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Troubleshooting

This page is the diagnosis and solution guide for common issues encountered in Apinizer's installation environments. Pick the section matching your deployment method.

API Manager​

Container exits with URI is not set or DATABASE is not set​

A required env var is empty. Recreate the container with the variables populated. Watch out for shell quoting around ?replicaSet=…&authSource=… — pass via -e SPRING_DATA_MONGODB_URI="…" quoted or via an env-file.

Health endpoint returns 503 OUT_OF_SERVICE​

MongoDB is unreachable. Test from inside the container:

docker exec -it apinizer-apimanager sh -lc \
  "wget -qO- $SPRING_DATA_MONGODB_URI" 2>&1 | head

Memory tier: 1GB (heap 50%…) even though the host has 32 GB​

You did not pass --memory / mem_limit. The cgroup default is max and the auto-tuner falls back to total host memory. Set mem_limit to match what you want the container to use.

MongoDB connection times out​

  • Verify network reach: docker exec apinizer-apimanager sh -lc 'nc -zv mongo 25080'.
  • Check that the URI carries the correct replicaSet= and authSource=.
  • TLS to MongoDB: append &tls=true and mount the CA file.

Worker (Gateway)​

APINIZER_ENVIRONMENT_NAME mismatch → container starts but proxies don't load​

If the name does not match an Environment in the Manager UI exactly (case sensitive), no proxy snapshot is fetched and every request returns 404. Fix: correct the env var or create the Environment.

UnsatisfiedLinkError: brotli​

You are running a custom build of the Worker on Alpine. Switch back to the official apinizercloud/worker image (Ubuntu noble base).

EMFILE: too many open files​

Add --ulimit nofile=1048576:1048576 to docker run. Also check that /etc/security/limits.conf / the host's LimitNOFILE allows it.

Cache​

Members {size:1} on every node even though the peer list is correct​

  • Check HAZELCAST_CLUSTER_NAME matches on every node (case sensitive).
  • Verify 5701/tcp is reachable both ways: nc -zv <peer-ip> 5701 from each container.
  • On multi-host setups behind NAT (cloud), TCP/IP discovery requires routable, symmetric addresses.

Quotas reset unexpectedly​

The CACHE_QUOTA_TIMEZONE value differs from the Worker / Manager timezone. They must all agree.

Integration (Quartz)​

Quartz job didn't fire at the expected time​

  • Check INTEGRATION_TIMEZONE against the cron expression in the Manager.
  • Multiple Integration nodes with mismatched timezones cause inconsistent fires.

Container exits with Locked by another scheduler after a hard kill​

The previous container was SIGKILLed mid-trigger. The new container's lock-recovery sweep clears the stale row on startup; wait one clusterCheckin cycle (default 7.5 s) if needed.

Manager UI shows Integration as offline​

The Manager cannot reach http://<integration-host>:8092/. Verify the host/port in Manager UI, firewall, and that the Integration container has finished its boot sequence.

API Portal​

Container restarts in a loop with API_PORTAL_ID is not set​

A required env var is empty. Pass all three of API_PORTAL_ID, API_PORTAL_MANAGEMENT_API_BASE_URL, API_PORTAL_MANAGEMENT_API_KEY.

Home page returns 502 Bad Gateway​

The Portal cannot reach the Manager REST API. Check from inside the container:

docker exec apinizer-apiportal sh -lc \
  "wget --header='X-Apinizer-Api-Key: $API_PORTAL_MANAGEMENT_API_KEY' \
        -qO- $API_PORTAL_MANAGEMENT_API_BASE_URL/api/portal/v1/ping"

Common Issues (All Installation Types)​

Master key lost or inaccessible​

If the master key file (conf/master.key in standalone packages) is lost or deleted, all encrypted values (ENC(...) format) become unrecoverable. You must:

  1. Delete or rename conf/master.key
  2. Re-run the installer (e.g., apimanager-install.sh) to generate a new key
  3. Re-enter all sensitive values in plaintext into the config file
  4. Run the encrypt script again to re-encrypt with the new key
uyarı

Always maintain a secure backup of conf/master.key in your secrets vault. Treat it like a root password — loss means operational disruption.

MongoDB connection failures across modules​

Symptoms: Services exit immediately or frequently reconnect to MongoDB.

Diagnosis:

  • Test MongoDB reachability: nc -zv <mongo-host> 25080
  • Verify the connection string format: mongodb://user:pass@host:25080/?replicaSet=rs0&authSource=admin
  • Check that all modules use the same database name
  • Verify firewall rules permit traffic between service and MongoDB on 25080/tcp

Timezone misalignment causes quota/scheduling issues​

When modules have different timezone settings, quota counters reset at unexpected times and scheduled task flows fire inconsistently.

Solution: Ensure all modules use the same timezone offset:

  • API Manager — SPRING_TIMEZONE or OS default
  • Gateway (Worker) — WORKER_TIMEZONE environment variable (e.g., +03:00)
  • Cache — CACHE_QUOTA_TIMEZONE (e.g., +03:00)
  • Integration — INTEGRATION_TIMEZONE (IANA zone id, e.g., Europe/Istanbul)

Verify all values match before starting services.

Services fail to reach each other (networking)​

Different symptoms depending on which module cannot reach another:

Manager ↔ Worker: Worker proxy deployment fails, Manager UI shows environment as offline.

  • Test: From Manager host, curl -v http://<worker-host>:8091/server-status
  • Check firewall rules on 8091/tcp (Management API)

Worker ↔ Cache: Quotas and OIDC sessions do not sync across Worker instances.

  • Test: From Worker host, nc -zv <cache-host> 5701 and nc -zv <cache-host> 8090
  • Check firewall rules on 5701/tcp (Hazelcast wire) and 8090/tcp (Spring Boot HTTP)

Any module ↔ MongoDB: Service cannot fetch or persist configuration.

  • Test: nc -zv <mongo-host> 25080 from the service host
  • Check replica set name and authentication credentials in the connection string

Out of memory (OOM) / pod eviction​

Symptoms: Service restarts unexpectedly; exit code 137 (SIGKILL); heap dump written.

Actions:

  • Increase memory limits: Docker mem_limit, Kubernetes resources.requests.memory / resources.limits.memory
  • Review JVM heap flags (-Xms, -Xmx) in service configuration
  • Check for memory leaks in logs: OutOfMemoryError, repeated GC warnings
  • Monitor traffic volume — OOM is often a sign of under-provisioning for actual load

Always load-test on target hardware before changing JVM flags in production.

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