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3cd82ba5be
Every outbound POST /payments and POST /refunds from the Hyperswitch
client now carries an Idempotency-Key HTTP header. Key values are
explicit parameters at every call site — no context-carrier magic,
no auto-generation. An empty key is a loud error from the client
(not silent header omission) so a future new call site that forgets
to supply one fails immediately, not months later under an obscure
replay scenario.
Key choices, both stable across HTTP retries of the same logical
call:
* CreatePayment → order.ID.String() (GORM BeforeCreate populates
order.ID before the PSP call in ConfirmOrder).
* CreateRefund → pendingRefund.ID.String() (populated by the
Phase 1 tx.Create in RefundOrder, available for the Phase 2 PSP
call).
Scope note (reproduced here for the next reader who grep-s the
commit log for "Idempotency-Key"):
Idempotency-Key covers HTTP-transport retry (TLS reconnect,
proxy retry, DNS flap) within a single CreatePayment /
CreateRefund invocation. It does NOT cover application-level
replay (user double-click, form double-submit, retry after crash
before DB write). That class of bug requires state-machine
preconditions on VEZA side — already addressed by the order
state machine + the handler-level guards on POST
/api/v1/payments (for payments) and the partial UNIQUE on
`refunds.hyperswitch_refund_id` landed in v1.0.6.1 (for refunds).
Hyperswitch TTL on Idempotency-Key: typically 24h-7d server-side
(verify against current PSP docs). Beyond TTL, a retry with the
same key is treated as a new request. Not a concern at current
volumes; document if retry logic ever extends beyond 1 hour.
Explicitly out of scope: item D does NOT add application-level
retry logic. The current "try once, fail loudly" behavior on PSP
errors is preserved. Adding retries is a separate design exercise
(backoff, max attempts, circuit breaker) not part of this commit.
Interfaces changed:
* hyperswitch.Client.CreatePayment(ctx, idempotencyKey, ...)
* hyperswitch.Client.CreatePaymentSimple(...) convenience wrapper
* hyperswitch.Client.CreateRefund(ctx, idempotencyKey, ...)
* hyperswitch.Provider.CreatePayment threads through
* hyperswitch.Provider.CreateRefund threads through
* marketplace.PaymentProvider interface — first param after ctx
* marketplace.refundProvider interface — first param after ctx
Removed:
* hyperswitch.Provider.Refund (zero callers, superseded by
CreateRefund which returns (refund_id, status, err) and is the
only method marketplace's refundProvider cares about).
Tests:
* Two new httptest.Server-backed tests (client_test.go) pin the
Idempotency-Key header value for CreatePayment and CreateRefund.
* Two new empty-key tests confirm the client errors rather than
silently sending no header.
* TestRefundOrder_OpensPendingRefund gains an assertion that
f.provider.lastIdempotencyKey == refund.ID.String() — if a
future refactor threads the key from somewhere else (paymentID,
uuid.New() per call, etc.) the test fails loudly.
* Four pre-existing test mocks updated for the new signature
(mockRefundPaymentProvider in marketplace, mockPaymentProvider
in tests/integration and tests/contract, mockRefundPayment
Provider in tests/integration/refund_flow).
Subscription's CreateSubscriptionPayment interface declares its own
shape and has no live Hyperswitch-backed implementation today —
v1.0.6.2 noted this as the payment-gate bypass surface, v1.0.7
item G will ship the real provider. When that lands, item G's
implementation threads the idempotency key through in the same
pattern (documented in v107-plan.md item G acceptance).
CHANGELOG v1.0.7-rc1 entry updated with the full item D scope note
and the "out of scope: retries" caveat.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
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|---|---|---|
| .github | ||
| .husky | ||
| apps/web | ||
| chat_exports | ||
| config | ||
| dev-environment | ||
| docker/haproxy | ||
| docs | ||
| docs-assets/mermaid | ||
| fixtures | ||
| full_veza_audit_data | ||
| home/senke/git/talas/veza/apps/web/src | ||
| infra | ||
| k8s | ||
| loadtests | ||
| make | ||
| packages/design-system | ||
| prompts | ||
| proto | ||
| scripts | ||
| sub_task_agents | ||
| test-reports/20251226-132633 | ||
| tests | ||
| tmt | ||
| tools | ||
| veza-backend-api | ||
| veza-common | ||
| veza-docs | ||
| veza-stream-server | ||
| .cursorrules | ||
| .editorconfig | ||
| .gitattributes | ||
| .gitignore | ||
| .gitleaks.toml | ||
| .lighthouserc.js | ||
| .lintstagedrc.json | ||
| .nvmrc | ||
| CHANGELOG.md | ||
| CLAUDE.md | ||
| CONTRIBUTING.md | ||
| docker-compose.dev.yml | ||
| docker-compose.env.example | ||
| docker-compose.override.yml.example | ||
| docker-compose.prod.yml | ||
| docker-compose.staging.yml | ||
| docker-compose.test.yml | ||
| docker-compose.yml | ||
| env.remote-r720.example | ||
| generate_page_fix_prompts.sh | ||
| go.work | ||
| go.work.sum | ||
| Makefile | ||
| package-lock.json | ||
| package.json | ||
| README.md | ||
| RELEASE_NOTES_V1.md | ||
| run-audit.sh | ||
| rust-toolchain.toml | ||
| status.sh | ||
| turbo.json | ||
| Untitled | ||
| VERSION | ||
| VEZA_VERSIONS_ROADMAP.md | ||
Veza Monorepo
Version courante : v1.0.4 (cleanup + consolidation post-audit). Voir CHANGELOG.md et docs/PROJECT_STATE.md.
Project Structure
apps/web— Frontend React 18 + Vite 5 + TypeScript strict (source of truth for the UI)veza-backend-api— Main Go 1.25 API service (Gin, GORM, Postgres, Redis, RabbitMQ, Elasticsearch). Handles REST, WebSocket, and chat (chat server was merged into this service in v0.502).veza-stream-server— Rust streaming server (Axum 0.8, Tokio 1.35, Symphonia) — HLS, HTTP Range, WebSocket, gRPCveza-common— Shared Rust types and loggingpackages/design-system— Shared design tokens
See CLAUDE.md for the full architecture map.
Development Setup
Prerequisites: Node 20 (see .nvmrc), Go, Rust, Docker. Configure .env from .env.example.
# Verify environment
make doctor
./scripts/validate-env.sh development
# Install dependencies
make install-deps
# Option A — Backend in Docker + Web local
make dev
# Option B — All apps local with hot reload (infra from docker-compose.dev.yml)
make dev-full
# Option C — Infra only, then run services manually
docker compose -f docker-compose.dev.yml up -d
make dev-web # or make dev-backend-api, make dev-stream-server
See docs/ENV_VARIABLES.md for required variables. make build builds all services.
Quick Start
Frontend only
cd apps/web
npm install
npm run dev
Docker Production
Canonical production compose file: docker-compose.prod.yml
docker compose -f docker-compose.prod.yml up -d
See make/config.mk for COMPOSE_PROD and deployment docs.
CI/CD
- Badge : CI status above. Set
SLACK_WEBHOOK_URL(Incoming Webhook) in repo secrets to receive Slack notifications on failure.
Disabled workflows
- Storybook (
chromatic.yml.disabled,storybook-audit.yml.disabled,visual-regression.yml.disabled): deferred until MSW is wired up for/api/v1/auth/meand/api/v1/logs/frontend, which currently causes ~1 400 network errors in the Storybook build. The npm scripts (storybook,build-storybook) still work locally for one-off component inspection. To reactivate in CI, fix the MSW handlers and rename the three files back to.yml.
Documentation
- Developer Onboarding — Setup, architecture, conventions, troubleshooting
- Documentation index — Index complet de la documentation
- See
docs/for detailed architecture and development guides. Older audits and reports are archived indocs/archive/.