Apigee に関する既知の問題

cachehit フロー変数が LookupCache ポリシーの後に使用されている場合、非同期動作のデバッグポイントがディスパッチされる方法が原因で、LookupPolicy はコールバックが実行される前に DebugInfo オブジェクトにデータを入力し、エラーが発生します。

回避策: 1 回目の呼び出しの直後に、このプロセスを繰り返して（2 回目の呼び出しを実行します）。

InvalidateCache ポリシーで PurgeChildEntries を設定すると、KeyFragment 要素の値のみがパージされますが、キャッシュ全体が消去されます。

回避策: KeyValueMapOperations ポリシーを使用してキャッシュのバージョニングを反復処理し、キャッシュの無効化を回避します。

これは、異なるリビジョンを使用して CI/CD デプロイ パイプラインの同時実行が行われた場合などに発生することがあります。この問題を回避するには、現在のデプロイが完了する前に API プロキシまたは SharedFlow をデプロイしないようにします。

回避策: API プロキシまたは SharedFlow の同時デプロイを回避します。

Edge API Analytics には、API 呼び出しの重複データが含まれることがあります。その場合、Edge API Analytics の API 呼び出しのカウントは、サードパーティの分析ツールに表示される同等の値よりも高くなります。

回避策: アナリティクス データをエクスポートし、gateway_flow_id フィールドを使用してデータを重複除去します。

• Apigee Edge は、仕様エディタを使用して仕様を作成する場合や、ポータルで SmartDocs を使用して API を公開する場合に OpenAPI 仕様 3.0 をサポートしていますが、一部の機能は、現時点ではサポートされていません。

  たとえば、OpenAPI 仕様 3.0 の次の機能は現時点ではサポートされていません。

  • スキーマを結合して拡張するための allOf プロパティ
  • リモート参照

  サポートされていない機能が OpenAPI 仕様で参照されると、ツールはその機能を無視し、API リファレンス ドキュメントをレンダリングする場合があります。それ以外の場合、サポートされていない機能によってエラーが発生し、API リファレンス ドキュメントの正常なレンダリングができないようにします。いずれの場合も、今後のリリースでサポートされるまで、OpenAPI 仕様を変更して、サポートされていない機能の使用を避ける必要があります。

  注: 仕様エディタは API リファレンス ドキュメントのレンダリング時に SmartDocs よりも制限が少ないため、ツールによって結果が異なる場合があります。

• ポータルでこの API を試しに使用すると、OpenAPI 仕様の consumes に設定されている値に関係なく、Accept ヘッダーが application/json に設定されます。
• 138438484: 複数のサーバーはサポートされていません。

• 現時点では、複数のユーザーによる同時のポータルの更新（ページ、テーマ、CSS、スクリプトの編集など）はサポートされていません。
• API リファレンス ドキュメントのページをポータルから削除した場合、再作成する方法はありません。API プロダクトを削除して再度追加し、API リファレンス ドキュメントを再生成する必要があります。
• コンテンツ セキュリティ ポリシーを構成するときには、変更が完全に適用されるまで最大で 15 分かかることがあります。
• ポータルのテーマをカスタマイズするときには、変更が完全に適用されるまで最大で 5 分かかることがあります。

• 今後のリリースで、検索は統合ポータルに統合される予定です。

A vulnerability (CVE-2026-42945) was disclosed affecting the ngx_http_rewrite_module in NGINX. Security scanning tools may flag the NGINX binaries included with Apigee Edge for Private Cloud because this module is statically compiled into NGINX.

Impact on Apigee Edge for Private Cloud:

Apigee Edge for Private Cloud is not affected by this vulnerability in its default, shipped configuration. The exploitability of CVE-2026-42945 is dependent on specific NGINX configuration patterns, notably the use of the rewrite directive in a particular sequence. These patterns are not present in any standard Apigee Edge for Private Cloud NGINX configurations.

Action Required:

• For Default Apigee Edge for Private Cloud Configurations: No patches, upgrades, or operational changes are required. Scanner findings regarding CVE-2026-42945 can be treated as false positives for default installations. You can use the following text to document this exception in your vulnerability management system:

  CVE-2026-42945 — Accepted exception (false positive for Apigee Edge for Private Cloud). Apigee Edge for Private Cloud does not use the rewrite directive in any shipped NGINX configuration. The vulnerable code path in ngx_http_rewrite_module is configuration-gated and is not reachable in the default Apigee Edge for Private Cloud deployment.

• For Customized NGINX Configurations: If you have manually modified the NGINX configuration files within your Apigee Edge for Private Cloud installation (for example, under /opt/nginx), you should perform the following self-check to ensure your customizations have not inadvertently introduced the vulnerable pattern:
  1. Check for rewrite directive: On each NGINX node, run the command:

     sudo grep -rnI '^\s*rewrite\b' /opt/nginx

  2. Analyze Results:
     • If the command returns no output, your system is not affected.
     • If matches are found, review each instance. The vulnerability is present only if all the following conditions are met for a given block:
       • The rewrite directive is used.
       • It is immediately followed by another rewrite, if, or set directive within the same configuration block.
       • An unnamed PCRE capture group (for example, $1, $2, etc.) is used in the directives.
       • The replacement string in the directive contains a question mark (?).
  3. Mitigation (if vulnerable): If all the above conditions are true for any part of your custom configuration, mitigate by:
     • Removing the question mark (?) from the replacement string.
     • Using named PCRE capture groups instead of unnamed ones.
     • Re-evaluating the need for the chained directives.

In Edge for Private Cloud 4.53.00 and later, the UI displays an "End of Life" (EOL) warning pop-up. This warning appears
repeatedly and cannot be prevented or reduced in frequency.

There is currently no method available for users to disable or reduce the frequency of this EOL warning.

This issue affects only those who are using MINT or have MINT enabled in Edge for Private Cloud installations.

Component affected: edge-message-processor

Issue: If you have monetization enabled and are installing 4.52.01 as a fresh install or upgrading from previous Private Cloud versions, you will encounter an issue with message processors. There will be a gradual increase in open thread count leading to resource exhaustion. The following exception is seen in edge-message-processor system.log:

Error injecting constructor, java.lang.OutOfMemoryError: unable to create new native thread

A Denial-of-Service (DoS) vulnerability was recently discovered in multiple implementations of the HTTP/2 protocol (CVE-2023-44487), including in Apigee Edge for Private Cloud. The vulnerability could lead to a DoS of Apigee API management functionality. For more details, see Apigee Security Bulletin GCP-2023-032.

The Edge for Private Cloud router and management server components are exposed to the internet and can potentially be vulnerable. Although HTTP/2 is enabled on the management port of other Edge-specific components of Edge for Private Cloud, none of those components are exposed to the internet. On non-Edge components, like Cassandra, Zookeeper and others, HTTP/2 is not enabled. We recommend that you take the following steps to address the Edge for Private Cloud vulnerability:

• Steps for Edge for Private Cloud versions 4.51.00.11 or newer
• Steps for Edge for Private Cloud versions older than 4.51.00.11

Follow these steps if you are using Edge Private Cloud versions 4.51.00.11 or newer:

1. Update the management server:

   1. On each management server node, open /opt/apigee/customer/application/management-server.properties
   2. Add this line to the properties file:

      conf_webserver_http2.enabled=false

   3. Restart the management server component:

      apigee-service edge-management-server restart

2. Update the message processor:

   1. On each message processor node, open /opt/apigee/customer/application/message-processor.properties
   2. Add this line to the properties file:

      conf_webserver_http2.enabled=false

   3. Restart the message processor component:

      apigee-service edge-message-processor restart

3. Update the router:

   1. On each router node, open /opt/apigee/customer/application/router.properties
   2. Add this line to the properties file:

      conf_webserver_http2.enabled=false

   3. Restart the message processor component:

      apigee-service edge-router restart

4. Update QPID:

   1. On each QPID node, open /opt/apigee/customer/application/qpid-server.properties
   2. Add this line to the properties file:

      conf_webserver_http2.enabled=false

   3. Restart the message processor component:

      apigee-service edge-qpid-server restart

5. Update Postgres:

   1. On each Postgres node, open /opt/apigee/customer/application/postgres-server.properties
   2. Add this line to the properties file:

      conf_webserver_http2.enabled=false

   3. Restart the message processor component:

      apigee-service edge-postgres-server restart

Follow these steps if you are using Edge for Private Cloud versions older than 4.51.00.11:

1. Update the management server:

   1. On each management server node, open /opt/apigee/customer/application/management-server.properties
   2. Add the following two lines to the properties file:

      conf_webserver_http2.enabled=false
      conf/webserver.properties+http2.enabled=false

   3. Restart the management server component:

      apigee-service edge-management-server restart

2. Update the message processor:

   1. On each message processor node, open /opt/apigee/customer/application/message-processor.properties
   2. Add the following two lines to the properties file:

      conf_webserver_http2.enabled=false
      conf/webserver.properties+http2.enabled=false

   3. Restart the message processor component:

      apigee-service edge-message-processor restart

3. Update the router:

   1. On each router node, open /opt/apigee/customer/application/router.properties
   2. Add the following two lines to the properties file:

      conf_webserver_http2.enabled=false
      conf/webserver.properties+http2.enabled=false

   3. Restart the message processor component:

      apigee-service edge-router restart

4. Update QPID:

   1. On each QPID node, open /opt/apigee/customer/application/qpid-server.properties
   2. Add the following two lines to the properties file:

      conf_webserver_http2.enabled=false
      conf/webserver.properties+http2.enabled=false

   3. Restart the message processor component:

      apigee-service edge-qpid-server restart

5. Update Postgres:

   1. On each Postgres node, open /opt/apigee/customer/application/postgres-server.properties
   2. Add the following two lines to the properties file:

      conf_webserver_http2.enabled=false
      conf/webserver.properties+http2.enabled=false

   3. Restart the message processor component:

      apigee-service edge-postgres-server restart

Apigee-postgresql is having issues with upgrading from Edge for Private Cloud version 4.50 or 4.51 to version 4.52. The issues mainly occur when the number of tables is greater than 500.

You can check the total number of tables in Postgres by running the SQL query below:

select count(*) from information_schema.tables

Workaround: When Updating Apigee Edge 4.50.00 or 4.51.00 to 4.52.00, be sure to perform the preliminary step before upgrading Apigee-postgresql.

149245401: LDAP connection pool settings for JNDI configured through the LDAP resource are not reflected, and JNDI defaults cause single-use connections each time. As a result, connections are being opened and closed each time for single use, creating a large number of connections per hour to the LDAP server.

Workaround:

In order to change the LDAP connection pool properties, do the following steps to set a global change across all LDAP policies.

1. Create a configuration properties file if it does not already exist:

   /opt/apigee/customer/application/message-processor.properties

2. Add the following to the file (replace values of Java Naming and Directory Interface (JNDI) properties based on your LDAP resource configuration requirement).

   bin_setenv_ext_jvm_opts="-Dcom.sun.jndi.ldap.connect.pool.maxsize=20
   -Dcom.sun.jndi.ldap.connect.pool.prefsize=2
   -Dcom.sun.jndi.ldap.connect.pool.initsize=2
   -Dcom.sun.jndi.ldap.connect.pool.timeout=120000
   -Dcom.sun.jndi.ldap.connect.pool.protocol=ssl"

3. Make sure the file /opt/apigee/customer/application/message-processor.properties is owned by apigee:apigee.
4. Restart each message processor.

To verify that your connection pool JNDI properties are taking effect, you can perform a tcpdump to observe the behavior of the LDAP connection pool over time.

139051927: High proxy processing latencies found in the Message Processor are affecting all API Proxies. Symptoms include 200-300ms delays in processing times over normal API response times and can occur randomly even with low TPS. This can occur when than more than 50 target servers in which a message processor makes connections.

Root cause: Message processors keep a cache that maps target server URL to HTTPClient object for outgoing connections to target servers. By default this setting is set to 50 which may be too low for most deployments. When a deployment has multiple org/env combinations in a setup, and have a large number of target servers that exceed 50 altogether, the target server URLs keep getting evicted from cache, causing latencies.

Validation: To determine if target server URL eviction is causing the latency problem, search the Message Processor system.logs for keyword "onEvict" or "Eviction". Their presence in the logs indicate that target server URLs are getting evicted from the HTTPClient cache because the cache size is too small.

Workaround: For Edge for Private Cloud versions 19.01 and 19.06, you can edit and configure the HTTPClient cache, /opt/apigee/customer/application/message-processor.properties:

conf/http.properties+HTTPClient.dynamic.cache.elements.size=500

Then restart the message processor. Make the same changes for all message processors.

The value 500 is an example. The optimal value for your setup should be greater than the number of target servers that the message processor would connect to. There are no side effects from setting this property higher, and the only affect would be an improved message processor proxy request processing times.

Note: Edge for Private Cloud version 50.00 has the default setting of 500.

157933959: Concurrent inserts and updates to the same key value map (KVM) scoped to the organization or environment level causes inconsistent data and lost updates.

Note: This limitation only applies to Edge for Private Cloud. Edge for Public Cloud and Hybrid do not have this limitation.

For a workaround in Edge for Private Cloud, create the KVM at the apiproxy scope.