leyu-data-collection-platform/leyu-backend
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Code quality scan: 80 findings (C, 68/100)
Hi @leyu-data-collection-platform, an automated scan of this repository surfaced **80 code-quality findings** that may be worth a look.
Full details, severity filters, and per-file context are at the link below — feel free to close this issue if it isn't useful to you.
## Full interactive report
**https://repobility.com/scan/6c5a106f-90dc-4a48-8512-e9510a7801a0/**

## At a glance
- **Score**: `68/100` • **Grade**: `C`
- **Scanned**: `2026-05-16 17:59 UTC`
- **Lines of code**: 37,826
- **Total findings**: 80
- **Security-tagged**: 33
- **Credential / secret patterns**: 0
## Top issues, with file & line
_These are deterministic rule-based findings — the file paths and line numbers below are real and can be verified in your tree._
1. **[high]** [SEC029] Server-Side Request Forgery (SSRF) — outbound HTTP from user input: Outbound HTTP request to a user-controlled URL without allowlist validation. Attackers can probe internal services (169.254.169.254 metadata, internal Kubernetes endpoints, file:// URIs), exfiltrate data, or pivot through your network. SSRF is OWASP A10:2021 and a frequent foothold in cloud breaches. — `src/auth/controller/user.controller.ts:594`
_Validate the URL against an allowlist BEFORE fetching: ALLOWED = {'images.example.com', 'cdn.example.com'} host = urlparse(url).hostname if host not in ALLOWED: abort(400)…_
2. **[high]** [SEC029] Server-Side Request Forgery (SSRF) — outbound HTTP from user input: Outbound HTTP request to a user-controlled URL without allowlist validation. Attackers can probe internal services (169.254.169.254 metadata, internal Kubernetes endpoints, file:// URIs), exfiltrate data, or pivot through your network. SSRF is OWASP A10:2021 and a frequent foothold in cloud breaches. — `src/auth/service/auth.service.ts:72`
_Validate the URL against an allowlist BEFORE fetching: ALLOWED = {'images.example.com', 'cdn.example.com'} host = urlparse(url).hostname if host not in ALLOWED: abort(400)…_
3. **[high]** [SEC029] Server-Side Request Forgery (SSRF) — outbound HTTP from user input: Outbound HTTP request to a user-controlled URL without allowlist validation. Attackers can probe internal services (169.254.169.254 metadata, internal Kubernetes endpoints, file:// URIs), exfiltrate data, or pivot through your network. SSRF is OWASP A10:2021 and a frequent foothold in cloud breaches. — `src/auth/service/User.service.ts:113`
_Validate the URL against an allowlist BEFORE fetching: ALLOWED = {'images.example.com', 'cdn.example.com'} host = urlparse(url).hostname if host not in ALLOWED: abort(400)…_
4. **[high]** Database service publishes a host port — `docker-compose.yaml:16`
_Publishing database ports to the host increases exposure. Internal Compose networking usually only needs expose, not ports._
5. **[high]** Database service publishes a host port — `docker-compose.yaml:2`
_Publishing database ports to the host increases exposure. Internal Compose networking usually only needs expose, not ports._
See all 80 findings, with severity filters and AI fix prompts: **https://repobility.com/scan/6c5a106f-90dc-4a48-8512-e9510a7801a0/**
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**What is this?** [Repobility](https://repobility.com) is a research project that scans public repositories with a multi-layer static analyzer (rule-based, no AI hallucinations) and learns code-quality patterns across a broad cross-repo corpus. This is **not a sales pitch** — there's no paywall, no signup required to view the report, and no payment ask. If the findings aren't useful, please close this issue and we won't post again.
**To re-run after fixes land:** paste your repo URL at [repobility.com](https://repobility.com) — fresh scan, free.
_Issue filed via the public Repobility report at https://repobility.com/scan/6c5a106f-90dc-4a48-8512-e9510a7801a0/._
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