pdf_export.py builds a PDF report (summary stats, AGP chart, hypo/hyper
event summaries) via fpdf2 + matplotlib rather than plotly's kaleido, to
avoid bundling a Chromium build into the image just for this. The Export
page lets the user pick which sections to include and a date range, then
download the result to send to the hospital team.
This completes all ten functional requirements in
docs/requirements-reporting.md.
Co-Authored-By: Claude Sonnet 5 <[email protected]>
reporting.py gains overnight_daytime_split, day_of_week_pattern,
bolus_stats, and site_interval_stats. The last two are explicitly scoped
to bolus-only insulin (no basal reconstruction) since that needs the
Nightscout profile, which is the separate profile-tuning feature's
territory — documented as a caveat in both the UI and the design doc.
Co-Authored-By: Claude Sonnet 5 <[email protected]>
Dagoverzicht stacks one glucose trace per calendar day (small multiples
via a shared 0-24h x-axis). The two event pages share a new
render_event_level() helper in ui_common.py so Level 1/Level 2 hypo and
hyper are rendered identically: count/avg/longest/events-per-week
metrics, a time-of-day histogram, and a table of individual events.
Co-Authored-By: Claude Sonnet 5 <[email protected]>
Wires reporting.py's stats into two new pages: a summary panel (data
completeness, GMI, %CV, 5-band time-in-range vs. consensus targets) and
the standard AGP percentile chart (5th-95th and 25th-75th bands plus
median, aggregated by time-of-day across the selected period).
Co-Authored-By: Claude Sonnet 5 <[email protected]>
First increment of the clinical reporting feature (see
docs/requirements-reporting.md and docs/design-reporting.md): moves the
existing live view to pages/1_Live.py, adds a password gate since the
dashboard URL will be shared with the diabetes team, adds
fetch_entries_range/fetch_treatments_range for multi-day report queries,
and adds reporting.py with the core clinical calculations (GMI, %CV,
5-band time-in-range, hypo/hyper event detection per the Battelino et al.
2019 persistence rule). No report pages wired up yet — that's next.
Co-Authored-By: Claude Sonnet 5 <[email protected]>
@master resolves to a version that installs Trivy via a nested
setup-trivy composite action, which does an actions/checkout against
github.com with a token. On Gitea's act_runner that fails with "Input
required and not supplied: token" even when the token is explicitly
set to an empty string (act_runner doesn't distinguish empty from
unset). v0.26.0 introduced that composite/setup-trivy split; v0.25.0
is the last release that ships as a self-contained Docker image with
Trivy already baked in, so it needs no token at all.
Co-Authored-By: Claude Sonnet 5 <[email protected]>
gitea.zb.local resolves but is plain HTTP, which Docker refuses as a
registry without daemon-level insecure-registry config. gitea.zb.lan
resolves but nothing answers there yet (proxy not configured for it).
gitea.zb-kw.duckdns.org is confirmed reachable end-to-end over HTTPS,
including the registry v2 API, from both the runner and the deploy
target, so use that consistently. Also fix aquasecurity/trivy-action's
token-setup-trivy input, which defaults to gitea.token and gets
rejected by github.com when it tries to clone the install script.
Co-Authored-By: Claude Sonnet 5 <[email protected]>
CI invokes the pytest console script directly (pytest tests/ -v), which
unlike `python -m pytest` does not add the repo root to sys.path. That
broke imports of the top-level data_processing/nightscout_client
modules from the test files. Add pythonpath = ["."] so it works
regardless of invocation style.
Co-Authored-By: Claude Sonnet 5 <[email protected]>
gitea.thuis.local doesn't resolve on this network; the real internal
Gitea hostname is gitea.zb.local. Also load .env via python-dotenv so
the app works the same under PowerShell as bash, and add .dockerignore
so .env never ends up baked into the image.
Co-Authored-By: Claude Sonnet 5 <[email protected]>
willemjanandClaude Sonnet 5