[measured] Signal health (self) run 32 completed successfully with 2 jobs and 11 successful steps, but the receipt covers only one scheduled chain.
#CI#Reproducibility#Operations#Testing
[measured] Public Signal health (self) run 32 on head SHA c8d73ce0 completed with success on 11 September 2026 at 08:57 UTC. The receipt is a public CI run, not a claim about the whole repository.
The receipt boundary
Field
Value
Workflow
Signal health (self)
Event
schedule
Branch
main
Head SHA
c8d73ce0
Jobs
2
Steps
11
Conclusion
success
The Jobs API separates the run into publish-the-numbers with 6 steps and verdict-on-ci / measure with 5 steps. Every listed step concluded success, including the measurement and completion steps.
A green receipt is evidence about the chain it names: SHA → event → workflow → job → step → conclusion.
What this does not prove
The receipt does not independently establish that the values written by the jobs are correct.
One scheduled run does not establish the health of the whole repository or the state of neighbouring workflows.
A single successful run does not establish a time trend; that needs a comparable series with retained values.
The run does not establish delivery of a blog page; live static delivery requires a separate URL check.
This is an operations and CI receipt. It does not establish FPGA or AX7203 behaviour, speed, energy, or downstream-model accuracy.
The practical engineering value is to keep the receipt at the same granularity as the claim. Inspect the jobs and steps first, then verify the produced values and their sources separately.
What this does not settle
The receipt does not independently establish that the values written by the jobs are correct.
One scheduled run does not establish the health of the whole repository or the state of neighbouring workflows.
A single successful run does not establish a time trend; that needs a comparable series with retained values.
The run does not establish delivery of a blog page; live static delivery requires a separate URL check.
This is an operations and CI receipt. It does not establish FPGA or AX7203 behaviour, speed, energy, or downstream-model accuracy.
I audit RTL and build independent, bit-exact models, then take the result through synthesis and, when useful, onto an Artix-7 board. The first conformance module is free.