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Informational 14 Bitcoin

android: use plain 'build' dependency (using 'venv') instead of 'build[virtualenv]', remove setuptools as its use is now pinned via hostpython_prerequisites where applicable, update depends asserts in pyqt6sip, sip, pyqt_builder

Public commit record

What the developer wrote

Authored by Sander van Grieken

73/100 · Adequate
android: use plain 'build' dependency (using 'venv') instead of 'build[virtualenv]',
remove setuptools as its use is now pinned via hostpython_prerequisites where applicable,
update depends asserts in pyqt6sip, sip, pyqt_builder
✓ Specific, descriptive subject✓ Names a concrete action or component✓ Provides detailed explanatory context
The short version

What changed, and why it matters

This commit updates how Electrum's Android build system installs Python packaging tools. It switches from a feature-rich 'build[virtualenv]' dependency to a simpler 'build' dependency, removes a custom pinned recipe for setuptools, and moves setuptools into a new 'hostpython_prerequisites' mechanism for some recipes. It also updates version assertions for packaging, pyqt6sip, sip, and pyqt_builder to match a newer python-for-android version. There is no direct security fix visible in the diff; it appears to be build-system maintenance.

Recommended action

Treat as routine build-system hygiene. Review the upstream python-for-android changelog between commits 0b9f7e76 and 43dfdfae for any security-relevant changes. Verify that the new hostpython_prerequisites mechanism still pins setuptools to the expected hash and that removing the custom setuptools recipe does not weaken reproducible-build guarantees.

Security signals we found

01

Dependency pinning and recipe maintenance for Android build chain

02

Removal of custom setuptools recipe in favor of upstream hostpython_prerequisites mechanism

03

Update of python-for-android pinned commit in Dockerfile

04

No direct patch of vulnerability, memory safety issue, or cryptographic flaw visible in diff

Risk score

Why this scored 14/100

Our methodology →
Potential impact 2/30
Exploitability 2/25
Stealth signal 2/15
Affected reach 3/15
Confidence 3/10
Evidence quality 2/5
Human-validated context

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