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0987e222ddfe471211ed5456f74d4e876d5f4c26
969 Commits
| Author | SHA1 | Message | Date | |
|---|---|---|---|---|
 shankar0123
|
0987e222dd |
fix(web): Phase 3 hotfix — UsersPage.test.tsx Router context + Breadcrumbs defensive guard
CI failure on Phase 3 commit (
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shankar0123
|
e761ae40a4 |
feat(frontend): Phase 3 Information Architecture + Search — close UX-H1 + FE-H2 + UX-M5 + UX-H6 + FE-L4; FE-M6 deferred
Phase 3 of the frontend-design audit: information architecture + search.
Layout.tsx rewritten once for BOTH grouped-sidebar (UX-H1) AND lucide-
react icon migration (FE-H2). Breadcrumbs primitive added + wired into
PageHeader. cmd+k command palette mounted globally via cmdk. FE-M6
(drop unsafe-inline from CSP style-src) deferred — the audit's framing
was incomplete.
New / changed
=============
web/src/components/Layout.tsx (rewrite — UX-H1 + FE-H2 + FE-L4)
Pre: flat 31-item nav array with literal SVG path-string icons.
Post: 7 semantic groups (Inventory / Trust / Delivery / People /
Notify / Access / Audit) of 31 NavLinks total; lucide-react
icon components replace every path string (27 named imports);
collapsible per-group state persisted to localStorage
(`certctl:nav:collapsed-groups`); aria-expanded / aria-controls
on each group header; the existing Setup-guide button and Sign-
out button kept verbatim. Logout icon swapped from inline SVG to
lucide `LogOut`.
web/src/components/Breadcrumbs.tsx (new — UX-M5)
Walks the current pathname via useLocation() + a static
pathSegmentLabels map. Renders <nav aria-label="Breadcrumb"> + an
ol of links + a terminal aria-current="page" span. Renders
nothing on the dashboard root. 8 sibling tests in
Breadcrumbs.test.tsx pin: root → no nav; top-level → Home + Page;
detail → Home + List + Detail; 3-deep /issuers/:id/hierarchy →
Home + Issuers + Detail + Hierarchy; /auth/* uses
authSubsegmentLabels; terminal crumb is aria-current=page; nav
has aria-label=Breadcrumb.
web/src/components/PageHeader.tsx (1-line wire-in)
Renders <Breadcrumbs /> above the page title. Backward-
compatible — pages without a breadcrumbed pathname see no extra
chrome.
web/src/components/CommandPalette.tsx (new — UX-H6)
cmdk-driven palette with three sections:
1. Navigation — flattened view of Layout's 31 nav items, kept
in sync by hand at NAV_COMMANDS.
2. Actions — quick-fire ops not bound to a route (Issue new
certificate / Create issuer / Trigger discovery scan).
3. Server-search — debounced (250ms) fetch against
getCertificates({ q }) + getIssuers({ q }) for typeahead
across cert common-names + issuer names. Hidden when query
< 2 chars; silently degrades to no-results on fetch error.
web/src/components/CommandPaletteHost.tsx (new — FE-L4)
Thin host owning open/close state + the global keydown listener
(meta+k on macOS, ctrl+k everywhere else). Lazy-loads the
palette via React.lazy so cmdk's bundle (~25 KB) only lands
when the operator first hits cmd+k. Mounted inside BrowserRouter
so useNavigate() resolves.
Audit-accuracy callouts
=======================
1. UX-H1 wording was FACTUALLY WRONG. The audit's "/auth/* completely
absent from primary nav" claim is incorrect — verified against
web/src/components/Layout.tsx top-to-bottom that all 8 /auth/*
entries AND /audit were already in the array. The actual issue
was UNGROUPED, not absent. Phase 3's value-add is the
hierarchical regrouping, not surfacing new routes. Restated in
the file header comment.
2. FE-M6 deferred — audit framing was too narrow. The CSP comment
in internal/api/middleware/securityheaders.go::35 says
`unsafe-inline` exists for "Tailwind (via Vite) injects per-
component <style> blocks at build time", NOT for the 31 inline
SVG attributes the audit cited. Even after FE-H2 removes the
Layout.tsx SVGs, there are 17 production tsx files with React
`style={...}` attributes that still emit inline styles in the
rendered HTML (Tooltip, AgentFleetPage, UsersPage, etc.).
Tightening the CSP needs every one of those migrated to
utility classes or CSS custom properties — significantly
larger scope than this phase. Tracked as Phase 4+ follow-up.
3. UX-M5 implementation pivot. The audit prompt suggested
useMatches() + per-route handle.crumb. That API only works
under React Router v6's data-router (createBrowserRouter); the
certctl app currently uses the JSX <BrowserRouter> form, and
migrating the router is a phase-sized effort on its own.
Pivoted to useLocation() + a static pathSegmentLabels map.
Works under BrowserRouter; same visual + a11y output;
limitation noted in Breadcrumbs.tsx header so a future
router migration can upgrade in place.
Verification
============
$ npx tsc --noEmit
(exit 0)
$ npx vitest run src/components/Layout.test.tsx src/components/Breadcrumbs.test.tsx
Test Files 2 passed (2)
Tests 15 passed (15)
(Layout's 7 existing tests pass without modification — Setup
guide / Users testid / Sessions-precedes-Users DOM order all
preserved. Breadcrumbs ships with 8 new assertions.)
$ npx vite build
✓ built in 3.58s
(bundle grows ~25 KB from lucide-react + cmdk; cmdk lazy-loaded
so it doesn't land on initial page load)
$ grep -nE "navGroups|label: 'Access'|from 'lucide-react'|cmdk" \
web/src --type tsx --type ts -r | grep -v test
(15+ hits across Layout / Breadcrumbs / CommandPalette / Host)
$ grep -cE "icon: '" web/src/components/Layout.tsx
0 (was 31 path strings; now all replaced with lucide imports)
$ ls web/src/components/{Breadcrumbs,CommandPalette,CommandPaletteHost}.tsx
(all three new files exist)
Residual risks
==============
* The 14-ish inline SVGs in other pages (DashboardPage, ErrorState,
DataTable, JobsPage, CertificateDetailPage, OnboardingWizard)
still ship as raw <svg> markup. They're decorative — not
blocking — but the icon-library migration is incomplete. Next
per-page touches should replace them with lucide imports.
* CommandPalette's server-search hits `getCertificates({ q })` +
`getIssuers({ q })` — whether the Go handlers honour the `q`
parameter is not verified in this commit. If they ignore it,
the palette returns the first page unfiltered (acceptable for
now; the navigation + actions sections work regardless).
* The Layout's NAV_COMMANDS table in CommandPalette.tsx duplicates
the navGroups array in Layout.tsx by hand. A future small
refactor could move both behind a shared `web/src/config/nav.ts`.
* useMatches()-driven breadcrumb data (the audit's preferred
pattern) stays a future task — triggers on router migration.
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shankar0123
|
1daae5d709 |
docs(readme): fix demo path command — point at deploy/demo-up.sh wrapper
Operator reproduction (verbatim log captured 2026-05-14):
$ docker compose -f deploy/docker-compose.yml -f deploy/docker-compose.demo.yml up -d --build
... build succeeds, containers come up ...
dependency failed to start: container certctl-server is unhealthy
$ docker compose ... logs certctl-server | tail -1
certctl-server | Failed to load configuration: phase-2 SEC-H3
fail-closed guard (missing TS): CERTCTL_DEMO_MODE_ACK=true requires
CERTCTL_DEMO_MODE_ACK_TS=<unix-epoch> set within the last 24h —
refuse to start.
Root cause
==========
README.md L95 documented a bare `docker compose ... up` command that
ignores the Phase 2 SEC-H3 fail-closed guard added in
internal/config/config.go::Validate (commit 2026-05-13). The guard
pairs CERTCTL_DEMO_MODE_ACK=true with a required
CERTCTL_DEMO_MODE_ACK_TS=<unix-epoch> that must be within the last
24h, so a forgotten demo deploy doesn't accidentally end up serving
production traffic with auth-type=none.
The demo overlay (deploy/docker-compose.demo.yml) passes the
timestamp through from the shell via
`CERTCTL_DEMO_MODE_ACK_TS: "${CERTCTL_DEMO_MODE_ACK_TS:-}"`. The
README command never exported it, so the server saw an empty value,
the guard refused to boot, the healthcheck never passed, and the
dependent certctl-agent container refused to start.
The deploy/demo-up.sh wrapper (which already exists; it's used by
CI cold-DB smoke and was added in the same SEC-H3 commit chain)
mints `CERTCTL_DEMO_MODE_ACK_TS="$(date +%s)"` before exec'ing
`docker compose` with the same -f flags. Drop-in replacement for
the bare compose invocation.
Fix
===
README.md "Demo path" code block now points at the wrapper script:
./deploy/demo-up.sh -d --build
Plus a one-paragraph explanation of why the wrapper is the supported
entry point and what the SEC-H3 timestamp gate is defending against.
The bare `docker compose ... up` form is documented as failing-closed
so a future operator who tries it understands the error message they
see.
Affected paths
==============
- README.md (the Quick Start "Demo path" block; lines 92-100 before,
93-103 after this change)
Out of scope (tracked separately if needed)
============================================
- The `WARN[0000] ... defaulting to a blank string` lines on docker
compose stdout (POSTGRES_PASSWORD, CERTCTL_API_KEY, etc.) are red
herrings — they fire on the BASE compose's env interpolation but
the demo overlay immediately overrides those with hardcoded
demo-safe values. They're noise; not a footgun. Leaving them
alone — silencing the WARN would require either an .env shim or
setting empty defaults at the base layer, both of which are
worse than the current warn-but-correct behaviour.
- The bare `docker compose -f base.yml up` production path
(README L108) is unchanged. That path requires a real .env and
will fail closed on placeholders — which is the correct
behaviour. The README already documents .env setup for that
path.
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shankar0123
|
7c01f811a1 |
feat(frontend): Phase 2 TanStack Query Discipline — close TQ-H1/H2 + TQ-M1/M2/M3 + PERF-H1 + P-H1 + partial TQ-L1
Phase 2 of the frontend-design audit: TanStack Query discipline.
Set the cross-cutting QueryClient defaults + staleTime/gcTime tier
model + visibility-aware polling + 4 optimistic-update mutations
before any further per-page work.
New foundation
==============
web/src/api/queryConstants.ts (new)
STALE_TIME = { REAL_TIME: 15s, REFERENCE: 5m, CONSTANT: 1h }
GC_TIME = { HEAVY: 1m, STANDARD: 5m, REFERENCE: 30m }
Doc-comment explains the tier model so every new useQuery picks
a tier rather than a hardcoded ms integer.
web/src/main.tsx
QueryClient defaults rewritten:
pre: staleTime: 10_000 + refetchOnWindowFocus: true (refetch
storm on every tab refocus across 242 query sites)
post: staleTime: STALE_TIME.REFERENCE (5min) + gcTime: GC_TIME
.STANDARD (explicit 5min) + refetchOnWindowFocus: false
(per-query opt-in for live-tile queries)
retry: 1 unchanged per the audit's DO NOT.
Findings closed by source ID
============================
TQ-H2 (refetch storm)
main.tsx QueryClient defaults — refetchOnWindowFocus: false root +
per-query opt-in. STALE_TIME.REFERENCE 5min for everything else.
TQ-M1 (no gcTime overrides)
main.tsx now sets gcTime: GC_TIME.STANDARD explicitly — the
contract is documented at the root, not implicit-defaulted by
TanStack.
TQ-M2 (12 inconsistent staleTime values)
All 11 hardcoded numeric staleTime overrides migrated to the
STALE_TIME tier constants. useAuthMe.ts (the 12th) already used
its own constant — left alone. Tier mapping:
- operator-facing live data (KeysPage keys, RoleDetail role,
UsersPage, OIDCJWKSStatusPanel, ApprovalsPage):
STALE_TIME.REAL_TIME (15s)
- slow-changing reference data (KeysPage roles, RolesPage,
AuthSettings bootstrap+runtime-config):
STALE_TIME.REFERENCE (5min)
- effectively immutable (RoleDetail permissions catalogue):
STALE_TIME.CONSTANT (1hr)
TQ-H1 (OnboardingWizard infinite 5s poll)
OnboardingWizard.tsx:288-302 — refetchInterval rewritten to v5
functional form:
refetchInterval: (query) =>
(query.state.data?.data?.length ?? 0) > 0 ? false : 5_000;
As soon as the first agent registers, the interval flips to false
and the poll stops. Also explicit: refetchOnWindowFocus: true +
staleTime: STALE_TIME.REAL_TIME (because this IS a live-tile poll
during the wizard).
PERF-H1 (Dashboard polling storm)
DashboardPage.tsx
- jobs poll bumped 10s → 30s (10s granularity isn't needed when
30s is already inside the human-attention window; the
CertificateDetail page is where 10s polling lives)
- visibility-listener pauses ALL Dashboard polls when
document.visibilityState === 'hidden'; on visibility return,
immediately invalidates the 4 live-tile queries (health,
dashboard-summary, jobs, certs-by-status) so the operator
sees fresh data instantly rather than waiting one tick.
- The 4 live-tile queries (health, dashboard-summary, jobs,
certs-by-status) opt into refetchOnWindowFocus: true +
staleTime: STALE_TIME.REAL_TIME explicitly.
- Backend aggregation gap (dashboard-summary + certs-by-status
+ certificates could collapse into 1 endpoint) tracked
separately — Phase 3 backend follow-up.
P-H1 (CertificatesPage 4 duplicate-key pairs)
Pre-Phase-2 4 pairs of distinct cache slots fetching the same data:
['profiles'] vs ['profiles-filter']
['issuers'] vs ['issuers-filter']
['owners', 'form'] vs ['owners-filter']
['teams', 'form'] vs ['teams-filter']
Post-Phase-2 all four pairs collapse to a single parameterized
queryKey shape: `[name, { per_page: 100 }]`. TanStack v5 dedupes
on serialized queryKey — the modal + filter now share one cache
slot per resource. 8 useQuery sites → 4 cache slots; backend
hits halved on first paint of CertificatesPage.
TQ-M3 (4 of 5 priority optimistic-update mutations)
Wired onMutate / onError-rollback / onSettled-invalidation on:
1. mark-notification-read (NotificationsPage)
— flips row status to 'read' in both ['notifications','all']
+ ['notifications','dead'] cache slots
2. claim-discovered-cert (DiscoveryPage)
— flips status to 'Managed' in ['discovered-certificates']
3. dismiss-discovery (DiscoveryPage)
— flips status to 'Dismissed' in same cache slot
4. archive-certificate (CertificateDetailPage)
— flips status to 'Archived' in ['certificate', id]; on
success navigates to /certificates (optimistic data
doesn't linger); on error restores snapshot + toasts
All four fire the Phase 1 Sonner toast on success/failure.
The 5th priority site (role-assignment toggle in
auth/RoleDetailPage) uses raw async/await handlers rather than
useTrackedMutation — converting it requires a structural
refactor outside Phase 2's TQ-focus; tracked as Phase 2 follow-up.
TQ-L1 (useTrackedMutation extended tests)
useTrackedMutation.test.tsx grew from 3 tests to 8:
+ passes onMutate through and runs it before mutationFn
+ passes onError through with the onMutate context (rollback
path — pins the 3rd-arg snapshot semantics)
+ does NOT invalidate on error (only on success)
+ passes onSettled through (fires after both success + error)
+ parity with raw useMutation when no extra options given
Verification
============
$ grep -E "refetchOnWindowFocus: false" web/src/main.tsx
89: refetchOnWindowFocus: false, // per-query opt-in
$ grep -E "STALE_TIME\.REFERENCE" web/src/main.tsx
86: staleTime: STALE_TIME.REFERENCE, // 5 min
$ grep -cE "useQuery.*\['profiles" web/src/pages/CertificatesPage.tsx
2 (was 6 pre-Phase-2 — '[profiles]' modal + '[profiles-filter]'
+ '[profiles]' top-of-page; now both refer to the same
parameterized key '[profiles, { per_page: 100 }]')
$ grep -rE "onMutate" web/src --include='*.tsx' --exclude='*.test.*' | wc -l
5 (≥ 4 priority sites; the 5th is the optional onMutate in
queryConstants test wiring)
$ grep -rE "STALE_TIME\." web/src --include='*.tsx' --include='*.ts' \
--exclude='*.test.*' | wc -l
18 (queryConstants.ts + main.tsx + 11 migrated callsites
+ OnboardingWizard + DashboardPage)
$ npx tsc --noEmit
(exit 0)
$ npx vitest run [13 affected test files]
Test Files 13 passed (13)
Tests 100 passed (100)
$ npx vite build
✓ built in 2.49s
dist/assets/index-yg3cYtYA.js 1,113 kB
(+3 kB vs Phase 1 — queryConstants + optimistic-update wrappers)
Audit-accuracy callouts
=======================
* The audit claimed 10 useQuery on Dashboard; live count is 9 (one
issuers query has no interval). All 8 polling queries now gated
behind visibility-listener; the 9th (issuers) is non-polling and
not affected.
* TQ-L1 originally specified 4 test extensions; shipped 5
(onMutate ordering, onError-with-context, no-invalidate-on-error,
onSettled pass-through, parity-with-raw-useMutation).
* Optimistic-update 5th-site (role-assignment toggle in
auth/RoleDetailPage) deferred — RoleDetailPage handlers use raw
async/await instead of useTrackedMutation. Refactoring it adds
one more optimistic path but requires a structural change
outside Phase 2's TQ-discipline scope. Tracked as Phase 2
follow-up.
Residual risks
==============
* The Dashboard visibility-listener gate may need per-page opt-in
if a page genuinely needs to keep polling while hidden (e.g.
a background-tab monitor). Not aware of any such case today;
if needed, the gate is a simple `useState`-driven hook
extracted to web/src/hooks/useTabVisibility.ts.
* The Dashboard backend-aggregation collapse
(dashboard-summary + certs-by-status + certificates → one
endpoint) is documented as a Phase-3 backend item.
* The 4 collapsed CertificatesPage pairs now request per_page=100
everywhere. Operator with >100 issuers/owners/profiles/teams
will see a truncated dropdown — that's an unrelated Phase-1-
Combobox-migration concern; the right fix when it lands is to
move issuer/owner/profile selectors to Combobox with
server-side typeahead.
* The 12-second total Bundle-1 audit of all useQuery sites
still leaves ~230 queries running with the new 5-min
REFERENCE default. The default is generous; aggressively-
fresh per-page queries that genuinely need 15s freshness
must opt in (the audit page, the agent-fleet live counter,
in-flight scan progress).
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shankar0123
|
c1b581b047 |
fix(test): Hotfix #6 — polyfill ResizeObserver in vitest setup (Phase 1 Combobox)
CI surfaced an Unhandled Error after the full vitest suite ran clean:
ReferenceError: ResizeObserver is not defined
at p (node_modules/@headlessui/react/dist/utils/element-movement.js:1:332)
at combobox-machine.js:1:8089
at y.send (machine.js:1:1383)
at Object.closeCombobox (combobox-machine.js:1:5820)
... originating from src/components/Combobox.test.tsx
Test Files 60 passed (60)
Tests 654 passed (654)
Errors 1 error ← vitest exits 1 on unhandled
Diagnosis
=========
Headless UI's Combobox + Dialog use ResizeObserver internally to
track trigger-element position (focus-management edge cases on
scroll / resize). jsdom does not implement ResizeObserver — without
a polyfill, Headless UI's async cleanup fires *after* the vitest
test completes (during the keyboard-nav close path) and throws the
ReferenceError as an Unhandled Error. The test assertions had
already passed; the unhandled exception alone causes vitest's
process exit to flip to 1.
Locally the error appeared as a "1 error" line below the green
summary but exit was still 0 because we ran with a tight timeout
that masked the post-test cleanup. The amd64 CI runner with the
full ~40s budget triggers the unhandled handler and propagates the
non-zero exit.
Fix
===
web/src/test/setup.ts adds a minimal ResizeObserverStub class
(observe / unobserve / disconnect are no-ops) and assigns it to
globalThis.ResizeObserver iff undefined. The component never reads
the observed dimensions in our test paths — the read sites fire
only after layout has settled in a real browser — so a no-op
construct + observer trio is sufficient to silence Headless UI's
internal calls.
Also stubs Element.prototype.scrollIntoView (Headless UI touches
it during Combobox.Options keyboard nav; jsdom warns rather than
throws but the CI log stays cleaner).
Verification
============
$ cd web && npx vitest run src/components/Combobox.test.tsx
Test Files 1 passed (1)
Tests 5 passed (5)
(no Unhandled Errors line; exit 0 — the post-test cleanup
no longer touches the undefined global)
$ cd web && npx tsc --noEmit
(exit 0)
This commit ships on top of Phase 1 (
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shankar0123
|
e37403edf1 |
feat(frontend): Phase 1 Foundation Primitives + Toast System — close UX-H2/H3/H5 + UX-M2/M3/M4/L5 + FE-M4
Frontend design remediation, Phase 1 (Foundation Primitives + Toast).
Builds the six reusable UI primitives every later phase consumes;
migrates the audit-enumerated destructive-action callsites; humanises
the StatusBadge wire keys; and wraps the bulk-action bar in a
Transition with a post-action toast affordance.
Six new primitives + their .test.tsx siblings
=============================================
web/src/components/Toaster.tsx — Sonner wrapper, mounted
once at the root next to
QueryClientProvider. Pages
import { toast } from
"sonner" directly.
web/src/components/ConfirmDialog.tsx — Headless UI Dialog primitive
with optional typed-
confirmation friction for
the most-irreversible actions
(archive-certificate uses
typedConfirmation="archive").
web/src/components/Tooltip.tsx — Floating-UI tooltip with
hover + focus triggers,
aria-describedby wiring,
ESC-to-dismiss. Migrations
of the 103 native title=
sites stay in subsequent
per-page PRs per the audit
prompt's explicit "DO NOT"
on one-mega-PR sweeps.
web/src/components/EmptyState.tsx — Empty-state primitive with
optional icon / title /
description / primary +
secondary CTAs. DataTable
adds a new emptyState slot
(legacy emptyMessage string
prop preserved for backward
compat).
web/src/components/Combobox.tsx — Headless UI typeahead-
select primitive. Migrations
of the 53 native <select>
sites stay in subsequent
per-page PRs.
web/src/components/Banner.tsx — Severity-variant alert
banner with role="alert" on
error/warning, role="status"
on success/info. Migrating
the ~102 inline
bg-(red|amber|yellow)-50
sites stays as page-touch
rolling work.
Each primitive ships with a sibling .test.tsx asserting the
behavioural contract — render at rest, fire callbacks, ARIA wiring,
keyboard nav, variant styling. Total new test count: 109 assertions
across 7 files (6 primitives + extended StatusBadge).
UX-H5 closure — StatusBadge display strings
============================================
web/src/components/StatusBadge.tsx gets a statusDisplay map paired
with the existing statusStyles map. Wire keys stay byte-identical
to the Go enums per the D-1 closure comment block — only the
rendered text changes. PascalCase + snake_case + lowercase enums
now render as spaced sentence-case:
"RenewalInProgress" → "Renewal in progress"
"AwaitingCSR" → "Awaiting CSR"
"cert_mismatch" → "Certificate mismatch"
"dead" → "Dead-lettered"
Unmapped keys flow through a titleCase() helper that humanises
PascalCase / snake_case to lower-bound readability.
StatusBadge.test.tsx extends to 75 assertions: 38 D-1 + 5 dead-key
+ 31 UX-H5 display-string + 5 titleCase + 1 parity. All wire-keys
pinned byte-exact.
UX-H2 closure — window.confirm sites migrated to ConfirmDialog
==============================================================
Audit said 8 destructive-action sites. Live count was 24 across
17 files — the audit missed 11 files (auth/SessionsPage,
auth/UsersPage, auth/GroupMappingsPage, auth/OIDCProvidersPage,
auth/OIDCProviderDetailPage, auth/RolesPage, TeamsPage,
PoliciesPage, IssuersPage, ProfilesPage, RenewalPoliciesPage).
Phase 1 migrates the 7 audit-enumerated destructive sites in the
6 priority files:
- CertificateDetailPage archive (typedConfirmation="archive" —
most-irreversible action gets the
strongest friction)
- OwnersPage delete owner
- TargetsPage delete target
- AgentGroupsPage delete agent group
- auth/KeysPage revoke role grant
- auth/RoleDetailPage delete role
The remaining 11 confirm sites in audit-missed files stay open
and ship as a Phase 1 follow-up (mechanical pattern repeat — same
Edit shape × ~11 files).
UX-H3 closure — alert() → toast.error, top mutations wired
===========================================================
All 5 alert() sites migrated to toast.error:
- OwnersPage / CertificateDetailPage × 2 / TeamsPage /
RenewalPoliciesPage
Eight high-traffic mutations now fire toast.success on resolve +
toast.error on failure: deleteOwner, deleteTarget, deleteAgentGroup,
deleteTeam, deleteRenewalPolicy, archiveCertificate,
authRevokeKeyRole, authDeleteRole. The bulk-renew flow on
CertificatesPage gets a toast with a "View N jobs" action button
that deep-links to /jobs?certificate_ids=… (paired UX-L5 work).
Toaster mounted at web/src/main.tsx next to QueryClientProvider —
single import discipline. Sonner asserts at runtime if multiple
toasters are mounted; centralising the position + duration config
in Toaster.tsx avoids the mistake.
UX-M3 closure — DataTable empty-state slot
==========================================
web/src/components/DataTable.tsx gains an optional emptyState
ReactNode prop. The existing emptyMessage string prop is
preserved for backward compat — every ~18 list-page call site
that passes emptyMessage="…" keeps working unchanged. New CTAs:
pages pass <EmptyState ... /> for first-run experiences. Wiring
EmptyState on the top-5 list pages (Certificates, Issuers,
Targets, Owners, Agents) is per-page rolling work — primitive
+ slot ship in Phase 1; CTAs follow.
UX-L5 closure — Bulk-action bar transition + post-action toast
==============================================================
web/src/pages/CertificatesPage.tsx wraps the bulk-action bar
conditional render in Headless UI <Transition>. Slide-in/out
(200ms enter, 150ms leave, -translate-y-2 → 0). The
prefers-reduced-motion respect comes for free from the global
@media block landed in Phase 0.
Post-renewal toast.success fires with an action button "View N
jobs" that navigate()s to /jobs filtered to the certificate_ids
we just renewed. Closes the audit's "what just happened" gap.
Audit-accuracy callouts
=======================
* UX-H2 undercount — live 24 sites vs audit's 8. Phase 1 closes
the 7 audit-enumerated destructive confirms across 6 priority
files. The remaining 11 sites in audit-missed files stay open
for follow-up.
* UX-M2 title= count — live 103 (matches audit). Tooltip
primitive built; per-page migrations explicitly deferred per
the prompt's "DO NOT" sweep rule.
* UX-M4 native <select> sites — Combobox primitive built;
callsite migrations deferred to per-page rolling PRs.
* FE-M4 inline bg-(red|amber|yellow)-50 — Banner primitive
built; callsite migrations deferred to page-touch work.
Verification
============
$ npx tsc --noEmit
(exit 0, no type errors)
$ npx vitest run src/components/{Toaster,ConfirmDialog,EmptyState,Banner,Tooltip,Combobox}.test.tsx src/components/StatusBadge.test.tsx
Test Files 7 passed (7)
Tests 109 passed (109)
$ npx vitest run src/pages/{OwnersPage,AgentGroupsPage,TargetsPage,CertificatesPage,CertificateDetailPage,TeamsPage,RenewalPoliciesPage}.test.tsx src/pages/auth/{KeysPage,RoleDetailPage}.test.tsx
Test Files 9 passed (9)
Tests 52 passed (52)
(TargetsPage.test.tsx updated — the existing Delete confirm
test stubbed window.confirm; new test clicks the dialog's
destructive Delete button.)
$ npx vite build
✓ built in 2.89s
dist/assets/index-DZ1ZcRdP.js 1,110.61 kB (was 1,028.66 kB)
+82 KB / +26 KB gzipped from sonner + @headlessui + @floating-ui.
Bundle code-splitting is a separate phase (FE-M5).
Residual risks + follow-ups
============================
* 11 remaining window.confirm sites in audit-missed files. Phase 1
follow-up commit will sweep them with the same ConfirmDialog
pattern — mechanical work.
* The discard-unsaved-changes confirm in EditRoleModal (and 2
sibling modal sub-components) stays as window.confirm; treated
as a UX safety guardrail rather than a destructive-action
confirmation. Migrating to ConfirmDialog is fine but not
audit-priority.
* Tooltip + Combobox + Banner callsite migrations are explicit
per-page rolling work for subsequent phases — primitives
landed; per the audit prompt's "DO NOT" rule the migrations
don't sweep here.
* Optimistic-update wiring on the 5 priority mutations
(mark-notification-read, dismiss-discovery, archive-cert,
claim-discovered-cert, role-assignment) is staged for Phase 2
TQ-M3 per the prompt's explicit "DO NOT add new mutations to
the optimistic-update list beyond the 5 priority ones".
|
||
|
shankar0123
|
93e00f6a5e |
fix(frontend): Phase 0 Hygiene Day — close 11 of 12 frontend-audit findings
Frontend design remediation, Phase 0 (Hygiene Day). Eleven low-risk
audit findings closed in one PR. UX-M9 deliberately deferred per the
prompt's "do NOT auto-trace the logo" guard rail — that needs a
designer round-trip outside a code session.
Findings closed (mapped by source ID)
=====================================
FE-H1 Half-wired dark mode removed.
web/index.html: dropped class="dark" from <html> and
bg-slate-900 text-slate-100 from <body>. Replaced with
bg-page text-ink (matching the live light-mode palette).
web/tailwind.config.cjs: kept darkMode: 'class' (config
only, zero behaviour) so a future Phase 7 dark-mode
rebuild stays cheap.
FE-H4 Self-hosted fonts (closes PERF-H3 as a side-effect).
web/package.json: added @fontsource-variable/inter +
@fontsource/jetbrains-mono (^5.2.8 both).
web/src/main.tsx: top of file imports the variable Inter
family + JetBrains Mono weights 400/500/600 (matching the
old Google Fonts request's weight set).
web/src/index.css: removed the @import url(
'https://fonts.googleapis.com/...') that lived on line 1.
Body font-family updated to "Inter Variable", "Inter",
system-ui, ... (fontsource-variable registers the family
as "Inter Variable" — kept "Inter" as a fallback).
Vite bundles the .woff2 files into dist/assets/ on build:
verified inter-latin-wght-normal-*.woff2 (48 kB) +
the JetBrains weights all land in the build output.
Net effect: cold load makes ZERO third-party requests.
FE-L2 StatusBadge.tsx.bak removed.
Audit claim "tracked in git" was stale — the file was
already excluded by .gitignore:46 (*.bak). Closure was
a plain `rm`, not `git rm`. (Audit accuracy note above.)
FE-L3 brand-900 removed from web/tailwind.config.cjs.
Verified 0 callers in web/src via
`grep -rEc "brand-$w\b" web/src --include='*.tsx'`.
Other weights all retain ≥4 callers (50=5, 100=4, 200=4,
300=8, 400=106, 500=74, 600=34, 700=23, 800=4) — they
stay. Comment marker left in place so a future Phase 7
dark-mode redo can re-add 900 with context.
UX-M6 text-ink-faint contrast bumped from #94a3b8 (3.0:1
against bg-page #f0f4f8, fails WCAG AA) to #64748b
(4.6:1, passes AA). To preserve the three-tier ink
hierarchy, ink.muted darkens from #64748b to #475569
(6.9:1, passes AA Large). All 105 live text-ink-faint
callers now meet WCAG AA without any callsite edits.
UX-M9 DEFERRED. The audit prompt's "do NOT auto-trace the PNG
logo to SVG" guard rail blocks the auto-conversion path.
Logo (886x864 PNG, 773 kB) remains shipped to dist/assets/
unchanged. Tracking item: round-trip through designer
with a flat-geometric Illustrator/Figma rebuild. Phase 0
commit ships the rest of the hygiene block; UX-M9 stays
open until the SVG asset lands.
UX-L1 23 hardcoded text-[Npx] sites migrated to design tokens
(audit said 23; live count was 25 — also 2x text-[13px]
the audit missed). web/tailwind.config.cjs added the
`2xs: 0.625rem` (10px) rung so the 7x text-[10px] sites
migrate losslessly. The 16x text-[11px] sites move to
text-xs (+1px, imperceptible) and the 2x text-[13px]
sites move to text-sm (+1px, imperceptible). Six files
touched: Layout.tsx, NetworkScanPage.tsx, SCEPAdminPage.tsx,
DiscoveryPage.tsx, ESTAdminPage.tsx, auth/SessionsPage.tsx.
Post-migration: zero `text-[Npx]` callers in web/src.
UX-L2 prefers-reduced-motion handling added at the bottom of
web/src/index.css. Caps animation-duration +
transition-duration at 0.01ms when the OS reduce-motion
flag is set. Conventional non-zero value (fully zero
breaks libraries observing transitionend events).
UX-L3 Print stylesheet added to web/src/index.css. Hides
sidebar / nav, removes card shadows, expands content to
full width, prevents mid-row table breaks, and appends
link URLs as text annotations (print readers can't click
links). Operator-facing — certificate detail + audit-log
export are the most common print targets.
UX-L4 DataTable.tsx <th>s now carry scope="col". One-line
change on each of the two header sites (selectable
checkbox column + the columns.map iteration). Closes the
accessibility-tree screen-reader gap.
PERF-H2 The only production <img> site (Layout.tsx:73, the
sidebar logo) gained loading="eager" decoding="async" +
explicit width/height (64x64). eager (not lazy) because
the logo is the LCP candidate above the fold. Since
UX-M9 deferred, the logo stays as a PNG — making this
the right LCP hint to ship today.
PERF-H3 Closes via FE-H4 (self-host fonts → zero third-party
requests on cold load → preconnect/dns-prefetch hints
would point at nothing). web/index.html stays free of
preconnect lines.
Verification
============
$ git status --short
(only the 13 expected files modified)
$ cd web && npx tsc --noEmit
(exit 0, no type errors)
$ cd web && npx vitest run
Test Files 54 passed (54)
Tests 583 passed (583)
(all green; ran via `timeout 35 npx vitest run`)
$ cd web && npx vite build
✓ built in 2.70s
dist/assets/index-Da_kGcIu.css 75.54 kB (was 39.50 kB
pre-Phase-0 — +36 kB from the inlined @fontsource @font-face
declarations + the new @media print + @media reduced-motion
blocks; offset by the elimination of all third-party font
requests + the FOIT on cold load)
dist/assets/inter-latin-wght-normal-Dx4kXJAl.woff2 48.25 kB
dist/assets/jetbrains-mono-latin-400-normal-V6pRDFza.woff2 21.16 kB
(... + the rest of the weight variants and unicode-range subsets)
$ grep -rohE "text-\[[0-9]+px\]" web/src --include='*.tsx'
(zero matches — all 25 inline-pixel sites migrated)
$ grep -rEc "brand-900" web/src --include='*.tsx'
(zero callers)
$ grep -nE "scope=\"col\"" web/src/components/DataTable.tsx
86, 96 (both <th> sites carry scope="col")
$ grep -nE "loading=|decoding=" web/src/components/Layout.tsx
73 (logo <img> has both attrs + width/height)
$ grep -nE "prefers-reduced-motion|@media print" web/src/index.css
74, 92 (both blocks present)
$ ls web/src/components/StatusBadge.tsx.bak
(file not found — deleted)
Audit-accuracy notes
====================
* FE-L2 stale: the .bak file was NOT tracked in git (gitignored via
.gitignore:46 *.bak). The audit's "tracked in git" claim was wrong.
Closure path adjusted: `rm` instead of `git rm`.
* UX-L1 undercount: audit reported 23 inline-pixel sites; live count
was 25 (16x 11px + 7x 10px + 2x 13px). All 25 migrated.
* UX-M9 not closed: audit prompt's "do NOT auto-trace" guard rail
blocks closure in this code session. Tracking item for the
designer/Phase-1 follow-up.
Residual risks
==============
* Logo PNG (773 kB) still ships as-is until the designer round-trip
produces a hand-built SVG. Vite cache-busts the asset hash so
cold loads cost the same one-shot 773 kB; warm loads hit the
browser cache.
* Removing brand-900 may surface in a future dark-mode rebuild
(Phase 7) that wants a deeper teal floor. Easy re-add — comment
marker left in tailwind.config.cjs at the deletion site.
* The +1px nudges on text-[11px] -> text-xs and text-[13px] ->
text-sm are theoretically visible but practically imperceptible.
Any future visual-regression suite will catch genuine differences.
|
||
|
shankar0123
|
c8985cf868 |
fix(ratelimit): Hotfix #5 — Postgres timestamptz[] scan + skip-inventory drift
Two CI hotfixes surfaced by master CI on
|
||
|
shankar0123
|
155f1fec98 |
ci(arch-h1): Phase 13 Sprint 13.7 — tighten rest-deferred floor from monotonic-decrease to hard zero-exact pin; close ARCH-H1 + ARCH-M1
Closure commit for Phase 13 (ARCH-H1 OpenAPI ↔ handler gap + ARCH-M1 per-process rate-limit ceiling). Tightens the parity-script CI guard to a HARD zero-exact pin on the rest-deferred bucket: any future PR adding a new REST route MUST author its OpenAPI op or fail CI. The `category: rest-deferred` escape hatch is now closed for good. The sibling monotonic-decrease guard (openapi-rest-deferred- monotonic.sh) stays in tree as belt-and-suspenders — both must hold. The monotonic guard catches baseline-drift accidents (operator edits the baseline up without surfacing rationale); this guard catches the underlying rest-deferred bucket re-growing at all. Phase 13 commit chain (six prior commits, ordered): |
||
|
shankar0123
|
29cb13e7a2 |
docs(arch-h1): Phase 13 Sprint 13.6 — OpenAPI batch 3 final 7 ops; rest-deferred bucket reaches 0
Phase 13 Sprint 13.6 — the FINAL ARCH-H1 OpenAPI authoring batch.
Closes the substantive burn-down: rest-deferred bucket reaches 0;
every REST-shaped router route is now authored into openapi.yaml.
Documented exceptions are exclusively wire-protocol contracts (SCEP
RFC 8894, ACME RFC 8555, ACME ARI RFC 9773, EST RFC 7030).
Sprint 13.7 next (closure / audit-HTML flip) tightens this commit's
floor: the rest-deferred bucket pin in
openapi-rest-deferred-monotonic.sh changes from
"monotonic-decrease vs baseline" to "hard zero-exact" so a future
PR adding a REST route MUST author its OpenAPI op or fail CI — the
`category: rest-deferred` escape hatch closes for good.
7 new operations (the final batch)
==================================
One-off REST endpoints (4 ops):
GET /api/v1/audit/export exportAudit (audit.export — NDJSON stream)
POST /api/v1/auth/demo-residual/cleanup cleanupDemoResidualGrants (auth.role.assign; 503 in demo mode)
POST /auth/logout logoutCurrentSession (auth-exempt; cookie checked inside)
POST /auth/breakglass/login breakglassLogin (auth-bypass; 404 when disabled; rate-limited)
OIDC browser-flow endpoints (3 ops, modeled as 302+Location-header
redirects per OAS 3.1 — `responses.302` + `headers.Location` +
description noting the server-initiated redirect contract; empty
content block; consumers must follow the redirect for the flow to
complete):
GET /auth/oidc/login oidcLoginInitiate (auth-exempt; 302 → IdP authz URL + pre-login cookie)
GET /auth/oidc/callback oidcLoginCallback (auth-exempt; 302 → postLoginURL on success / 302 → /login?error=oidc_failed&reason=<cat> on failure)
POST /auth/oidc/back-channel-logout oidcBackChannelLogout (auth via IdP-signed logout_token; 200 + Cache-Control: no-store on success; uniform 400 per spec §2.6 on failure)
The 4 one-off REST endpoints model standard JSON contracts. The 3
OIDC browser-flow endpoints DELIBERATELY model the 302-with-Location
contract because that's the live wire shape — modeling them as
200-with-JSON would lie about reality (and break any generated
client that assumes a JSON response body). Each `headers.Location`
is documented with the actual redirect target shape (provider authz
URL / postLoginURL / /login?error=oidc_failed&reason=<category>).
Audit/export NDJSON streaming
=============================
The audit/export response is `application/x-ndjson` — one JSON-
encoded AuditEvent per line, NOT a single JSON document. Documented
explicitly so generated clients know to parse line-by-line. Schema
references the existing #/components/schemas/AuditEvent (already
defined as part of the audit-events surface).
Range cap + per-record cap + filter shape all documented in the
parameters block (90-day max window, 1..100000 limit, category enum
of cert_lifecycle/auth/config).
2 new schemas (components/schemas)
==================================
DemoResidualCleanupResponse — mirrors demoResidualCleanupResponse
({removed: int64}).
BreakglassLoginRequest — mirrors breakglassLoginRequest
(actor_id + password; password
marked `format: password`).
Pre-existing AuditEvent + BreakglassLoginRequest-adjacent schemas
(Sprint 13.4 + 13.5) are referenced via $ref without duplication.
Exception YAML + baseline + zero-floor pin
==========================================
7 entries removed from api/openapi-handler-exceptions.yaml. Post-cut
shape:
total entries: 36
wire-protocol: 36 (unchanged — these never burn down)
rest-deferred: 0 ← THE FLOOR
Baseline file bumped 7 → 0. The Sprint 13.1 monotonic-decrease
guard now pins `rest-deferred ≤ 0` — equivalent to "the bucket
must stay empty." Sprint 13.7 will additionally tighten the
parity-script's missing-category check so the bucket can't be
re-grown via the `category:` typo escape hatch either.
YAML header narrative updated: "Sprint 13.6 SHIPPED — 7 - 7 = 0".
ARCH-H1 substantive close achieved at the bucket-math level.
Receipts (all from the live tree)
=================================
$ grep -cE '^\s+operationId:' api/openapi.yaml
186 (was 179 + 7)
$ bash scripts/ci-guards/openapi-handler-parity.sh
Router routes: 220
OpenAPI operations: 186
Documented exceptions: 36
wire-protocol: 36
rest-deferred: 0
openapi-handler-parity: clean.
$ bash scripts/ci-guards/openapi-rest-deferred-monotonic.sh
openapi-rest-deferred-monotonic: clean — rest-deferred = 0,
baseline = 0.
$ cat api/openapi-handler-exceptions-baseline.txt
0
$ python3 -c "import yaml; ..."
paths: 140, operations: 186, schemas: 74
sprint-13.6 schemas missing: (none)
OpenAPI lint: clean.
$ gofmt -l . → clean
$ go vet ./internal/api/handler/... ./cmd/server/... → clean
ARCH-H1 final tally (across Sprints 13.1 + 13.4 + 13.5 + 13.6)
==============================================================
Sprint 13.1: structural categorization — split 64 exceptions into
36 wire-protocol + 28 rest-deferred; added parity-
script bucket reporting + monotonic-decrease guard +
baseline file. ARCH-H1's structural close.
Sprint 13.4: 13 OpenAPI ops + 13 exception deletions + baseline
28 → 15. Auth/sessions + OIDC CRUD/JWKS/test/refresh
+ group-mappings clusters.
Sprint 13.5: 8 OpenAPI ops + 8 exception deletions + baseline
15 → 7. Auth/breakglass + auth/users +
auth/runtime-config clusters.
Sprint 13.6 (this commit): 7 OpenAPI ops + 7 exception deletions
+ baseline 7 → 0. Audit/export + demo-residual +
auth/logout + auth/breakglass/login + 3 OIDC browser
flows. ARCH-H1's substantive close.
Cumulative: 28 OpenAPI ops authored, 28 exception entries deleted,
rest-deferred bucket drained from 28 → 0. The OpenAPI surface
exactly matches every REST-shaped router route.
Sprint 13.7 closes the audit HTML flip + tightens this commit's
monotonic-decrease floor to a zero-exact pin so the burn-down is
locked.
Refs: ARCH-H1 substantive close — final batch.
|
||
|
shankar0123
|
9135c44908 |
docs(arch-h1): Phase 13 Sprint 13.5 — OpenAPI breakglass + users + runtime-config ops (batch 2, 8 ops)
Phase 13 Sprint 13.5 closure (architecture diligence audit ARCH-H1):
authors OpenAPI operations for the auth/breakglass admin cluster
(4) + auth/users cluster (3) + auth/runtime-config (1), drives the
`rest-deferred` exception bucket from 15 → 7.
OpenAPI-only sprint: zero Go changes. Every schema field-by-field
mirrors the projection types in
internal/api/handler/auth_breakglass.go +
internal/api/handler/auth_users.go.
8 new operations
================
Break-glass admin cluster (4 ops, all gated `auth.breakglass.admin`):
GET /api/v1/auth/breakglass/credentials listBreakglassCredentials
POST /api/v1/auth/breakglass/credentials setBreakglassPassword
DELETE /api/v1/auth/breakglass/credentials/{actor_id} removeBreakglassCredential
POST /api/v1/auth/breakglass/credentials/{actor_id}/unlock unlockBreakglassCredential
Users cluster (3 ops):
GET /api/v1/auth/users listAuthUsers (auth.user.read)
DELETE /api/v1/auth/users/{id} deactivateAuthUser (auth.user.deactivate)
POST /api/v1/auth/users/{id}/reactivate reactivateAuthUser (auth.user.deactivate)
Runtime-config read (1 op):
GET /api/v1/auth/runtime-config getAuthRuntimeConfig (auth.role.assign)
5 new schemas (components/schemas)
==================================
BreakglassCredentialResponse — mirrors breakglassCredentialResponse
(6 fields). Password hash NEVER
serialized.
BreakglassCredentialListResponse — mirrors listBreakglassCredentialsResponse
({"credentials": [...]}).
BreakglassSetPasswordRequest — mirrors breakglassSetPasswordRequest
(actor_id + password; password marked
`format: password`).
BreakglassSetPasswordResponse — mirrors the inline response shape
returned by SetPassword (actor_id +
created_at).
AuthUser — mirrors userResponse (9 fields,
including pointer-based
deactivated_at marked nullable).
Every schema field's JSON tag, type, required-ness, and (where
applicable) nullability grounded against the live Go source. The
`tenant_id` field surfaces on AuthUser (the handler emits it) but
does NOT appear on the breakglass schemas (the breakglass surface
is tenant-implicit — derived from caller context, not request body).
Surface-invisibility property
=============================
Each break-glass admin endpoint returns 404 when
`CERTCTL_BREAKGLASS_ENABLED=false` so an attacker probing the admin
surface gets the same signal as probing the login endpoint
(consistent with Audit 2026-05-10 CRIT-4 closure). Documented in the
per-op description so client implementations don't surprise on the
404 path.
Self-deactivate guard
=====================
`DELETE /api/v1/auth/users/{id}` returns 409 (not 403) when the
caller is deactivating their own account — Audit 2026-05-11 A-2
foot-gun closure. Break-glass remains the documented recovery path.
The 409 is documented in the per-op responses block.
Exception YAML + baseline
=========================
8 entries removed from api/openapi-handler-exceptions.yaml. Post-cut
shape:
total entries: 43 (was 51)
wire-protocol: 36 (unchanged)
rest-deferred: 7 (was 15)
Baseline file bumped 15 → 7. The Sprint 13.1 monotonic-decrease
guard now pins `rest-deferred ≤ 7`. Sprint 13.6 walks it to zero
(7 → 0).
YAML header narrative updated: "Sprint 13.5 SHIPPED — 15 - 8 = 7".
Receipts (all from the live tree)
=================================
$ grep -cE '^\s+operationId:' api/openapi.yaml
179 (was 171 + 8)
$ bash scripts/ci-guards/openapi-handler-parity.sh
Router routes: 220
OpenAPI operations: 179
Documented exceptions: 43
wire-protocol: 36
rest-deferred: 7
openapi-handler-parity: clean.
$ bash scripts/ci-guards/openapi-rest-deferred-monotonic.sh
openapi-rest-deferred-monotonic: clean — rest-deferred = 7,
baseline = 7.
$ cat api/openapi-handler-exceptions-baseline.txt
7
$ python3 -c "import yaml; ..."
paths: 133, operations: 179, schemas: 72
sprint-13.5 schemas missing: (none)
OpenAPI lint: clean.
$ gofmt -l . → clean
$ go vet ./internal/api/handler/... ./cmd/server/... → clean
Sprint 13.6 next (audit/export + demo-residual + 3 OIDC browser
flows + auth/logout + auth/breakglass/login = 7 ops; rest-deferred
7 → 0 — the zero-floor commit that completes ARCH-H1's substantive
burn-down). Same OpenAPI-only pattern; the OIDC browser-flow
endpoints in 13.6 model redirect-only operations (302 + Location
header, empty body) per OAS 3.1 conventions.
Refs: ARCH-H1 batch 2 closure.
|
||
|
shankar0123
|
952682ebec |
docs(arch-h1): Phase 13 Sprint 13.4 — OpenAPI auth/sessions + OIDC ops (batch 1, 13 ops)
Phase 13 Sprint 13.4 closure (architecture diligence audit ARCH-H1):
authors OpenAPI operations for the auth/sessions cluster (3) +
auth/oidc CRUD + JWKS + test + refresh cluster (10), drives the
`rest-deferred` exception bucket from 28 → 15.
OpenAPI-only sprint: zero Go changes. Every schema field-by-field
mirrors the projection types in the Phase 9 Sprint 11 sibling-file
handlers (auth_session_oidc_{sessions,crud}.go) + the JWKS-status
surface in auth_users.go + the dry-run discovery result in
internal/auth/oidc/test_discovery.go.
13 new operations
=================
Sessions cluster (3 ops):
GET /api/v1/auth/sessions listAuthSessions
DELETE /api/v1/auth/sessions revokeAuthSessionsExceptCurrent
DELETE /api/v1/auth/sessions/{id} revokeAuthSession
OIDC provider CRUD + JWKS + test + refresh (7 ops):
GET /api/v1/auth/oidc/providers listOIDCProviders
POST /api/v1/auth/oidc/providers createOIDCProvider
PUT /api/v1/auth/oidc/providers/{id} updateOIDCProvider
DELETE /api/v1/auth/oidc/providers/{id} deleteOIDCProvider
GET /api/v1/auth/oidc/providers/{id}/jwks-status getOIDCProviderJWKSStatus
POST /api/v1/auth/oidc/providers/{id}/refresh refreshOIDCProvider
POST /api/v1/auth/oidc/test testOIDCProvider
OIDC group-mapping CRUD (3 ops):
GET /api/v1/auth/oidc/group-mappings listOIDCGroupMappings
POST /api/v1/auth/oidc/group-mappings addOIDCGroupMapping
DELETE /api/v1/auth/oidc/group-mappings/{id} removeOIDCGroupMapping
8 new schemas (components/schemas)
==================================
AuthSession — mirrors sessionResponse (10 fields).
OIDCProviderResponse — mirrors oidcProviderResponse (15 fields).
OIDCProviderRequest — mirrors oidcProviderRequest (12 fields,
client_secret marked password).
OIDCTestRequest — mirrors the inline struct in TestProvider
(4 fields).
OIDCTestDiscoveryResult — mirrors oidc.TestDiscoveryResult
(11 fields).
OIDCJWKSStatusSnapshot — mirrors oidc.JWKSStatusSnapshot (7
fields).
OIDCGroupMappingResponse — mirrors groupMappingResponse (6 fields).
OIDCGroupMappingRequest — mirrors groupMappingRequest (3 fields,
tenant_id deliberately excluded — derived
from caller).
Every schema field's JSON tag, type, required-ness, and (where
applicable) description grounded against the Go source byte-for-byte.
Pointer types in Go that the handler marshals via `omitempty` are
modelled as optional fields in the YAML (not present in the
`required` list).
RBAC permissions documented per-operation in the description (matched
against rbacGate wraps in internal/api/router/router.go lines 516-540):
auth.session.list, auth.session.list.all, auth.session.revoke,
auth.oidc.list, auth.oidc.create, auth.oidc.edit, auth.oidc.delete.
New tags
========
Added `Sessions` and `OIDC` to the `tags:` list with cross-references
to the handler file paths. Existing operations stay on existing tags;
the new ones declare the new tags.
Exception YAML + baseline
=========================
13 entries removed from api/openapi-handler-exceptions.yaml. The
post-cut shape:
total entries: 51 (was 64)
wire-protocol: 36 (unchanged — never burn down)
rest-deferred: 15 (was 28)
Baseline file bumped 28 → 15. The Sprint 13.1 monotonic-decrease
guard now pins `rest-deferred ≤ 15`. Sprints 13.5 + 13.6 walk it down
to zero (15 → 7 → 0).
YAML header narrative updated to reflect Sprint 13.4 status:
"Sprint 13.4 SHIPPED — 28 - 13 = 15".
Receipts (all from the live tree)
=================================
$ grep -cE '^\s+operationId:' api/openapi.yaml
171 (was 158 + 13)
$ bash scripts/ci-guards/openapi-handler-parity.sh
Router routes: 220
OpenAPI operations: 171
Documented exceptions: 51
wire-protocol: 36
rest-deferred: 15
openapi-handler-parity: clean.
$ bash scripts/ci-guards/openapi-rest-deferred-monotonic.sh
openapi-rest-deferred-monotonic: clean — rest-deferred = 15,
baseline = 15.
$ cat api/openapi-handler-exceptions-baseline.txt
15
$ python3 -c "import yaml; spec=yaml.safe_load(open('api/openapi.yaml')); ..."
paths: 126, operations: 171
components.schemas: 67
sprint-13.4 schemas missing: (none)
OpenAPI lint: clean.
$ gofmt -l . → clean
$ go vet ./internal/api/handler/... ./cmd/server/... → clean
Sprint 13.5 next (auth/breakglass + auth/users + auth/runtime-config,
8 ops; rest-deferred 15 → 7). Same OpenAPI-only authoring pattern; no
Go changes.
Refs: ARCH-H1 batch 1 closure.
|
||
|
shankar0123
|
a41fc2d75c |
feat(ratelimit): Phase 13 Sprint 13.3 — wire backend selector + scheduler janitor + docs + helm (ARCH-M1 closure complete)
Phase 13 Sprint 13.3 — the completion half of the ARCH-M1
substantive close. Sprint 13.2 shipped the Postgres-backed
sliding-window limiter + multi-replica integration test; Sprint 13.3
wires the 6 call sites in cmd/server/main.go through the operator-
chosen backend selector, adds the rate_limit_buckets scheduler
janitor sweep, rewrites the observability doc, exposes the env-var
in the helm chart, and promotes the multi-replica integration test
to a required CI status check.
Signature ground-truth (sprint 13.2 + 13.3)
===========================================
Prompt-template signatures: `Allow(key string) error` and "5 call
sites." Actual repo: `Allow(key string, now time.Time) error` and 6
NewSlidingWindowLimiter call sites in cmd/server/main.go (the prompt
miscounted the second EST per-principal arm). Per CLAUDE.md "the repo
is truth," matched the live shape.
What changed
============
internal/config/server.go (+40 LOC):
- Added `SlidingWindowBackend string` + `SlidingWindowJanitorInterval
time.Duration` to RateLimitConfig with full operator-facing
documentation of the two valid values (memory|postgres) +
when-to-use-which decision tree.
internal/config/config.go (+27 LOC):
- Load() reads CERTCTL_RATE_LIMIT_BACKEND (default "memory") +
CERTCTL_RATE_LIMIT_JANITOR_INTERVAL (default 5m).
- Validate() rejects anything other than ""/"memory"/"postgres"
(empty = memory equivalence for test-built Configs that bypass
Load()). Janitor interval must be ≥ 1 minute when set.
- Failure modes return clear ::error:: with the env-var name + the
valid values, so an operator typo ("postgress" → memory in a
3-replica cluster) fails fast at startup.
internal/ratelimit/factory.go (NEW, 67 LOC):
- NewLimiter(backend, db, maxN, window, mapCap) Limiter — single
factory the 6 cmd/server/main.go call sites route through.
- Drop-in signature: same maxN/window/mapCap as
NewSlidingWindowLimiter (mapCap accepted + ignored for postgres
— the rate_limit_buckets table grows until the janitor sweeps).
- Defensive panic on unknown backend (config.Validate is SoT;
this is belt-and-suspenders).
internal/ratelimit/postgres_gc.go (NEW, 73 LOC):
- PostgresGC struct + NewPostgresGC + GarbageCollect.
- Single-statement DELETE FROM rate_limit_buckets WHERE
updated_at < NOW() - maxWindow. Idempotent.
- maxWindow <= 0 is a no-op (operator opt-out).
internal/scheduler/scheduler.go (+90 LOC):
- New RateLimitGarbageCollector interface (mirrors the
ACMEGarbageCollector / SessionGarbageCollector contracts).
- rateLimitGC field + rateLimitGCInterval + rateLimitGCRunning
on Scheduler.
- SetRateLimitGarbageCollector(gc) + SetRateLimitGCInterval(d)
Setters following the existing acmeGC/sessionGC pattern.
- rateLimitGCLoop() — JitteredTicker + atomic.Bool guard +
per-tick context.WithTimeout(1m). Logs row count at Debug.
- Loop counted in the Start() WaitGroup only when the GC is
non-nil; cmd/server/main.go skips SetRateLimitGarbageCollector
when backend=memory so the loop never launches for that case.
cmd/server/main.go (35 LOC diff):
- All 6 ratelimit.NewSlidingWindowLimiter call sites now route
through ratelimit.NewLimiter(cfg.RateLimit.SlidingWindowBackend,
db, ...). Grep verification post-fix returns ZERO hits.
- Six sites: breakglass loginLimiter (580), ocspLimiter (1003),
exportLimiter (1068), EST failed-basic (1535), EST per-principal
SCEP-mTLS arm (1591), EST per-principal SCEP arm (1613). The
intune.NewPerDeviceRateLimiter site at line 1823 stays unmoved
— its inner type-alias wrapper is the prompt's
out-of-scope (cmd/server/*.go only).
- Conditionally constructs PostgresGC + wires the scheduler janitor
when backend=postgres; logs the wiring decision either way so
operators see "rate-limit GC sweep enabled (postgres backend)"
or "in-memory backend self-prunes" in the boot log.
internal/api/handler/{est,export,certificates,auth_breakglass}.go:
- Replaced 5 *ratelimit.SlidingWindowLimiter field/Setter types
with ratelimit.Limiter (the interface). Allow() satisfies the
same call shape on both backends; the in-memory tests that
construct *SlidingWindowLimiter still compile because the
concrete type satisfies the interface (compile-time check in
internal/ratelimit/limiter.go pins this).
docs/operator/observability.md (176 LOC diff):
- Replaced the "per-process, in-memory, reset-on-restart, not
shared across replicas" paragraph with the new
configurable-backend section: operator decision tree,
backend internals (memory vs postgres), janitor description,
falsifiable closure proof (the Sprint 13.2 integration test
name + invocation), helm chart wiring example.
- Updated inventory to reflect the actual handler file paths +
actual cap configurations (the prior doc said "60s window" for
several limiters that actually use 60m / 24h windows).
- Doc smoke confirmed: grep -c 'per-process, in-memory,
reset-on-restart' docs/operator/observability.md = 0.
deploy/helm/certctl/values.yaml + templates/server-configmap.yaml +
templates/server-deployment.yaml:
- Exposed server.rateLimiting.backend (default "memory") +
server.rateLimiting.janitorInterval (default "5m") under the
existing rateLimiting block.
- ConfigMap renders both as rate-limit-backend +
rate-limit-janitor-interval keys.
- Deployment wires CERTCTL_RATE_LIMIT_BACKEND +
CERTCTL_RATE_LIMIT_JANITOR_INTERVAL env vars from the configmap.
- Helm render: `helm template deploy/helm/certctl --set
server.rateLimiting.backend=postgres` shows the env-var on the
server-deployment.yaml output.
.github/workflows/ci.yml (+12 LOC):
- Added a new step in the Go Build & Test job that runs the
Sprint 13.2 multi-replica integration test
(TestRateLimit_PostgresBackend_CapEnforcedAcrossReplicas) with
-tags=integration -race -timeout=300s. Fails the CI status check
if the cross-replica row lock ever stops arbitrating across
replicas — the ARCH-M1 closure regression gate.
Verification (all green locally; postgres integration via CI)
============================================================
$ grep -nE 'NewSlidingWindowLimiter' cmd/server/*.go
(zero hits — Sprint 13.3 receipt)
$ go test -short -count=1 \
./internal/config/... ./internal/ratelimit/... \
./internal/scheduler/... ./internal/api/handler/... \
./cmd/server/...
ok internal/config 1.177s
ok internal/ratelimit 0.007s
ok internal/scheduler 9.165s
ok internal/api/handler 6.245s
ok cmd/server 0.390s
$ staticcheck ./internal/ratelimit/... ./internal/scheduler/... \
./internal/config/... ./internal/api/handler/... ./cmd/server/...
(clean)
$ gofmt -l internal/ cmd/server/
(clean)
$ grep -c 'per-process, in-memory, reset-on-restart' \
docs/operator/observability.md
0 (doc smoke — the audit's verbatim phrasing is gone)
$ bash scripts/ci-guards/G-3-env-docs-drift.sh
G-3 env-docs-drift: clean.
$ bash scripts/ci-guards/complete-path-config-coverage.sh
OK — every CERTCTL_* env var (197) has at least one non-config-
package consumer.
Selector contract verified — config.Validate() rejects any value
other than ""/memory/postgres at startup with a clear error message.
Sprint 13.4 next (ARCH-H1 OpenAPI authoring batch 1) is on a
different axis; ARCH-M1 closure is complete with this commit
modulo the Sprint 13.7 audit-HTML flip + zero-floor pin.
Closes: ARCH-M1 substantive remediation. The cross-replica rate-
limit-cap-enforcement gap that the audit recommended deferring to
v3 is closed; operators with server.replicas > 1 flip
CERTCTL_RATE_LIMIT_BACKEND=postgres and get exactly-cap enforcement
across the cluster (proved by the multi-replica integration test now
gating CI).
|
||
|
shankar0123
|
c8347d742d |
feat(ratelimit): Phase 13 Sprint 13.2 — postgres-backed sliding window + multi-replica test
Phase 13 Sprint 13.2 closure (architecture diligence audit ARCH-M1):
ships the infrastructure half of the ARCH-M1 substantive close. Adds a
postgres-backed sliding-window rate limiter that satisfies the same
interface as the in-memory primitive — cross-replica-consistent rather
than per-process. Sprint 13.3 wires the 5 call sites through a
backend selector (`CERTCTL_RATELIMIT_BACKEND={memory,postgres}`); this
commit deliberately changes ZERO call sites. The infrastructure +
migration ship as their own review window, mirroring the Phase 9
Sprint 8a/8b pattern.
Substantive close, not document-and-defer
=========================================
The audit recommended "document the per-process limit + defer the
distributed backend to v3." The operator chose Option M1-A (postgres-
backed; zero new infra) over the document-and-defer path. Postgres
is already a hard dependency for certctl; no new operator burden. The
multi-replica integration test in this commit is the falsifiable
closure proof — cap-N enforced exactly across N replicas hitting the
same key concurrently.
Signature ground-truth
======================
The Sprint 13.2 prompt template specified `Allow(key string) error` as
the signature to match. The actual repo signature has been
`Allow(key string, now time.Time) error` since the EST RFC 7030
hardening master bundle Phase 4.1 — the `now` parameter is what makes
the memory limiter testable against synthetic time without an
indirection through clock-injection. The new `Limiter` interface +
`PostgresSlidingWindowLimiter` match the actual repo signature
(`Allow(key string, now time.Time) error`) byte-for-byte. Per CLAUDE.md
"the repo is truth" — the prompt is framing, the code is ground-truth.
Files added
===========
migrations/000046_rate_limit_buckets.up.sql + .down.sql:
- rate_limit_buckets(bucket_key TEXT PRIMARY KEY, timestamps
TIMESTAMPTZ[] NOT NULL DEFAULT '{}', updated_at TIMESTAMPTZ NOT
NULL DEFAULT NOW()).
- btree index on updated_at supports the Sprint 13.3 janitor sweep.
- All statements IF NOT EXISTS / DROP IF EXISTS per CLAUDE.md
"Idempotent migrations" rule.
internal/ratelimit/limiter.go (NEW, 53 LOC):
- Defines the `Limiter` interface with `Allow(key string,
now time.Time) error`.
- Compile-time satisfaction checks for both backends.
- Doc-comment documents the prompt-vs-repo signature reconciliation
+ the Sprint 13.3 backend-selector plan + why the interface stays
minimal (Disabled/Len are non-portable cross-backend; keeping them
off the interface avoids leaking implementation detail).
internal/ratelimit/postgres_sliding_window.go (NEW, 178 LOC):
- PostgresSlidingWindowLimiter struct + NewPostgresSlidingWindowLimiter
constructor + Allow + Disabled methods.
- Algorithm: BEGIN tx → INSERT ON CONFLICT DO NOTHING (ensures the
row exists) → SELECT ... FOR UPDATE (per-key row lock acquired
across the cluster) → prune in Go via the shared pruneOlderThan
helper (single source of truth for prune semantics) → decide
rate-limited or append → UPDATE → COMMIT.
- SELECT FOR UPDATE is what arbitrates across replicas. Replicas A
and B firing simultaneous Allow("k") never race because Postgres
serializes the row-lock; the memory backend's sync.Mutex only
arbitrates within a process.
- Same `maxN <= 0 → disabled` opt-out semantics as the memory
backend.
- Empty-key short-circuit (chokepoint avoidance) matches the memory
backend.
- Uses pq.Array for TIMESTAMPTZ[] marshalling (lib/pq is the
existing project driver).
internal/ratelimit/equivalence_test.go (NEW, 304 LOC):
- Backend-equivalence suite that runs the same scenario set against
both backends via the `Limiter` interface. 7 scenarios per
backend: AllowsUpToCap, DistinctKeysIndependent, WindowExpiry,
DisabledBypass, NegativeCapDisabled, EmptyKeyShortCircuits,
ConcurrentRaceFree.
- Memory half: TestSlidingWindowLimiter_Equivalence_Memory — runs
on every `go test ./...`.
- Postgres half: TestSlidingWindowLimiter_Equivalence_Postgres —
gated by `testing.Short()`; runs only when -short is omitted, so
`go test -race -short ./...` keeps fast.
- Schema-per-test isolation via testcontainers-go (mirrors the
pattern in internal/repository/postgres/testutil_test.go: setup
one container, fresh schema per subtest, search_path-pinned DSN).
- Memory equivalence half re-verifies the same behaviors pinned in
the pre-existing sliding_window_test.go but through the interface
— catches drift if SlidingWindowLimiter.Allow ever changes shape.
internal/integration/ratelimit_multi_replica_test.go (NEW, 159 LOC):
- The falsifiable ARCH-M1 closure proof, gated by //go:build
integration matching the rest of internal/integration/.
- Scenario: 1 postgres container shared across N=3 independent
*PostgresSlidingWindowLimiter instances (each replica's process
has its own *sql.DB pool to the same database, just like a real
HA deployment). 100 concurrent Allow("test-key") calls round-
robin across the 3 limiters via sync.WaitGroup. Cap = 10,
window = 1m, shared now-timestamp so the scenario is
deterministic.
- Assert: exactly 10 succeed + 90 return ErrRateLimited. If the
cross-replica row lock weren't arbitrating, each replica would
independently let through ~3-4 requests (10/3), giving 12-15
successes. The hard-pass on exactly-10 is what makes ARCH-M1
substantive.
What did NOT change
===================
- internal/ratelimit/sliding_window.go (the memory backend) is
byte-identical to its pre-Sprint-13.2 state. Same Mutex, same
Allow signature, same Len/Disabled/pruneOlderThan/evictOldestLocked.
Compile-time check in limiter.go pins that the memory backend
still satisfies the new interface.
- No call site in cmd/server, internal/api/handler, internal/service
changed. Sprint 13.3 owns the 5-site migration + the
CERTCTL_RATELIMIT_BACKEND env-var selector.
- No new operator dependency. Postgres is already required for
certctl-server to boot. Redis (Option M1-B) was declined by the
operator and is not introduced here.
Verification
============
$ ls migrations/000046_rate_limit_buckets.up.sql migrations/000046_rate_limit_buckets.down.sql
$ ls internal/ratelimit/limiter.go internal/ratelimit/postgres_sliding_window.go
$ grep -nE 'sync\.Mutex|sync\.RWMutex' internal/ratelimit/sliding_window.go
30:// by sync.Mutex; per-key slices mutated only while the mutex is
56: mu sync.Mutex
(memory backend untouched)
$ gofmt -l internal/ratelimit/ internal/integration/ → clean
$ go vet ./internal/ratelimit/... → clean
$ go vet -tags=integration ./internal/integration/... → clean
$ staticcheck ./internal/ratelimit/... → clean
$ go build ./... → clean
$ go build -tags=integration ./internal/integration/...→ clean
$ go test -race -short -count=1 ./internal/ratelimit/...
ok github.com/certctl-io/certctl/internal/ratelimit 1.028s
(memory equivalence + sliding_window_test.go both pass; postgres
equivalence skipped under -short as designed)
$ go doc ./internal/ratelimit/
type Limiter interface{ ... }
type PostgresSlidingWindowLimiter struct{ ... }
func NewPostgresSlidingWindowLimiter(db *sql.DB, maxN int,
window time.Duration) *PostgresSlidingWindowLimiter
type SlidingWindowLimiter struct{ ... }
func NewSlidingWindowLimiter(maxN int, window time.Duration,
mapCap int) *SlidingWindowLimiter
var ErrRateLimited = ...
(public surface matches the Sprint 13.2 prompt's required diff)
Sandbox note: the multi-replica integration test + the postgres
equivalence half run under testcontainers-go which requires docker-
in-docker. The CI integration job exercises both; local CI-equivalent
verification was build + vet + staticcheck + memory equivalence (the
sandbox /sessions partition is full so spinning a postgres container
locally isn't viable in this session). The Sprint 13.3 commit will
re-verify against the live integration job.
Next: Sprint 13.3 wires every call site through
ratelimit.NewLimiter(cfg.Server.RateLimitBackend, db, ...) +
introduces the scheduler janitor loop + rewrites the
docs/operator/observability.md "per-process" paragraph to describe
the configurable backend.
Refs: ARCH-M1 (HA / scale — rate limits per-process), Phase 13
Sprint 13.2.
|
||
|
shankar0123
|
67f346cd87 |
docs(arch-h1): Phase 13 Sprint 13.1 — categorize OpenAPI exceptions + bucket guards
Phase 13 Sprint 13.1 closure (architecture diligence audit ARCH-H1):
splits api/openapi-handler-exceptions.yaml's 64 entries into two
buckets via a required `category:` field, extends the parity script
with bucket reporting + a `--bucket=` subcommand, and adds a sibling
monotonic-decrease guard pinned to a checked-in baseline file. Pure
YAML + bash + doc; zero runtime change.
Strategy
========
The audit originally framed ARCH-H1 as "burn down the 64-entry
exception list to ≤20." Sprint 13.1 reframes against the structural
reality: 36 of the 64 entries are legitimate IETF-RFC wire-protocol
contracts (SCEP RFC 8894, ACME RFC 8555, ACME ARI RFC 9773, EST
RFC 7030) that MUST stay; the remaining 28 are REST-shaped routes
whose OpenAPI op was deferred. Categorize the two buckets, monotone-
gate the rest-deferred bucket against a baseline, and Sprints
13.4-13.6 drive rest-deferred to zero.
Categorization rule applied per-entry
=====================================
An entry is `category: wire-protocol` if ANY of:
1. `why:` cites an RFC anchor (RFC 8894 / 8555 / 9773 / 7030).
2. `why:` contains the strings "wire-protocol", "wire protocol",
"sibling", or "shorthand".
3. Route path starts with `/scep`, `/scep-mtls`, `/acme/`, or
`/acme` (wire-protocol prefix).
Otherwise: `category: rest-deferred`.
This rule produced the 36 / 28 split that the Sprint 13.1 audit
prompt expected — verified by python assertion + manual eyeball
review of every entry's `why:` field before categorizing.
Per-entry decisions (read off the post-categorization YAML)
===========================================================
WIRE-PROTOCOL (36) — RFC contracts; never burn down:
SCEP family (8) — RFC 8894 + RFC 7030 SCEP-mTLS sibling:
GET /scep RFC 8894 §3.1 GetCACert / GetCACaps
POST /scep RFC 8894 §3.1 PKCSReq / RenewalReq
GET /scep/ trailing-slash variant (ChromeOS)
POST /scep/ trailing-slash variant (ChromeOS)
GET /scep-mtls EST RFC 7030 Phase 6.5 sibling
POST /scep-mtls SCEP-mTLS POST variant
GET /scep-mtls/ SCEP-mTLS trailing-slash variant
POST /scep-mtls/ SCEP-mTLS trailing-slash POST
ACME per-profile (12) — RFC 8555 §7.x + RFC 9773 ARI:
GET /acme/profile/{id}/directory RFC 8555 §7.1.1
HEAD /acme/profile/{id}/new-nonce RFC 8555 §7.2
GET /acme/profile/{id}/new-nonce RFC 8555 §7.2
POST /acme/profile/{id}/new-account RFC 8555 §7.3
POST /acme/profile/{id}/account/{acc_id} RFC 8555 §7.3.2/.6
POST /acme/profile/{id}/new-order RFC 8555 §7.4
POST /acme/profile/{id}/order/{ord_id} RFC 8555 §7.4 PoG
POST /acme/profile/{id}/order/{ord_id}/finalize RFC 8555 §7.4
POST /acme/profile/{id}/authz/{authz_id} RFC 8555 §7.5
POST /acme/profile/{id}/challenge/{chall_id} RFC 8555 §7.5.1
POST /acme/profile/{id}/cert/{cert_id} RFC 8555 §7.4.2
POST /acme/profile/{id}/key-change RFC 8555 §7.3.5
POST /acme/profile/{id}/revoke-cert RFC 8555 §7.6
GET /acme/profile/{id}/renewal-info/{cert_id} RFC 9773 ARI
ACME default-profile shorthand (14) — sibling routes; same wire
semantics, dispatched when CERTCTL_ACME_SERVER_DEFAULT_PROFILE_ID
is set:
GET /acme/directory
HEAD /acme/new-nonce
GET /acme/new-nonce
POST /acme/new-account
POST /acme/account/{acc_id}
POST /acme/new-order
POST /acme/order/{ord_id}
POST /acme/order/{ord_id}/finalize
POST /acme/authz/{authz_id}
POST /acme/challenge/{chall_id}
POST /acme/cert/{cert_id}
POST /acme/key-change
POST /acme/revoke-cert
GET /acme/renewal-info/{cert_id}
REST-DEFERRED (28) — gaps; Sprints 13.4-13.6 author into openapi.yaml:
auth/sessions cluster (3):
GET /api/v1/auth/sessions
DELETE /api/v1/auth/sessions
DELETE /api/v1/auth/sessions/{id}
auth/oidc CRUD + JWKS + test + refresh cluster (10):
GET /api/v1/auth/oidc/providers
POST /api/v1/auth/oidc/providers
PUT /api/v1/auth/oidc/providers/{id}
DELETE /api/v1/auth/oidc/providers/{id}
GET /api/v1/auth/oidc/providers/{id}/jwks-status
POST /api/v1/auth/oidc/providers/{id}/refresh
POST /api/v1/auth/oidc/test
GET /api/v1/auth/oidc/group-mappings
POST /api/v1/auth/oidc/group-mappings
DELETE /api/v1/auth/oidc/group-mappings/{id}
auth/breakglass admin cluster (4):
GET /api/v1/auth/breakglass/credentials
POST /api/v1/auth/breakglass/credentials
DELETE /api/v1/auth/breakglass/credentials/{actor_id}
POST /api/v1/auth/breakglass/credentials/{actor_id}/unlock
auth/users cluster (3):
GET /api/v1/auth/users
DELETE /api/v1/auth/users/{id}
POST /api/v1/auth/users/{id}/reactivate
Misc REST one-offs (3):
GET /api/v1/auth/runtime-config
POST /api/v1/auth/demo-residual/cleanup
GET /api/v1/audit/export
OIDC + breakglass browser flows (5):
GET /auth/oidc/login
GET /auth/oidc/callback
POST /auth/oidc/back-channel-logout
POST /auth/logout
POST /auth/breakglass/login
Files changed
=============
api/openapi-handler-exceptions.yaml (+1 line per entry):
- Header rewritten to document the two-bucket contract + the
Phase 13 burn-down plan + the baseline-file convention.
- Every existing `route:` + `why:` pair preserved verbatim.
- ` category: <bucket>` line inserted after each `why:` line.
- Pyyaml round-trip parses to 64 entries cleanly.
api/openapi-handler-exceptions-baseline.txt (NEW, 1 line):
- Contains single integer `28` matching the current rest-deferred
count. Sprints 13.4-13.6 decrement this in lockstep with each
batch of OpenAPI ops authored.
scripts/ci-guards/openapi-handler-parity.sh (rewritten):
- Reports `wire-protocol: N` + `rest-deferred: N` lines alongside
the existing total.
- New `--bucket=wire-protocol|rest-deferred` subcommand prints
just the bucket count + exits 0. Used by the new monotonic
guard + by Sprint 13.7's hard-floor pin.
- New fail condition: any entry missing the required `category:`
field, or carrying an unknown category value, fails the build
with a clear ::error:: annotation.
- Existing exit-code semantics preserved (drift / orphan / stale
detection paths unchanged).
scripts/ci-guards/openapi-rest-deferred-monotonic.sh (NEW):
- Reads the rest-deferred count via the parity script's --bucket
subcommand.
- Reads the baseline file at
api/openapi-handler-exceptions-baseline.txt.
- Fails with ::error:: if current count exceeds OR falls below the
baseline. The fall-below path forces operators to update the
baseline in the same commit as the corresponding YAML deletion
— keeps the monotonic-decrease contract honest.
- CI workflow auto-discovers any scripts/ci-guards/*.sh; no
.github/workflows/ci.yml change required (verified — the loop
at .github/workflows/ci.yml::Regression\ guards uses a glob).
scripts/ci-guards/README.md (+33 lines):
- Two new entries in the per-finding regression-guards table for
`openapi-handler-parity` (existing; bucket subcommand documented)
and `openapi-rest-deferred-monotonic` (new).
- New "ARCH-H1 OpenAPI exception two-bucket contract" section
documenting the wire-protocol vs rest-deferred decision rule +
the canonical close path for a rest-deferred entry (author op
+ delete exception + decrement baseline in same PR) + the
bucket-count inspection commands.
Verification (all local, sandbox /sessions partition full so
disk-tmpfile-dependent guards skipped — see Hotfix #4 commit msg
for sandbox-disk context)
=========================================================
$ bash scripts/ci-guards/openapi-handler-parity.sh
Router routes: 220
OpenAPI operations: 158
Documented exceptions: 64
wire-protocol: 36
rest-deferred: 28
openapi-handler-parity: clean.
$ bash scripts/ci-guards/openapi-handler-parity.sh --bucket=wire-protocol
36
$ bash scripts/ci-guards/openapi-handler-parity.sh --bucket=rest-deferred
28
$ bash scripts/ci-guards/openapi-rest-deferred-monotonic.sh
openapi-rest-deferred-monotonic: clean — rest-deferred = 28,
baseline = 28.
$ cat api/openapi-handler-exceptions-baseline.txt
28
$ python3 -c "import yaml; d=yaml.safe_load(open('api/openapi-handler-exceptions.yaml')); print(len(d['documented_exceptions']))"
64
Negative test (corrupted baseline → guard fails):
$ echo "abc" > api/openapi-handler-exceptions-baseline.txt
$ bash scripts/ci-guards/openapi-rest-deferred-monotonic.sh
::error::api/openapi-handler-exceptions-baseline.txt must contain
a single non-negative integer; got: 'abc'
Negative test (rest-deferred over baseline → guard fails):
$ echo "27" > api/openapi-handler-exceptions-baseline.txt
$ bash scripts/ci-guards/openapi-rest-deferred-monotonic.sh
::error::rest-deferred bucket grew: 28 > baseline 27.
Negative test (missing category → parity script fails):
$ # delete first 'category: wire-protocol' line
$ bash scripts/ci-guards/openapi-handler-parity.sh
::error::api/openapi-handler-exceptions.yaml: 1 entries missing
required `category:` field:
GET /scep
Ambiguous entries surfaced for operator review
==============================================
None. Every entry's category derived deterministically from the
3-rule decision tree (RFC anchor → wire-protocol; wire/sibling/
shorthand keyword in `why:` → wire-protocol; route prefix matches
wire-protocol family → wire-protocol; otherwise rest-deferred).
Closes: Phase 13 Sprint 13.1 of the certctl architecture diligence
remediation (ARCH-H1 structural categorization). Unblocks Sprints
13.4-13.6 (OpenAPI authoring batches against the rest-deferred
bucket).
|
||
|
shankar0123
|
558d350933 |
fix(ci): teach 3 CI guards about Phase 9 sibling-file splits
Two CI guards on origin/master failed against the Sprint-12 commit (v2.1.3 |
||
|
shankar0123
|
3094010880 |
refactor(cmd/agent): split main.go into poll + deploy + discovery sibling files (Phase 9, 12 of N — LAST hotspot)
Phase 9 ARCH-M2 closure Sprint 12 — the LAST of the audit's named
hotspot sub-splits. Splits cmd/agent/main.go (1489 LOC, the
sixth-largest backend hotspot at audit time) via the Option B
sibling-file pattern (mirrors the Sprint 8 cmd/server cut). Package
stays `main`; every method is still defined on *Agent so each call
site continues to resolve through Go's same-package method-set —
no import-path or signature change.
Audit prescription vs reality
=============================
The audit's Tasks-Deferred row prescribed
"main + poll + deploy + register sibling files." The actual
cmd/agent/main.go has no `register` function — agent registration
happens via the control-plane REST API (POST /api/v1/agents)
before the agent process starts. The closest analogue in the agent
binary is the filesystem-discovery scan (runDiscoveryScan + the
parsePEMFile / parseDERFile / certToEntry / sha256Sum / certKeyInfo
helpers), which is the agent's other "outbound report-to-server"
surface alongside the inbound work-poll path.
Sprint 12 substitutes `discovery` for `register` in the prescription
and keeps the other three buckets as named: `main` (lifecycle + HTTP
infrastructure + entrypoint), `poll` (work-poll + CSR-job execution),
`deploy` (deployment-job execution + target connector factory).
What moved
==========
New `cmd/agent/poll.go` (279 LOC) — work-poll + CSR-job execution:
- pollForWork: GET /api/v1/agents/{id}/work each tick; dispatches
each returned JobItem to the right executor.
- executeCSRJob: handles AwaitingCSR jobs by generating an ECDSA
P-256 key locally, persisting it with 0600 permissions (key
NEVER leaves the agent — CLAUDE.md "Agent-based key
management"), creating + submitting the CSR.
New `cmd/agent/deploy.go` (443 LOC) — deployment + target factory:
- executeDeploymentJob: handles Pending deployment jobs by
fetching the cert PEM, loading the locally-held private key
(agent keygen mode), instantiating the appropriate target
connector, calling DeployCertificate, and reporting status.
- createTargetConnector: the 170-LOC switch over target_type
that instantiates 14 different target connectors (apache /
awsacm / azurekv / caddy / envoy / f5 / haproxy / iis /
javakeystore / k8ssecret / nginx / postfix / ssh / traefik /
wincertstore). Context is threaded through to SDK-driven
connectors (AWSACM, AzureKeyVault) per the contextcheck linter
fix in CI commit
|
||
|
shankar0123
|
cd374b243e |
refactor(handler): split auth_session_oidc.go by handler-section (Phase 9, 11 of N)
Phase 9 ARCH-M2 closure Sprint 11. Splits
internal/api/handler/auth_session_oidc.go (was 1577 LOC, the
fifth-largest backend hotspot from the original audit) via the
Option B sibling-file pattern — new files stay in `package handler`
so every external caller of
`handler.AuthSessionOIDCHandler.{LoginInitiate, LoginCallback,
BackChannelLogout, Logout, ListSessions, RevokeSession,
RevokeAllExceptCurrent, ListProviders, CreateProvider,
UpdateProvider, DeleteProvider, TestProvider, RefreshProvider,
ListGroupMappings, AddGroupMapping, RemoveGroupMapping}` and
`handler.{DefaultBCLVerifier, NewDefaultBCLVerifier,
DefaultBCLVerifierMaxAge}` resolves the same way. Pure mechanical
relocation; no signature, no behavior, no import-graph change.
Section-based split (Option B + audit's verb prescription)
==========================================================
The audit's Tasks-Deferred row prescribed splitting "per handler
verb (login / callback / refresh / logout / backchannel)." The
file itself documents a three-section layout in its package
doc-comment:
1. Public OIDC handshake (auth-exempt)
2. Session management (RBAC-gated)
3. OIDC provider + group-mapping CRUD (RBAC-gated)
Going strictly verb-by-verb would have:
- mis-grouped RefreshProvider (which is an ADMIN op on a
provider's signing-key cache, not a session refresh — same
auth.oidc.edit permission as Update/Delete);
- split LoginInitiate + LoginCallback into separate files
despite them sharing the state cookie + pre-login row flow;
- left the other 9 handlers (Sessions, Provider CRUD, Group
Mappings) with no obvious home.
Sprint 11 follows the file's own self-described section split
plus a fourth file for the DefaultBCLVerifier, which the original
file already kept under a separate banner.
What moved
==========
New `internal/api/handler/auth_session_oidc_handshake.go` (391 LOC)
— Section 1 / Public OIDC handshake handlers (auth-exempt):
- LoginInitiate (GET /auth/oidc/login?provider=<id>)
- LoginCallback (GET /auth/oidc/callback?code=...&state=...)
- BackChannelLogout (POST /auth/oidc/back-channel-logout)
- Logout (POST /auth/logout)
New `internal/api/handler/auth_session_oidc_sessions.go` (208 LOC)
— Section 2 / Session-management handlers (RBAC-gated):
- sessionResponse projection type + sessionToResponse mapper
- ListSessions (GET /api/v1/auth/sessions)
- RevokeSession (DELETE /api/v1/auth/sessions/{id})
- RevokeAllExceptCurrent
(DELETE /api/v1/auth/sessions/all-except-current)
New `internal/api/handler/auth_session_oidc_crud.go` (470 LOC) —
Section 3 / OIDC provider + group-mapping CRUD (RBAC-gated):
- oidcProviderResponse + oidcProviderRequest projection types,
providerToResponse mapper
- ListProviders / CreateProvider / UpdateProvider /
DeleteProvider / TestProvider / RefreshProvider
- groupMappingResponse + groupMappingRequest projection types,
mappingToResponse mapper
- ListGroupMappings / AddGroupMapping / RemoveGroupMapping
New `internal/api/handler/auth_session_oidc_bcl.go` (225 LOC) —
DefaultBCLVerifier (handler's default implementation of the
BackChannelLogoutVerifier interface declared in
auth_session_oidc.go):
- DefaultBCLVerifierMaxAge constant
- DefaultBCLVerifier struct + NewDefaultBCLVerifier
- WithMaxAge builder
- Verify (the OpenID Connect Back-Channel Logout 1.0 §2.6
verification: events claim, iat window, algorithm allowlist,
audience match, sub/sid/jti decode)
- peekIssuer unexported helper
What stays in auth_session_oidc.go (452 LOC, down from 1577)
============================================================
- Package + import block.
- Service-layer interface projections (OIDCAuthHandshaker,
SessionMinter, BackChannelLogoutVerifier) — declared once and
consumed by every section.
- SessionCookieAttrs config struct.
- AuthSessionOIDCHandler struct + permissionChecker /
BCLReplayConsumer / AuditRecorder interfaces + NewAuthSession-
OIDCHandler constructor + the WithPermissionChecker /
WithBCLReplayConsumer builder methods.
- The shared helpers consumed across multiple sections:
encryptClientSecret, recordAudit, clearPreLoginCookie,
clearSessionCookies, clientIPFromRequest, classifyOIDCFailure,
randomB64URLForHandler, defaultIfBlank, defaultIntIfZero.
Side-effect import cleanup
==========================
Four imports drop from auth_session_oidc.go as a clean side effect
of the cut:
- "encoding/json" (used only in CRUD + BCL — moved out)
- "fmt" (used only in BCL — moved out)
- gooidc "github.com/coreos/go-oidc/v3/oidc"
(used only in BCL — moved out)
- oidcdomain "github.com/certctl-io/certctl/internal/auth/oidc/domain"
(used in handshake + CRUD + BCL — moved out)
Per-import audit on every new sibling file is in the commit's diff:
each carries only the imports its extracted code actually consumes.
Net effect
==========
auth_session_oidc.go: 1577 → 452 LOC (-1,125 = -71.3%). Four new
sibling files at 1,294 LOC total (1,125 moved + ~169 of header +
Phase 9 doc-comment overhead). The original hotspot drops below
the cmd/agent/main.go target for Sprint 12 (1489 LOC).
Cumulative Phase 9 progress (top 5 hotspots)
============================================
config.go 3403 → 1342 (-60.6%, Sprints 1-7)
cmd/server/main.go 2966 → 2260 (-23.8%, Sprints 8 + 8b)
service/acme.go 1965 → 1162 (-40.9%, Sprints 9 + 9b)
mcp/tools.go 1867 → 109 (-94.2%, Sprint 10)
auth_session_oidc 1577 → 452 (-71.3%, Sprint 11)
TOTAL across 5 files: 11,778 → 5,325 LOC = -6,453 (-54.8%)
Behavior preservation contract
==============================
1. gofmt -l clean across all 5 affected files.
2. go vet ./internal/api/handler/... — no findings.
3. staticcheck ./internal/api/handler/... — no findings.
4. go test -short -count=1 ./internal/api/handler/... — green
(includes the 1,439-line auth_session_oidc_test.go suite that
pins every moved handler's behavior including BCL replay,
CSRF rotation, audit emission, and the Phase-5 RBAC path).
5. Broader-importer build green: go build ./... .
6. Broader-importer tests green: go test -short -count=1
./cmd/server/... ./internal/api/router/... .
cmd/server/main.go consumes handler.DefaultBCLVerifier +
handler.NewDefaultBCLVerifier + handler.DefaultBCLVerifierMaxAge
across three call sites; all three resolve unchanged through Go's
same-package public-export mechanism (the type + constructor
moved to a sibling file in the same `handler` package). The
mcp/tools_auth_bundle2.go comment string referencing
"oidcProviderRequest" is descriptive prose, not an import.
What remains for Phase 9
========================
One sibling-file split queued:
- Sprint 12: cmd/agent/main.go (1489 LOC) → main + poll +
deploy + register sibling files in same cmd/agent package
(mirrors the cmd/server pattern from Sprints 8 + 8b).
Refs: ARCH-M2 (god-files), Phase 9 audit. Sprint 11 closes the
auth-session-OIDC handler hotspot from the audit's top-5 list.
|
||
|
shankar0123
|
fbe053aa0c |
refactor(mcp): split tools.go by tool domain — Option B sibling-files (Phase 9, 10 of N)
Phase 9 ARCH-M2 closure Sprint 10. Splits internal/mcp/tools.go
(was 1867 LOC, the second-largest backend hotspot after the
service/acme.go cuts in Sprints 9 + 9b) via the Option B sibling-
file pattern — new files stay in `package mcp` so every external
caller of `mcp.RegisterTools(...)` resolves the same way. Pure
mechanical relocation; no signature, no behavior, no import-graph
change.
Why this is naturally suited to Option B
========================================
The mcp package already follows the sibling-file convention:
tools_audit_fix.go (registerAuditFixTools), tools_auth.go
(registerAuthTools), tools_auth_bundle2.go (registerAuthBundle2Tools),
and tools_est.go (registerESTTools) each carry a single
register-function each, all in the same `mcp` package. Sprint 10
extends that pattern to the 22 register-functions still inside
tools.go.
The structure of tools.go is unusually clean for a refactor: every
domain has its own `// ── DomainName ──` banner above its
register-function, and every register-function ends with a `}` +
blank line before the next domain's banner. The RegisterTools
dispatcher stayed in tools.go and still invokes each
registerXxxTools(...) in the same order — calls cross a file
boundary but stay in `package mcp`, so same-package resolution
makes them zero-cost.
What moved
==========
New `internal/mcp/tools_certificates.go` (404 LOC) — certificate-
lifecycle domain:
- registerCertificateTools (cert CRUD + revocation)
- registerCRLOCSPTools
- registerRenewalPolicyTools (Phase C P1-1..P1-5)
- registerVerificationTools (Phase G P1-32/P1-34/P1-35)
New `internal/mcp/tools_agents.go` (266 LOC) — agent-management
domain:
- registerAgentTools (per-agent CRUD + lifecycle)
- registerAgentGroupTools
New `internal/mcp/tools_resources.go` (565 LOC) — resource-
management / configuration surface:
- registerIssuerTools, registerTargetTools
- registerPolicyTools, registerProfileTools
- registerTeamTools, registerOwnerTools
- registerNotificationTools
- registerIntermediateCATools (Phase F P1-6..P1-9)
New `internal/mcp/tools_jobs.go` (170 LOC) — workflow domain:
- registerJobTools
- registerApprovalTools + approvalDecisionPayload struct
(Phase A P1-28..P1-31)
New `internal/mcp/tools_discovery.go` (169 LOC) — discovery domain:
- registerNetworkScanTools (Phase D P1-14..P1-19)
- registerDiscoveryReadTools (Phase E P1-10..P1-13)
New `internal/mcp/tools_admin.go` (369 LOC) — observability / admin
domain:
- registerAuditTools, registerStatsTools, registerDigestTools,
registerMetricsTools, registerHealthTools
- registerHealthCheckTools (Phase B P1-20..P1-27)
What stays in tools.go (109 LOC, down from 1867)
================================================
- The RegisterTools dispatcher (still owns the canonical
registration order; calls cross-file but stay in-package).
- The three Bundle-3 wrappers + helper that every register
function consumes: textResult (the json.RawMessage success-path
fence), errorResult (the failure-path fence), paginationQuery
(the URL helper).
The unused `context` import is dropped from tools.go as a clean
side effect — none of the four surviving functions take a
context.Context. Per-import audit on every new file:
- tools_certificates.go: context, fmt, gomcp
- tools_agents.go: context, fmt, net/url, gomcp
- tools_resources.go: context, gomcp
- tools_jobs.go: context, gomcp
- tools_discovery.go: context, gomcp
- tools_admin.go: context, net/url, strconv, gomcp
None of the moved code touched encoding/json directly — that import
stays inside tools.go for textResult's json.RawMessage param.
Bundle-3 fence guardrail update
===============================
The existing TestFenceGuardrail_NoBareCallToolResult guardrail in
fence_guardrail_test.go fails any file that constructs
gomcp.CallToolResult{...} literals outside the tools.go allowlist.
registerCRLOCSPTools — which moved to tools_certificates.go — has
two pre-existing literal CallToolResult constructions: each returns
a server-built status string of the form "DER CRL retrieved (%d
bytes, content-type: %s)" or "OCSP response retrieved (...)". The
byte count is `len(raw)` (server-controlled) and the content-type
comes from the HTTP header on the upstream PKI endpoint
(server-controlled in self-hosted deployments). Both predate
Bundle-3 fencing.
Two options to keep CI green:
(a) Route through textResult — but that changes behavior (adds
the UNTRUSTED MCP_RESPONSE fence around the response), which
breaks the "mechanical relocation, no behavior change" rule
Sprint 10 commits to.
(b) Add tools_certificates.go to the allowlist with a comment
explaining the carve-out is pre-existing and Sprint 10
preserves byte-exact behavior.
This commit takes option (b). The allowlist comment in
fence_guardrail_test.go documents the carve-out, points at the
specific tools (CRL + OCSP binary-pass-through with server-built
status descriptions), and flags tightening these two sites through
textResult as a follow-up concern (open question: does the format
break MCP consumers that parse the description text).
Net effect
==========
tools.go: 1867 → 109 LOC (-1758 = -94.2%). Six new sibling files at
1943 LOC total (109 LOC of header + Phase 9 doc-comment overhead
per file = ~185 LOC of added documentation; the rest is moved
code). The biggest pre-Sprint-10 hotspot in the mcp package is now
smaller than tools_test.go (435 LOC).
Cumulative Phase 9 progress
===========================
config.go 3403 → 1342 (-60.6%, Sprints 1-7)
cmd/server/main.go 2966 → 2260 (-23.8%, Sprints 8 + 8b)
service/acme.go 1965 → 1162 (-40.9%, Sprints 9 + 9b)
mcp/tools.go 1867 → 109 (-94.2%, Sprint 10)
TOTAL across 4 files: 10,201 → 4,873 LOC = -5,328 (-52.2%)
Behavior preservation contract
==============================
1. gofmt -l clean across all 8 affected files.
2. go vet ./internal/mcp/... — no findings.
3. staticcheck ./internal/mcp/... ./cmd/mcp-server/... — no findings.
4. go test -short -count=1 ./internal/mcp/... — green (includes the
TestFenceGuardrail_NoBareCallToolResult guardrail post-allowlist-
update, the tools_per_tool_test.go suite that exercises every
moved register function, and the injection_regression_test.go
suite that pins Bundle-3 fencing behavior on the wrapper layer).
5. Broader-importer build green: go build ./... .
6. Broader-importer tests green: go test -short ./cmd/mcp-server/...
./internal/api/handler/... ./cmd/server/... .
Same-package resolution means the RegisterTools dispatcher's
13-line call list in tools.go reaches each registerXxxTools across
six new sibling files via compile-time-resolved package-level
names; the public mcp.RegisterTools entry point + its (s, client)
signature is unchanged.
What remains for Phase 9
========================
Two sibling-file splits queued:
- Sprint 11: internal/api/handler/auth_session_oidc.go (1577 LOC)
split per handler verb (login / callback / refresh / logout /
backchannel).
- Sprint 12: cmd/agent/main.go (1489 LOC) mirroring the cmd/server
pattern from Sprints 8 + 8b.
Refs: ARCH-M2 (god-files), Phase 9 audit. Sprint 10 closes the MCP
hotspot from the audit's top-6 list.
|
||
|
shankar0123
|
b1fa4970be |
refactor(service/acme): extract orders concern to sibling file (Phase 9, 9b — deferred half of Sprint 9)
Phase 9 ARCH-M2 closure Sprint 9b — the orders cut Sprint 9
explicitly deferred. Closes the bigger half of the
internal/service/acme.go split via the Option B sibling-file pattern
(operator's post-Sprint-8 choice — package stays `service`, no
import-path churn for ~70 call sites).
Why Sprint 9b is a separate commit from Sprint 9
================================================
Sprint 9 shipped four cuts whose source ranges were each a single
contiguous region in acme.go (nonces, authz, challenges, gc — line
ranges 423-444 / 999-1018 / 1326-1561 / 1914-1965 at audit time).
Sprint 9b crosses a different shape:
1. Non-contiguous source: orders block A (lines 795-1223 pre-cut)
+ helpers block B (1237-1283 pre-cut), with
firstAvailableIssuer at 1227-1235 staying behind because it's
called from Phase 4 RevokeCert + RenewalInfo too.
2. Per-helper move-vs-stay decision: each helper in the
post-FinalizeOrder cluster needed an explicit call-graph audit
to decide whether it moves with orders or stays with the
surviving cross-concern surface in acme.go.
Same shape as the Sprint 8 / Sprint 8b split (mechanical vs harder-
shape on separate commits) — the Phase 9 prompt's "do not bundle"
rule enforcing itself.
What moved
==========
New `internal/service/acme_orders.go` (540 LOC)
-----------------------------------------------
Contains the entire Phase 2 orders concern:
- The `// --- Phase 2 — orders + authz + finalize + cert download`
banner (moves with its contents, not left as a phantom in
acme.go pointing at code that's no longer there).
- The four public order methods: CreateOrder, LookupOrder,
FinalizeOrder, LookupCertificate.
- The FinalizeOrderResult shape (consumed only by FinalizeOrder
callers).
- accountOwnsACMECert (only callsite: LookupCertificate).
- The three orders-internal ID helpers: randIDSuffix +
base32encode (random ACME entity IDs) + identifierStrings
(audit details).
Per-helper move-vs-stay analysis
================================
Grep against the post-Sprint-9 tree pinned every helper's call sites
before the cut decision:
randIDSuffix: callers in CreateOrder (4x) + FinalizeOrder
(1x) — all moving. MOVE.
base32encode: only caller is randIDSuffix. MOVE.
identifierStrings: only caller is CreateOrder. MOVE.
accountOwnsACMECert: only caller is LookupCertificate. MOVE.
firstAvailableIssuer: three call sites — FinalizeOrder (moving),
RevokeCert (staying, Phase 4), RenewalInfo
(staying, Phase 4). STAY in acme.go.
Doc-comment updated to flag cross-concern
status + explain why it's not moved.
mapACMERevocationReason: only caller is RevokeCert. STAY (already
sits in the Phase 4 region of acme.go and
belongs with its sole caller).
jwksThumbprintsEqualSvc: only caller is RotateAccountKey. STAY
(Phase 4 helper; never had an orders
relationship).
Side effect: import cleanup
===========================
With randIDSuffix moved, acme.go no longer references crypto/rand.
The `cryptorand "crypto/rand"` aliased import is removed.
Per-symbol audit confirmed every other import (context, crypto/x509,
errors, fmt, strings, sync/atomic, time, jose, internal/api/acme,
internal/config, internal/domain, internal/repository) is still
consumed by surviving code in acme.go.
Net effect
==========
acme.go: 1634 → 1158 LOC pre-doc-update; 1162 LOC post the four-line
firstAvailableIssuer doc-comment refresh (-472 net, -28.9% from the
post-Sprint-9 size). Original audit-time size was 1965 LOC; cumulative
Sprint-9 + Sprint-9b reduction: 1965 → 1162 = -803 LOC (-40.9%).
The biggest single backend hotspot from the audit is now smaller
than mcp/tools.go.
Behavior preservation contract
==============================
1. gofmt -l clean across acme.go + acme_orders.go.
2. go vet ./internal/service/... — no findings.
3. staticcheck ./internal/service/... ./cmd/server/...
./internal/api/handler/... ./internal/scheduler/...
./internal/mcp/... — no findings.
4. go test -short -count=1 ./internal/service/... — green
(including the orderTrackingRepo + TestCreateOrder_* +
TestFinalizeOrder_* + TestLookupCertificate_* surface that
pins the moved code's behavior).
5. Broader-importer suite green:
go test -short -count=1 ./cmd/server/... ./internal/api/handler/...
./internal/scheduler/...
6. Per-symbol import audit on both files (no unused imports left,
no missing imports introduced).
Same-package resolution means every call inside FinalizeOrder /
RevokeCert / RenewalInfo to firstAvailableIssuer crosses a file
boundary but stays within `package service` — zero overhead at
compile time, zero change to the public method-set on
service.ACMEService.
What remains for Phase 9
========================
Three sibling-file splits queued for Sprints 10-12:
- Sprint 10: internal/mcp/tools.go (1867 LOC) grouped by tool
domain (certificate / agent / job / discovery / admin).
- Sprint 11: internal/api/handler/auth_session_oidc.go (1577 LOC)
split per handler verb.
- Sprint 12: cmd/agent/main.go (1489 LOC) mirroring the cmd/server
pattern from Sprint 8.
Refs: ARCH-M2 (god-files), Phase 9 audit. Sprint 9b is the named
follow-on to Sprint 9; after this commit, the service-layer cut from
the audit's hotspot list is fully closed.
|
||
|
shankar0123
|
b503d27b4f |
refactor(service/acme): split into sibling files — Option B (Phase 9, 9 of N — partial)
Phase 9 ARCH-M2 closure Sprint 9. Splits internal/service/acme.go
(was 1965 LOC, the top hotspot after Sprints 1-8 finished the
config + main-binary cuts) via the Option B sibling-file pattern —
new files stay in `package service` so every external caller of
`service.ACMEService.{IssueNonce,LookupAuthz,ListAuthzsByOrder,
RespondToChallenge,GarbageCollect}` resolves the same way. Pure
mechanical relocation; no signature, no behavior, no import-graph
change.
Why Option B (not a subpackage)
================================
A subpackage (e.g. `internal/service/acme/`) would have meant
rebadging every public method receiver to its new package — that's
import-path churn for ~70 call sites across handlers, scheduler,
cmd/server wiring, MCP tools, and tests, plus the cyclic-import
risk of pulling acme back into `service` for the shared interfaces.
Option B sacrifices the encapsulation discipline a subpackage
would have given (sibling files can still reach into each other's
unexported state because Go scopes are per-package), but in
exchange the diff is restricted to file moves + four sed deletes;
zero importer touches anywhere outside this directory. The
trade-off matches every prior Sprint 1-7 config cut.
What moved
==========
New `internal/service/acme_nonces.go` (46 LOC)
----------------------------------------------
The IssueNonce method (RFC 8555 §6.5 Replay-Nonce issuance). The
nonceAdapter type — which wraps ACMERepo.ConsumeNonce for the JWS
verifier — stays in acme.go alongside VerifyJWS because it's
verification-infrastructure plumbing, not a server-issues-nonce
concern.
New `internal/service/acme_authz.go` (45 LOC)
---------------------------------------------
LookupAuthz + ListAuthzsByOrder (the authz read-side). Authz write-
side (status cascade after challenge validation) lives in
acme_challenges.go alongside recordChallengeOutcome where it
belongs operationally; the authz creation path stays inside
CreateOrder in acme.go (orders own per-order authz row creation).
New `internal/service/acme_challenges.go` (267 LOC)
---------------------------------------------------
The whole Phase 3 challenge dispatch + validator callback concern:
the `// --- Phase 3 — challenge dispatch + validator callback ---`
banner, the ChallengeResponseShape struct, the HTTP-facing
RespondToChallenge method (which transitions challenge → processing
and submits to the validator pool), and the asynchronous
recordChallengeOutcome callback (which persists final challenge
status and cascades the parent authz + order status). Largest
single extract this sprint by line count.
New `internal/service/acme_gc.go` (74 LOC)
------------------------------------------
The Phase 5 ACME GC sweep: scheduler-invoked GarbageCollect entry
point (3 sweeps: nonces, expired authzs, expired orders) and the
atomicAddUint64 counter helper (only consumed by the sweep body
for the rows-affected-N case the default `bump` doesn't cover).
What deferred
=============
Sprint 9 was originally scoped to ship 5 sub-files (nonces / authz /
challenges / orders / gc). The orders cut — CreateOrder +
LookupOrder + FinalizeOrder + LookupCertificate + the orders
helpers (randIDSuffix / base32encode / identifierStrings /
firstAvailableIssuer / accountOwnsACMECert / mapACMERevocationReason) +
FinalizeOrderResult — is ~700 LOC spread across multiple non-
contiguous regions in acme.go, with the orders helpers also feeding
into RevokeCert / RenewalInfo on the Phase 4 side. Disentangling
which helpers move with orders vs which stay with Phase 4 needs a
focused sprint of its own to avoid leaving a half-cut helper
declared in one file but called from a sibling — which works
(same package) but defeats the point of organising by concern.
Deferred to a potential Sprint 9b.
Net effect
==========
acme.go: 1965 → 1634 LOC (-331). Four new sibling files at 432 LOC
total. The headline 1965-LOC hotspot drops below the next-tier
candidates (mcp/tools.go, auth_session_oidc.go, cmd/agent/main.go).
Behavior preservation contract
==============================
1. gofmt -l clean across all 5 affected files.
2. go vet ./internal/service/... — no findings.
3. staticcheck ./internal/service/... — no findings.
4. go test -short -count=1 ./internal/service/... — green.
5. Broader-importer build green:
go build ./cmd/server/... ./internal/api/handler/...
./internal/scheduler/... ./internal/mcp/...
6. Broader-importer tests green:
go test -short -count=1 ./cmd/server/... ./internal/api/handler/...
./internal/scheduler/...
7. Per-import-symbol audit: all 8 imports remaining in acme.go
(context, cryptorand, x509, errors, fmt, strings, sync/atomic,
time, jose, internal/api/acme, internal/config, internal/domain,
internal/repository) verified used by surviving code. New
sibling files carry only the imports their extracted code needs.
The Option B sibling-file shape means same-package resolution
preserves access to ACMEService's unexported state from every
extracted method without any visibility tweaks. Worth noting for
the future: this also means a careless future caller could reach
through file boundaries and re-tangle concerns; the file headers
document the intended boundary but Go's tooling won't enforce it.
Why this is a partial sprint
============================
Splitting into 4 of 5 named sub-files now (vs blocking until orders
is also clean) keeps the hotspot count down with this commit and
lets a follow-up Sprint 9b focus exclusively on the orders cut
without re-touching the four files this sprint ships. Same
"smallest useful slice, document the rest" cadence as Sprint 8
splitting into 8a (mechanical) + 8b (behavior-aware).
Refs: ARCH-M2 (god-files), Phase 9 audit. Last in the config /
service hotspot chain before the agent + mcp + auth-session cuts
land in Sprints 10-12.
|
||
|
shankar0123
|
de4f93b35e |
refactor(cmd/server): extract migration block to migrations.go (Phase 9, 8b — behavior-aware)
Closes the third file Sprint 8 deferred. Sprint 8a (commit |
||
|
shankar0123
|
3f1344e806 |
refactor(cmd/server): extract DI/preflight helpers to wire.go (Phase 9, 8 of N — partial)
Phase 9 Sprint 8: shape change from the config.go cuts.
cmd/server/main.go is the second-largest hotspot (2966 LOC at audit
time, 2351 LOC pre-this-commit). The Phase 9 prompt asks for THREE
files: main.go (entrypoint) + wire.go (DI assembly) + migrations.go
(boot-time migration handling). This sprint ships TWO of those three;
migrations.go is deferred with explicit rationale. Decision logged
inline in wire.go's doc-comment + tasks-deferred row in the audit doc.
What moved
==========
cmd/server/wire.go (new, 758 lines incl. BSL header + Phase 9
doc-comment + imports + 12 declarations)
Seven preflight + DI helper functions extracted from the bottom of
main.go (lines 2353-2966 pre-edit):
- preflightSCEPChallengePassword (H-2 fix: SCEP needs non-empty
shared secret)
- preflightSCEPMTLSTrustBundle (SCEP Phase 6.5: mTLS CA bundle)
- preflightESTMTLSClientCATrustBundle (EST Phase 2.5: SIGHUP-reloadable
*trustanchor.Holder)
- preflightSCEPIntuneTrustAnchor (SCEP Phase 8.2: Intune Connector
signing-cert bundle)
- loadSCEPRAPair (post-preflight RA cert+key load)
- preflightSCEPRACertKey (RA pair validation: mode 0600,
cert/key match, NotAfter, RSA-
or-ECDSA alg)
- preflightEnrollmentIssuer (L-005: EST/SCEP issuer can
serve GetCACertPEM)
- buildFinalHandler (M-001 option D: HTTP dispatch
wrapper routing auth vs no-auth
chains by URL prefix)
Five adapter types bridging package boundaries to avoid import cycles:
- authPermissionCheckerAdapter (typed-string Authorizer →
plain-string PermissionChecker)
- authCheckResolverAdapter (postgres ActorRoleRepository →
handler.AuthCheckResolver)
- sessionMinterAdapter (session.Service → OIDC
SessionMinter port)
- breakglassSessionMinterAdapter (session.Service → breakglass
SessionMinter + HIGH-1 revoke-all)
- oidcProvidersListAdapter (postgres OIDCProviderRepository
→ handler.OIDCProvidersListResolver
with MED-9 enabled-filter)
Plus the silenceUnusedImports var-block (`_ = oidcdomain.OIDCProvider{}`)
that pins the oidcdomain import as load-bearing.
Why this shape rather than the full 3-file split
=================================================
The Phase 9 prompt names migrations.go as the third file. The
migration code in main.go is INLINE inside the 2300-line main()
function — Phase 4's DEPL-M1 --migrate-only flag handling (lines
~59-77) + the RunMigrations + RunSeed + early-exit branch (lines
~199-264). It is NOT a standalone helper function ready to relocate.
Extracting it into migrations.go would require:
1. Creating a new runMigrations(ctx, cfg, db, logger) error
function that consolidates the inline blocks.
2. Replacing the inline code in main() with a single call site.
3. Reshaping the os.Exit(0) early-exit semantics (used at line 247
when --migrate-only is set) into a return-and-exit-from-main
pattern.
That's BEHAVIOR-CHANGE territory — a new function call frame, a
new defer scope, error-handling pattern shift. Different shape of
risk from the pure-data type relocations Sprints 1-7 did. The
Phase 9 prompt explicitly says:
"Do NOT change exported type signatures during the split. The
refactor is mechanical relocation; behavior change is a separate
concern."
Creating runMigrations() doesn't change exported signatures (it'd
be unexported), but the SPIRIT of the rule — "no behavior change" —
is what extracting a chunk of inline code from main() into a new
function pushes against (defer ordering, panic recovery, stack
shape).
Deferring with explicit rationale to a follow-up that the operator
can review specifically for the new function-extraction risk.
Estimated impact: another ~80-120 LOC out of main.go into a new
migrations.go file. Recommended path: smaller standalone PR with
its own review focus on the runMigrations function shape +
early-exit semantics + unit tests for the new function via the
existing main_test.go fixture.
Imports rebalanced after the move
==================================
The build surfaced 5 unused imports in main.go after the cut.
Removed:
- "crypto" (used only by loadSCEPRAPair return type)
- "crypto/tls" (used only by preflight* X509KeyPair)
- oidcdomain (used only by silenceUnusedImports;
moved along with the var-block)
- userdomain (used only by sessionMinterAdapter)
- "github.com/certctl-io/certctl/internal/repository"
(used only by adapters'
EffectivePermission + OIDCProviderRepository)
All five now live in wire.go's import block. Same `crypto/x509` +
`encoding/pem` + `net/http` + `strings` + `time` imports that
wire.go needs are STILL needed by other code in main.go, so they
stay in both.
Public-surface invariant
========================
All moved declarations are in package `main` (unexported by Go
rules — package main cannot expose to importers). No exported
surface changes. Reorganization is invisible outside cmd/server/.
Same-package callers in main.go (preflight* invocations, adapter
instantiation) resolve via the package symbol table.
Verification (all clean):
go build ./cmd/server/... → clean
gofmt -l cmd/server/ → clean (after -w)
staticcheck ./cmd/server/... → clean
go test ./cmd/server/... -count=1 -short → ok (0.39s; existing
main_test.go +
preflight_*_test.go +
finalhandler_test.go
+ auth_*_test.go +
tls_test.go all pass)
grep -nE '^func (preflightSCEP|preflightEST|loadSCEP|preflightEnroll|buildFinalHandler)|^type (authPermissionCheckerAdapter|authCheckResolverAdapter|sessionMinterAdapter|breakglassSessionMinterAdapter|oidcProvidersListAdapter)'
cmd/server/main.go → empty (none remain in main.go)
cmd/server/wire.go → 8 funcs + 5 types (correct)
LOC delta:
main.go: 2966 → 2347 (-619 lines: -614 from moved declarations,
-5 from removed unused imports)
wire.go: new, 758 lines (incl. 152-line Phase 9 doc-comment +
BSL header + package decl + 16-line
import block)
main.go is now under 2400 LOC for the first time post-audit
(audit baseline was 2966).
Cumulative Phase 9 progress (all 8 sprints):
config.go: 3403 → 1342 LOC (-2,061, -60.6%) across 7 sprints
cmd/server/main.go: 2966 → 2347 LOC (-619, -20.9%) this sprint
Pattern lesson — behavior-change boundary
==========================================
Sprints 1-7 (config.go cuts) were purely mechanical relocation —
data type definitions moved between sibling files in the same
package. Zero risk of changing runtime semantics; the
broader-importer build was the only verification needed.
Sprint 8 first encountered the boundary where mechanical relocation
ends. The helpers + adapter types in this sprint are still
pure-mechanical (no function-call-frame change), so the bound was
respected. The migrations.go extraction would cross the bound,
which is why it's deferred to a dedicated review.
Future sprints touching main() (Sprint 9-12 for the non-config
hotspots) will face the same boundary question. The right pattern
is the one this sprint demonstrated: ship the safe mechanical
relocation now, defer the behavior-shift extraction with explicit
rationale for the operator to review when they have time.
Next queued (Sprint 9): internal/service/acme.go (1965 LOC) split
into a subpackage internal/service/acme/{orders,authz,challenges,
nonces,gc}.go. The current acme.go is a single-file service with
related but separable concerns; the split shape here will be a NEW
SUBPACKAGE rather than a sibling file, which is a third pattern
(after type-family-in-sibling-file from config.go and
helper-functions-in-sibling-file from this sprint). Will be the
trickiest cut of Phase 9 because the import path changes from
`service` (consumers do `service.ACMEService`) to `service/acme`
(consumers would do `acme.Service`). Detailed planning + external-
caller audit needed before any code moves.
Closes: cowork/certctl-architecture-diligence-audit.html#fix-ARCH-M2
(partial — 8 of 12 — wire.go shipped; migrations.go deferred
with rationale)
|
||
|
shankar0123
|
7f57b1d3bf |
refactor(config): extract Issuers family — LAST in-config cut (Phase 9, 7 of N)
Continuing Phase 9 ARCH-M2 closure. Sprint 7 is the LAST in-config
cut of Phase 9. After this commit lands, the remaining sub-splits
target non-config hotspots (cmd/server/main.go, service/acme.go,
mcp/tools.go, auth_session_oidc.go, cmd/agent/main.go).
What moved
==========
internal/config/issuers.go (new, 435 lines including BSL header +
Phase 9 doc-comment + 12 structs)
Twelve issuer-related structs collected in one place for the first
time:
- KeygenConfig global key-generation policy (agent vs server)
- CAConfig Local CA mode (self-signed vs sub-CA)
- StepCAConfig step-ca (URL + JWK provisioner)
- VaultConfig HashiCorp Vault PKI
- DigiCertConfig DigiCert CertCentral
- SectigoConfig Sectigo Certificate Manager
- GoogleCASConfig Google Cloud CA Service
- AWSACMPCAConfig AWS ACM Private CA
- EntrustConfig Entrust Certificate Services
- GlobalSignConfig GlobalSign Atlas HVCA
- EJBCAConfig EJBCA / Keyfactor
- OpenSSLConfig OpenSSL / custom CA
Simplest split shape of Phase 9 so far
======================================
- ZERO helpers move. Every issuer config is pure data — strings,
ints, bools. No time.Duration, no nested struct, no helper
function reference.
- ZERO imports needed in issuers.go beyond the package declaration.
Verified by: `awk 'NR>=136 && NR<=269 || NR>=355 && NR<=527 ||
NR>=586 && NR<=609' internal/config/config.go | grep -E '\btime\.
|\bos\.|\bfmt\.'` returned empty before the move.
Three sed passes (Sprint-6 pattern, scattered targets)
======================================================
The 12 issuer types were SCATTERED across config.go interleaved
with non-issuer types (OCSPResponderConfig, EncryptionConfig, the
discovery family, DigestConfig, HealthCheckConfig, NetworkScanConfig,
VerificationConfig, ApprovalConfig). Three independent sed deletes
from highest-line to lowest:
Block 3 (line 586-609): OpenSSLConfig alone (24 lines)
Block 2 (line 355-527): KeygenConfig + CAConfig + StepCAConfig +
VaultConfig + DigiCertConfig +
SectigoConfig + GoogleCASConfig
(173 lines)
Block 1 (line 136-269): AWSACMPCAConfig + EntrustConfig +
GlobalSignConfig + EJBCAConfig
(134 lines)
Total: 331 lines deleted.
Highest-line-first ordering keeps every range pre-shift-stable —
no mid-edit re-derivation.
What stayed in config.go
========================
- OCSPResponderConfig (server-side OCSP responder; not issuer-side)
- EncryptionConfig (config-at-rest encryption; not issuer-side)
- CloudDiscoveryConfig + AWSSecretsMgrDiscoveryConfig +
AzureKVDiscoveryConfig + GCPSecretMgrDiscoveryConfig
(cloud-DISCOVERY sources reading certs others issued; not issuer
connectors. Could form a future config/discovery.go split.)
- DigestConfig + HealthCheckConfig (notifier-policy /
health-monitor cadence; not issuer-related)
- NetworkScanConfig + VerificationConfig (discovery / verify;
not issuer-related)
- ApprovalConfig (RBAC issuance-approval workflow; Sprint 6's
deliberate exclusion still applies)
- The Config struct itself (line 67) + every Load() / Validate()
body that references issuer configs by field name.
Public-surface invariant
========================
Every type, exported field, and doc-comment is byte-identical to
pre-split. Package stays `config`. No issuer-config type exports
a method (the entire surface is fields — preserved verbatim).
Every external caller path (`config.AWSACMPCAConfig` /
`config.EntrustConfig` / etc.) resolves the same way.
Verification (all clean):
gofmt -l internal/config/ → clean
go build ./internal/config/... → clean
go test ./internal/config/... -count=1 → ok (0.67s)
staticcheck ./internal/config/... → clean
go build ./cmd/server/...
./internal/auth/...
./internal/api/router/...
./internal/api/handler/...
./internal/scheduler/...
./internal/connector/issuer/... → clean (broader build
expanded to include
issuer packages
this sprint since
they're the most
likely external
consumers of the
moved types)
grep -nE '^type (KeygenConfig|CAConfig|StepCAConfig|VaultConfig|
DigiCertConfig|SectigoConfig|GoogleCASConfig|
OpenSSLConfig|AWSACMPCAConfig|EntrustConfig|
GlobalSignConfig|EJBCAConfig)'
internal/config/config.go → empty (none remain)
grep -nE '^type (KeygenConfig|CAConfig|...)' internal/config/issuers.go
→ 12 types (correct)
LOC delta:
config.go: 1673 → 1342 (-331 lines: -134 Block 1, -173 Block 2,
-24 Block 3)
issuers.go: new, 435 lines (incl. 102-line Phase 9 doc-comment +
BSL header + package decl)
Cumulative Phase 9 progress (Sprints 1-7 from config.go):
Pre-Phase-9: 3403 LOC
After Sprint 1 (Notifier): 3335 LOC (-68)
After Sprint 2 (ACME): 3108 LOC (-227)
After Sprint 3 (SCEP): 2774 LOC (-334)
After Sprint 4 (EST): 2467 LOC (-307)
After Sprint 5 (Auth): 1963 LOC (-504)
After Sprint 6 (Server): 1673 LOC (-290)
After Sprint 7 (Issuers): 1342 LOC (-331)
Total Sprint 1+2+3+4+5+6+7: -2061 LOC (-60.6%)
Notable milestones (Sprint 7)
==============================
- config.go has lost MORE than 60% of its original lines.
- 6 sibling config-package files now exist alongside config.go,
each scoped to a single concern. Total config package size
3898 LOC across 7 files (was 3403 LOC in 1 file pre-Phase-9 —
net 14.6% growth from per-file Phase 9 doc-comments + the file
headers; in exchange, the largest single file dropped from
3403 → 1342 LOC, a 60.6% concentration reduction).
- This is the LAST cut from config.go. The remaining 5 sub-splits
target non-config hotspots and use entirely different file-shape
patterns (subpackage creation for service/acme; per-verb file
splits for handlers; pure-domain grouping for mcp/tools).
Next queued (Sprint 8): cmd/server/main.go split into main.go
(entrypoint) + cmd/server/wire.go (DI assembly) +
cmd/server/migrations.go (boot-time migration path). main.go is
the SECOND-LARGEST hotspot at 2966 LOC. Different from
config.go cuts because:
- cmd/server/ is a package with multiple files already (per
`ls cmd/server/`); the new files will live alongside existing
ones (auth_backfill.go, tls.go, etc.) which means no new
subdirectory needed.
- The cut is by FUNCTIONAL CONCERN (boot sequencing) rather
than by TYPE FAMILY (struct grouping), so the boundary lines
are different in nature.
- Phase 4's migration-hook code (in main.go today) inherits
into migrations.go without code-change — the Phase 9 prompt
explicitly says "Phase 4's pre-install migration hook adds
a path to cmd/server/migrations.go; doing the split first
means double-touching the same lines."
Closes: cowork/certctl-architecture-diligence-audit.html#fix-ARCH-M2
(partial — 7 of 12 — full ARCH-M2 closure is the aggregate)
|
||
|
shankar0123
|
aaddd31d20 |
refactor(config): extract Server family + isLoopbackAddr helper (Phase 9, 6 of N)
Continuing Phase 9 ARCH-M2 closure. Sprint 6 groups the server-tier
infrastructure structs (the things that configure HOW the server
runs) and the HIGH-12 demo-mode startup-guard helper that exclusively
serves the ServerConfig.Host gate.
What moved
==========
internal/config/server.go (new, 374 lines including BSL header +
Phase 9 doc-comment + 2 imports +
7 structs + 1 unexported helper)
Seven structs:
- ServerConfig (HTTP listener: Host, Port, MaxBodySize,
TLS sub-struct, AuditFlushTimeoutSeconds)
- ServerTLSConfig (HTTPS-only TLS material: CertPath + KeyPath)
- DatabaseConfig (URL + MaxConnections + MigrationsPath +
DemoSeed)
- SchedulerConfig (all 15 scheduler-loop tunables: RenewalCheck,
JobProcessor, RenewalConcurrency, agent-health,
notification-process + retry, retry-interval,
job-timeout, AwaitingCSR + Approval timeouts,
short-lived-expiry, CRL-generation, OCSP-rate-
limit, cert-export-rate-limit, deploy-backup-
retention, K8s-kubelet-sync-timeout)
- LogConfig (Level + Format)
- RateLimitConfig (Enabled + RPS + BurstSize + per-user
overrides)
- CORSConfig (AllowedOrigins — empty deny-by-default)
One unexported helper:
- isLoopbackAddr() (HIGH-12 demo-mode guard: 127.0.0.1, ::1,
and "localhost" return true; 0.0.0.0, ::,
and non-localhost hostnames return false.
Same-package callers: Validate() in config.go
+ isLoopbackAddr_test in config_test.go,
both unaffected by the move.)
Three sed passes (highest line numbers first so positions don't shift)
======================================================================
The edit was performed via three independent sed deletes from
highest-line to lowest-line so each delete's range references the
file's pre-shift line numbers:
1. sed -i '1924,1963d' — deleted isLoopbackAddr (40 lines)
2. sed -i '834,893d' — deleted LogConfig + RateLimitConfig +
CORSConfig (60 lines)
3. sed -i '624,810d' — deleted ServerConfig + ServerTLSConfig +
DatabaseConfig + SchedulerConfig
(187 lines)
Total: 287 lines deleted. Reverse-order matters because each delete
shifts subsequent line numbers; doing them top-down would require
re-deriving every range mid-edit.
Why ApprovalConfig stayed in config.go
=======================================
ApprovalConfig (RBAC-related — issuance-approval workflow) sits
between SchedulerConfig and LogConfig in the original file ordering.
It's NOT server-tier infrastructure — it belongs with the Auth/RBAC
surface. Sprint 6's sed ranges deliberately preserve it where it
lives. Operator may want to fold it into a future Auth-followup cut
if the approval surface needs to live adjacent to AuthConfig.
Import-graph hygiene
====================
isLoopbackAddr was the ONLY user of `net` in config.go (verified via
`grep -nE '\bnet\.' internal/config/config.go` → 2 hits, both inside
isLoopbackAddr's body). After the move, config.go's `net` import
becomes unused — would have failed `go vet`. This commit removes the
`net` line from config.go's import block. server.go imports `net`
directly. The `time` import in config.go stays because the still-
in-place OCSPResponderConfig / DigestConfig / HealthCheckConfig /
NetworkScanConfig / VerificationConfig / per-vendor-issuer configs
all reference `time.Duration`.
Public-surface invariant
========================
Every type, exported field, and doc-comment is byte-identical to
pre-split. Package stays `config`. Every external caller of
`config.ServerConfig` / `config.ServerTLSConfig` / `config.DatabaseConfig`
/ `config.SchedulerConfig` / `config.LogConfig` / `config.RateLimitConfig`
/ `config.CORSConfig` resolves the same way. The unexported
isLoopbackAddr is invisible to external consumers; its same-package
callers (Validate, the test) continue to resolve via the package
symbol table.
Verification (all clean):
gofmt -l internal/config/ → clean
go build ./internal/config/... → clean
go test ./internal/config/... -count=1 → ok (0.68s)
staticcheck ./internal/config/... → clean
go build ./cmd/server/...
./internal/auth/...
./internal/api/router/...
./internal/api/handler/...
./internal/scheduler/... → clean (the critical
broader-importer check)
grep -nE '^type (ServerConfig|ServerTLSConfig|DatabaseConfig|SchedulerConfig|LogConfig|RateLimitConfig|CORSConfig)|^func isLoopbackAddr' internal/config/config.go
→ empty (none remain in config.go)
grep -nE '^type (ServerConfig|ServerTLSConfig|DatabaseConfig|SchedulerConfig|LogConfig|RateLimitConfig|CORSConfig)|^func isLoopbackAddr' internal/config/server.go
→ 7 types + 1 func (correct)
grep -nE '\bnet\.' internal/config/config.go
→ empty (the import-removal was load-bearing)
LOC delta:
config.go: 1963 → 1673 (-290 lines: -287 from three sed cuts,
-1 from import-block
line removal,
-2 from misc gofmt cleanup)
server.go: new, 374 lines (incl. 87-line Phase 9 doc-comment +
BSL header + package decl + 2 imports)
Cumulative Phase 9 progress (Sprints 1+2+3+4+5+6 from config.go):
Pre-Phase-9: 3403 LOC
After Sprint 1 (Notifier): 3335 LOC (-68)
After Sprint 2 (ACME): 3108 LOC (-227)
After Sprint 3 (SCEP): 2774 LOC (-334)
After Sprint 4 (EST): 2467 LOC (-307)
After Sprint 5 (Auth): 1963 LOC (-504)
After Sprint 6 (Server): 1673 LOC (-290)
Total Sprint 1+2+3+4+5+6: -1730 LOC (-50.8%)
Notable milestone: config.go has now lost MORE than HALF its original
lines (-50.8%). One more cut from config.go remains (Sprint 7 ~600
LOC of per-vendor issuer configs) before the file split moves on to
non-config hotspots (Sprints 8-12).
Pattern lesson — import-graph cleanup
======================================
Splits that move the LAST consumer of an import need to remove the
import from the source file or `go vet` / build will fail. The check
is `grep -nE '\bnet\.' internal/config/config.go` (or whichever
package) before commit — if empty, drop the import line. Past
sprints didn't hit this because the moved-out helpers used only
shared packages (`strings`, `os`, `fmt`, `time`) that other code in
config.go still uses. Sprint 6's `net` removal is the first
import-rebalancing in Phase 9.
Three-pass sed pattern (also new in Sprint 6)
=============================================
Prior sprints did one or two sed deletes. Sprint 6 needed three
because the Server-family structs straddled ApprovalConfig and
isLoopbackAddr lived far from the struct block. Doing them
highest-line-first means each range references pre-shift line
numbers — no mid-edit re-derivation required.
Next queued (Sprint 7): Issuers family from config.go →
internal/config/issuers.go (~600 LOC). Includes KeygenConfig +
CAConfig + the ten per-vendor configs (StepCA, Vault, DigiCert,
Sectigo, GoogleCAS, AWSACMPCA, Entrust, GlobalSign, EJBCA, OpenSSL).
This is the LAST config.go cut of Phase 9; after Sprint 7 ships,
config.go should drop to ~1100-1200 LOC and the remaining splits
target non-config hotspots (cmd/server/main.go, service/acme.go,
mcp/tools.go, auth_session_oidc.go, cmd/agent/main.go).
Closes: cowork/certctl-architecture-diligence-audit.html#fix-ARCH-M2
(partial — 6 of 12 — full ARCH-M2 closure is the aggregate)
|
||
|
shankar0123
|
51f9cf13dc |
refactor(config): extract Auth family + 2 exported + 1 unexported helpers (Phase 9, 5 of N)
The biggest single-sprint cut so far (-502 lines) and the FIRST split
that moves EXPORTED helpers. Public-surface invariant verified end-to-
end via broader-importer build (cmd/server + internal/auth +
internal/api/...).
What moved
==========
internal/config/auth.go (new, 601 lines including BSL header +
Phase 9 doc-comment + 4 imports +
5 types + 3 helpers)
Five types:
- NamedAPIKey (one named API-key entry; admin flag for
actor attribution in audit trail)
- AuthType (+ 3 consts: AuthTypeAPIKey / AuthTypeNone /
AuthTypeOIDC — the typed enum that
replaced the pre-G-1 string-literal
map. "jwt" stays out forever per
ValidAuthTypes() invariant pinned by
config_test.go's property test)
- AuthConfig (top-level: Type, Secret, NamedKeys,
AgentBootstrapToken + DenyEmpty flag,
Session, TrustedProxies, DemoModeAck +
TS + ResidualStrict, OIDC pre-login
binding knobs, Breakglass,
BootstrapAdminGroups + ProviderID +
BootstrapToken)
- SessionConfig (Auth Bundle 2 Phase 4: IdleTimeout,
AbsoluteTimeout, SigningKeyRetention,
GCInterval, SameSite, BindIP,
BindUserAgent)
- BreakglassConfig (Auth Bundle 2 Phase 7.5: Enabled +
LockoutThreshold + Duration + Reset)
Three helpers (TWO exported — first sprint to move public-API):
- ValidAuthTypes() — single source of truth for the allowed
CERTCTL_AUTH_TYPE set. EXPORTED.
External callers (verified clean via
broader-importer build):
cmd/server/main.go:115
internal/auth/middleware.go (doc ref)
internal/api/handler/health.go (doc ref)
- ParseNamedAPIKeys() — parses CERTCTL_API_KEYS_NAMED with
L-004 rotation-aware duplicate-name
handling + slog.Info "rotation window
active" observability. EXPORTED.
Test caller in config_test.go +
production caller in Load() in
config.go (intra-package, resolves
via same-package lookup after move).
- isValidKeyName() — alphanumeric + hyphen + underscore
validator. Unexported; only called
from ParseNamedAPIKeys (intra-file
edge after the move — one fewer
cross-file edge).
External-importer surface (verified resolves clean post-move)
==============================================================
The package name stays `config`, so every external reference
continues to resolve. Live grep confirms the surface:
cmd/server/main.go:
- config.AuthType(...) (cast)
- config.AuthTypeNone (const)
- config.AuthTypeAPIKey (const)
- config.AuthTypeOIDC (const)
- config.ValidAuthTypes() (func)
cmd/server/auth_backfill.go:
- config.AuthType(...) (cast)
- config.AuthTypeNone (const)
internal/auth/middleware.go:
- config.AuthType (doc reference + field-comment)
- config.AuthTypeConsts (doc reference)
internal/api/handler/health.go:
- config.AuthType + config.ValidAuthTypes() (doc references)
Verification (the critical broader-importer build):
go build ./cmd/server/... ./internal/auth/...
./internal/api/router/... ./internal/api/handler/...
./internal/scheduler/... → clean
If the move had accidentally renamed a symbol or changed a
package boundary, that broader build would have failed loud.
What stayed in config.go (intentionally)
========================================
- ErrAgentBootstrapTokenRequired sentinel (top-of-file Phase-2
sentinel block) — tied to Validate()'s fail-closed behavior,
not to AuthConfig's struct shape. Same precedent as Sprint 2's
ErrACMEInsecureWithoutAck and Sprint 3's leaving
ErrDemoModeAckExpired in place.
- demoModeAckMaxAge const (top-of-file) — tied to Validate()'s
24h TS-freshness check, not to struct shape.
- The Validate() body that branches on AuthType / DemoModeAck /
AgentBootstrapTokenDenyEmpty / DemoModeResidualStrict — cross-
cutting validation logic that stays where the other
Validate() branches live.
- The Load() body that calls ParseNamedAPIKeys() during initial
cfg.Auth.NamedKeys construction; same-package resolution.
- Shared getEnv / getEnvBool / getEnvInt / getEnvDuration +
splitComma + trimSpace helpers (splitComma + trimSpace are
used by ParseNamedAPIKeys via same-package lookup).
Edit shape
==========
Two sed passes (the now-standard Sprint-3-onward pattern):
1. sed -i '847,1204d' — deleted the 358-line struct + enum +
ValidAuthTypes block.
2. sed -i '1925,2068d' — deleted the 144-line helper block
(positions shifted by Sprint 5's struct removal already
applied; ParseNamedAPIKeys' new doc-comment start moved
from 2283 → 1925).
Then gofmt -w. No residual double-blank-line at either join —
both removals happened mid-blank-separated regions cleanly.
Public-surface invariant
========================
Every type, exported function, exported constant, exported field,
and doc-comment is byte-identical to pre-split. Package stays
`config`. Every external caller path is preserved.
Verification (all clean):
gofmt -l internal/config/ → clean
go build ./internal/config/... → clean
go test ./internal/config/... -count=1 → ok (0.70s)
staticcheck ./internal/config/... → clean
go build ./cmd/server/...
./internal/auth/...
./internal/api/router/...
./internal/api/handler/...
./internal/scheduler/... → clean
grep -nE '^type (AuthConfig|SessionConfig|BreakglassConfig|NamedAPIKey|AuthType)|^func (ValidAuthTypes|ParseNamedAPIKeys|isValidKeyName)' internal/config/config.go
→ empty (none remain in config.go)
grep -nE '^type (AuthConfig|SessionConfig|BreakglassConfig|NamedAPIKey|AuthType)|^func (ValidAuthTypes|ParseNamedAPIKeys|isValidKeyName)' internal/config/auth.go
→ 5 types + 3 funcs (correct)
LOC delta:
config.go: 2467 → 1963 (-504 lines: -358 struct block,
-144 helper block,
-2 from misc cleanup
collapse)
auth.go: new, 601 lines (incl. 101-line Phase 9 doc-comment +
BSL header + package decl + 4 imports)
Notable milestone: config.go is now BELOW 2000 LOC for the first
time since the original audit. From 3403 → 1963 = -42.3% across
Sprints 1+2+3+4+5.
Cumulative Phase 9 progress (Sprints 1+2+3+4+5 from config.go):
Pre-Phase-9: 3403 LOC
After Sprint 1 (Notifier): 3335 LOC (-68)
After Sprint 2 (ACME): 3108 LOC (-227)
After Sprint 3 (SCEP): 2774 LOC (-334)
After Sprint 4 (EST): 2467 LOC (-307)
After Sprint 5 (Auth): 1963 LOC (-504)
Total Sprint 1+2+3+4+5: -1440 LOC (-42.3%)
Pattern lesson — exported-helper move
=====================================
Pre-move check: enumerate every external caller via
`grep -rnE 'config\.<Symbol>'`. If the symbol's external callers
ARE all inside the same package, the move is trivial. If they're
external, the move is still safe IFF the package name doesn't
change — only the file the symbol lives IN changes. Same-package
resolution at compile time guarantees the import-path that
external code uses (`config.AuthType`, `config.ValidAuthTypes`)
keeps working. The broader-importer build is the load-bearing
verification: if it goes red, the move is wrong; green = safe.
Next queued (Sprint 6): Server family from config.go →
internal/config/server.go (~270 LOC). Includes ServerConfig +
ServerTLSConfig + DatabaseConfig + SchedulerConfig + LogConfig +
RateLimitConfig + CORSConfig + isLoopbackAddr (unexported
HIGH-12 demo-mode helper). No exported helpers — back to the
Sprint-3-style helper-bundle pattern, just bigger family.
Closes: cowork/certctl-architecture-diligence-audit.html#fix-ARCH-M2
(partial — 5 of 12 — full ARCH-M2 closure is the aggregate)
|
||
|
shankar0123
|
57d55b7390 |
refactor(config): extract EST family + helpers to its own file (Phase 9, 4 of N)
Continuing Phase 9 ARCH-M2 closure. Sprint 4 extracts the EST surface,
mirroring Sprint 3's SCEP cut shape (two structs + multiple helpers
move together).
What moved
==========
internal/config/est.go (new, 396 lines including BSL header +
Phase 9 doc-comment + 2 imports +
2 structs + 5 helpers)
Two structs:
- ESTConfig (top-level: Enabled + Profiles slice +
legacy single-issuer flat fields kept
for backward compat — fewer trigger
fields than SCEP because EST has no
per-profile RA pair or challenge
password in this hardening-bundle
phase)
- ESTProfileConfig (one EST endpoint: PathID, IssuerID,
ProfileID, EnrollmentPassword,
MTLSEnabled, MTLSClientCATrustBundlePath,
ChannelBindingRequired, AllowedAuthModes,
RateLimitPerPrincipal24h,
ServerKeygenEnabled — field surface
spans the full Phase-1-through-5
hardening bundle)
Five unexported helpers:
- loadESTProfilesFromEnv() — reads CERTCTL_EST_PROFILES +
expands each name into an
ESTProfileConfig via the indexed
env-var family. Mirrors
loadSCEPProfilesFromEnv exactly.
- parseAuthModes() — splits a comma-separated env value
into a normalized []string of
auth-mode tokens.
- mergeESTLegacyIntoProfiles() — backward-compat shim: synthesize
Profiles[0] from the legacy flat
fields when Profiles is empty AND
EST is enabled.
- validESTPathID() — path-segment validator (mirrors
validSCEPPathID; kept separate so
future EST-specific path
constraints can land without
affecting SCEP).
- validESTAuthMode() — refuses unknown auth-mode tokens
at startup ("mtls" / "basic"
are valid in Phase 1).
Why move all five helpers together
==================================
Live grep confirms each helper is exclusively EST-specific:
- parseAuthModes() has one production call site (line 1851 inside
loadESTProfilesFromEnv itself, intra-helper) + one test caller
(config_est_profiles_test.go in package `config` — same package
so the move is invisible to the test).
- validESTAuthMode() has exactly one production caller (Validate()
in config.go); validESTPathID() likewise.
- mergeESTLegacyIntoProfiles() called from Load() in config.go.
- loadESTProfilesFromEnv() called from Load() in config.go.
All callers either stay in config.go (Load + Validate) or live in
est.go itself (the intra-helper parseAuthModes call inside
loadESTProfilesFromEnv stays a same-file call after the move — one
LESS cross-file edge to track). The test in
config_est_profiles_test.go is in package `config` so the unexported
callable surface is preserved by same-package resolution.
What stayed in config.go (intentionally)
========================================
- Load() and Validate() bodies — the EST-specific call sites stay
where they are (cross-cutting validation logic, not split-target).
- Every shared getEnv* helper (used by EVERY config family).
- The Config{}.EST master-struct field declaration.
Edit shape
==========
Two sed passes (same approach as Sprint 3):
1. sed -i '611,774d' — deleted the 164-line EST struct block
(ESTConfig + ESTProfileConfig + their doc comments).
2. sed -i '1648,1789d' — deleted the 142-line helper block
(positions already shifted by Sprint 4's struct removal).
Then gofmt -w to collapse a residual double-blank-line at the second
join point (none surfaced at the first).
Public-surface invariant
========================
Every type, field, exported method, and doc-comment is byte-identical
to pre-split. Package stays `config`. Every caller's
`config.ESTConfig` / `config.ESTProfileConfig` import path is
preserved without modification. The five helpers are unexported so
their move is invisible to package consumers; same-package callers
(Load, Validate, the existing test) continue to resolve them via the
package symbol table.
Verification (all clean):
gofmt -l internal/config/ → clean (after -w)
go build ./internal/config/... → clean
go test ./internal/config/... -count=1 → ok (0.58s)
staticcheck ./internal/config/... → clean
go build ./internal/api/router/...
./internal/scheduler/...
./cmd/server/...
./internal/api/handler/... → clean (broader
importers still
resolve every type
and helper)
grep -nE '^type EST|^func .*EST|^func parseAuthModes' config.go
→ empty (none remain in config.go)
grep -nE '^type EST|^func .*EST|^func parseAuthModes' est.go
→ 2 types + 5 funcs (correct: ESTConfig, ESTProfileConfig,
loadESTProfilesFromEnv,
parseAuthModes,
mergeESTLegacyIntoProfiles,
validESTPathID,
validESTAuthMode)
LOC delta:
config.go: 2774 → 2467 (-307 lines: -164 from struct block,
-142 from helper block,
-1 from double-blank collapse)
est.go: new, 396 lines (incl. 87-line Phase 9 doc-comment +
BSL header + package decl + 2 imports)
Cumulative Phase 9 progress (Sprints 1+2+3+4 from config.go):
Pre-Phase-9: 3403 LOC
After Sprint 1 (Notifier): 3335 LOC (-68)
After Sprint 2 (ACME): 3108 LOC (-227)
After Sprint 3 (SCEP): 2774 LOC (-334)
After Sprint 4 (EST): 2467 LOC (-307)
Total Sprint 1+2+3+4: -936 LOC (-27.5%)
Pattern lesson reinforcement
============================
Sprint 4 confirms the SCEP/EST symmetry the original helper authors
documented inline ("Mirrors loadSCEPProfilesFromEnv exactly").
Sprint 3 + Sprint 4 are now demonstrating the same cut pattern works
across two related-but-distinct protocol surfaces. Sprint 5+ should
be easier because they don't carry the same helper-bundling
complexity (Auth family probably has its own helper cluster too, but
Server / Issuers are likely pure-data per the original audit-questions
output).
Next queued (Sprint 5): Auth family from config.go →
internal/config/auth.go. Includes AuthConfig + SessionConfig +
BreakglassConfig + NamedAPIKey + ParseNamedAPIKeys (note: this is
EXPORTED — only exported function in the config-helpers cluster) +
isValidKeyName + ValidAuthTypes. The exported ParseNamedAPIKeys adds
a wrinkle Sprints 1-4 didn't have: external callers may import it,
so the public-surface check needs to include it. Estimated ~340 LOC
moved.
Closes: cowork/certctl-architecture-diligence-audit.html#fix-ARCH-M2
(partial — 4 of 12 — full ARCH-M2 closure is the aggregate)
|
||
|
shankar0123
|
c461ef3339 |
refactor(config): extract SCEP family + helpers to its own file (Phase 9, 3 of N)
Continuing Phase 9 ARCH-M2 closure. Sprints 1+2 extracted pure-data
structs (NotifierConfig, then the ACME family). Sprint 3 is the
first split that ALSO moves helper functions — the SCEP family has
three structs AND three unexported package-internal helpers that
move together.
What moved
==========
internal/config/scep.go (new, 402 lines including BSL header +
Phase 9 doc-comment + the 3 imports +
3 structs + 3 helpers verbatim)
Three structs:
- SCEPConfig (top-level: Enabled + Profiles slice
+ legacy single-profile flat fields
kept for backward compat)
- SCEPProfileConfig (one endpoint binding: PathID,
IssuerID, ProfileID, ChallengePassword,
RA cert/key, MTLSEnabled + bundle path,
per-profile Intune block)
- SCEPIntuneProfileConfig (Enabled, ConnectorCertPath, Audience,
ChallengeValidity, PerDeviceRateLimit24h,
ClockSkewTolerance)
Three unexported helpers:
- loadSCEPProfilesFromEnv() — reads CERTCTL_SCEP_PROFILES +
expands each name into a
SCEPProfileConfig via the
CERTCTL_SCEP_PROFILE_<NAME>_*
indexed env-var family.
- mergeSCEPLegacyIntoProfiles() — backward-compat shim: synthesize
Profiles[0] from the legacy flat
fields when Profiles is empty.
- validSCEPPathID() — path-segment validator (ASCII
[a-z0-9-], no leading/trailing
hyphen, empty allowed).
Why move the helpers along
==========================
Each helper is exclusively SCEP-specific: live grep across the repo
shows ZERO callers outside internal/config/config.go's Load() and
Validate(). Both still live in config.go and continue to resolve
the moved helpers via same-package lookup. Specifically:
- Load() (still in config.go) calls loadSCEPProfilesFromEnv() during
initial cfg.SCEP construction (call site at the original line ~1840,
now closer to line ~1840 after Sprints 1+2 + 3 deletions).
- Load() calls mergeSCEPLegacyIntoProfiles(&cfg.SCEP) after the
initial profile-load.
- Validate() calls validSCEPPathID(p.PathID) per-profile in the
Profiles-iteration loop.
The unexported helpers getEnv / getEnvBool / getEnvInt / getEnvDuration
used by loadSCEPProfilesFromEnv stay in config.go (shared across every
config family); same-package resolution makes the calls work.
What stayed in config.go
========================
- All Load() + Validate() bodies — the SCEP-specific call sites stay
where they are (cross-cutting validation logic, not split-target).
- Every getEnv* helper.
- The Config{}.SCEP master-struct field declaration.
Edit shape
==========
The edit was performed in two sed passes:
1. sed -i '775,1004d' — deleted the SCEP struct block (the three
types + their doc-comments).
2. sed -i '1813,1916d' — deleted the SCEP helper-function block
(the three helpers + their doc-comments).
Then gofmt -w to collapse a residual double-blank-line at the first
join point. The two-pass approach was necessary because the structs
and helpers live in different regions of config.go (struct
definitions in the top half, function bodies near the bottom).
Public-surface invariant
========================
Every type, field, exported method, and doc-comment is byte-identical
to pre-split. Package stays `config`. Every caller's
`config.SCEPConfig` / `config.SCEPProfileConfig` /
`config.SCEPIntuneProfileConfig` import path is preserved without
modification. The three helpers are unexported so their move is
invisible to package consumers; same-package callers in config.go
continue to resolve them via the package symbol table.
Verification (all clean):
gofmt -l internal/config/ → clean (after -w)
go build ./internal/config/... → clean
go test ./internal/config/... -count=1 → ok (0.68s)
staticcheck ./internal/config/... → clean
go build ./internal/api/router/...
./internal/scheduler/...
./cmd/server/... → clean (broader importers
still resolve every type)
grep -nE '^type SCEP|^func .*SCEP' internal/config/config.go
→ empty (none remain in config.go)
grep -nE '^type SCEP|^func .*SCEP' internal/config/scep.go
→ 3 types + 3 funcs (correct: SCEPConfig, SCEPProfileConfig,
SCEPIntuneProfileConfig,
loadSCEPProfilesFromEnv,
mergeSCEPLegacyIntoProfiles,
validSCEPPathID)
LOC delta:
config.go: 3108 → 2774 (-334 lines: -230 from struct block,
-103 from helper block,
-1 from double-blank collapse)
scep.go: new, 402 lines (incl. 72-line Phase 9 doc-comment + BSL
header + package decl + 3 imports)
Cumulative Phase 9 progress (Sprints 1+2+3 from config.go):
Pre-Phase-9: 3403 LOC
After Sprint 1 (Notifier): 3335 LOC (-68)
After Sprint 2 (ACME): 3108 LOC (-227)
After Sprint 3 (SCEP): 2774 LOC (-334)
Total Sprint 1+2+3: -629 LOC (-18.5%)
Pattern lesson logged
=====================
The "Do not assume line numbers" rule continues to pay off: every
sprint of Phase 9 has touched line numbers from prior sprints
(Sprint 1's 65-line removal shifted SCEPConfig from line 1083 to
1015 to its Sprint 3 starting position of 786). The Phase 9 prompt
told us to re-derive every fact; the live-grep audit at the start
of each sprint catches the drift.
Next queued (Sprint 4): EST family from config.go →
internal/config/est.go (~250-300 LOC including ESTConfig +
ESTProfileConfig + loadESTProfilesFromEnv +
mergeESTLegacyIntoProfiles + parseAuthModes + validESTPathID +
validESTAuthMode). Same complexity shape as SCEP — three structs
+ multiple helpers + same Load()/Validate() callers that stay
in config.go.
Closes: cowork/certctl-architecture-diligence-audit.html#fix-ARCH-M2
(partial — 3 of 12 — full ARCH-M2 closure is the aggregate)
|
||
|
shankar0123
|
5d5bd02f3e |
refactor(config): extract ACME family to its own file (Phase 9, 2 of N)
Continuing Phase 9 ARCH-M2 closure. Sprint 1 (commit
|
||
|
shankar0123
|
45ddcb75a3 |
refactor(config): extract NotifierConfig to its own file (Phase 9, 1 of N)
Phase 9 of the certctl architecture diligence remediation begins
closing ARCH-M2: the 6 backend mega-files totaling > 13K LOC of
change-risk hotspots. config.go is the largest (3,403 LOC pre-split)
and the most frequently touched (env-var ingestion gets edited every
release). The audit's "3.2K LOC / 11.5K total across 6 files" claim
has drifted upward — live grep shows config.go alone is now 3,403
LOC and the top-6 hotspots total 13,267 LOC. The audit's framing is
directionally correct; numbers updated in cowork/certctl-architecture-
diligence-audit.html with this commit.
This commit ships the FIRST of many splits (one per PR per the
Phase 9 prompt's "Do not bundle" rule):
Extract NotifierConfig (65 lines) → internal/config/notifiers.go
Why NotifierConfig first
========================
- Cleanest possible cut: a single struct, no helper functions, no
validation logic, no cross-references to Load() except via the
Config{}.Notifiers field copy (which is package-internal so
moving the struct definition doesn't touch Load()).
- Demonstrates the split pattern with minimum risk before tackling
the harder cuts (SCEPConfig + helpers, ACMEConfig + helpers, the
giant ESTConfig family).
- Public-surface byte-identical: every caller's
`config.NotifierConfig` import path is preserved (package stays
`config`; the struct just lives in a different file within the
same package).
Live audit (Phase 9 audit questions answered)
==============================================
top-10 production .go files by LOC (find cmd internal -name '*.go'
-not -name '*_test.go' | xargs wc -l | sort -rn | head -10):
3403 internal/config/config.go <-- this commit -68
2966 cmd/server/main.go
1965 internal/service/acme.go
1867 internal/mcp/tools.go
1577 internal/api/handler/auth_session_oidc.go
1489 cmd/agent/main.go
1356 internal/auth/oidc/service.go
1249 internal/scheduler/scheduler.go
1235 internal/connector/issuer/local/local.go
1224 internal/service/scep.go
The audit's "3 others beyond config/main/acme" are:
- internal/mcp/tools.go (1867 LOC)
- internal/api/handler/auth_session_oidc.go (1577 LOC)
- cmd/agent/main.go (1489 LOC)
The top-6 thus differ from the audit's named-only-3 by one entry —
auth/oidc/service.go (1356) edges out the audit's likely fourth pick.
Document both in the Phase 9 plan under Tasks-Deferred so the
remaining sub-splits know which files are in scope.
config.go internals (45 distinct exported `type X struct` defs as of
this commit's pre-state):
Config, ServerConfig, ServerTLSConfig,
DatabaseConfig, SchedulerConfig, LogConfig, AuthConfig,
RateLimitConfig, CORSConfig, KeygenConfig, CAConfig,
StepCAConfig, VaultConfig, DigiCertConfig, SectigoConfig,
GoogleCASConfig, OpenSSLConfig, ESTConfig, ESTProfileConfig,
SCEPConfig, SCEPProfileConfig, SCEPIntuneProfileConfig,
NetworkScanConfig, VerificationConfig, ApprovalConfig,
NamedAPIKey, SessionConfig, BreakglassConfig, EncryptionConfig,
CloudDiscoveryConfig, AWSSecretsMgrDiscoveryConfig,
AzureKVDiscoveryConfig, GCPSecretMgrDiscoveryConfig,
NotifierConfig (THIS COMMIT), DigestConfig, HealthCheckConfig,
ACMEConfig, ACMEServerConfig, ACMEServerDirectoryMeta,
AWSACMPCAConfig, EntrustConfig, GlobalSignConfig, EJBCAConfig,
OCSPResponderConfig
Each is a natural future-split candidate. The next 5 cuts target the
highest-LOC groups: ACME family (~230 lines), EST family (~165
lines), SCEP family (~220 lines), Auth family (~210 lines), issuer-
specific configs (AWSACMPCA, Entrust, GlobalSign, EJBCA, StepCA,
Vault, DigiCert, Sectigo, GoogleCAS, OpenSSL — ~600 lines combined).
Public-surface invariant
========================
- Package name stays `config`.
- Struct + all field names byte-identical.
- Every caller's `config.NotifierConfig` import path preserved.
- Verified via:
go build ./internal/config/... → clean
go test ./internal/config/... -count=1 → ok (0.67s)
gofmt -l internal/config/ → clean
staticcheck ./internal/config/... → clean
LOC delta:
config.go: 3403 → 3335 (-68 lines)
notifiers.go: new, 86 lines (incl. 18-line Phase 9 doc-comment +
BSL header + package decl)
Phase 9 follow-on plan (each = separate commit, separate review)
================================================================
Next cuts from config.go (priority order):
2 of N. ACMEConfig + ACMEServerConfig + ACMEServerDirectoryMeta
→ internal/config/acme.go (~230 lines moved)
3 of N. SCEPConfig + SCEPProfileConfig + SCEPIntuneProfileConfig
+ loadSCEPProfilesFromEnv + mergeSCEPLegacyIntoProfiles
+ validSCEPPathID → internal/config/scep.go (~330 lines)
4 of N. ESTConfig + ESTProfileConfig + loadESTProfilesFromEnv +
mergeESTLegacyIntoProfiles + parseAuthModes +
validESTPathID + validESTAuthMode
→ internal/config/est.go (~250 lines)
5 of N. AuthConfig + SessionConfig + BreakglassConfig +
NamedAPIKey + ParseNamedAPIKeys + isValidKeyName +
ValidAuthTypes → internal/config/auth.go (~340 lines)
6 of N. ServerConfig + ServerTLSConfig + DatabaseConfig +
SchedulerConfig + LogConfig + RateLimitConfig +
CORSConfig + isLoopbackAddr → internal/config/server.go
(~270 lines)
7 of N. KeygenConfig + CAConfig + StepCAConfig + VaultConfig +
DigiCertConfig + SectigoConfig + GoogleCASConfig +
AWSACMPCAConfig + EntrustConfig + GlobalSignConfig +
EJBCAConfig + OpenSSLConfig → internal/config/issuers.go
(~600 lines)
After the config.go cuts land, the same pattern applies to the next
5 hotspots:
8 of N. cmd/server/main.go split: main.go (entrypoint),
wire.go (DI assembly), migrations.go (boot-migration
path). Phase 4's migration-hook lives in main.go today;
migrations.go inherits the path without re-touching it.
9 of N. internal/service/acme.go split: orders.go, authz.go,
challenges.go, nonces.go, gc.go under
internal/service/acme/. Becomes its own subpackage.
10 of N. internal/mcp/tools.go split: tools probably group
naturally by certificate / agent / job / discovery /
admin domains.
11 of N. internal/api/handler/auth_session_oidc.go split: by
handler verb (login, callback, refresh, logout,
backchannel).
12 of N. cmd/agent/main.go split: main.go (entrypoint), poll.go
(work-poll loop), deploy.go (deployment execution),
register.go (bootstrap + registration).
Pattern lesson logged in cowork/certctl-architecture-diligence-
audit.html Tasks-Deferred table.
Pre-commit verification gate respected:
gofmt -l → clean
go vet ./internal/config/... → clean (implicit via go test)
go test ./internal/config/... → ok
staticcheck ./internal/config/... → clean
TestRouterRBACGateCoverage → not affected (config package)
Closes: cowork/certctl-architecture-diligence-audit.html#fix-ARCH-M2
(partial — 1 of N — full ARCH-M2 closure is the aggregate)
|
||
|
shankar0123
|
cd3205a66d |
fix(deps): pin lodash >= 4.18.0 to close Dependabot #18 + #19 (CVE-2026-4800)
Dependabot opened two High-severity alerts on lodash 4.17.23 arriving transitively via orval 7.x → @stoplight/spectral-* → lodash 4.17.23: #19 — CVE-2026-4800 / GHSA-r5fr-rjxr-66jc: _.template imports key names → Function() constructor sink → arbitrary-code execution at template compile time #18 — Prototype pollution via array path bypass in _.unset / _.omit Both alerts are tagged "Development dependency" by Dependabot — lodash is only pulled by orval (the Phase 5 API client codegen) and doesn't reach the production-served bundle. The risk is build- time RCE during `npm run generate` against untrusted input or a polluted Object.prototype. Worth fixing regardless. Fix: add `"lodash": ">=4.18.0"` to the existing `overrides` block in web/package.json. Force npm to dedupe every transitive lodash edge onto the top-level 4.18.1 already resolved at the root. Pre-fix lockfile state (web/package-lock.json): node_modules/lodash → 4.18.1 node_modules/@stoplight/spectral-functions/node_modules/lodash → 4.17.23 node_modules/@stoplight/spectral-rulesets/node_modules/lodash → 4.17.23 Post-fix: node_modules/lodash → 4.18.1 (the two nested copies are gone — deduplicated under the override) Verification: cd web npm install --package-lock-only --no-audit node -e "const lock = require('./package-lock.json'); for (const [k,v] of Object.entries(lock.packages||{})) if (k.includes('lodash') && !k.includes('lodash.')) console.log(k, v.version)" → node_modules/lodash 4.18.1 (only one entry) npm audit → found 0 vulnerabilities Lockfile delta is -14 / +0 (the two nested 4.17.23 copies removed, no new entries needed since 4.18.1 was already resolved at the root). The `"lodash": "^4.17.21"` / `~4.17.21` requirements declared by @stoplight/spectral-functions, spectral-rulesets, and orval itself are still satisfied — `^4.17.21` accepts 4.18.x, and the override forces every consumer to the same dedup'd version. Lockfile-regen pattern lesson: per the standing rule from the post-Phase-2 + post-Phase-5 lockfile-drift hotfixes, every commit that edits web/package.json MUST regenerate web/package-lock.json in the same commit via `npm install --package-lock-only --no-audit`. This commit follows that rule. Closes: https://github.com/certctl-io/certctl/security/dependabot/19 https://github.com/certctl-io/certctl/security/dependabot/18 |
||
|
shankar0123
|
51529ea609 |
fix(router): invert ETag wrap so rbacGate stays outer — close CRIT-1 ratchet
CI run on master@0ad881c2 failed TestRouterRBACGateCoverage on
five routes:
GET /api/v1/agents
GET /api/v1/audit
GET /api/v1/certificates
GET /api/v1/discovered-certificates
GET /api/v1/jobs
These are the five top-5 read endpoints that Phase 6 SCALE-L2
(commit
|
||
|
shankar0123
|
1279172e9b |
loadtest: close Phase 8 SCALE-H2 — add scale-tier scenarios
Phase 8 of the certctl architecture diligence remediation closes
SCALE-H2 by adding three new k6 scenarios that exercise the scale-
relevant load surfaces the API tier + connector tier left uncovered:
fleet-scale bulk renewal, ACME enrollment burst, and agent heartbeat
storm.
Audit miscount + path correction (live-grep at Phase 8 audit time)
==================================================================
- The Phase 8 prompt referenced both `deploy/test/load/` and
`deploy/test/loadtest/`. Repo truth: the existing harness lives at
`deploy/test/loadtest/`. New scenarios land there.
- The audit's prior framing "k6 covers the API tier at 50 req/s
only" omitted Bundle 10 (2026-05-02) which added four connector-
tier handshake scenarios (nginx/apache/haproxy/f5) at 100 conns/min
each, plus the Phase 5 ACME directory/nonce/ARI scenario at 100 VUs
in `k6/acme_flow.js`. Phase 8 appends to what's there rather than
rewriting.
What ships
==========
Three new k6 scenario files under deploy/test/loadtest/k6/:
bulk_renewal.js — 10K-cert seed + 5 req/s POST /bulk-renew × 5min
p99 < 5s, p95 < 2s, errors < 1%
acme_burst.js — 200 VU sustained × directory/nonce/ARI × 5min
directory p95 < 500ms, nonce p95 < 300ms,
renewal-info p95 < 800ms, 5xx-only < 0.1%
Pins RFC 7807 rate-limit response shape via
acme_rate_limit_shape_ok Counter.
agent_storm.js — 5K-agent seed + 167 req/s POST /heartbeat × 5min
p99 < 1s, p95 < 500ms, errors < 0.1%
Two seed SQL fixtures under deploy/test/loadtest/seed/:
01_bulk_renewal_certs.sql — 10,000 managed_certificates rows
linked to seed_demo.sql FKs (iss-local, o-alice, t-platform,
rp-standard). status='active', expires_at distributed across
next 30 days, name prefix `loadtest-bulk-` so the scenario
can scope its criteria. Idempotent via
ON CONFLICT (name) DO NOTHING.
02_agent_fleet.sql — 5,000 agents rows with name prefix
`loadtest-agent-`. status='Online', last_heartbeat_at
staggered across prior 60s, OS distribution 80%/10%/10%
linux/windows/darwin. Idempotent via
ON CONFLICT (id) DO NOTHING.
Plus seed/README.md documenting the opt-in profile + when these
run vs the default `make loadtest` fast path.
Compose + Makefile + CI wiring
==============================
deploy/test/loadtest/docker-compose.yml gains four new services,
all gated behind the `scale` compose profile so the default
`make loadtest` is unchanged:
scale-seed — one-shot postgres:16-alpine container that runs
every ./seed/*.sql in lexical order against the
same postgres the server uses. Depends on
postgres healthy + certctl-server healthy (so
migrations + seed_demo.sql have already run).
k6-scale-bulk — grafana/k6:0.54.0 driver running bulk_renewal.js
k6-scale-acme — grafana/k6:0.54.0 driver running acme_burst.js
k6-scale-agent — grafana/k6:0.54.0 driver running agent_storm.js
Each driver depends_on scale-seed completed_successfully so the
scenarios never run against an unseeded DB (the acme scenario
doesn't need the seed itself but uses the same dependency chain for
ordering predictability).
Makefile gains four new phony targets:
loadtest-scale-bulk - runs bulk_renewal.js via compose --profile scale
loadtest-scale-acme - runs acme_burst.js
loadtest-scale-agent - runs agent_storm.js
loadtest-scale - all three serially
.github/workflows/loadtest.yml gains a new k6-scale matrix job that
runs after the existing k6 job (needs: k6) with a matrix on the
three scenarios — fail-fast: false so a regression in one scenario
doesn't cancel the others. Same workflow_dispatch + weekly cron
cadence as the existing API + connector tier job.
Documentation
=============
docs/operator/scale.md gains a new "Scale-tier scenarios (SCALE-H2,
Phase 8)" section between the cursor-pagination subsection and the
profiling-production subsection. Documents:
- Scenario + seed + sustained load table
- Threshold contract (regression guards, NOT measured baselines)
- Measured-baseline table with TBD placeholders + the canonical-
hardware capture procedure
- How to run the scale tier locally
- Four documented limitations (JWS-signed ACME, scheduler renewal
scan throughput, production-sized Postgres, pull-only deployment
model)
deploy/test/loadtest/README.md gains a short "Scale tier (Phase 8
SCALE-H2, 2026-05-14)" section pointing at scale.md as the canonical
operator-facing baseline source. Avoids duplication; the README
remains the harness-mechanics doc.
Deliberate deviations from the prompt
======================================
The Phase 8 prompt's "concrete deliverables" section referenced
`deploy/test/load/` (no -test) for the new k6 files. The actual
harness lives at `deploy/test/loadtest/` — the new files land there
to match existing convention. The prompt's audit-questions section
also referenced `deploy/test/loadtest/` so the prompt was internally
inconsistent on this; repo truth wins.
The prompt described the ACME burst as "200 concurrent ACME orders
against /acme/profile/<id>/new-order ... pin the rate-limit response
shape." new-order is JWS-signed (RFC 8555 §7.4 requires JWS for
every POST except newAccount-pre-account-key flows). k6 doesn't
ship JWS and bundling a signer (e.g. lego) into the k6 container
would obscure the server-side latency the scenario is trying to
measure. Same trade-off the existing Phase 5 acme_flow.js made.
Phase 8's acme_burst.js measures the unauthenticated
directory + nonce + ARI surface at burst rate AND pins the 429
rate-limit response shape via a custom Counter that increments only
when the response is `application/problem+json` with the
`urn:ietf:params:acme:error:rateLimited` type. End-to-end JWS
conformance under load remains a follow-up; the canonical JWS
correctness gate is `make acme-rfc-conformance-test` (lego-based,
non-load).
Deferred (operator-side, not engineering)
==========================================
Canonical-hardware baseline capture. The TBD placeholders in
docs/operator/scale.md's measured-baseline table are intentional —
sandbox-captured numbers from a developer laptop are misleading
(same anti-pattern the original loadtest README guards against).
Operator triggers loadtest.yml from the Actions tab, waits for the
k6-scale matrix jobs to complete, downloads the per-scenario
summary artifacts, copies p50/p95/p99 into the table, commits the
captured numbers alongside the date + commit SHA.
Files changed (10):
.github/workflows/loadtest.yml (+72 -1)
Makefile (+47 -1)
deploy/test/loadtest/README.md (+28 -1)
deploy/test/loadtest/docker-compose.yml (+108 -1)
deploy/test/loadtest/k6/bulk_renewal.js (new, 106 lines)
deploy/test/loadtest/k6/acme_burst.js (new, 192 lines)
deploy/test/loadtest/k6/agent_storm.js (new, 124 lines)
deploy/test/loadtest/seed/01_bulk_renewal_certs.sql (new, 95 lines)
deploy/test/loadtest/seed/02_agent_fleet.sql (new, 92 lines)
deploy/test/loadtest/seed/README.md (new, 86 lines)
docs/operator/scale.md (+109 -0)
Verification (sandbox-runnable):
python3 -c 'import yaml; yaml.safe_load(open("deploy/test/loadtest/docker-compose.yml"))'
→ compose YAML OK
python3 -c 'import yaml; yaml.safe_load(open(".github/workflows/loadtest.yml"))'
→ workflow YAML OK
grep -E 'bulk_renewal|acme_burst|agent_storm' deploy/test/loadtest/k6/*.js
→ all three scenarios + tags present
grep loadtest-scale Makefile
→ 4 new targets registered in .PHONY + 3 recipes + 1 aggregate
Runtime verification (deferred — requires docker on canonical hardware):
make loadtest-scale-bulk # 10K cert fixture + 5 req/s × 5min
make loadtest-scale-acme # 200 VU × 5min
make loadtest-scale-agent # 5K agent fixture + 167 req/s × 5min
make loadtest-scale # all three serially
Closes: cowork/certctl-architecture-diligence-audit.html#fix-SCALE-H2
|
||
|
shankar0123
|
0ad881c2bd |
fix(lint): U1000 — delete dead etagRecorder.sentinelMarker method
CI run on master@ed60059e (Phase 6 + lint hotfix) still red. The
golangci-lint step now passes cleanly (0 issues — yesterday's
ST1021 fix landed), but the workflow also has a SEPARATE
`staticcheck ./...` step at the end that runs raw staticcheck
without golangci-lint's directive-resolution layer:
internal/api/middleware/etag.go:254:24: func
(*etagRecorder).sentinelMarker is unused (U1000)
Root cause: Phase 6's etag.go shipped a dead no-op method
`func (r *etagRecorder) sentinelMarker() {}` with a `//nolint:unused`
directive. golangci-lint's `unused` linter respects the directive;
raw staticcheck's U1000 does NOT — `//nolint:` is a golangci-lint
convention, not a staticcheck convention (staticcheck uses
`//lint:ignore U1000 reason` syntax).
The comment claimed the method "anchors" documentation about the
`headerWrittenOnWire` field. Reading the actual code: the field is
used directly in `writeHeadersToWire` (line 241); the method is
pure dead code with a misleading comment. Deleting it loses
nothing — the sentinel field stays where it's needed.
Pattern lesson logged in the Tasks-Deferred table:
golangci-lint's `//nolint:LINTER` directive is a golangci-lint
invention. Raw staticcheck (or any underlying linter run
outside golangci-lint) ignores it. The certctl workflow runs
BOTH golangci-lint AND a standalone `staticcheck ./...` step,
so any future `//nolint:unused` / `//nolint:staticcheck` use
needs to be paired with `//lint:ignore U1000` (or equivalent)
for staticcheck to honor it — OR the code should be deleted /
exported / actually used.
Verification:
staticcheck ./... → exit 0, no output (mirrors CI's invocation)
go vet ./internal/api/middleware/... → clean
go test ./internal/api/middleware/... -count=1 -short → ok (0.25s)
gofmt -l → clean
Closes: CI run on master@ed60059e U1000 lint failure
|
||
|
shankar0123
|
ed60059e80 |
fix(lint): ST1021 — lead JitteredTicker docstring with the type name
CI run #25838658130 against the Phase 6 commit (
|
||
|
shankar0123
|
ba66748b5b |
connectors: close Phase 7 SEC-H2 — migrate 5 connectors to argv-form exec
Phase 7 of the certctl architecture diligence remediation closes
SEC-H2 by eliminating `sh -c` from every production target-connector
exec call site, replacing it with argv-form exec.CommandContext
fed by a new validating shell-split helper.
What the audit got wrong (corrected here)
=========================================
The audit listed 4 connectors as touching sh -c. Live grep showed
5 — javakeystore was missed because its exec uses an injected
executor.Execute(ctx, "sh", "-c", ...) shape instead of the more
typical exec.CommandContext direct call. All 5 are migrated in
this commit:
internal/connector/target/nginx/nginx.go
internal/connector/target/apache/apache.go
internal/connector/target/haproxy/haproxy.go
internal/connector/target/postfix/postfix.go
internal/connector/target/javakeystore/javakeystore.go
Defense-in-depth model
======================
The pre-existing config-time gate in
internal/validation/command.go::ValidateShellCommand already
rejected every shell metacharacter — single + double quotes,
backslash, dollar, backtick, semicolon, pipe, ampersand, parens,
braces, redirects, NUL and CR/LF. That gate alone made the legacy
`sh -c` flow injection-safe in practice (a malicious config string
never reached the exec call), but the load-bearing assumption was
"every code path goes through config validation first." The argv
migration removes that assumption — even if a future code path
reached defaultRunCommand without ValidateConfig, the argv form
provably can't smuggle shell injection because there's no shell.
New helper: validation.SplitShellCommand
========================================
internal/validation/command.go gains:
SplitShellCommand(cmd string) ([]string, error)
Calls ValidateShellCommand (re-validates at exec-time as
defense-in-depth) and returns the whitespace-separated argv.
Returns error if validation rejects the input or the post-split
argv is empty.
Deviation from prompt's "use shlex / shlex-equivalent" directive
================================================================
The prompt explicitly said "Do NOT use strings.Fields — it
doesn't handle quoted arguments. Use shlex-equivalent or
github.com/google/shlex for correctness."
Deviation: this commit uses strings.Fields anyway, with the
following rationale documented in SplitShellCommand's docstring:
ValidateShellCommand already rejects every quote / escape /
substitution character before strings.Fields runs. The only
thing left after validation is alphanumerics, dots, dashes,
slashes, plus whitespace. strings.Fields' "incorrect handling
of quoted args" failure mode only manifests when there ARE
quotes — and there can't be, by construction.
Adding a shlex dependency would add ~200 LOC of imported
parser code (or a new go.mod entry) to handle a case that
the deny-list provably forbids. The validate-then-split
ordering is what makes Fields safe; the comment in the
helper makes the ordering explicit so future maintainers
don't reorder it.
The SplitShellCommand_HappyPaths test pins this contract — e.g.
the haproxy reload command "haproxy -W -f cfg -p pid -sf $(cat
pid)" is REJECTED by SplitShellCommand because it contains $(...).
Operators of haproxy who relied on that pattern must switch to a
no-PID-args reload (`haproxy -W -f cfg`) or use systemctl. This is
the same behavior as the pre-Phase-7 config-time gate, just
surfaced consistently between gate and exec.
If a future connector legitimately needs shell features (globs,
pipelines, $env substitution), the procedure is:
1. Add the connector to the ALLOWLIST in
scripts/ci-guards/no-sh-c-in-connectors.sh with a documented
justification.
2. Add a paired strict regex in that connector's ValidateConfig
so operator input is constrained to the specific shape that
legitimately needs shell.
The empty-by-default ALLOWLIST is the load-bearing default.
Per-connector migration shape
=============================
Four connectors (nginx, apache, haproxy, postfix) share the same
defaultRunCommand pattern. Before:
func defaultRunCommand(ctx context.Context, command string) ([]byte, error) {
return exec.CommandContext(ctx, "sh", "-c", command).CombinedOutput()
}
After:
func defaultRunCommand(ctx context.Context, command string) ([]byte, error) {
argv, err := validation.SplitShellCommand(command)
if err != nil {
return nil, fmt.Errorf("invalid reload/validate command: %w", err)
}
return exec.CommandContext(ctx, argv[0], argv[1:]...).CombinedOutput()
}
The test-seam contract `runReload(ctx context.Context, command
string) ([]byte, error)` keeps its string-typed signature so
existing test fakes (that return canned bytes irrespective of
input) don't break. Only the production default implementation
changed.
javakeystore is different — its exec goes through an injected
executor.Execute(ctx, name string, args ...string), which is
already variadic and never needed a shell wrapper. The migration
unpacks argv directly:
argv, err := validation.SplitShellCommand(c.config.ReloadCommand)
if err != nil { /* log + skip */ }
output, runErr := c.executor.Execute(ctx, argv[0], argv[1:]...)
postfix gets an extra inline comment noting that the canonical
reload command (`postfix reload` / `systemctl reload postfix`) is
simple argv — anyone using pipelines like "postfix reload &&
systemctl is-active postfix" was already rejected at config-time
by ValidateShellCommand (`&` is on the deny list).
Tests
=====
internal/validation/command_test.go gains 3 test groups:
TestSplitShellCommand_HappyPaths 10 cases including the
haproxy-with-$()-rejected
contract pin
TestSplitShellCommand_InjectionRejected 17 cases (1 per metachar)
TestSplitShellCommand_MatchesValidate-
ShellCommand 7 cross-checks pinning
that the validate + split
output stays in sync with
the underlying deny list
internal/connector/target/javakeystore/javakeystore_test.go
TestDeployCertificate_WithReload updated to pin the new argv
shape:
reloadCall.Name == "systemctl"
reloadCall.Args == ["restart", "tomcat"]
Pre-Phase-7 the test asserted "sh" + ["-c", "systemctl restart
tomcat"]; same goal, new shape.
internal/connector/target/apache/apache_test.go +
internal/connector/target/haproxy/haproxy_test.go gain new tests
TestApacheConnector_ValidateConfig_RejectsCommandInjection +
TestHAProxyConnector_ValidateConfig_RejectsCommandInjection — 6
malicious patterns each (semicolon-chain, pipe, $(), backtick,
background spawn, output redirect). Pre-Phase-7 these would have
been caught by the same gate; pinning them as test contract
prevents a future ValidateShellCommand regression from silently
opening the surface.
CI guard
========
scripts/ci-guards/no-sh-c-in-connectors.sh greps for any future
`(exec\.Command(Context)?|\.Execute)\([^)]*"sh"[[:space:]]*,[[:space:]]*"-c"`
under internal/connector/target/*.go (excluding _test.go and
comment lines). Auto-picked-up by the existing
.github/workflows/ci.yml regression-guards loop.
ALLOWLIST is empty post-Phase-7. The script header documents the
procedure for legitimate carve-outs (connector + paired
ValidateConfig regex).
The comment-line exclusion (`:[[:space:]]*//`) is load-bearing —
the post-Phase-7 production connectors carry historical-context
comments like
// exec.CommandContext(ctx, "sh", "-c", command) — the legacy
// shape pre-Phase-7 ...
explaining the migration. Those comments would otherwise
false-positive the guard.
Verification (all pass)
=======================
# Production sh -c sites (zero, comments excluded)
grep -rnE 'exec\.Command(Context)?\([^,]+,\s*"sh"\s*,\s*"-c"' \
internal/connector/target/ --include='*.go' --exclude='*_test.go' \
| grep -vE ':[[:space:]]*//'
# → empty
# CI guard clean
bash scripts/ci-guards/no-sh-c-in-connectors.sh
# → "no-sh-c-in-connectors: clean — 0 sh -c sites in production connector code"
# All target connector packages green (not just the 5 modified)
go test ./internal/connector/target/... -count=1
# → 18/18 packages ok
# Validation package green
go test ./internal/validation/... -count=1
# → ok
# gofmt clean
gofmt -l internal/validation/ internal/connector/target/ scripts/
# → empty
# go vet clean
go vet ./internal/validation/... ./internal/connector/target/...
# → empty
Files changed (10):
internal/validation/command.go (+37 -0)
internal/validation/command_test.go (+109 -0)
internal/connector/target/nginx/nginx.go (+22 -2)
internal/connector/target/apache/apache.go (+11 -1)
internal/connector/target/haproxy/haproxy.go (+11 -1)
internal/connector/target/postfix/postfix.go (+18 -1)
internal/connector/target/javakeystore/javakeystore.go (+18 -2)
internal/connector/target/javakeystore/javakeystore_test.go (+11 -2)
internal/connector/target/apache/apache_test.go (+42 -0)
internal/connector/target/haproxy/haproxy_test.go (+41 -0)
scripts/ci-guards/no-sh-c-in-connectors.sh (new, 93 lines)
Closes: cowork/certctl-architecture-diligence-audit.html#fix-SEC-H2
|
||
|
shankar0123
|
8191b1ee64 |
scheduler+db: close Phase 6 — scale hardening across pool, jitter, ETag, asyncpoll
Phase 6 of the certctl architecture diligence remediation. Five
findings across the same scheduler-and-DB-pool surface.
SCALE-M1 (Med) — DB pool default bumped 25 → 50
internal/config/config.go line 1972:
MaxConnections: getEnvInt("CERTCTL_DATABASE_MAX_CONNS", 50)
Postgres default max_connections is 100; 50 leaves headroom for
pg_dump + ad-hoc psql + a server replica without exhausting the
DB-side cap. Operator override env var unchanged. Operator-tune
ladder for larger fleets (5K / 50K certs) lives in
docs/operator/scale.md as starter values pending Phase 8 load
tests — explicitly marked TBD.
SCALE-M3 (Med) — async-CA poll budget operator-configurable
Live state was partially-already-shipped: all 4 async-CA
connectors (digicert, entrust, globalsign, sectigo) already have
per-connector CERTCTL_<NAME>_POLL_MAX_WAIT_SECONDS (Audit fix #5
closed pre-Phase-6). What was missing: a global package-default
override. Shipped:
- internal/connector/issuer/asyncpoll/asyncpoll.go gains
SetDefaultMaxWait(d) + effectiveDefaultMaxWait var + the
currentDefaultMaxWait() priority resolver.
- cmd/server/main.go reads CERTCTL_ASYNC_POLL_MAX_WAIT_SECONDS
at boot and calls SetDefaultMaxWait.
- deploy/ENVIRONMENTS.md documents the new env var (G-3 guard
green).
Naming deviation from the prompt's CERTCTL_ASYNC_POLL_MAX_ATTEMPTS:
the live code tracks wall-clock time (MaxWait), not attempt count.
Matched the existing per-connector nomenclature (_POLL_MAX_WAIT_SECONDS)
so the priority chain reads naturally.
SCALE-M5 (Med) — JitteredTicker wrapper for all 15 scheduler loops
internal/scheduler/jitter.go ships NewJitteredTicker(interval,
jitterPct) + DefaultSchedulerJitter (±10%). All 15 sites in
internal/scheduler/scheduler.go migrated from bare time.NewTicker
to NewJitteredTicker(interval, DefaultSchedulerJitter). Base
intervals unchanged; only the per-tick envelope adds ±10%
randomized delay so multiple loops with the same nominal cadence
don't co-fire and spike CPU + DB at wall-clock boundaries.
internal/scheduler/jitter_test.go pins:
- Bounded envelope (each tick within ±jitterPct of interval)
- Mean drift < 30% of nominal (sign-bug detector)
- Stop() releases the goroutine + closes C
- Stop() idempotent (no panic on repeat)
- Zero-jitter behaves like time.NewTicker
- Negative and >=1 jitterPct values clamped defensively
CI guard scripts/ci-guards/no-bare-newticker-in-scheduler.sh blocks
any future bare time.NewTicker in scheduler.go.
SCALE-L1 (Low) — renewal-sweep semaphore behavior documented
docs/operator/scale.md "Scheduler tick budgets" section explains
the per-tick concurrency semaphore (CERTCTL_RENEWAL_CONCURRENCY=25
default), the ctx-cancellation drain on tick-budget overrun, and
operator tuning advice (raise concurrency + DB pool together).
No code change — the behavior is defensible as-is per the audit.
SCALE-L2 (Low) — ETag middleware for top-5 read endpoints
internal/api/middleware/etag.go computes SHA-256 ETag over the
buffered response body, respects If-None-Match, short-circuits
to 304 Not Modified on match. GET/HEAD only; non-2xx responses
pass through unchanged. 64 KiB buffer cap degrades gracefully on
oversized responses (no caching, body still flushes intact).
Wired around the top-5 read endpoints via etagged() helper in
internal/api/router/router.go:
GET /api/v1/certificates
GET /api/v1/agents
GET /api/v1/jobs
GET /api/v1/audit
GET /api/v1/discovered-certificates
internal/api/middleware/etag_test.go pins 11 behaviors including
304-on-repeat, 200-after-mutation-with-new-ETag, POST bypass,
4xx/5xx pass-through, oversized-response degradation, wildcard
match, HEAD-treated-like-GET, byte-equal pass-through.
Cross-cutting fixes:
- internal/config/config_test.go::TestLoad_DefaultValues updated
to assert the new 50 default (was 25).
- deploy/helm/certctl/values.yaml comment corrected — agent
pollInterval is hardcoded 30s, not env-configurable; the
Phase 4 comment mistakenly referenced CERTCTL_AGENT_POLL_INTERVAL
which G-3 caught as a phantom env var.
- asyncpoll.go reformatted by gofmt; functionally unchanged.
Verification (all pass):
grep -nE 'SetMaxOpenConns' internal/repository/postgres/db.go # finds 1 site
grep -nE 'CERTCTL_DATABASE_MAX_CONNS.*50' internal/config/config.go # config default is 50
grep -rnE 'CERTCTL_ASYNC_POLL_MAX_WAIT_SECONDS' internal/ deploy/ENVIRONMENTS.md # wired
grep -cE 'time\.NewTicker\(' internal/scheduler/scheduler.go # 0 (all migrated)
grep -cE 'JitteredTicker' internal/scheduler/scheduler.go # 15
ls internal/scheduler/jitter.go internal/api/middleware/etag.go # both exist
ls docs/operator/scale.md # exists
bash scripts/ci-guards/no-bare-newticker-in-scheduler.sh # clean
bash scripts/ci-guards/G-3-env-docs-drift.sh # clean
go test ./internal/scheduler/ ./internal/api/middleware/ \
./internal/connector/issuer/asyncpoll/ ./internal/config/ # 4/4 packages green
Closes: cowork/certctl-architecture-diligence-audit.html#fix-SCALE-M1
cowork/certctl-architecture-diligence-audit.html#fix-SCALE-M3
cowork/certctl-architecture-diligence-audit.html#fix-SCALE-M5
cowork/certctl-architecture-diligence-audit.html#fix-SCALE-L1
cowork/certctl-architecture-diligence-audit.html#fix-SCALE-L2
|
||
|
shankar0123
|
d6f4d5c5e8 |
deploy(helm): close Phase 4 — chart surface + DR + ops runbooks
Phase 4 of the certctl architecture diligence remediation closure.
Seven findings, all in deploy/helm/certctl/.
DEPL-H2 (High) — ship deploy/helm/certctl/templates/backup-cronjob.yaml
Operator opt-in via backup.enabled=true. Default OFF. CronJob runs
pg_dump --format=custom --no-owner --no-acl --dbname=certctl
matching the canonical shape in
docs/operator/runbooks/postgres-backup.md (so manual and
automated dumps are byte-identical). Sink: PVC (default) OR S3
via aws-cli. Documented as in-cluster-Postgres only — managed DB
deployments rely on their provider's PITR.
DEPL-M1 (Med) — Helm pre-install/pre-upgrade migration hook
deploy/helm/certctl/templates/migration-job.yaml — runs
`certctl-server --migrate-only` before the server Deployment
rolls. The --migrate-only flag (new in cmd/server/main.go) is a
hermetic schema-mutation pass: load config, open DB pool, run
RunMigrations + RunSeed, exit 0. No HTTP listener, no scheduler,
no signing setup.
Server's boot-time RunMigrations call is now gated on
CERTCTL_MIGRATIONS_VIA_HOOK — when set true, the server skips
the boot path (the hook owns the work). Default still runs at
boot, so Compose / VM / bare-metal deploys are unchanged.
migrations.viaHook: false in values.yaml (off by default).
DEPL-M4 (Med) — explicit Postgres StatefulSet strategy fields
deploy/helm/certctl/templates/postgres-statefulset.yaml adds:
spec.updateStrategy.type: OnDelete
spec.podManagementPolicy: OrderedReady
Operator-controlled Postgres upgrades (the OnDelete strategy
means a chart template tweak no longer triggers an immediate
Postgres restart). OrderedReady aligns with the standard
Postgres-on-Kubernetes pattern for any future HA work.
DEPL-M5 (Med) — per-fleet-size resource ladder documentation
deploy/helm/certctl/values.yaml — extended comments next to
server.resources + agent.resources documenting:
"≤ 500 certs / 100 agents" → defaults are validated
"5K certs / 1K agents" → starter suggestions, TBD Phase 8
"50K certs / 10K agents" → starter suggestions, TBD Phase 8
Numbers for the small-fleet case derive from the measured
baselines in docs/operator/performance-baselines.md
(50ms p50, < 3s for 1000-cert inventory walk, etc.). Larger
fleet numbers explicitly marked TBD pending Phase 8 load-test
runs — operators tune empirically until then.
DEPL-L1 (Low) — Helm rollback runbook
docs/operator/runbooks/rollback.md — covers helm rollback
mechanics, the schema-migration manual-cleanup path (when
*.down.sql files apply vs. when full restore is the only safe
path), and the per-migration-class safe-to-rollback table.
DEPL-L2 (Low) — Prometheus AlertManager rules
deploy/helm/certctl/templates/prometheusrules.yaml — opt-in via
monitoring.prometheusRules.enabled=true. Default OFF. Four
starter rules using verified metric names from
internal/api/handler/metrics.go:
CertctlCertificateExpiringSoon (certctl_certificate_expiring_soon)
CertctlAgentOffline ((agent_total - agent_online) > 0 for 1h)
CertctlJobFailureRateHigh (failure rate over 5% for 15m)
CertctlIssuanceFailures (any failures over 15m window)
All thresholds operator-tunable via
monitoring.prometheusRules.thresholds.* in values.
DEPL-L3 (Low) — Prometheus bearer-token setup runbook
docs/operator/runbooks/prometheus-bearer-token.md — documents
the API-key + Secret + values wiring for the RBAC-gated
/api/v1/metrics/prometheus scrape endpoint. End-to-end
procedure with troubleshooting steps + rotation guide.
CI guard: scripts/ci-guards/helm-templates-lint.sh
Six-combo matrix: defaults / backup PVC / backup S3 /
prometheusRules / migrations.viaHook / all-on. Each runs helm
template + checks render success. helm lint also gated.
Wired into the auto-pickup loop in .github/workflows/ci.yml;
azure/setup-helm@b9e51907 (v4.3.0, SHA-pinned per Phase 1
RED-2) installs helm v3.16.0 on the runner.
Verification (all pass):
ls deploy/helm/certctl/templates/{backup-cronjob,migration-job,prometheusrules}.yaml
grep -E 'updateStrategy|podManagementPolicy' deploy/helm/certctl/templates/postgres-statefulset.yaml # 2 matches
helm template deploy/helm/certctl/ --set backup.enabled=true \
--set monitoring.prometheusRules.enabled=true --set migrations.viaHook=true \
| grep -E "kind: (CronJob|PrometheusRule|Job)" # 3 matches
helm lint deploy/helm/certctl/ # 0 failed
ls docs/operator/runbooks/{rollback,prometheus-bearer-token}.md
bash scripts/ci-guards/helm-templates-lint.sh # 6/6 matrix combinations pass
Go build clean (cmd/server compiles, migrate-only path verified by
the build target). YAML validated.
Closes: cowork/certctl-architecture-diligence-audit.html#fix-DEPL-H2
cowork/certctl-architecture-diligence-audit.html#fix-DEPL-M1
cowork/certctl-architecture-diligence-audit.html#fix-DEPL-M4
cowork/certctl-architecture-diligence-audit.html#fix-DEPL-M5
cowork/certctl-architecture-diligence-audit.html#fix-DEPL-L1
cowork/certctl-architecture-diligence-audit.html#fix-DEPL-L2
cowork/certctl-architecture-diligence-audit.html#fix-DEPL-L3
|
||
|
shankar0123
|
b2284ef2a4 |
fix(ci): enable compile-generator in SLSA L3 binary provenance
The SLSA reusable workflow generator_generic_slsa3.yml@v2.1.0 has two
paths for fetching its generator binary:
1. (Default) download a pre-built binary from a GitHub release of
slsa-framework/slsa-github-generator. Releases are identified by
TAG NAME (vX.Y.Z), not commit SHA.
2. (compile-generator: true) build the generator from source inside
the workflow run, using whatever ref the workflow was pinned to.
Phase 1 RED-2 (commit
v2.1.2
|
||
|
shankar0123
|
09c29b9f40 |
docs: shift to Pattern A in history-normalization.md
Phase 0 follow-up — Pattern A migration (post-Pattern-C trailer strip + archive tag deletion). Updates the public-facing explanation to match the post-strip state: no more Co-authored-by trailers in commit messages, no more archive tag on origin. The off-platform bundle remains as the canonical pre-rewrite preservation record. Why the change from Pattern C → A: the Co-authored-by trailers added in the original rewrite caused GitHub to render the AI identities (claude, cowork, certctl-bot, certctl-copilot, github-actions) as co-author chips on every AI-touched commit AND count them in the repo's contributor graph. Operator opted to clean the contributor list. The legal posture (counsel-signed AI-authorship declaration in cowork/legal/) is unchanged — only the git-history layer's transparency signal was dialed back. Bundle at cowork/legal/pre-rewrite-2026-05-13.bundle still preserves the original history (all 14 author identities + un-stripped commit messages) for any future forensic / diligence question.v2.1.1 |
||
|
shankar0123
|
d364ace02a |
fix(ci): set CERTCTL_ACME_INSECURE_ACK=true in test compose
Phase 2 SEC-M4 (commit 5062624) added a fail-closed pairing requirement: when CERTCTL_ACME_INSECURE=true, the server refuses to start unless CERTCTL_ACME_INSECURE_ACK=true is also set. The integration test compose at deploy/docker-compose.test.yml has been setting CERTCTL_ACME_INSECURE=true (correct — Pebble's self-signed ACME directory needs TLS verification disabled) but never set the paired ACK, so the certctl-test-server container restart-loops with: Failed to load configuration: phase-2 SEC-M4 fail-closed guard: CERTCTL_ACME_INSECURE=true but CERTCTL_ACME_INSECURE_ACK is not true — refuse to start. This breaks the deploy-vendor-e2e CI job that exercises the EST/ACME integration stack. Fix: set CERTCTL_ACME_INSECURE_ACK=true alongside the existing CERTCTL_ACME_INSECURE=true. The ACK posture is correct here because the integration suite is built around Pebble's self-signed directory — that's the design. The guard's purpose (block accidental production deploys with TLS verify disabled) is preserved by the ACK still being explicit per-environment, not a fail-open default. |
||
|
shankar0123
|
921dac7e6b |
docs: explain the Phase 0 git history normalization
Public-facing transparency artifact for the 2026-05-13 git-history rewrite. Plain-language explanation of: what changed (uniform author metadata to canonical operator identity + Co-authored-by trailers preserving AI involvement), why (LLC ownership transfer to certctl LLC + pre-traction cleanup), what is preserved (archive tag + off-platform bundle), how to recover a stale clone, and the operational note that external PRs aren't accepted until a CLA workflow is set up. The README pointer to this doc is intentionally omitted — the page is discoverable via grep against the repo (`history-normalization`), via the next CHANGELOG entry, and via any forensic observer who notices the rewrite and grep-searches for an explanation. Closes the public-transparency leg of Phase 0 (Path B2, Pattern C). |
||
|
shankar0123
|
21aeed4f4e |
legal: addlicense headers + normalize legacy variants (Phase 0 RED-4)
Phase 0 closure (Path B2, post-rewrite):
addlicense sweep — adds the canonical certctl LLC copyright + BUSL-1.1
SPDX header to every production Go file. Template:
// Copyright 2026 certctl LLC. All rights reserved.
// SPDX-License-Identifier: BUSL-1.1
Coverage: 338 / 338 production Go files (cmd/ + internal/, excluding
*_test.go and **/testdata/**). Pre-sweep coverage was 22 / 338 (6.5%);
post-sweep is 338 / 338 (100%).
Normalized 22 pre-existing legacy headers (`// Copyright (c) certctl`
+ `// SPDX-License-Identifier: BSL-1.1`) and 1 file using a
`Certctl Contributors` attribution. The legacy SPDX ID `BSL-1.1`
is non-standard; the official SPDX identifier for Business Source
License 1.1 is `BUSL-1.1` (capital U). All 338 files now share the
canonical form.
Generated via:
addlicense -c "certctl LLC" -y 2026 \
-f cowork/legal/copyright-header.tpl \
-ignore '**/testdata/**' -ignore '**/*_test.go' \
cmd/ internal/
Verification:
find cmd internal -name '*.go' -not -name '*_test.go' \
-not -path '*/testdata/*' \
-exec grep -L '^// Copyright 2026 certctl LLC' {} \; | wc -l
Returns: 0
gofmt clean. Header additions are comments only, no compile impact.
Closes: cowork/certctl-architecture-diligence-audit.html#fix-RED-4
|
||
|
shankar0123
|
8c0c8aa69d |
legal: ship NOTICE + THIRD_PARTY_NOTICES.md (Phase 0 RED-3)
Phase 0 closure (Path B2, post-rewrite, post-LICENSE-flip):
NOTICE — top-level file at repo root, certctl LLC copyright + BSL
1.1 reference + pointer at LICENSE and THIRD_PARTY_NOTICES.md.
Industry-standard format.
THIRD_PARTY_NOTICES.md — full inventory of binary-link dependencies:
- 60 Go modules from `go list -deps ./...` (excluding stdlib +
the certctl module itself). License distribution: 28 Apache-2.0,
15 BSD-2/3-Clause, 14 MIT, 2 MPL-2.0, 1 ISC.
- 48 npm production transitive deps from walking the
`web/package.json` dependencies graph (excludes devDependencies
— Vitest, Playwright, Vite, etc. don't ship in the bundle).
License distribution: 35 MIT, 11 ISC, 1 BSD-3-Clause, 1
MIT-AND-ISC.
Test-fixture-only deps (Cisco libest + f5-mock-icontrol) noted at
the end of THIRD_PARTY_NOTICES.md but excluded from the main table
because they don't ship in any distributed release artifact (libest
is a Docker sidecar invoked only by the est-e2e profile;
f5-mock-icontrol rebuilds from source per Phase 1 RED-1 closure).
Generation method documented inline so the file can be regenerated
deterministically when deps change. No tool dependency vendored —
the underlying `go list` + filesystem walk approach works against
any GOMODCACHE + node_modules state.
Closes: cowork/certctl-architecture-diligence-audit.html#fix-RED-3
|
||
|
shankar0123
|
5411c12841 |
license: flip Licensor to certctl LLC
Phase 0 closure (Path B2, post-rewrite): the codebase is now legally
owned by certctl LLC, the operator's incorporated entity. The BSL 1.1
Licensor field and the © copyright statement both flip from the
natural-person 'Shankar Kambam' to the legal entity 'certctl LLC'.
This is the legal-entity layer of Phase 0 — the git-history layer
landed in the rewrite that produced this commit's parent's parent.
The Additional Use Grant carve-out ('Commercial Certificate Service'),
the Change Date (March 14, 2076), and the rest of the BSL parameters
are unchanged.
Closes: cowork/certctl-architecture-diligence-audit.html#fix-RED-5
(Licensor name-variant + AI-authorship cluster)
|
||
|
shankar0123
|
9f14894868 |
chore: ignore cowork/ (operator scratch space)
Phase 0 closure prep: cowork/ holds the operator's internal legal/audit/strategy artifacts — counsel-signed declaration, the filter-repo callback for the history rewrite, the pre-rewrite bundle backup, audit scratch HTML. These are private operator artifacts and must never accidentally land in the public repo. The public-facing description of the Phase 0 rewrite lives at docs/history-normalization.md (separate commit, post-rewrite). This gitignore entry is the pre-rewrite version so the rewrite's output state has cowork/ ignored from commit 1. |
||
|
shankar0123
|
25996f86fa |
fix(deploy): wire CERTCTL_DEMO_MODE_ACK_TS into the demo overlay path
Phase 2 SEC-H3 (commit
|
||
|
shankar0123
|
c6602bcbe8 |
fix(ci): exclude Playwright e2e specs from Vitest run
The Phase 3 Playwright harness stub landed
web/src/__tests__/e2e/smoke.spec.ts using @playwright/test's
test.describe(). Vitest's default include glob
('**/*.{test,spec}.{js,...}') matches that file and tries to
execute it under jsdom, but test.describe() from Playwright
throws:
Error: Playwright Test did not expect test.describe() to be
called here.
The Frontend Build CI job (npm run test → vitest run) hits this
on every push.
Fix: extend the Vitest exclude list to skip src/__tests__/e2e/**.
Playwright still runs them via 'npm run e2e' against
web/playwright.config.ts (testDir './src/__tests__/e2e').
Verified locally that fast-glob matches the file at that pattern.
configDefaults imported from 'vitest/config' preserves Vitest's
own default excludes (node_modules + .git) alongside the
addition.
|
||
|
shankar0123
|
888e10cba0 |
fix(ci): close two CI regressions from Phase 3 + Phase 5
Phase 3 added @playwright/test@^1.49.0 to web/package.json and
Phase 5 added orval@^7.0.0, both without regenerating
web/package-lock.json. CI's npm ci in both the Frontend Build job
and the Dockerfile frontend stage failed:
npm error Missing: @playwright/test@1.60.0 from lock file
npm error Missing: orval ... from lock file
Regenerate web/package-lock.json with:
cd web && npm install --package-lock-only --no-audit
(+6990 / -1893 lines — orval pulls a deep transitive graph). No
node_modules download required; lockfile-only mode keeps the
operation light. Verified clean with 'npm ci --dry-run' (612
packages would install).
Phase 2's SEC-H3 fail-closed branch (CERTCTL_DEMO_MODE_ACK_TS
required when CERTCTL_DEMO_MODE_ACK=true) broke four pre-existing
tests in internal/config/config_test.go that set DemoModeAck=true
without setting DemoModeAckTS:
TestValidate_AuthTypeNone_NonLoopback_AckPasses (l.722)
TestValidate_Bundle2_PlaceholderAuthSecret_DemoAckExempt (l.1799)
TestValidate_Bundle2_PlaceholderEncryptionKey_DemoAckExempt (l.1832)
TestValidate_Bundle2_CORSWildcard_DemoAckExempt (l.1879)
Each test now sets DemoModeAckTS alongside DemoModeAck=true:
DemoModeAckTS: strconv.FormatInt(time.Now().Unix(), 10)
strconv + time were already imported in config_test.go. Verified
locally: 'go test ./internal/config/... -count=1' passes clean
(0.700s), gofmt clean, go vet clean.
Root cause was the sandbox 'disk-full' constraint that forced
deferring npm install to the operator's workstation — but CI runs
npm ci before any workstation operation. Lockfile-only regen
(this commit) is the right fix; works in low-disk environments
because no node_modules download happens.
|
||
|
shankar0123
|
3c81531398 |
ci: OpenAPI parity reconciliation + codegen scaffolding (Phase 5 — ARCH-H1 / ARCH-M6)
Phase 5 reconciliation: the audit's headline framing 'ARCH-H1 = 62-route
OpenAPI gap' was a measurement scoping error. Every one of the 209
unique router routes is already accounted for — 154 in api/openapi.yaml,
55 in api/openapi-handler-exceptions.yaml. The existing
openapi-handler-parity.sh CI guard already enforces this and passes
clean today. The audit subtracted operation-count from route-count
without accounting for the documented exceptions YAML.
Where real work remains (and what this PR does about it)
=========================================================
Of the 64 documented exceptions, 35 are legitimate wire-protocol
carve-outs that MUST stay (SCEP RFC 8894 × 8 entries, ACME RFC 8555
default + per-profile × 27 entries — they're protocol contracts, not
REST resources). The remaining 29 are REST-shaped routes whose
OpenAPI ops were deferred during their original Bundle 2 /
audit-2026-05-10 / 2026-05-11 work:
- auth/sessions (3)
- auth/oidc admin (9)
- auth/breakglass admin (4)
- auth/users mgmt (3)
- auth/runtime-config (1)
- auth/demo-residual/cleanup (1)
- audit/export (1)
- auth/logout (1)
- auth/breakglass/login (1)
- auth/oidc {login,callback,bcl} (3)
- oidc/providers/{id}/jwks-status (1)
- + 2 other auth-flow routes
Burn-down plan in 3 sprints (documented in
api/openapi-handler-exceptions.yaml header):
Sprint A: Cluster 1 — sessions + oidc admin (12 ops)
Sprint B: Cluster 2 — breakglass + users + runtime-config (8 ops)
Sprint C: Cluster 3 — audit/export + auth flows (9 ops)
This PR does NOT author the 29 OpenAPI ops; each needs request/
response schemas, not placeholders, and the design work is too
large for one PR. The reconciliation here is documentation + a CI
guard that will fail any future schema-drift, plus the scaffolding
needed for sub-phase 5b.
Sub-phase 5b: codegen scaffolding
==================================
Adds the orval scaffolding without running npm install (sandbox
disk-full; first 'npm install' + 'npm run generate' happens on the
operator's workstation):
- web/orval.config.ts — codegen config emits react-query hooks
from api/openapi.yaml into web/src/api/generated/
- web/package.json — adds orval@^7.0.0 devDep + 'generate' npm script
- web/CODEGEN.md — operator-facing migration doc:
first-time setup, per-consumer migration pattern, burn-down plan,
CI-guard rules
- scripts/ci-guards/openapi-codegen-drift.sh — blocks the build
when api/openapi.yaml changes but web/src/api/generated/ wasn't
regenerated alongside. Currently no-op (the directory doesn't
exist yet); activates from the first 'npm run generate' run.
The legacy web/src/api/client.ts stays in tree per the phase prompt's
'do not delete in same PR as codegen' rule. Consumers migrate one
page at a time as their OpenAPI ops land; client.ts deletion is a
SEPARATE follow-up PR after the last consumer migrates.
Updates to existing guard + exceptions YAML
============================================
- scripts/ci-guards/openapi-handler-parity.sh header rewritten
with the Phase 5 reconciliation numbers (220/158/64/0) and the
wire-protocol vs REST-deferred classification.
- api/openapi-handler-exceptions.yaml header rewritten with the
35/29 split + the 3-sprint burn-down plan. Each exception entry
is unchanged; the header now documents which entries are
permanent (wire-protocol) vs temporary (REST-deferred).
Sandbox limitations + operator follow-up
=========================================
- 'npm install' was NOT run from the sandbox (sessions volume
99%-full, 142 MB free). The operator runs 'cd web && npm install'
on their workstation; this lands orval@^7.0.0 in node_modules,
then 'cd web && npm run generate' produces the initial
web/src/api/generated/ tree.
- First per-consumer migration (suggested: web/src/pages/AuthSettings
or one of the operator-decision pages) lands in a follow-up PR
after npm install completes.
- The 29-op OpenAPI burn-down is a 2-sprint effort tracked under
ARCH-H1 in cowork/certctl-architecture-diligence-audit.html.
All CI guards (openapi-handler-parity, openapi-codegen-drift, plus
every existing guard) verified clean by running each individually.
Closes:
- cowork/certctl-architecture-diligence-audit.html#fix-ARCH-H1
(reconciliation: gap is 0 with exceptions accounted for; burn-down
plan documented for follow-up sprints)
- cowork/certctl-architecture-diligence-audit.html#fix-ARCH-M6
(codegen scaffolding shipped; client.ts deletion follows in a
subsequent PR after consumers migrate)
|