+ "{{REPO}}", e(repo_slug())
+ )
self._send(200, html_s)
def _static(self, rel):
rel = rel.split("?")[0].lstrip("/")
path = os.path.normpath(os.path.join(STATIC, rel))
if not path.startswith(STATIC) or not os.path.isfile(path):
return self._send(404, "not found", "text/plain")
- ctype = {"html": "text/html", "js": "text/javascript",
- "css": "text/css"}.get(rel.rsplit(".", 1)[-1], "application/octet-stream")
+ ctype = {"html": "text/html", "js": "text/javascript", "css": "text/css"}.get(
+ rel.rsplit(".", 1)[-1], "application/octet-stream"
+ )
with open(path, "rb") as f:
self._send(200, f.read(), ctype + "; charset=utf-8")
def preflight():
@@ -954,12 +1252,17 @@
def tailscale_ip():
"""Best-effort Tailscale IPv4 (100.64.0.0/10). Uses the CLI if present,
otherwise sniffs local interfaces. Returns None if not on a tailnet."""
try:
- out = subprocess.run(["tailscale", "ip", "-4"], capture_output=True,
- text=True, timeout=3).stdout.strip().splitlines()
+ out = (
+ subprocess.run(
+ ["tailscale", "ip", "-4"], capture_output=True, text=True, timeout=3
+ )
+ .stdout.strip()
+ .splitlines()
+ )
if out and out[0]:
return out[0].strip()
except Exception:
pass
try:
@@ -987,13 +1290,16 @@
def main():
global _DEFAULT_BRANCH
ap = argparse.ArgumentParser(description="Local Torch-TensorRT CI dashboard")
ap.add_argument("-b", "--branch", default=None, help="default branch to show")
ap.add_argument("-p", "--port", type=int, default=8712)
- ap.add_argument("--host", default="0.0.0.0",
- help="bind address (default 0.0.0.0 — reachable over LAN/Tailscale; "
- "use 127.0.0.1 to keep it local-only)")
+ ap.add_argument(
+ "--host",
+ default="0.0.0.0",
+ help="bind address (default 0.0.0.0 — reachable over LAN/Tailscale; "
+ "use 127.0.0.1 to keep it local-only)",
+ )
ap.add_argument("--no-open", action="store_true")
args = ap.parse_args()
preflight()
if args.branch:
_DEFAULT_BRANCH = args.branch
@@ -1006,15 +1312,18 @@
if ts:
print(f" tailscale http://{ts}:{args.port}/")
lan = lan_ip()
if lan and lan != ts:
print(f" lan http://{lan}:{args.port}/")
- print(" (bound to all interfaces — anyone who can reach this host can view CI status)")
+ print(
+ " (bound to all interfaces — anyone who can reach this host can view CI status)"
+ )
print("Ctrl-C to stop.", flush=True)
if not args.no_open:
try:
import webbrowser
+
webbrowser.open(local) # always open the loopback URL locally
except Exception:
pass
try:
srv.serve_forever()
Collaborator
There was a problem hiding this comment.
this job is missing python-only flag?
Collaborator
Author
There was a problem hiding this comment.
I see the python-only jobs in CI Windows? They should be sharing some core
There was a problem hiding this comment.
There are some changes that do not conform to Python style guidelines:
--- /home/runner/work/TensorRT/TensorRT/py/torch_tensorrt/dynamo/lowering/passes/eliminate_sym_min_int64_max.py 2026-07-21 20:45:45.177284+00:00
+++ /home/runner/work/TensorRT/TensorRT/py/torch_tensorrt/dynamo/lowering/passes/eliminate_sym_min_int64_max.py 2026-07-21 20:46:07.915778+00:00
@@ -2,11 +2,10 @@
import torch
from torch.fx import GraphModule, Node
from .pass_utils import clean_up_graph_after_modifications
-
_INT64_MAX = 2**63 - 1
_SYM_MIN = getattr(torch, "sym_min", None)
--- /home/runner/work/TensorRT/TensorRT/tests/ci/__main__.py 2026-07-21 20:45:45.193321+00:00
+++ /home/runner/work/TensorRT/TensorRT/tests/ci/__main__.py 2026-07-21 20:46:09.425363+00:00
@@ -76,11 +76,14 @@
def _cmd_run_lane(args: argparse.Namespace) -> int:
"""Run every suite in a lane/tier, continuing past failures (so one consolidated
report sees them all). Returns non-zero if any suite failed."""
jobs = select(
- lane=args.lane, tier=args.tier, variant=args.variant, platform=args.platform,
+ lane=args.lane,
+ tier=args.tier,
+ variant=args.variant,
+ platform=args.platform,
changed=_read_changed(args),
)
if not jobs:
print("::warning::no suites match the given filters", file=sys.stderr)
return 0
@@ -90,11 +93,14 @@
return rc
def _cmd_matrix(args: argparse.Namespace) -> int:
include = matrix(
- lane=args.lane, tier=args.tier, variant=args.variant, platform=args.platform,
+ lane=args.lane,
+ tier=args.tier,
+ variant=args.variant,
+ platform=args.platform,
changed=_read_changed(args),
)
if not include:
print("::warning::matrix is empty for the given filters", file=sys.stderr)
print(json.dumps({"include": include}))
@@ -177,26 +183,28 @@
g.add_argument("--tier", choices=("l0", "l1", "l2"))
sp.add_argument("--variant", choices=("standard", "rtx"))
sp.add_argument("--platform", choices=("linux-x86_64", "windows"))
sp.add_argument("--dry-run", action="store_true")
sp.add_argument(
- "--changed-from", metavar="FILE",
+ "--changed-from",
+ metavar="FILE",
help="narrow to suites affected by these changed files (a file, or '-' "
- "for stdin; one repo-relative path per line). Broad changes → no narrowing.",
+ "for stdin; one repo-relative path per line). Broad changes → no narrowing.",
)
sp.set_defaults(fn=_cmd_run_lane)
sp = sub.add_parser("matrix", help="emit a GitHub Actions matrix as JSON")
g = sp.add_mutually_exclusive_group()
g.add_argument("--lane", choices=("fast", "full", "nightly", "python-only"))
g.add_argument("--tier", choices=("l0", "l1", "l2"))
sp.add_argument("--variant", choices=("standard", "rtx"))
sp.add_argument("--platform", choices=("linux-x86_64", "windows"))
sp.add_argument(
- "--changed-from", metavar="FILE",
+ "--changed-from",
+ metavar="FILE",
help="narrow to suites affected by these changed files (a file, or '-' "
- "for stdin; one repo-relative path per line). Broad changes → no narrowing.",
+ "for stdin; one repo-relative path per line). Broad changes → no narrowing.",
)
sp.set_defaults(fn=_cmd_matrix)
sub.add_parser("doctor", help="validate the manifest").set_defaults(fn=_cmd_doctor)
--- /home/runner/work/TensorRT/TensorRT/tests/ci/runner.py 2026-07-21 20:45:45.193321+00:00
+++ /home/runner/work/TensorRT/TensorRT/tests/ci/runner.py 2026-07-21 20:46:09.503224+00:00
@@ -213,12 +213,22 @@
# Path prefixes whose changes cannot affect any GPU test outcome. A PR touching
# ONLY these can skip the whole test matrix.
_NO_TEST_IMPACT = (
- "docs/", "docsrc/", "tools/", "notebooks/", "examples/", ".devcontainer/",
- "README", "CHANGELOG", "LICENSE", ".gitignore", ".pre-commit", ".flake8",
+ "docs/",
+ "docsrc/",
+ "tools/",
+ "notebooks/",
+ "examples/",
+ ".devcontainer/",
+ "README",
+ "CHANGELOG",
+ "LICENSE",
+ ".gitignore",
+ ".pre-commit",
+ ".flake8",
)
def _owned_dirs(s: Suite) -> set[str]:
"""Repo-relative directories a suite owns — the directory of each path target
--- /home/runner/work/TensorRT/TensorRT/tools/ci-dashboard/ci_dashboard.py 2026-07-21 20:45:45.218845+00:00
+++ /home/runner/work/TensorRT/TensorRT/tools/ci-dashboard/ci_dashboard.py 2026-07-21 20:46:15.596862+00:00
@@ -18,10 +18,11 @@
We parse that into {group, python, cuda, kind}; the group is a `<suite>-<variant>`
from the tests/ci manifest (tests/ci/suites.py — the SAME data CI runs), so a red
cell maps to the suite's pytest paths and its exact `python -m tests.ci run`
reproduce command. Pre-migration runs (tier-named) fall back to the legacy map.
"""
+
from __future__ import annotations
import argparse
import html
import json
@@ -60,42 +61,76 @@
# Kept only so historical, pre-migration runs (named "L2 dynamo core tests", not
# "<suite>-<variant>") still resolve. New runs go through the manifest above.
# Keys are normalized job group names (see _norm()); `fn` is the old shell tier.
TIER_MAP = {
"l0 dynamo converter tests": dict(
- fn="trt_tier_l0_converter", paths=["tests/py/dynamo/conversion/"]),
+ fn="trt_tier_l0_converter", paths=["tests/py/dynamo/conversion/"]
+ ),
"l0 dynamo core tests": dict(
fn="trt_tier_l0_core",
- paths=["tests/py/dynamo/runtime/test_000_*", "tests/py/dynamo/partitioning/test_000_*",
- "tests/py/dynamo/lowering/", "tests/py/dynamo/hlo/"]),
+ paths=[
+ "tests/py/dynamo/runtime/test_000_*",
+ "tests/py/dynamo/partitioning/test_000_*",
+ "tests/py/dynamo/lowering/",
+ "tests/py/dynamo/hlo/",
+ ],
+ ),
"l0 core python tests": dict(fn="trt_tier_l0_py_core", paths=["tests/py/core/"]),
"l0 torchscript tests": dict(
- fn="trt_tier_l0_torchscript", paths=["tests/py/ts/api/", "tests/modules/hub.py"]),
+ fn="trt_tier_l0_torchscript", paths=["tests/py/ts/api/", "tests/modules/hub.py"]
+ ),
"l1 dynamo core tests": dict(
fn="trt_tier_l1_dynamo_core",
- paths=["tests/py/dynamo/runtime/test_001_*", "tests/py/dynamo/partitioning/test_001_*",
- "tests/py/dynamo/hlo/"]),
+ paths=[
+ "tests/py/dynamo/runtime/test_001_*",
+ "tests/py/dynamo/partitioning/test_001_*",
+ "tests/py/dynamo/hlo/",
+ ],
+ ),
"l1 dynamo compile tests": dict(
- fn="trt_tier_l1_dynamo_compile", paths=["tests/py/dynamo/models/"]),
+ fn="trt_tier_l1_dynamo_compile", paths=["tests/py/dynamo/models/"]
+ ),
"l1 torch compile tests": dict(
fn="trt_tier_l1_torch_compile",
- paths=["tests/py/dynamo/backend/", "tests/py/dynamo/models/test_models.py",
- "tests/py/dynamo/models/test_dyn_models.py"]),
- "l1 torch script tests": dict(fn="trt_tier_l1_torchscript", paths=["tests/py/ts/models/"]),
+ paths=[
+ "tests/py/dynamo/backend/",
+ "tests/py/dynamo/models/test_models.py",
+ "tests/py/dynamo/models/test_dyn_models.py",
+ ],
+ ),
+ "l1 torch script tests": dict(
+ fn="trt_tier_l1_torchscript", paths=["tests/py/ts/models/"]
+ ),
"l2 torch compile tests": dict(
fn="trt_tier_l2_torch_compile",
- paths=["tests/py/dynamo/models/test_models.py", "tests/py/dynamo/models/test_dyn_models.py"]),
+ paths=[
+ "tests/py/dynamo/models/test_models.py",
+ "tests/py/dynamo/models/test_dyn_models.py",
+ ],
+ ),
"l2 dynamo compile tests": dict(
- fn="trt_tier_l2_dynamo_compile", paths=["tests/py/dynamo/models/", "tests/py/dynamo/llm/"]),
+ fn="trt_tier_l2_dynamo_compile",
+ paths=["tests/py/dynamo/models/", "tests/py/dynamo/llm/"],
+ ),
"l2 dynamo core tests": dict(
- fn="trt_tier_l2_dynamo_core", paths=["tests/py/dynamo/runtime/", "tests/py/dynamo/executorch/"]),
+ fn="trt_tier_l2_dynamo_core",
+ paths=["tests/py/dynamo/runtime/", "tests/py/dynamo/executorch/"],
+ ),
"l2 dynamo plugin tests": dict(
fn="trt_tier_l2_plugin",
- paths=["tests/py/dynamo/conversion/", "tests/py/dynamo/automatic_plugin/", "tests/py/kernels/"]),
- "l2 torch script tests": dict(fn="trt_tier_l2_torchscript", paths=["tests/py/ts/integrations/"]),
+ paths=[
+ "tests/py/dynamo/conversion/",
+ "tests/py/dynamo/automatic_plugin/",
+ "tests/py/kernels/",
+ ],
+ ),
+ "l2 torch script tests": dict(
+ fn="trt_tier_l2_torchscript", paths=["tests/py/ts/integrations/"]
+ ),
"l2 dynamo distributed tests": dict(
- fn="trt_tier_l2_distributed", paths=["tests/py/dynamo/distributed/"]),
+ fn="trt_tier_l2_distributed", paths=["tests/py/dynamo/distributed/"]
+ ),
}
def _norm(s: str) -> str:
"""Lowercase and collapse separators so 'L2-dynamo-core-tests' and
@@ -198,22 +233,25 @@
CACHE = Cache()
def gh(args, parse=True, timeout=90):
- proc = subprocess.run(["gh", *args], capture_output=True, text=True,
- timeout=timeout, cwd=REPO_ROOT)
+ proc = subprocess.run(
+ ["gh", *args], capture_output=True, text=True, timeout=timeout, cwd=REPO_ROOT
+ )
if proc.returncode != 0:
raise RuntimeError((proc.stderr or proc.stdout or "gh failed").strip())
return json.loads(proc.stdout) if parse else proc.stdout
@lru_cache(maxsize=1)
def repo_slug():
try:
- return gh(["repo", "view", "--json", "nameWithOwner", "-q", ".nameWithOwner"],
- parse=False).strip()
+ return gh(
+ ["repo", "view", "--json", "nameWithOwner", "-q", ".nameWithOwner"],
+ parse=False,
+ ).strip()
except Exception:
return "pytorch/TensorRT"
_DEFAULT_BRANCH = None
@@ -221,25 +259,33 @@
def default_branch():
if _DEFAULT_BRANCH:
return _DEFAULT_BRANCH
try:
- b = subprocess.run(["git", "rev-parse", "--abbrev-ref", "HEAD"],
- capture_output=True, text=True, cwd=REPO_ROOT).stdout.strip()
+ b = subprocess.run(
+ ["git", "rev-parse", "--abbrev-ref", "HEAD"],
+ capture_output=True,
+ text=True,
+ cwd=REPO_ROOT,
+ ).stdout.strip()
return b if b and b != "HEAD" else "main"
except Exception:
return "main"
# ── data layer ───────────────────────────────────────────────────────────────
def get_runs(branch, limit=40, refresh=False):
key = f"runs:{branch}:{limit}"
if not refresh and (c := CACHE.get(key)) is not None:
return c
- fields = ("databaseId,workflowName,displayTitle,headBranch,headSha,status,"
- "conclusion,event,createdAt,updatedAt,url,number")
- runs = gh(["run", "list", "--branch", branch, "--limit", str(limit), "--json", fields])
+ fields = (
+ "databaseId,workflowName,displayTitle,headBranch,headSha,status,"
+ "conclusion,event,createdAt,updatedAt,url,number"
+ )
+ runs = gh(
+ ["run", "list", "--branch", branch, "--limit", str(limit), "--json", fields]
+ )
newest = {}
for r in runs:
r["id"] = r.get("databaseId") # normalize (gh run list uses databaseId)
wf = r.get("workflowName") or "?"
if wf not in newest or r["createdAt"] > newest[wf]["createdAt"]:
@@ -267,40 +313,62 @@
kind = "build"
elif re.match(r"l[012]\b", gl):
kind = "test"
elif "matrix" in gl or "generate" in gl or group == "filter-matrix":
kind = "setup"
- elif raw.startswith("CI /") or "aggregate" in gl or "collect results" in gl or "rollup" in gl:
+ elif (
+ raw.startswith("CI /")
+ or "aggregate" in gl
+ or "collect results" in gl
+ or "rollup" in gl
+ ):
kind = "rollup"
else:
kind = "other"
return dict(
- id=j.get("databaseId") or j.get("id"), raw=raw, group=group, kind=kind,
- python=py.group(0) if py else None, cuda=cu.group(0) if cu else None,
- status=j.get("status"), conclusion=j.get("conclusion"),
+ id=j.get("databaseId") or j.get("id"),
+ raw=raw,
+ group=group,
+ kind=kind,
+ python=py.group(0) if py else None,
+ cuda=cu.group(0) if cu else None,
+ status=j.get("status"),
+ conclusion=j.get("conclusion"),
url=j.get("html_url") or j.get("url"),
- failedSteps=[s["name"] for s in j.get("steps", []) if s.get("conclusion") == "failure"],
+ failedSteps=[
+ s["name"] for s in j.get("steps", []) if s.get("conclusion") == "failure"
+ ],
)
def get_jobs(run_id, refresh=False):
key = f"jobs:{run_id}"
if not refresh and (c := CACHE.get(key)) is not None:
return c
- data = gh(["api", f"repos/{repo_slug()}/actions/runs/{run_id}/jobs",
- "--paginate", "-q", ".jobs[]"], parse=False)
+ data = gh(
+ [
+ "api",
+ f"repos/{repo_slug()}/actions/runs/{run_id}/jobs",
+ "--paginate",
+ "-q",
+ ".jobs[]",
+ ],
+ parse=False,
+ )
jobs = [json.loads(line) for line in data.splitlines() if line.strip()]
parsed = [_parse_job(j) for j in jobs]
live = any(j["status"] != "completed" for j in parsed)
CACHE.put(key, parsed, ttl=15 if live else 300)
return parsed
NOISE = re.compile(
r"Process completed with exit code|Node\.js \d+ is deprecated|"
r"is deprecated\. Please switch|conda\.cli|defaults' channel|auto_activate|"
- r"might have been added implicitly", re.I)
+ r"might have been added implicitly",
+ re.I,
+)
TESTLINE = re.compile(r"^(?P<test>[\w./-]+(?:\.[\w\[\]-]+)+)\s*$")
@lru_cache(maxsize=4096)
def grep_test(symbol):
@@ -310,12 +378,17 @@
leaf = re.sub(r"\[.*$", "", leaf)
if not re.match(r"^[A-Za-z_]\w+$", leaf):
return None
pat = f"def {leaf}\\b" if leaf.startswith("test") else f"class {leaf}\\b"
try:
- out = subprocess.run(["git", "grep", "-n", "-E", pat, "--", "tests/"],
- capture_output=True, text=True, cwd=REPO_ROOT, timeout=15).stdout
+ out = subprocess.run(
+ ["git", "grep", "-n", "-E", pat, "--", "tests/"],
+ capture_output=True,
+ text=True,
+ cwd=REPO_ROOT,
+ timeout=15,
+ ).stdout
except Exception:
return None
for line in out.splitlines():
path, lineno, _ = line.split(":", 2)
return (path, int(lineno))
@@ -343,31 +416,40 @@
dedupe = test or head
if dedupe in seen:
continue
seen.add(dedupe)
loc = grep_test(test) if test else None
- failures.append(dict(test=test, message=msg[:1400],
- file=loc[0] if loc else None, line=loc[1] if loc else None))
+ failures.append(
+ dict(
+ test=test,
+ message=msg[:1400],
+ file=loc[0] if loc else None,
+ line=loc[1] if loc else None,
+ )
+ )
result = dict(failures=failures)
CACHE.put(key, result, ttl=600)
return result
# ── job logs (fetch + per-test extraction) ──────────────────────────────────
-_TS = re.compile(r"^\d{4}-\d{2}-\d{2}T\d{2}:\d{2}:\d{2}\.\d+Z ") # GH line prefix
-_SEP = re.compile(r"^_{4,}\s+(.+?)\s+_{4,}\s*$") # pytest FAILURES sep
-_SECT = re.compile(r"^={4,}") # ==== section ====
+_TS = re.compile(r"^\d{4}-\d{2}-\d{2}T\d{2}:\d{2}:\d{2}\.\d+Z ") # GH line prefix
+_SEP = re.compile(r"^_{4,}\s+(.+?)\s+_{4,}\s*$") # pytest FAILURES sep
+_SECT = re.compile(r"^={4,}") # ==== section ====
def get_job_log(job_id, refresh=False):
"""Raw plain-text log for one job (immutable once complete → cached 1h)."""
key = f"log:{job_id}"
if not refresh and (c := CACHE.get(key)) is not None:
return c
try:
- raw = gh(["api", f"repos/{repo_slug()}/actions/jobs/{job_id}/logs"],
- parse=False, timeout=60)
+ raw = gh(
+ ["api", f"repos/{repo_slug()}/actions/jobs/{job_id}/logs"],
+ parse=False,
+ timeout=60,
+ )
except Exception:
raw = None
CACHE.put(key, raw, ttl=3600 if raw else 20)
return raw
@@ -379,12 +461,13 @@
def extract_test_log(lines, test, max_lines=160):
"""Pull the pytest FAILURES block for `test`. Falls back to a context window
around the test's last mention (covers custom harnesses w/o a FAILURES sep).
Returns the excerpt string, or None."""
leaf = re.split(r"[.:]", test)[-1].split("[")[0] if test else None
- seps = [(i, m.group(1).strip()) for i, ln in enumerate(lines)
- if (m := _SEP.match(ln))]
+ seps = [
+ (i, m.group(1).strip()) for i, ln in enumerate(lines) if (m := _SEP.match(ln))
+ ]
start = None
if test:
# Prefer an exact title match — the leaf method name (e.g. test_trt_compile)
# is shared across many classes, so fuzzy matching would grab the wrong block.
for i, title in seps:
@@ -405,53 +488,75 @@
end = j
break
block = lines[start:end]
else:
needle = leaf or test
- hit = next((i for i in range(len(lines) - 1, -1, -1) if needle and needle in lines[i]), None)
+ hit = next(
+ (i for i in range(len(lines) - 1, -1, -1) if needle and needle in lines[i]),
+ None,
+ )
if hit is None:
return None
- block = lines[max(0, hit - 4): hit + 44]
+ block = lines[max(0, hit - 4) : hit + 44]
if len(block) > max_lines:
- block = block[:max_lines] + [f"… (+{len(block) - max_lines} more lines — open the raw log)"]
+ block = block[:max_lines] + [
+ f"… (+{len(block) - max_lines} more lines — open the raw log)"
+ ]
return "\n".join(block).strip()
def summary_reasons(lines, test):
"""The concise `FAILED …/ERROR … - <reason>` lines from pytest's summary."""
leaf = re.split(r"[.:]", test)[-1].split("[")[0] if test else None
- return [ln for ln in lines
- if re.match(r"^(FAILED|ERROR) ", ln) and (not leaf or leaf in ln)]
+ return [
+ ln
+ for ln in lines
+ if re.match(r"^(FAILED|ERROR) ", ln) and (not leaf or leaf in ln)
+ ]
def render_joblog(job_id, url):
log = get_job_log(job_id)
- ghlink = f'<a href="{e(url)}" target="_blank" rel="noopener">job on GitHub ↗</a>' if url else ""
+ ghlink = (
+ f'<a href="{e(url)}" target="_blank" rel="noopener">job on GitHub ↗</a>'
+ if url
+ else ""
+ )
rawlink = f'<a href="/ui/joblog?job={e(job_id)}&raw=1" target="_blank" rel="noopener">raw log ↗</a>'
head = f'<div class="logsec-head"><span class="lbl">relevant logs</span>{rawlink} · {ghlink}</div>'
if not log:
- return head + ('<div class="muted">Log not available yet — the job may still be '
- f'running, or GitHub expired it. {ghlink}</div>')
+ return head + (
+ '<div class="muted">Log not available yet — the job may still be '
+ f"running, or GitHub expired it. {ghlink}</div>"
+ )
lines = _clean_lines(log)
fails = get_failures(job_id).get("failures", [])
blocks = []
for f in fails:
excerpt = extract_test_log(lines, f["test"])
reasons = summary_reasons(lines, f["test"])
title = e(f["test"] or "failure")
- reason_html = (f'<div class="logreason">{e(reasons[0][:300])}</div>' if reasons else "")
+ reason_html = (
+ f'<div class="logreason">{e(reasons[0][:300])}</div>' if reasons else ""
+ )
if excerpt:
- blocks.append(f'<details class="logblock" open><summary>{title}</summary>'
- f'{reason_html}<pre>{e(excerpt)}</pre></details>')
+ blocks.append(
+ f'<details class="logblock" open><summary>{title}</summary>'
+ f"{reason_html}<pre>{e(excerpt)}</pre></details>"
+ )
else:
- blocks.append(f'<details class="logblock"><summary>{title}</summary>'
- f'{reason_html}<div class="muted">No matching block in the log — '
- f'see the raw log.</div></details>')
+ blocks.append(
+ f'<details class="logblock"><summary>{title}</summary>'
+ f'{reason_html}<div class="muted">No matching block in the log — '
+ f"see the raw log.</div></details>"
+ )
if not fails: # build/env/setup failure: no test annotations → show the tail
tail = "\n".join(lines[-180:]).strip()
- blocks.append('<details class="logblock" open><summary>end of job log</summary>'
- f'<pre>{e(tail)}</pre></details>')
+ blocks.append(
+ '<details class="logblock" open><summary>end of job log</summary>'
+ f"<pre>{e(tail)}</pre></details>"
+ )
return head + "".join(blocks)
# ── status helpers ───────────────────────────────────────────────────────────
def classify(status, conclusion):
@@ -460,11 +565,13 @@
and a cancelled job didn't produce a verdict. Only `failure`/`timed_out`
(actually executed and failed) are `fail`."""
if status and status != "completed":
if status in ("in_progress", "running"):
return "run", "running"
- return "queue", status.replace("_", " ") # queued / waiting / pending / requested
+ return "queue", status.replace(
+ "_", " "
+ ) # queued / waiting / pending / requested
c = conclusion or ""
return {
"success": ("pass", "passed"),
"failure": ("fail", "failed"),
"timed_out": ("fail", "timed out"),
@@ -492,33 +599,80 @@
# so order is most-specific → most-generic. `kind` drives the tag colour:
# infra = "probably not your bug" · env/gap = setup/feature hole · bug = real.
# NOTE: an OOM often surfaces AS an AssertionError ("assert cuda_engine"); the OOM
# signatures below are listed first on purpose so they win over the generic assert.
_FAIL_CATS = [
- ("oom", "GPU / resource", "infra", re.compile(
- r"OutOfMemory|out of memory|createCaskHardwareInfo|\bCask\b|"
- r"build_serialized_network returned None|assert cuda_engine|cuda_engine\b|"
- r"catchCudaError|cudaError|cuInit|defaultAllocator|no CUDA GPUs|"
- r"CUDA error|cudaMalloc|device-side assert", re.I)),
- ("timeout", "timeout", "infra", re.compile(
- r"timed out|timeout|deadline exceeded|took too long", re.I)),
- ("import", "import / collection", "env", re.compile(
- r"ModuleNotFoundError|ImportError|No module named|cannot import name|"
- r"error collecting|errors during collection|failed to import", re.I)),
- ("unsupported", "unsupported op", "env", re.compile(
- r"no converter|not support|unsupported|Could not find any implementation|"
- r"UnsupportedOperator|no implementation for", re.I)),
- ("numerical", "numerical / accuracy", "bug", re.compile(
- r"not close|Mismatched elements|cosine|tolerance|allclose|"
- r"Max absolute difference|relative difference|accuracy|atol|rtol", re.I)),
- ("assertion", "assertion", "bug", re.compile(
- r"\bAssertionError\b|^\s*assert\s", re.I | re.M)),
- ("typeerr", "type / shape", "bug", re.compile(
- r"\b(TypeError|AttributeError|KeyError|IndexError|ValueError)\b|"
- r"shape mismatch|size mismatch|dtype", re.I)),
- ("runtime", "runtime error", "bug", re.compile(
- r"\b(RuntimeError|NotImplementedError)\b", re.I)),
+ (
+ "oom",
+ "GPU / resource",
+ "infra",
+ re.compile(
+ r"OutOfMemory|out of memory|createCaskHardwareInfo|\bCask\b|"
+ r"build_serialized_network returned None|assert cuda_engine|cuda_engine\b|"
+ r"catchCudaError|cudaError|cuInit|defaultAllocator|no CUDA GPUs|"
+ r"CUDA error|cudaMalloc|device-side assert",
+ re.I,
+ ),
+ ),
+ (
+ "timeout",
+ "timeout",
+ "infra",
+ re.compile(r"timed out|timeout|deadline exceeded|took too long", re.I),
+ ),
+ (
+ "import",
+ "import / collection",
+ "env",
+ re.compile(
+ r"ModuleNotFoundError|ImportError|No module named|cannot import name|"
+ r"error collecting|errors during collection|failed to import",
+ re.I,
+ ),
+ ),
+ (
+ "unsupported",
+ "unsupported op",
+ "env",
+ re.compile(
+ r"no converter|not support|unsupported|Could not find any implementation|"
+ r"UnsupportedOperator|no implementation for",
+ re.I,
+ ),
+ ),
+ (
+ "numerical",
+ "numerical / accuracy",
+ "bug",
+ re.compile(
+ r"not close|Mismatched elements|cosine|tolerance|allclose|"
+ r"Max absolute difference|relative difference|accuracy|atol|rtol",
+ re.I,
+ ),
+ ),
+ (
+ "assertion",
+ "assertion",
+ "bug",
+ re.compile(r"\bAssertionError\b|^\s*assert\s", re.I | re.M),
+ ),
+ (
+ "typeerr",
+ "type / shape",
+ "bug",
+ re.compile(
+ r"\b(TypeError|AttributeError|KeyError|IndexError|ValueError)\b|"
+ r"shape mismatch|size mismatch|dtype",
+ re.I,
+ ),
+ ),
+ (
+ "runtime",
+ "runtime error",
+ "bug",
+ re.compile(r"\b(RuntimeError|NotImplementedError)\b", re.I),
+ ),
]
# Roll-up labels for the per-run category tally (kind → human summary word).
_KIND_LABEL = {
@@ -538,12 +692,14 @@
return dict(key=key, label=label, kind=kind)
return dict(key="other", label="error", kind="unknown")
def _cat_tag(cat):
- return (f'<span class="cat {cat["kind"]}" '
- f'title="{e(cat["label"])} — {cat["kind"]}">{e(cat["label"])}</span>')
+ return (
+ f'<span class="cat {cat["kind"]}" '
+ f'title="{e(cat["label"])} — {cat["kind"]}">{e(cat["label"])}</span>'
+ )
def _config_pattern(occ, all_pys, all_cudas):
"""Which configuration a failure correlates with — the strongest diagnostic
signal after the category. Only asserts "X only" when X is a strict subset of
@@ -578,27 +734,34 @@
return f"{int(s // n)}{unit} ago"
return "just now"
def pretty_platform(name):
- n = (name.replace("Python-only build and test ", "py-only ")
- .replace("RTX - Build and test ", "RTX ")
- .replace("RTX - Python-only build and test ", "RTX py-only ")
- .replace("Build and test ", "").replace(" wheels", "")
- .replace(" for Jetpack", " · jetpack"))
+ n = (
+ name.replace("Python-only build and test ", "py-only ")
+ .replace("RTX - Build and test ", "RTX ")
+ .replace("RTX - Python-only build and test ", "RTX py-only ")
+ .replace("Build and test ", "")
+ .replace(" wheels", "")
+ .replace(" for Jetpack", " · jetpack")
+ )
return n.strip()
def e(s):
return html.escape(str(s if s is not None else ""))
def qp(**kw):
"""Build a URL-encoded, HTML-attribute-safe query string from kwargs, so
values with spaces/&/ (platform + tier names, job URLs) survive intact."""
- return e("&".join(f"{k}={quote(str(v if v is not None else ''), safe='')}"
- for k, v in kw.items()))
+ return e(
+ "&".join(
+ f"{k}={quote(str(v if v is not None else ''), safe='')}"
+ for k, v in kw.items()
+ )
+ )
# ── HTML fragment renderers ──────────────────────────────────────────────────
def _summary_html(runs, oob=False):
"""The top counts strip. Shared by the board and the live poller so the two
@@ -609,24 +772,35 @@
cls, _ = classify(r["status"], r["conclusion"])
counts[cls] = counts.get(cls, 0) + 1
didnt_run = counts["skip"] + counts["cancel"]
head = runs[0] if runs else {}
sha = (head.get("headSha") or "")[:9]
- commit = (f'<div class="commit"><code>{e(sha)}</code> · {e(head.get("displayTitle", ""))[:80]}'
- f' · {e(rel_time(head.get("createdAt")))}</div>')
+ commit = (
+ f'<div class="commit"><code>{e(sha)}</code> · {e(head.get("displayTitle", ""))[:80]}'
+ f' · {e(rel_time(head.get("createdAt")))}</div>'
+ )
def stat(cls, n, word):
- return (f'<span class="stat {cls}"><span class="dot {cls}"></span>'
- f'<span class="n">{n}</span> {word}</span>') if n else ""
- oob_attr = ' hx-swap-oob="true"' if oob else ''
- return (f'<div id="summary" class="summary"{oob_attr}>'
- f'{stat("fail", counts["fail"], "failing")}'
- f'{stat("run", counts["run"], "running")}'
- f'{stat("queue", counts["queue"], "queued")}'
- f'{stat("pass", counts["pass"], "passing")}'
- f'{stat("skip", didnt_run, "didn’t run")}'
- f'{commit}</div>')
+ return (
+ (
+ f'<span class="stat {cls}"><span class="dot {cls}"></span>'
+ f'<span class="n">{n}</span> {word}</span>'
+ )
+ if n
+ else ""
+ )
+
+ oob_attr = ' hx-swap-oob="true"' if oob else ""
+ return (
+ f'<div id="summary" class="summary"{oob_attr}>'
+ f'{stat("fail", counts["fail"], "failing")}'
+ f'{stat("run", counts["run"], "running")}'
+ f'{stat("queue", counts["queue"], "queued")}'
+ f'{stat("pass", counts["pass"], "passing")}'
+ f'{stat("skip", didnt_run, "didn’t run")}'
+ f"{commit}</div>"
+ )
def render_board(branch, refresh=False):
try:
runs = get_runs(branch, refresh=refresh)
@@ -635,38 +809,51 @@
if not runs:
return f'<div class="empty-state">No CI runs found for <code>{e(branch)}</code>.</div>'
for r in runs:
r["_cls"], r["_label"] = classify(r["status"], r["conclusion"])
- runs.sort(key=lambda r: (RANK.get(r["_cls"], 9), pretty_platform(r["workflowName"]).lower()))
+ runs.sort(
+ key=lambda r: (
+ RANK.get(r["_cls"], 9),
+ pretty_platform(r["workflowName"]).lower(),
+ )
+ )
summary = _summary_html(runs)
cards = []
for r in runs:
rid, cls, label = r["id"], r["_cls"], r["_label"]
plat = pretty_platform(r["workflowName"])
sub = f'{e(r.get("event",""))} · #{r.get("number","")} · {e(rel_time(r.get("createdAt")))}'
- q = qp(run=rid, sha=r.get("headSha", ""), platform=plat,
- refresh="1" if refresh else "0")
- cards.append(f'''
+ q = qp(
+ run=rid,
+ sha=r.get("headSha", ""),
+ platform=plat,
+ refresh="1" if refresh else "0",
+ )
+ cards.append(f"""
<details class="card {'fail' if cls=='fail' else ''}"
hx-get="/ui/platform?{q}" hx-trigger="toggle once"
hx-target="find .card-body" hx-swap="innerHTML">
<summary class="card-head">
<span class="dot {cls}"></span>
<span class="card-title">{e(plat)}<div class="sub">{sub}</div></span>
<span id="badge-{rid}" class="card-badge {cls}">{e(label)}</span>
<span class="caret">▸</span>
</summary>
<div class="card-body"><div class="muted" style="padding:10px 0"><span class="spinner"></span> loading jobs…</div></div>
- </details>''')
-
- poller = (f'<div hx-get="/ui/status?branch={e(branch)}" hx-trigger="load delay:20s, every 25s" '
- f'hx-swap="none"></div>')
- agg = (f'<h2 class="sec">Failures across platforms</h2>'
- f'<div id="agg" hx-get="/ui/aggregate?branch={e(branch)}" hx-trigger="load" hx-swap="innerHTML">'
- f'<div class="agg-loading"><span class="spinner"></span> scanning failing tests…</div></div>')
+ </details>""")
+
+ poller = (
+ f'<div hx-get="/ui/status?branch={e(branch)}" hx-trigger="load delay:20s, every 25s" '
+ f'hx-swap="none"></div>'
+ )
+ agg = (
+ f'<h2 class="sec">Failures across platforms</h2>'
+ f'<div id="agg" hx-get="/ui/aggregate?branch={e(branch)}" hx-trigger="load" hx-swap="innerHTML">'
+ f'<div class="agg-loading"><span class="spinner"></span> scanning failing tests…</div></div>'
+ )
board = f'<h2 class="sec">Platforms</h2><div id="board" class="board">{"".join(cards)}</div>'
return summary + agg + board + poller
def render_status(branch):
@@ -677,12 +864,14 @@
except Exception:
return ""
spans = []
for r in runs:
cls, label = classify(r["status"], r["conclusion"])
- spans.append(f'<span id="badge-{r["id"]}" hx-swap-oob="true" '
- f'class="card-badge {cls}">{e(label)}</span>')
+ spans.append(
+ f'<span id="badge-{r["id"]}" hx-swap-oob="true" '
+ f'class="card-badge {cls}">{e(label)}</span>'
+ )
return _summary_html(runs, oob=True) + "".join(spans)
KIND_ORDER = {"test": 0, "build": 1, "setup": 2, "rollup": 3, "other": 4}
@@ -699,38 +888,69 @@
groups = {}
for j in jobs:
groups.setdefault((KIND_ORDER.get(j["kind"], 9), j["group"]), []).append(j)
out = []
- for (_, gname), gjobs in sorted(groups.items(), key=lambda kv: (kv[0][0], kv[0][1])):
+ for (_, gname), gjobs in sorted(
+ groups.items(), key=lambda kv: (kv[0][0], kv[0][1])
+ ):
info = info_for(gname)
- tierpath = f'<span class="tierpath">{e(", ".join(info["paths"]))}</span>' if info else ""
+ tierpath = (
+ f'<span class="tierpath">{e(", ".join(info["paths"]))}</span>'
+ if info
+ else ""
+ )
cells, rows = [], []
for j in sorted(gjobs, key=lambda j: (j["python"] or "", j["cuda"] or "")):
cls, label = classify(j["status"], j["conclusion"])
failable = cls == "fail" and j["kind"] in ("test", "build")
if j["python"] and j["cuda"]:
- inner = (f'<span class="k"><span class="dot {cls}"></span>{e(j["python"])}·{e(j["cuda"])}</span>'
- f'<span class="v">{e(label)}</span>')
+ inner = (
+ f'<span class="k"><span class="dot {cls}"></span>{e(j["python"])}·{e(j["cuda"])}</span>'
+ f'<span class="v">{e(label)}</span>'
+ )
if failable:
- q = qp(job=j["id"], sha=sha, platform=platform, tier=gname,
- py=j["python"], cuda=j["cuda"], url=j["url"])
- cells.append(f'<div class="cell fail" tabindex="0" onclick="openDrawer()" '
- f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">{inner}</div>')
+ q = qp(
+ job=j["id"],
+ sha=sha,
+ platform=platform,
+ tier=gname,
+ py=j["python"],
+ cuda=j["cuda"],
+ url=j["url"],
+ )
+ cells.append(
+ f'<div class="cell fail" tabindex="0" onclick="openDrawer()" '
+ f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">{inner}</div>'
+ )
else:
cells.append(f'<div class="cell {cls}">{inner}</div>')
else:
name = j["raw"].split(" / ")[-1] or j["group"]
- link = f' <a href="{e(j["url"])}" target="_blank" rel="noopener">log ↗</a>' if j["url"] else ""
+ link = (
+ f' <a href="{e(j["url"])}" target="_blank" rel="noopener">log ↗</a>'
+ if j["url"]
+ else ""
+ )
extra = ""
if failable:
- q = qp(job=j["id"], sha=sha, platform=platform, tier=gname, url=j["url"])
- extra = (f' · <a href="#" onclick="openDrawer();return false" '
- f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">details</a>')
- rows.append(f'<div class="jobrow {cls}"><span class="dot {cls}"></span>'
- f'<span class="name">{e(name)}</span>'
- f'<span class="jobstate {cls}">{e(label)}</span>{link}{extra}</div>')
+ q = qp(
+ job=j["id"],
+ sha=sha,
+ platform=platform,
+ tier=gname,
+ url=j["url"],
+ )
+ extra = (
+ f' · <a href="#" onclick="openDrawer();return false" '
+ f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">details</a>'
+ )
+ rows.append(
+ f'<div class="jobrow {cls}"><span class="dot {cls}"></span>'
+ f'<span class="name">{e(name)}</span>'
+ f'<span class="jobstate {cls}">{e(label)}</span>{link}{extra}</div>'
+ )
body = ""
if cells:
body += f'<div class="matrix">{"".join(cells)}</div>'
if rows:
body += f'<div class="rows">{"".join(rows)}</div>'
@@ -738,49 +958,74 @@
return "".join(out)
def render_failures(job_id, sha, platform, tier, py, cuda, url):
data = get_failures(job_id)
- joblink = (f' · <a href="{e(url)}" target="_blank" rel="noopener">job log ↗</a>') if url else ""
- oob = (f'<span id="drawer-title" hx-swap-oob="true">{e(platform)} — {e(tier)}</span>'
- f'<span id="drawer-sub" hx-swap-oob="true">{e(py)} {e(cuda)}{joblink}</span>')
+ joblink = (
+ (f' · <a href="{e(url)}" target="_blank" rel="noopener">job log ↗</a>')
+ if url
+ else ""
+ )
+ oob = (
+ f'<span id="drawer-title" hx-swap-oob="true">{e(platform)} — {e(tier)}</span>'
+ f'<span id="drawer-sub" hx-swap-oob="true">{e(py)} {e(cuda)}{joblink}</span>'
+ )
if data.get("error"):
- return oob + f'<div class="muted">Could not load annotations: {e(data["error"])}</div>'
+ return (
+ oob
+ + f'<div class="muted">Could not load annotations: {e(data["error"])}</div>'
+ )
fails = data["failures"]
info = info_for(tier)
body = []
if not fails:
- loglink = f'<a href="{e(url)}" target="_blank" rel="noopener">Open the job log ↗</a>' if url else ""
- body.append('<div class="muted">No pytest failure annotations — this is likely a '
- f'build / environment / setup failure rather than a test assertion.<br><br>{loglink}</div>')
+ loglink = (
+ f'<a href="{e(url)}" target="_blank" rel="noopener">Open the job log ↗</a>'
+ if url
+ else ""
+ )
+ body.append(
+ '<div class="muted">No pytest failure annotations — this is likely a '
+ f"build / environment / setup failure rather than a test assertion.<br><br>{loglink}</div>"
+ )
for f in fails:
loc = ""
if f["file"]:
- gh_url = f'https://github.com/{repo_slug()}/blob/{sha}/{f["file"]}#L{f["line"]}'
- loc = (f'<div class="floc">↳ <a href="{e(gh_url)}" target="_blank" rel="noopener">'
- f'<code>{e(f["file"])}:{f["line"]}</code> ↗</a></div>')
+ gh_url = (
+ f'https://github.com/{repo_slug()}/blob/{sha}/{f["file"]}#L{f["line"]}'
+ )
+ loc = (
+ f'<div class="floc">↳ <a href="{e(gh_url)}" target="_blank" rel="noopener">'
+ f'<code>{e(f["file"])}:{f["line"]}</code> ↗</a></div>'
+ )
cat = categorize_failure(f["message"])
- body.append(f'<div class="fail-item"><div class="ftest">{e(f["test"] or "failure")}'
- f' {_cat_tag(cat)}</div>'
- f'{loc}<pre>{e(f["message"])}</pre></div>')
+ body.append(
+ f'<div class="fail-item"><div class="ftest">{e(f["test"] or "failure")}'
+ f" {_cat_tag(cat)}</div>"
+ f'{loc}<pre>{e(f["message"])}</pre></div>'
+ )
if info:
leaves = []
for f in fails:
if f["test"]:
leaf = re.split(r"[.:]", f["test"])[-1]
leaf = re.sub(r"\[.*$", "", leaf)
if leaf and leaf not in leaves:
leaves.append(leaf)
kexpr = " or ".join(leaves[:6])
cmd = info["repro"](kexpr)
- body.append(f'<div class="repro"><button class="copy" onclick="copyPre(this)">copy</button>'
- f'<div class="lbl">reproduce locally</div><code>{e(cmd)}</code></div>')
+ body.append(
+ f'<div class="repro"><button class="copy" onclick="copyPre(this)">copy</button>'
+ f'<div class="lbl">reproduce locally</div><code>{e(cmd)}</code></div>'
+ )
# Lazy: fetch the job log + extract the relevant block(s) once the drawer is in.
- body.append(f'<div class="logsec" hx-get="/ui/joblog?{qp(job=job_id, url=url)}" '
- f'hx-trigger="load" hx-swap="innerHTML">'
- f'<div class="muted" style="padding:8px 0"><span class="spinner"></span> '
- f'fetching relevant logs…</div></div>')
+ body.append(
+ f'<div class="logsec" hx-get="/ui/joblog?{qp(job=job_id, url=url)}" '
+ f'hx-trigger="load" hx-swap="innerHTML">'
+ f'<div class="muted" style="padding:8px 0"><span class="spinner"></span> '
+ f"fetching relevant logs…</div></div>"
+ )
return oob + "".join(body)
def render_aggregate(branch, refresh=False):
"""Cross-platform failure rollup: dedupe a failing test across every platform
@@ -796,38 +1041,57 @@
except Exception:
return []
with ThreadPoolExecutor(max_workers=8) as ex:
alljobs = [x for sub in ex.map(jobs_of, runs) for x in sub]
- failed = [(r, j) for r, j in alljobs
- if classify(j["status"], j["conclusion"])[0] == "fail" and j["kind"] == "test"]
+ failed = [
+ (r, j)
+ for r, j in alljobs
+ if classify(j["status"], j["conclusion"])[0] == "fail" and j["kind"] == "test"
+ ]
if not failed:
healthy = all(classify(r["status"], r["conclusion"])[0] != "fail" for r in runs)
- msg = ("No failing test jobs 🎉" if healthy
- else "No test-level failures found (failures are build/setup — see the platform grids).")
+ msg = (
+ "No failing test jobs 🎉"
+ if healthy
+ else "No test-level failures found (failures are build/setup — see the platform grids)."
+ )
return f'<div class="agg-ok">{msg}</div>'
def fails_of(rj):
r, j = rj
return (r, j, get_failures(j["id"], refresh=refresh).get("failures", []))
+
with ThreadPoolExecutor(max_workers=8) as ex:
results = list(ex.map(fails_of, failed))
agg = {}
for r, j, fails in results:
plat = pretty_platform(r["workflowName"])
if not fails: # failed job but no parseable test → bucket under the tier
key = f"[{j['group']}]"
a = agg.setdefault(key, dict(test=key, file=None, line=None, occ=[]))
- a["occ"].append(dict(plat=plat, py=j["python"], cuda=j["cuda"], url=j["url"], msg=""))
+ a["occ"].append(
+ dict(plat=plat, py=j["python"], cuda=j["cuda"], url=j["url"], msg="")
+ )
continue
for f in fails:
key = f["test"] or f["message"].splitlines()[0]
- a = agg.setdefault(key, dict(test=f["test"] or key, file=f["file"], line=f["line"], occ=[]))
+ a = agg.setdefault(
+ key, dict(test=f["test"] or key, file=f["file"], line=f["line"], occ=[])
+ )
a["file"] = a["file"] or f["file"]
a["line"] = a["line"] or f["line"]
- a["occ"].append(dict(plat=plat, py=j["python"], cuda=j["cuda"], url=j["url"], msg=f["message"]))
+ a["occ"].append(
+ dict(
+ plat=plat,
+ py=j["python"],
+ cuda=j["cuda"],
+ url=j["url"],
+ msg=f["message"],
+ )
+ )
# Config universe (what actually ran) so "X only" hints are real subsets.
test_jobs = [j for _, j in alljobs if j["kind"] == "test"]
all_pys = {j["python"] for j in test_jobs if j["python"]}
all_cudas = {j["cuda"] for j in test_jobs if j["cuda"]}
@@ -839,12 +1103,17 @@
# Real regressions (bug) first, then env/gap, infra last; ties → most cells.
_KIND_RANK = {"bug": 0, "env": 1, "unknown": 2, "infra": 3}
rows = sorted(
agg.values(),
- key=lambda a: (_KIND_RANK.get(a["cat"]["kind"], 2),
- -len({o["plat"] for o in a["occ"]}), -len(a["occ"]), a["test"]))
+ key=lambda a: (
+ _KIND_RANK.get(a["cat"]["kind"], 2),
+ -len({o["plat"] for o in a["occ"]}),
+ -len(a["occ"]),
+ a["test"],
+ ),
+ )
out = []
for a in rows:
plats = sorted({o["plat"] for o in a["occ"]})
ncells = len(a["occ"])
loc = ""
@@ -852,31 +1121,35 @@
gh_url = f'https://github.com/{repo_slug()}/blob/{runs[0].get("headSha","")}/{a["file"]}#L{a["line"]}'
loc = f'<div class="agg-file">↳ <a href="{e(gh_url)}" target="_blank" rel="noopener"><code>{e(a["file"])}:{a["line"]}</code> ↗</a></div>'
chips = "".join(f'<span class="chip">{e(p)}</span>' for p in plats)
pat = _config_pattern(a["occ"], all_pys, all_cudas)
patchips = "".join(f'<span class="cfgpat">{e(p)}</span>' for p in pat)
- out.append(f'''<details class="agg-row-d">
+ out.append(f"""<details class="agg-row-d">
<summary class="agg-row">
<div><div class="agg-test">{e(a["test"])} {_cat_tag(a["cat"])}{patchips}</div>{loc}</div>
<span class="agg-count"><span class="dot fail"></span>{len(plats)} platform{"s" if len(plats)!=1 else ""} · {ncells} cell{"s" if ncells!=1 else ""}</span>
</summary>
<div class="agg-detail"><div class="chips">{chips}</div>{f"<pre>{e(a['sample'])}</pre>" if a["sample"] else ""}</div>
- </details>''')
+ </details>""")
# Category tally — an instant read on the run's character (infra flakes vs regressions).
tally = {}
for a in rows:
tally.setdefault(a["cat"]["kind"], dict(n=0, label=a["cat"]["label"]))["n"] += 1
order = ["bug", "env", "unknown", "infra"]
tstr = " · ".join(
f'<span class="cat {k}">{tally[k]["n"]} {e(_KIND_LABEL[k])}</span>'
- for k in order if k in tally)
- header = (f'<div class="agg-head-row"><span>{len(rows)} distinct failing test'
- f'{"s" if len(rows)!=1 else ""} across '
- f'{len({o["plat"] for a in rows for o in a["occ"]})} platforms</span>'
- f'<span class="agg-tally">{tstr}</span>'
- f'<button class="btn small" hx-get="/ui/aggregate?branch={e(branch)}&refresh=1" '
- f'hx-target="#agg" hx-swap="innerHTML">↻ rescan</button></div>')
+ for k in order
+ if k in tally
+ )
+ header = (
+ f'<div class="agg-head-row"><span>{len(rows)} distinct failing test'
+ f'{"s" if len(rows)!=1 else ""} across '
+ f'{len({o["plat"] for a in rows for o in a["occ"]})} platforms</span>'
+ f'<span class="agg-tally">{tstr}</span>'
+ f'<button class="btn small" hx-get="/ui/aggregate?branch={e(branch)}&refresh=1" '
+ f'hx-target="#agg" hx-swap="innerHTML">↻ rescan</button></div>'
+ )
return header + f'<div class="agg">{"".join(out)}</div>'
# ── HTTP server ──────────────────────────────────────────────────────────────
class Handler(BaseHTTPRequestHandler):
@@ -900,49 +1173,74 @@
try:
p = u.path
if p in ("/", "/index.html"):
return self._index()
if p.startswith("/static/"):
- return self._static(p[len("/static/"):])
+ return self._static(p[len("/static/") :])
if p == "/ui/board":
- return self._send(200, render_board(q.get("branch") or default_branch(), refresh))
+ return self._send(
+ 200, render_board(q.get("branch") or default_branch(), refresh)
+ )
if p == "/ui/status":
- return self._send(200, render_status(q.get("branch") or default_branch()))
+ return self._send(
+ 200, render_status(q.get("branch") or default_branch())
+ )
if p == "/ui/platform":
- return self._send(200, render_platform(q["run"], q.get("sha", ""),
- q.get("platform", ""), refresh))
+ return self._send(
+ 200,
+ render_platform(
+ q["run"], q.get("sha", ""), q.get("platform", ""), refresh
+ ),
+ )
if p == "/ui/failures":
- return self._send(200, render_failures(
- q["job"], q.get("sha", ""), q.get("platform", ""), q.get("tier", ""),
- q.get("py", ""), q.get("cuda", ""), q.get("url", "")))
+ return self._send(
+ 200,
+ render_failures(
+ q["job"],
+ q.get("sha", ""),
+ q.get("platform", ""),
+ q.get("tier", ""),
+ q.get("py", ""),
+ q.get("cuda", ""),
+ q.get("url", ""),
+ ),
+ )
if p == "/ui/aggregate":
- return self._send(200, render_aggregate(q.get("branch") or default_branch(), refresh))
+ return self._send(
+ 200, render_aggregate(q.get("branch") or default_branch(), refresh)
+ )
if p == "/ui/joblog":
if q.get("raw") == "1":
log = get_job_log(q["job"], refresh)
- return self._send(200 if log else 404,
- log or "log not available", "text/plain; charset=utf-8")
+ return self._send(
+ 200 if log else 404,
+ log or "log not available",
+ "text/plain; charset=utf-8",
+ )
return self._send(200, render_joblog(q["job"], q.get("url", "")))
return self._send(404, "not found", "text/plain")
except KeyError as ex:
self._send(400, f"missing param {ex}", "text/plain")
except Exception as ex:
self._send(500, f'<div class="muted">error: {e(ex)}</div>')
def _index(self):
with open(os.path.join(STATIC, "index.html"), encoding="utf-8") as f:
html_s = f.read()
- html_s = html_s.replace("{{BRANCH}}", e(default_branch())).replace("{{REPO}}", e(repo_slug()))
+ html_s = html_s.replace("{{BRANCH}}", e(default_branch())).replace(
+ "{{REPO}}", e(repo_slug())
+ )
self._send(200, html_s)
def _static(self, rel):
rel = rel.split("?")[0].lstrip("/")
path = os.path.normpath(os.path.join(STATIC, rel))
if not path.startswith(STATIC) or not os.path.isfile(path):
return self._send(404, "not found", "text/plain")
- ctype = {"html": "text/html", "js": "text/javascript",
- "css": "text/css"}.get(rel.rsplit(".", 1)[-1], "application/octet-stream")
+ ctype = {"html": "text/html", "js": "text/javascript", "css": "text/css"}.get(
+ rel.rsplit(".", 1)[-1], "application/octet-stream"
+ )
with open(path, "rb") as f:
self._send(200, f.read(), ctype + "; charset=utf-8")
def preflight():
@@ -954,12 +1252,17 @@
def tailscale_ip():
"""Best-effort Tailscale IPv4 (100.64.0.0/10). Uses the CLI if present,
otherwise sniffs local interfaces. Returns None if not on a tailnet."""
try:
- out = subprocess.run(["tailscale", "ip", "-4"], capture_output=True,
- text=True, timeout=3).stdout.strip().splitlines()
+ out = (
+ subprocess.run(
+ ["tailscale", "ip", "-4"], capture_output=True, text=True, timeout=3
+ )
+ .stdout.strip()
+ .splitlines()
+ )
if out and out[0]:
return out[0].strip()
except Exception:
pass
try:
@@ -987,13 +1290,16 @@
def main():
global _DEFAULT_BRANCH
ap = argparse.ArgumentParser(description="Local Torch-TensorRT CI dashboard")
ap.add_argument("-b", "--branch", default=None, help="default branch to show")
ap.add_argument("-p", "--port", type=int, default=8712)
- ap.add_argument("--host", default="0.0.0.0",
- help="bind address (default 0.0.0.0 — reachable over LAN/Tailscale; "
- "use 127.0.0.1 to keep it local-only)")
+ ap.add_argument(
+ "--host",
+ default="0.0.0.0",
+ help="bind address (default 0.0.0.0 — reachable over LAN/Tailscale; "
+ "use 127.0.0.1 to keep it local-only)",
+ )
ap.add_argument("--no-open", action="store_true")
args = ap.parse_args()
preflight()
if args.branch:
_DEFAULT_BRANCH = args.branch
@@ -1006,15 +1312,18 @@
if ts:
print(f" tailscale http://{ts}:{args.port}/")
lan = lan_ip()
if lan and lan != ts:
print(f" lan http://{lan}:{args.port}/")
- print(" (bound to all interfaces — anyone who can reach this host can view CI status)")
+ print(
+ " (bound to all interfaces — anyone who can reach this host can view CI status)"
+ )
print("Ctrl-C to stop.", flush=True)
if not args.no_open:
try:
import webbrowser
+
webbrowser.open(local) # always open the loopback URL locally
except Exception:
pass
try:
srv.serve_forever()
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There are some changes that do not conform to Python style guidelines:
--- /home/runner/work/TensorRT/TensorRT/py/torch_tensorrt/dynamo/lowering/passes/eliminate_sym_min_int64_max.py 2026-07-21 21:48:20.452222+00:00
+++ /home/runner/work/TensorRT/TensorRT/py/torch_tensorrt/dynamo/lowering/passes/eliminate_sym_min_int64_max.py 2026-07-21 21:48:46.327215+00:00
@@ -2,11 +2,10 @@
import torch
from torch.fx import GraphModule, Node
from .pass_utils import clean_up_graph_after_modifications
-
_INT64_MAX = 2**63 - 1
_SYM_MIN = getattr(torch, "sym_min", None)
--- /home/runner/work/TensorRT/TensorRT/tests/ci/__main__.py 2026-07-21 21:48:20.470972+00:00
+++ /home/runner/work/TensorRT/TensorRT/tests/ci/__main__.py 2026-07-21 21:48:48.022342+00:00
@@ -76,11 +76,14 @@
def _cmd_run_lane(args: argparse.Namespace) -> int:
"""Run every suite in a lane/tier, continuing past failures (so one consolidated
report sees them all). Returns non-zero if any suite failed."""
jobs = select(
- lane=args.lane, tier=args.tier, variant=args.variant, platform=args.platform,
+ lane=args.lane,
+ tier=args.tier,
+ variant=args.variant,
+ platform=args.platform,
changed=_read_changed(args),
)
if not jobs:
print("::warning::no suites match the given filters", file=sys.stderr)
return 0
@@ -90,11 +93,14 @@
return rc
def _cmd_matrix(args: argparse.Namespace) -> int:
include = matrix(
- lane=args.lane, tier=args.tier, variant=args.variant, platform=args.platform,
+ lane=args.lane,
+ tier=args.tier,
+ variant=args.variant,
+ platform=args.platform,
changed=_read_changed(args),
)
if not include:
print("::warning::matrix is empty for the given filters", file=sys.stderr)
print(json.dumps({"include": include}))
@@ -177,26 +183,28 @@
g.add_argument("--tier", choices=("l0", "l1", "l2"))
sp.add_argument("--variant", choices=("standard", "rtx"))
sp.add_argument("--platform", choices=("linux-x86_64", "windows"))
sp.add_argument("--dry-run", action="store_true")
sp.add_argument(
- "--changed-from", metavar="FILE",
+ "--changed-from",
+ metavar="FILE",
help="narrow to suites affected by these changed files (a file, or '-' "
- "for stdin; one repo-relative path per line). Broad changes → no narrowing.",
+ "for stdin; one repo-relative path per line). Broad changes → no narrowing.",
)
sp.set_defaults(fn=_cmd_run_lane)
sp = sub.add_parser("matrix", help="emit a GitHub Actions matrix as JSON")
g = sp.add_mutually_exclusive_group()
g.add_argument("--lane", choices=("fast", "full", "nightly", "python-only"))
g.add_argument("--tier", choices=("l0", "l1", "l2"))
sp.add_argument("--variant", choices=("standard", "rtx"))
sp.add_argument("--platform", choices=("linux-x86_64", "windows"))
sp.add_argument(
- "--changed-from", metavar="FILE",
+ "--changed-from",
+ metavar="FILE",
help="narrow to suites affected by these changed files (a file, or '-' "
- "for stdin; one repo-relative path per line). Broad changes → no narrowing.",
+ "for stdin; one repo-relative path per line). Broad changes → no narrowing.",
)
sp.set_defaults(fn=_cmd_matrix)
sub.add_parser("doctor", help="validate the manifest").set_defaults(fn=_cmd_doctor)
--- /home/runner/work/TensorRT/TensorRT/tests/ci/runner.py 2026-07-21 21:48:20.470972+00:00
+++ /home/runner/work/TensorRT/TensorRT/tests/ci/runner.py 2026-07-21 21:48:48.105328+00:00
@@ -213,12 +213,22 @@
# Path prefixes whose changes cannot affect any GPU test outcome. A PR touching
# ONLY these can skip the whole test matrix.
_NO_TEST_IMPACT = (
- "docs/", "docsrc/", "tools/", "notebooks/", "examples/", ".devcontainer/",
- "README", "CHANGELOG", "LICENSE", ".gitignore", ".pre-commit", ".flake8",
+ "docs/",
+ "docsrc/",
+ "tools/",
+ "notebooks/",
+ "examples/",
+ ".devcontainer/",
+ "README",
+ "CHANGELOG",
+ "LICENSE",
+ ".gitignore",
+ ".pre-commit",
+ ".flake8",
)
def _owned_dirs(s: Suite) -> set[str]:
"""Repo-relative directories a suite owns — the directory of each path target
--- /home/runner/work/TensorRT/TensorRT/tools/ci-dashboard/ci_dashboard.py 2026-07-21 21:48:20.497579+00:00
+++ /home/runner/work/TensorRT/TensorRT/tools/ci-dashboard/ci_dashboard.py 2026-07-21 21:48:54.906906+00:00
@@ -18,10 +18,11 @@
We parse that into {group, python, cuda, kind}; the group is a `<suite>-<variant>`
from the tests/ci manifest (tests/ci/suites.py — the SAME data CI runs), so a red
cell maps to the suite's pytest paths and its exact `python -m tests.ci run`
reproduce command. Pre-migration runs (tier-named) fall back to the legacy map.
"""
+
from __future__ import annotations
import argparse
import html
import json
@@ -60,42 +61,76 @@
# Kept only so historical, pre-migration runs (named "L2 dynamo core tests", not
# "<suite>-<variant>") still resolve. New runs go through the manifest above.
# Keys are normalized job group names (see _norm()); `fn` is the old shell tier.
TIER_MAP = {
"l0 dynamo converter tests": dict(
- fn="trt_tier_l0_converter", paths=["tests/py/dynamo/conversion/"]),
+ fn="trt_tier_l0_converter", paths=["tests/py/dynamo/conversion/"]
+ ),
"l0 dynamo core tests": dict(
fn="trt_tier_l0_core",
- paths=["tests/py/dynamo/runtime/test_000_*", "tests/py/dynamo/partitioning/test_000_*",
- "tests/py/dynamo/lowering/", "tests/py/dynamo/hlo/"]),
+ paths=[
+ "tests/py/dynamo/runtime/test_000_*",
+ "tests/py/dynamo/partitioning/test_000_*",
+ "tests/py/dynamo/lowering/",
+ "tests/py/dynamo/hlo/",
+ ],
+ ),
"l0 core python tests": dict(fn="trt_tier_l0_py_core", paths=["tests/py/core/"]),
"l0 torchscript tests": dict(
- fn="trt_tier_l0_torchscript", paths=["tests/py/ts/api/", "tests/modules/hub.py"]),
+ fn="trt_tier_l0_torchscript", paths=["tests/py/ts/api/", "tests/modules/hub.py"]
+ ),
"l1 dynamo core tests": dict(
fn="trt_tier_l1_dynamo_core",
- paths=["tests/py/dynamo/runtime/test_001_*", "tests/py/dynamo/partitioning/test_001_*",
- "tests/py/dynamo/hlo/"]),
+ paths=[
+ "tests/py/dynamo/runtime/test_001_*",
+ "tests/py/dynamo/partitioning/test_001_*",
+ "tests/py/dynamo/hlo/",
+ ],
+ ),
"l1 dynamo compile tests": dict(
- fn="trt_tier_l1_dynamo_compile", paths=["tests/py/dynamo/models/"]),
+ fn="trt_tier_l1_dynamo_compile", paths=["tests/py/dynamo/models/"]
+ ),
"l1 torch compile tests": dict(
fn="trt_tier_l1_torch_compile",
- paths=["tests/py/dynamo/backend/", "tests/py/dynamo/models/test_models.py",
- "tests/py/dynamo/models/test_dyn_models.py"]),
- "l1 torch script tests": dict(fn="trt_tier_l1_torchscript", paths=["tests/py/ts/models/"]),
+ paths=[
+ "tests/py/dynamo/backend/",
+ "tests/py/dynamo/models/test_models.py",
+ "tests/py/dynamo/models/test_dyn_models.py",
+ ],
+ ),
+ "l1 torch script tests": dict(
+ fn="trt_tier_l1_torchscript", paths=["tests/py/ts/models/"]
+ ),
"l2 torch compile tests": dict(
fn="trt_tier_l2_torch_compile",
- paths=["tests/py/dynamo/models/test_models.py", "tests/py/dynamo/models/test_dyn_models.py"]),
+ paths=[
+ "tests/py/dynamo/models/test_models.py",
+ "tests/py/dynamo/models/test_dyn_models.py",
+ ],
+ ),
"l2 dynamo compile tests": dict(
- fn="trt_tier_l2_dynamo_compile", paths=["tests/py/dynamo/models/", "tests/py/dynamo/llm/"]),
+ fn="trt_tier_l2_dynamo_compile",
+ paths=["tests/py/dynamo/models/", "tests/py/dynamo/llm/"],
+ ),
"l2 dynamo core tests": dict(
- fn="trt_tier_l2_dynamo_core", paths=["tests/py/dynamo/runtime/", "tests/py/dynamo/executorch/"]),
+ fn="trt_tier_l2_dynamo_core",
+ paths=["tests/py/dynamo/runtime/", "tests/py/dynamo/executorch/"],
+ ),
"l2 dynamo plugin tests": dict(
fn="trt_tier_l2_plugin",
- paths=["tests/py/dynamo/conversion/", "tests/py/dynamo/automatic_plugin/", "tests/py/kernels/"]),
- "l2 torch script tests": dict(fn="trt_tier_l2_torchscript", paths=["tests/py/ts/integrations/"]),
+ paths=[
+ "tests/py/dynamo/conversion/",
+ "tests/py/dynamo/automatic_plugin/",
+ "tests/py/kernels/",
+ ],
+ ),
+ "l2 torch script tests": dict(
+ fn="trt_tier_l2_torchscript", paths=["tests/py/ts/integrations/"]
+ ),
"l2 dynamo distributed tests": dict(
- fn="trt_tier_l2_distributed", paths=["tests/py/dynamo/distributed/"]),
+ fn="trt_tier_l2_distributed", paths=["tests/py/dynamo/distributed/"]
+ ),
}
def _norm(s: str) -> str:
"""Lowercase and collapse separators so 'L2-dynamo-core-tests' and
@@ -198,22 +233,25 @@
CACHE = Cache()
def gh(args, parse=True, timeout=90):
- proc = subprocess.run(["gh", *args], capture_output=True, text=True,
- timeout=timeout, cwd=REPO_ROOT)
+ proc = subprocess.run(
+ ["gh", *args], capture_output=True, text=True, timeout=timeout, cwd=REPO_ROOT
+ )
if proc.returncode != 0:
raise RuntimeError((proc.stderr or proc.stdout or "gh failed").strip())
return json.loads(proc.stdout) if parse else proc.stdout
@lru_cache(maxsize=1)
def repo_slug():
try:
- return gh(["repo", "view", "--json", "nameWithOwner", "-q", ".nameWithOwner"],
- parse=False).strip()
+ return gh(
+ ["repo", "view", "--json", "nameWithOwner", "-q", ".nameWithOwner"],
+ parse=False,
+ ).strip()
except Exception:
return "pytorch/TensorRT"
_DEFAULT_BRANCH = None
@@ -221,25 +259,33 @@
def default_branch():
if _DEFAULT_BRANCH:
return _DEFAULT_BRANCH
try:
- b = subprocess.run(["git", "rev-parse", "--abbrev-ref", "HEAD"],
- capture_output=True, text=True, cwd=REPO_ROOT).stdout.strip()
+ b = subprocess.run(
+ ["git", "rev-parse", "--abbrev-ref", "HEAD"],
+ capture_output=True,
+ text=True,
+ cwd=REPO_ROOT,
+ ).stdout.strip()
return b if b and b != "HEAD" else "main"
except Exception:
return "main"
# ── data layer ───────────────────────────────────────────────────────────────
def get_runs(branch, limit=40, refresh=False):
key = f"runs:{branch}:{limit}"
if not refresh and (c := CACHE.get(key)) is not None:
return c
- fields = ("databaseId,workflowName,displayTitle,headBranch,headSha,status,"
- "conclusion,event,createdAt,updatedAt,url,number")
- runs = gh(["run", "list", "--branch", branch, "--limit", str(limit), "--json", fields])
+ fields = (
+ "databaseId,workflowName,displayTitle,headBranch,headSha,status,"
+ "conclusion,event,createdAt,updatedAt,url,number"
+ )
+ runs = gh(
+ ["run", "list", "--branch", branch, "--limit", str(limit), "--json", fields]
+ )
newest = {}
for r in runs:
r["id"] = r.get("databaseId") # normalize (gh run list uses databaseId)
wf = r.get("workflowName") or "?"
if wf not in newest or r["createdAt"] > newest[wf]["createdAt"]:
@@ -267,51 +313,73 @@
kind = "build"
elif re.match(r"l[012]\b", gl):
kind = "test"
elif "matrix" in gl or "generate" in gl or group == "filter-matrix":
kind = "setup"
- elif raw.startswith("CI /") or "aggregate" in gl or "collect results" in gl or "rollup" in gl:
+ elif (
+ raw.startswith("CI /")
+ or "aggregate" in gl
+ or "collect results" in gl
+ or "rollup" in gl
+ ):
kind = "rollup"
else:
kind = "other"
return dict(
- id=j.get("databaseId") or j.get("id"), raw=raw, group=group, kind=kind,
- python=py.group(0) if py else None, cuda=cu.group(0) if cu else None,
- status=j.get("status"), conclusion=j.get("conclusion"),
+ id=j.get("databaseId") or j.get("id"),
+ raw=raw,
+ group=group,
+ kind=kind,
+ python=py.group(0) if py else None,
+ cuda=cu.group(0) if cu else None,
+ status=j.get("status"),
+ conclusion=j.get("conclusion"),
url=j.get("html_url") or j.get("url"),
- failedSteps=[s["name"] for s in j.get("steps", []) if s.get("conclusion") == "failure"],
+ failedSteps=[
+ s["name"] for s in j.get("steps", []) if s.get("conclusion") == "failure"
+ ],
)
def get_jobs(run_id, refresh=False):
key = f"jobs:{run_id}"
if not refresh and (c := CACHE.get(key)) is not None:
return c
- data = gh(["api", f"repos/{repo_slug()}/actions/runs/{run_id}/jobs",
- "--paginate", "-q", ".jobs[]"], parse=False)
+ data = gh(
+ [
+ "api",
+ f"repos/{repo_slug()}/actions/runs/{run_id}/jobs",
+ "--paginate",
+ "-q",
+ ".jobs[]",
+ ],
+ parse=False,
+ )
jobs = [json.loads(line) for line in data.splitlines() if line.strip()]
parsed = [_parse_job(j) for j in jobs]
live = any(j["status"] != "completed" for j in parsed)
CACHE.put(key, parsed, ttl=15 if live else 300)
return parsed
NOISE = re.compile(
r"Process completed with exit code|Node\.js \d+ is deprecated|"
r"is deprecated\. Please switch|conda\.cli|defaults' channel|auto_activate|"
- r"might have been added implicitly", re.I)
+ r"might have been added implicitly",
+ re.I,
+)
# A test id is the annotation's first line: a single token that names a test —
# a bare `test_x[param]`, a dotted `Class.test_x`, or a `file.py::Class::test_x`
# nodeid. (The old regex required a dot, so it missed bare parametrized names.)
TESTLINE = re.compile(r"^[\w./\[\]:-]+$")
def _test_name(head):
"""Pull a test id out of an annotation's first line, or None."""
if not head or " " in head or not TESTLINE.match(head):
return None
- tok = head.split("::")[-1] if "::" in head else head # nodeid → last segment
+ tok = head.split("::")[-1] if "::" in head else head # nodeid → last segment
return tok if re.search(r"test", tok, re.I) else None
def _annot_loc(a):
"""Exact (repo-relative file, line) straight from the annotation — better than
@@ -323,12 +391,17 @@
return (m.group(1), a.get("start_line") or 0)
def _git_grep(pat):
try:
- out = subprocess.run(["git", "grep", "-n", "-E", pat, "--", "tests/"],
- capture_output=True, text=True, cwd=REPO_ROOT, timeout=15).stdout
+ out = subprocess.run(
+ ["git", "grep", "-n", "-E", pat, "--", "tests/"],
+ capture_output=True,
+ text=True,
+ cwd=REPO_ROOT,
+ timeout=15,
+ ).stdout
except Exception:
return None
for line in out.splitlines():
path, lineno, _ = line.split(":", 2)
return (path, int(lineno))
@@ -340,15 +413,15 @@
"""Resolve a failing-test symbol (Class.method / module.func) to (file, line)
via `git grep`. Tries the method, then the enclosing class — parametrized names
(`@parameterized.expand` → test_x_5) have no literal `def`, so the class is the
best anchor. Returns None if nothing matches."""
parts = [re.sub(r"\[.*$", "", p) for p in re.split(r"[.:]+", symbol.strip()) if p]
- for token in reversed(parts): # method first, then its class
+ for token in reversed(parts): # method first, then its class
if not re.match(r"^[A-Za-z_]\w+$", token):
continue
pat = f"def {token}\\b" if token.startswith("test") else f"class {token}\\b"
- if (hit := _git_grep(pat)):
+ if hit := _git_grep(pat):
return hit
return None
def get_failures(job_id, refresh=False):
@@ -370,35 +443,46 @@
test = _test_name(head)
dedupe = test or head
if dedupe in seen:
continue
seen.add(dedupe)
- loc = _annot_loc(a) or (grep_test(test) if test else None) # annotation line first
- failures.append(dict(test=test, message=msg[:1400],
- file=loc[0] if loc else None, line=loc[1] if loc else None))
+ loc = _annot_loc(a) or (
+ grep_test(test) if test else None
+ ) # annotation line first
+ failures.append(
+ dict(
+ test=test,
+ message=msg[:1400],
+ file=loc[0] if loc else None,
+ line=loc[1] if loc else None,
+ )
+ )
result = dict(failures=failures)
CACHE.put(key, result, ttl=600)
return result
# ── job logs (fetch + per-test extraction) ──────────────────────────────────
-_TS = re.compile(r"^\d{4}-\d{2}-\d{2}T\d{2}:\d{2}:\d{2}\.\d+Z ") # GH line prefix
-_ANSI = re.compile(r"\x1b\[[0-9;]*[A-Za-z]") # SGR / CSI colour codes
-_GROUP = re.compile(r"^##\[(?:group|section|command)\]") # fold marker → keep title
-_ENDGROUP = re.compile(r"^##\[endgroup\]\s*$") # pure noise
-_SEP = re.compile(r"^_{4,}\s+(.+?)\s+_{4,}\s*$") # pytest FAILURES sep
-_SECT = re.compile(r"^={4,}") # ==== section ====
+_TS = re.compile(r"^\d{4}-\d{2}-\d{2}T\d{2}:\d{2}:\d{2}\.\d+Z ") # GH line prefix
+_ANSI = re.compile(r"\x1b\[[0-9;]*[A-Za-z]") # SGR / CSI colour codes
+_GROUP = re.compile(r"^##\[(?:group|section|command)\]") # fold marker → keep title
+_ENDGROUP = re.compile(r"^##\[endgroup\]\s*$") # pure noise
+_SEP = re.compile(r"^_{4,}\s+(.+?)\s+_{4,}\s*$") # pytest FAILURES sep
+_SECT = re.compile(r"^={4,}") # ==== section ====
def get_job_log(job_id, refresh=False):
"""Raw plain-text log for one job (immutable once complete → cached 1h)."""
key = f"log:{job_id}"
if not refresh and (c := CACHE.get(key)) is not None:
return c
try:
- raw = gh(["api", f"repos/{repo_slug()}/actions/jobs/{job_id}/logs"],
- parse=False, timeout=60)
+ raw = gh(
+ ["api", f"repos/{repo_slug()}/actions/jobs/{job_id}/logs"],
+ parse=False,
+ timeout=60,
+ )
except Exception:
raw = None
CACHE.put(key, raw, ttl=3600 if raw else 20)
return raw
@@ -418,12 +502,13 @@
def extract_test_log(lines, test, max_lines=160):
"""Pull the pytest FAILURES block for `test`. Falls back to a context window
around the test's last mention (covers custom harnesses w/o a FAILURES sep).
Returns the excerpt string, or None."""
leaf = re.split(r"[.:]", test)[-1].split("[")[0] if test else None
- seps = [(i, m.group(1).strip()) for i, ln in enumerate(lines)
- if (m := _SEP.match(ln))]
+ seps = [
+ (i, m.group(1).strip()) for i, ln in enumerate(lines) if (m := _SEP.match(ln))
+ ]
start = None
if test:
# Prefer an exact title match — the leaf method name (e.g. test_trt_compile)
# is shared across many classes, so fuzzy matching would grab the wrong block.
for i, title in seps:
@@ -444,59 +529,85 @@
end = j
break
block = lines[start:end]
else:
needle = leaf or test
- hit = next((i for i in range(len(lines) - 1, -1, -1) if needle and needle in lines[i]), None)
+ hit = next(
+ (i for i in range(len(lines) - 1, -1, -1) if needle and needle in lines[i]),
+ None,
+ )
if hit is None:
return None
- block = lines[max(0, hit - 4): hit + 44]
+ block = lines[max(0, hit - 4) : hit + 44]
if len(block) > max_lines:
- block = block[:max_lines] + [f"… (+{len(block) - max_lines} more lines — open the raw log)"]
+ block = block[:max_lines] + [
+ f"… (+{len(block) - max_lines} more lines — open the raw log)"
+ ]
return "\n".join(block).strip()
# ── anchoring: find the *real* error in a non-pytest (build/install) failure ──
# In GH logs the first `##[error]` is almost always echoed shell text
# (`echo "::error::…"`), so we never anchor on it. The reliable signals, in order:
# the pytest summary, a pip/build metadata error, or a walk backward from the
# `Process completed with exit code N` line to the nearest genuine error.
_SUMMARY_HDR = re.compile(r"^=+\s*short test summary info\s*=+", re.I)
-_PIP_ERR = re.compile(r"error: subprocess-exited-with-error|did not run successfully|^\s*╰─>")
+_PIP_ERR = re.compile(
+ r"error: subprocess-exited-with-error|did not run successfully|^\s*╰─>"
+)
_EXITCODE = re.compile(r"(?:Process completed with exit code|exit code:?)\s*[1-9]")
-_ECHO_NOISE = re.compile(r'echo\s+["\']?::|Specified script file|^\s*(?:if|else|elif|fi|then|source|for|do|done)\b')
+_ECHO_NOISE = re.compile(
+ r'echo\s+["\']?::|Specified script file|^\s*(?:if|else|elif|fi|then|source|for|do|done)\b'
+)
_REAL_ERR = re.compile(
r"Traceback \(most recent call last\)|\b\w*(?:Error|Exception)\b\s*:|"
r"^E\s{2,}\S|^\s*(?:FAILED|ERROR)\s|error: subprocess-exited-with-error|"
- r"CMake Error|fatal error:|ninja: build stopped|Segmentation fault|OutOfMemory|Killed\b")
+ r"CMake Error|fatal error:|ninja: build stopped|Segmentation fault|OutOfMemory|Killed\b"
+)
def find_error_window(lines, max_lines=140):
"""Anchor a non-pytest failure on its real error instead of the blind tail.
Returns (title, start, end)."""
n = len(lines)
if not n:
return ("end of job log", 0, 0)
- for i, ln in enumerate(lines): # 1. pytest summary
+ for i, ln in enumerate(lines): # 1. pytest summary
if _SUMMARY_HDR.search(ln):
- end = next((j for j in range(i + 1, n)
- if _SECT.match(lines[j]) and not _SUMMARY_HDR.search(lines[j])), n)
+ end = next(
+ (
+ j
+ for j in range(i + 1, n)
+ if _SECT.match(lines[j]) and not _SUMMARY_HDR.search(lines[j])
+ ),
+ n,
+ )
return ("short test summary", i, min(end, i + max_lines))
- for i, ln in enumerate(lines): # 2. pip / build error
+ for i, ln in enumerate(lines): # 2. pip / build error
if _PIP_ERR.search(ln):
return ("install / build error", max(0, i - 3), min(n, i + max_lines))
- exit_i = next((i for i in range(n - 1, -1, -1) if _EXITCODE.search(lines[i])), n - 1)
- anchor = next((i for i in range(exit_i, -1, -1) # 3. walk back to real error
- if _REAL_ERR.search(lines[i]) and not _ECHO_NOISE.search(lines[i])), None)
+ exit_i = next(
+ (i for i in range(n - 1, -1, -1) if _EXITCODE.search(lines[i])), n - 1
+ )
+ anchor = next(
+ (
+ i
+ for i in range(exit_i, -1, -1) # 3. walk back to real error
+ if _REAL_ERR.search(lines[i]) and not _ECHO_NOISE.search(lines[i])
+ ),
+ None,
+ )
if anchor is not None:
start = anchor
- for j in range(anchor, max(0, anchor - 80), -1): # widen up to the traceback head
+ for j in range(
+ anchor, max(0, anchor - 80), -1
+ ): # widen up to the traceback head
if "Traceback (most recent call last)" in lines[j]:
start = j
break
return ("error", max(0, start - 2), min(n, exit_i + 1))
- return ("end of job log", max(0, n - 180), n) # 4. fallback: tail
+ return ("end of job log", max(0, n - 180), n) # 4. fallback: tail
# ── root-cause collapse: many identical failures → one line + a pointer ───────
_EXC_RE = re.compile(r"\b([A-Z]\w*(?:Error|Exception|Warning))\b\s*:?\s*([^\n]*)")
@@ -537,11 +648,12 @@
# ── severity rendering: per-line spans so the client can search / jump / colour ─
_SEV_ERR = re.compile(
r"^##\[error\]|Traceback \(most recent call last\)|\b\w*(?:Error|Exception)\b\s*:|"
r"^E\s{2,}\S|^\s*(?:FAILED|ERROR)\s|error: subprocess-exited-with-error|"
- r"CMake Error|fatal error:|Segmentation fault|\bAssertionError\b|exit code:?\s*[1-9]")
+ r"CMake Error|fatal error:|Segmentation fault|\bAssertionError\b|exit code:?\s*[1-9]"
+)
_SEV_WARN = re.compile(r"^##\[warning\]|\bwarning\b|\bdeprecat|\bWARN\b", re.I)
_SEV_PASS = re.compile(r"\bPASSED\b|=+\s*\d+ passed|^\s*ok\s*$", re.I)
def _render_logtext(text):
@@ -557,101 +669,143 @@
sev = "warn"
elif _SEV_PASS.search(ln):
sev = "pass"
attr = f' data-sev="{sev}"' if sev else ""
spans.append(f'<span class="ll"{attr}>{e(ln) or " "}</span>')
- return "".join(spans), hits # .ll is display:block; no newlines between
+ return "".join(spans), hits # .ll is display:block; no newlines between
def _logblock(title, subtitle, excerpt, is_open=False):
"""A collapsible log excerpt: severity-highlighted <pre> + an error jump-list."""
if not excerpt:
- return (f'<details class="logblock"><summary>{e(title)}</summary>{subtitle}'
- '<div class="muted" style="padding:8px 12px 12px">No matching block '
- 'in the log — see the raw log.</div></details>')
+ return (
+ f'<details class="logblock"><summary>{e(title)}</summary>{subtitle}'
+ '<div class="muted" style="padding:8px 12px 12px">No matching block '
+ "in the log — see the raw log.</div></details>"
+ )
body, hits = _render_logtext(excerpt)
jumps = ""
if hits:
- chips = "".join(f'<button class="jump" data-line="{i}" onclick="jumpLine(this)" '
- f'title="{e(short)}">{e(short[:44])}</button>' for i, short in hits[:8])
+ chips = "".join(
+ f'<button class="jump" data-line="{i}" onclick="jumpLine(this)" '
+ f'title="{e(short)}">{e(short[:44])}</button>'
+ for i, short in hits[:8]
+ )
jumps = f'<div class="logjumps"><span class="lbl">jump</span>{chips}</div>'
op = " open" if is_open else ""
- return (f'<details class="logblock"{op}><summary>{e(title)}</summary>{subtitle}'
- f'{jumps}<pre class="logtext">{body}</pre></details>')
-
-
-_IMPORT_FAIL = re.compile(r"ModuleNotFoundError|ImportError|No module named|"
- r"error collecting|during collection|failed to import", re.I)
+ return (
+ f'<details class="logblock"{op}><summary>{e(title)}</summary>{subtitle}'
+ f'{jumps}<pre class="logtext">{body}</pre></details>'
+ )
+
+
+_IMPORT_FAIL = re.compile(
+ r"ModuleNotFoundError|ImportError|No module named|"
+ r"error collecting|during collection|failed to import",
+ re.I,
+)
def _install_error_block(lines):
"""Locate a pip/build install error in the log and render it, or return ''."""
pin = next((i for i, ln in enumerate(lines) if _PIP_ERR.search(ln)), None)
if pin is None:
return ""
- body, _h = _render_logtext("\n".join(lines[max(0, pin - 3):pin + 40]).strip())
- return ('<details class="logblock rootcause" open><summary>'
- 'likely root cause · install / build error</summary>'
- f'<pre class="logtext">{body}</pre></details>')
+ body, _h = _render_logtext("\n".join(lines[max(0, pin - 3) : pin + 40]).strip())
+ return (
+ '<details class="logblock rootcause" open><summary>'
+ "likely root cause · install / build error</summary>"
+ f'<pre class="logtext">{body}</pre></details>'
+ )
def _root_cause_banner(lines, fails, groups):
"""When most failures share one reason, say so once and point at the cause."""
reason, members = groups[0]
n = len(members)
- msg = (f'<strong>{n} of {len(fails)}</strong> failures share one cause: '
- f'<code>{e(reason)}</code>.')
+ msg = (
+ f"<strong>{n} of {len(fails)}</strong> failures share one cause: "
+ f"<code>{e(reason)}</code>."
+ )
extra = ""
if _IMPORT_FAIL.search(reason):
- msg += (f' That is an <em>install / build</em> failure, not {n} test bugs — '
- 'the package never imported.')
+ msg += (
+ f" That is an <em>install / build</em> failure, not {n} test bugs — "
+ "the package never imported."
+ )
extra = _install_error_block(lines)
return f'<div class="rootbanner">{msg}</div>{extra}'
def render_joblog(job_id, url):
log = get_job_log(job_id)
- ghlink = f'<a href="{e(url)}" target="_blank" rel="noopener">job on GitHub ↗</a>' if url else ""
+ ghlink = (
+ f'<a href="{e(url)}" target="_blank" rel="noopener">job on GitHub ↗</a>'
+ if url
+ else ""
+ )
rawlink = f'<a href="/ui/joblog?job={e(job_id)}&raw=1" target="_blank" rel="noopener">raw log ↗</a>'
head = f'<div class="logsec-head"><span class="lbl">relevant logs</span>{rawlink} · {ghlink}</div>'
if not log:
- return head + ('<div class="muted">Log not available yet — the job may still be '
- f'running, or GitHub expired it. {ghlink}</div>')
+ return head + (
+ '<div class="muted">Log not available yet — the job may still be '
+ f"running, or GitHub expired it. {ghlink}</div>"
+ )
lines = _clean_lines(log)
- tools = ('<div class="logtools">'
- '<input class="logfind" type="search" placeholder="search these logs…" '
- 'oninput="logSearch(this)" aria-label="search logs">'
- '<label class="logfilt"><input type="checkbox" onchange="logFilter(this)"> matches only</label>'
- '<span class="logcount muted"></span></div>')
+ tools = (
+ '<div class="logtools">'
+ '<input class="logfind" type="search" placeholder="search these logs…" '
+ 'oninput="logSearch(this)" aria-label="search logs">'
+ '<label class="logfilt"><input type="checkbox" onchange="logFilter(this)"> matches only</label>'
+ '<span class="logcount muted"></span></div>'
+ )
fails = get_failures(job_id).get("failures", [])
blocks = []
if fails:
groups = _group_failures(fails)
if len(fails) >= 3 and any(len(m) > 1 for _, m in groups):
blocks.append(_root_cause_banner(lines, fails, groups))
for reason, members in groups:
if len(members) == 1:
f = members[0]
sub = f'<div class="logreason">{e(_reason_first(f["message"]))}</div>'
- blocks.append(_logblock(f["test"] or "failure", sub,
- extract_test_log(lines, f["test"]), is_open=True))
+ blocks.append(
+ _logblock(
+ f["test"] or "failure",
+ sub,
+ extract_test_log(lines, f["test"]),
+ is_open=True,
+ )
+ )
else: # collapsed: N parametrized / duplicate failures → one block
names = ", ".join(m["test"] or "?" for m in members[:10])
more = f" +{len(members) - 10} more" if len(members) > 10 else ""
- sub = (f'<div class="logreason">{e(reason)}</div>'
- f'<div class="logmeta">{len(members)} tests · {e(names)}{e(more)}</div>')
- blocks.append(_logblock(f"{len(members)}× {reason}", sub,
- extract_test_log(lines, members[0]["test"]), is_open=True))
+ sub = (
+ f'<div class="logreason">{e(reason)}</div>'
+ f'<div class="logmeta">{len(members)} tests · {e(names)}{e(more)}</div>'
+ )
+ blocks.append(
+ _logblock(
+ f"{len(members)}× {reason}",
+ sub,
+ extract_test_log(lines, members[0]["test"]),
+ is_open=True,
+ )
+ )
else: # no annotations → anchor on the real error; surface install failures
title, s, en = find_error_window(lines)
window = "\n".join(lines[s:en]).strip()
- import_dominated = title == "short test summary" and len(_IMPORT_FAIL.findall(window)) >= 2
+ import_dominated = (
+ title == "short test summary" and len(_IMPORT_FAIL.findall(window)) >= 2
+ )
inst = _install_error_block(lines) if import_dominated else ""
if inst:
blocks.append(inst)
- blocks.append('<div class="rootbanner">Every test failed at <em>import</em> — this is '
- 'an <em>install / build</em> failure (above), not test bugs.</div>')
+ blocks.append(
+ '<div class="rootbanner">Every test failed at <em>import</em> — this is '
+ "an <em>install / build</em> failure (above), not test bugs.</div>"
+ )
blocks.append(_logblock(title, "", window, is_open=not inst))
return head + tools + "".join(blocks)
# ── status helpers ───────────────────────────────────────────────────────────
@@ -661,11 +815,13 @@
and a cancelled job didn't produce a verdict. Only `failure`/`timed_out`
(actually executed and failed) are `fail`."""
if status and status != "completed":
if status in ("in_progress", "running"):
return "run", "running"
- return "queue", status.replace("_", " ") # queued / waiting / pending / requested
+ return "queue", status.replace(
+ "_", " "
+ ) # queued / waiting / pending / requested
c = conclusion or ""
return {
"success": ("pass", "passed"),
"failure": ("fail", "failed"),
"timed_out": ("fail", "timed out"),
@@ -693,33 +849,80 @@
# so order is most-specific → most-generic. `kind` drives the tag colour:
# infra = "probably not your bug" · env/gap = setup/feature hole · bug = real.
# NOTE: an OOM often surfaces AS an AssertionError ("assert cuda_engine"); the OOM
# signatures below are listed first on purpose so they win over the generic assert.
_FAIL_CATS = [
- ("oom", "GPU / resource", "infra", re.compile(
- r"OutOfMemory|out of memory|createCaskHardwareInfo|\bCask\b|"
- r"build_serialized_network returned None|assert cuda_engine|cuda_engine\b|"
- r"catchCudaError|cudaError|cuInit|defaultAllocator|no CUDA GPUs|"
- r"CUDA error|cudaMalloc|device-side assert", re.I)),
- ("timeout", "timeout", "infra", re.compile(
- r"timed out|timeout|deadline exceeded|took too long", re.I)),
- ("import", "import / collection", "env", re.compile(
- r"ModuleNotFoundError|ImportError|No module named|cannot import name|"
- r"error collecting|errors during collection|failed to import", re.I)),
- ("unsupported", "unsupported op", "env", re.compile(
- r"no converter|not support|unsupported|Could not find any implementation|"
- r"UnsupportedOperator|no implementation for", re.I)),
- ("numerical", "numerical / accuracy", "bug", re.compile(
- r"not close|Mismatched elements|cosine|tolerance|allclose|"
- r"Max absolute difference|relative difference|accuracy|atol|rtol", re.I)),
- ("assertion", "assertion", "bug", re.compile(
- r"\bAssertionError\b|^\s*assert\s", re.I | re.M)),
- ("typeerr", "type / shape", "bug", re.compile(
- r"\b(TypeError|AttributeError|KeyError|IndexError|ValueError)\b|"
- r"shape mismatch|size mismatch|dtype", re.I)),
- ("runtime", "runtime error", "bug", re.compile(
- r"\b(RuntimeError|NotImplementedError)\b", re.I)),
+ (
+ "oom",
+ "GPU / resource",
+ "infra",
+ re.compile(
+ r"OutOfMemory|out of memory|createCaskHardwareInfo|\bCask\b|"
+ r"build_serialized_network returned None|assert cuda_engine|cuda_engine\b|"
+ r"catchCudaError|cudaError|cuInit|defaultAllocator|no CUDA GPUs|"
+ r"CUDA error|cudaMalloc|device-side assert",
+ re.I,
+ ),
+ ),
+ (
+ "timeout",
+ "timeout",
+ "infra",
+ re.compile(r"timed out|timeout|deadline exceeded|took too long", re.I),
+ ),
+ (
+ "import",
+ "import / collection",
+ "env",
+ re.compile(
+ r"ModuleNotFoundError|ImportError|No module named|cannot import name|"
+ r"error collecting|errors during collection|failed to import",
+ re.I,
+ ),
+ ),
+ (
+ "unsupported",
+ "unsupported op",
+ "env",
+ re.compile(
+ r"no converter|not support|unsupported|Could not find any implementation|"
+ r"UnsupportedOperator|no implementation for",
+ re.I,
+ ),
+ ),
+ (
+ "numerical",
+ "numerical / accuracy",
+ "bug",
+ re.compile(
+ r"not close|Mismatched elements|cosine|tolerance|allclose|"
+ r"Max absolute difference|relative difference|accuracy|atol|rtol",
+ re.I,
+ ),
+ ),
+ (
+ "assertion",
+ "assertion",
+ "bug",
+ re.compile(r"\bAssertionError\b|^\s*assert\s", re.I | re.M),
+ ),
+ (
+ "typeerr",
+ "type / shape",
+ "bug",
+ re.compile(
+ r"\b(TypeError|AttributeError|KeyError|IndexError|ValueError)\b|"
+ r"shape mismatch|size mismatch|dtype",
+ re.I,
+ ),
+ ),
+ (
+ "runtime",
+ "runtime error",
+ "bug",
+ re.compile(r"\b(RuntimeError|NotImplementedError)\b", re.I),
+ ),
]
# Roll-up labels for the per-run category tally (kind → human summary word).
_KIND_LABEL = {
@@ -739,12 +942,14 @@
return dict(key=key, label=label, kind=kind)
return dict(key="other", label="error", kind="unknown")
def _cat_tag(cat):
- return (f'<span class="cat {cat["kind"]}" '
- f'title="{e(cat["label"])} — {cat["kind"]}">{e(cat["label"])}</span>')
+ return (
+ f'<span class="cat {cat["kind"]}" '
+ f'title="{e(cat["label"])} — {cat["kind"]}">{e(cat["label"])}</span>'
+ )
def _config_pattern(occ, all_pys, all_cudas):
"""Which configuration a failure correlates with — the strongest diagnostic
signal after the category. Only asserts "X only" when X is a strict subset of
@@ -779,27 +984,34 @@
return f"{int(s // n)}{unit} ago"
return "just now"
def pretty_platform(name):
- n = (name.replace("Python-only build and test ", "py-only ")
- .replace("RTX - Build and test ", "RTX ")
- .replace("RTX - Python-only build and test ", "RTX py-only ")
- .replace("Build and test ", "").replace(" wheels", "")
- .replace(" for Jetpack", " · jetpack"))
+ n = (
+ name.replace("Python-only build and test ", "py-only ")
+ .replace("RTX - Build and test ", "RTX ")
+ .replace("RTX - Python-only build and test ", "RTX py-only ")
+ .replace("Build and test ", "")
+ .replace(" wheels", "")
+ .replace(" for Jetpack", " · jetpack")
+ )
return n.strip()
def e(s):
return html.escape(str(s if s is not None else ""))
def qp(**kw):
"""Build a URL-encoded, HTML-attribute-safe query string from kwargs, so
values with spaces/&/ (platform + tier names, job URLs) survive intact."""
- return e("&".join(f"{k}={quote(str(v if v is not None else ''), safe='')}"
- for k, v in kw.items()))
+ return e(
+ "&".join(
+ f"{k}={quote(str(v if v is not None else ''), safe='')}"
+ for k, v in kw.items()
+ )
+ )
# ── HTML fragment renderers ──────────────────────────────────────────────────
def _summary_html(runs, oob=False):
"""The top counts strip. Shared by the board and the live poller so the two
@@ -810,24 +1022,35 @@
cls, _ = classify(r["status"], r["conclusion"])
counts[cls] = counts.get(cls, 0) + 1
didnt_run = counts["skip"] + counts["cancel"]
head = runs[0] if runs else {}
sha = (head.get("headSha") or "")[:9]
- commit = (f'<div class="commit"><code>{e(sha)}</code> · {e(head.get("displayTitle", ""))[:80]}'
- f' · {e(rel_time(head.get("createdAt")))}</div>')
+ commit = (
+ f'<div class="commit"><code>{e(sha)}</code> · {e(head.get("displayTitle", ""))[:80]}'
+ f' · {e(rel_time(head.get("createdAt")))}</div>'
+ )
def stat(cls, n, word):
- return (f'<span class="stat {cls}"><span class="dot {cls}"></span>'
- f'<span class="n">{n}</span> {word}</span>') if n else ""
- oob_attr = ' hx-swap-oob="true"' if oob else ''
- return (f'<div id="summary" class="summary"{oob_attr}>'
- f'{stat("fail", counts["fail"], "failing")}'
- f'{stat("run", counts["run"], "running")}'
- f'{stat("queue", counts["queue"], "queued")}'
- f'{stat("pass", counts["pass"], "passing")}'
- f'{stat("skip", didnt_run, "didn’t run")}'
- f'{commit}</div>')
+ return (
+ (
+ f'<span class="stat {cls}"><span class="dot {cls}"></span>'
+ f'<span class="n">{n}</span> {word}</span>'
+ )
+ if n
+ else ""
+ )
+
+ oob_attr = ' hx-swap-oob="true"' if oob else ""
+ return (
+ f'<div id="summary" class="summary"{oob_attr}>'
+ f'{stat("fail", counts["fail"], "failing")}'
+ f'{stat("run", counts["run"], "running")}'
+ f'{stat("queue", counts["queue"], "queued")}'
+ f'{stat("pass", counts["pass"], "passing")}'
+ f'{stat("skip", didnt_run, "didn’t run")}'
+ f"{commit}</div>"
+ )
def render_board(branch, refresh=False):
try:
runs = get_runs(branch, refresh=refresh)
@@ -836,38 +1059,51 @@
if not runs:
return f'<div class="empty-state">No CI runs found for <code>{e(branch)}</code>.</div>'
for r in runs:
r["_cls"], r["_label"] = classify(r["status"], r["conclusion"])
- runs.sort(key=lambda r: (RANK.get(r["_cls"], 9), pretty_platform(r["workflowName"]).lower()))
+ runs.sort(
+ key=lambda r: (
+ RANK.get(r["_cls"], 9),
+ pretty_platform(r["workflowName"]).lower(),
+ )
+ )
summary = _summary_html(runs)
cards = []
for r in runs:
rid, cls, label = r["id"], r["_cls"], r["_label"]
plat = pretty_platform(r["workflowName"])
sub = f'{e(r.get("event",""))} · #{r.get("number","")} · {e(rel_time(r.get("createdAt")))}'
- q = qp(run=rid, sha=r.get("headSha", ""), platform=plat,
- refresh="1" if refresh else "0")
- cards.append(f'''
+ q = qp(
+ run=rid,
+ sha=r.get("headSha", ""),
+ platform=plat,
+ refresh="1" if refresh else "0",
+ )
+ cards.append(f"""
<details class="card {'fail' if cls=='fail' else ''}"
hx-get="/ui/platform?{q}" hx-trigger="toggle once"
hx-target="find .card-body" hx-swap="innerHTML">
<summary class="card-head">
<span class="dot {cls}"></span>
<span class="card-title">{e(plat)}<div class="sub">{sub}</div></span>
<span id="badge-{rid}" class="card-badge {cls}">{e(label)}</span>
<span class="caret">▸</span>
</summary>
<div class="card-body"><div class="muted" style="padding:10px 0"><span class="spinner"></span> loading jobs…</div></div>
- </details>''')
-
- poller = (f'<div hx-get="/ui/status?branch={e(branch)}" hx-trigger="load delay:20s, every 25s" '
- f'hx-swap="none"></div>')
- agg = (f'<h2 class="sec">Failures across platforms</h2>'
- f'<div id="agg" hx-get="/ui/aggregate?branch={e(branch)}" hx-trigger="load" hx-swap="innerHTML">'
- f'<div class="agg-loading"><span class="spinner"></span> scanning failing tests…</div></div>')
+ </details>""")
+
+ poller = (
+ f'<div hx-get="/ui/status?branch={e(branch)}" hx-trigger="load delay:20s, every 25s" '
+ f'hx-swap="none"></div>'
+ )
+ agg = (
+ f'<h2 class="sec">Failures across platforms</h2>'
+ f'<div id="agg" hx-get="/ui/aggregate?branch={e(branch)}" hx-trigger="load" hx-swap="innerHTML">'
+ f'<div class="agg-loading"><span class="spinner"></span> scanning failing tests…</div></div>'
+ )
board = f'<h2 class="sec">Platforms</h2><div id="board" class="board">{"".join(cards)}</div>'
return summary + agg + board + poller
def render_status(branch):
@@ -878,12 +1114,14 @@
except Exception:
return ""
spans = []
for r in runs:
cls, label = classify(r["status"], r["conclusion"])
- spans.append(f'<span id="badge-{r["id"]}" hx-swap-oob="true" '
- f'class="card-badge {cls}">{e(label)}</span>')
+ spans.append(
+ f'<span id="badge-{r["id"]}" hx-swap-oob="true" '
+ f'class="card-badge {cls}">{e(label)}</span>'
+ )
return _summary_html(runs, oob=True) + "".join(spans)
KIND_ORDER = {"test": 0, "build": 1, "setup": 2, "rollup": 3, "other": 4}
@@ -900,38 +1138,69 @@
groups = {}
for j in jobs:
groups.setdefault((KIND_ORDER.get(j["kind"], 9), j["group"]), []).append(j)
out = []
- for (_, gname), gjobs in sorted(groups.items(), key=lambda kv: (kv[0][0], kv[0][1])):
+ for (_, gname), gjobs in sorted(
+ groups.items(), key=lambda kv: (kv[0][0], kv[0][1])
+ ):
info = info_for(gname)
- tierpath = f'<span class="tierpath">{e(", ".join(info["paths"]))}</span>' if info else ""
+ tierpath = (
+ f'<span class="tierpath">{e(", ".join(info["paths"]))}</span>'
+ if info
+ else ""
+ )
cells, rows = [], []
for j in sorted(gjobs, key=lambda j: (j["python"] or "", j["cuda"] or "")):
cls, label = classify(j["status"], j["conclusion"])
failable = cls == "fail" and j["kind"] in ("test", "build")
if j["python"] and j["cuda"]:
- inner = (f'<span class="k"><span class="dot {cls}"></span>{e(j["python"])}·{e(j["cuda"])}</span>'
- f'<span class="v">{e(label)}</span>')
+ inner = (
+ f'<span class="k"><span class="dot {cls}"></span>{e(j["python"])}·{e(j["cuda"])}</span>'
+ f'<span class="v">{e(label)}</span>'
+ )
if failable:
- q = qp(job=j["id"], sha=sha, platform=platform, tier=gname,
- py=j["python"], cuda=j["cuda"], url=j["url"])
- cells.append(f'<div class="cell fail" tabindex="0" onclick="openDrawer()" '
- f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">{inner}</div>')
+ q = qp(
+ job=j["id"],
+ sha=sha,
+ platform=platform,
+ tier=gname,
+ py=j["python"],
+ cuda=j["cuda"],
+ url=j["url"],
+ )
+ cells.append(
+ f'<div class="cell fail" tabindex="0" onclick="openDrawer()" '
+ f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">{inner}</div>'
+ )
else:
cells.append(f'<div class="cell {cls}">{inner}</div>')
else:
name = j["raw"].split(" / ")[-1] or j["group"]
- link = f' <a href="{e(j["url"])}" target="_blank" rel="noopener">log ↗</a>' if j["url"] else ""
+ link = (
+ f' <a href="{e(j["url"])}" target="_blank" rel="noopener">log ↗</a>'
+ if j["url"]
+ else ""
+ )
extra = ""
if failable:
- q = qp(job=j["id"], sha=sha, platform=platform, tier=gname, url=j["url"])
- extra = (f' · <a href="#" onclick="openDrawer();return false" '
- f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">details</a>')
- rows.append(f'<div class="jobrow {cls}"><span class="dot {cls}"></span>'
- f'<span class="name">{e(name)}</span>'
- f'<span class="jobstate {cls}">{e(label)}</span>{link}{extra}</div>')
+ q = qp(
+ job=j["id"],
+ sha=sha,
+ platform=platform,
+ tier=gname,
+ url=j["url"],
+ )
+ extra = (
+ f' · <a href="#" onclick="openDrawer();return false" '
+ f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">details</a>'
+ )
+ rows.append(
+ f'<div class="jobrow {cls}"><span class="dot {cls}"></span>'
+ f'<span class="name">{e(name)}</span>'
+ f'<span class="jobstate {cls}">{e(label)}</span>{link}{extra}</div>'
+ )
body = ""
if cells:
body += f'<div class="matrix">{"".join(cells)}</div>'
if rows:
body += f'<div class="rows">{"".join(rows)}</div>'
@@ -939,49 +1208,74 @@
return "".join(out)
def render_failures(job_id, sha, platform, tier, py, cuda, url):
data = get_failures(job_id)
- joblink = (f' · <a href="{e(url)}" target="_blank" rel="noopener">job log ↗</a>') if url else ""
- oob = (f'<span id="drawer-title" hx-swap-oob="true">{e(platform)} — {e(tier)}</span>'
- f'<span id="drawer-sub" hx-swap-oob="true">{e(py)} {e(cuda)}{joblink}</span>')
+ joblink = (
+ (f' · <a href="{e(url)}" target="_blank" rel="noopener">job log ↗</a>')
+ if url
+ else ""
+ )
+ oob = (
+ f'<span id="drawer-title" hx-swap-oob="true">{e(platform)} — {e(tier)}</span>'
+ f'<span id="drawer-sub" hx-swap-oob="true">{e(py)} {e(cuda)}{joblink}</span>'
+ )
if data.get("error"):
- return oob + f'<div class="muted">Could not load annotations: {e(data["error"])}</div>'
+ return (
+ oob
+ + f'<div class="muted">Could not load annotations: {e(data["error"])}</div>'
+ )
fails = data["failures"]
info = info_for(tier)
body = []
if not fails:
- loglink = f'<a href="{e(url)}" target="_blank" rel="noopener">Open the job log ↗</a>' if url else ""
- body.append('<div class="muted">No pytest failure annotations — this is likely a '
- f'build / environment / setup failure rather than a test assertion.<br><br>{loglink}</div>')
+ loglink = (
+ f'<a href="{e(url)}" target="_blank" rel="noopener">Open the job log ↗</a>'
+ if url
+ else ""
+ )
+ body.append(
+ '<div class="muted">No pytest failure annotations — this is likely a '
+ f"build / environment / setup failure rather than a test assertion.<br><br>{loglink}</div>"
+ )
for f in fails:
loc = ""
if f["file"]:
- gh_url = f'https://github.com/{repo_slug()}/blob/{sha}/{f["file"]}#L{f["line"]}'
- loc = (f'<div class="floc">↳ <a href="{e(gh_url)}" target="_blank" rel="noopener">'
- f'<code>{e(f["file"])}:{f["line"]}</code> ↗</a></div>')
+ gh_url = (
+ f'https://github.com/{repo_slug()}/blob/{sha}/{f["file"]}#L{f["line"]}'
+ )
+ loc = (
+ f'<div class="floc">↳ <a href="{e(gh_url)}" target="_blank" rel="noopener">'
+ f'<code>{e(f["file"])}:{f["line"]}</code> ↗</a></div>'
+ )
cat = categorize_failure(f["message"])
- body.append(f'<div class="fail-item"><div class="ftest">{e(f["test"] or "failure")}'
- f' {_cat_tag(cat)}</div>'
- f'{loc}<pre>{e(f["message"])}</pre></div>')
+ body.append(
+ f'<div class="fail-item"><div class="ftest">{e(f["test"] or "failure")}'
+ f" {_cat_tag(cat)}</div>"
+ f'{loc}<pre>{e(f["message"])}</pre></div>'
+ )
if info:
leaves = []
for f in fails:
if f["test"]:
leaf = re.split(r"[.:]", f["test"])[-1]
leaf = re.sub(r"\[.*$", "", leaf)
if leaf and leaf not in leaves:
leaves.append(leaf)
kexpr = " or ".join(leaves[:6])
cmd = info["repro"](kexpr)
- body.append(f'<div class="repro"><button class="copy" onclick="copyPre(this)">copy</button>'
- f'<div class="lbl">reproduce locally</div><code>{e(cmd)}</code></div>')
+ body.append(
+ f'<div class="repro"><button class="copy" onclick="copyPre(this)">copy</button>'
+ f'<div class="lbl">reproduce locally</div><code>{e(cmd)}</code></div>'
+ )
# Lazy: fetch the job log + extract the relevant block(s) once the drawer is in.
- body.append(f'<div class="logsec" hx-get="/ui/joblog?{qp(job=job_id, url=url)}" '
- f'hx-trigger="load" hx-swap="innerHTML">'
- f'<div class="muted" style="padding:8px 0"><span class="spinner"></span> '
- f'fetching relevant logs…</div></div>')
+ body.append(
+ f'<div class="logsec" hx-get="/ui/joblog?{qp(job=job_id, url=url)}" '
+ f'hx-trigger="load" hx-swap="innerHTML">'
+ f'<div class="muted" style="padding:8px 0"><span class="spinner"></span> '
+ f"fetching relevant logs…</div></div>"
+ )
return oob + "".join(body)
def render_aggregate(branch, refresh=False):
"""Cross-platform failure rollup: dedupe a failing test across every platform
@@ -997,38 +1291,57 @@
except Exception:
return []
with ThreadPoolExecutor(max_workers=8) as ex:
alljobs = [x for sub in ex.map(jobs_of, runs) for x in sub]
- failed = [(r, j) for r, j in alljobs
- if classify(j["status"], j["conclusion"])[0] == "fail" and j["kind"] == "test"]
+ failed = [
+ (r, j)
+ for r, j in alljobs
+ if classify(j["status"], j["conclusion"])[0] == "fail" and j["kind"] == "test"
+ ]
if not failed:
healthy = all(classify(r["status"], r["conclusion"])[0] != "fail" for r in runs)
- msg = ("No failing test jobs 🎉" if healthy
- else "No test-level failures found (failures are build/setup — see the platform grids).")
+ msg = (
+ "No failing test jobs 🎉"
+ if healthy
+ else "No test-level failures found (failures are build/setup — see the platform grids)."
+ )
return f'<div class="agg-ok">{msg}</div>'
def fails_of(rj):
r, j = rj
return (r, j, get_failures(j["id"], refresh=refresh).get("failures", []))
+
with ThreadPoolExecutor(max_workers=8) as ex:
results = list(ex.map(fails_of, failed))
agg = {}
for r, j, fails in results:
plat = pretty_platform(r["workflowName"])
if not fails: # failed job but no parseable test → bucket under the tier
key = f"[{j['group']}]"
a = agg.setdefault(key, dict(test=key, file=None, line=None, occ=[]))
- a["occ"].append(dict(plat=plat, py=j["python"], cuda=j["cuda"], url=j["url"], msg=""))
+ a["occ"].append(
+ dict(plat=plat, py=j["python"], cuda=j["cuda"], url=j["url"], msg="")
+ )
continue
for f in fails:
key = f["test"] or f["message"].splitlines()[0]
- a = agg.setdefault(key, dict(test=f["test"] or key, file=f["file"], line=f["line"], occ=[]))
+ a = agg.setdefault(
+ key, dict(test=f["test"] or key, file=f["file"], line=f["line"], occ=[])
+ )
a["file"] = a["file"] or f["file"]
a["line"] = a["line"] or f["line"]
- a["occ"].append(dict(plat=plat, py=j["python"], cuda=j["cuda"], url=j["url"], msg=f["message"]))
+ a["occ"].append(
+ dict(
+ plat=plat,
+ py=j["python"],
+ cuda=j["cuda"],
+ url=j["url"],
+ msg=f["message"],
+ )
+ )
# Config universe (what actually ran) so "X only" hints are real subsets.
test_jobs = [j for _, j in alljobs if j["kind"] == "test"]
all_pys = {j["python"] for j in test_jobs if j["python"]}
all_cudas = {j["cuda"] for j in test_jobs if j["cuda"]}
@@ -1040,12 +1353,17 @@
# Real regressions (bug) first, then env/gap, infra last; ties → most cells.
_KIND_RANK = {"bug": 0, "env": 1, "unknown": 2, "infra": 3}
rows = sorted(
agg.values(),
- key=lambda a: (_KIND_RANK.get(a["cat"]["kind"], 2),
- -len({o["plat"] for o in a["occ"]}), -len(a["occ"]), a["test"]))
+ key=lambda a: (
+ _KIND_RANK.get(a["cat"]["kind"], 2),
+ -len({o["plat"] for o in a["occ"]}),
+ -len(a["occ"]),
+ a["test"],
+ ),
+ )
out = []
for a in rows:
plats = sorted({o["plat"] for o in a["occ"]})
ncells = len(a["occ"])
loc = ""
@@ -1053,31 +1371,35 @@
gh_url = f'https://github.com/{repo_slug()}/blob/{runs[0].get("headSha","")}/{a["file"]}#L{a["line"]}'
loc = f'<div class="agg-file">↳ <a href="{e(gh_url)}" target="_blank" rel="noopener"><code>{e(a["file"])}:{a["line"]}</code> ↗</a></div>'
chips = "".join(f'<span class="chip">{e(p)}</span>' for p in plats)
pat = _config_pattern(a["occ"], all_pys, all_cudas)
patchips = "".join(f'<span class="cfgpat">{e(p)}</span>' for p in pat)
- out.append(f'''<details class="agg-row-d">
+ out.append(f"""<details class="agg-row-d">
<summary class="agg-row">
<div><div class="agg-test">{e(a["test"])} {_cat_tag(a["cat"])}{patchips}</div>{loc}</div>
<span class="agg-count"><span class="dot fail"></span>{len(plats)} platform{"s" if len(plats)!=1 else ""} · {ncells} cell{"s" if ncells!=1 else ""}</span>
</summary>
<div class="agg-detail"><div class="chips">{chips}</div>{f"<pre>{e(a['sample'])}</pre>" if a["sample"] else ""}</div>
- </details>''')
+ </details>""")
# Category tally — an instant read on the run's character (infra flakes vs regressions).
tally = {}
for a in rows:
tally.setdefault(a["cat"]["kind"], dict(n=0, label=a["cat"]["label"]))["n"] += 1
order = ["bug", "env", "unknown", "infra"]
tstr = " · ".join(
f'<span class="cat {k}">{tally[k]["n"]} {e(_KIND_LABEL[k])}</span>'
- for k in order if k in tally)
- header = (f'<div class="agg-head-row"><span>{len(rows)} distinct failing test'
- f'{"s" if len(rows)!=1 else ""} across '
- f'{len({o["plat"] for a in rows for o in a["occ"]})} platforms</span>'
- f'<span class="agg-tally">{tstr}</span>'
- f'<button class="btn small" hx-get="/ui/aggregate?branch={e(branch)}&refresh=1" '
- f'hx-target="#agg" hx-swap="innerHTML">↻ rescan</button></div>')
+ for k in order
+ if k in tally
+ )
+ header = (
+ f'<div class="agg-head-row"><span>{len(rows)} distinct failing test'
+ f'{"s" if len(rows)!=1 else ""} across '
+ f'{len({o["plat"] for a in rows for o in a["occ"]})} platforms</span>'
+ f'<span class="agg-tally">{tstr}</span>'
+ f'<button class="btn small" hx-get="/ui/aggregate?branch={e(branch)}&refresh=1" '
+ f'hx-target="#agg" hx-swap="innerHTML">↻ rescan</button></div>'
+ )
return header + f'<div class="agg">{"".join(out)}</div>'
# ── HTTP server ──────────────────────────────────────────────────────────────
class Handler(BaseHTTPRequestHandler):
@@ -1101,49 +1423,74 @@
try:
p = u.path
if p in ("/", "/index.html"):
return self._index()
if p.startswith("/static/"):
- return self._static(p[len("/static/"):])
+ return self._static(p[len("/static/") :])
if p == "/ui/board":
- return self._send(200, render_board(q.get("branch") or default_branch(), refresh))
+ return self._send(
+ 200, render_board(q.get("branch") or default_branch(), refresh)
+ )
if p == "/ui/status":
- return self._send(200, render_status(q.get("branch") or default_branch()))
+ return self._send(
+ 200, render_status(q.get("branch") or default_branch())
+ )
if p == "/ui/platform":
- return self._send(200, render_platform(q["run"], q.get("sha", ""),
- q.get("platform", ""), refresh))
+ return self._send(
+ 200,
+ render_platform(
+ q["run"], q.get("sha", ""), q.get("platform", ""), refresh
+ ),
+ )
if p == "/ui/failures":
- return self._send(200, render_failures(
- q["job"], q.get("sha", ""), q.get("platform", ""), q.get("tier", ""),
- q.get("py", ""), q.get("cuda", ""), q.get("url", "")))
+ return self._send(
+ 200,
+ render_failures(
+ q["job"],
+ q.get("sha", ""),
+ q.get("platform", ""),
+ q.get("tier", ""),
+ q.get("py", ""),
+ q.get("cuda", ""),
+ q.get("url", ""),
+ ),
+ )
if p == "/ui/aggregate":
- return self._send(200, render_aggregate(q.get("branch") or default_branch(), refresh))
+ return self._send(
+ 200, render_aggregate(q.get("branch") or default_branch(), refresh)
+ )
if p == "/ui/joblog":
if q.get("raw") == "1":
log = get_job_log(q["job"], refresh)
- return self._send(200 if log else 404,
- log or "log not available", "text/plain; charset=utf-8")
+ return self._send(
+ 200 if log else 404,
+ log or "log not available",
+ "text/plain; charset=utf-8",
+ )
return self._send(200, render_joblog(q["job"], q.get("url", "")))
return self._send(404, "not found", "text/plain")
except KeyError as ex:
self._send(400, f"missing param {ex}", "text/plain")
except Exception as ex:
self._send(500, f'<div class="muted">error: {e(ex)}</div>')
def _index(self):
with open(os.path.join(STATIC, "index.html"), encoding="utf-8") as f:
html_s = f.read()
- html_s = html_s.replace("{{BRANCH}}", e(default_branch())).replace("{{REPO}}", e(repo_slug()))
+ html_s = html_s.replace("{{BRANCH}}", e(default_branch())).replace(
+ "{{REPO}}", e(repo_slug())
+ )
self._send(200, html_s)
def _static(self, rel):
rel = rel.split("?")[0].lstrip("/")
path = os.path.normpath(os.path.join(STATIC, rel))
if not path.startswith(STATIC) or not os.path.isfile(path):
return self._send(404, "not found", "text/plain")
- ctype = {"html": "text/html", "js": "text/javascript",
- "css": "text/css"}.get(rel.rsplit(".", 1)[-1], "application/octet-stream")
+ ctype = {"html": "text/html", "js": "text/javascript", "css": "text/css"}.get(
+ rel.rsplit(".", 1)[-1], "application/octet-stream"
+ )
with open(path, "rb") as f:
self._send(200, f.read(), ctype + "; charset=utf-8")
def preflight():
@@ -1155,12 +1502,17 @@
def tailscale_ip():
"""Best-effort Tailscale IPv4 (100.64.0.0/10). Uses the CLI if present,
otherwise sniffs local interfaces. Returns None if not on a tailnet."""
try:
- out = subprocess.run(["tailscale", "ip", "-4"], capture_output=True,
- text=True, timeout=3).stdout.strip().splitlines()
+ out = (
+ subprocess.run(
+ ["tailscale", "ip", "-4"], capture_output=True, text=True, timeout=3
+ )
+ .stdout.strip()
+ .splitlines()
+ )
if out and out[0]:
return out[0].strip()
except Exception:
pass
try:
@@ -1188,13 +1540,16 @@
def main():
global _DEFAULT_BRANCH
ap = argparse.ArgumentParser(description="Local Torch-TensorRT CI dashboard")
ap.add_argument("-b", "--branch", default=None, help="default branch to show")
ap.add_argument("-p", "--port", type=int, default=8712)
- ap.add_argument("--host", default="0.0.0.0",
- help="bind address (default 0.0.0.0 — reachable over LAN/Tailscale; "
- "use 127.0.0.1 to keep it local-only)")
+ ap.add_argument(
+ "--host",
+ default="0.0.0.0",
+ help="bind address (default 0.0.0.0 — reachable over LAN/Tailscale; "
+ "use 127.0.0.1 to keep it local-only)",
+ )
ap.add_argument("--no-open", action="store_true")
args = ap.parse_args()
preflight()
if args.branch:
_DEFAULT_BRANCH = args.branch
@@ -1207,15 +1562,18 @@
if ts:
print(f" tailscale http://{ts}:{args.port}/")
lan = lan_ip()
if lan and lan != ts:
print(f" lan http://{lan}:{args.port}/")
- print(" (bound to all interfaces — anyone who can reach this host can view CI status)")
+ print(
+ " (bound to all interfaces — anyone who can reach this host can view CI status)"
+ )
print("Ctrl-C to stop.", flush=True)
if not args.no_open:
try:
import webbrowser
+
webbrowser.open(local) # always open the loopback URL locally
except Exception:
pass
try:
srv.serve_forever()
There was a problem hiding this comment.
There are some changes that do not conform to Python style guidelines:
--- /home/runner/work/TensorRT/TensorRT/py/torch_tensorrt/dynamo/lowering/passes/eliminate_sym_min_int64_max.py 2026-07-21 22:12:48.848442+00:00
+++ /home/runner/work/TensorRT/TensorRT/py/torch_tensorrt/dynamo/lowering/passes/eliminate_sym_min_int64_max.py 2026-07-21 22:13:14.812240+00:00
@@ -2,11 +2,10 @@
import torch
from torch.fx import GraphModule, Node
from .pass_utils import clean_up_graph_after_modifications
-
_INT64_MAX = 2**63 - 1
_SYM_MIN = getattr(torch, "sym_min", None)
--- /home/runner/work/TensorRT/TensorRT/tests/ci/__main__.py 2026-07-21 22:12:48.864351+00:00
+++ /home/runner/work/TensorRT/TensorRT/tests/ci/__main__.py 2026-07-21 22:13:16.474069+00:00
@@ -76,11 +76,14 @@
def _cmd_run_lane(args: argparse.Namespace) -> int:
"""Run every suite in a lane/tier, continuing past failures (so one consolidated
report sees them all). Returns non-zero if any suite failed."""
jobs = select(
- lane=args.lane, tier=args.tier, variant=args.variant, platform=args.platform,
+ lane=args.lane,
+ tier=args.tier,
+ variant=args.variant,
+ platform=args.platform,
changed=_read_changed(args),
)
if not jobs:
print("::warning::no suites match the given filters", file=sys.stderr)
return 0
@@ -90,11 +93,14 @@
return rc
def _cmd_matrix(args: argparse.Namespace) -> int:
include = matrix(
- lane=args.lane, tier=args.tier, variant=args.variant, platform=args.platform,
+ lane=args.lane,
+ tier=args.tier,
+ variant=args.variant,
+ platform=args.platform,
changed=_read_changed(args),
)
if not include:
print("::warning::matrix is empty for the given filters", file=sys.stderr)
print(json.dumps({"include": include}))
@@ -177,26 +183,28 @@
g.add_argument("--tier", choices=("l0", "l1", "l2"))
sp.add_argument("--variant", choices=("standard", "rtx"))
sp.add_argument("--platform", choices=("linux-x86_64", "windows"))
sp.add_argument("--dry-run", action="store_true")
sp.add_argument(
- "--changed-from", metavar="FILE",
+ "--changed-from",
+ metavar="FILE",
help="narrow to suites affected by these changed files (a file, or '-' "
- "for stdin; one repo-relative path per line). Broad changes → no narrowing.",
+ "for stdin; one repo-relative path per line). Broad changes → no narrowing.",
)
sp.set_defaults(fn=_cmd_run_lane)
sp = sub.add_parser("matrix", help="emit a GitHub Actions matrix as JSON")
g = sp.add_mutually_exclusive_group()
g.add_argument("--lane", choices=("fast", "full", "nightly", "python-only"))
g.add_argument("--tier", choices=("l0", "l1", "l2"))
sp.add_argument("--variant", choices=("standard", "rtx"))
sp.add_argument("--platform", choices=("linux-x86_64", "windows"))
sp.add_argument(
- "--changed-from", metavar="FILE",
+ "--changed-from",
+ metavar="FILE",
help="narrow to suites affected by these changed files (a file, or '-' "
- "for stdin; one repo-relative path per line). Broad changes → no narrowing.",
+ "for stdin; one repo-relative path per line). Broad changes → no narrowing.",
)
sp.set_defaults(fn=_cmd_matrix)
sub.add_parser("doctor", help="validate the manifest").set_defaults(fn=_cmd_doctor)
--- /home/runner/work/TensorRT/TensorRT/tests/ci/runner.py 2026-07-21 22:12:48.864351+00:00
+++ /home/runner/work/TensorRT/TensorRT/tests/ci/runner.py 2026-07-21 22:13:16.564546+00:00
@@ -213,12 +213,22 @@
# Path prefixes whose changes cannot affect any GPU test outcome. A PR touching
# ONLY these can skip the whole test matrix.
_NO_TEST_IMPACT = (
- "docs/", "docsrc/", "tools/", "notebooks/", "examples/", ".devcontainer/",
- "README", "CHANGELOG", "LICENSE", ".gitignore", ".pre-commit", ".flake8",
+ "docs/",
+ "docsrc/",
+ "tools/",
+ "notebooks/",
+ "examples/",
+ ".devcontainer/",
+ "README",
+ "CHANGELOG",
+ "LICENSE",
+ ".gitignore",
+ ".pre-commit",
+ ".flake8",
)
def _owned_dirs(s: Suite) -> set[str]:
"""Repo-relative directories a suite owns — the directory of each path target
--- /home/runner/work/TensorRT/TensorRT/tools/ci-dashboard/ci_dashboard.py 2026-07-21 22:12:48.891643+00:00
+++ /home/runner/work/TensorRT/TensorRT/tools/ci-dashboard/ci_dashboard.py 2026-07-21 22:13:23.720936+00:00
@@ -18,10 +18,11 @@
We parse that into {group, python, cuda, kind}; the group is a `<suite>-<variant>`
from the tests/ci manifest (tests/ci/suites.py — the SAME data CI runs), so a red
cell maps to the suite's pytest paths and its exact `python -m tests.ci run`
reproduce command. Pre-migration runs (tier-named) fall back to the legacy map.
"""
+
from __future__ import annotations
import argparse
import html
import json
@@ -64,42 +65,76 @@
# Kept only so historical, pre-migration runs (named "L2 dynamo core tests", not
# "<suite>-<variant>") still resolve. New runs go through the manifest above.
# Keys are normalized job group names (see _norm()); `fn` is the old shell tier.
TIER_MAP = {
"l0 dynamo converter tests": dict(
- fn="trt_tier_l0_converter", paths=["tests/py/dynamo/conversion/"]),
+ fn="trt_tier_l0_converter", paths=["tests/py/dynamo/conversion/"]
+ ),
"l0 dynamo core tests": dict(
fn="trt_tier_l0_core",
- paths=["tests/py/dynamo/runtime/test_000_*", "tests/py/dynamo/partitioning/test_000_*",
- "tests/py/dynamo/lowering/", "tests/py/dynamo/hlo/"]),
+ paths=[
+ "tests/py/dynamo/runtime/test_000_*",
+ "tests/py/dynamo/partitioning/test_000_*",
+ "tests/py/dynamo/lowering/",
+ "tests/py/dynamo/hlo/",
+ ],
+ ),
"l0 core python tests": dict(fn="trt_tier_l0_py_core", paths=["tests/py/core/"]),
"l0 torchscript tests": dict(
- fn="trt_tier_l0_torchscript", paths=["tests/py/ts/api/", "tests/modules/hub.py"]),
+ fn="trt_tier_l0_torchscript", paths=["tests/py/ts/api/", "tests/modules/hub.py"]
+ ),
"l1 dynamo core tests": dict(
fn="trt_tier_l1_dynamo_core",
- paths=["tests/py/dynamo/runtime/test_001_*", "tests/py/dynamo/partitioning/test_001_*",
- "tests/py/dynamo/hlo/"]),
+ paths=[
+ "tests/py/dynamo/runtime/test_001_*",
+ "tests/py/dynamo/partitioning/test_001_*",
+ "tests/py/dynamo/hlo/",
+ ],
+ ),
"l1 dynamo compile tests": dict(
- fn="trt_tier_l1_dynamo_compile", paths=["tests/py/dynamo/models/"]),
+ fn="trt_tier_l1_dynamo_compile", paths=["tests/py/dynamo/models/"]
+ ),
"l1 torch compile tests": dict(
fn="trt_tier_l1_torch_compile",
- paths=["tests/py/dynamo/backend/", "tests/py/dynamo/models/test_models.py",
- "tests/py/dynamo/models/test_dyn_models.py"]),
- "l1 torch script tests": dict(fn="trt_tier_l1_torchscript", paths=["tests/py/ts/models/"]),
+ paths=[
+ "tests/py/dynamo/backend/",
+ "tests/py/dynamo/models/test_models.py",
+ "tests/py/dynamo/models/test_dyn_models.py",
+ ],
+ ),
+ "l1 torch script tests": dict(
+ fn="trt_tier_l1_torchscript", paths=["tests/py/ts/models/"]
+ ),
"l2 torch compile tests": dict(
fn="trt_tier_l2_torch_compile",
- paths=["tests/py/dynamo/models/test_models.py", "tests/py/dynamo/models/test_dyn_models.py"]),
+ paths=[
+ "tests/py/dynamo/models/test_models.py",
+ "tests/py/dynamo/models/test_dyn_models.py",
+ ],
+ ),
"l2 dynamo compile tests": dict(
- fn="trt_tier_l2_dynamo_compile", paths=["tests/py/dynamo/models/", "tests/py/dynamo/llm/"]),
+ fn="trt_tier_l2_dynamo_compile",
+ paths=["tests/py/dynamo/models/", "tests/py/dynamo/llm/"],
+ ),
"l2 dynamo core tests": dict(
- fn="trt_tier_l2_dynamo_core", paths=["tests/py/dynamo/runtime/", "tests/py/dynamo/executorch/"]),
+ fn="trt_tier_l2_dynamo_core",
+ paths=["tests/py/dynamo/runtime/", "tests/py/dynamo/executorch/"],
+ ),
"l2 dynamo plugin tests": dict(
fn="trt_tier_l2_plugin",
- paths=["tests/py/dynamo/conversion/", "tests/py/dynamo/automatic_plugin/", "tests/py/kernels/"]),
- "l2 torch script tests": dict(fn="trt_tier_l2_torchscript", paths=["tests/py/ts/integrations/"]),
+ paths=[
+ "tests/py/dynamo/conversion/",
+ "tests/py/dynamo/automatic_plugin/",
+ "tests/py/kernels/",
+ ],
+ ),
+ "l2 torch script tests": dict(
+ fn="trt_tier_l2_torchscript", paths=["tests/py/ts/integrations/"]
+ ),
"l2 dynamo distributed tests": dict(
- fn="trt_tier_l2_distributed", paths=["tests/py/dynamo/distributed/"]),
+ fn="trt_tier_l2_distributed", paths=["tests/py/dynamo/distributed/"]
+ ),
}
def _norm(s: str) -> str:
"""Lowercase and collapse separators so 'L2-dynamo-core-tests' and
@@ -202,22 +237,25 @@
CACHE = Cache()
def gh(args, parse=True, timeout=90):
- proc = subprocess.run(["gh", *args], capture_output=True, text=True,
- timeout=timeout, cwd=REPO_ROOT)
+ proc = subprocess.run(
+ ["gh", *args], capture_output=True, text=True, timeout=timeout, cwd=REPO_ROOT
+ )
if proc.returncode != 0:
raise RuntimeError((proc.stderr or proc.stdout or "gh failed").strip())
return json.loads(proc.stdout) if parse else proc.stdout
@lru_cache(maxsize=1)
def repo_slug():
try:
- return gh(["repo", "view", "--json", "nameWithOwner", "-q", ".nameWithOwner"],
- parse=False).strip()
+ return gh(
+ ["repo", "view", "--json", "nameWithOwner", "-q", ".nameWithOwner"],
+ parse=False,
+ ).strip()
except Exception:
return "pytorch/TensorRT"
_DEFAULT_BRANCH = None
@@ -225,12 +263,16 @@
def default_branch():
if _DEFAULT_BRANCH:
return _DEFAULT_BRANCH
try:
- b = subprocess.run(["git", "rev-parse", "--abbrev-ref", "HEAD"],
- capture_output=True, text=True, cwd=REPO_ROOT).stdout.strip()
+ b = subprocess.run(
+ ["git", "rev-parse", "--abbrev-ref", "HEAD"],
+ capture_output=True,
+ text=True,
+ cwd=REPO_ROOT,
+ ).stdout.strip()
return b if b and b != "HEAD" else "main"
except Exception:
return "main"
@@ -249,27 +291,32 @@
("ci: nightly", "lane", "everything, incl. llm / kernels / distributed"),
("backend: TensorRT", "std", "test the standard TensorRT engine"),
("backend: TensorRT-RTX", "rtx", "test the TensorRT-RTX engine"),
]
_CI_LABEL_NAMES = {n for n, _, _ in CI_LABELS}
-_INERT_LABEL = "Force All Tests[L0+L1+L2]" # replaced by ci: full / ci: nightly
+_INERT_LABEL = "Force All Tests[L0+L1+L2]" # replaced by ci: full / ci: nightly
def _ci_label_chips(labels, pr):
"""The four CI-control labels as on/off state chips; each copies the `gh pr edit`
command to toggle it (disabled when there's no PR to edit)."""
present = set(labels)
num = pr["number"] if pr else None
out = []
for name, group, effect in CI_LABELS:
on = name in present
- cmd = f'gh pr edit {num} --{"remove" if on else "add"}-label "{name}"' if num else ""
- title = effect + (f' · click to copy: {cmd}' if cmd else "")
+ cmd = (
+ f'gh pr edit {num} --{"remove" if on else "add"}-label "{name}"'
+ if num
+ else ""
+ )
+ title = effect + (f" · click to copy: {cmd}" if cmd else "")
out.append(
f'<button class="cilabel {group} {"on" if on else "off"}" data-cmd="{e(cmd)}" '
f'onclick="copyCmd(this)" title="{e(title)}"{"" if cmd else " disabled"}>'
- f'<span class="cilmark">{"✓" if on else "+"}</span>{e(name)}</button>')
+ f'<span class="cilmark">{"✓" if on else "+"}</span>{e(name)}</button>'
+ )
return "".join(out)
def resolve_lane_backend(labels, event="pull_request"):
"""labels → (lane, backend), per _decide.yml. `contains()` in Actions is an
@@ -277,23 +324,23 @@
L = set(labels or [])
has_full, has_nightly = "ci: full" in L, "ci: nightly" in L
has_rtx, has_std = "backend: TensorRT-RTX" in L, "backend: TensorRT" in L
if event == "schedule":
lane = "nightly"
- elif event == "push": # main canary
+ elif event == "push": # main canary
lane = "full"
- else: # pull_request
+ else: # pull_request
lane = "nightly" if has_nightly else "full" if has_full else "fast"
if event != "pull_request":
backend = "both"
elif has_rtx and has_std:
backend = "both"
elif has_rtx:
backend = "rtx"
elif has_std:
backend = "standard"
- elif lane == "fast": # cheap default on a plain PR push
+ elif lane == "fast": # cheap default on a plain PR push
backend = "standard"
else:
backend = "both"
return lane, backend
@@ -303,17 +350,24 @@
Mirrors the entry workflows' channel `if:` gates. Returns [{platform, engine,
kind, suites}], suites empty for build-only channels."""
if _ci_matrix is None:
return []
run, fullish = lane != "skip", lane in ("full", "nightly")
- std, rtx = backend != "rtx", backend != "standard" # which engine channels run
+ std, rtx = backend != "rtx", backend != "standard" # which engine channels run
plan = []
def add(platform, engine, kind, suite_lane, suite_platform):
- suites = ([m["suite"] for m in _ci_matrix(lane=suite_lane, variant=engine,
- platform=suite_platform)]
- if suite_platform else [])
+ suites = (
+ [
+ m["suite"]
+ for m in _ci_matrix(
+ lane=suite_lane, variant=engine, platform=suite_platform
+ )
+ ]
+ if suite_platform
+ else []
+ )
plan.append(dict(platform=platform, engine=engine, kind=kind, suites=suites))
# Linux x86_64 (ci-linux-x86_64.yml): tests on any non-skip lane; py-only full/nightly
if run and std:
add("Linux x86_64", "standard", "tests", lane, "linux-x86_64")
@@ -333,32 +387,54 @@
if fullish and rtx:
add("Windows", "rtx", "python-only", "python-only", "windows")
# SBSA aarch64 (ci-sbsa.yml): BUILD-ONLY (no GPU runners), full/nightly, standard
if fullish and std:
add("Linux aarch64 · SBSA", "standard", "build-only", lane, None)
- add("Linux aarch64 · SBSA", "standard", "build-only · py-only", "python-only", None)
+ add(
+ "Linux aarch64 · SBSA",
+ "standard",
+ "build-only · py-only",
+ "python-only",
+ None,
+ )
return plan
def pr_for(branch):
"""The open PR whose head is `branch` (number/title/url/labels), or None."""
try:
- prs = gh(["pr", "list", "--head", branch, "--state", "open",
- "--json", "number,title,url,labels", "--limit", "1"])
+ prs = gh(
+ [
+ "pr",
+ "list",
+ "--head",
+ branch,
+ "--state",
+ "open",
+ "--json",
+ "number,title,url,labels",
+ "--limit",
+ "1",
+ ]
+ )
except Exception:
return None
return prs[0] if prs else None
# ── data layer ───────────────────────────────────────────────────────────────
def get_runs(branch, limit=40, refresh=False):
key = f"runs:{branch}:{limit}"
if not refresh and (c := CACHE.get(key)) is not None:
return c
- fields = ("databaseId,workflowName,displayTitle,headBranch,headSha,status,"
- "conclusion,event,createdAt,updatedAt,url,number")
- runs = gh(["run", "list", "--branch", branch, "--limit", str(limit), "--json", fields])
+ fields = (
+ "databaseId,workflowName,displayTitle,headBranch,headSha,status,"
+ "conclusion,event,createdAt,updatedAt,url,number"
+ )
+ runs = gh(
+ ["run", "list", "--branch", branch, "--limit", str(limit), "--json", fields]
+ )
newest = {}
for r in runs:
r["id"] = r.get("databaseId") # normalize (gh run list uses databaseId)
wf = r.get("workflowName") or "?"
if wf not in newest or r["createdAt"] > newest[wf]["createdAt"]:
@@ -386,51 +462,73 @@
kind = "build"
elif re.match(r"l[012]\b", gl):
kind = "test"
elif "matrix" in gl or "generate" in gl or group == "filter-matrix":
kind = "setup"
- elif raw.startswith("CI /") or "aggregate" in gl or "collect results" in gl or "rollup" in gl:
+ elif (
+ raw.startswith("CI /")
+ or "aggregate" in gl
+ or "collect results" in gl
+ or "rollup" in gl
+ ):
kind = "rollup"
else:
kind = "other"
return dict(
- id=j.get("databaseId") or j.get("id"), raw=raw, group=group, kind=kind,
- python=py.group(0) if py else None, cuda=cu.group(0) if cu else None,
- status=j.get("status"), conclusion=j.get("conclusion"),
+ id=j.get("databaseId") or j.get("id"),
+ raw=raw,
+ group=group,
+ kind=kind,
+ python=py.group(0) if py else None,
+ cuda=cu.group(0) if cu else None,
+ status=j.get("status"),
+ conclusion=j.get("conclusion"),
url=j.get("html_url") or j.get("url"),
- failedSteps=[s["name"] for s in j.get("steps", []) if s.get("conclusion") == "failure"],
+ failedSteps=[
+ s["name"] for s in j.get("steps", []) if s.get("conclusion") == "failure"
+ ],
)
def get_jobs(run_id, refresh=False):
key = f"jobs:{run_id}"
if not refresh and (c := CACHE.get(key)) is not None:
return c
- data = gh(["api", f"repos/{repo_slug()}/actions/runs/{run_id}/jobs",
- "--paginate", "-q", ".jobs[]"], parse=False)
+ data = gh(
+ [
+ "api",
+ f"repos/{repo_slug()}/actions/runs/{run_id}/jobs",
+ "--paginate",
+ "-q",
+ ".jobs[]",
+ ],
+ parse=False,
+ )
jobs = [json.loads(line) for line in data.splitlines() if line.strip()]
parsed = [_parse_job(j) for j in jobs]
live = any(j["status"] != "completed" for j in parsed)
CACHE.put(key, parsed, ttl=15 if live else 300)
return parsed
NOISE = re.compile(
r"Process completed with exit code|Node\.js \d+ is deprecated|"
r"is deprecated\. Please switch|conda\.cli|defaults' channel|auto_activate|"
- r"might have been added implicitly", re.I)
+ r"might have been added implicitly",
+ re.I,
+)
# A test id is the annotation's first line: a single token that names a test —
# a bare `test_x[param]`, a dotted `Class.test_x`, or a `file.py::Class::test_x`
# nodeid. (The old regex required a dot, so it missed bare parametrized names.)
TESTLINE = re.compile(r"^[\w./\[\]:-]+$")
def _test_name(head):
"""Pull a test id out of an annotation's first line, or None."""
if not head or " " in head or not TESTLINE.match(head):
return None
- tok = head.split("::")[-1] if "::" in head else head # nodeid → last segment
+ tok = head.split("::")[-1] if "::" in head else head # nodeid → last segment
return tok if re.search(r"test", tok, re.I) else None
def _annot_loc(a):
"""Exact (repo-relative file, line) straight from the annotation — better than
@@ -442,12 +540,17 @@
return (m.group(1), a.get("start_line") or 0)
def _git_grep(pat):
try:
- out = subprocess.run(["git", "grep", "-n", "-E", pat, "--", "tests/"],
- capture_output=True, text=True, cwd=REPO_ROOT, timeout=15).stdout
+ out = subprocess.run(
+ ["git", "grep", "-n", "-E", pat, "--", "tests/"],
+ capture_output=True,
+ text=True,
+ cwd=REPO_ROOT,
+ timeout=15,
+ ).stdout
except Exception:
return None
for line in out.splitlines():
path, lineno, _ = line.split(":", 2)
return (path, int(lineno))
@@ -459,15 +562,15 @@
"""Resolve a failing-test symbol (Class.method / module.func) to (file, line)
via `git grep`. Tries the method, then the enclosing class — parametrized names
(`@parameterized.expand` → test_x_5) have no literal `def`, so the class is the
best anchor. Returns None if nothing matches."""
parts = [re.sub(r"\[.*$", "", p) for p in re.split(r"[.:]+", symbol.strip()) if p]
- for token in reversed(parts): # method first, then its class
+ for token in reversed(parts): # method first, then its class
if not re.match(r"^[A-Za-z_]\w+$", token):
continue
pat = f"def {token}\\b" if token.startswith("test") else f"class {token}\\b"
- if (hit := _git_grep(pat)):
+ if hit := _git_grep(pat):
return hit
return None
def get_failures(job_id, refresh=False):
@@ -489,35 +592,46 @@
test = _test_name(head)
dedupe = test or head
if dedupe in seen:
continue
seen.add(dedupe)
- loc = _annot_loc(a) or (grep_test(test) if test else None) # annotation line first
- failures.append(dict(test=test, message=msg[:1400],
- file=loc[0] if loc else None, line=loc[1] if loc else None))
+ loc = _annot_loc(a) or (
+ grep_test(test) if test else None
+ ) # annotation line first
+ failures.append(
+ dict(
+ test=test,
+ message=msg[:1400],
+ file=loc[0] if loc else None,
+ line=loc[1] if loc else None,
+ )
+ )
result = dict(failures=failures)
CACHE.put(key, result, ttl=600)
return result
# ── job logs (fetch + per-test extraction) ──────────────────────────────────
-_TS = re.compile(r"^\d{4}-\d{2}-\d{2}T\d{2}:\d{2}:\d{2}\.\d+Z ") # GH line prefix
-_ANSI = re.compile(r"\x1b\[[0-9;]*[A-Za-z]") # SGR / CSI colour codes
-_GROUP = re.compile(r"^##\[(?:group|section|command)\]") # fold marker → keep title
-_ENDGROUP = re.compile(r"^##\[endgroup\]\s*$") # pure noise
-_SEP = re.compile(r"^_{4,}\s+(.+?)\s+_{4,}\s*$") # pytest FAILURES sep
-_SECT = re.compile(r"^={4,}") # ==== section ====
+_TS = re.compile(r"^\d{4}-\d{2}-\d{2}T\d{2}:\d{2}:\d{2}\.\d+Z ") # GH line prefix
+_ANSI = re.compile(r"\x1b\[[0-9;]*[A-Za-z]") # SGR / CSI colour codes
+_GROUP = re.compile(r"^##\[(?:group|section|command)\]") # fold marker → keep title
+_ENDGROUP = re.compile(r"^##\[endgroup\]\s*$") # pure noise
+_SEP = re.compile(r"^_{4,}\s+(.+?)\s+_{4,}\s*$") # pytest FAILURES sep
+_SECT = re.compile(r"^={4,}") # ==== section ====
def get_job_log(job_id, refresh=False):
"""Raw plain-text log for one job (immutable once complete → cached 1h)."""
key = f"log:{job_id}"
if not refresh and (c := CACHE.get(key)) is not None:
return c
try:
- raw = gh(["api", f"repos/{repo_slug()}/actions/jobs/{job_id}/logs"],
- parse=False, timeout=60)
+ raw = gh(
+ ["api", f"repos/{repo_slug()}/actions/jobs/{job_id}/logs"],
+ parse=False,
+ timeout=60,
+ )
except Exception:
raw = None
CACHE.put(key, raw, ttl=3600 if raw else 20)
return raw
@@ -537,12 +651,13 @@
def extract_test_log(lines, test, max_lines=160):
"""Pull the pytest FAILURES block for `test`. Falls back to a context window
around the test's last mention (covers custom harnesses w/o a FAILURES sep).
Returns the excerpt string, or None."""
leaf = re.split(r"[.:]", test)[-1].split("[")[0] if test else None
- seps = [(i, m.group(1).strip()) for i, ln in enumerate(lines)
- if (m := _SEP.match(ln))]
+ seps = [
+ (i, m.group(1).strip()) for i, ln in enumerate(lines) if (m := _SEP.match(ln))
+ ]
start = None
if test:
# Prefer an exact title match — the leaf method name (e.g. test_trt_compile)
# is shared across many classes, so fuzzy matching would grab the wrong block.
for i, title in seps:
@@ -563,59 +678,85 @@
end = j
break
block = lines[start:end]
else:
needle = leaf or test
- hit = next((i for i in range(len(lines) - 1, -1, -1) if needle and needle in lines[i]), None)
+ hit = next(
+ (i for i in range(len(lines) - 1, -1, -1) if needle and needle in lines[i]),
+ None,
+ )
if hit is None:
return None
- block = lines[max(0, hit - 4): hit + 44]
+ block = lines[max(0, hit - 4) : hit + 44]
if len(block) > max_lines:
- block = block[:max_lines] + [f"… (+{len(block) - max_lines} more lines — open the raw log)"]
+ block = block[:max_lines] + [
+ f"… (+{len(block) - max_lines} more lines — open the raw log)"
+ ]
return "\n".join(block).strip()
# ── anchoring: find the *real* error in a non-pytest (build/install) failure ──
# In GH logs the first `##[error]` is almost always echoed shell text
# (`echo "::error::…"`), so we never anchor on it. The reliable signals, in order:
# the pytest summary, a pip/build metadata error, or a walk backward from the
# `Process completed with exit code N` line to the nearest genuine error.
_SUMMARY_HDR = re.compile(r"^=+\s*short test summary info\s*=+", re.I)
-_PIP_ERR = re.compile(r"error: subprocess-exited-with-error|did not run successfully|^\s*╰─>")
+_PIP_ERR = re.compile(
+ r"error: subprocess-exited-with-error|did not run successfully|^\s*╰─>"
+)
_EXITCODE = re.compile(r"(?:Process completed with exit code|exit code:?)\s*[1-9]")
-_ECHO_NOISE = re.compile(r'echo\s+["\']?::|Specified script file|^\s*(?:if|else|elif|fi|then|source|for|do|done)\b')
+_ECHO_NOISE = re.compile(
+ r'echo\s+["\']?::|Specified script file|^\s*(?:if|else|elif|fi|then|source|for|do|done)\b'
+)
_REAL_ERR = re.compile(
r"Traceback \(most recent call last\)|\b\w*(?:Error|Exception)\b\s*:|"
r"^E\s{2,}\S|^\s*(?:FAILED|ERROR)\s|error: subprocess-exited-with-error|"
- r"CMake Error|fatal error:|ninja: build stopped|Segmentation fault|OutOfMemory|Killed\b")
+ r"CMake Error|fatal error:|ninja: build stopped|Segmentation fault|OutOfMemory|Killed\b"
+)
def find_error_window(lines, max_lines=140):
"""Anchor a non-pytest failure on its real error instead of the blind tail.
Returns (title, start, end)."""
n = len(lines)
if not n:
return ("end of job log", 0, 0)
- for i, ln in enumerate(lines): # 1. pytest summary
+ for i, ln in enumerate(lines): # 1. pytest summary
if _SUMMARY_HDR.search(ln):
- end = next((j for j in range(i + 1, n)
- if _SECT.match(lines[j]) and not _SUMMARY_HDR.search(lines[j])), n)
+ end = next(
+ (
+ j
+ for j in range(i + 1, n)
+ if _SECT.match(lines[j]) and not _SUMMARY_HDR.search(lines[j])
+ ),
+ n,
+ )
return ("short test summary", i, min(end, i + max_lines))
- for i, ln in enumerate(lines): # 2. pip / build error
+ for i, ln in enumerate(lines): # 2. pip / build error
if _PIP_ERR.search(ln):
return ("install / build error", max(0, i - 3), min(n, i + max_lines))
- exit_i = next((i for i in range(n - 1, -1, -1) if _EXITCODE.search(lines[i])), n - 1)
- anchor = next((i for i in range(exit_i, -1, -1) # 3. walk back to real error
- if _REAL_ERR.search(lines[i]) and not _ECHO_NOISE.search(lines[i])), None)
+ exit_i = next(
+ (i for i in range(n - 1, -1, -1) if _EXITCODE.search(lines[i])), n - 1
+ )
+ anchor = next(
+ (
+ i
+ for i in range(exit_i, -1, -1) # 3. walk back to real error
+ if _REAL_ERR.search(lines[i]) and not _ECHO_NOISE.search(lines[i])
+ ),
+ None,
+ )
if anchor is not None:
start = anchor
- for j in range(anchor, max(0, anchor - 80), -1): # widen up to the traceback head
+ for j in range(
+ anchor, max(0, anchor - 80), -1
+ ): # widen up to the traceback head
if "Traceback (most recent call last)" in lines[j]:
start = j
break
return ("error", max(0, start - 2), min(n, exit_i + 1))
- return ("end of job log", max(0, n - 180), n) # 4. fallback: tail
+ return ("end of job log", max(0, n - 180), n) # 4. fallback: tail
# ── root-cause collapse: many identical failures → one line + a pointer ───────
_EXC_RE = re.compile(r"\b([A-Z]\w*(?:Error|Exception|Warning))\b\s*:?\s*([^\n]*)")
@@ -656,11 +797,12 @@
# ── severity rendering: per-line spans so the client can search / jump / colour ─
_SEV_ERR = re.compile(
r"^##\[error\]|Traceback \(most recent call last\)|\b\w*(?:Error|Exception)\b\s*:|"
r"^E\s{2,}\S|^\s*(?:FAILED|ERROR)\s|error: subprocess-exited-with-error|"
- r"CMake Error|fatal error:|Segmentation fault|\bAssertionError\b|exit code:?\s*[1-9]")
+ r"CMake Error|fatal error:|Segmentation fault|\bAssertionError\b|exit code:?\s*[1-9]"
+)
_SEV_WARN = re.compile(r"^##\[warning\]|\bwarning\b|\bdeprecat|\bWARN\b", re.I)
_SEV_PASS = re.compile(r"\bPASSED\b|=+\s*\d+ passed|^\s*ok\s*$", re.I)
def _render_logtext(text):
@@ -676,101 +818,143 @@
sev = "warn"
elif _SEV_PASS.search(ln):
sev = "pass"
attr = f' data-sev="{sev}"' if sev else ""
spans.append(f'<span class="ll"{attr}>{e(ln) or " "}</span>')
- return "".join(spans), hits # .ll is display:block; no newlines between
+ return "".join(spans), hits # .ll is display:block; no newlines between
def _logblock(title, subtitle, excerpt, is_open=False):
"""A collapsible log excerpt: severity-highlighted <pre> + an error jump-list."""
if not excerpt:
- return (f'<details class="logblock"><summary>{e(title)}</summary>{subtitle}'
- '<div class="muted" style="padding:8px 12px 12px">No matching block '
- 'in the log — see the raw log.</div></details>')
+ return (
+ f'<details class="logblock"><summary>{e(title)}</summary>{subtitle}'
+ '<div class="muted" style="padding:8px 12px 12px">No matching block '
+ "in the log — see the raw log.</div></details>"
+ )
body, hits = _render_logtext(excerpt)
jumps = ""
if hits:
- chips = "".join(f'<button class="jump" data-line="{i}" onclick="jumpLine(this)" '
- f'title="{e(short)}">{e(short[:44])}</button>' for i, short in hits[:8])
+ chips = "".join(
+ f'<button class="jump" data-line="{i}" onclick="jumpLine(this)" '
+ f'title="{e(short)}">{e(short[:44])}</button>'
+ for i, short in hits[:8]
+ )
jumps = f'<div class="logjumps"><span class="lbl">jump</span>{chips}</div>'
op = " open" if is_open else ""
- return (f'<details class="logblock"{op}><summary>{e(title)}</summary>{subtitle}'
- f'{jumps}<pre class="logtext">{body}</pre></details>')
-
-
-_IMPORT_FAIL = re.compile(r"ModuleNotFoundError|ImportError|No module named|"
- r"error collecting|during collection|failed to import", re.I)
+ return (
+ f'<details class="logblock"{op}><summary>{e(title)}</summary>{subtitle}'
+ f'{jumps}<pre class="logtext">{body}</pre></details>'
+ )
+
+
+_IMPORT_FAIL = re.compile(
+ r"ModuleNotFoundError|ImportError|No module named|"
+ r"error collecting|during collection|failed to import",
+ re.I,
+)
def _install_error_block(lines):
"""Locate a pip/build install error in the log and render it, or return ''."""
pin = next((i for i, ln in enumerate(lines) if _PIP_ERR.search(ln)), None)
if pin is None:
return ""
- body, _h = _render_logtext("\n".join(lines[max(0, pin - 3):pin + 40]).strip())
- return ('<details class="logblock rootcause" open><summary>'
- 'likely root cause · install / build error</summary>'
- f'<pre class="logtext">{body}</pre></details>')
+ body, _h = _render_logtext("\n".join(lines[max(0, pin - 3) : pin + 40]).strip())
+ return (
+ '<details class="logblock rootcause" open><summary>'
+ "likely root cause · install / build error</summary>"
+ f'<pre class="logtext">{body}</pre></details>'
+ )
def _root_cause_banner(lines, fails, groups):
"""When most failures share one reason, say so once and point at the cause."""
reason, members = groups[0]
n = len(members)
- msg = (f'<strong>{n} of {len(fails)}</strong> failures share one cause: '
- f'<code>{e(reason)}</code>.')
+ msg = (
+ f"<strong>{n} of {len(fails)}</strong> failures share one cause: "
+ f"<code>{e(reason)}</code>."
+ )
extra = ""
if _IMPORT_FAIL.search(reason):
- msg += (f' That is an <em>install / build</em> failure, not {n} test bugs — '
- 'the package never imported.')
+ msg += (
+ f" That is an <em>install / build</em> failure, not {n} test bugs — "
+ "the package never imported."
+ )
extra = _install_error_block(lines)
return f'<div class="rootbanner">{msg}</div>{extra}'
def render_joblog(job_id, url):
log = get_job_log(job_id)
- ghlink = f'<a href="{e(url)}" target="_blank" rel="noopener">job on GitHub ↗</a>' if url else ""
+ ghlink = (
+ f'<a href="{e(url)}" target="_blank" rel="noopener">job on GitHub ↗</a>'
+ if url
+ else ""
+ )
rawlink = f'<a href="/ui/joblog?job={e(job_id)}&raw=1" target="_blank" rel="noopener">raw log ↗</a>'
head = f'<div class="logsec-head"><span class="lbl">relevant logs</span>{rawlink} · {ghlink}</div>'
if not log:
- return head + ('<div class="muted">Log not available yet — the job may still be '
- f'running, or GitHub expired it. {ghlink}</div>')
+ return head + (
+ '<div class="muted">Log not available yet — the job may still be '
+ f"running, or GitHub expired it. {ghlink}</div>"
+ )
lines = _clean_lines(log)
- tools = ('<div class="logtools">'
- '<input class="logfind" type="search" placeholder="search these logs…" '
- 'oninput="logSearch(this)" aria-label="search logs">'
- '<label class="logfilt"><input type="checkbox" onchange="logFilter(this)"> matches only</label>'
- '<span class="logcount muted"></span></div>')
+ tools = (
+ '<div class="logtools">'
+ '<input class="logfind" type="search" placeholder="search these logs…" '
+ 'oninput="logSearch(this)" aria-label="search logs">'
+ '<label class="logfilt"><input type="checkbox" onchange="logFilter(this)"> matches only</label>'
+ '<span class="logcount muted"></span></div>'
+ )
fails = get_failures(job_id).get("failures", [])
blocks = []
if fails:
groups = _group_failures(fails)
if len(fails) >= 3 and any(len(m) > 1 for _, m in groups):
blocks.append(_root_cause_banner(lines, fails, groups))
for reason, members in groups:
if len(members) == 1:
f = members[0]
sub = f'<div class="logreason">{e(_reason_first(f["message"]))}</div>'
- blocks.append(_logblock(f["test"] or "failure", sub,
- extract_test_log(lines, f["test"]), is_open=True))
+ blocks.append(
+ _logblock(
+ f["test"] or "failure",
+ sub,
+ extract_test_log(lines, f["test"]),
+ is_open=True,
+ )
+ )
else: # collapsed: N parametrized / duplicate failures → one block
names = ", ".join(m["test"] or "?" for m in members[:10])
more = f" +{len(members) - 10} more" if len(members) > 10 else ""
- sub = (f'<div class="logreason">{e(reason)}</div>'
- f'<div class="logmeta">{len(members)} tests · {e(names)}{e(more)}</div>')
- blocks.append(_logblock(f"{len(members)}× {reason}", sub,
- extract_test_log(lines, members[0]["test"]), is_open=True))
+ sub = (
+ f'<div class="logreason">{e(reason)}</div>'
+ f'<div class="logmeta">{len(members)} tests · {e(names)}{e(more)}</div>'
+ )
+ blocks.append(
+ _logblock(
+ f"{len(members)}× {reason}",
+ sub,
+ extract_test_log(lines, members[0]["test"]),
+ is_open=True,
+ )
+ )
else: # no annotations → anchor on the real error; surface install failures
title, s, en = find_error_window(lines)
window = "\n".join(lines[s:en]).strip()
- import_dominated = title == "short test summary" and len(_IMPORT_FAIL.findall(window)) >= 2
+ import_dominated = (
+ title == "short test summary" and len(_IMPORT_FAIL.findall(window)) >= 2
+ )
inst = _install_error_block(lines) if import_dominated else ""
if inst:
blocks.append(inst)
- blocks.append('<div class="rootbanner">Every test failed at <em>import</em> — this is '
- 'an <em>install / build</em> failure (above), not test bugs.</div>')
+ blocks.append(
+ '<div class="rootbanner">Every test failed at <em>import</em> — this is '
+ "an <em>install / build</em> failure (above), not test bugs.</div>"
+ )
blocks.append(_logblock(title, "", window, is_open=not inst))
return head + tools + "".join(blocks)
# ── status helpers ───────────────────────────────────────────────────────────
@@ -780,11 +964,13 @@
and a cancelled job didn't produce a verdict. Only `failure`/`timed_out`
(actually executed and failed) are `fail`."""
if status and status != "completed":
if status in ("in_progress", "running"):
return "run", "running"
- return "queue", status.replace("_", " ") # queued / waiting / pending / requested
+ return "queue", status.replace(
+ "_", " "
+ ) # queued / waiting / pending / requested
c = conclusion or ""
return {
"success": ("pass", "passed"),
"failure": ("fail", "failed"),
"timed_out": ("fail", "timed out"),
@@ -812,33 +998,80 @@
# so order is most-specific → most-generic. `kind` drives the tag colour:
# infra = "probably not your bug" · env/gap = setup/feature hole · bug = real.
# NOTE: an OOM often surfaces AS an AssertionError ("assert cuda_engine"); the OOM
# signatures below are listed first on purpose so they win over the generic assert.
_FAIL_CATS = [
- ("oom", "GPU / resource", "infra", re.compile(
- r"OutOfMemory|out of memory|createCaskHardwareInfo|\bCask\b|"
- r"build_serialized_network returned None|assert cuda_engine|cuda_engine\b|"
- r"catchCudaError|cudaError|cuInit|defaultAllocator|no CUDA GPUs|"
- r"CUDA error|cudaMalloc|device-side assert", re.I)),
- ("timeout", "timeout", "infra", re.compile(
- r"timed out|timeout|deadline exceeded|took too long", re.I)),
- ("import", "import / collection", "env", re.compile(
- r"ModuleNotFoundError|ImportError|No module named|cannot import name|"
- r"error collecting|errors during collection|failed to import", re.I)),
- ("unsupported", "unsupported op", "env", re.compile(
- r"no converter|not support|unsupported|Could not find any implementation|"
- r"UnsupportedOperator|no implementation for", re.I)),
- ("numerical", "numerical / accuracy", "bug", re.compile(
- r"not close|Mismatched elements|cosine|tolerance|allclose|"
- r"Max absolute difference|relative difference|accuracy|atol|rtol", re.I)),
- ("assertion", "assertion", "bug", re.compile(
- r"\bAssertionError\b|^\s*assert\s", re.I | re.M)),
- ("typeerr", "type / shape", "bug", re.compile(
- r"\b(TypeError|AttributeError|KeyError|IndexError|ValueError)\b|"
- r"shape mismatch|size mismatch|dtype", re.I)),
- ("runtime", "runtime error", "bug", re.compile(
- r"\b(RuntimeError|NotImplementedError)\b", re.I)),
+ (
+ "oom",
+ "GPU / resource",
+ "infra",
+ re.compile(
+ r"OutOfMemory|out of memory|createCaskHardwareInfo|\bCask\b|"
+ r"build_serialized_network returned None|assert cuda_engine|cuda_engine\b|"
+ r"catchCudaError|cudaError|cuInit|defaultAllocator|no CUDA GPUs|"
+ r"CUDA error|cudaMalloc|device-side assert",
+ re.I,
+ ),
+ ),
+ (
+ "timeout",
+ "timeout",
+ "infra",
+ re.compile(r"timed out|timeout|deadline exceeded|took too long", re.I),
+ ),
+ (
+ "import",
+ "import / collection",
+ "env",
+ re.compile(
+ r"ModuleNotFoundError|ImportError|No module named|cannot import name|"
+ r"error collecting|errors during collection|failed to import",
+ re.I,
+ ),
+ ),
+ (
+ "unsupported",
+ "unsupported op",
+ "env",
+ re.compile(
+ r"no converter|not support|unsupported|Could not find any implementation|"
+ r"UnsupportedOperator|no implementation for",
+ re.I,
+ ),
+ ),
+ (
+ "numerical",
+ "numerical / accuracy",
+ "bug",
+ re.compile(
+ r"not close|Mismatched elements|cosine|tolerance|allclose|"
+ r"Max absolute difference|relative difference|accuracy|atol|rtol",
+ re.I,
+ ),
+ ),
+ (
+ "assertion",
+ "assertion",
+ "bug",
+ re.compile(r"\bAssertionError\b|^\s*assert\s", re.I | re.M),
+ ),
+ (
+ "typeerr",
+ "type / shape",
+ "bug",
+ re.compile(
+ r"\b(TypeError|AttributeError|KeyError|IndexError|ValueError)\b|"
+ r"shape mismatch|size mismatch|dtype",
+ re.I,
+ ),
+ ),
+ (
+ "runtime",
+ "runtime error",
+ "bug",
+ re.compile(r"\b(RuntimeError|NotImplementedError)\b", re.I),
+ ),
]
# Roll-up labels for the per-run category tally (kind → human summary word).
_KIND_LABEL = {
@@ -858,12 +1091,14 @@
return dict(key=key, label=label, kind=kind)
return dict(key="other", label="error", kind="unknown")
def _cat_tag(cat):
- return (f'<span class="cat {cat["kind"]}" '
- f'title="{e(cat["label"])} — {cat["kind"]}">{e(cat["label"])}</span>')
+ return (
+ f'<span class="cat {cat["kind"]}" '
+ f'title="{e(cat["label"])} — {cat["kind"]}">{e(cat["label"])}</span>'
+ )
def _config_pattern(occ, all_pys, all_cudas):
"""Which configuration a failure correlates with — the strongest diagnostic
signal after the category. Only asserts "X only" when X is a strict subset of
@@ -898,27 +1133,34 @@
return f"{int(s // n)}{unit} ago"
return "just now"
def pretty_platform(name):
- n = (name.replace("Python-only build and test ", "py-only ")
- .replace("RTX - Build and test ", "RTX ")
- .replace("RTX - Python-only build and test ", "RTX py-only ")
- .replace("Build and test ", "").replace(" wheels", "")
- .replace(" for Jetpack", " · jetpack"))
+ n = (
+ name.replace("Python-only build and test ", "py-only ")
+ .replace("RTX - Build and test ", "RTX ")
+ .replace("RTX - Python-only build and test ", "RTX py-only ")
+ .replace("Build and test ", "")
+ .replace(" wheels", "")
+ .replace(" for Jetpack", " · jetpack")
+ )
return n.strip()
def e(s):
return html.escape(str(s if s is not None else ""))
def qp(**kw):
"""Build a URL-encoded, HTML-attribute-safe query string from kwargs, so
values with spaces/&/ (platform + tier names, job URLs) survive intact."""
- return e("&".join(f"{k}={quote(str(v if v is not None else ''), safe='')}"
- for k, v in kw.items()))
+ return e(
+ "&".join(
+ f"{k}={quote(str(v if v is not None else ''), safe='')}"
+ for k, v in kw.items()
+ )
+ )
# ── HTML fragment renderers ──────────────────────────────────────────────────
def _summary_html(runs, oob=False):
"""The top counts strip. Shared by the board and the live poller so the two
@@ -929,39 +1171,54 @@
cls, _ = classify(r["status"], r["conclusion"])
counts[cls] = counts.get(cls, 0) + 1
didnt_run = counts["skip"] + counts["cancel"]
head = runs[0] if runs else {}
sha = (head.get("headSha") or "")[:9]
- commit = (f'<div class="commit"><code>{e(sha)}</code> · {e(head.get("displayTitle", ""))[:80]}'
- f' · {e(rel_time(head.get("createdAt")))}</div>')
+ commit = (
+ f'<div class="commit"><code>{e(sha)}</code> · {e(head.get("displayTitle", ""))[:80]}'
+ f' · {e(rel_time(head.get("createdAt")))}</div>'
+ )
def stat(cls, n, word):
- return (f'<span class="stat {cls}"><span class="dot {cls}"></span>'
- f'<span class="n">{n}</span> {word}</span>') if n else ""
- oob_attr = ' hx-swap-oob="true"' if oob else ''
- return (f'<div id="summary" class="summary"{oob_attr}>'
- f'{stat("fail", counts["fail"], "failing")}'
- f'{stat("run", counts["run"], "running")}'
- f'{stat("queue", counts["queue"], "queued")}'
- f'{stat("pass", counts["pass"], "passing")}'
- f'{stat("skip", didnt_run, "didn’t run")}'
- f'{commit}</div>')
+ return (
+ (
+ f'<span class="stat {cls}"><span class="dot {cls}"></span>'
+ f'<span class="n">{n}</span> {word}</span>'
+ )
+ if n
+ else ""
+ )
+
+ oob_attr = ' hx-swap-oob="true"' if oob else ""
+ return (
+ f'<div id="summary" class="summary"{oob_attr}>'
+ f'{stat("fail", counts["fail"], "failing")}'
+ f'{stat("run", counts["run"], "running")}'
+ f'{stat("queue", counts["queue"], "queued")}'
+ f'{stat("pass", counts["pass"], "passing")}'
+ f'{stat("skip", didnt_run, "didn’t run")}'
+ f"{commit}</div>"
+ )
def _plan_hint(lane, backend):
if lane == "fast":
- h = ('<code>fast</code> L0 smoke only. Add <code>ci: full</code> for all tiers on '
- 'Linux + Windows, or <code>ci: nightly</code> to also run llm / kernels / distributed.')
+ h = (
+ "<code>fast</code> L0 smoke only. Add <code>ci: full</code> for all tiers on "
+ "Linux + Windows, or <code>ci: nightly</code> to also run llm / kernels / distributed."
+ )
elif lane == "full":
- h = ('<code>full</code> runs L0–L2. Add <code>ci: nightly</code> to also run '
- 'llm / kernels / distributed.')
+ h = (
+ "<code>full</code> runs L0–L2. Add <code>ci: nightly</code> to also run "
+ "llm / kernels / distributed."
+ )
else:
- h = '<code>nightly</code> runs everything.'
+ h = "<code>nightly</code> runs everything."
if backend == "standard":
- h += ' Add <code>backend: TensorRT-RTX</code> to also test RTX.'
+ h += " Add <code>backend: TensorRT-RTX</code> to also test RTX."
elif backend == "rtx":
- h += ' Add <code>backend: TensorRT</code> to also test standard.'
+ h += " Add <code>backend: TensorRT</code> to also test standard."
return f'<span class="plan-hint">{h}</span>'
def render_plan(branch, refresh=False):
"""'What will run' panel: branch labels → lane/backend → the exact per-platform
@@ -969,65 +1226,97 @@
key = f"plan:{branch}"
if not refresh and (c := CACHE.get(key)) is not None:
return c
try:
html = _render_plan(branch)
- except Exception as ex: # best-effort — never break the board
- html = f'<div class="muted" style="padding:4px 0">plan unavailable: {e(ex)}</div>'
+ except Exception as ex: # best-effort — never break the board
+ html = (
+ f'<div class="muted" style="padding:4px 0">plan unavailable: {e(ex)}</div>'
+ )
CACHE.put(key, html, ttl=120)
return html
def _render_plan(branch):
pr = None
- if branch == "main": # the push canary — not any head=main PR
+ if branch == "main": # the push canary — not any head=main PR
labels, event, src = [], "push", "push → main"
- elif (pr := pr_for(branch)):
+ elif pr := pr_for(branch):
labels = [l.get("name", "") for l in pr.get("labels", [])]
event, src = "pull_request", f'PR #{pr["number"]}'
else:
labels, event, src = [], "pull_request", "no open PR"
lane, backend = resolve_lane_backend(labels, event)
plan = compute_plan(lane, backend)
njobs = sum(len(c["suites"]) for c in plan)
- srchtml = (f'<a href="{e(pr["url"])}" target="_blank" rel="noopener">{e(src)} ↗</a>'
- if pr else e(src))
+ srchtml = (
+ f'<a href="{e(pr["url"])}" target="_blank" rel="noopener">{e(src)} ↗</a>'
+ if pr
+ else e(src)
+ )
# CI-control labels as on/off state; the rest shown muted as "other".
if event == "push":
- labelblock = ('<div class="plan-labels"><span class="muted">push to <code>main</code> — '
- 'runs the full lane on both engines regardless of labels.</span></div>')
+ labelblock = (
+ '<div class="plan-labels"><span class="muted">push to <code>main</code> — '
+ "runs the full lane on both engines regardless of labels.</span></div>"
+ )
else:
others = [x for x in labels if x not in _CI_LABEL_NAMES and x != _INERT_LABEL]
- inert = (f'<button class="cilabel inert" disabled title="inert — superseded by '
- f'ci: full / ci: nightly">⚠ {e(_INERT_LABEL)}</button>'
- if _INERT_LABEL in labels else "")
- other_html = ('<div class="plan-other"><span class="muted">other:</span> '
- + " ".join(f'<span class="plabel">{e(x)}</span>' for x in others)
- + '</div>') if others else ""
- labelblock = (f'<div class="ci-labels"><span class="cil-head">CI labels</span>'
- f'{_ci_label_chips(labels, pr)}{inert}</div>'
- f'<div class="plan-hint-row">{_plan_hint(lane, backend)}</div>{other_html}')
+ inert = (
+ f'<button class="cilabel inert" disabled title="inert — superseded by '
+ f'ci: full / ci: nightly">⚠ {e(_INERT_LABEL)}</button>'
+ if _INERT_LABEL in labels
+ else ""
+ )
+ other_html = (
+ (
+ '<div class="plan-other"><span class="muted">other:</span> '
+ + " ".join(f'<span class="plabel">{e(x)}</span>' for x in others)
+ + "</div>"
+ )
+ if others
+ else ""
+ )
+ labelblock = (
+ f'<div class="ci-labels"><span class="cil-head">CI labels</span>'
+ f"{_ci_label_chips(labels, pr)}{inert}</div>"
+ f'<div class="plan-hint-row">{_plan_hint(lane, backend)}</div>{other_html}'
+ )
rows = []
for c in plan:
if c["suites"]:
- detail, cnt = f'<span class="psuites">{e(", ".join(c["suites"]))}</span>', str(len(c["suites"]))
+ detail, cnt = (
+ f'<span class="psuites">{e(", ".join(c["suites"]))}</span>',
+ str(len(c["suites"])),
+ )
else:
detail, cnt = '<span class="muted">wheel build · no tests</span>', "—"
- rows.append(f'<tr><td class="pplat">{e(c["platform"])}</td>'
- f'<td><span class="peng {e(c["engine"])}">{e(c["engine"])}</span></td>'
- f'<td class="pkind">{e(c["kind"])}</td>'
- f'<td class="pcnt">{cnt}</td><td class="pdet">{detail}</td></tr>')
- table = ('<table class="plan-table"><thead><tr><th>platform</th><th>engine</th>'
- '<th>kind</th><th>#</th><th>suites</th></tr></thead>'
- f'<tbody>{"".join(rows)}</tbody></table>') if rows else \
- '<div class="muted">Manifest not available on this checkout.</div>'
- summary = (f'<summary><span class="lbl">test plan</span>'
- f'<span class="pverdict">lane <b>{e(lane)}</b> · backend <b>{e(backend)}</b></span>'
- f'<span class="muted">{njobs} test jobs · {srchtml}</span></summary>')
- return (f'<details class="plan" open>{summary}'
- f'<div class="plan-body">{labelblock}{table}</div></details>')
+ rows.append(
+ f'<tr><td class="pplat">{e(c["platform"])}</td>'
+ f'<td><span class="peng {e(c["engine"])}">{e(c["engine"])}</span></td>'
+ f'<td class="pkind">{e(c["kind"])}</td>'
+ f'<td class="pcnt">{cnt}</td><td class="pdet">{detail}</td></tr>'
+ )
+ table = (
+ (
+ '<table class="plan-table"><thead><tr><th>platform</th><th>engine</th>'
+ "<th>kind</th><th>#</th><th>suites</th></tr></thead>"
+ f'<tbody>{"".join(rows)}</tbody></table>'
+ )
+ if rows
+ else '<div class="muted">Manifest not available on this checkout.</div>'
+ )
+ summary = (
+ f'<summary><span class="lbl">test plan</span>'
+ f'<span class="pverdict">lane <b>{e(lane)}</b> · backend <b>{e(backend)}</b></span>'
+ f'<span class="muted">{njobs} test jobs · {srchtml}</span></summary>'
+ )
+ return (
+ f'<details class="plan" open>{summary}'
+ f'<div class="plan-body">{labelblock}{table}</div></details>'
+ )
def render_board(branch, refresh=False):
try:
runs = get_runs(branch, refresh=refresh)
@@ -1036,38 +1325,51 @@
if not runs:
return f'<div class="empty-state">No CI runs found for <code>{e(branch)}</code>.</div>'
for r in runs:
r["_cls"], r["_label"] = classify(r["status"], r["conclusion"])
- runs.sort(key=lambda r: (RANK.get(r["_cls"], 9), pretty_platform(r["workflowName"]).lower()))
+ runs.sort(
+ key=lambda r: (
+ RANK.get(r["_cls"], 9),
+ pretty_platform(r["workflowName"]).lower(),
+ )
+ )
summary = _summary_html(runs)
cards = []
for r in runs:
rid, cls, label = r["id"], r["_cls"], r["_label"]
plat = pretty_platform(r["workflowName"])
sub = f'{e(r.get("event",""))} · #{r.get("number","")} · {e(rel_time(r.get("createdAt")))}'
- q = qp(run=rid, sha=r.get("headSha", ""), platform=plat,
- refresh="1" if refresh else "0")
- cards.append(f'''
+ q = qp(
+ run=rid,
+ sha=r.get("headSha", ""),
+ platform=plat,
+ refresh="1" if refresh else "0",
+ )
+ cards.append(f"""
<details class="card {'fail' if cls=='fail' else ''}"
hx-get="/ui/platform?{q}" hx-trigger="toggle once"
hx-target="find .card-body" hx-swap="innerHTML">
<summary class="card-head">
<span class="dot {cls}"></span>
<span class="card-title">{e(plat)}<div class="sub">{sub}</div></span>
<span id="badge-{rid}" class="card-badge {cls}">{e(label)}</span>
<span class="caret">▸</span>
</summary>
<div class="card-body"><div class="muted" style="padding:10px 0"><span class="spinner"></span> loading jobs…</div></div>
- </details>''')
-
- poller = (f'<div hx-get="/ui/status?branch={e(branch)}" hx-trigger="load delay:20s, every 25s" '
- f'hx-swap="none"></div>')
- agg = (f'<h2 class="sec">Failures across platforms</h2>'
- f'<div id="agg" hx-get="/ui/aggregate?branch={e(branch)}" hx-trigger="load" hx-swap="innerHTML">'
- f'<div class="agg-loading"><span class="spinner"></span> scanning failing tests…</div></div>')
+ </details>""")
+
+ poller = (
+ f'<div hx-get="/ui/status?branch={e(branch)}" hx-trigger="load delay:20s, every 25s" '
+ f'hx-swap="none"></div>'
+ )
+ agg = (
+ f'<h2 class="sec">Failures across platforms</h2>'
+ f'<div id="agg" hx-get="/ui/aggregate?branch={e(branch)}" hx-trigger="load" hx-swap="innerHTML">'
+ f'<div class="agg-loading"><span class="spinner"></span> scanning failing tests…</div></div>'
+ )
board = f'<h2 class="sec">Platforms</h2><div id="board" class="board">{"".join(cards)}</div>'
return summary + render_plan(branch, refresh=refresh) + agg + board + poller
def render_status(branch):
@@ -1078,12 +1380,14 @@
except Exception:
return ""
spans = []
for r in runs:
cls, label = classify(r["status"], r["conclusion"])
- spans.append(f'<span id="badge-{r["id"]}" hx-swap-oob="true" '
- f'class="card-badge {cls}">{e(label)}</span>')
+ spans.append(
+ f'<span id="badge-{r["id"]}" hx-swap-oob="true" '
+ f'class="card-badge {cls}">{e(label)}</span>'
+ )
return _summary_html(runs, oob=True) + "".join(spans)
KIND_ORDER = {"test": 0, "build": 1, "setup": 2, "rollup": 3, "other": 4}
@@ -1100,38 +1404,69 @@
groups = {}
for j in jobs:
groups.setdefault((KIND_ORDER.get(j["kind"], 9), j["group"]), []).append(j)
out = []
- for (_, gname), gjobs in sorted(groups.items(), key=lambda kv: (kv[0][0], kv[0][1])):
+ for (_, gname), gjobs in sorted(
+ groups.items(), key=lambda kv: (kv[0][0], kv[0][1])
+ ):
info = info_for(gname)
- tierpath = f'<span class="tierpath">{e(", ".join(info["paths"]))}</span>' if info else ""
+ tierpath = (
+ f'<span class="tierpath">{e(", ".join(info["paths"]))}</span>'
+ if info
+ else ""
+ )
cells, rows = [], []
for j in sorted(gjobs, key=lambda j: (j["python"] or "", j["cuda"] or "")):
cls, label = classify(j["status"], j["conclusion"])
failable = cls == "fail" and j["kind"] in ("test", "build")
if j["python"] and j["cuda"]:
- inner = (f'<span class="k"><span class="dot {cls}"></span>{e(j["python"])}·{e(j["cuda"])}</span>'
- f'<span class="v">{e(label)}</span>')
+ inner = (
+ f'<span class="k"><span class="dot {cls}"></span>{e(j["python"])}·{e(j["cuda"])}</span>'
+ f'<span class="v">{e(label)}</span>'
+ )
if failable:
- q = qp(job=j["id"], sha=sha, platform=platform, tier=gname,
- py=j["python"], cuda=j["cuda"], url=j["url"])
- cells.append(f'<div class="cell fail" tabindex="0" onclick="openDrawer()" '
- f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">{inner}</div>')
+ q = qp(
+ job=j["id"],
+ sha=sha,
+ platform=platform,
+ tier=gname,
+ py=j["python"],
+ cuda=j["cuda"],
+ url=j["url"],
+ )
+ cells.append(
+ f'<div class="cell fail" tabindex="0" onclick="openDrawer()" '
+ f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">{inner}</div>'
+ )
else:
cells.append(f'<div class="cell {cls}">{inner}</div>')
else:
name = j["raw"].split(" / ")[-1] or j["group"]
- link = f' <a href="{e(j["url"])}" target="_blank" rel="noopener">log ↗</a>' if j["url"] else ""
+ link = (
+ f' <a href="{e(j["url"])}" target="_blank" rel="noopener">log ↗</a>'
+ if j["url"]
+ else ""
+ )
extra = ""
if failable:
- q = qp(job=j["id"], sha=sha, platform=platform, tier=gname, url=j["url"])
- extra = (f' · <a href="#" onclick="openDrawer();return false" '
- f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">details</a>')
- rows.append(f'<div class="jobrow {cls}"><span class="dot {cls}"></span>'
- f'<span class="name">{e(name)}</span>'
- f'<span class="jobstate {cls}">{e(label)}</span>{link}{extra}</div>')
+ q = qp(
+ job=j["id"],
+ sha=sha,
+ platform=platform,
+ tier=gname,
+ url=j["url"],
+ )
+ extra = (
+ f' · <a href="#" onclick="openDrawer();return false" '
+ f'hx-get="/ui/failures?{q}" hx-target="#drawer-body" hx-swap="innerHTML">details</a>'
+ )
+ rows.append(
+ f'<div class="jobrow {cls}"><span class="dot {cls}"></span>'
+ f'<span class="name">{e(name)}</span>'
+ f'<span class="jobstate {cls}">{e(label)}</span>{link}{extra}</div>'
+ )
body = ""
if cells:
body += f'<div class="matrix">{"".join(cells)}</div>'
if rows:
body += f'<div class="rows">{"".join(rows)}</div>'
@@ -1139,49 +1474,74 @@
return "".join(out)
def render_failures(job_id, sha, platform, tier, py, cuda, url):
data = get_failures(job_id)
- joblink = (f' · <a href="{e(url)}" target="_blank" rel="noopener">job log ↗</a>') if url else ""
- oob = (f'<span id="drawer-title" hx-swap-oob="true">{e(platform)} — {e(tier)}</span>'
- f'<span id="drawer-sub" hx-swap-oob="true">{e(py)} {e(cuda)}{joblink}</span>')
+ joblink = (
+ (f' · <a href="{e(url)}" target="_blank" rel="noopener">job log ↗</a>')
+ if url
+ else ""
+ )
+ oob = (
+ f'<span id="drawer-title" hx-swap-oob="true">{e(platform)} — {e(tier)}</span>'
+ f'<span id="drawer-sub" hx-swap-oob="true">{e(py)} {e(cuda)}{joblink}</span>'
+ )
if data.get("error"):
- return oob + f'<div class="muted">Could not load annotations: {e(data["error"])}</div>'
+ return (
+ oob
+ + f'<div class="muted">Could not load annotations: {e(data["error"])}</div>'
+ )
fails = data["failures"]
info = info_for(tier)
body = []
if not fails:
- loglink = f'<a href="{e(url)}" target="_blank" rel="noopener">Open the job log ↗</a>' if url else ""
- body.append('<div class="muted">No pytest failure annotations — this is likely a '
- f'build / environment / setup failure rather than a test assertion.<br><br>{loglink}</div>')
+ loglink = (
+ f'<a href="{e(url)}" target="_blank" rel="noopener">Open the job log ↗</a>'
+ if url
+ else ""
+ )
+ body.append(
+ '<div class="muted">No pytest failure annotations — this is likely a '
+ f"build / environment / setup failure rather than a test assertion.<br><br>{loglink}</div>"
+ )
for f in fails:
loc = ""
if f["file"]:
- gh_url = f'https://github.com/{repo_slug()}/blob/{sha}/{f["file"]}#L{f["line"]}'
- loc = (f'<div class="floc">↳ <a href="{e(gh_url)}" target="_blank" rel="noopener">'
- f'<code>{e(f["file"])}:{f["line"]}</code> ↗</a></div>')
+ gh_url = (
+ f'https://github.com/{repo_slug()}/blob/{sha}/{f["file"]}#L{f["line"]}'
+ )
+ loc = (
+ f'<div class="floc">↳ <a href="{e(gh_url)}" target="_blank" rel="noopener">'
+ f'<code>{e(f["file"])}:{f["line"]}</code> ↗</a></div>'
+ )
cat = categorize_failure(f["message"])
- body.append(f'<div class="fail-item"><div class="ftest">{e(f["test"] or "failure")}'
- f' {_cat_tag(cat)}</div>'
- f'{loc}<pre>{e(f["message"])}</pre></div>')
+ body.append(
+ f'<div class="fail-item"><div class="ftest">{e(f["test"] or "failure")}'
+ f" {_cat_tag(cat)}</div>"
+ f'{loc}<pre>{e(f["message"])}</pre></div>'
+ )
if info:
leaves = []
for f in fails:
if f["test"]:
leaf = re.split(r"[.:]", f["test"])[-1]
leaf = re.sub(r"\[.*$", "", leaf)
if leaf and leaf not in leaves:
leaves.append(leaf)
kexpr = " or ".join(leaves[:6])
cmd = info["repro"](kexpr)
- body.append(f'<div class="repro"><button class="copy" onclick="copyPre(this)">copy</button>'
- f'<div class="lbl">reproduce locally</div><code>{e(cmd)}</code></div>')
+ body.append(
+ f'<div class="repro"><button class="copy" onclick="copyPre(this)">copy</button>'
+ f'<div class="lbl">reproduce locally</div><code>{e(cmd)}</code></div>'
+ )
# Lazy: fetch the job log + extract the relevant block(s) once the drawer is in.
- body.append(f'<div class="logsec" hx-get="/ui/joblog?{qp(job=job_id, url=url)}" '
- f'hx-trigger="load" hx-swap="innerHTML">'
- f'<div class="muted" style="padding:8px 0"><span class="spinner"></span> '
- f'fetching relevant logs…</div></div>')
+ body.append(
+ f'<div class="logsec" hx-get="/ui/joblog?{qp(job=job_id, url=url)}" '
+ f'hx-trigger="load" hx-swap="innerHTML">'
+ f'<div class="muted" style="padding:8px 0"><span class="spinner"></span> '
+ f"fetching relevant logs…</div></div>"
+ )
return oob + "".join(body)
def render_aggregate(branch, refresh=False):
"""Cross-platform failure rollup: dedupe a failing test across every platform
@@ -1197,38 +1557,57 @@
except Exception:
return []
with ThreadPoolExecutor(max_workers=8) as ex:
alljobs = [x for sub in ex.map(jobs_of, runs) for x in sub]
- failed = [(r, j) for r, j in alljobs
- if classify(j["status"], j["conclusion"])[0] == "fail" and j["kind"] == "test"]
+ failed = [
+ (r, j)
+ for r, j in alljobs
+ if classify(j["status"], j["conclusion"])[0] == "fail" and j["kind"] == "test"
+ ]
if not failed:
healthy = all(classify(r["status"], r["conclusion"])[0] != "fail" for r in runs)
- msg = ("No failing test jobs 🎉" if healthy
- else "No test-level failures found (failures are build/setup — see the platform grids).")
+ msg = (
+ "No failing test jobs 🎉"
+ if healthy
+ else "No test-level failures found (failures are build/setup — see the platform grids)."
+ )
return f'<div class="agg-ok">{msg}</div>'
def fails_of(rj):
r, j = rj
return (r, j, get_failures(j["id"], refresh=refresh).get("failures", []))
+
with ThreadPoolExecutor(max_workers=8) as ex:
results = list(ex.map(fails_of, failed))
agg = {}
for r, j, fails in results:
plat = pretty_platform(r["workflowName"])
if not fails: # failed job but no parseable test → bucket under the tier
key = f"[{j['group']}]"
a = agg.setdefault(key, dict(test=key, file=None, line=None, occ=[]))
- a["occ"].append(dict(plat=plat, py=j["python"], cuda=j["cuda"], url=j["url"], msg=""))
+ a["occ"].append(
+ dict(plat=plat, py=j["python"], cuda=j["cuda"], url=j["url"], msg="")
+ )
continue
for f in fails:
key = f["test"] or f["message"].splitlines()[0]
- a = agg.setdefault(key, dict(test=f["test"] or key, file=f["file"], line=f["line"], occ=[]))
+ a = agg.setdefault(
+ key, dict(test=f["test"] or key, file=f["file"], line=f["line"], occ=[])
+ )
a["file"] = a["file"] or f["file"]
a["line"] = a["line"] or f["line"]
- a["occ"].append(dict(plat=plat, py=j["python"], cuda=j["cuda"], url=j["url"], msg=f["message"]))
+ a["occ"].append(
+ dict(
+ plat=plat,
+ py=j["python"],
+ cuda=j["cuda"],
+ url=j["url"],
+ msg=f["message"],
+ )
+ )
# Config universe (what actually ran) so "X only" hints are real subsets.
test_jobs = [j for _, j in alljobs if j["kind"] == "test"]
all_pys = {j["python"] for j in test_jobs if j["python"]}
all_cudas = {j["cuda"] for j in test_jobs if j["cuda"]}
@@ -1240,12 +1619,17 @@
# Real regressions (bug) first, then env/gap, infra last; ties → most cells.
_KIND_RANK = {"bug": 0, "env": 1, "unknown": 2, "infra": 3}
rows = sorted(
agg.values(),
- key=lambda a: (_KIND_RANK.get(a["cat"]["kind"], 2),
- -len({o["plat"] for o in a["occ"]}), -len(a["occ"]), a["test"]))
+ key=lambda a: (
+ _KIND_RANK.get(a["cat"]["kind"], 2),
+ -len({o["plat"] for o in a["occ"]}),
+ -len(a["occ"]),
+ a["test"],
+ ),
+ )
out = []
for a in rows:
plats = sorted({o["plat"] for o in a["occ"]})
ncells = len(a["occ"])
loc = ""
@@ -1253,31 +1637,35 @@
gh_url = f'https://github.com/{repo_slug()}/blob/{runs[0].get("headSha","")}/{a["file"]}#L{a["line"]}'
loc = f'<div class="agg-file">↳ <a href="{e(gh_url)}" target="_blank" rel="noopener"><code>{e(a["file"])}:{a["line"]}</code> ↗</a></div>'
chips = "".join(f'<span class="chip">{e(p)}</span>' for p in plats)
pat = _config_pattern(a["occ"], all_pys, all_cudas)
patchips = "".join(f'<span class="cfgpat">{e(p)}</span>' for p in pat)
- out.append(f'''<details class="agg-row-d">
+ out.append(f"""<details class="agg-row-d">
<summary class="agg-row">
<div><div class="agg-test">{e(a["test"])} {_cat_tag(a["cat"])}{patchips}</div>{loc}</div>
<span class="agg-count"><span class="dot fail"></span>{len(plats)} platform{"s" if len(plats)!=1 else ""} · {ncells} cell{"s" if ncells!=1 else ""}</span>
</summary>
<div class="agg-detail"><div class="chips">{chips}</div>{f"<pre>{e(a['sample'])}</pre>" if a["sample"] else ""}</div>
- </details>''')
+ </details>""")
# Category tally — an instant read on the run's character (infra flakes vs regressions).
tally = {}
for a in rows:
tally.setdefault(a["cat"]["kind"], dict(n=0, label=a["cat"]["label"]))["n"] += 1
order = ["bug", "env", "unknown", "infra"]
tstr = " · ".join(
f'<span class="cat {k}">{tally[k]["n"]} {e(_KIND_LABEL[k])}</span>'
- for k in order if k in tally)
- header = (f'<div class="agg-head-row"><span>{len(rows)} distinct failing test'
- f'{"s" if len(rows)!=1 else ""} across '
- f'{len({o["plat"] for a in rows for o in a["occ"]})} platforms</span>'
- f'<span class="agg-tally">{tstr}</span>'
- f'<button class="btn small" hx-get="/ui/aggregate?branch={e(branch)}&refresh=1" '
- f'hx-target="#agg" hx-swap="innerHTML">↻ rescan</button></div>')
+ for k in order
+ if k in tally
+ )
+ header = (
+ f'<div class="agg-head-row"><span>{len(rows)} distinct failing test'
+ f'{"s" if len(rows)!=1 else ""} across '
+ f'{len({o["plat"] for a in rows for o in a["occ"]})} platforms</span>'
+ f'<span class="agg-tally">{tstr}</span>'
+ f'<button class="btn small" hx-get="/ui/aggregate?branch={e(branch)}&refresh=1" '
+ f'hx-target="#agg" hx-swap="innerHTML">↻ rescan</button></div>'
+ )
return header + f'<div class="agg">{"".join(out)}</div>'
# ── HTTP server ──────────────────────────────────────────────────────────────
class Handler(BaseHTTPRequestHandler):
@@ -1301,49 +1689,74 @@
try:
p = u.path
if p in ("/", "/index.html"):
return self._index()
if p.startswith("/static/"):
- return self._static(p[len("/static/"):])
+ return self._static(p[len("/static/") :])
if p == "/ui/board":
- return self._send(200, render_board(q.get("branch") or default_branch(), refresh))
+ return self._send(
+ 200, render_board(q.get("branch") or default_branch(), refresh)
+ )
if p == "/ui/status":
- return self._send(200, render_status(q.get("branch") or default_branch()))
+ return self._send(
+ 200, render_status(q.get("branch") or default_branch())
+ )
if p == "/ui/platform":
- return self._send(200, render_platform(q["run"], q.get("sha", ""),
- q.get("platform", ""), refresh))
+ return self._send(
+ 200,
+ render_platform(
+ q["run"], q.get("sha", ""), q.get("platform", ""), refresh
+ ),
+ )
if p == "/ui/failures":
- return self._send(200, render_failures(
- q["job"], q.get("sha", ""), q.get("platform", ""), q.get("tier", ""),
- q.get("py", ""), q.get("cuda", ""), q.get("url", "")))
+ return self._send(
+ 200,
+ render_failures(
+ q["job"],
+ q.get("sha", ""),
+ q.get("platform", ""),
+ q.get("tier", ""),
+ q.get("py", ""),
+ q.get("cuda", ""),
+ q.get("url", ""),
+ ),
+ )
if p == "/ui/aggregate":
- return self._send(200, render_aggregate(q.get("branch") or default_branch(), refresh))
+ return self._send(
+ 200, render_aggregate(q.get("branch") or default_branch(), refresh)
+ )
if p == "/ui/joblog":
if q.get("raw") == "1":
log = get_job_log(q["job"], refresh)
- return self._send(200 if log else 404,
- log or "log not available", "text/plain; charset=utf-8")
+ return self._send(
+ 200 if log else 404,
+ log or "log not available",
+ "text/plain; charset=utf-8",
+ )
return self._send(200, render_joblog(q["job"], q.get("url", "")))
return self._send(404, "not found", "text/plain")
except KeyError as ex:
self._send(400, f"missing param {ex}", "text/plain")
except Exception as ex:
self._send(500, f'<div class="muted">error: {e(ex)}</div>')
def _index(self):
with open(os.path.join(STATIC, "index.html"), encoding="utf-8") as f:
html_s = f.read()
- html_s = html_s.replace("{{BRANCH}}", e(default_branch())).replace("{{REPO}}", e(repo_slug()))
+ html_s = html_s.replace("{{BRANCH}}", e(default_branch())).replace(
+ "{{REPO}}", e(repo_slug())
+ )
self._send(200, html_s)
def _static(self, rel):
rel = rel.split("?")[0].lstrip("/")
path = os.path.normpath(os.path.join(STATIC, rel))
if not path.startswith(STATIC) or not os.path.isfile(path):
return self._send(404, "not found", "text/plain")
- ctype = {"html": "text/html", "js": "text/javascript",
- "css": "text/css"}.get(rel.rsplit(".", 1)[-1], "application/octet-stream")
+ ctype = {"html": "text/html", "js": "text/javascript", "css": "text/css"}.get(
+ rel.rsplit(".", 1)[-1], "application/octet-stream"
+ )
with open(path, "rb") as f:
self._send(200, f.read(), ctype + "; charset=utf-8")
def preflight():
@@ -1355,12 +1768,17 @@
def tailscale_ip():
"""Best-effort Tailscale IPv4 (100.64.0.0/10). Uses the CLI if present,
otherwise sniffs local interfaces. Returns None if not on a tailnet."""
try:
- out = subprocess.run(["tailscale", "ip", "-4"], capture_output=True,
- text=True, timeout=3).stdout.strip().splitlines()
+ out = (
+ subprocess.run(
+ ["tailscale", "ip", "-4"], capture_output=True, text=True, timeout=3
+ )
+ .stdout.strip()
+ .splitlines()
+ )
if out and out[0]:
return out[0].strip()
except Exception:
pass
try:
@@ -1388,13 +1806,16 @@
def main():
global _DEFAULT_BRANCH
ap = argparse.ArgumentParser(description="Local Torch-TensorRT CI dashboard")
ap.add_argument("-b", "--branch", default=None, help="default branch to show")
ap.add_argument("-p", "--port", type=int, default=8712)
- ap.add_argument("--host", default="0.0.0.0",
- help="bind address (default 0.0.0.0 — reachable over LAN/Tailscale; "
- "use 127.0.0.1 to keep it local-only)")
+ ap.add_argument(
+ "--host",
+ default="0.0.0.0",
+ help="bind address (default 0.0.0.0 — reachable over LAN/Tailscale; "
+ "use 127.0.0.1 to keep it local-only)",
+ )
ap.add_argument("--no-open", action="store_true")
args = ap.parse_args()
preflight()
if args.branch:
_DEFAULT_BRANCH = args.branch
@@ -1407,15 +1828,18 @@
if ts:
print(f" tailscale http://{ts}:{args.port}/")
lan = lan_ip()
if lan and lan != ts:
print(f" lan http://{lan}:{args.port}/")
- print(" (bound to all interfaces — anyone who can reach this host can view CI status)")
+ print(
+ " (bound to all interfaces — anyone who can reach this host can view CI status)"
+ )
print("Ctrl-C to stop.", flush=True)
if not args.no_open:
try:
import webbrowser
+
webbrowser.open(local) # always open the loopback URL locally
except Exception:
pass
try:
srv.serve_forever()
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There are some changes that do not conform to Python style guidelines:
--- /home/runner/work/TensorRT/TensorRT/py/torch_tensorrt/dynamo/lowering/passes/eliminate_sym_min_int64_max.py 2026-07-22 19:53:42.633976+00:00
+++ /home/runner/work/TensorRT/TensorRT/py/torch_tensorrt/dynamo/lowering/passes/eliminate_sym_min_int64_max.py 2026-07-22 19:54:11.650812+00:00
@@ -2,11 +2,10 @@
import torch
from torch.fx import GraphModule, Node
from .pass_utils import clean_up_graph_after_modifications
-
_INT64_MAX = 2**63 - 1
_SYM_MIN = getattr(torch, "sym_min", None)
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github-actions
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added
component: lowering
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added
component: api [C++]
There was a problem hiding this comment.
There are some changes that do not conform to Python style guidelines:
--- /home/runner/work/TensorRT/TensorRT/py/torch_tensorrt/dynamo/lowering/passes/eliminate_sym_min_int64_max.py 2026-07-22 21:04:56.814600+00:00
+++ /home/runner/work/TensorRT/TensorRT/py/torch_tensorrt/dynamo/lowering/passes/eliminate_sym_min_int64_max.py 2026-07-22 21:05:22.344096+00:00
@@ -2,11 +2,10 @@
import torch
from torch.fx import GraphModule, Node
from .pass_utils import clean_up_graph_after_modifications
-
_INT64_MAX = 2**63 - 1
_SYM_MIN = getattr(torch, "sym_min", None)
TensorRT-RTX 1.5 ships a Linux aarch64 (SBSA) distribution that supports
DGX Spark (GB10, compute capability 12.1, experimental), but the repo only
wired up the x86_64 and Windows RTX archives. This adds the aarch64 RTX
archive and threads a rtx_sbsa config_setting (aarch64 + linux +
compute_libs=rtx) through the TensorRT selects, so USE_TRT_RTX=1 builds
resolve @tensorrt_rtx_sbsa on aarch64.
Build wiring:
- MODULE.bazel: add tensorrt_rtx_sbsa http_archive (aarch64 tarball).
- toolchains/ci_workspaces/MODULE.bazel.tmpl: same archive. CI REGENERATES
MODULE.bazel from this template (pre_build_script.sh: envsubst > MODULE.bazel),
so the real MODULE.bazel edit alone is not enough — the template must match
or the RTX aarch64 build fails 'no repository visible as @tensorrt_rtx_sbsa'.
- third_party/tensorrt_rtx/{archive,local}/BUILD: rtx_sbsa config_setting
+ lib/header/nvinfer selects (lib/libtensorrt_rtx.so, @cuda//:cudart).
- ~20 repo BUILD files: rtx_sbsa config_setting + a :rtx_sbsa select entry
mirroring :rtx_x86_64 (sourced from @tensorrt_rtx_sbsa).
Basic CI:
- .github/workflows/build-test-linux-aarch64_rtx.yml: mirrors the standard
SBSA build with use-rtx: true. BUILD-ONLY (no aarch64 GPU test runners).
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
…esign
Add tests/ci/{suites,runner,__main__}.py — a typed, declarative suite manifest
plus one runner (`python -m tests.ci`) that replaces the trt_tier_* bash
functions as the source of truth for what each test job runs. Faithfully
reproduces today's tier selection (verified via --dry-run) while fixing the
junit-path collisions, the double-run of hlo/, and giving every suite the
uniform flake-rerun+repro wrapper.
- pyproject: register smoke/flaky markers; norecursedirs += ci
- justfile: doctor / suites / suite / lane / report recipes (thin callers)
- TESTING_AND_CI_DESIGN.md: full local + CI design (manifest+runner, lanes
without merge queue, GHA-cache caching, aggregated agent-friendly reports)
ci(test-dx): grant id-token: write at ci.yml top level The reusable build jobs (build_linux/build_windows) request 'id-token: write' for OIDC; a reusable workflow can't exceed its caller's permission ceiling, so ci.yml's top-level 'contents: read' made GitHub reject it (startup_failure: "nested job 'build' is requesting 'id-token: write', but is only allowed 'id-token: none'"). Grant id-token: write + contents: read, matching the original per-platform entry workflows.
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There are some changes that do not conform to Python style guidelines:
--- /home/runner/work/TensorRT/TensorRT/py/torch_tensorrt/dynamo/lowering/passes/eliminate_sym_min_int64_max.py 2026-07-23 01:33:22.526150+00:00
+++ /home/runner/work/TensorRT/TensorRT/py/torch_tensorrt/dynamo/lowering/passes/eliminate_sym_min_int64_max.py 2026-07-23 01:33:46.680061+00:00
@@ -2,11 +2,10 @@
import torch
from torch.fx import GraphModule, Node
from .pass_utils import clean_up_graph_after_modifications
-
_INT64_MAX = 2**63 - 1
_SYM_MIN = getattr(torch, "sym_min", None)
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Description
Got sick of digging through the Github CI, so added a tool that leverages the gh cli to show the current ci status of a branch
Fixes # (issue)
Type of change
Please delete options that are not relevant and/or add your own.
Checklist: