Initial commit: DLS - Dental Lab System
- Flutter + PocketBase dental lab management system - Clinic & lab dashboards, job tracking, patient management - Product catalog, finance tracking, multi-language support - AI assistant integration, realtime notifications - Windows installer (Inno Setup) included - Developed by kovakyazilim.com
This commit is contained in:
Emre Emir
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import 'package:pocketbase/pocketbase.dart';
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import '../../core/api/pocketbase_client.dart';
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import '../../models/tenant.dart';
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// ── Value objects ─────────────────────────────────────────────────────────────
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const _monthLabels = ['Oca','Şub','Mar','Nis','May','Haz','Tem','Ağu','Eyl','Eki','Kas','Ara'];
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class MonthlyCount {
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const MonthlyCount({required this.year, required this.month, required this.count});
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final int year, month, count;
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String get label => _monthLabels[month - 1];
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}
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class MonthlyAmount {
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const MonthlyAmount({required this.year, required this.month, required this.amount});
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final int year, month;
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final double amount;
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String get label => _monthLabels[month - 1];
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}
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class CounterpartStat {
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const CounterpartStat({required this.name, required this.jobCount, required this.pendingRevenue, required this.paidRevenue});
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final String name;
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final int jobCount;
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final double pendingRevenue, paidRevenue;
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double get totalRevenue => pendingRevenue + paidRevenue;
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}
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class ActivityItem {
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const ActivityItem({required this.jobId, this.patientCode, required this.action, required this.createdAt, this.note});
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final String jobId, action;
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final String? patientCode, note;
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final DateTime createdAt;
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String get actionLabel => switch (action) {
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'accepted' => 'İş kabul edildi',
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'handed_to_clinic' => 'Provaya gönderildi',
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'approved' => 'Onaylandı',
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'revision_requested' => 'Revizyon istendi',
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'delivered' => 'Teslim edildi',
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'cancelled' => 'İptal edildi',
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_ => action,
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};
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bool get isNegative => action == 'revision_requested' || action == 'cancelled';
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bool get isPositive => action == 'delivered' || action == 'approved' || action == 'accepted';
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}
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// ── Aggregated metrics ────────────────────────────────────────────────────────
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class ReportMetrics {
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const ReportMetrics({
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required this.activeJobs,
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required this.completedThisMonth,
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required this.overdueJobs,
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required this.revisionRate,
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required this.avgCompletionDays,
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required this.totalRevenue,
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required this.pendingRevenue,
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required this.currency,
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required this.jobsByStatus,
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required this.monthlyCounts,
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required this.monthlyRevenue,
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required this.byProstheticType,
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required this.counterpartStats,
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required this.recentActivity,
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});
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final int activeJobs;
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final int completedThisMonth;
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final int overdueJobs;
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final double revisionRate; // 0-100
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final double avgCompletionDays;
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final double totalRevenue;
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final double pendingRevenue;
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final String currency;
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final Map<String, int> jobsByStatus;
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final List<MonthlyCount> monthlyCounts;
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final List<MonthlyAmount> monthlyRevenue;
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final Map<String, int> byProstheticType;
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final List<CounterpartStat> counterpartStats;
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final List<ActivityItem> recentActivity;
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}
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// ── Repository ────────────────────────────────────────────────────────────────
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class ReportsRepository {
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ReportsRepository._();
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static final instance = ReportsRepository._();
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PocketBase get _pb => PocketBaseClient.instance.pb;
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Future<ReportMetrics> load(String tenantId, TenantKind kind) async {
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final jobFilter = kind == TenantKind.lab
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? 'lab_tenant_id = "$tenantId"'
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: 'clinic_tenant_id = "$tenantId"';
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final historyFilter = kind == TenantKind.lab
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? 'lab_tenant_id = "$tenantId"'
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: 'clinic_tenant_id = "$tenantId"';
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final results = await Future.wait([
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_pb.collection('jobs').getList(
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filter: jobFilter,
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perPage: 500,
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expand: kind == TenantKind.lab ? 'clinic_tenant_id' : 'lab_tenant_id',
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fields: 'id,status,prosthetic_type,clinic_tenant_id,lab_tenant_id,created,updated,due_date,price,currency,expand',
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).catchError((_) => ResultList<RecordModel>()),
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_pb.collection('finance_entries').getList(
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filter: 'tenant_id = "$tenantId"',
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perPage: 300,
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fields: 'id,amount,currency,status,created,counterparty_name',
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).catchError((_) => ResultList<RecordModel>()),
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_pb.collection('job_status_history').getList(
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filter: historyFilter,
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perPage: 100,
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expand: 'job_id',
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fields: 'id,action_type,created,note,job_id,expand',
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).catchError((_) => ResultList<RecordModel>()),
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]);
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final jobRecords = (results[0] as ResultList<RecordModel>).items;
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final financeRecords = (results[1] as ResultList<RecordModel>).items;
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final historyRecords = (results[2] as ResultList<RecordModel>).items;
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return _aggregate(tenantId, kind, jobRecords, financeRecords, historyRecords);
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}
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ReportMetrics _aggregate(
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String tenantId,
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TenantKind kind,
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List<RecordModel> jobRecords,
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List<RecordModel> financeRecords,
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List<RecordModel> historyRecords,
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) {
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final now = DateTime.now();
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final thisMonthStart = DateTime(now.year, now.month, 1);
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// ── Parse jobs ────────────────────────────────────────────────────────────
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String _s(Map<String, dynamic> j, String k) {
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final v = j[k];
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if (v == null || v == '') return '';
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return v.toString();
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}
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final jobs = jobRecords.map((r) {
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final j = r.toJson();
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final exp = j['expand'] as Map<String, dynamic>?;
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final cpKey = kind == TenantKind.lab ? 'clinic_tenant_id' : 'lab_tenant_id';
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final cpExp = exp?[cpKey] as Map<String, dynamic>?;
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return _RawJob(
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id: _s(j, 'id'),
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status: _s(j, 'status'),
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prostheticType: _s(j, 'prosthetic_type'),
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clinicTenantId: _s(j, 'clinic_tenant_id'),
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labTenantId: _s(j, 'lab_tenant_id'),
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created: _parseDate(j['created']),
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updated: _parseDate(j['updated']),
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dueDate: j['due_date'] != null && j['due_date'] != '' ? _parseDate(j['due_date']) : null,
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currency: _s(j, 'currency').isNotEmpty ? _s(j, 'currency') : 'TRY',
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counterpartName: cpExp?['company_name'] as String? ?? '',
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);
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}).toList();
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// ── Parse finance ─────────────────────────────────────────────────────────
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String topCurrency = 'TRY';
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final financeList = financeRecords.map((r) {
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final j = r.toJson();
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final cur = (j['currency'] as String?) ?? 'TRY';
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if (cur.isNotEmpty) topCurrency = cur;
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return _RawFinance(
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status: (j['status'] as String?) ?? '',
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amount: (j['amount'] as num?)?.toDouble() ?? 0,
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created: _parseDate(j['created']),
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counterpartyName: j['counterparty_name'] as String?,
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);
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}).toList();
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// ── Parse history ─────────────────────────────────────────────────────────
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final activity = historyRecords.map((r) {
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final j = r.toJson();
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final exp = j['expand'] as Map<String, dynamic>?;
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final jobExp = exp?['job_id'] as Map<String, dynamic>?;
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return ActivityItem(
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jobId: (j['job_id'] as String?) ?? '',
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patientCode: jobExp?['patient_code'] as String?,
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action: (j['action_type'] as String?) ?? '',
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createdAt: _parseDate(j['created']),
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note: j['note'] as String?,
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);
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}).toList()
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..sort((a, b) => b.createdAt.compareTo(a.createdAt));
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// ── KPI metrics ───────────────────────────────────────────────────────────
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final activeJobs = jobs.where((j) => j.status == 'in_progress' || j.status == 'pending').length;
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final completedThisMonth = jobs.where((j) => j.status == 'delivered' && j.updated.isAfter(thisMonthStart)).length;
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final overdueJobs = jobs.where((j) =>
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j.dueDate != null &&
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j.dueDate!.isBefore(now) &&
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(j.status == 'in_progress' || j.status == 'pending')).length;
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final revisions = activity.where((a) => a.action == 'revision_requested').length;
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final revisionRate = activity.isNotEmpty ? revisions / activity.length * 100 : 0.0;
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final deliveredJobs = jobs.where((j) => j.status == 'delivered').toList();
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final avgCompletionDays = deliveredJobs.isNotEmpty
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? deliveredJobs
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.fold<int>(0, (s, j) => s + j.updated.difference(j.created).inDays) /
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deliveredJobs.length
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: 0.0;
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// ── Finance totals ────────────────────────────────────────────────────────
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final totalRevenue = financeList.where((f) => f.status == 'paid').fold<double>(0, (s, f) => s + f.amount);
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final pendingRevenue = financeList.where((f) => f.status == 'pending').fold<double>(0, (s, f) => s + f.amount);
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// ── Job status distribution ───────────────────────────────────────────────
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final Map<String, int> jobsByStatus = {};
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for (final j in jobs) {
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jobsByStatus[j.status] = (jobsByStatus[j.status] ?? 0) + 1;
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}
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// ── Monthly job counts (last 6 months) ────────────────────────────────────
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final monthKeys = List.generate(6, (i) {
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final d = DateTime(now.year, now.month - 5 + i, 1);
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return '${d.year}-${d.month}';
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});
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final monthMap = {for (final k in monthKeys) k: 0};
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for (final j in jobs) {
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final key = '${j.created.year}-${j.created.month}';
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if (monthMap.containsKey(key)) monthMap[key] = monthMap[key]! + 1;
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}
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final monthlyCounts = monthKeys.map((k) {
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final parts = k.split('-');
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return MonthlyCount(year: int.parse(parts[0]), month: int.parse(parts[1]), count: monthMap[k]!);
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}).toList();
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// ── Monthly revenue (last 6 months) ──────────────────────────────────────
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final revMap = {for (final k in monthKeys) k: 0.0};
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for (final f in financeList) {
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if (f.status == 'paid') {
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final key = '${f.created.year}-${f.created.month}';
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if (revMap.containsKey(key)) revMap[key] = revMap[key]! + f.amount;
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}
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}
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final monthlyRevenue = monthKeys.map((k) {
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final parts = k.split('-');
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return MonthlyAmount(year: int.parse(parts[0]), month: int.parse(parts[1]), amount: revMap[k]!);
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}).toList();
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// ── By prosthetic type ────────────────────────────────────────────────────
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final Map<String, int> byType = {};
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for (final j in jobs) {
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if (j.prostheticType.isNotEmpty) {
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byType[j.prostheticType] = (byType[j.prostheticType] ?? 0) + 1;
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}
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}
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// ── By counterpart ────────────────────────────────────────────────────────
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final Map<String, int> cpCount = {};
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final Map<String, double> cpPending = {}, cpPaid = {};
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for (final j in jobs) {
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final name = j.counterpartName.isNotEmpty ? j.counterpartName : '—';
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cpCount[name] = (cpCount[name] ?? 0) + 1;
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}
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for (final f in financeList) {
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final name = f.counterpartyName ?? '—';
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if (f.status == 'pending') cpPending[name] = (cpPending[name] ?? 0) + f.amount;
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if (f.status == 'paid') cpPaid[name] = (cpPaid[name] ?? 0) + f.amount;
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}
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final counterparts = cpCount.entries
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.map((e) => CounterpartStat(
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name: e.key,
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jobCount: e.value,
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pendingRevenue: cpPending[e.key] ?? 0,
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paidRevenue: cpPaid[e.key] ?? 0,
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))
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.toList()
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..sort((a, b) => b.jobCount.compareTo(a.jobCount));
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return ReportMetrics(
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activeJobs: activeJobs,
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completedThisMonth: completedThisMonth,
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overdueJobs: overdueJobs,
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revisionRate: revisionRate,
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avgCompletionDays: avgCompletionDays,
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totalRevenue: totalRevenue,
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pendingRevenue: pendingRevenue,
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currency: topCurrency,
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jobsByStatus: jobsByStatus,
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monthlyCounts: monthlyCounts,
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monthlyRevenue: monthlyRevenue,
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byProstheticType: byType,
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counterpartStats: counterparts.take(5).toList(),
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recentActivity: activity.take(30).toList(),
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);
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}
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static DateTime _parseDate(dynamic v) {
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if (v == null || v == '') return DateTime(2000);
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return DateTime.tryParse(v.toString()) ?? DateTime(2000);
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}
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}
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// ── Internal raw models ───────────────────────────────────────────────────────
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class _RawJob {
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const _RawJob({
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required this.id, required this.status, required this.prostheticType,
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required this.clinicTenantId, required this.labTenantId,
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required this.created, required this.updated,
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required this.currency, required this.counterpartName, this.dueDate,
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});
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final String id, status, prostheticType, clinicTenantId, labTenantId, currency, counterpartName;
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final DateTime created, updated;
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final DateTime? dueDate;
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}
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class _RawFinance {
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const _RawFinance({required this.status, required this.amount, required this.created, this.counterpartyName});
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final String status;
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final double amount;
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final DateTime created;
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final String? counterpartyName;
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}
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