Rpa_Skills/skills/rpa-dashboard-no-ai/templates/contract.md

Dashboard data contract (no-AI)

All updates use one envelope: {"event": "<name>", "data": {...}}.

• Desktop (PyQt): Python calls window.__pyMsg(json) via runJavaScript (see bridge.py). bot_runner.py turns the bot's output lines into status, step and log events, and keeps every raw line in bot_raw.log.
• Web: the page polls GET {API_BASE}/dashboard (returns dashboard_data) and GET {API_BASE}/run/status → {"running": bool, "events": [envelope, ...]}. Poll fast (2s) only while running.
• No bot yet: with SAMPLE_DATA = true, the page answers its own data actions with sample envelopes.

Bot/backend → page

event	data
status	{state: "ready"|"running"|"done"|"error", msg}
step	{label: <one of STEPS>, pct: 0-100}
log	{msg: <plain English>, type: "info"|"success"|"warn"|"error"}
dashboard_data	{batches: [{batch_id, date, state: "completed"|"inprogress"|"notcompleted"|"cleared", items_total, items_done, ...}]}
report_data	{rows: [{...REPORT_COLUMNS keys, status, bucket: "success"|"attention"|"failed"}]}
set_user	{username, emp_id, role}
apply_dark	{on: bool}

Optional sections (only if chosen) add cpstate, admin_data and login_result, and the actions load_admin, assign_role, remove_role and login. See sections.md.

Page → bot/backend (Qt @pyqtSlot names / web POST {API_BASE}/<slot-with-dashes>)

load_dashboard, start_automation, request_stop, load_latest_report, download_report, set_dark(on), logout.

Rules (learned on Tebra)

• Log the raw bot line to a file/DB; show only friendly text on screen. Never hide an error line.
• Step markers: match the bot's printed lines by specific substring (e.g. [step 3]), not a bare word. A bare word matches unrelated lines.
• Derive state: Pending + today = inprogress; Pending + older day = notcompleted.
• Report bucket: success = {processed successfully, posted, completed}; failed = {error, failed}; everything else = attention.
• Run the bot in a separate process that writes to a log file, and have the UI tail that file. When pywinauto/UIA runs inside a Qt worker thread, its reads are unreliable (Tebra bug-094).