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@ -471,32 +471,40 @@ class WalaPlusRetailerModel {
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return false;
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return false;
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}
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}
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String getDisplayCity({bool isAr = false}) {
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// Resolves a single location's city using the same 3-pass priority this used to apply
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if (locations != null && locations!.isNotEmpty) {
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// globally: specific city name first, then a non-generic-country city, then any city at all.
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// 1. First pass: look for specific city name
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String? _resolveLocationCity(WalaPlusRetailerLocation loc, bool isAr) {
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for (var loc in locations!) {
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String? cName = isAr ? loc.cityNameAr : loc.cityNameEn;
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String? cName = isAr ? loc.cityNameAr : loc.cityNameEn;
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if (cName != null && cName.trim().isNotEmpty && cName != "null") {
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if (cName != null && cName.trim().isNotEmpty && cName != "null") {
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return cName.trim();
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return cName.trim();
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}
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}
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if (loc.city != null && loc.city!.trim().isNotEmpty && loc.city != "null") {
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}
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String c = loc.city!.trim();
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// 2. Second pass: fallback to city if not generic country
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if (c.toLowerCase() != 'saudi arabia' && c != 'المملكة العربية السعودية') {
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for (var loc in locations!) {
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return c;
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if (loc.city != null && loc.city!.trim().isNotEmpty && loc.city != "null") {
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String c = loc.city!.trim();
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if (c.toLowerCase() != 'saudi arabia' && c != 'المملكة العربية السعودية') {
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return c;
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}
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}
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}
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// 3. Third pass: any non-empty city
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for (var loc in locations!) {
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if (loc.city != null && loc.city!.trim().isNotEmpty && loc.city != "null") {
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return loc.city!.trim();
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}
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}
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}
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}
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}
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return '';
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if (loc.city != null && loc.city!.trim().isNotEmpty && loc.city != "null") {
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return loc.city!.trim();
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}
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return null;
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}
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// Multiple distinct cities across this retailer's locations -> "Multiple Cities" instead of
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// just picking the first one found, so the badge doesn't silently hide the other branches.
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String getDisplayCity({bool isAr = false}) {
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log("locations: ${locations?.map((e) => e.toJson()).toList()}");
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if (locations == null || locations!.isEmpty) return '';
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Set<String> distinctCities = <String>{};
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for (var loc in locations!) {
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String? resolved = _resolveLocationCity(loc, isAr);
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if (resolved != null) distinctCities.add(resolved);
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}
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if (distinctCities.isEmpty) return '';
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if (distinctCities.length > 1) return LocaleKeys.multipleCities.tr();
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return distinctCities.first;
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}
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}
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String get displayCity => getDisplayCity(isAr: false);
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String get displayCity => getDisplayCity(isAr: false);
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@ -582,37 +590,62 @@ class WalaPlusRetailerModel {
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return null;
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return null;
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}
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}
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bool get isOnlineStore => (type?.trim().toLowerCase() == 'online');
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// type can be a comma-separated combo (e.g. "online,instore") when a retailer offers both -
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// this splits and normalizes every part instead of only ever matching a single exact value,
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bool get isInstore =>
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// so a combined retailer is correctly recognized as both rather than neither/just one.
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(type?.trim().toLowerCase() == 'instore' ||
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List<String> get normalizedTypes {
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type?.trim().toLowerCase() == 'in_store' ||
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type?.trim().toLowerCase() == 'in store' ||
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type?.trim().toLowerCase() == 'store' ||
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(type == null && locations != null && locations!.isNotEmpty));
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String? get normalizedType {
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if (type != null && type!.trim().isNotEmpty) {
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if (type != null && type!.trim().isNotEmpty) {
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String t = type!.trim().toLowerCase();
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Set<String> result = <String>{};
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if (t == 'online') return 'online';
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for (String part in type!.split(',')) {
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if (t == 'instore' || t == 'in_store' || t == 'in store' || t == 'store') return 'instore';
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String t = part.trim().toLowerCase();
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return t;
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if (t.isEmpty) continue;
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if (t == 'online') {
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result.add('online');
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} else if (t == 'instore' || t == 'in_store' || t == 'in store' || t == 'store') {
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result.add('instore');
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} else {
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result.add(t);
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}
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}
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if (result.isNotEmpty) return result.toList();
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}
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}
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if (locations != null && locations!.isNotEmpty) {
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if (locations != null && locations!.isNotEmpty) {
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return 'instore';
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return <String>['instore'];
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}
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}
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return null;
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return <String>[];
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}
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}
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String? getDisplayType() {
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bool get isOnlineStore => normalizedTypes.contains('online');
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String? norm = normalizedType;
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bool get isInstore => normalizedTypes.contains('instore');
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// Kept for any existing single-value callers - returns the first normalized type found.
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String? get normalizedType {
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List<String> types = normalizedTypes;
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return types.isEmpty ? null : types.first;
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}
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String _displayTypeLabel(String norm) {
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if (norm == 'online') return LocaleKeys.online.tr();
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if (norm == 'online') return LocaleKeys.online.tr();
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if (norm == 'instore') return LocaleKeys.inStore.tr();
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if (norm == 'instore') return LocaleKeys.inStore.tr();
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if (type != null && type!.trim().isNotEmpty) {
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return norm;
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return type!.trim();
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}
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}
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String? getDisplayType() {
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List<String> types = normalizedTypes;
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if (types.isNotEmpty) return _displayTypeLabel(types.first);
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if (type != null && type!.trim().isNotEmpty) return type!.trim();
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return null;
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return null;
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}
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}
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// One label per distinct type (e.g. ["Online", "In Store"]) - used to render a separate chip
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// for each, instead of collapsing a dual-type retailer down to a single badge.
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List<String> getDisplayTypes() {
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List<String> types = normalizedTypes;
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if (types.isNotEmpty) return types.map(_displayTypeLabel).toList();
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if (type != null && type!.trim().isNotEmpty) return <String>[type!.trim()];
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return <String>[];
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}
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}
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}
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class WalaPlusRetailerContact {
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class WalaPlusRetailerContact {
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Sultan khan
3 weeks ago