c638ec6c52
Lot Connexions multi-HEMS : - modèle Installation + InstallationStore (persistance par UUID ; métadonnées SharedPreferences, token via flutter_secure_storage) - ConnectionManager au-dessus de nymea_service : mono-connexion, switchTo, connectNew, enterDemo (démo = active factice), contrôle d'identité DHCP - nymea_service : connect() réveillé (ws://4444, token par UUID), capture Hello (uuid/name/initialSetupRequired), authenticate/createUser, resetState - écran Installations (3 états) + déverrouillage installateur depuis la racine - écran Connexion : auth 2 branches (JSONRPC.Authenticate / CreateUser), détection auto via initialSetupRequired, segmenteur de repli - gate de routage (redirect + refreshListenable merge[cm,svc]) ; hasActiveConnection = isSimulation || (connected && authenticated) - en-tête drawer cliquable → Installations - invalidation des caches au switch (service.resetState + clearForSwitch rôles/scheduler/tariff), sans persist() Lot Rôles & appareils : - EnergySetupProvider refondu en tri-état (present/absent/non-configuré) - écran roles_devices_screen (3 zones, drag-priorité, inférence solaire/batterie) - LoadDescriptor (etmvariableload, rév.2 : PAC exclue → SG-Ready) ; Energy.SetRootMeter réel, Get/SetLoadConfig en stub loggé Correctifs : - bug signe énergie : production +, consommation NÉGATIVE sur nymea 1.15.2 → consumptionW/home en .abs() (autoconso n'est plus clouée à 0) - UUID Hello brace-wrapped normalisé Tests : flutter analyze 0 erreur ; gate + zéro-fuite au switch (5/5 verts). Validé en vrai : login auth .120, .75 ouvert, switch, déverrouillage installateur. Note : embarque aussi le WIP dashboard/thème déjà présent dans l'arbre. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
85 lines
2.1 KiB
Dart
85 lines
2.1 KiB
Dart
import 'package:flutter/material.dart';
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class FlowSegment {
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final Offset from;
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final Offset to;
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final Color color;
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final double powerW;
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final bool dashed;
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const FlowSegment({
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required this.from,
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required this.to,
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required this.color,
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required this.powerW,
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this.dashed = false,
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});
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}
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class FlowPainter extends CustomPainter {
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final List<FlowSegment> segments;
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final double animValue;
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final Color lineColor;
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const FlowPainter({
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required this.segments,
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required this.animValue,
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required this.lineColor,
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});
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@override
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void paint(Canvas canvas, Size size) {
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final linePaint = Paint()
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..color = lineColor
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..strokeWidth = 1.5
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..style = PaintingStyle.stroke
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..strokeCap = StrokeCap.round;
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for (final seg in segments) {
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final src = Offset(seg.from.dx * size.width, seg.from.dy * size.height);
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final dst = Offset(seg.to.dx * size.width, seg.to.dy * size.height);
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if (seg.dashed) {
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_drawDashed(canvas, src, dst, linePaint);
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} else {
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canvas.drawLine(src, dst, linePaint);
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}
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if (seg.powerW > 30) {
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final n = (seg.powerW / 600).clamp(1, 5).round();
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final r = seg.powerW > 1500 ? 3.5 : 2.5;
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final particlePaint = Paint()
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..color = seg.color
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..style = PaintingStyle.fill;
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for (int i = 0; i < n; i++) {
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final t = (animValue + i / n) % 1.0;
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final pos = Offset.lerp(src, dst, t)!;
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canvas.drawCircle(pos, r, particlePaint);
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}
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}
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}
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}
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void _drawDashed(Canvas canvas, Offset src, Offset dst, Paint paint) {
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final dir = dst - src;
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final length = dir.distance;
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if (length == 0) return;
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final unit = dir / length;
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const dashLen = 5.0;
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const gapLen = 4.0;
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double pos = 0;
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while (pos < length) {
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final end = (pos + dashLen).clamp(0.0, length);
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canvas.drawLine(src + unit * pos, src + unit * end, paint);
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pos += dashLen + gapLen;
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}
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}
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@override
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bool shouldRepaint(FlowPainter old) =>
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old.animValue != animValue ||
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old.lineColor != lineColor ||
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old.segments.length != segments.length;
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}
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