Validate Apache Release
Note: this doc will be updated continuously. Use Java 17 to build and verify HugeGraph 1.8.0 release packages (the Maven build accepts only JDK 17); use Java 11 for 1.7.0. Since version 1.5.0, components other than the client no longer support Java 8.
Graduation note: Apache HugeGraph graduated in January 2026. Official release voting is now completed within the HugeGraph community (PMC binding votes on
dev@hugegraph.apache.org), and no longer requires Incubatorgeneral@incubator.apache.orgapproval.
Automated release validation
The workflow and dist/validate-release.sh use the same Java 17 checks. Specify the package version and SVN RC path separately,
and use the Maven staging repository from the vote email. The four Server/Toolchain source and binary archives are required.
The same directory may also contain AI and Computer source archives. Every archive must include SHA512 and GPG signatures;
unknown packages and mismatched versions are rejected. All present archives receive integrity, contents and license checks;
Computer sources are also rebuilt with Maven. AI and Computer product runtime validation remains a separate task.
Strict RC validation builds with fresh, separate Maven repositories and does not preinstall a local Server SDK.
It validates both source-built and downloaded binaries through Server, Client, ordinary Loader, Tools and Hubble business assertions.
Logs remain available after failures. The source-prevalidation workflow mode uses exact Server/Toolchain commit SHAs and unsigned archives;
its result does not prove real RC signatures, downloads or remote staging dependency resolution.
Review license-review-*.txt for license choices and exceptions; explicit Category-X-only dependencies block validation.
Automatic success does not approve the release.
The console and GitHub Job Summary show the result, failed phase, review notes and log location. Source prevalidation is clearly separate from RC acceptance.
See the validator instructions for local prevalidation and evidence paths.
Verification
When the internal temporary release and packaging work is completed, other community developers ( especially PMC) need to participate in verification based on ASF release policy and checklist references:
- ASF release policy
- Incubator checklist (historical reference) To ensure the “correctness + completeness” of someone’s published version, here requires **everyone ** to participate as much as possible, and then explain which items you have checked in the subsequent email reply.(The following are the core items)
1. prepare
If there is no svn or gpg or wget environment locally, it is recommended to install it first
(windows recommend using WSL2 environment, or at least git-bash), also make sure to install java
(Java 17 for HugeGraph 1.8.0+, Java 11 for 1.7.0) and maven software (≥ 3.6.3)
2. check hash value
First you need to check the file integrity of the source + binary package, Verify by shasum to
ensure that it is consistent with the hash value published on apache/GitHub (Usually sha512), Here
is the same as the last step of 0x02 inspection.
3. check gpg signature
This is to ensure that the published package is uploaded by a reliable person. Assuming tom signs and uploads, others should download A’s public key and then perform signature confirmation.
Related commands:
Require exit code zero and a VALIDSIG fingerprint matching the vote signer. When a signing subkey is used, compare its reported
primary-key fingerprint. A key-trust warning alone does not invalidate a signature; do not infer success from localized Good signature text.
Stop on REVKEYSIG, EXPKEYSIG or EXPSIG, even alongside VALIDSIG or exit code zero; ask the release manager to review or update the candidate.
See the GnuPG status format.
First confirm the overall integrity/consistency, and then confirm the specific content (key)
4. Check the archive contents
Check the contents of the archive downloaded from preparation work. Divided into two aspects: source code package + binary package, The source code package is stricter, it can be said that the core part (Because it is longer, For a complete list refer to the official Wiki)
A. source package
After decompressing *hugegraph*src.tar.gz, Do the following checks:
- package/folder naming should match the release line (historical releases may still contain
incubating), and no empty files/folders LICENSE+NOTICEexist and the content is normal;DISCLAIMERis required for historical incubating artifacts- does not exist binaries (without LICENSE)
- The source code files all contain the standard
ASF Licenseheader (this could be done with theMaven-MATplugin) - Check whether the
pom.xmlversion number of each parent/child module is consistent (and meet expectations) - Finally, make sure the source code works/compiles correctly
The manual Maven command must use settings pointing to the staging repository from the vote email and a fresh local repository. Do not preinstall local Server SDK artifacts to hide missing staged dependencies. The automated validator configures these settings for you.
B. binary package
After decompressing xxx-hugegraph.tar.gz, perform the following checks:
- package/folder naming should match the release line (historical releases may still contain
incubating) LICENSEandNOTICEfile exists and the content is normal (DISCLAIMERapplies to historical incubating artifacts)- start server
Note: If a third-party dependency is introduced in the binary package, you need to update the LICENSE and add the third-party dependent LICENSE; if the third-party dependent LICENSE is Apache 2.0, and the corresponding project contains NOTICE, you also need to update Our NOTICE file
5. Check the official website and GitHub and other pages
- Make sure that the official website at least meets apache website check, and no circular links, etc.
- Update download link and release notes updated
- …
Mail Template
After the check & test, you should reply to the mail with the following content: (normal devs & PMC)
and the PMC members should reply with binding, it’s important for summary the valid votes: