Function get_verbose_debug_logs

webapp_modern.py:7415–7649

Get super verbose debugging logs for tracing data flow issues

()

            return jsonify({'error': 'No data provided'}), 400
        
        ai_reload_success = None
        ai_reload_error = None
        epd_type_changed = 'epd_type' in data

        # Capture pre-update kiosk state so we can detect toggles after save.
        prev_kiosk_enabled = bool(shared_data.config.get('kiosk_enabled', False))
        # Refuse to even record kiosk_enabled on hardware that cannot host
        # Chromium — persisting it would leave a box permanently trying (and
        # failing) to install a kiosk on every boot.
        if data.get('kiosk_enabled'):
            kiosk_ok, kiosk_reason = _kiosk_capability()
            if not kiosk_ok:
                logger.warning(f"[kiosk] enable rejected: {kiosk_reason}")
                return jsonify({'success': False, 'error': kiosk_reason}), 400
        kiosk_settings_keys = {'kiosk_url', 'kiosk_rotation', 'kiosk_hide_cursor'}
        kiosk_settings_changed = any(
            k in data and data[k] != shared_data.config.get(k)
            for k in kiosk_settings_keys
        )

        # Resolve size keys (from web UI) to actual driver names
        if epd_type_changed:
            from shared import resolve_epd_type
            raw_epd = data['epd_type']
            data['epd_type'] = resolve_epd_type(raw_epd, shared_data.config.get('epd_type'))

        # Update configuration (allow new keys to be added)
        for key, value in data.items():
            # Skip private/internal keys that start with __
            if not key.startswith('__'):
                shared_data.config[key] = value
                # Also set as attribute on shared_data for immediate access
                setattr(shared_data, key, value)

        if epd_type_changed:
            shared_data.apply_display_profile(shared_data.config.get('epd_type'))
        
        # Save configuration
        shared_data.save_config()

        # On-Screen Network Diagnostic mode and wardriving both own the e-Paper
        # panel + HAT keys and can't coexist (the diagnostic layer wins the
        # display render race). Turning diagnostic mode ON stops any live
        # wardriving session so the panel isn't left in a half-and-half state.
        if data.get('network_diagnostic_mode') is True:
            try:
                if _wardriving_engine is not None and getattr(_wardriving_engine, '_running', False):
                    logger.info("Stopping wardriving: On-Screen Network Diagnostic mode enabled (mutually exclusive).")
                    _wardriving_engine.stop()
            except Exception as e:
                logger.warning(f"Could not stop wardriving when enabling diagnostic mode: {e}")

        # Auto-install pyserial when wardriving is enabled
        if data.get('wardriving_enabled') is True:
            try:
                import serial  # noqa: F401
            except ImportError:
                # NB: no local `import subprocess` here — a function-local