202 lines
10 KiB
PHP
202 lines
10 KiB
PHP
<?php
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namespace App\Services;
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use Illuminate\Database\Query\Builder;
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use Illuminate\Database\Eloquent\Builder as EloquentBuilder;
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use Illuminate\Support\Facades\DB;
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use Illuminate\Validation\ValidationException;
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final class InvestmentGeography
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{
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public const FIELDS = ['province_id' => 'province', 'district_id' => 'district', 'admin_post_id' => 'admin_post', 'locality_id' => 'locality'];
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/**
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* Restrict published dossier searches using direct territories and public, validated structure links.
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* @param EloquentBuilder<\App\Models\InvestmentDossier> $query
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* @param list<string> $territoryIds
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* @return EloquentBuilder<\App\Models\InvestmentDossier>
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*/
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public function constrainDossiersToTerritories(EloquentBuilder $query, array $territoryIds): EloquentBuilder
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{
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return $query->where(function ($matches) use ($territoryIds): void {
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$matches->whereIn('project_id', DB::table('projects')->whereNull('deleted_at')->whereIn('primary_territory_id', $territoryIds)->select('id'))
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->orWhereExists(fn ($locations) => $locations->selectRaw('1')->from('project_locations as pl')
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->whereColumn('pl.project_id', 'investment_dossiers.project_id')->whereNull('pl.deleted_at')
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->where('pl.data_classification', 'public')->whereIn('pl.geo_location_id', $territoryIds))
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->orWhereIn('cluster_id', DB::table('economic_clusters')->whereNull('deleted_at')->whereIn('primary_territory_id', $territoryIds)->select('id'))
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->orWhereIn('corridor_id', DB::table('development_corridors')->whereNull('deleted_at')->whereIn('primary_territory_id', $territoryIds)->select('id'))
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->orWhereExists(fn ($locations) => $locations->selectRaw('1')->from('corridor_locations as cl')
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->whereColumn('cl.corridor_id', 'investment_dossiers.corridor_id')->whereNull('cl.deleted_at')
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->where('cl.data_classification', 'public')->whereIn('cl.geo_location_id', $territoryIds));
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foreach ([['cluster_projects', 'cluster_id'], ['corridor_projects', 'corridor_id']] as [$linkTable, $ownerColumn]) {
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$matches->orWhereExists(fn ($links) => $links->selectRaw('1')->from($linkTable.' as territorial_link')
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->join('projects as linked_project', 'linked_project.id', '=', 'territorial_link.project_id')
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->whereColumn('territorial_link.'.$ownerColumn, 'investment_dossiers.'.$ownerColumn)
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->whereNull('territorial_link.deleted_at')->where('territorial_link.data_classification', 'public')
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->where('territorial_link.validation_status', 'validated')
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->whereDate('territorial_link.valid_from', '<=', today()->toDateString())
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->where(fn ($validity) => $validity->whereNull('territorial_link.valid_until')->orWhereDate('territorial_link.valid_until', '>=', today()->toDateString()))
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->whereNull('linked_project.deleted_at')->where('linked_project.status', '!=', 'draft')
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->where(function ($projectArea) use ($territoryIds): void {
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$projectArea->whereIn('linked_project.primary_territory_id', $territoryIds)
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->orWhereExists(fn ($locations) => $locations->selectRaw('1')->from('project_locations as linked_location')
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->whereColumn('linked_location.project_id', 'linked_project.id')->whereNull('linked_location.deleted_at')
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->where('linked_location.data_classification', 'public')->whereIn('linked_location.geo_location_id', $territoryIds));
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}));
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}
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});
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}
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public function publicReferences(): Builder
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{
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return DB::table('geo_locations')->whereNull('deleted_at')->where('data_classification', 'public')
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->whereRaw("NOT EXISTS (WITH RECURSIVE ancestors AS (
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SELECT id,parent_id,deleted_at,data_classification,ARRAY[id] AS visited,false AS cycle FROM geo_locations a WHERE a.id=geo_locations.id
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UNION ALL SELECT a.id,a.parent_id,a.deleted_at,a.data_classification,p.visited||a.id,a.id=ANY(p.visited)
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FROM geo_locations a JOIN ancestors p ON a.id=p.parent_id WHERE NOT p.cycle
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) SELECT 1 FROM ancestors WHERE deleted_at IS NOT NULL OR data_classification<>'public' OR cycle)")
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->where(function ($query) {
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$query->where(function ($workbook) {
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$workbook->where('source_system', 'cartografia-workbook')
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->where('external_id', 'like', '964a187ad32ea553b9e112cd159caa90b900050c42b7329594a75bcd798a96ff:%');
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})->orWhereIn('id', app(TerritorialRegistry::class)->published()->select('g.id'));
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});
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}
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public function references(bool $management = false): Builder
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{
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return $management
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? DB::table('geo_locations')->whereNull('deleted_at')->whereIn('data_classification', ['public', 'internal'])
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: $this->publicReferences();
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}
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/** @param array<string,mixed> $payload
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* @return list<list<string>>
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*/
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public function displayPaths(array $payload): array
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{
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$locations = [];
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if (($payload['geography_scope'] ?? null) === 'multiple') {
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$decoded = json_decode((string) ($payload['locations_json'] ?? ''), true);
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$locations = is_array($decoded) ? $decoded : [];
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} elseif (($payload['geography_scope'] ?? null) === 'specific') {
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$locations = [array_intersect_key($payload, array_flip(array_keys(self::FIELDS)))];
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} else {
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return [];
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}
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$leafIds = [];
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foreach ($locations as $location) {
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$leafIds[] = is_array($location)
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? ($location['locality_id'] ?? $location['admin_post_id'] ?? $location['district_id'] ?? $location['province_id'] ?? null)
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: null;
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}
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$selected = array_filter($leafIds, fn ($id) => is_string($id) && $id !== '');
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if (! $selected) {
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return array_fill(0, count($locations), []);
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}
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$values = [];
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$bindings = [];
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foreach ($selected as $index => $id) {
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$values[] = '(?, ?::uuid)';
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$bindings[] = $index;
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$bindings[] = $id;
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}
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$rows = DB::select('WITH RECURSIVE selected(location_index, id) AS (VALUES '.implode(',', $values).'),
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tree AS (
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SELECT s.location_index, g.id, g.name, g.location_type, g.parent_id, ARRAY[g.id] AS visited, 0 AS depth
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FROM selected s JOIN geo_locations g ON g.id=s.id
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UNION ALL
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SELECT tree.location_index, parent.id, parent.name, parent.location_type, parent.parent_id,
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tree.visited||parent.id, tree.depth+1
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FROM tree JOIN geo_locations parent ON parent.id=tree.parent_id
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WHERE tree.depth<4 AND NOT parent.id=ANY(tree.visited)
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)
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SELECT location_index, id, name, location_type FROM tree ORDER BY location_index, depth DESC', $bindings);
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$nodeIds = array_values(array_unique(array_map(fn ($row) => (string) $row->id, $rows)));
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$trustedIds = $this->publicReferences()->whereIn('id', $nodeIds)->pluck('id')->map(fn ($id) => (string) $id)->all();
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$trusted = array_fill_keys($trustedIds, true);
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$grouped = [];
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foreach ($rows as $row) {
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$grouped[(int) $row->location_index][] = $row;
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}
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$display = [];
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foreach ($locations as $index => $_location) {
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$path = $grouped[$index] ?? [];
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if (! $path || array_filter($path, fn ($node) => ! isset($trusted[(string) $node->id]))) {
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$display[] = [];
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continue;
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}
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$display[] = array_values(array_map(fn ($node) => (string) $node->name,
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array_filter($path, fn ($node) => $node->location_type !== 'country')));
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}
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return $display;
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}
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/** @param array<string,mixed> $input
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* @return list<\stdClass>
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*/
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public function selection(array $input, bool $management = false): array
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{
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$path = [];
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$parent = null;
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$gap = false;
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foreach (self::FIELDS as $field => $type) {
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if (empty($input[$field])) {
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$gap = true;
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continue;
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}
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$node = $this->references($management)->where('id', $input[$field])->where('location_type', $type)->first(['id', 'name', 'parent_id', 'location_type']);
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if ($gap || ! $node || ($parent && $node->parent_id !== $parent)) {
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throw ValidationException::withMessages([$field => 'Seleccione a localização dentro da hierarquia indicada.']);
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}
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$path[] = $node;
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$parent = $node->id;
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}
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return $path;
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}
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/** @return list<string> */
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public function descendants(string $id, bool $includeNonPublic = false): array
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{
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$rows = DB::select('WITH RECURSIVE tree AS (
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SELECT id, ARRAY[id] AS visited FROM geo_locations WHERE id=? AND deleted_at IS NULL
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UNION ALL SELECT g.id, tree.visited||g.id FROM geo_locations g JOIN tree ON g.parent_id=tree.id
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WHERE g.deleted_at IS NULL AND NOT g.id=ANY(tree.visited) AND cardinality(tree.visited)<5
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) SELECT id FROM tree', [$id]);
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$query = $includeNonPublic
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? DB::table('geo_locations')->whereNull('deleted_at')
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: $this->publicReferences();
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return array_values($query->whereIn('id', array_map(fn ($row) => $row->id, $rows))->pluck('id')->map(fn ($id) => (string) $id)->all());
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}
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/** @return list<\stdClass> */
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public function path(?string $id, bool $management = false): array
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{
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$path = [];
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for ($i = 0; $id && $i < 5; $i++) {
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$query = $management ? DB::table('geo_locations') : $this->publicReferences();
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$node = $query->where('id', $id)->first(['id', 'name', 'parent_id', 'location_type', 'deleted_at']);
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if (! $node) {
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return [];
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}
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if ($node->location_type !== 'country') {
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array_unshift($path, $node);
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}
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$id = $node->parent_id;
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}
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return $path;
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}
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}
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