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Informational 15 Bitcoin

build: initial re-work of the ci pipeline

Public commit record

What the developer wrote

Authored by Daniel Newton

100/100 · Strong
build: initial re-work of the ci pipeline

Split up and rename the various build stages to reflect what they do and
disambiguate e.g. building from flashing/testing. Use consistent naming
for jobs/config then leverage it to reduce boilerplate repetition.

Generate the CI build config from the developer build config, then remove
the developer build-only CI step.

Update the v2.0 developer build config to use JTAG so flashing between
it and CI builds doesn't require physically switching to JTAG mode.

Collate the build artifacts into a single download for release, pre-sign
the dev images for release automatically. Ensure sequential access to devices
using flock to prevent flaky failures.

Remove the CI use of ttgo as a substitute v2.0 device.

Co-authored-by: Jon Griffiths <jon_p_griffiths@yahoo.com>
✓ Descriptive subject✓ Names a concrete action or component✓ Uses a recognizable type or scope✓ Provides detailed explanatory context✓ Explains rationale or failure mode✓ Mentions testing or verification
The short version

What changed, and why it matters

This commit is a housekeeping rework of the project's continuous-integration (CI) build and test pipeline. It renames build stages, splits the GitLab CI configuration into smaller files, generates CI test configurations from developer configs, removes a substitute test device, and adds a release-staging script. There is no change to the wallet firmware's security logic, cryptography, or user-facing behavior.

Recommended action

No security action required. Treat as normal build-system maintenance. Reviewers may optionally verify that the generated CI configs still enable the intended security options (secure boot, flash encryption, reproducible builds, stack checks) and that the release signing script uses the expected non-production key for dev artifacts.

Security signals we found

No strong security signals were identified.

Risk score

Why this scored 15/100

Our methodology →
Potential impact 0/30
Exploitability 0/25
Stealth signal 0/15
Affected reach 0/15
Confidence 10/10
Evidence quality 5/5
Human-validated context

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