Session: c135f6d9-31a9-4a6b-9f59-63f6f2a010f4

CWD: /var/lib/metahuman-ocr-worker/work/job-93/worktree Branch: HEAD Mode: range From: origin/new_staging2 To: origin/hotfix/ssma-ros-aprofundamento-readonly-s2-clean Model: deepseek-v4-flash Duration: 6m34s Files: 3 Status: complete

Coverage

3
Selected
3
Completed
0
Reused
0
Failed
0
Waived

Token Usage

827.82K
Prompt Tokens
51.28K
Completion Tokens
879.1K
Total Tokens
27
LLM Requests
772.48K
Cache Read
0
Cache Write
File breakdown 1 files
FilePromptCompletionCache ReadCache WriteTotal
.opencodereview/rule.json,templates/ssma/occurrence/occurren… 827.82K 51.28K 772.48K0 879.1K

Review Comments (2 findings)

Severity:
Category:
templates/ssma/occurrence/occurrence_view.html.twig 1 comments
maintainability low L1457
A permissão é gravada no objeto `data` a partir do estado do servidor no momento em que a página é renderizada, mas o offcanvas que abre em seguida busca o evento atualizado via `ssma_event_get` e reaproveita essa flag antiga sobre os dados novos. Se o aprofundamento for finalizado (ou a permissão mudar) entre o carregamento da página e o clique, a tela pode ficar com edição liberada/negada inconsistente com o estado atual do evento: usuário que perdeu o direito ainda vê campos habilitados (o save é barrado com 403 no backend) e usuário que ganhou o direito fica preso em readonly até recarregar. Como o backend já revalida na gravação, é mais um problema de robustez/UX do que de segurança; sugestão: incluir a flag `can_edit` na resposta de `ssma_event_get` — a mesma fonte dos dados exibidos — e usá-la para decidir a edição, em vez de um snapshot do render.
Existing Code
        data._can_edit_aprofundamento = {{ can_aprof.can_edit|default(false) ? 'true' : 'false' }};
templates/ssma/occurrence/partials/_modal_event.html.twig 1 comments
maintainability low L1549-L1550
`_modal_event.html.twig` já é um template gigante (milhares de linhas misturando markup, estado e JS inline), e esta PR amplia essa mistura adicionando mais uma flag global de permissão cuja normalização (`=== true/=== false` virando valor ou `null`) é duplicada em `openAprofundamento` e em `openWith`. Funciona hoje, mas cada fluxo novo que depender dessa ponte precisará repetir/resetar o mesmo ternário, e a lógica de tela continua fora de `public/js/ssma/`, onde o padrão do projeto concentra esse tipo de comportamento. Ao consolidar o hotfix, vale extrair a ponte de permissão (leitura da flag, normalização e reset) para um módulo JS compartilhado — ou ao menos para um único helper dentro da própria partial — para evitar divergência entre este arquivo e a view da ocorrência.
Existing Code
    /** Quando definido (view da ocorrência), honra can_aprofundamento.can_edit do backend. */
    var evAprofundamentoCanEditFromServer = null;
Files Reviewed 3 files
  • .opencodereview/rule.json
  • templates/ssma/occurrence/occurrence_view.html.twig
  • templates/ssma/occurrence/partials/_modal_event.html.twig
Conversations 1 files
.opencodereview/rule.json,templates/ssma/occurrence/occurrence_view.html.twig,templates/ssma/occurrence/partials/_modal_event.html.twig 27 requests

main_task

Request #1 deepseek-v4-flash P:8.08K C:2.77K CR:2.82K CW:0 17324ms
Reasoning
Let me analyze the code changes in the review files. Files: 1. `.opencodereview/rule.json` - JSON mapping OCR rules to template paths. Need to check spelling errors in JSON keys. 2. `templates/ssma/occurrence/occurrence_view.html.twig` - sends `_can_edit_aprofundamento` from `can_aprof.can_edit`. 3. `templates/ssma/occurrence/partials/_modal_event.html.twig` - new flag handling in JS. Let me start reviewing each file. First, `.opencodereview/rule.json`: new entries added with "path", "merge_system_rule", "rule". Need to check spelling of keys. Keys: "path", "merge_system_rule", "rule" — all consistent with surrounding entries. Looks fine. Now `occurrence_view.html.twig`: ``` data._can_edit_aprofundamento = {{ can_aprof.can_edit|default(false) ? 'true' : 'false' }}; ``` This sets a property on data. Need context: what is `data`? It's used right before `window.EvModal.openAprofundamento(data)`. Need to check where `can_aprof` variable is defined in the controller or template. Let me read the surrounding context. Potential issues: - `can_aprof` may not be defined in the template's JS scope — but the diff shows usage of `can_aprof.can_edit|default(false)`. Need to check whether `can_aprof` is defined in the template context. Let me search. Now `_modal_event.html.twig` changes: 1. `evAprofundamentoCanEditFromServer` global initialized to null. 2. In `evCanEditAprofundamento()`, when only mode and server flag true/false, return accordingly. 3. Reset in `populateForEdit` (line 6142 context) and `openCreate` (line 6586). 4. `openAprofundamento` reads `data._can_edit_aprofundamento`, and in `openWith`, sets `full._can_edit_aprofundamento` if non-null and then sets `evAprofundamentoCanEditFromServer`. Potential issue: In `openAprofundamento`, when admin open flow `EV_IS_ADMIN_APROFUNDAMENTO && window.OccurrenceModal.openEdit` — fine. Let me check the logic carefully. The concern: `evCanEditAprofundamento()` decides whether the user can edit. The new code honors `evAprofundamentoCanEditFromServer === true` → return true, and `=== false` → return false. That means the backend flag overrides even the "finalized" behavior (admin edit after finalized)? Wait, in the new checks order: ``` if (evIsAprofundamentoFinalized() && !EV_IS_ADMIN_APROFUNDAMENTO) { return false; } if (evAprofundamentoOnlyMode && evAprofundamentoCanEditFromServer === true) { return true; } if (evAprofundamentoOnlyMode && evAprofundamentoCanEditFromServer === false) { return false; } ``` Wait, need to see the order in the actual code. The diff shows the checks inserted at the beginning area: ``` if (evIsAprofundamentoFinalized() && !EV_IS_ADMIN_APROFUNDAMENTO) { return false; } if (evAprofundamentoOnlyMode && evAprofundamentoCanEditFromServer === true) { return true; } if (evAprofundamentoOnlyMode && evAprofundamentoCanEditFromServer === false) { return false; } ``` So the finalized check comes first. But the business rule says: `can_edit` already accounts for finalized state (backend returns can_edit false if finalized and not admin). So honoring can_edit=false when finalized non-admin is consistent. When finalized and admin... backend can_edit probably true for admin. But wait, is `evAprofundamentoCanEditFromServer` only set in `openAprofundamento` from `_can_edit_aprofundamento`? Yes, only in that flow. Hmm, but let's look at the surrounding code of `evCanEditAprofundamento` to understand. Let me read the actual file. Let me think about possible bugs: 1. The `data._can_edit_aprofundamento` line in `occurrence_view.html.twig` is set unconditionally — the value is `true`/`false` literal depending on `can_aprof.can_edit`. If `can_aprof` isn't defined (undefined variable), the `default(false)` filter handles it. But is `can_aprof` defined in that controller/view? The JS `data._can_edit_aprofundamento = ...` runs inside a function that returns early if `!data || !data.id`. Fine. But wait — is this inside an AJAX response callback? The snippet: ``` if (!data || !data.id) { return; } data._can_edit_aprofundamento = {{ can_aprof.can_edit|default(false) ? 'true' : 'false' }}; if (window.EvModal && typeof window.EvModal.openAprofundamento === 'function') { window.EvModal.openAprofundamento(data); return; } ``` Need context above to see what `data` is. Probably it's the event data from server. `can_aprof` — a Twig variable passed in from controller. Hmm. Need to verify variable name. Let's search for `can_aprof` usage. 2. In `openWith`, setting `full._can_edit_aprofundamento` even when full comes from server (e.g., fetched via `ssma_event_get` in "full" mode), the `_can_edit_aprofundamento` isn't a server-provided property in that response. But it copies `serverCanEditAprofundamento` into `full` — that's the value captured at openAprofundamento time. Then sets global. OK. 3. Potential leak: The global `evAprofundamentoCanEditFromServer` is reset to null in `populateForEdit` and `openCreate`. Is it reset anywhere else? `populateForEdit` is called by many flows. Let me check where `populateForEdit` is defined and reset is placed. Actually line 6134 context: within some function probably `populateForEdit` resets `evAprofundamentoOnlyMode = false` and now `evAprofundamentoCanEditFromServer = null`. Good. Line 6586: `openCreate` also resets. Good. Now, `evCanEditAprofundamento` might also be invoked in edit mode not only in aprofundamento-only mode? The flag is honored only when `evAprofundamentoOnlyMode` is true, so the modal-full flow unaffected. Good. But here's a subtle bug: In the occurrence view flow, after opening the aprofundamento modal in only mode with `evAprofundamentoCanEditFromServer=true`, the user then may save. Saving triggers refresh etc. But subsequent flows (like reloading details) could call `populateForEdit` resetting the flag. That is intended per rule 7. Another subtle point: The finalized check occurs first; but if can_edit from server is true for a finalized occurrence (admin), then code proceeds; if finalized and non-admin, returns false regardless of server flag. The backend should already return can_edit false in that case anyway. But what about the case where the server flag says false but the local heuristics (tags, direct manager) would say true? New code returns false. Good. But wait — there might be an issue: the checks happen after `if (evIsAprofundamentoFinalized() && !EV_IS_ADMIN_APROFUNDAMENTO) return false;`. Actually there's an earlier check at the top of function before this that might matter. Need to read the full function. Let me consider the scenario where `can_aprof` might not be available in `occurrence_view.html.twig` controller context. Let me search for `can_aprof` to confirm it exists. If it doesn't exist, Twig would raise an error because `default` handles undefined variables only if the variable is missing — but accessing an undefined variable like `can_aprof.can_edit` where `can_aprof` is undefined... Actually `can_aprof.can_edit|default(false)` — the `default` filter applies to the result of `can_aprof.can_edit`. If `can_aprof` is undefined, then accessing `.can_edit` on undefined throws in Twig (when strict_variables is on, or when you access an attribute of null?). In Twig, if a variable is undefined, `can_aprof.can_edit` would trigger "Variable "can_aprof" does not exist" only under strict_variables. With `default`, chained attribute access on undefined variable: Twig's `default` only catches when the variable itself is undefined at the position of the filter — but here the filter is applied to the attribute access result, not the base variable. Hmm, actually in Twig, `foo.bar|default('x')` where foo is undefined: attribute access on undefined foo raises error only if strict_variables is true? Actually Twig evaluates `foo.bar` and if foo is null/undefined, accessing `.bar` on null... Twig returns null when accessing attributes on null (it doesn't throw) unless strict_variables? In Twig, `Environment::getStrictVariables()` default false means undefined variables silently evaluate to null. But `foo.bar` where foo is null → `Twig_Template::getAttribute(null, 'bar')` — if strict is false... hmm accessing attribute on null: returns null I think. Actually, Twig with strict_variables=false: undefined variables become null, and attribute access on null returns null (when `Traversable`...). Let me not overthink. The important thing is whether `can_aprof` is actually passed by the controller for the occurrence view. Let me search. Search for `can_aprof` across the codebase. Also note that this `data._can_edit_aprofundamento = ...` line is inside a `$(document).ready(function () {...})` presumably. The Twig variable would render server-side at page load, so it would reflect permission at page load time, not dynamically after. Since it's the view page, that's fine. But one potential issue: if this callback is fired after an AJAX reload or after something like re-render, can_aprof remains the page-load value — that is fine because the view page permission doesn't change mid-page. Let me look at the file context around line 1454 to understand what function this is in. Let me also check `evCanEditAprofundamento` order more thoroughly, plus `can_aprofundamento` vs `can_aprof` naming. Let me read the files. Also for `.opencodereview/rule.json`: JSON keys all present: `path`, `merge_system_rule`, `rule`. Check spelling: "merge_system_rule" consistent with existing. New rule file path `.opencodereview/rules/ssma/occurrence-ros-aprofundamento-readonly.md`. Fine. No spelling errors in keys. Let me read context of both templates. Let me do parallel searches/reads: - file_read occurrence_view.html.twig around 1400-1500. - file_read _modal_event.html.twig around the function evCanEditAprofundamento (find definition line). - code_search for `can_aprof`. - code_search for `can_aprofundamento` to see backend variables. - read around 6090-6200, 6500-6600. Let me start.
Tool Calls (3)
⚙ file_read
Show Details
Arguments
{"file_path": "templates/ssma/occurrence/occurrence_view.html.twig", "start_line": 1390, "end_line": 1510}
Result
File: templates/ssma/occurrence/occurrence_view.html.twig (Total lines: 3234)
IS_TRUNCATED: false
LINE_RANGE: 1390-1510
1390|    var currentIsSsmaEvent = {{ occurrence.is_ssma_event|default(false)|json_encode|raw }};
1391|    var shared = window.SsmaShared || {};
1392|    var allMembersList = shared.allMembers || {{ allMembers|default([])|json_encode|raw }};
1393|    var evidenceUploaderName = {{ (evidence_uploader_member.name|default('A'))|json_encode|raw }};
1394|    var evidenceUploaderInitial = String(evidenceUploaderName || 'A').charAt(0).toUpperCase() || 'A';
1395|    var evidenceChipInitials = {{ evidence_chip_initials|default(['A'])|json_encode|raw }};
1396|    var actionTypeLabels = {{ action_type_labels|default({})|json_encode|raw }};
1397|    var ssmaCanManageOccurrences = {{ ssmaCanManageOccurrences|default(false) ? 'true' : 'false' }};
1398|    var ssmaActionDeleteUrlTemplate = {{ path('admin_ssma_action_delete', {id: '__ID__'})|json_encode|raw }};
1399|    var ssmaActionReopenUrlTemplate = {{ path('admin_ssma_action_reopen', {id: '__ID__'})|json_encode|raw }};
1400|    var ssmaActionPlanProjectsUrl = {{ path('ssma_action_plan_projects')|json_encode|raw }};
1401|    var ssmaActionLinkProjectUrlTemplate = {{ path('ssma_action_link_project', {id: '__ID__'})|json_encode|raw }};
1402|    var SSMA_OCC_EVIDENCE_UPLOAD_URL  = (window.SsmaShared && window.SsmaShared.ssmaEvidenceUploadUrl) || {{ path('admin_ssma_occurrence_evidence_upload')|json_encode|raw }};
1403|    var SSMA_OCC_EVIDENCE_APPEND_URL  = {{ path('admin_ssma_occurrence_evidence_append')|json_encode|raw }};
1404|    var SSMA_OCC_SST_EXAMS_URL        = {{ path('admin_ssma_occurrence_sst_exams')|json_encode|raw }};
1405|    var SSMA_OCC_SST_ATTACH_URL       = {{ path('admin_ssma_occurrence_sst_attach')|json_encode|raw }};
1406|    var SSMA_OCC_SST_REVIEW_URL       = {{ path('admin_ssma_occurrence_sst_review')|json_encode|raw }};
1407|    var ssmaOccurrenceIndexUrl        = {{ path('ssma_ocorrencia_index')|json_encode|raw }};
1408|    var ssmaCauseTreeCreateUrl        = {{ path('ssma_cause_tree_tree_create')|json_encode|raw }};
1409|    var ssmaCauseTreeViewPath         = {{ path('ssma_cause_tree_view')|json_encode|raw }};
1410|    var ssmaCauseTreeMetaUrl          = {{ path('ssma_occurrences_cause_tree_meta')|json_encode|raw }};
1411|
1412|    $('.ssma-involved-people-stack [data-toggle="tooltip"]').tooltip({ html: true, container: 'body' });
1413|
1414|    $(document).on('click', '.js-occ-view-edit-btn', function (e) {
1415|        e.preventDefault();
1416|        var $btn = $(this);
1417|        if ($btn.data('ssma-edit-opening')) {
1418|            return;
1419|        }
1420|        var raw = $btn.attr('data-occurrence') || '';
1421|        if (!raw) {
1422|            return;
1423|        }
1424|        var data = null;
1425|        try {
1426|            data = JSON.parse(raw);
1427|        } catch (ignore) {}
1428|        // Abre o offcanvas de edição na própria página da ocorrência.
1429|        if (data && typeof window.ssmaOpenOccurrenceEditWithSpinner === 'function') {
1430|            window.ssmaOpenOccurrenceEditWithSpinner($btn, data);
1431|            return;
1432|        }
1433|        if (data && window.OccurrenceModal && typeof window.OccurrenceModal.openEdit === 'function') {
1434|            window.OccurrenceModal.openEdit(data);
1435|            return;
1436|        }
1437|        // Fallback: se o offcanvas não estiver disponível, mantém o fluxo antigo (lista).
1438|        try {
1439|            sessionStorage.setItem('ssma_pending_occurrence_edit', raw);
1440|        } catch (ignore2) {}
1441|        window.location.href = ssmaOccurrenceIndexUrl;
1442|    });
1443|
1444|    $(document).on('click', '.js-occ-view-aprofundamento-btn', function (e) {
1445|        e.preventDefault();
1446|        var raw = $(this).attr('data-occurrence') || '';
1447|        if (!raw) {
1448|            return;
1449|        }
1450|        var data = null;
1451|        try {
1452|            data = JSON.parse(raw);
1453|        } catch (ignore) {}
1454|        if (!data || !data.id) {
1455|            return;
1456|        }
1457|        data._can_edit_aprofundamento = {{ can_aprof.can_edit|default(false) ? 'true' : 'false' }};
1458|        if (window.EvModal && typeof window.EvModal.openAprofundamento === 'function') {
1459|            window.EvModal.openAprofundamento(data);
1460|            return;
1461|        }
1462|        if (typeof showToast === 'function') {
1463|            showToast('Não foi possível abrir o aprofundamento. Atualize a página.', 'Atenção', 'fas fa-exclamation-triangle', 'bg-warning');
1464|        }
1465|    });
1466|
1467|    function ssmaOccViewCauseTreeViewUrl(treeId) {
1468|        var base = String(ssmaCauseTreeViewPath || '');
1469|        var sep = base.indexOf('?') >= 0 ? '&' : '?';
1470|        return base + sep + 'treeId=' + encodeURIComponent(String(treeId));
1471|    }
1472|
1473|    function ssmaOccViewResolveCauseNavigateUrl(res) {
1474|        if (!res || !res.tree) {
1475|            return null;
1476|        }
1477|        if (res.tree.view_url) {
1478|            return res.tree.view_url;
1479|        }
1480|        var treeId = parseInt(res.tree.id, 10);
1481|        return treeId > 0 ? ssmaOccViewCauseTreeViewUrl(treeId) : null;
1482|    }
1483|
1484|    function ssmaOccViewPostCauseTreeCreate($btn, payload) {
1485|        var orig = $btn.html();
1486|        var willNavigate = false;
1487|        $btn.data('creating', true).prop('disabled', true).html('<i class="fas fa-spinner fa-spin mr-2"></i>Criando...');
1488|        $.ajax({
1489|            url: ssmaCauseTreeCreateUrl,
1490|            method: 'POST',
1491|            contentType: 'application/json; charset=UTF-8',
1492|            dataType: 'json',
1493|            headers: { 'Accept': 'application/json', 'X-Requested-With': 'XMLHttpRequest' },
1494|            data: JSON.stringify(payload),
1495|            success: function (res) {
1496|                var targetUrl = ssmaOccViewResolveCauseNavigateUrl(res);
1497|                if (res && res.success && targetUrl) {
1498|                    willNavigate = true;
1499|                    window.location.href = targetUrl;
1500|                    return;
1501|                }
1502|                alert((res && res.message) ? res.message : 'Não foi possível criar a árvore de causas.');
1503|            },
1504|            error: function (xhr) {
1505|                var res = null;
1506|                try { res = JSON.parse(xhr.responseText); } catch (ex) {}
1507|                if (xhr.status === 409 && res && res.existing_tree) {
1508|                    var existingUrl = ssmaOccViewResolveCauseNavigateUrl({ tree: res.existing_tree });
1509|                    if (existingUrl) {
1510|                        willNavigate = true;
⚙ code_search
Show Details
Arguments
{"search_text": "can_aprof"}
Result
File: .opencodereview/rules/ssma/occurrence-ros-aprofundamento-readonly.md
Match lines: 5
6|- `templates/ssma/occurrence/occurrence_view.html.twig` — clique em `+ Aprofundamento` / `.js-occ-view-aprofundamento-btn`; envia `_can_edit_aprofundamento` a partir de `can_aprofundamento.can_edit`
19|Causa: o front recalculava permissão em `evCanEditAprofundamento` (tags JS, gestor direto via `SSMA_EV_MEMBERS_BY_ID`) **sem** honrar `can_aprofundamento.can_edit` já calculado no PHP.
28|- `can_aprofundamento.show` — exibe botão `+ Aprofundamento`
29|- `can_aprofundamento.can_edit` — usuário pode editar (não finalizado, ou admin se finalizado)
33|- Ao abrir o modal, `data._can_edit_aprofundamento` deve refletir `can_aprofundamento.can_edit` do Twig **antes** de `EvModal.openAprofundamento(data)`

File: src/Controller/SsmaController.php
Match lines: 1
3467|            'can_aprofundamento' => $this->resolveOccurrenceViewAprofundamentoFlags(

File: templates/ssma/occurrence/occurrence_view.html.twig
Match lines: 4
615|    {% set can_aprof = can_aprofundamento|default({}) %}
616|    {% set show_aprofundamento_btn = can_aprof.show|default(false) %}
691|                    title="{% if can_aprof.finalized|default(false) and not can_aprof.can_edit|default(false) %}Visualizar aprofundamento{% elseif can_aprof.finalized|default(false) %}Editar aprofundamento (admin){% elseif can_aprof.pending|default(false) %}Preencher aprofundamento técnico{% else %}Aprofundamento técnico{% endif %}">
1457|        data._can_edit_aprofundamento = {{ can_aprof.can_edit|default(false) ? 'true' : 'false' }};

File: templates/ssma/occurrence/partials/_modal_event.html.twig
Match lines: 1
1549|    /** Quando definido (view da ocorrência), honra can_aprofundamento.can_edit do backend. */
⚙ code_search
Show Details
Arguments
{"search_text": "evCanEditAprofundamento"}
Result
File: .opencodereview/rules/ssma/occurrence-ros-aprofundamento-readonly.md
Match lines: 3
7|- `templates/ssma/occurrence/partials/_modal_event.html.twig` — `EvModal.openAprofundamento`, `evAprofundamentoCanEditFromServer`, `evCanEditAprofundamento`, `evSetAprofundamentoReadonly`
19|Causa: o front recalculava permissão em `evCanEditAprofundamento` (tags JS, gestor direto via `SSMA_EV_MEMBERS_BY_ID`) **sem** honrar `can_aprofundamento.can_edit` já calculado no PHP.
37|- Em `evAprofundamentoOnlyMode`, se `evAprofundamentoCanEditFromServer === true` → `evCanEditAprofundamento` retorna `true` (salvo aprofundamento finalizado sem admin)

File: docs/engineering/pr/homolog/PR_commits_homolog.txt
Match lines: 1
2501|66d0d015bc SSMA: reverter evCanEditAprofundamento - Gestor de Equipe nao preenche aprofundamento tecnico

File: docs/pr-hotfix-ssma-ap-parte-medica-new-production.md
Match lines: 1
51|4. Permissão para **editar** aprofundamento técnico (`evCanEditAprofundamento`) **não foi alterada**; usuário sem permissão ainda vê alerta readonly — o fix é **não esconder/apagar** dados que já existem na tela para quem pode ver o modal.

File: templates/ssma/occurrence/partials/_modal_event.html.twig
Match lines: 10
3095|    function evCanEditAprofundamento(type) {
3336|        var canEditAprofundamento = evCanEditAprofundamento(type);
3366|            label.innerHTML = (evRequiresAprofundamento(type) && evCanEditAprofundamento(type))
3404|        evSetAprofundamentoReadonly(!evCanEditAprofundamento(evSelectedType()));
5152|        evSetAprofundamentoReadonly(!evRequiresAprofundamento(type) || !evCanEditAprofundamento(type));
5875|        evSetAprofundamentoReadonly(!evRequiresAprofundamento(evSelectedType()) || !evCanEditAprofundamento(evSelectedType()));
6730|            if (evRequiresAprofundamento(evSelectedType()) && evCanEditAprofundamento(evSelectedType())) {
6739|            && !evCanEditAprofundamento(evSelectedType())) {
6806|            evCurrentStep === 'aprofundamento' || evCanEditAprofundamento(typeForValidation)
6994|            && !evCanEditAprofundamento(type)
Request #2 deepseek-v4-flash P:14.12K C:299 CR:10.75K CW:0 2473ms
Reasoning
Let me now read the full `evCanEditAprofundamento` function and surrounding context in `_modal_event.html.twig`, plus `openAprofundamento`, `populateForEdit`, `openCreate` areas. Also, I see there's a rule doc `.opencodereview/rules/ssma/occurrence-ros-aprofundamento-readonly.md` referenced, which is among "other changed files" not in review group. Fine. Let me read the evCanEditAprofundamento function around line 3095-3170.
Tool Calls (2)
⚙ file_read
Show Details
Arguments
{"end_line": 3180, "file_path": "templates/ssma/occurrence/partials/_modal_event.html.twig", "start_line": 3080}
Result
File: templates/ssma/occurrence/partials/_modal_event.html.twig (Total lines: 7732)
IS_TRUNCATED: false
LINE_RANGE: 3080-3180
3080|        var reporterId = evReporterMemberIdForAprofundamento(type);
3081|        if (!reporterId) {
3082|            return false;
3083|        }
3084|        var meta = (window.SSMA_EV_MEMBERS_BY_ID || {})[String(reporterId)];
3085|        if (!meta || meta.superior_id == null || meta.superior_id === '') {
3086|            return false;
3087|        }
3088|        return String(meta.superior_id) === String(EV_LOGGED_MEMBER_ID);
3089|    }
3090|
3091|    function evIsAprofundamentoFinalized() {
3092|        return !!evAprofundamentoFinalized;
3093|    }
3094|
3095|    function evCanEditAprofundamento(type) {
3096|        type = type || evSelectedType();
3097|        if (!evRequiresAprofundamento(type)) {
3098|            return false;
3099|        }
3100|        if (evIsAprofundamentoFinalized() && !EV_IS_ADMIN_APROFUNDAMENTO) {
3101|            return false;
3102|        }
3103|        if (evAprofundamentoOnlyMode && evAprofundamentoCanEditFromServer === true) {
3104|            return true;
3105|        }
3106|        if (evAprofundamentoOnlyMode && evAprofundamentoCanEditFromServer === false) {
3107|            return false;
3108|        }
3109|        // Admin (roles de gestão / flag backend)
3110|        if (EV_IS_ADMIN_APROFUNDAMENTO) {
3111|            return true;
3112|        }
3113|        // Especialista técnico por tipo (tags SSMA)
3114|        if (EV_USER_TECHNICAL_TYPES.indexOf(type) !== -1) {
3115|            return true;
3116|        }
3117|        // Gestor direto do colaborador que relatou (1ª etapa = geral; 2ª = profissional responsável)
3118|        if (type === 'ROS' || type === 'QUASE_ACIDENTE') {
3119|            return evIsLoggedUserDirectManagerOfReporter(type);
3120|        }
3121|        return false;
3122|    }
3123|
3124|    function evCorrectiveEscape(str) {
3125|        return String(str == null ? '' : str)
3126|            .replace(/&/g, '&amp;')
3127|            .replace(/</g, '&lt;')
3128|            .replace(/>/g, '&gt;')
3129|            .replace(/"/g, '&quot;');
3130|    }
3131|
3132|    function evBuildCorrectiveActionRow(data) {
3133|        data = data || {};
3134|        var idx = ++evCorrectiveActionSeq;
3135|        var id = 'ev_ca_' + idx;
3136|        var resolved = !!(data.resolved === true || data.resolved === 1 || data.resolved === '1');
3137|        var shared = window.SsmaShared || {};
3138|        var memberOptsHtml = typeof shared.memberSelectOptionsHtml === 'function'
3139|            ? shared.memberSelectOptionsHtml(
3140|                EV_CORRECTIVE_MEMBER_OPTIONS,
3141|                data.responsible_id,
3142|                data.responsible_name,
3143|                'Selecione o responsável'
3144|            )
3145|            : '<option value="">Selecione o responsável</option>';
3146|        var validatorOptsHtml = typeof shared.memberSelectOptionsHtml === 'function'
3147|            ? shared.memberSelectOptionsHtml(
3148|                EV_CORRECTIVE_MEMBER_OPTIONS,
3149|                data.validator_id,
3150|                data.validator_name,
3151|                'Selecione o validador (opcional)'
3152|            )
3153|            : '<option value="">Selecione o validador (opcional)</option>';
3154|        var hierOpts = '<option value="">Selecione a hierarquia</option>';
3155|        EV_CORRECTIVE_HIERARCHY_OPTIONS.forEach(function (h) {
3156|            var sel = String(h.value) === String(data.hierarchy || '') ? ' selected' : '';
3157|            hierOpts += '<option value="' + evCorrectiveEscape(h.value) + '"' + sel + '>' + evCorrectiveEscape(h.label) + '</option>';
3158|        });
3159|        return (
3160|            '<div class="ev-corrective-action-item border rounded p-3 mb-2" data-ca-id="' + id + '">' +
3161|                '<div class="d-flex justify-content-between align-items-start mb-2">' +
3162|                    '<strong class="ev-corrective-action-label" style="font-size:13px;">Ação</strong>' +
3163|                    '<button type="button" class="btn btn-sm btn-link text-danger p-0 ev-corrective-action-remove" title="Remover">' +
3164|                        '<i class="fas fa-times"></i>' +
3165|                    '</button>' +
3166|                '</div>' +
3167|                '<div class="form-group mb-2">' +
3168|                    '<input type="text" class="form-control ev-ca-description" ' +
3169|                        'placeholder="Ex: trocar lâmpada / orientar colaborador e reforçar uso de EPI" ' +
3170|                        'value="' + evCorrectiveEscape(data.description || '') + '">' +
3171|                '</div>' +
3172|                '<div class="form-check mb-2">' +
3173|                    '<input class="form-check-input ev-ca-resolved" type="checkbox" id="' + id + '_resolved"' +
3174|                        (resolved ? ' checked' : '') + '>' +
3175|                    '<label class="form-check-label" for="' + id + '_resolved">Visto e resolvido</label>' +
3176|                '</div>' +
3177|                '<div class="form-group mb-2 ev-ca-deadline-wrap' + (resolved ? ' d-none' : '') + '">' +
3178|                    '<label>Prazo</label>' +
3179|                    '<input type="date" class="form-control ev-ca-deadline" value="' + evCorrectiveEscape(data.deadline || '') + '" placeholder="Selecione a data">' +
3180|                '</div>' +
⚙ file_read
Show Details
Arguments
{"end_line": 6600, "file_path": "templates/ssma/occurrence/partials/_modal_event.html.twig", "start_line": 6090}
Result
File: templates/ssma/occurrence/partials/_modal_event.html.twig (Total lines: 7732)
IS_TRUNCATED: true
LINE_RANGE: 6090-6589
6090|                mark('#ev_environmental_medium');
6091|            }
6092|            if (!(document.getElementById('ev_pollutant_type') || {}).value) {
6093|                mark('#ev_pollutant_type');
6094|            }
6095|            if (!(document.getElementById('ev_consequence') || {}).value) mark('#ev_consequence');
6096|            if (!(document.getElementById('ev_potential_consequence') || {}).value) mark('#ev_potential_consequence');
6097|            if (!(document.getElementById('ev_barrier_type_aa') || {}).value) mark('#ev_barrier_type_aa');
6098|        }
6099|        return ok;
6100|    }
6101|
6102|    /* ── Helpers internos para populateForEdit ────────────── */
6103|    function evSetVal(id, val) {
6104|        var el = document.getElementById(id);
6105|        if (el && val !== undefined && val !== null && val !== '') el.value = String(val);
6106|        if (id === 'ev_person_id' || id === 'ev_person_id_qa') {
6107|            if (typeof window.setCustomSelectValue === 'function' && val !== undefined && val !== null && val !== '') {
6108|                window.setCustomSelectValue(id, String(val));
6109|            } else {
6110|                evSyncCustomSelectVisual(id, false);
6111|            }
6112|        }
6113|    }
6114|    /** Garante option legada no select (meio/poluente/barreira antigos) ao editar. */
6115|    function evEnsureSelectOption(selectId, value) {
6116|        if (value === undefined || value === null || value === '') return;
6117|        var sel = document.getElementById(selectId);
6118|        if (!sel) return;
6119|        var v = String(value);
6120|        for (var i = 0; i < sel.options.length; i++) {
6121|            if (sel.options[i].value === v) return;
6122|        }
6123|        var opt = document.createElement('option');
6124|        opt.value = v;
6125|        opt.textContent = v;
6126|        sel.appendChild(opt);
6127|    }
6128|    function evSetChk(id, val) {
6129|        var el = document.getElementById(id);
6130|        if (el) el.checked = !!val;
6131|    }
6132|    function evParseCsvIds(val) {
6133|        if (Array.isArray(val)) return val.map(Number).filter(Boolean);
6134|        if (!val) return [];
6135|        return String(val).split(',').map(function (s) { return parseInt(s.trim(), 10); }).filter(Boolean);
6136|    }
6137|
6138|    /* ── API pública para abertura em modo edição ─────────── */
6139|    window.EvModal = window.EvModal || {};
6140|    window.EvModal.populateForEdit = function (data) {
6141|        var $ = window.jQuery;
6142|        if (!$) return;
6143|        window.__ssmaEvCreateMode = null;
6144|        evAprofundamentoOnlyMode = false;
6145|        evAprofundamentoCanEditFromServer = null;
6146|        evAprofundamentoFinalizeIntent = true;
6147|        var detEarly = (data && data.details && typeof data.details === 'object') ? data.details : (data || {});
6148|        var aprofStatus = String(detEarly.aprofundamento_status || (data && data.aprofundamento_status) || '').toLowerCase();
6149|        evAprofundamentoFinalized = aprofStatus === 'finalized'
6150|            || !!(detEarly.aprofundamento_complete || (data && data.aprofundamento_complete));
6151|        var typeWrap = document.getElementById('ev_type_wrap');
6152|        if (typeWrap) typeWrap.classList.remove('d-none');
6153|        var shared = window.SsmaShared || {};
6154|        var tc     = window.EvModal._tagConfigs;
6155|        data = data || {};
6156|        // det: objeto details (formato serialize) ou fallback para o próprio data (formato listagem)
6157|        var det  = (data.details && typeof data.details === 'object') ? data.details : data;
6158|        var type = data.type || data.type_value || '';
6159|
6160|        // Reset form
6161|        var form = document.getElementById('form-event-new');
6162|        if (form) form.reset();
6163|        evApplyDatetimeMax();
6164|        evEvidences = [];
6165|        evEvidenceRenderList();
6166|        evRosResolutionEvidences = [];
6167|        if (typeof evRosResolutionEvidenceRenderList === 'function') {
6168|            evRosResolutionEvidenceRenderList();
6169|        }
6170|
6171|        // Modo e ID
6172|        document.getElementById('ev_form_mode').value = 'edit';
6173|        document.getElementById('ev_id').value = String(data.id || '');
6174|
6175|        var modalTitle = document.getElementById('ev-modal-title');
6176|        if (modalTitle) modalTitle.textContent = 'Editar ocorrência';
6177|        var generalPanel = document.getElementById('ev-step-general');
6178|        if (generalPanel) generalPanel.classList.remove('is-readonly');
6179|
6180|        // ── Campos básicos ──────────────────────────────────
6181|        // Mapa legado: status_value da listagem usa slugs lowercase; o select precisa do enum
6182|        var EV_STATUS_MAP = {
6183|            nova: 'ABERTO',
6184|            em_investigacao: 'EM_INVESTIGACAO',
6185|            investigada: 'EM_ANALISE',
6186|            aguard_validacao_medica: 'AGUARDANDO_VALIDACAO_MEDICA',
6187|            aguard_validacao_tecnica: 'AGUARDANDO_VALIDACAO_TECNICA',
6188|            finalizada: 'CONCLUIDO',
6189|            resolvida: 'CONCLUIDO'
6190|        };
6191|        var statusRaw = data.status || (EV_STATUS_MAP[data.status_value] || data.status_value) || 'ABERTO';
6192|        evSetVal('ev_title',    det.title    || (data.description || '').split('\n')[0] || '');
6193|        evSetVal('ev_status',   statusRaw);
6194|        evInitLocationSuggestions(data.location || data.location_value || '');
6195|        evSetVal('ev_gmr', det.gmr || data.gmr || '');
6196|        evSetVal('ev_activity', det.activity  || data.activity || data.description || '');
6197|        evSetVal('ev_area_label',        det.area_label || data.area || '');
6198|        evSetVal('ev_classifier_dano',   det.classifier_dano   || '');
6199|        evSetVal('ev_classifier_risco',  det.classifier_risco  || '');
6200|        evSetVal('ev_classifier_afetado',det.classifier_afetado || '');
6201|        if (det.manager_id)               evSetVal('ev_manager', det.manager_id);
6202|        if (det.team_id || data.unit_id)  evSetVal('ev_team_id', det.team_id || data.unit_id);
6203|
6204|        // ── Classificação / consequência ─────────────────────────
6205|        // Dimensão / consequência são aplicadas após applyTypeBlock (filtra opções por tipo).
6206|        var _pendingStrategicNature = det.strategic_nature || data.strategic_nature || '';
6207|        var _pendingConsequence = data.consequence || '';
6208|        var _pendingPotentialConsequence = det.potential_consequence || '';
6209|
6210|        // ── Datetime ────────────────────────────────────────
6211|        var dtEl = document.getElementById('ev_datetime');
6212|        if (dtEl) {
6213|            // Formato serialize: 'Y-m-dTH:i:s' → corta para 'Y-m-dTH:i'
6214|            if (data.datetime) {
6215|                dtEl.value = String(data.datetime).slice(0, 16);
6216|            // Formato listagem: 'd/m/Y H:i'
6217|            } else if (data.event_datetime) {
6218|                var dStr = String(data.event_datetime);
6219|                var dp = dStr.split(' ');
6220|                if (dp.length >= 2) {
6221|                    var d = dp[0].split('/');
6222|                    if (d.length === 3) dtEl.value = d[2] + '-' + d[1] + '-' + d[0] + 'T' + dp[1];
6223|                }
6224|            }
6225|        }
6226|
6227|        // ── Tipo + blocos condicionais ───────────────────────
6228|        evInitTypeSelectFromConfig();
6229|        var typeEl = document.getElementById('ev_type');
6230|        if (typeEl && type) {
6231|            typeEl.value = type;
6232|            applyTypeBlock(type);
6233|        }
6234|
6235|        // Após filtrar opções: Pessoal/Material usam Leve…Severo; Ambiental usa AA1–AA3 (mapeia legado).
6236|        if (evUsesAmbientalConsequenceScale(type)) {
6237|            _pendingConsequence = evMapAmbientalConsequence(_pendingConsequence);
6238|            _pendingPotentialConsequence = evMapAmbientalConsequence(_pendingPotentialConsequence)
6239|                || evMapAmbientalConsequence(det.potential_severity || '');
6240|            _pendingStrategicNature = '';
6241|        } else if (evUsesSeverityConsequenceScale(type)) {
6242|            var mapCons = function (v) {
6243|                if (!v) return '';
6244|                if (EV_CONSEQUENCE_RANK.hasOwnProperty(v) && ['LEVE','BAIXO','MEDIO','ALTO','SEVERO'].indexOf(v) !== -1) {
6245|                    return v;
6246|                }
6247|                return EV_CONSEQUENCE_TO_CRITICALITY[v] || v;
6248|            };
6249|            _pendingConsequence = mapCons(_pendingConsequence);
6250|            _pendingPotentialConsequence = mapCons(_pendingPotentialConsequence)
6251|                || mapCons(det.potential_severity || '');
6252|            _pendingStrategicNature = '';
6253|        }
6254|        evSetVal('ev_strategic_nature', _pendingStrategicNature);
6255|        evSetVal('ev_consequence', _pendingConsequence);
6256|        evSetVal('ev_potential_consequence', _pendingPotentialConsequence);
6257|        if (typeof evSyncDerivedSeverityFromConsequence === 'function') {
6258|            evSyncDerivedSeverityFromConsequence();
6259|        }
6260|        if (typeof evSyncPotentialGteReal === 'function') {
6261|            evSyncPotentialGteReal();
6262|        }
6263|
6264|        // ── Categoria configurável (por tipo) ────────────────
6265|        if (typeof window.renderEvCategorySelect === 'function') {
6266|            var catPreset = det.category || data.nature_label || '';
6267|            window.renderEvCategorySelect(type, catPreset);
6268|        }
6269|
6270|        // Mapa legado: ocorrências salvas antes da migração para a escala de 5 níveis
6271|        // usam MODERADO/CRITICO, que não existem mais como <option> no select atual.
6272|        // Sem esse de-para, o campo fica em branco ao editar ocorrências antigas.
6273|        var EV_CRITICALITY_LEGACY_MAP = {
6274|            MODERADO: 'MEDIO',
6275|            CRITICO:  'SEVERO'
6276|        };
6277|        var evCriticalityRaw = det.potential_severity || '';
6278|        evSetVal('ev_criticality', EV_CRITICALITY_LEGACY_MAP[evCriticalityRaw] || evCriticalityRaw);
6279|
6280|        evFillCorrectiveActions(det.corrective_actions || data.corrective_actions || []);
6281|
6282|        // ── Campos específicos por tipo ─────────────────────
6283|        if (type === 'ROS') {
6284|            (function () {
6285|                var dt = det.deviation_type || '';
6286|                var legacy = { ATO_INSEGURO: 'COMPORTAMENTO', DESVIO_PROCEDIMENTO: 'PROCEDIMENTO', FALTA_EPI: 'FALTA_EPP' };
6287|                if (legacy[dt]) {
6288|                    dt = legacy[dt];
6289|                }
6290|                evSetVal('ev_deviation_type', dt);
6291|            })();
6292|            evSetVal('ev_involvement_type_ros', (function () {
6293|                var inv = det.involvement_type || '';
6294|                var legacy = { EQUIPMENT: 'SEGURANCA', ENVIRONMENT: 'MEIO_AMBIENTE', PROCESS: 'SEGURANCA' };
6295|                return legacy[inv] || inv;
6296|            })());
6297|            (function () {
6298|                var pc = det.potential_severity || det.potential_consequence || '';
6299|                evSetVal('ev_ros_potential_consequence', EV_CRITICALITY_LEGACY_MAP[pc] || pc);
6300|            })();
6301|            filterRosPotentialConsequence();
6302|            if (typeof evSyncRosDerivedSeverityFromPotential === 'function') {
6303|                evSyncRosDerivedSeverityFromPotential();
6304|            }
6305|            evSetChk('ev_immediate_risk',        det.immediate_risk);
6306|            evSyncImmediateRiskButtonsUI();
6307|            evSetVal('ev_barrier_type_ros', det.barrier_type || '');
6308|            evSetVal('ev_improvement_suggestions', det.improvement_suggestions || '');
6309|            evSetChk('ev_ros_resolved', det.ros_resolved);
6310|            evSetVal('ev_ros_resolution_notes', det.ros_resolution_notes || '');
6311|            var rosEv = Array.isArray(det.ros_resolution_evidences) ? det.ros_resolution_evidences : [];
6312|            evRosResolutionEvidences = rosEv.map(function (e) {
6313|                return { name: e.name || e.filename || '', path: e.path || '' };
6314|            });
6315|            if (typeof evRosResolutionEvidenceRenderList === 'function') {
6316|                evRosResolutionEvidenceRenderList();
6317|            }
6318|            var rosResolvedFields = document.getElementById('ev-ros-resolved-fields');
6319|            if (rosResolvedFields) {
6320|                rosResolvedFields.classList.toggle('d-none', !det.ros_resolved);
6321|            }
6322|            if (typeof evSyncRosDerivedSeverityFromPotential === 'function') {
6323|                evSyncRosDerivedSeverityFromPotential();
6324|            }
6325|            // Reavalia agora que ev_ros_resolved já reflete o valor salvo (applyTypeBlock roda antes disso).
6326|            evUpdateStepsBarVisibility(type);
6327|            evUpdateFooter();
6328|
6329|        } else if (type === 'QUASE_ACIDENTE') {
6330|            evSetVal('ev_involvement_type_qa',   det.involvement_type);
6331|            evSetVal('ev_barrier_type_qa',       det.barrier_type || '');
6332|            (function () {
6333|                var pc = det.potential_severity || det.potential_consequence || '';
6334|                evSetVal('ev_qa_potential_consequence', EV_CRITICALITY_LEGACY_MAP[pc] || pc);
6335|            })();
6336|            filterQaPotentialConsequence();
6337|            if (typeof evSyncQaDerivedSeverityFromPotential === 'function') {
6338|                evSyncQaDerivedSeverityFromPotential();
6339|            }
6340|            if (det.involvement_type === 'PERSON') {
6341|                evSetVal('ev_person_id_qa',  det.person_id);
6342|                evSetVal('ev_person_type_qa',det.person_type);
6343|                toggleQaPersonRow();
6344|            }
6345|
6346|        } else if (type === 'ACIDENTE_PESSOAL') {
6347|            // person_id vai para caixinhas (data-primary); select fica para “adicionar”.
6348|            var personSelAp = document.getElementById('ev_person_id');
6349|            if (personSelAp && det.person_id) {
6350|                personSelAp.setAttribute('data-primary-injured-id', String(det.person_id));
6351|            }
6352|            evSetVal('ev_person_type',          det.person_type);
6353|            evEnsureSelectOption('ev_barrier_type_ap', det.barrier_type);
6354|            evSetVal('ev_barrier_type_ap',       det.barrier_type);
6355|            // Campos de lesão / CAT / mapa são aplicados depois de montar a caixinha.
6356|            // Campo custo removido de AP (só AM possui custo)
6357|            // evSetVal('ev_estimated_loss_ap', det.estimated_loss);
6358|
6359|        } else if (type === 'ACIDENTE_MATERIAL') {
6360|            evSetVal('ev_asset_type',            det.asset_type);
6361|            evSetChk('ev_operational_impact',    det.operational_impact);
6362|            evSetVal('ev_estimated_loss',        det.estimated_loss);
6363|            evSetVal('ev_downtime',              det.downtime);
6364|            evEnsureSelectOption('ev_barrier_type_am', det.barrier_type);
6365|            evSetVal('ev_barrier_type_am',       det.barrier_type);
6366|
6367|        } else if (type === 'ACIDENTE_AMBIENTAL') {
6368|            var em = det.environmental_medium || '';
6369|            if (em === 'AGUA') em = 'AGUA_SUPERFICIAL';
6370|            if (em === 'MULTIPLO') em = 'OUTRO';
6371|            evEnsureSelectOption('ev_environmental_medium', em);
6372|            evSetVal('ev_environmental_medium', em);
6373|            var poll = det.pollutant_type || '';
6374|            evEnsureSelectOption('ev_pollutant_type', poll);
6375|            evSetVal('ev_pollutant_type',        poll);
6376|            evSetVal('ev_estimated_volume',      det.estimated_volume);
6377|            evSetChk('ev_containment_done',      det.containment_done);
6378|            evSetVal('ev_containment_time',      det.containment_time);
6379|            evSetChk('ev_external_impact',       det.external_impact);
6380|            evSetVal('ev_affected_area',         det.affected_area);
6381|            evEnsureSelectOption('ev_barrier_type_aa', det.barrier_type);
6382|            evSetVal('ev_barrier_type_aa',       det.barrier_type);
6383|        }
6384|
6385|        // ── Abordagem (Select2 com valor customizado) ───────
6386|        var approachVal = det.approach || '';
6387|        if (approachVal) {
6388|            var $appSel = $('#ev_approach');
6389|            if ($appSel.length) {
6390|                if ($appSel.data('select2')) {
6391|                    if (!$appSel.find('option[value="' + approachVal.replace(/"/g, '\\"') + '"]').length) {
6392|                        $appSel.append(new Option(approachVal, approachVal));
6393|                    }
6394|                    $appSel.val(approachVal).trigger('change');
6395|                } else {
6396|                    $appSel.val(approachVal);
6397|                }
6398|            }
6399|        }
6400|
6401|        // ── Pessoas e responsáveis ──────────────────────────
6402|        var peopleIds = evParseCsvIds(det.people_ids || data.people_ids);
6403|        var respIds   = evParseCsvIds(det.responsible_ids || data.responsible_ids);
6404|        var witnessIds = evParseCsvIds(det.witness_ids || data.witness_ids);
6405|        if (tc && typeof shared.setTagSelectValues === 'function') {
6406|            if (tc.people)      shared.setTagSelectValues(tc.people,      peopleIds);
6407|            if (tc.responsible) shared.setTagSelectValues(tc.responsible, respIds);
6408|            if (tc.witnesses)   shared.setTagSelectValues(tc.witnesses,   witnessIds);
6409|        }
6410|        if (typeof window.evNormalizePeopleWitnessTags === 'function') {
6411|            window.evNormalizePeopleWitnessTags();
6412|        }
6413|        var peoplEl = document.getElementById('ev_people_ids');
6414|        if (peoplEl) peoplEl.value = peopleIds.join(',');
6415|        var respEl = document.getElementById('ev_responsible_ids');
6416|        if (respEl) respEl.value = respIds.join(',');
6417|        var witEl = document.getElementById('ev_witness_ids');
6418|        if (witEl) witEl.value = witnessIds.join(',');
6419|
6420|        // ── Caixinhas do acidentado (completas, 1 por pessoa) ──
6421|        var injRaw = det.injured_person_details || data.injured_person_details || {};
6422|        if (typeof injRaw === 'object' && injRaw !== null) {
6423|            try { injRaw = JSON.stringify(injRaw); } catch (eInj) { injRaw = '{}'; }
6424|        }
6425|        var personIdForBox = det.person_id || data.person_id || '';
6426|        try {
6427|            var injObj = JSON.parse(String(injRaw || '{}')) || {};
6428|            if (personIdForBox) {
6429|                var seed = injObj[String(personIdForBox)] || {};
6430|                // Legado: campos clínicos no nível do evento → caixinha do person_id.
6431|                if (seed.had_injury === undefined && det.had_injury !== undefined) seed.had_injury = !!det.had_injury;
6432|                if (!seed.injury_type && det.injury_type) seed.injury_type = det.injury_type;
6433|                if (!seed.injury_severity && det.injury_severity) seed.injury_severity = det.injury_severity;
6434|                if (!seed.injury_classification && det.injury_classification) seed.injury_classification = det.injury_classification;
6435|                if (!seed.work_leave && det.work_leave) seed.work_leave = det.work_leave === 'PARCIAL' ? 'TOTAL' : det.work_leave;
6436|                if (!seed.consequence && data.consequence) seed.consequence = data.consequence;
6437|                if (!seed.potential_consequence && data.potential_consequence) seed.potential_consequence = data.potential_consequence;
6438|                if (seed.descaracterizado === undefined && det.descaracterizado !== undefined && det.descaracterizado !== '') {
6439|                    seed.descaracterizado = String(det.descaracterizado);
6440|                }
6441|                if (!seed.descaracter_comment && det.descaracter_comment) seed.descaracter_comment = det.descaracter_comment;
6442|                if (!seed.body_location_detail && det.body_location_detail) seed.body_location_detail = det.body_location_detail;
6443|                if ((!seed.body_parts || !seed.body_parts.length) && Array.isArray(det.body_parts)) {
6444|                    seed.body_parts = det.body_parts;
6445|                } else if ((!seed.body_parts || !seed.body_parts.length) && Array.isArray(data.body_parts)) {
6446|                    seed.body_parts = data.body_parts;
6447|                }
6448|                if (!seed.attendance_date) seed.attendance_date = '';
6449|                if (seed.breve_relato === undefined) seed.breve_relato = '';
6450|                injObj[String(personIdForBox)] = seed;
6451|            }
6452|            injRaw = JSON.stringify(injObj);
6453|        } catch (eSeed) {}
6454|        var injEl = document.getElementById('ev_injured_person_details');
6455|        if (injEl) injEl.value = String(injRaw || '');
6456|        var personSelSeed = document.getElementById('ev_person_id');
6457|        if (personSelSeed && personIdForBox) {
6458|            personSelSeed.setAttribute('data-primary-injured-id', String(personIdForBox));
6459|            // Não deixa valor no select (select = adicionar); primary vai via data-attr.
6460|            personSelSeed.value = '';
6461|            if (typeof window.setCustomSelectValue === 'function') {
6462|                window.setCustomSelectValue('ev_person_id', '');
6463|            }
6464|        }
6465|        evFilterInjuredPersonSelect();
6466|        evRenderInjuredPersonBoxes();
6467|
6468|        if (type === 'ACIDENTE_PESSOAL') {
6469|            // Re-sync depois das tags + details: garante caixinhas médicas mesmo se
6470|            // setTagSelectValues rodou antes do hidden ou membro não estava no select.
6471|            syncBodyRegionVisibility();
6472|            evSyncInjuryFieldsByConsequence();
6473|            if (typeof window.evSyncLtiAvailability === 'function') { window.evSyncLtiAvailability(); }
6474|            evSyncInjuredCardsFromInvolved();
6475|            // Se sync ainda não viu pessoas nas tags, remonta a partir dos details salvos.
6476|            var wrapAfter = document.getElementById('ev_injured_person_boxes');
6477|            var hasMedCards = !!(wrapAfter && wrapAfter.querySelector('.ev-injured-person-box[data-person-id]'));
6478|            if (!hasMedCards && Object.keys(evGetInjuredDetailsObj() || {}).length) {
6479|                evRenderInjuredPersonBoxes();
6480|            }
6481|            if (evCurrentStep === 'aprofundamento' && typeof evEnsurePrimaryInjuredCardExpanded === 'function') {
6482|                evEnsurePrimaryInjuredCardExpanded();
6483|            }
6484|        }
6485|
6486|        // ── Descaracterização ────────────────────────────────
6487|        // Restaura suspeita por card a partir do det ou do injured_person_details do card primário.
6488|        var suspectRaw = det.descaracter_suspect != null ? det.descaracter_suspect : data.descaracter_suspect;
6489|        var suspectOn = suspectRaw === true || suspectRaw === 1 || suspectRaw === '1';
6490|        evSetChk('ev_descaracter_suspect', suspectOn);
6491|        // Propaga suspeita para cada card (checkbox editável no aprofundamento).
6492|        document.querySelectorAll('.ev-injured-person-box').forEach(function (card) {
6493|            var chk = card.querySelector('.ev-inj-suspect-chk');
6494|            if (chk) chk.checked = suspectOn;
6495|            card.setAttribute('data-descaracter-suspect', suspectOn ? '1' : '0');
6496|            var yesNoWrap = card.querySelector('.ev-inj-descaracter-yesno-wrap');
6497|            if (yesNoWrap) yesNoWrap.classList.toggle('d-none', !suspectOn);
6498|        });
6499|        var descVal = det.descaracterizado != null ? det.descaracterizado : data.descaracterizado;
6500|        if (descVal === true || descVal === 1) descVal = '1';
6501|        if (descVal === false || descVal === 0) descVal = '0';
6502|        evSetVal('ev_descaracterizado', descVal == null ? '' : String(descVal));
6503|        evSyncDescaracterUi();
6504|
6505|        // ── Evidências já anexadas ──────────────────────────
6506|        var evidences = Array.isArray(det.evidences) ? det.evidences : (Array.isArray(data.evidences) ? data.evidences : []);
6507|        evEvidences = evidences.map(function (e) {
6508|            return {
6509|                name: e.name || e.filename || '',
6510|                path: e.path || '',
6511|                persisted: true
6512|            };
6513|        });
6514|        evEvidenceRenderList();
6515|
6516|        // ── Labels do modal ─────────────────────────────────
6517|        var btnLbl = document.getElementById('ev-btn-label');
6518|        var modalTitle = document.getElementById('ev-modal-title');
6519|        if (modalTitle) modalTitle.textContent = 'Editar ocorrência';
6520|        evApplyAuraTitleStatusVisibility('edit');
6521|        evSetStep('general');
6522|        $('#ev_manager').trigger('change');
6523|    };
6524|
6525|    /**
6526|     * Abre o offcanvas no aprofundamento (especialista).
6527|     * Admin/gestor administrador edita tudo desde informações gerais — não trava o 1º passo.
6528|     */
6529|    window.EvModal.openAprofundamento = function (data) {
6530|        data = data || {};
6531|        var serverCanEditAprofundamento = (data._can_edit_aprofundamento === true || data._can_edit_aprofundamento === false)
6532|            ? data._can_edit_aprofundamento
6533|            : null;
6534|        if (EV_IS_ADMIN_APROFUNDAMENTO && window.OccurrenceModal && typeof window.OccurrenceModal.openEdit === 'function') {
6535|            window.OccurrenceModal.openEdit(data);
6536|            return;
6537|        }
6538|        var EV_GET_URL = '{{ path('ssma_event_get', {id: '__EV_ID__'})|e('js') }}';
6539|
6540|        function openWith(full) {
6541|            full = full || data;
6542|            if (serverCanEditAprofundamento !== null) {
6543|                full._can_edit_aprofundamento = serverCanEditAprofundamento;
6544|            }
6545|            window.EvModal.populateForEdit(full);
6546|            evAprofundamentoCanEditFromServer = (full._can_edit_aprofundamento === true || full._can_edit_aprofundamento === false)
6547|                ? full._can_edit_aprofundamento
6548|                : null;
6549|            evAprofundamentoOnlyMode = true;
6550|            evAprofundamentoFinalizeIntent = true;
6551|            var modalTitle = document.getElementById('ev-modal-title');
6552|            if (modalTitle) modalTitle.textContent = 'Aprofundamento técnico';
6553|            if (typeof evEnsureCorrectiveActionsSeed === 'function') {
6554|                evEnsureCorrectiveActionsSeed();
6555|            }
6556|            evSetStep('aprofundamento');
6557|            // Sincroniza a UI de descaracterização agora que evAprofundamentoOnlyMode=true.
6558|            // Isso também pré-seleciona "Sim" quando o profissional não pode descaracterizar.
6559|            evSyncDescaracterUi();
6560|            if (typeof window.openOffcanvasmodalEventNew === 'function') {
6561|                window.openOffcanvasmodalEventNew();
6562|            }
6563|        }
6564|
6565|        var eventId = data.id;
6566|        if (!eventId || String(eventId) === 'undefined') {
6567|            openWith(data);
6568|            return;
6569|        }
6570|        fetch(EV_GET_URL.replace('__EV_ID__', encodeURIComponent(String(eventId))), {
6571|            method: 'GET',
6572|            credentials: 'same-origin',
6573|            headers: { 'X-Requested-With': 'XMLHttpRequest' }
6574|        })
6575|            .then(function (res) { return res.json(); })
6576|            .then(function (result) {
6577|                var fullData = (result && result.success && result.event) ? result.event : data;
6578|                openWith(fullData);
6579|            })
6580|            .catch(function () {
6581|                openWith(data);
6582|            });
6583|    };
6584|
6585|    window.EvModal.openCreate = function (opts) {
6586|        opts = opts || {};
6587|        window.__ssmaEvCreateMode = opts.createMode || null;
6588|        evAprofundamentoOnlyMode = false;
6589|        evAprofundamentoCanEditFromServer = null;

Note: Results truncated to 500 lines. Please narrow your line range.
Request #3 deepseek-v4-flash P:24.12K C:3.38K CR:14.34K CW:0 23327ms
Reasoning
Now let's look at the flow more carefully. In `occurrence_view.html.twig` (line 1457), the code sets `data._can_edit_aprofundamento = true/false`. Then calls `window.EvModal.openAprofundamento(data)`. In `openAprofundamento`, if the user is admin (`EV_IS_ADMIN_APROFUNDAMENTO`), it routes to `OccurrenceModal.openEdit(data)` and returns — meaning the occurrence view data doesn't carry `_can_edit_aprofundamento` necessarily there but it doesn't matter. Otherwise, `serverCanEditAprofundamento` captures the value. Then fetch to `EV_GET_URL` → gets `fullData`. `openWith(fullData)`. In openWith: - `full = full || data`. - If `serverCanEditAprofundamento !== null`, set `full._can_edit_aprofundamento = serverCanEditAprofundamento`. - `populateForEdit(full)` → resets `evAprofundamentoCanEditFromServer = null` at the top. Then at the end... wait, populateForEdit is a big function. Then after populateForEdit returns, they set `evAprofundamentoCanEditFromServer` from `full._can_edit_aprofundamento` (already set from server value). Good — order matters: since `openWith` sets the field after `populateForEdit`, then sets `evAprofundamentoCanEditFromServer`. Good. Wait: In openWith, order is: 1. full = full || data 2. if serverCanEditAprofundamento !== null → full._can_edit_aprofundamento = serverCanEditAprofundamento 3. populateForEdit(full) 4. evAprofundamentoCanEditFromServer = (full._can_edit_aprofundamento === true|false) ? ... : null 5. evAprofundamentoOnlyMode = true ... Yes, after populateForEdit resets to null at line 6145, the code re-sets at step 4. Good. Now `evCanEditAprofundamento(type)`: ``` if (!evRequiresAprofundamento(type)) return false; if (evIsAprofundamentoFinalized() && !EV_IS_ADMIN_APROFUNDAMENTO) return false; if (evAprofundamentoOnlyMode && evAprofundamentoCanEditFromServer === true) return true; if (evAprofundamentoOnlyMode && evAprofundamentoCanEditFromServer === false) return false; ... ``` Now consider the backend semantics: `can_aprofundamento.can_edit` per business rule = "usuário pode editar (não finalizado, ou admin se finalizado)". Actually let me check the backend `resolveOccurrenceViewAprofundamentoFlags` to understand what can_edit means when finalized. The business rule in the PR background states "Aprofundamento finalizado → somente admin edita (comportamento mantido)". Now consider potential issue: a non-admin technical user with can_edit=true, opens modal for a finalized aprofundamento. Wait, can a non-admin get can_edit=true from the backend when finalized? Per the rules, backend returns can_edit=false when finalized for non-admin. So front finalization check returns false anyway (first check). But there could be mismatch: if backend returned can_edit=true for a finalized occurrence for a technical specialist — actually that would conflict with business rule 6. But this is more backend-dependent. Hmm, but there's a subtle mismatch: in the view flow, the finalized status is loaded fresh via EV_GET_URL (`fullData`). So `evAprofundamentoFinalized` computed in populateForEdit reflects the current server state. Then the `evCanEditAprofundamento` first check handles finalized+non-admin → false. That means: even if the backend gave `can_edit=true` erroneously... hmm no, the first check protects: if finalized and not admin → return false regardless of the server flag. And if the backend is correct, non-admin finalized → can_edit false anyway. But there is a potential bug in the interplay: what if the event is finalized but admin (`EV_IS_ADMIN_APROFUNDAMENTO` true)? Then flow routes to OccurrenceModal.openEdit anyway (openAprofundamento checks admin first and returns). So evCanEditAprofundamento in only-mode won't apply. Now what about the scenario of a user who is not admin, but has can_edit=true from the server, event NOT finalized: check 1 passes (not finalized or admin), then flag true → return true. User without permission: can_edit=false from server → first check passes (not finalized), then flag false → return false. Good. So the main logic is consistent. Now consider possible issue #1: In `occurrence_view.html.twig`, `can_aprof` is defined at line 615: `{% set can_aprof = can_aprofundamento|default({}) %}`. But is that within the same template scope where the script block at 1457 resides? Yes — `{% set %}` inside the template file is file-scoped (Twig `set` without block scoping applies from that point onward in the template). Both lines are in the same file, so it's available. But wait, line 615 is in a different block maybe? Twig `{% set %}` at top level of a template is available later at top-level, but if the JS is inside a block (e.g., `{% block content %}`), it depends on whether both are in the same block. If line 615 is inside an `{% block %}` and line 1457 is in another block... Twig set is scoped to the block where it's declared. Let me check the context around line 615 and see structure. Actually since `can_aprof.can_edit|default(false)` — if `can_aprof` isn't set at that point (different block), `can_aprof.can_edit` attribute access on undefined variable could throw. Need to check block boundaries. Let me search for `{% block` in occurrence_view.html.twig and check whether the aprofundamento btn code (line ~691 and 1457) is in same block. Actually line 691 already uses `can_aprof.show|default(false)`, which is in the same page and presumably works already (existing code). So `can_aprof` is already used at 615-691. Let me check block placement to be safe. Also, let's examine line 1457 rendering: `{{ can_aprof.can_edit|default(false) ? 'true' : 'false' }}`. If can_edit is undefined (can_aprof = {}), default(false) → false → outputs 'false'. If can_edit is truthy → 'true'. Fine. One important consideration: When `data._can_edit_aprofundamento = false` is set for a user who cannot edit... then in `openAprofundamento`, since they're not admin, it proceeds to `openWith(data)` after fetch; in openWith, full gets `_can_edit_aprofundamento = false`, flag = false, then only mode true. In `evCanEditAprofundamento`, flag false → returns false → readonly warning shown. Good, that matches regression test item 4. Now consider security concern: The permission check is purely client-side (the JS flag). But save is done via backend endpoints that presumably enforce permission server-side. Since backend already computes can_edit and provides it, and saves through controller probably re-check permissions. But we need to verify the modal's save endpoint enforces. This is a JS-side change that only enables UI editing; the server would still enforce permission. Let's check the save path (`ssma_event_save` or similar) and whether there's server-side enforcement of can_edit. If backend already enforces, then fine. But if the backend save for aprofundamento only checks "can edit if...?" hmm. Actually, a key security question: this change makes the front-end honor `can_edit` (i.e., it can GRANT edit ability in UI based on server flag). The flag is set by the server (rendered Twig), so no client-forgery concern — the client cannot arbitrarily set `_can_edit_aprofundamento` true for themselves because the value comes from Twig `can_aprof.can_edit`. Wait, but data is from the button attribute `data-occurrence`... does data contain user-controlled fields? `data._can_edit_aprofundamento` is overwritten by Twig rendering. But wait: `data` is parsed from the `data-occurrence` attribute of the DOM element — which is server-rendered JSON of the occurrence. The value of `_can_edit_aprofundamento` is assigned after parse from the Twig variable, overriding any value inside JSON. But does the JSON inside data-occurrence contain `_can_edit_aprofundamento`? If the occurrence JSON contains a field named `_can_edit_aprofundamento`... unlikely. Even so, it's overwritten. But in the openWith fetch flow, `fullData` (fetched via ssma_event_get) doesn't include it, so we copy the captured server flag. Fine. But actually wait — there is an XSS-ish consideration: `data` parsed from JSON could have fields, and setting a property on it is fine. Security consideration: The backend's `can_edit` computation happens at page render, based on the logged-in user. If a malicious user manipulates the DOM or calls `EvModal.openAprofundamento({_can_edit_aprofundamento: true,...})`, they could unlock edit UI. But that's only UI; actual save should be protected server-side. Let's verify the aprofundamento save endpoint enforces permissions. Search for the save controller method (SsmaController) - though backend isn't in this review group, we can inspect to confirm the client-side change doesn't open a real security hole (server must re-check). Not strictly necessary but good. Let me focus on likely bugs within the diff files: Potential bug A: In `openAprofundamento`, when the user IS admin (`EV_IS_ADMIN_APROFUNDAMENTO`), the flow calls `OccurrenceModal.openEdit(data)` and returns, ignoring `_can_edit_aprofundamento`. This matches existing behavior (admin edits everything). Fine. Potential bug B: `evAprofundamentoCanEditFromServer` global is shared across modal instances. But `populateForEdit` resets to null at its top, so every edit/create resets. But is `populateForEdit` always called before any other use? What about `evSetAprofundamentoReadonly` calls that occur at step transitions without populate? In only-mode after opening, flag remains true/false. Good. Potential bug C: When the aprofundamento modal is opened from the view, then the user closes and reopens full modal? `openEdit` flow via OccurrenceModal is separate. Hmm. Potential bug D: In the view flow, `can_aprof` at line 615 is set only if within same scope; check. Potential bug E: Race / mismatch: `openWith(data)` when eventId missing or fetch fails uses the occurrence-list-format `data`. `_can_edit_aprofundamento` property is copied. Fine. Potential bug F: XSS/`|raw` — no raw usage. Potential bug G: The line in occurrence_view: `data._can_edit_aprofundamento = {{ can_aprof.can_edit|default(false) ? 'true' : 'false' }};` uses no JSON encode but renders boolean literals; fine, no XSS. Now think about a real logic subtlety: `evCanEditAprofundamento` is invoked in many places (also during step navigation & validation). In only-mode, if server flag true → returns true even if user is neither admin nor technical tag nor manager. That's intended (backend authorizes). However, consider the case where `evAprofundamentoOnlyMode=true` but user is NOT authorized and server flag is null (e.g., opened from some other caller path where `_can_edit_aprofundamento` absent). Then falls through to heuristics. Wait — openAprofundamento is the only caller that sets onlyMode=true? Let's check. If onlyMode is set true elsewhere without setting the flag, the flag is null, so heuristics preserved. Good backward-compat. But there is another potential subtle bug: what about the "especialista authorized but aprofundamento finalized" case where backend would return can_edit=true? Per the PR's own rules, backend only returns can_edit=true for finalized if admin. But is that guaranteed? Let me read the backend function `resolveOccurrenceViewAprofundamentoFlags` to confirm the semantics of `can_edit` (whether it accounts for finalized). If backend's `can_edit` already returns true for non-admin finalized specialist (i.e., backend doesn't check finalized in can_edit and just checks permission), then the front's first check `if finalized && !admin → return false` would override the server's can_edit=true. That could create a regression where a specialist authorized by the backend to edit a finalized... but business rule 6 says finalized → only admin edits. So intended. Let's read the backend function to confirm can_edit semantics so we can make sure the front check order doesn't conflict with backend authorization. Since backend unchanged, but to evaluate correctness we should check it. Also verify the `_modal_event.html.twig` for whether `evAprofundamentoCanEditFromServer` is declared inside the same `<script>` scope where used (line 1549 vs 3103). Since all in one script presumably. Yes. Now examine `.opencodereview/rule.json` keys spelling. Let's look at the file content to see the new entries and if `path` values refer to actual files. `templates/ssma/occurrence/partials/_modal_event.html.twig` and `templates/ssma/occurrence/occurrence_view.html.twig` both exist. The rule path file exists (found in search). So fine. Only check spelling of json keys: path, merge_system_rule, rule — no typos. Now let me read backend function `resolveOccurrenceViewAprofundamentoFlags` to confirm semantics. Also check whether there could be a subtle double-check issue: In view flow after the user (technical specialist, non-admin) opens modal and saves successfully; there's `evAprofundamentoFinalized` possibly set when loaded. If the aprofundamento was already finalized... first check returns false → readonly → consistent with rule 6. Let's look at the backend function.
Tool Calls (3)
⚙ code_search
Show Details
Arguments
{"search_text": "resolveOccurrenceViewAprofundamentoFlags"}
Result
File: .opencodereview/rules/ssma/occurrence-ros-aprofundamento-readonly.md
Match lines: 1
15|Profissional com tag **Aprofundamento ROS** (ou gestor direto / admin SSMA) via `canAccessSsmaEventAprofundamento` / `resolveOccurrenceViewAprofundamentoFlags` via o botão `+ Aprofundamento`, mas o offcanvas abria em **somente leitura** com:

File: docs/engineering/pr/hotfix-ssma-occ-type-perms-datatables-new-production/PR_descricao_hotfix-ssma-occ-type-perms-datatables-new-production.md
Match lines: 1
94|| `src/Controller/SsmaController.php` (`updateEvent`) | Update parcial só de aprofundamento; merge `mergeSsmaEventAprofundamentoOnlyPayload`; lock após finalizar para não-admin; flags `resolveOccurrenceViewAprofundamentoFlags` |

File: src/Controller/SsmaController.php
Match lines: 2
3467|            'can_aprofundamento' => $this->resolveOccurrenceViewAprofundamentoFlags(
3494|    private function resolveOccurrenceViewAprofundamentoFlags(

File: tests/Ssma/ssma_performance_fase_d_standalone.php
Match lines: 1
28|        '/public function viewOccurrence\([^)]*\): Response\s*\{(.*)\n    private function resolveOccurrenceViewAprofundamentoFlags/s',
⚙ code_search
Show Details
Arguments
{"search_text": "function canAccessSsmaEventAprofundamento"}
Result
File: src/Controller/SsmaController.php
Match lines: 1
11904|    private function canAccessSsmaEventAprofundamento(
⚙ file_read
Show Details
Arguments
{"end_line": 700, "file_path": "templates/ssma/occurrence/occurrence_view.html.twig", "start_line": 600}
Result
File: templates/ssma/occurrence/occurrence_view.html.twig (Total lines: 3234)
IS_TRUNCATED: false
LINE_RANGE: 600-700
600|                'color': occ_status_pill_color,
601|                'size': 'sm'
602|            } %}
603|            {% if occurrence.is_ssma_event|default(false) and not _is_rejected_occ %}
604|                {% if _occ_approval == 'approved' %}
605|                    {% include 'components/ui/_pill.html.twig' with { 'label': 'Validada', 'color': 'green', 'size': 'sm' } %}
606|                {% elseif _occ_approval == 'pending' or normalized_status in ['finalizada', 'resolvida', 'concluida'] %}
607|                    {% include 'components/ui/_pill.html.twig' with { 'label': 'Aguardando validação', 'color': 'yellow', 'size': 'sm' } %}
608|                {% endif %}
609|            {% endif %}
610|            </span>
611|        </div>
612|    </div>
613|
614|    {% set can_edit_occurrence = is_granted('ROLE_TENANT') or is_granted('ROLE_SUPER_ADMIN') or ssma_is_admin_aprofundamento|default(false) %}
615|    {% set can_aprof = can_aprofundamento|default({}) %}
616|    {% set show_aprofundamento_btn = can_aprof.show|default(false) %}
617|    {% set _flash_ctx = occurrence.flash_report_context|default({}) %}
618|    {% set can_submit_flash_report = can_submit_flash_report|default(
619|        ssmaCanManageOccurrences|default(false)
620|        or ssma_is_admin_aprofundamento|default(false)
621|        or ssma_is_gestor_user|default(false)
622|        or (_flash_ctx.can_submit|default(false))
623|    ) %}
624|    {% set can_direct_send_flash_report = can_direct_send_flash_report|default(
625|        ssmaCanManageOccurrences|default(false) or ssma_is_admin_aprofundamento|default(false)
626|    ) %}
627|    {% set occ_cause_tree_fab = null %}
628|    {% set _occ_tree_id = occurrence.cause_tree_id|default(null) %}
629|    {% if _occ_tree_id and (ssmaCanViewCauseTree|default(false) or ssmaCanCreateCauseTree|default(false)) %}
630|        {% set occ_cause_tree_fab = {
631|            'id': 'fab-cause-tree',
632|            'icon': 'fas fa-code-branch',
633|            'style': 'secondary',
634|            'href': path('ssma_cause_tree_view', {treeId: _occ_tree_id}),
635|            'tooltip': 'Árvore de Causas'
636|        } %}
637|    {% elseif ssmaCanCreateCauseTree|default(false) %}
638|        {% set occ_cause_tree_fab = {
639|            'id': 'fab-cause-tree',
640|            'icon': 'fas fa-code-branch',
641|            'style': 'secondary',
642|            'class': 'js-occ-cause-create',
643|            'tooltip': 'Árvore de Causas',
644|            'attributes': occurrence.is_ssma_event|default(false)
645|                ? {
646|                    'data-ssma-event-id': occurrence.id,
647|                    'data-title': occurrence.title|default(''),
648|                    'data-description': occurrence.activity|default('')
649|                }
650|                : {
651|                    'data-occurrence-id': occurrence.id,
652|                    'data-title': occurrence.title|default(''),
653|                    'data-description': occurrence.activity|default('')
654|                }
655|        } %}
656|    {% endif %}
657|
658|    {# ── Header actions (desktop) ── #}
659|    <div class="modern-header-actions has-mobile-fabs" id="occ_view_controls">
660|        <div class="d-none d-lg-flex align-items-center w-100" style="gap: 10px;">
661|
662|            {% if ssmaCanCreateLinkedActions|default(false) %}
663|            {# Botão Criar Ação — ponta esquerda #}
664|            <button type="button" class="mhs-btn-primary d-flex align-items-center js-create-action-btn"
665|                    {% if occurrence.is_ssma_event|default(false) %}
666|                        data-event-id="{{ occurrence.id }}"
667|                        data-event-title="{{ occurrence.title|default('')|e('html_attr') }}"
668|                        data-related-type="evento"
669|                    {% else %}
670|                    data-occurrence-id="{{ occurrence.id }}"
671|                    {% endif %}
672|                    data-lock-occurrence="1">
673|                <i class="fas fa-plus mr-2"></i>
674|                <span>Criar Ação</span>
675|            </button>
676|            {% endif %}
677|
678|            {% if can_edit_occurrence %}
679|            <button type="button"
680|                    class="mhs-btn-secondary d-flex align-items-center js-occ-view-edit-btn"
681|                    data-occurrence='{{ occurrence|json_encode|e('html_attr') }}'>
682|                <i class="fas fa-edit mr-2"></i>
683|                <span>Editar</span>
684|            </button>
685|            {% endif %}
686|
687|            {% if show_aprofundamento_btn and occurrence.is_ssma_event|default(false) %}
688|            <button type="button"
689|                    class="mhs-btn-secondary d-flex align-items-center js-occ-view-aprofundamento-btn"
690|                    data-occurrence='{{ occurrence|json_encode|e('html_attr') }}'
691|                    title="{% if can_aprof.finalized|default(false) and not can_aprof.can_edit|default(false) %}Visualizar aprofundamento{% elseif can_aprof.finalized|default(false) %}Editar aprofundamento (admin){% elseif can_aprof.pending|default(false) %}Preencher aprofundamento técnico{% else %}Aprofundamento técnico{% endif %}">
692|                <i class="fas fa-plus mr-2"></i>
693|                <span>Aprofundamento</span>
694|            </button>
695|            {% endif %}
696|
697|            {% if _occ_tree_id and (ssmaCanViewCauseTree|default(false) or ssmaCanCreateCauseTree|default(false)) %}
698|            <a href="{{ path('ssma_cause_tree_view', {treeId: _occ_tree_id}) }}"
699|               class="mhs-btn-secondary d-flex align-items-center">
700|                <i class="fas fa-code-branch mr-2"></i>
Request #4 deepseek-v4-flash P:29.47K C:215 CR:27.39K CW:0 2233ms
Reasoning
Let me read the backend function `resolveOccurrenceViewAprofundamentoFlags` at line 3494 and `canAccessSsmaEventAprofundamento` at line 11904 to understand `can_edit` semantics (finalized handling).
Tool Calls (2)
⚙ file_read
Show Details
Arguments
{"end_line": 3560, "file_path": "src/Controller/SsmaController.php", "start_line": 3440}
Result
File: src/Controller/SsmaController.php (Total lines: 28184)
IS_TRUNCATED: false
LINE_RANGE: 3440-3560
3440|            $canSubmitFlashReport = $flashPerms['can_submit'];
3441|            $canDirectSendFlashReport = $flashPerms['can_direct_send'];
3442|        }
3443|
3444|        // Responsável da área / do local (mapa location_responsibles + fallback CompanyArea por nome).
3445|        if ($company instanceof Company) {
3446|            $occurrence = $this->enrichOccurrenceAreaResponsible($occurrence, $company, $viewData['allMembers'] ?? []);
3447|        }
3448|
3449|        // Cards de aprofundamento técnico do tipo (ROS / Quase Acidente / acidentes).
3450|        $occurrenceTypeKey = (string) ($occurrence['type_value'] ?? '');
3451|        $occurrenceTechTags = [];
3452|        foreach ($viewData['ssma_perm_tags'] ?? [] as $tagRow) {
3453|            if (!is_array($tagRow)) {
3454|                continue;
3455|            }
3456|            if ((string) ($tagRow['occurrence_type_key'] ?? '') === $occurrenceTypeKey) {
3457|                $occurrenceTechTags[] = $tagRow;
3458|            }
3459|        }
3460|
3461|        return $this->render('ssma/occurrence/occurrence_view.html.twig', array_merge($viewData, [
3462|            'occurrence'         => $occurrence,
3463|            'occurrence_actions' => $occurrenceActions,
3464|            'occurrence_tech_tags' => $occurrenceTechTags,
3465|            'ros_call_priority'  => $viewData['ros_call_priority']
3466|                ?? \App\Service\Ssma\SsmaOccurrenceTypeConfigService::ROS_CALL_PRIORITY_LOCATION_DIRECT,
3467|            'can_aprofundamento' => $this->resolveOccurrenceViewAprofundamentoFlags(
3468|                $occurrence,
3469|                $company,
3470|                $user instanceof User ? $user : null
3471|            ),
3472|            'can_submit_flash_report' => $canSubmitFlashReport,
3473|            'can_direct_send_flash_report' => $canDirectSendFlashReport,
3474|            'can_approve_occurrence' => $this->canApproveSsmaOccurrence($company, $user instanceof User ? $user : null)
3475|                && ($occurrence['is_ssma_event'] ?? false) === true,
3476|            'ssma_flash_report_lazy' => ($occurrence['is_ssma_event'] ?? false) === true,
3477|        ]));
3478|    }
3479|
3480|    /**
3481|     * Flags do botão +Aprofundamento na view da ocorrência.
3482|     *
3483|     * @param array<string, mixed> $occurrence
3484|     *
3485|     * @return array{
3486|     *   show: bool,
3487|     *   pending: bool,
3488|     *   finalized: bool,
3489|     *   can_edit: bool,
3490|     *   is_admin: bool,
3491|     *   validation_ready: bool
3492|     * }
3493|     */
3494|    private function resolveOccurrenceViewAprofundamentoFlags(
3495|        array $occurrence,
3496|        ?Company $company,
3497|        ?User $user
3498|    ): array {
3499|        $empty = [
3500|            'show' => false,
3501|            'pending' => false,
3502|            'finalized' => false,
3503|            'can_edit' => false,
3504|            'is_admin' => false,
3505|            'validation_ready' => true,
3506|        ];
3507|        if (!$company || !$user || empty($occurrence['is_ssma_event'])) {
3508|            return $empty;
3509|        }
3510|
3511|        $type = strtoupper(trim((string) ($occurrence['type_value'] ?? $occurrence['type'] ?? '')));
3512|        $requires = in_array($type, ['ROS', 'QUASE_ACIDENTE', 'ACIDENTE_PESSOAL', 'ACIDENTE_MATERIAL', 'ACIDENTE_AMBIENTAL'], true);
3513|        if (!$requires) {
3514|            return $empty;
3515|        }
3516|
3517|        $details = [];
3518|        $eventEntity = null;
3519|        $eventId = (int) ($occurrence['id'] ?? 0);
3520|        if ($eventId > 0) {
3521|            $eventEntity = $this->entityManager->getRepository(SsmaEvent::class)->find($eventId);
3522|            if ($eventEntity instanceof SsmaEvent) {
3523|                $details = is_array($eventEntity->getDetails()) ? $eventEntity->getDetails() : [];
3524|            }
3525|        }
3526|        if ($details === [] && is_array($occurrence['details'] ?? null)) {
3527|            $details = $occurrence['details'];
3528|        }
3529|
3530|        $status = strtolower(trim((string) ($details['aprofundamento_status'] ?? '')));
3531|        $finalized = $status === 'finalized' || !empty($details['aprofundamento_complete']);
3532|        $fieldsIncomplete = $eventEntity instanceof SsmaEvent
3533|            ? $this->ssmaEventAprofundamentoPending($eventEntity)
3534|            : !empty($occurrence['aprofundamento_pending']);
3535|        $pending = !$finalized && (
3536|            $fieldsIncomplete
3537|            || $status === 'draft'
3538|            || $status === ''
3539|        );
3540|
3541|        $isAdmin = $this->isSsmaAprofundamentoAdmin($company, $user);
3542|        $canAccess = $this->canAccessSsmaEventAprofundamento(
3543|            $company,
3544|            $user,
3545|            $type,
3546|            $details,
3547|            (int) ($occurrence['created_by_id'] ?? 0)
3548|        );
3549|        $canEdit = $canAccess && (!$finalized || $isAdmin);
3550|        $rosResolved = $type === 'ROS' && !empty($details['ros_resolved']);
3551|        // Campos completos bastam. Sem flag (legado / save da 1ª etapa) não bloqueia;
3552|        // só draft explícito continua pendente de "Finalizar aprofundamento".
3553|        $validationReady = $rosResolved || (!$fieldsIncomplete && $status !== 'draft');
3554|
3555|        return [
3556|            'show' => $canAccess,
3557|            'pending' => $pending,
3558|            'finalized' => $finalized,
3559|            'can_edit' => $canEdit,
3560|            'is_admin' => $isAdmin,
⚙ file_read
Show Details
Arguments
{"end_line": 12010, "file_path": "src/Controller/SsmaController.php", "start_line": 11900}
Result
File: src/Controller/SsmaController.php (Total lines: 28184)
IS_TRUNCATED: false
LINE_RANGE: 11900-12010
11900|     * Não usa canManageSsmaOccurrences()/ROLE_MANAGER — can_create de Membro não libera 2ª etapa.
11901|     *
11902|     * @param array<string, mixed> $details
11903|     */
11904|    private function canAccessSsmaEventAprofundamento(
11905|        Company $company,
11906|        User $user,
11907|        string $type,
11908|        array $details,
11909|        int $createdByUserId = 0
11910|    ): bool {
11911|        if ($this->isSsmaAprofundamentoAdmin($company, $user)) {
11912|            return true;
11913|        }
11914|
11915|        if (in_array($type, $this->resolveCurrentUserTechnicalTypes($company, $user), true)) {
11916|            return true;
11917|        }
11918|
11919|        if (!in_array($type, ['ROS', 'QUASE_ACIDENTE'], true)) {
11920|            return false;
11921|        }
11922|
11923|        $loggedMember = $this->getCurrentCompanyMember($company, $user);
11924|        if (!$loggedMember) {
11925|            return false;
11926|        }
11927|
11928|        return $this->isSsmaEventDirectManagerOfReporter(
11929|            $company,
11930|            $loggedMember,
11931|            $type,
11932|            $details,
11933|            $createdByUserId
11934|        );
11935|    }
11936|
11937|    /**
11938|     * @param array<string, mixed> $details
11939|     */
11940|    private function resolveSsmaEventReporterMemberId(
11941|        Company $company,
11942|        string $type,
11943|        array $details,
11944|        int $createdByUserId = 0
11945|    ): ?int {
11946|        if ($type === 'ROS') {
11947|            $managerId = (int) ($details['manager_id'] ?? 0);
11948|            if ($managerId > 0) {
11949|                return $managerId;
11950|            }
11951|        }
11952|
11953|        if ($type === 'QUASE_ACIDENTE') {
11954|            $personId = (int) ($details['person_id'] ?? 0);
11955|            if ($personId > 0) {
11956|                return $personId;
11957|            }
11958|            $peopleRaw = $details['people_ids'] ?? [];
11959|            if (is_string($peopleRaw) && $peopleRaw !== '') {
11960|                $peopleRaw = array_map('trim', explode(',', $peopleRaw));
11961|            }
11962|            if (is_array($peopleRaw)) {
11963|                foreach ($peopleRaw as $pid) {
11964|                    $pid = (int) $pid;
11965|                    if ($pid > 0) {
11966|                        return $pid;
11967|                    }
11968|                }
11969|            }
11970|        }
11971|
11972|        if ($createdByUserId > 0) {
11973|            return $this->resolveCompanyMemberIdByUserId($company, $createdByUserId);
11974|        }
11975|
11976|        return null;
11977|    }
11978|
11979|    private function resolveCompanyMemberIdByUserId(Company $company, int $userId): ?int
11980|    {
11981|        if ($userId <= 0) {
11982|            return null;
11983|        }
11984|
11985|        $members = $this->entityManager->getRepository(CompanyMembers::class)
11986|            ->findBy(['company' => $company, 'user' => $userId, 'isRemoved' => 0]);
11987|
11988|        foreach ($members as $member) {
11989|            if ($member instanceof CompanyMembers) {
11990|                return (int) $member->getId();
11991|            }
11992|        }
11993|
11994|        return null;
11995|    }
11996|
11997|    /**
11998|     * @param array<string, mixed> $details
11999|     */
12000|    private function isSsmaEventDirectManagerOfReporter(
12001|        Company $company,
12002|        CompanyMembers $loggedMember,
12003|        string $type,
12004|        array $details,
12005|        int $createdByUserId = 0
12006|    ): bool {
12007|        $reporterId = $this->resolveSsmaEventReporterMemberId($company, $type, $details, $createdByUserId);
12008|        if ($reporterId === null || $reporterId <= 0) {
12009|            return false;
12010|        }
Request #5 deepseek-v4-flash P:32.57K C:1.35K CR:29.57K CW:0 10301ms
Reasoning
Backend confirms: `can_edit = canAccess && (!$finalized || $isAdmin)`. So backend never returns can_edit=true for non-admin finalized. So front's first check (finalized && !admin → false) is consistent with backend. So the new code is fine in that respect. Now, I noticed a subtle but important mismatch: In the view flow, `openAprofundamento` fetches fresh event data via `EV_GET_URL` — `fullData`. Then openWith sets `full._can_edit_aprofundamento = serverCanEditAprofundamento` (from the view's Twig-rendered `can_aprof.can_edit`), and then sets `evAprofundamentoFinalized` computed from fresh server data. Potential discrepancy scenario: between page render and modal open, the aprofundamento could have been finalized. Then `can_aprof.can_edit` at page render said true (not finalized), but fresh fetch says finalized. Now `evAprofundamentoFinalized` is true, first check: finalized && !admin → false → readonly. Good; and even if it were non-admin it'd be blocked. Fine. If finalized by someone else and user is admin → routes to OccurrenceModal.openEdit anyway. Fine. Reverse: at page render, finalized and non-admin → can_edit=false, button shows "Visualizar" title... wait actually `show_aprofundamento_btn = can_aprof.show = canAccess`. For finalized non-admin, show = canAccess true (still allowed to view). can_edit=false. Click opens modal → server flag false → readonly, with warning. Wait, but finalized and non-admin — first check `finalized && !admin → return false` returns false anyway. Consistent. Edge: `data._can_edit_aprofundamento` uses `can_aprof.can_edit` which reflects the view's state at render. But the fetch (EV_GET_URL) will recompute finalized status from current data. If, e.g., aprofundamento was finalized after page load and current user is admin but the view's `can_aprof.can_edit` was true (admin editing finalized) — still routes to OccurrenceModal.openEdit (admin path). Fine. Now the actual concern: In the JS code path for a **non-admin authorized specialist**, when opening the modal, `openAprofundamento` fetch is async. In the interim, `evAprofundamentoCanEditFromServer` is null. But nothing calls `evCanEditAprofundamento` before openWith presumably. Let me examine line 3404: `evSetAprofundamentoReadonly(!evCanEditAprofundamento(evSelectedType()));` — inside applyTypeBlock? And 5152, 5875. These are invoked within populateForEdit/applyTypeBlock while evAprofundamentoOnlyMode is still false and flag null — good because populateForEdit resets flag to null at start and only mode=false; any intermediate readonly decisions will use local heuristics, but those may set readonly during populate; after populate completes, openWith sets only mode true and flag, and later calls to evSyncDescaracterUi / evSetStep('aprofundamento') etc. will re-evaluate. Is there a re-evaluation of readonly after setting evAprofundamentoOnlyMode = true and the flag? openWith calls: ``` evSetStep('aprofundamento'); evSyncDescaracterUi(); if openOffcanvasmodalEventNew function → call ``` Does evSetStep('aprofundamento') recompute readonly? Let me check evSetStep and any step-change hooks. Actually there's a risk: intermediate state where readonly was applied with heuristics during populateForEdit (before only mode set). If the user's only authorization comes from the backend flag (e.g., a case where the JS heuristic would return false but server flag true — the exact bug being fixed), then after openWith sets flag and onlyMode, some function must call `evSetAprofundamentoReadonly(!evCanEditAprofundamento(...))` again to remove the readonly. If nothing re-runs after the flag is set, the modal could still be readonly — i.e., the fix wouldn't take effect! Wait — but the PR claims the fix works (manual test). Let's trace: populateForEdit is called BEFORE onlyMode=true and flag set. So during populateForEdit, `evCanEditAprofundamento` would return based on heuristics (flag null, onlyMode false) → false for a specialist who is authorized only by backend (e.g., a "tag técnica do tipo de evento" but where the JS tag list `EV_USER_TECHNICAL_TYPES` includes them... hmm actually technical types in JS might match). But the bug was that the JS didn't include them. The key question: after `evAprofundamentoOnlyMode = true` and `evAprofundamentoCanEditFromServer = true`, is there a code path that recomputes readonly (removes the warning, enables fields)? Let me search where evSetAprofundamentoReadonly is invoked and what evSetStep('aprofundamento') triggers. Let me look at: - evSetStep definition - evSetAprofundamentoReadonly definition (to see the yellow warning) - callers at 5152, 5875, 3404. Also look at where "yellow warning" message is and where readonly is toggled. Let me read around these lines. Let me find evSetStep function.
Tool Calls (3)
⚙ code_search
Show Details
Arguments
{"search_text": "function evSetAprofundamentoReadonly"}
Result
File: templates/ssma/occurrence/partials/_modal_event.html.twig
Match lines: 1
3305|    function evSetAprofundamentoReadonly(readonly) {
⚙ code_search
Show Details
Arguments
{"search_text": "function evSetStep"}
Result
File: templates/ssma/occurrence/partials/_modal_event.html.twig
Match lines: 1
3380|    function evSetStep(step) {
⚙ file_read
Show Details
Arguments
{"end_line": 3420, "file_path": "templates/ssma/occurrence/partials/_modal_event.html.twig", "start_line": 3320}
Result
File: templates/ssma/occurrence/partials/_modal_event.html.twig (Total lines: 7732)
IS_TRUNCATED: false
LINE_RANGE: 3320-3420
3320|            '#ev-gravity-wrap input, #ev-gravity-wrap select,' +
3321|            '#ev-corrective-actions-section input, #ev-corrective-actions-section select, #ev-corrective-actions-section textarea, #ev-corrective-actions-section button,' +
3322|            '#ev-step-aprofundamento .ev-inj-descaracter-btn'
3323|        );
3324|        Array.prototype.forEach.call(controls, function (el) {
3325|            if (!el || el.type === 'hidden') return;
3326|            if (el.classList && el.classList.contains('ev-inj-descaracter-suspect-ro')) return;
3327|            el.disabled = !!readonly;
3328|        });
3329|        // Reaplica bloqueio Sem dano — o loop acima zera disabled de todos os selects.
3330|        evSyncInjuryTypeByConsequence();
3331|        evSyncDescaracterStageUi();
3332|    }
3333|
3334|    function evUpdateFooter() {
3335|        var type = evSelectedType();
3336|        var canEditAprofundamento = evCanEditAprofundamento(type);
3337|        var back = document.getElementById('ev-btn-back');
3338|        var cancel = document.getElementById('ev-btn-cancel');
3339|        var save = document.getElementById('ev-btn-save');
3340|        var draft = document.getElementById('ev-btn-draft');
3341|        var label = document.getElementById('ev-btn-label');
3342|        if (draft) {
3343|            draft.classList.toggle('d-none', !evAprofundamentoOnlyMode || evCurrentStep !== 'aprofundamento');
3344|        }
3345|        if (evAprofundamentoOnlyMode) {
3346|            if (back) back.classList.add('d-none');
3347|            if (cancel) cancel.classList.remove('d-none');
3348|            if (!label || !save) return;
3349|            if (evIsAprofundamentoFinalized() && !EV_IS_ADMIN_APROFUNDAMENTO) {
3350|                save.disabled = true;
3351|                save.classList.add('d-none');
3352|                if (draft) draft.classList.add('d-none');
3353|                return;
3354|            }
3355|            save.classList.remove('d-none');
3356|            save.disabled = false;
3357|            label.textContent = evIsAprofundamentoFinalized() ? 'Salvar alterações' : 'Finalizar';
3358|            return;
3359|        }
3360|        if (back) back.classList.toggle('d-none', evCurrentStep !== 'aprofundamento');
3361|        if (cancel) cancel.classList.toggle('d-none', evCurrentStep === 'aprofundamento');
3362|        if (!label || !save) return;
3363|        save.classList.remove('d-none');
3364|        save.disabled = false;
3365|        if (evCurrentStep === 'general') {
3366|            label.innerHTML = (evRequiresAprofundamento(type) && evCanEditAprofundamento(type))
3367|                ? 'Aprofundamento <i class="fas fa-chevron-right ml-1"></i>'
3368|                : ((document.getElementById('ev_form_mode') || { value: 'create' }).value === 'edit'
3369|                    ? 'Salvar alterações'
3370|                    : 'Registrar');
3371|            return;
3372|        }
3373|        label.textContent = (document.getElementById('ev_form_mode') || { value: 'create' }).value === 'edit'
3374|            ? 'Salvar alterações'
3375|            : 'Registrar';
3376|        // Registrar nunca fica bloqueado por falta de permissão de aprofundamento.
3377|        save.disabled = false;
3378|    }
3379|
3380|    function evSetStep(step) {
3381|        if (evAprofundamentoOnlyMode) {
3382|            step = 'aprofundamento';
3383|        }
3384|        evCurrentStep = step === 'aprofundamento' ? 'aprofundamento' : 'general';
3385|        var general = document.getElementById('ev-step-general');
3386|        var apro = document.getElementById('ev-step-aprofundamento');
3387|        if (general) {
3388|            general.classList.toggle('d-none', evCurrentStep !== 'general');
3389|            general.classList.toggle('is-readonly', !!evAprofundamentoOnlyMode);
3390|        }
3391|        if (apro) apro.classList.toggle('d-none', evCurrentStep !== 'aprofundamento');
3392|        document.querySelectorAll('#ev-steps-bar .insp-step-seg').forEach(function (bar) {
3393|            var key = bar.getAttribute('data-ev-progress');
3394|            if (evAprofundamentoOnlyMode) {
3395|                bar.classList.toggle('is-active', key === 'aprofundamento');
3396|                bar.classList.toggle('active', key === 'aprofundamento');
3397|            } else {
3398|                bar.classList.toggle('is-active', key === 'general' || key === evCurrentStep);
3399|                bar.classList.toggle('active', key === 'general' || key === evCurrentStep);
3400|            }
3401|        });
3402|        var body = document.querySelector('#modalEventNew-offcanvas-wrapper .offcanvas-body');
3403|        if (body) body.scrollTop = 0;
3404|        evSetAprofundamentoReadonly(!evCanEditAprofundamento(evSelectedType()));
3405|        evUpdateFooter();
3406|        evSyncDescaracterStageUi();
3407|        if (evCurrentStep === 'aprofundamento') {
3408|            var stepType = evSelectedType();
3409|            evSyncCriticalityField(stepType);
3410|            if (evRequiresAccidentTechnical(stepType)) {
3411|                evSyncDerivedSeverityFromConsequence();
3412|            }
3413|            if (stepType === 'ACIDENTE_PESSOAL') {
3414|                window.requestAnimationFrame(function () {
3415|                    var cardAp = evEnsurePrimaryInjuredCardExpanded();
3416|                    if (cardAp && evCardHadInjury(cardAp)) {
3417|                        evEnsureBodyMapForCard(cardAp);
3418|                    }
3419|                });
3420|            } else if (evHadInjuryForValidation()) {
Request #6 deepseek-v4-flash P:35.55K C:1.25K CR:33.79K CW:0 9194ms
Reasoning
evSetStep calls `evSetAprofundamentoReadonly(!evCanEditAprofundamento(evSelectedType()));` and `evUpdateFooter()`. In openWith flow, the sequence: 1. `populateForEdit(full)` — resets flag=null, onlyMode=false. It calls `evSetStep('general')` at the end (line 6521). At that point, onlyMode=false, so readonly computed by heuristics. 2. Then openWith sets `evAprofundamentoCanEditFromServer`, onlyMode=true, sets title, calls `evSetStep('aprofundamento')` — inside, since onlyMode is true now, it calls evSetAprofundamentoReadonly(!evCanEditAprofundamento(...)). evCanEditAprofundamento now sees flag=true → returns true → readonly false → fields enabled. Good, the fix path works because evSetStep is called after flag set. Also evUpdateFooter inside evSetStep will show save button with label "Finalizar". But wait — evUpdateFooter checks `if (evAprofundamentoOnlyMode)` → sets save label etc. In onlyMode + flag true + not finalized, save enabled. Good. There's also a check in evUpdateFooter for finalized non-admin: hides save. Fine. So main flow works. Now let me look at `evSetAprofundamentoReadonly` definition at line 3305-3332 to see the yellow warning behavior. Actually we saw partially lines 3320+. Let's read from 3290 to 3332. Actually not needed. Now, potential issue: `populateForEdit` may also be called by the admin path? No, admin goes OccurrenceModal.openEdit. Now let's consider the ordering in `openAprofundamento`: ``` var serverCanEditAprofundamento = (data._can_edit_aprofundamento === true || ... ) ? data._can_edit_aprofundamento : null; ``` This captures from the view data. Good. Now let's think about a real logic bug candidate: In `openWith`, `full = full || data;` then if `serverCanEditAprofundamento !== null` — this only happens when the value was explicitly true/false. When openAprofundamento is called WITHOUT `_can_edit_aprofundamento` (i.e., other callers of openAprofundamento elsewhere in codebase?), `serverCanEditAprofundamento = null`, then flag null → JS heuristics preserved. Are there other callers of `EvModal.openAprofundamento`? Let me search across codebase. Also possible callers in `occurrence_view.html.twig` line 1458 only. But maybe other templates call it. Let's search. Also check: after save and modal closed, reopening aprofundamento from view, would call openAprofundamento again, resetting properly via populateForEdit reset. Another subtle issue: stale flag across modal close then "EvModal.openCreate" — resets at line 6589. Good. What about other open paths: maybe `openEdit` (full modal) from elsewhere also calls populateForEdit — resets at line 6145. Good. Potential issue: when view data event is passed to OccurrenceModal.openEdit for admin with `_can_edit_aprofundamento` field added to `data` (line 1457) — because data gets mutated with the extra property. But this only mutates the local parsed object, not the DOM attribute. Fine. Now security/isolamento por empresa: The flag comes from Twig server-side computation (can_aprofundamento.can_edit) computed in the view controller — this is per company/user. Not a concern. Now what about XSS? The new line 1457 renders a boolean literal from a server boolean — no injection. Now, is there any issue with the `can_aprof.can_edit|default(false)` rendering when `can_edit` isn't false but non-boolean (like null)? Not applicable — Twig boolean. Now the deeper concern: is `evAprofundamentoCanEditFromServer` "honored" even when it grants edit based on page-load permission, while the `fetch(EV_GET_URL)` refreshes the event and then, e.g., event becomes finalized while open? That's theoretical. Now potential regression: In `evCanEditAprofundamento`, when NOT only-mode but the global flag is stale (should be null) — is there any path where `evAprofundamentoOnlyMode` is true but the flag from server belongs to a previously opened modal? populateForEdit resets both at entry, and openCreate resets. openWith sets onlyMode true after populateForEdit. So if onlyMode true, flag was just set. Is there a path that sets onlyMode=true without calling populateForEdit? Let's check any other assignment to evAprofundamentoOnlyMode = true. Search `evAprofundamentoOnlyMode = true` across the file. Also check `evAprofundamentoOnlyMode` assignments.
Tool Calls (3)
⚙ code_search
Show Details
Arguments
{"search_text": "evAprofundamentoOnlyMode = true"}
Result
File: templates/ssma/occurrence/partials/_modal_event.html.twig
Match lines: 1
6549|            evAprofundamentoOnlyMode = true;
⚙ code_search
Show Details
Arguments
{"search_text": "openAprofundamento"}
Result
File: .opencodereview/rules/ssma/occurrence-ros-aprofundamento-readonly.md
Match lines: 3
7|- `templates/ssma/occurrence/partials/_modal_event.html.twig` — `EvModal.openAprofundamento`, `evAprofundamentoCanEditFromServer`, `evCanEditAprofundamento`, `evSetAprofundamentoReadonly`
33|- Ao abrir o modal, `data._can_edit_aprofundamento` deve refletir `can_aprofundamento.can_edit` do Twig **antes** de `EvModal.openAprofundamento(data)`
36|- `openAprofundamento` preserva `_can_edit_aprofundamento` após fetch `ssma_event_get` (não perder no `openWith`)

File: docs/engineering/pr/hotfix-ssma-occ-type-perms-datatables-new-production/PR_descricao_hotfix-ssma-occ-type-perms-datatables-new-production.md
Match lines: 1
93|| `templates/ssma/occurrence/partials/_modal_event.html.twig` | `EvModal.openAprofundamento`, botões rascunho/finalizar, payload `aprofundamento_only` |

File: templates/ssma/occurrence/occurrence_view.html.twig
Match lines: 2
1458|        if (window.EvModal && typeof window.EvModal.openAprofundamento === 'function') {
1459|            window.EvModal.openAprofundamento(data);

File: templates/ssma/occurrence/partials/_modal_event.html.twig
Match lines: 1
6529|    window.EvModal.openAprofundamento = function (data) {
⚙ file_read
Show Details
Arguments
{"end_line": 3332, "file_path": "templates/ssma/occurrence/partials/_modal_event.html.twig", "start_line": 3280}
Result
File: templates/ssma/occurrence/partials/_modal_event.html.twig (Total lines: 7732)
IS_TRUNCATED: false
LINE_RANGE: 3280-3332
3280|            var responsibleId = ((item.querySelector('.ev-ca-responsible') || {}).value || '').trim();
3281|            var validatorId = ((item.querySelector('.ev-ca-validator') || {}).value || '').trim();
3282|            var hierarchy = ((item.querySelector('.ev-ca-hierarchy') || {}).value || '').trim();
3283|            var empty = !description && !responsibleId && !validatorId && !hierarchy && !deadline && !resolved;
3284|            if (empty) return;
3285|            if (!description) {
3286|                ok = false;
3287|                if (MV && window.jQuery) MV.markInvalid(window.jQuery(item.querySelector('.ev-ca-description')));
3288|            }
3289|            if (!responsibleId) {
3290|                ok = false;
3291|                if (MV && window.jQuery) MV.markInvalid(window.jQuery(item.querySelector('.ev-ca-responsible')));
3292|            }
3293|            if (!hierarchy) {
3294|                ok = false;
3295|                if (MV && window.jQuery) MV.markInvalid(window.jQuery(item.querySelector('.ev-ca-hierarchy')));
3296|            }
3297|            if (!resolved && !deadline) {
3298|                ok = false;
3299|                if (MV && window.jQuery) MV.markInvalid(window.jQuery(item.querySelector('.ev-ca-deadline')));
3300|            }
3301|        });
3302|        return ok;
3303|    }
3304|
3305|    function evSetAprofundamentoReadonly(readonly) {
3306|        var panel = document.getElementById('ev-step-aprofundamento');
3307|        var alert = document.getElementById('ev-aprofundamento-denied-alert');
3308|        if (panel) panel.classList.toggle('is-readonly', !!readonly);
3309|        if (alert) {
3310|            alert.classList.toggle('d-none', !readonly);
3311|            if (evIsAprofundamentoFinalized() && !EV_IS_ADMIN_APROFUNDAMENTO) {
3312|                alert.innerHTML = '<i class="fas fa-lock mr-2"></i>Aprofundamento finalizado. Somente um administrador ou gestor administrador pode alterar.';
3313|            } else {
3314|                alert.innerHTML = '<i class="fas fa-exclamation-triangle mr-2"></i>O aprofundamento é preenchido pelo profissional responsável (gestor direto do colaborador ou equipe técnica SSMA).';
3315|            }
3316|        }
3317|        var controls = document.querySelectorAll(
3318|            '#ev-technical-section input, #ev-technical-section select, #ev-technical-section textarea,' +
3319|            '#ev-spec-type-card input, #ev-spec-type-card select, #ev-spec-type-card textarea,' +
3320|            '#ev-gravity-wrap input, #ev-gravity-wrap select,' +
3321|            '#ev-corrective-actions-section input, #ev-corrective-actions-section select, #ev-corrective-actions-section textarea, #ev-corrective-actions-section button,' +
3322|            '#ev-step-aprofundamento .ev-inj-descaracter-btn'
3323|        );
3324|        Array.prototype.forEach.call(controls, function (el) {
3325|            if (!el || el.type === 'hidden') return;
3326|            if (el.classList && el.classList.contains('ev-inj-descaracter-suspect-ro')) return;
3327|            el.disabled = !!readonly;
3328|        });
3329|        // Reaplica bloqueio Sem dano — o loop acima zera disabled de todos os selects.
3330|        evSyncInjuryTypeByConsequence();
3331|        evSyncDescaracterStageUi();
3332|    }
Request #7 deepseek-v4-flash P:38.18K C:1.4K CR:36.74K CW:0 11309ms
Reasoning
Good. Only one place sets `evAprofundamentoOnlyMode = true` (line 6549). Only `occurrence_view.html.twig` calls openAprofundamento. So flow is well-scoped. Now I want to verify how the modal handles "finalized" on a view where can_edit=true for admin who is NOT EV_IS_ADMIN_APROFUNDAMENTO? Actually `EV_IS_ADMIN_APROFUNDAMENTO` presumably equals backend `is_admin`. If is_admin true → routes to OccurrenceModal.openEdit. If false, can_edit would be false when finalized anyway. Now, notice one subtle risk in the interaction between the new server flag and the readonly alert for finalized: evCanEditAprofundamento has the first guard `if (evIsAprofundamentoFinalized() && !EV_IS_ADMIN_APROFUNDAMENTO) return false;` — the server flag isn't considered but backend returns can_edit=false in that case anyway, so consistent. Another possible issue: `data._can_edit_aprofundamento = ...` is set even when `window.EvModal` or openAprofundamento is absent — harmless. What about double assignment: `data` is the occurrence JSON from server list with `details`. `openAprofundamento` fetches `fullData` from `ssma_event_get` (fresh). In the fetch success path, `fullData = result.event`. Then openWith sets `full._can_edit_aprofundamento` from the captured server flag. populateForEdit computes `evAprofundamentoFinalized` from `fullData` details. But note `can_aprof.can_edit` was computed at page render using server details at that time. If the event changed between render and fetch (finalized by someone else), fullData finalized=true, evAprofundamentoFinalized true, then first guard returns false (non-admin) regardless of flag — good, no unauthorized editing. Conversely, could there be a case where the page-level `can_edit` says false (user not authorized), but because JS fetch returns fresh data and `fullData` might lack `_can_edit_aprofundamento`... flag null → falls to heuristics → could yield true for an admin or technical tag even though the backend can_edit=false? For admin, backend can_edit is always true (they route to openEdit path, not the only-mode path...). For technical types: JS heuristic `EV_USER_TECHNICAL_TYPES` — if a user is in JS technical types but backend can_edit false (e.g., finalized non-admin), the first guard (finalized && !admin → false) catches. If not finalized and backend says can_edit false but JS heuristic says true — is that possible? Backend can_edit = canAccess && (!finalized || admin). If not finalized, can_edit = canAccess. canAccess = admin OR type in currentUserTechnicalTypes OR direct manager of reporter. JS heuristic approximates the same. The bug scenario that motivated this PR: backend authorized (canAccess true) but JS heuristic FAILED to detect (returned false). The reverse (JS true, backend false) would require JS tags including someone the backend excludes — unlikely to occur because JS types derived from same tags presumably. However, if JS heuristic returns true where backend returns false, then with flag=false present the front returns false — good, the flag false is honored. In the case where flag absent/null (openAprofundamento called without _can_edit_aprofundamento from any external caller — none exist besides view), heuristics. OK. Now consider `occurrence_view.html.twig` line 1457: This is fine since `can_aprof` was set at line 615 within the same template scope. But are these two lines in the same Twig block? Both appear to be in the main content block. Line 615 is in the template top-level area (probably inside a `{% block %}` after some include). And line 1457 is within a `<script>` inside the same block. Actually line 615 is inside the `{% block content %}` section and line 1457 in a `<script>` lower in the page — need to confirm both in same block, else `can_aprof` undefined. Let me check by searching for block tags in the file near those lines. Let's search for `{% block` occurrences in occurrence_view.html.twig with line numbers. Actually simpler: if `can_aprof` were not accessible, the already-existing line 691 uses `can_aprof.finalized|default(false)`, which has worked, presumably. If both 615 and 691 are in the same block, then 1457 in a different block might not have access. Wait — Twig `set` at the template level (outside blocks) is accessible everywhere after the point of set? Actually template-level sets are accessible in all blocks because they're evaluated in main context at render order... no: Twig compiles blocks lazily; a `{% set %}` executed in the main flow before a block is included? No—blocks are separate compilation units but in Twig, a template-level `{% set %}` executed during rendering is available to subsequent parts including within blocks that render later? Actually, variables set in the template scope ARE accessible inside blocks only if the block is rendered after the set was executed and the variable is in the current context. When you `include`/`block`, child contexts inherit. For a template that defines blocks and renders a block (e.g., extends layout where content block invoked), the main body of the template outside blocks runs, then blocks... The safest is to check whether there are multiple `{% block %}` around 615 and 1457. Let me search for block tags and their line numbers in that file.
Tool Calls (2)
⚙ code_search
Show Details
Arguments
{"search_text": "{% block", "file_patterns": ["templates/ssma/occurrence/occurrence_view.html.twig"]}
Result
File: templates/ssma/occurrence/occurrence_view.html.twig
Match lines: 6
5|{% block headercss %}
492|{% block container %}
2908|{% block javascripts %}
3075|        {% block modal_title %}Validar ocorrência{% endblock %}
3076|        {% block modal_body %}
3083|        {% block modal_footer %}
⚙ file_read
Show Details
Arguments
{"end_line": 620, "file_path": "templates/ssma/occurrence/partials/_modal_event.html.twig", "start_line": 600}
Result
File: templates/ssma/occurrence/partials/_modal_event.html.twig (Total lines: 7732)
IS_TRUNCATED: false
LINE_RANGE: 600-620
600|            <div class="form-row" id="ev-strategic-nature-row">
601|                <div class="col-12">
602|                    <div class="form-group">
603|                        <label for="ev_strategic_nature">Dimensão da ocorrência <span class="text-danger">*</span></label>
604|                        <select class="form-control" id="ev_strategic_nature" name="ev_strategic_nature" required>
605|                            <option value="RELACIONAMENTO">Relacionamento</option>
606|                            <option value="PROCESSO">Processo</option>
607|                            <option value="INFRAESTRUTURA">Infraestrutura</option>
608|                            <option value="SEGURANCA" selected>Segurança</option>
609|                            <option value="COMPORTAMENTO">Comportamento</option>
610|                            <option value="AMBIENTAL">Ambiental</option>
611|                        </select>
612|                    </div>
613|                </div>
614|            </div>
615|            {# AP: Tipo de barreira no lugar da Dimensão (lista Brenda + ícone de ajuda). #}
616|            <div id="ev-ap-barrier-row" class="d-none">
617|                {% include 'ssma/occurrence/partials/_ev_shared_barrier.html.twig' with {
618|                    _barrier_suffix: '_ap',
619|                    _hide_failed_barrier: true,
620|                    _show_barrier_help: true
Request #8 deepseek-v4-flash P:40.08K C:379 CR:39.55K CW:0 3815ms
Reasoning
The search for `{% block` in occurrence_view.html.twig only returned 5 results? That seems odd given file has 3234 lines. It appears headercss at line 5, container at 492, javascripts at 2908, and the modal inner ones. So all main content (lines 600-1457) lies between `{% block container %}` (492) and `{% block javascripts %}` (2908)? Wait — line 615 (can_aprof set) and line 1457 are both within the container block (492–2908). And line 1457's script... hmm. Actually 1457 line is within `{% block container %}` region? The `$(document).ready` scripts begin at ~1390. Both lines are inside container block, so `can_aprof` set at 615 accessible at 1457. OK good — that assumption holds. Let me double-check that there isn't another `{% block %}` between 615 and 1457. The search results show only block tags at 5, 492, 2908, 3075-3083. So 615 and 1457 are in the same container block. Fine. Now, let me look at `.opencodereview/rule.json` spelling. Only need to verify key spellings. Let me read the file region around the change.
Tool Calls (1)
⚙ file_read
Show Details
Arguments
{"end_line": 110, "file_path": ".opencodereview/rule.json", "start_line": 40}
Result
File: .opencodereview/rule.json (Total lines: 147)
IS_TRUNCATED: false
LINE_RANGE: 40-110
40|    {
41|      "path": "templates/projects2.0/**/*.twig",
42|      "merge_system_rule": true,
43|      "rule": ".opencodereview/rules/projects/task-deadline.md"
44|    },
45|    {
46|      "path": "tests/Unit/Product/Projects/**/*.php",
47|      "merge_system_rule": true,
48|      "rule": ".opencodereview/rules/projects/task-deadline.md"
49|    },
50|    {
51|      "path": "src/Service/Ssma/ActionPlan/SsmaActionPlanPanel{Service,Presenter}.php",
52|      "merge_system_rule": true,
53|      "rule": ".opencodereview/rules/ssma/action-plan-panel.md"
54|    },
55|    {
56|      "path": "public/js/ssma/action_plan_panel.js",
57|      "merge_system_rule": true,
58|      "rule": ".opencodereview/rules/ssma/action-plan-panel.md"
59|    },
60|    {
61|      "path": "templates/ssma/action_plan/tabs/_tab_painel*.html.twig",
62|      "merge_system_rule": true,
63|      "rule": ".opencodereview/rules/ssma/action-plan-panel.md"
64|    },
65|    {
66|      "path": "templates/ssma/occurrence/partials/_modal_event.html.twig",
67|      "merge_system_rule": true,
68|      "rule": ".opencodereview/rules/ssma/occurrence-descaracter-suspeita-card.md"
69|    },
70|    {
71|      "path": "templates/ssma/occurrence/partials/_ev_injured_person_box.html.twig",
72|      "merge_system_rule": true,
73|      "rule": ".opencodereview/rules/ssma/occurrence-descaracter-suspeita-card.md"
74|    },
75|    {
76|      "path": "templates/ssma/occurrence/partials/_modal_event.html.twig",
77|      "merge_system_rule": true,
78|      "rule": ".opencodereview/rules/ssma/occurrence-ros-aprofundamento-readonly.md"
79|    },
80|    {
81|      "path": "src/Controller/SsmaController.php",
82|      "merge_system_rule": true,
83|      "rule": ".opencodereview/rules/ssma/occurrence-approve.md"
84|    },
85|    {
86|      "path": "templates/ssma/occurrence/occurrence_view.html.twig",
87|      "merge_system_rule": true,
88|      "rule": ".opencodereview/rules/ssma/occurrence-approve.md"
89|    },
90|    {
91|      "path": "templates/ssma/occurrence/occurrence_view.html.twig",
92|      "merge_system_rule": true,
93|      "rule": ".opencodereview/rules/ssma/occurrence-ros-aprofundamento-readonly.md"
94|    },
95|    {
96|      "path": "src/Controller/**/*.php",
97|      "merge_system_rule": true,
98|      "rule": ".opencodereview/rules/backend/controller.md"
99|    },
100|    {
101|      "path": "src/Service/**/*.php",
102|      "merge_system_rule": true,
103|      "rule": ".opencodereview/rules/backend/service.md"
104|    },
105|    {
106|      "path": "src/Repository/**/*.php",
107|      "merge_system_rule": true,
108|      "rule": ".opencodereview/rules/backend/repository.md"
109|    },
110|    {
Request #9 deepseek-v4-flash P:41.43K C:2.48K CR:40.45K CW:0 18743ms
Reasoning
`.opencodereview/rule.json` — new entries look fine, keys spelled consistently (`path`, `merge_system_rule`, `rule`). No issues. Now let's examine possible subtle bug with the state: In `openWith`, the order issue I noticed earlier: `populateForEdit` is called and it resets `evAprofundamentoCanEditFromServer = null` at the beginning — and in openWith the global is set AFTER the call, so fine. Now let's examine another angle: In `occurrence_view.html.twig`, after setting `_can_edit_aprofundamento`, the code proceeds to call openAprofundamento only if EvModal & openAprofundamento exist; else shows toast. Fine. Now let's double-check the correctness of the JS boolean condition: `evAprofundamentoCanEditFromServer = (full._can_edit_aprofundamento === true || full._can_edit_aprofundamento === false) ? full._can_edit_aprofundamento : null;` If `full._can_edit_aprofundamento` = true/false → captured. Good. Now subtle JS type bug: `data._can_edit_aprofundamento` Twig renders `true` or `false` literal booleans. Good. Now examine `openAprofundamento`'s handling when data is fetched: `fullData = (result && result.success && result.event) ? result.event : data;`. If `result.event` missing then uses `data`. Then serverCanEdit flag copied onto full. OK. Now consider the scenario where the admin path occurs with `_can_edit_aprofundamento` on data but no issue. Wait, there's actually one important issue I should verify: When NOT admin (specialist), but `EV_IS_ADMIN_APROFUNDAMENTO` is false, we go through fetch + openWith. `populateForEdit(full)` with fullData from server (fresh). Then evAprofundamentoFinalized computed. Then set only mode & flag. But the modal opens with step 'aprofundamento' while `evAprofundamentoFinalizeIntent = true`. The key scenario for the bug: specialist authorized (can_edit true from backend) but JS heuristic false. During populateForEdit, since onlyMode false at that moment and flag null, various intermediate readonly state might be computed by heuristics but then at openWith end, `evSetStep('aprofundamento')` recomputes readonly with flag set → correct. But what about `evUpdateFooter` at step during populateForEdit (evSetStep('general') at line 6521)? When onlyMode false. It computes canEditAprofundamento via heuristics false → label might show 'Salvar alterações' for edit mode; then after openWith, evSetStep('aprofundamento') re-runs evUpdateFooter in onlyMode → sets finalize label & enables save. Good. Now think about whether some other call happens between populate and openWith's flag setting that could leave UI disabled that the final evSetStep doesn't fully clear. evSetAprofundamentoReadonly is called inside evSetStep. Good. Now — the scenario in which user is admin: `EV_IS_ADMIN_APROFUNDAMENTO && OccurrenceModal.openEdit` → OccurrenceModal.openEdit probably loads occurrence edit modal (a different component?). This is pre-existing. OK, at this point, main flow looks right. Let me consider more negative edge: The `evAprofundamentoOnlyMode` check placed in `evCanEditAprofundamento` occurs AFTER `evIsAprofundamentoFinalized() && !EV_IS_ADMIN_APROFUNDAMENTO` guard. Now imagine the backend says can_edit=false because finalized & user non-admin. And JS `EV_USER_TECHNICAL_TYPES` includes the type → JS would say true without flag, but first guard catches finalized. Fine. Now imagine not finalized, backend can_edit=false but JS heuristics true (user is technical by JS). Then with flag false → return false. Good, honoring backend. Now the scenario of mismatch where backend can_edit=true, JS heuristics false, not finalized → flag true → return true → fix. Looks consistent. Now potential data integrity issue: In view only-mode, saving occurs by sending payload to updateEvent endpoint, which locks after finalizing for non-admin. Backend enforces. Good. Let me consider the scenario that the modal is opened, user edits, and then hits "Finalizar". evAprofundamentoFinalizeIntent true; the save action finalizes. Fine. Now let's consider "finalized but admin opens from view": routes to OccurrenceModal.openEdit(data) — OccurrenceModal is a different offcanvas that includes _modal_event? Actually wait: If admin flow calls OccurrenceModal.openEdit, maybe the same _modal_event partial is included inside occurrence edit modal, and opens full edit. Since OccurrenceModal.openEdit is on the occurrence view page; does that use `_modal_event.html.twig`? OccurrenceModal could be defined elsewhere for the same modal. This path is pre-existing, unchanged. Now I want to verify the "evAprofundamentoOnlyMode && flag" interplay doesn't override the "finalized admin" scenario in a way that blocks admin editing in only mode. But admin never enters only mode (they route away). But what if admin wants to open aprofundamento from view but OccurrenceModal unavailable → falls through? Actually the code: `if (EV_IS_ADMIN_APROFUNDAMENTO && window.OccurrenceModal && typeof window.OccurrenceModal.openEdit === 'function') { ... return; }`. If OccurrenceModal missing, admin falls through to only-mode path with `serverCanEditAprofundamento` from view data. Backend can_edit for admin = true regardless of finalized (canEdit = canAccess && (!finalized || isAdmin) → true). So flag true → evCanEditAprofundamento returns... wait, first guard `evIsAprofundamentoFinalized() && !EV_IS_ADMIN_APROFUNDAMENTO` → admin true so guard passes. Then flag true → returns true. Good, admin can still edit in only mode fallback. OK, let's now look for real issues to report. So far I haven't identified concrete bugs in the diff logic itself. But let me reconsider the concern about the partial being a shared/god template with logic in script. This is an existing giant partial `_modal_event.html.twig` of 7732 lines with inline scripts. Per the review rules: "God template — maior peso. Se este template já é um god template (centenas de linhas misturando markup, estado e chamadas AJAX), qualquer PR que aumente ainda mais essa mistura deve ser sinalizada antes de qualquer outro achado." So this PR adds ~20 lines of inline JS into already-huge template. But this is a hotfix PR adding a small patch consistent with existing structure; signaling the god template concern is required by user-specific rules. But it's probably already known; adding this patch doesn't substantially increase mixing. Rule says "qualquer PR que aumente ainda mais essa mistura deve ser sinalizada". We can mention as a low/attention comment. Hmm — but should we comment about a pre-existing structural problem with lines added in this PR? The change adds inline JS in template, but it is minimal and consistent. I think a mild note is acceptable but the priority rules say the god-template is the top priority to signal. However I shouldn't block based only on that; note it as a maintainability observation? Let's weigh. Actually review instructions: "Focus primarily on actual code logic and functionality. Avoid commenting ... non-functional..." but the user-specific rules explicitly instruct to signal god template. Given the explicit user rule, I might add a low-priority comment noting that the shared partial continues to grow inline script; suggest that if more of these flags accumulate, move to public/js/ssma. But since it's a hotfix that must stay minimal, probably not blocker. Now let me focus on actual functional concerns more: 1. Potential stale permission: `data._can_edit_aprofundamento` is computed from page-load `can_aprof.can_edit`. However, the modal fetches fresh event data via `ssma_event_get` and passes it to `populateForEdit`. This is a potential discrepancy scenario where the aprofundamento became finalized between render & click. In that scenario: - Page rendered with pending (can_edit=true for specialist). - Another user finalizes. - Specialist clicks `+ Aprofundamento`. - Fetch returns finalized → populateForEdit sets `evAprofundamentoFinalized=true` → evSetStep('aprofundamento') after only-mode set → evCanEditAprofundamento → first guard finalized & non-admin → false → readonly. OK protected. Reverse scenario: Page rendered while pending and can_edit=false (e.g., user without access) but then... can't change access mid-session. But here's a possible subtle one: `can_aprof.can_edit` is captured at page load and forced onto fresh server data. Suppose the modal is opened, closed, and reopened after the aprofundamento was finalized by the SAME user? Non-admin finalized then can't edit — first guard catches. Suppose the user opens modal (not finalized). Another admin finalizes concurrently while modal open (rare). The modal save attempts finalization; backend should reject due to lock? Backend handles. 2. Consider the possibility that the permission changed between render and click: unlikely in single session. 3. The bigger issue: **the value `data._can_edit_aprofundamento` is injected into the button's parsed JSON (occurrence) — a new property on `data` — but when the modal save happens and later the view refreshes/re-renders, no issue. 4. `evAprofundamentoCanEditFromServer` should maybe also be reset when closing modal, not only on next open. Since populateForEdit resets on next open, and any evCanEditAprofundamento call only happens inside modal flows. While modal closed, no calls. But suppose modal close then a different flow that calls evCanEditAprofundamento without populateForEdit (e.g., keyboard shortcut?). The flag would remain true from previous only-mode open... but onlyMode remains true too until next populate/openCreate resets. Actually after closing the modal, evAprofundamentoOnlyMode might still be true? When modal is closed (offcanvas hidden), nothing resets onlyMode=false unless there's a close handler. Let's check whether closing the modal resets onlyMode/flag. If user opens the aprofundamento-only modal, then closes it, then presses something that opens full event edit via another path that calls populateForEdit — it resets. If any flow relies on modal state without populate... e.g., the same page's edit button calls OccurrenceModal.openEdit (separate). Fine. Let me check if there is a close handler that resets evAprofundamentoOnlyMode. Search for resets to false other than populateForEdit/openCreate.
Tool Calls (2)
⚙ code_search
Show Details
Arguments
{"search_text": "evAprofundamentoOnlyMode = false"}
Result
File: templates/ssma/occurrence/partials/_modal_event.html.twig
Match lines: 3
1548|    var evAprofundamentoOnlyMode = false;
6144|        evAprofundamentoOnlyMode = false;
6588|        evAprofundamentoOnlyMode = false;
⚙ code_search
Show Details
Arguments
{"search_text": "evAprofundamentoCanEditFromServer"}
Result
File: .opencodereview/rules/ssma/occurrence-ros-aprofundamento-readonly.md
Match lines: 4
7|- `templates/ssma/occurrence/partials/_modal_event.html.twig` — `EvModal.openAprofundamento`, `evAprofundamentoCanEditFromServer`, `evCanEditAprofundamento`, `evSetAprofundamentoReadonly`
37|- Em `evAprofundamentoOnlyMode`, se `evAprofundamentoCanEditFromServer === true` → `evCanEditAprofundamento` retorna `true` (salvo aprofundamento finalizado sem admin)
38|- Se `evAprofundamentoCanEditFromServer === false` → readonly (visualização)
40|- `populateForEdit` e `openCreate` devem resetar `evAprofundamentoCanEditFromServer = null` para não vazar permissão entre aberturas

File: templates/ssma/occurrence/partials/_modal_event.html.twig
Match lines: 6
1550|    var evAprofundamentoCanEditFromServer = null;
3103|        if (evAprofundamentoOnlyMode && evAprofundamentoCanEditFromServer === true) {
3106|        if (evAprofundamentoOnlyMode && evAprofundamentoCanEditFromServer === false) {
6145|        evAprofundamentoCanEditFromServer = null;
6546|            evAprofundamentoCanEditFromServer = (full._can_edit_aprofundamento === true || full._can_edit_aprofundamento === false)
6589|        evAprofundamentoCanEditFromServer = null;
Request #10 deepseek-v4-flash P:44.38K C:533 CR:43.9K CW:0 4569ms
Reasoning
There's no modal-close handler resetting evAprofundamentoOnlyMode, but that is pre-existing behavior; the new flag follows the same lifecycle as onlyMode (reset at populateForEdit & openCreate). This is consistent with existing pattern, so no new bug. Now, the one functional discrepancy that stands out is in `occurrence_view.html.twig`, line 1457: `can_aprof.can_edit` might be **true** even when the event is NOT a SSMA event (e.g., legacy occurrence), but button only rendered when is_ssma_event. Not relevant. Let me consider a potential real bug: In `openAprofundamento`, serverCanEditAprofundamento is read from `data._can_edit_aprofundamento`. In the view, the `data` comes from the JSON `data-occurrence` attribute which is produced by `occurrence|json_encode`. If the occurrence array contains a **user-controllable value** that happens to be named `_can_edit_aprofundamento`... no, Twig overrides after parse. But wait — `occurrence` is rendered to the attribute at line 690 BEFORE the Twig renders `can_aprof`. The assignment at 1457 happens client-side overriding. So any attacker who could modify the DOM attribute could set `_can_edit_aprofundamento` to true... but attacker modifying own DOM is not a threat for a normal user flow since the backend save must enforce. Let me confirm backend save enforces permission. It's in `updateEvent` (mentioned in docs: "Update parcial só de aprofundamento; merge mergeSsmaEventAprofundamentoOnlyPayload; lock após finalizar para não-admin"). We should confirm server-side enforcement exists so the client flag can't be forged to bypass. This matters because the whole premise of this PR is "honor can_edit from backend" for UX; the security boundary is server. Let me quickly verify updateEvent re-checks canAccess. Search `updateEvent` in SsmaController for the aprofundamento-only path check. Let me search for `aprofundamento_only` in controller.
Tool Calls (2)
⚙ code_search
Show Details
Arguments
{"search_text": "aprofundamento_only"}
Result
File: docs/engineering/pr/hotfix-ssma-occ-type-perms-datatables-new-production/PR_descricao_hotfix-ssma-occ-type-perms-datatables-new-production.md
Match lines: 2
93|| `templates/ssma/occurrence/partials/_modal_event.html.twig` | `EvModal.openAprofundamento`, botões rascunho/finalizar, payload `aprofundamento_only` |
136|5. **+Aprofundamento — rascunho e finalizar:** especialista autorizado pode salvar rascunho (`soft_aprofundamento` / status draft) e depois finalizar. Payload parcial via `aprofundamento_only: true` no update.

File: src/Controller/SsmaController.php
Match lines: 2
25902|        $aprofundamentoOnly = !empty($data['aprofundamento_only']);
27814|        $merged['aprofundamento_only'] = true;

File: src/Service/Ssma/SsmaEventValidator.php
Match lines: 1
717|        if (!empty($data['aprofundamento_only'])) {

File: templates/ssma/occurrence/partials/_modal_event.html.twig
Match lines: 1
6985|            payload.aprofundamento_only = true;

File: tests/Unit/Product/Ssma/SsmaEventValidatorTest.php
Match lines: 1
860|            'aprofundamento_only'     => true,
⚙ code_search
Show Details
Arguments
{"search_text": "function updateEvent"}
Result
File: src/Controller/EsocialRubricasController.php
Match lines: 1
153|    public function updateEventRubrica(Request $request): JsonResponse

File: src/Controller/SsmaController.php
Match lines: 1
25882|    public function updateEvent(Request $request, int $id): JsonResponse

File: src/Service/SpaceBookingCalendarSyncService.php
Match lines: 1
431|    private function updateEventParticipants(CalendarEvent $event, SpaceBooking $booking): void

File: templates/calendar_member/calendar_member_old.html.twig
Match lines: 1
1280|            function updateEventCalendar() {

File: templates/calendar_member/tabs/_calendar_tab_old.html.twig
Match lines: 1
1224|    function updateEventCalendar() {
Request #11 deepseek-v4-flash P:45.44K C:186 CR:44.8K CW:0 2001ms
Reasoning
Let me inspect the updateEvent in SsmaController around 25882-26050 to verify server-side enforcement of permission for aprofundamento-only updates, especially whether the new "backend can_edit" granted to technical types (which previously JS blocked) actually maps to server-side authorization. Since the fix is to honor can_edit, presumably updateEvent uses the same canAccessSsmaEventAprofundamento. If so, no security regression. Let me read that region.
Tool Calls (1)
⚙ file_read
Show Details
Arguments
{"end_line": 26050, "file_path": "src/Controller/SsmaController.php", "start_line": 25882}
Result
File: src/Controller/SsmaController.php (Total lines: 28184)
IS_TRUNCATED: false
LINE_RANGE: 25882-26050
25882|    public function updateEvent(Request $request, int $id): JsonResponse
25883|    {
25884|        /** @var \App\Entity\User|null $user */
25885|        $user    = $this->getUser();
25886|        $company = $user?->getCompany();
25887|        if (!$user || !$company) {
25888|            return new JsonResponse(['success' => false, 'message' => 'Não autenticado.'], 401);
25889|        }
25890|
25891|        $event = $this->entityManager->getRepository(\App\Entity\SsmaEvent::class)->find($id);
25892|
25893|        if (!$event || $event->getCompany()->getId() !== $company->getId()) {
25894|            return new JsonResponse(['success' => false, 'message' => 'Evento não encontrado.'], 404);
25895|        }
25896|
25897|        if (!$this->isSsmaEventVisibleUnderOccurrenceTeamDashboardScope($event, $company, $user)) {
25898|            return new JsonResponse(['success' => false, 'message' => 'Evento não encontrado.'], 404);
25899|        }
25900|
25901|        $data = json_decode($request->getContent(), true) ?? [];
25902|        $aprofundamentoOnly = !empty($data['aprofundamento_only']);
25903|        $existingDetails = is_array($event->getDetails()) ? $event->getDetails() : [];
25904|        $aprofundamentoStatus = strtolower(trim((string) ($existingDetails['aprofundamento_status'] ?? '')));
25905|        $aprofundamentoFinalized = $aprofundamentoStatus === 'finalized'
25906|            || !empty($existingDetails['aprofundamento_complete']);
25907|
25908|        $canFullEdit = $this->canEditSsmaEvent($company, $user, $event);
25909|        $eventTypeForAccess = (string) ($data['type'] ?? $event->getType());
25910|        $canAprofundamento = $this->canAccessSsmaEventAprofundamento(
25911|            $company,
25912|            $user,
25913|            $eventTypeForAccess,
25914|            is_array($data['details'] ?? null) ? $data['details'] : $existingDetails,
25915|            (int) ($event->getCreatedById() ?? 0)
25916|        );
25917|        $isAprofundamentoUpdate = $aprofundamentoOnly
25918|            || !empty($data['aprofundamento_complete'])
25919|            || strtolower(trim((string) ($data['aprofundamento_status'] ?? ''))) === 'finalized';
25920|
25921|        if (!$canFullEdit) {
25922|            if (!$isAprofundamentoUpdate || !$canAprofundamento) {
25923|                return new JsonResponse(['success' => false, 'message' => 'Você não tem autorização para editar esse tipo de ocorrência.'], 403);
25924|            }
25925|            if ($aprofundamentoFinalized && !$this->isSsmaAprofundamentoAdmin($company, $user)) {
25926|                return new JsonResponse(['success' => false, 'message' => 'Aprofundamento finalizado. Somente um administrador ou gestor administrador pode alterar.'], 403);
25927|            }
25928|            $data = $this->mergeSsmaEventAprofundamentoOnlyPayload($event, $data);
25929|        } else {
25930|            $data = array_merge($this->eventToValidationArray($event), $data);
25931|            if ($aprofundamentoFinalized && !$this->isSsmaAprofundamentoAdmin($company, $user)) {
25932|                if ($aprofundamentoOnly || $isAprofundamentoUpdate) {
25933|                    return new JsonResponse(['success' => false, 'message' => 'Aprofundamento finalizado. Somente um administrador ou gestor administrador pode alterar.'], 403);
25934|                }
25935|                $data = $this->stripSsmaEventAprofundamentoFieldsFromPayload(
25936|                    $data,
25937|                    (string) ($data['type'] ?? $event->getType()),
25938|                    $existingDetails
25939|                );
25940|            }
25941|        }
25942|
25943|        $data = $this->normalizeSsmaEventPayload($data, $company);
25944|        $data = $this->normalizeSsmaEventManagerInDetails($data, $company);
25945|        $data = $this->forceSsmaRosReporterForPlainMember($data, $company, $user);
25946|        $data = $this->applySsmaDescaracterPermissionGate(
25947|            $data,
25948|            $company,
25949|            $user,
25950|            $existingDetails
25951|        );
25952|
25953|        $eventType = (string) ($data['type'] ?? $event->getType());
25954|        $eventDetails = is_array($data['details'] ?? null) ? $data['details'] : [];
25955|        // Em modo só-aprofundamento o especialista já está autorizado; não stripa o que acabou de enviar.
25956|        if (
25957|            !$aprofundamentoOnly
25958|            && !$this->canAccessSsmaEventAprofundamento($company, $user, $eventType, $eventDetails, $event->getCreatedById())
25959|            && in_array($eventType, ['ROS', 'QUASE_ACIDENTE', 'ACIDENTE_PESSOAL', 'ACIDENTE_MATERIAL', 'ACIDENTE_AMBIENTAL'], true)
25960|        ) {
25961|            $data = $this->stripSsmaEventAprofundamentoFieldsFromPayload(
25962|                $data,
25963|                $eventType,
25964|                $existingDetails
25965|            );
25966|        }
25967|
25968|        // Draft vs finalize do aprofundamento (especialista / admin).
25969|        $wantsFinalize = false;
25970|        if ($aprofundamentoOnly || !empty($data['aprofundamento_complete']) || array_key_exists('aprofundamento_status', $data)) {
25971|            $detailsOut = is_array($data['details'] ?? null) ? $data['details'] : [];
25972|            $wantsFinalize = !empty($data['aprofundamento_complete'])
25973|                || strtolower(trim((string) ($data['aprofundamento_status'] ?? ''))) === 'finalized';
25974|            if ($wantsFinalize) {
25975|                $data['aprofundamento_complete'] = true;
25976|                $detailsOut['aprofundamento_complete'] = true;
25977|                $detailsOut['aprofundamento_status'] = 'finalized';
25978|            } else {
25979|                $data['aprofundamento_complete'] = false;
25980|                $detailsOut['aprofundamento_complete'] = false;
25981|                $detailsOut['aprofundamento_status'] = 'draft';
25982|            }
25983|            $data['details'] = $detailsOut;
25984|        }
25985|
25986|        // Valida apenas se type ou details estiverem presentes no payload (atualização parcial ok)
25987|        if (!empty($data['type']) || !empty($data['details'])) {
25988|            $validator = new \App\Service\Ssma\SsmaEventValidator();
25989|            $errors    = $validator->validate($data, [
25990|                'allowed_type_keys' => $this->ssmaOccurrenceTypeConfig->getAllowedTypeKeys($company),
25991|                'soft_aprofundamento' => $aprofundamentoOnly && !$wantsFinalize,
25992|            ]);
25993|            if ($errors !== []) {
25994|                return new JsonResponse(['success' => false, 'errors' => $errors], 422);
25995|            }
25996|        }
25997|
25998|        $teamScopeErr = $this->validateSsmaEventPayloadAgainstTeamScope($data, $company, $user);
25999|        if ($teamScopeErr !== null) {
26000|            return new JsonResponse(['success' => false, 'message' => $teamScopeErr], 403);
26001|        }
26002|
26003|        $service = new \App\Service\Ssma\SsmaEventService($this->entityManager, $this->ssmaOccurrenceTypeConfig);
26004|        $prevType         = $event->getType();
26005|        $prevStatus       = $event->getStatus();
26006|        $prevImmediateRisk = !empty($event->getDetails()['immediate_risk']);
26007|        $prevManagerId = (int) ($event->getDetails()['manager_id'] ?? 0);
26008|        $wasRejectedApproval = $this->ssmaOccurrenceApprovalService->getState($event)['status']
26009|            === \App\Service\Ssma\SsmaOccurrenceApprovalService::STATUS_REJECTED;
26010|        $editorMeta = $this->resolveSsmaEditorMeta($company, $user);
26011|        $event      = $service->updateFromPayload($event, $data, $user, $editorMeta);
26012|
26013|        if ($wasRejectedApproval) {
26014|            // Readequação: reenvia tanto na edição completa quanto ao finalizar só o aprofundamento.
26015|            $this->maybeSubmitOccurrenceForValidation($event, $company, $user, true);
26016|        } elseif ($wantsFinalize) {
26017|            $this->maybeSubmitOccurrenceForValidation($event, $company, $user, false);
26018|        }
26019|
26020|        $registeredByName = trim(($user->getFirstName() ?? '') . ' ' . ($user->getLastName() ?? ''));
26021|        if ($registeredByName === '') {
26022|            $registeredByName = $user->getEmail() ?? 'Sistema';
26023|        }
26024|        $automationContext = [
26025|            'registered_by_name' => $registeredByName,
26026|            'type_raw'           => $event->getType(),
26027|            'new_type'           => $event->getType(),
26028|        ];
26029|        $flashApproval = null;
26030|
26031|        try {
26032|            $this->ssmaAutomationService->triggerForEvent(
26033|                'ssma_on_occurrence_updated',
26034|                $event,
26035|                $company,
26036|                $automationContext
26037|            );
26038|            if ($prevStatus !== $event->getStatus()) {
26039|                $this->ssmaAutomationService->triggerForEvent(
26040|                    'ssma_on_status_change',
26041|                    $event,
26042|                    $company,
26043|                    array_merge($automationContext, ['old_status' => $prevStatus])
26044|                );
26045|            }
26046|            if ($prevType !== $event->getType()) {
26047|                $this->ssmaAutomationService->triggerForEvent(
26048|                    'ssma_on_occurrence_type_changed',
26049|                    $event,
26050|                    $company,
Request #12 deepseek-v4-flash P:48.32K C:8.74K CR:45.57K CW:0 66681ms
Reasoning
The backend `updateEvent` re-checks `canAccessSsmaEventAprofundamento` and company isolation and finalized lock. So the front-end-only change is a UX permission alignment; security is enforced server-side. Good — no security regression. Now let me assess the whole change again to see if there are any actual issues to flag. Summary of added code: occurrence_view.html.twig: - `data._can_edit_aprofundamento = ...` before opening modal — based on can_aprof.can_edit. Works. _modal_event.html.twig: 1. var declaration + comment. 2. Two new checks in evCanEditAprofundamento. 3. Reset in populateForEdit + openCreate. 4. openAprofundamento: capture flag; propagate into full after fetch; set global after populateForEdit. Now possible issue candidates: **Candidate 1 (medium):** Order of the two early returns inside `evCanEditAprofundamento` means that when a non-admin user is authorized but the aprofundamento was finalized at render (can_edit=false anyway) — no issue. **Candidate 2 (edge logic):** In `openAprofundamento`'s admin branch (`EV_IS_ADMIN_APROFUNDAMENTO` and OccurrenceModal.openEdit exists), the captured `_can_edit_aprofundamento` is dropped (data passed without it) — but admin full-edit doesn't need it. Not an issue. **Candidate 3:** Wait, look again at the checks in evCanEditAprofundamento carefully: ``` if (evAprofundamentoOnlyMode && evAprofundamentoCanEditFromServer === true) { return true; } if (evAprofundamentoOnlyMode && evAprofundamentoCanEditFromServer === false) { return false; } ``` The admin check and finalized guard come AFTER. Actually the order is: finalized guard (before), then server flag true → return true. Consider admin (EV_IS_ADMIN_APROFUNDAMENTO true) in onlyMode with flag false?? This would return false even for admin — but admin never goes to only mode (routes to OccurrenceModal.openEdit). Only fallback if OccurrenceModal unavailable. In that fallback, the view data flag `can_aprof.can_edit` for admin is true (finalized admin → can_edit true), so flag true. So false-for-admin never happens from view. Since only callers of onlyMode is openAprofundamento from view, and can_edit for admin is always true in the backend flags. OK. **Candidate 4 (realistic, but minor):** In `occurrence_view.html.twig`, the added line renders the permission **at page load**. The click handler `.js-occ-view-aprofundamento-btn` also exists in list pages? This specific view is occurrence_view; the button `.js-occ-view-aprofundamento-btn` used only here. Wait, actually let me reconsider — the row attribute data-occurrence contains the full occurrence JSON including `details`. In `openAprofundamento`, `data.id` exists. If the fetch fails (network), `openWith(data)` uses the occurrence from the page — which is fine. **Candidate 5:** The important subtle behavior: `evAprofundamentoCanEditFromServer === true` forces editability even when the JS heuristic previously returned false. But what if the occurrence view page is rendering a **view-only context** where `can_edit` is intentionally false but `show` is true (e.g., a read-only detail screen for approver)? Backend can_edit false → flag false → readonly retained. Good. **Candidate 6:** The key possible bug - In evCanEditAprofundamento the new checks are placed between the `finalized` guard and admin check. For an authorized **non-admin technical** when aprofundamento is finalized: can_edit would be false from backend, and first guard returns false. So nothing is broken. I think the logic is OK overall. Let me now reconsider whether there might be a **stale value propagation** bug in openWith: ``` full = full || data; if (serverCanEditAprofundamento !== null) { full._can_edit_aprofundamento = serverCanEditAprofundamento; } window.EvModal.populateForEdit(full); evAprofundamentoCanEditFromServer = (full._can_edit_aprofundamento === true || full._can_edit_aprofundamento === false) ? full._can_edit_aprofundamento : null; ``` populateForEdit mutates data? It reads data; doesn't delete `_can_edit_aprofundamento`. So after populate, full._can_edit_aprofundamento still has the value set. Good. What if `openWith` is invoked directly with fullData that includes `_can_edit_aprofundamento` as `undefined`? handled. Now, let me think about the **visibility of `can_aprof`** at line 1457: Since line 615 `{% set can_aprof = can_aprofundamento|default({}) %}` and line 1457 in the same block `container`, all good, but let me confirm there's no intervening `{% block %}`... We saw block boundaries at 492 and 2908, so yes 615 and 1457 are inside the container block. Also, does the view page always pass `can_aprofundamento`? Backend viewOccurrence passes it. But the same template could be rendered elsewhere without `can_aprofundamento`? `can_aprof = can_aprofundamento|default({})` handles missing → `{}` → `.can_edit|default(false)` → false. Twig handles `can_aprof.can_edit` where can_aprof={} → returns null → default false → good. Actually wait — in Twig, `{% set can_aprof = can_aprofundamento|default({}) %}` if `can_aprofundamento` undefined yields `{}`. Then `can_aprof.can_edit|default(false)` on empty array returns null → default false. Output `false`. No error even in strict mode because can_aprof is defined. OK, at this point no serious functional bug in the diff. Let me also double check the JS placement of the two new checks — is there any scenario where returning true from onlyMode would bypass the disabled general step navigation? No. Now let me examine the concern about **not honoring backend flag for readonly warning message**. Not relevant. Let me consider the scenario: A user authorized to edit (can_edit=true). On the view they click +Aprofundamento, modal opens editable. They navigate away (close) and then click "Editar ocorrência" (full edit) → js-occ-view-edit-btn → ssmaOpenOccurrenceEditWithSpinner or OccurrenceModal.openEdit(data). These call the occurrence edit path, separate from EvModal? If EvModal.populateForEdit is invoked, flag reset. Good. **But** there's the case where the page also has an "edit" path that uses EvModal.populateForEdit? Not relevant. Now consider **finalize flow**: If specialist (can_edit true via backend) but not admin opens only-mode and clicks "Finalizar". Payload is sent with aprofundamento_only=true. Backend: canFullEdit false → isAprofundamentoUpdate true & canAprofundamento true → proceeds. Not finalized → ok. Good. There might be an **existing bug** that this PR exposes: Previously the JS heuristics prevented the specialist from editing in only-mode (the bug). With the fix, the specialist can edit. Save path exists already. So the fix is complete. Alright. Let me consider whether there is a gap: The aprofundamento-only modal from the view also appears to possibly be used by `OccurrenceModal`? The view line 1458 checks EvModal first; but there's a check in openAprofundamento for OccurrenceModal when admin. Fine. Let me consider a potential **double modal** or conflicting logic where `OccurrenceModal.openEdit` is used for admin but EvModal.openAprofundamento expects only-mode logic for non-admins; not part of this change. Now — is there any missing place where `evAprofundamentoCanEditFromServer` should be reset? e.g., when saving succeeds and the modal refreshes the page content (window.EvModal...)? Not important, since modal closes and next open goes through populateForEdit. Let me also double check `.opencodereview/rule.json` line order/merge correctness: The diff shows the ROS rule mapped to `_modal_event.html.twig` already existing entry at 66 with descaracter rule; new entries at 75-79 for `_modal_event` and 90-94 for occurrence_view. Wait, we saw the descaracter entries at 65-74 (before ROS). Then ROS mapping entry added after descaracter block. All good. One thing: `.opencodereview/rule.json` key spelling check done; there are keys `path`, `merge_system_rule`, `rule`. No typos. Now, the strict review rules also mention reviewing every file individually. Files: 1. `.opencodereview/rule.json` — fine. 2. `occurrence_view.html.twig` — new line; fine (with note that only page-load permission snapshot is used; no functional bug found). 3. `_modal_event.html.twig` — logic reviewed; no functional bug found. Should I report anything? Let me think harder about one subtle issue: **The `evAprofundamentoCanEditFromServer` check short-circuits true BEFORE the `EV_IS_ADMIN_APROFUNDAMENTO` check** and, importantly, BEFORE checks such as `EV_USER_TECHNICAL_TYPES`. But this grants edit only when backend can_edit true. Fine. But here's a subtle **mismatch with the "descaracterização" readonly logic**: In `evSetAprofundamentoReadonly`, when readonly false, all controls get enabled except those with class `ev-inj-descaracter-suspect-ro`. The descaracter permission gate might be based on `can_edit` too. If specialist previously couldn't open edit mode at all, now they can edit including descaracterization? Backend `applySsmaDescaracterPermissionGate` re-strips payload server-side for those without descaracter permission. Not a new issue. Another subtle concern: **company isolation**: `_can_edit_aprofundamento` computed server-side per company; no isolation issue. **Data integrity**: The flag can make UI allow editing; saving merges only aprofundamento payload; backend enforces. OK. Let me now weigh whether there are genuine comments worth posting: 1. A note (low) that the shared/god template `_modal_event.html.twig` is 7700+ lines with embedded JS, and this PR adds more cross-cutting modal state inline instead of `public/js/ssma/` — consistent with the user-specific rule to flag god-template growth. But is it worth a code_comment? The instructions for this repo's OCR rules say god template increase should be flagged before other findings. Hmm. The diff is tiny and consistent with the file's existing style; moving to JS would be a large refactor, out of scope for hotfix. I can mention it as low-priority/attention. 2. Possible minor: In `occurrence_view.html.twig`, permission is read at page load; the modal fetches fresh event data but reuses page-load permission. There's an inherent TOCTOU: the actual edit permission can change (finalized between render & click). In the direction of granting (page said can_edit=true at load, but event finalized before click), the front's first guard in `evCanEditAprofundamento` uses fresh `evAprofundamentoFinalized` computed from fetched event and blocks non-admin. So safe for that direction. But consider the reverse nuance: **what if the page-load permission was can_edit=false, but by click time the aprofundamento was reset/unfinalized and the user became allowed?** Backend still gates save. Not a real issue. 3. Consider scenario: a **non-admin** authorized specialist has `can_edit=true` (backend). They open modal and get edit mode. What about the JS var `evAprofundamentoFinalizeIntent = true`. Save button label 'Finalizar'. Fine. Actually wait — let me reconsider a REAL subtle bug possibility more carefully with the `evIsAprofundamentoFinalized() && !EV_IS_ADMIN_APROFUNDAMENTO` guard placed BEFORE the server flag handling: Business rule 2 says: "`can_aprofundamento.can_edit` → usuário pode editar (não finalizado, ou admin se finalizado)". So can_edit already encodes finalized logic. The first guard matches. Good. But what about the **approval/rejection flow** (`_occ_approval`) where a rejected occurrence is "finalizada"? When an occurrence was previously approved (validada) but later rejected? Statuses... A finalized aprofundamento for a non-admin → readonly (can't edit). Good. Now one more scenario: **A non-admin user with `can_edit=false` due to finalized**, then the guard returns false with message "Somente um administrador..." which is correct (evSetAprofundamentoReadonly picks that branch since finalized). Good. Now is there any scenario where a **non-finalized** aprofundamento with backend can_edit=true yields readonly because of a **JS-only mode var** `evAprofundamentoOnlyMode` interplay with `evUpdateFooter`? evUpdateFooter in onlyMode enables save unconditionally for non-finalized — even when flag false? Look at evUpdateFooter: in onlyMode, it doesn't use evCanEditAprofundamento at all! It only disables save if finalized && non-admin. So for a non-authorized user (flag false, not finalized), evUpdateFooter would enable the Save/Finalizar button even though fields are readonly and the yellow alert is shown! Wait, but this behavior is pre-existing — before this change, in only-mode, users without permission got readonly fields with yellow alert, and yet footer save enabled? Actually, let's check how save button behaves with readonly fields: save would post empty or unmodified data. If a non-editable user clicks "Finalizar", backend would... canAprofundamento true (they can view, so canAccess true for show) — wait, show = canAccess. If can_edit=false because finalized && non-admin, save disabled (finalized guard). If can_edit=false but NOT finalized? When would that happen? can_edit = canAccess && (!finalized || admin). If not finalized, can_edit = canAccess. show = canAccess too. So if show is true (button visible) and not finalized, can_edit=canAccess=true. So can_edit=false + not finalized + show... can_edit false only when canAccess false, but then show also false → button hidden. So in only-mode opened from the button (show=true), not finalized ⇒ can_edit=true. Thus flag=false in non-finalized case can only happen when the page is stale vs server (e.g., server says finalized now, making canAccess... no). Hmm: If page loaded when NOT finalized and can_edit=true; meanwhile event finalized. Click → fetch fresh data → finalized true → evAprofundamentoFinalized=true → in evCanEditAprofundamento guard finalized & !admin → false → readonly AND footer save hidden (finalized). So consistent. What about a user who canAccess=false but the button was shown erroneously (show computed server-side same as canAccess → impossible). So the "save button enabled despite readonly" mismatch doesn't happen for view-only users because finalized cases hide the save and non-finalized users have can_edit=true. Now what about **non-finalized, non-authorized user opening the modal NOT via view** (other caller)? onlyMode only set in openAprofundamento from the view button, which implies show/canAccess true. OK. I'm fairly convinced the diff logic is correct. Let me now identify whether there are missing regression tests. The PR didn't add any automated tests; there is the OCR doc mentioning test scenarios but checklist items are all unchecked (manual tests pending). Review rules ask for "critical logic paths have corresponding test cases". This is a permission-sensitive change to JS in Twig templates; there's a standalone test file `tests/Ssma/ssma_performance_fase_d_standalone.php` referencing viewOccurrence functions, indicating tests exist for SSMA. But the change is front-end only. Adding automated tests for template JS is heavy. Could mention that manual test checklist items are still unchecked. However, comment should focus on code. Now let's double-check there's not a problem with **`|e('js')` route usage in openAprofundamento** — unchanged. Let me also confirm the new code does not introduce any accidental "ES" style issue like using `const`/arrow in older JS. All var/function — consistent. Now let me re-examine the exact inserted lines 3100-3108. In original order: ``` if (evIsAprofundamentoFinalized() && !EV_IS_ADMIN_APROFUNDAMENTO) { return false; } if (evAprofundamentoOnlyMode && evAprofundamentoCanEditFromServer === true) { return true; } if (evAprofundamentoOnlyMode && evAprofundamentoCanEditFromServer === false) { return false; } // Admin (roles de gestão / flag backend) if (EV_IS_ADMIN_APROFUNDAMENTO) { return true; } ``` Interesting: If a user is admin AND the flag is true (only mode admin fallback), returns true earlier — same result. Alright, so functionally correct. Now let me think about the case where the **backend flag `can_edit` is false but JS heuristics would grant true** — final regression test item 4 expects readonly for user without permission. With flag false → readonly. But wait — is `_can_edit_aprofundamento` guaranteed to be set for ALL users clicking the button? Yes: line 1457 sets true or false always. So item 4 is satisfied. Hmm. But think: was there an intentional design in the PR where **non-editor who can view** (finalized, admin-only edit) should see readonly — flag false — but the evCanEditAprofundamento **finalized guard** would already return false, so flag false unnecessary. Fine. Now, hold on, is there actually a case where the previous JS heuristic granted EDIT to a user that the backend **explicitly denied**? Yes: "descaracterização" & "approve". Example: previously, users with technical tag in JS but no longer allowed (tag removed) would still be able to edit in the UI — then backend would reject save with 403, but the UI would be misleading (fields enabled but save returns 403). This fix (honoring can_edit=false) makes UI readonly for them — good improvement. So the change also tightens. OK, decision: Overall the diff looks correct and well-scoped. But I should be thorough about finding at least any genuine problems to report. Let me reconsider some nitpicks: **Nitpick A (maintainability/robustness):** In `occurrence_view.html.twig`, the code mutates `data` by injecting the flag but if `EvModal.openAprofundamento` exists it works. However, if the page is later reused in contexts where `can_aprof` isn't in scope within the same container block... already fine. **Nitpick B:** `openAprofundamento` re-fetches the full event via `EV_GET_URL`, but then `openWith` sets `full._can_edit_aprofundamento = serverCanEditAprofundamento`; if `serverCanEditAprofundamento` is null but fullData (fresh from server) contains its own `_can_edit_aprofundamento`, the global will be set from that. But the fetch endpoint `ssma_event_get` probably doesn't return `_can_edit_aprofundamento`, so flag null → JS heuristics apply for that fetch path. But it doesn't matter because the only caller always supplies the flag. **Nitpick C:** The global `evAprofundamentoCanEditFromServer` lives in the partial and is reset in populateForEdit. But `populateForEdit` may also be called by OTHER flows that then don't set onlyMode — after such a flow, flag null & onlyMode false — fine. Given no functional bugs found, perhaps I should still flag the most valuable observations: 1. (Attention/low) God template growth: both files are giant Twig with inline JS; this hotfix adds another ad-hoc permission bridge inline, increasing coupling between Twig variables and JS modal state in `_modal_event.html.twig`. Suggest moving the permission hand-off to a structured `data-*`/JSON or shared JS module (`public/js/ssma/`) when touched next; per repo's own component rules, JS logic of the screen should not grow inside 100+ line script blocks. But is it worth commenting? The user-specific rules explicitly: "God template — maior peso. Se este template já é um god template... qualquer PR que aumente ainda mais essa mistura deve ser sinalizada antes de qualquer outro achado." So I should signal it. Since it is pre-existing and the change is consistent, I'll make a low/medium maintainability comment. 2. The two duplicated boolean-normalization blocks (in openAprofundamento and openWith) — small duplication; could be a helper. That's style/maintainability low. 3. Time-of-check / stale snapshot: `_can_edit_aprofundamento` is a page-load snapshot, but the effective event state is re-fetched just before open. If the event was finalized between page render and the click, for a non-admin the JS guard handles it (reads fresh finalized). But what about the OPPOSITE direction where the page was rendered finalized (can_edit=false), then another admin "reopened"/unfinalized the event, and the current user is an authorized specialist — after refetch, event is not finalized, but the flag false → readonly. Backend would have allowed editing. Minor staleness; user can refresh page. This is a very narrow race; not blocking. Should I comment? It's a genuine, but low-severity, TOCTOU in the UI; the modal itself uses fresh fetch data for content but a stale permission flag. A cleaner design would compute the permission from the fetched full data or re-request permission endpoint. Given it's edge-case UI-only (server enforces actual writes), I'd rate low. Wait — actually, there's a subtle bug related to this that matters more. The page-load flag `can_aprof.can_edit` corresponds to the occurrence state AT PAGE LOAD. The fetch refresh is used to show current data. Now think about **admin user** (non-EV admin? EV_IS_ADMIN_APROFUNDAMENTO). Hmm. Actually here's a more impactful TOCTOU **in the other direction**: page loads when the event is NOT finalized and user is an authorized specialist → can_edit=true. Before the user clicks, an admin finalizes the aprofundamento. When the specialist clicks + Aprofundamento, the fetch returns finalized data. But then in `openWith`, the flag is forced to **true** (captured from page-load `can_aprof.can_edit`). Then `populateForEdit` sets `evAprofundamentoFinalized = true` from fresh data. Then evSetStep('aprofundamento') → evCanEditAprofundamento → first guard `finalized && !admin` → **false** → readonly + "finalizado" alert. So the stale true flag is overridden by the fresh finalized state. Great — safe. What if the admin had **un-finalized** after page load where the page flag was false (finalized at load, non-admin)? Then fresh fetch: not finalized → guard passes; flag false → readonly. Slight UI staleness but only because the page snapshot said can_edit=false; the user can reload the page. Rare; backend would allow the specialist to save anyway (though the UI blocks saving because readonly disables fields). This is the "UI more restrictive than backend" case, which is acceptable because they can reload. So really this is a race too narrow to block. Now, let me also verify there is not a problem when the event `id` is present, fetch returns fine and `result.success` false but `result.event` undefined → falls back to page data, which could be slightly stale but fine. OK. I need to also examine the .md OCR rule file? It's not in the review group. Skip. Now think again about the **`evAprofundamentoCanEditFromServer === true` check allowing edit even when `evRequiresAprofundamento(type)` false** — no, evRequiresAprofundamento guard is first, returns false. Good. Let me reconsider whether there's a subtle issue: evCanEditAprofundamento is used during **full-edit** of the general step to decide whether to show "Aprofundamento →" button in the footer. Since the only-mode flag is false in full edit, unaffected. Now, does `evAprofundamentoCanEditFromServer` correctly handle the case where the user who opened the only-mode modal was granted via backend can_edit **but is also the direct manager and the event requires ROS**; fine. Alright. Let me also consider **negative finalize**: user can_edit=true opens only-mode, edits fields, clicks finalize. Backend enforces validation of required aprofundamento fields via SsmaEventValidator with soft_aprofundamento only when draft. Good. One more: **merge_system_rule entries duplicate path mapping for the same file already mapped** in rule.json (multiple entries per file with different rules) — that's the intended structure. Fine. Let me decide on final comments to post. Given the review's rules emphasize objective, useful findings in *newly added code*, I'll post: 1. (low/medium, maintainability) `occurrence_view.html.twig` line 1457 — hardcodes a **server boolean** directly into the click-handler on every click, using a page-load snapshot. Suggest data attribute on button... hmm. Actually there's a clean alternative: put the flag on the button `data-...`. But the existing code uses data-occurrence JSON; adding `_can_edit_aprofundamento` into that JSON server-side would be cleaner and avoid separate parsing; but it's already set here. Hmm, that's not really a bug. Actually maybe I should think about a better, more genuine concern: **boolean normalization duplication + comment** is too weak. Let me look for genuine issues by re-reading the changed sections for any error in the interplay with `evSetAprofundamentoReadonly` at the end of `populateForEdit`... Actually populateForEdit does NOT call evSetAprofundamentoReadonly at its end; it calls evSetStep('general') at line 6521. And openWith calls evSetStep('aprofundamento') after setting only mode + flag. So the readonly state final is correct. Hold on — could there be an issue where `evSetStep('aprofundamento')` is invoked inside `populateForEdit` (line 6481: `if (evCurrentStep === 'aprofundamento' ...)`) before the flag set — but evCurrentStep is reset to 'general' only at end. During populateForEdit body, evCurrentStep may still be 'aprofundamento' from a previous open (only-mode), but onlyMode was already set false at start, so the only-mode logic not applied; that block is guarded for ACIDENTE_PESSOAL only. Not impacted. Wait — actually there is a subtlety: `populateForEdit` resets `evAprofundamentoOnlyMode = false`, but what about a **previous only-mode** modal that had `evAprofundamentoCanEditFromServer` true and is being replaced by a NEW only-mode open via `openAprofundamento` again (without admin)? Flow: openWith → populateForEdit (reset false/null) → set onlyMode true + flag. Good. Edge: `openAprofundamento` invoked twice quickly (double click on +Aprofundamento)? Two fetches; second openWith runs again; state consistent. Fine. I'll also check whether `window.EvModal.openAprofundamento` might be invoked from **another occurrence page in a different module** (e.g., a modal Event listing inside occurrence) — search found only one call site. Let me examine the **`evCurrentStep`/`evAprofundamentoOnlyMode` semantics when the modal is opened from a view but later the user switches to a different occurrence without page reload** — unlikely; occurrence_view is single occurrence. OK. Let me also verify line 1457 approach with `json_encode` vs raw literal: Twig renders `true`/`false` boolean tokens; valid JS. In the worst case if can_edit were non-boolean (like string "1"?), Twig would render 'true' because it's truthy string. fine. I think the strongest "real" comment is the stale-permission/TOCTOU race in the client (low severity) and the duplication/god-template note. But I should be cautious: comments should target genuine issues, not nitpicks with no effect. Since review rules mandate flagging god template growth and since nothing else severe exists, I'll post: - **Low (maintainability)**: `_modal_event.html.twig` is a 7.7k-line god template; this PR adds more permission-handling state inline. Suggest next time move to `public/js/ssma/`. Given the user rule says any PR increasing the mix must be flagged first, I'll place it. Severity low? They said "deve ser sinalizada antes de qualquer outro achado". I'll comment medium/low. - **Low (maintainability)**: duplicated boolean normalization in `openAprofundamento` and `openWith`. Hmm, but does commenting trivial things violate "avoid commenting on correct code"? These are genuine maintainability observations about added code. The duplication exists in the added code (two similar 3-line normalizations). It's minor. Let me reconsider severity: none of these justify blocking; probably a clean PR. Perhaps the best value is flagging the god-template issue per repo rule + possibly flagging lack of automated/recorded manual tests (checklist unchecked) — but test checklist is not code. Actually wait — I should double check one more potential functional concern: **`EV_IS_ADMIN_APROFUNDAMENTO` and `OccurrenceModal.openEdit` branch happens BEFORE `serverCanEditAprofundamento` is applied to the data and BEFORE only-mode.** Consider a **non-admin** user — not this branch. What about a **viewer/approver** (not admin, not technical, not manager) who has `canAccess=false` → button not shown → never opens. OK. Let me also check: in `openWith`, after `populateForEdit`, `evAprofundamentoCanEditFromServer` is assigned from `full._can_edit_aprofundamento`, but `full` may be `result.event` from fetch — we set full._can_edit... if serverCanEdit !== null. But if `serverCanEdit === null` (caller didn't provide), then `full._can_edit_aprofundamento` from fetch is likely undefined → global null → heuristics. But if the fetch response contained `_can_edit_aprofundamento` accidentally with a truthy value the global picks it. Not a risk. Actually, wait: There is a subtle scenario in which the global is set **incorrectly to false** after a fetch that fails and fallback uses page `data` that DID NOT include the flag originally... Let me re-check the flow when the button is clicked on a page where the JS was updated to `_modal_event` version 2 (with new code) but the view template wasn't updated to set the flag (e.g., older occurrence_view on another route rendering this partial — but openAprofundamento called only from occurrence_view). Not a risk in this repo. Given all that, I'll write the code_comment for the god-template signal and the stale-snapshot race (low) and maybe duplication as a secondary note... Let me decide: The instructions say be concise & objective; only report confirmed issues. The stale snapshot race: to explain precisely it needs careful wording in pt-BR. It's genuinely low and even defensible. I'll report as low severity because it can produce mismatch between UI and server permissions in an edge (fresh data used for content but permission from snapshot). Might be acceptable; also simple to fix by re-deriving can_edit client-side from fresh `fullData` only when flag present... not easy since backend flag requires details. Actually they could include `_can_edit_aprofundamento` in the `ssma_event_get` response. Since this is an edge and server-side enforcement exists, low severity. Hmm, maybe I'm overthinking; reviewers typically accept this. Let me weigh whether it's a "code issue identified and confirmed". Not fully confirmed as impactful. I'd better not include speculative races that require cross-user timing. Let me refocus on a concrete subtle issue I might have missed in the diff. Re-read the diff hunk for `_modal_event.html.twig`: In evCanEditAprofundamento added block. Wait—there's a subtle semantic: The check `if (evAprofundamentoOnlyMode && evAprofundamentoCanEditFromServer === true) return true;` will return **true even if EV_IS_ADMIN_APROFUNDAMENTO is false and the event is finalized** — no: the finalized guard is BEFORE it. Order: 1. `evRequiresAprofundamento` guard 2. `if finalized && !admin → false` 3. only-mode server flag true → true 4. only-mode server flag false → false 5. admin → true ... So scenario: finalized && !admin && flag true → returns false at #2 (before flag). But when could flag be true for a finalized event with non-admin? Backend can_edit false in that scenario. So flag would be false anyway; still #2 returns false. And scenario: admin in only mode, not finalized, flag false (page stale) → #4 returns false BEFORE #5 admin check → admin wrongly readonly. Could that happen? Page shows can_edit for admin: canAccess true; finalized? if not finalized can_edit true; if finalized can_edit true (isAdmin). So admin flag always true. Never false for admin. So OK. Now — what about the page load can_edit true for a specialist but the event between render and click became finalized by an admin, AND the fetch fails (network) so fallback `data` is the page occurrence, where `details` may not contain finalized (page render before finalize). Then `populateForEdit` computes finalized from stale page data → false → #2 passes; #3 flag true → editable. Then the specialist could attempt to save, backend rejects with 403 (finalized) — data not corrupted, user sees error toast presumably. Only if the event became finalized **between page render and click** and **fetch fails**. Edge-of-edge. Backend protects. Not worth a comment. Alright. Let me now verify there is a save error handler that shows server 403 message to user (so not silent). But again edge-of-edge. Let me finally check the diff for any subtle JS syntax problem — e.g., missing semicolons in the added lines. Added lines end with semicolons mostly: - `data._can_edit_aprofundamento = {{...}};` ✓ - var comments ✓ - `if (...) { return true; }` ✓ - newline after? line 3108 closes brace. ✓ I should confirm nothing else changed in this file around inserted line in openAprofundamento (the hunk around 6519-6554). Actually the diff shows insertion of `var serverCanEditAprofundamento = ...` at 6528-6531, and in openWith changed `window.EvModal.populateForEdit(full || data);` to: ``` full = full || data; if (serverCanEditAprofundamento !== null) { full._can_edit_aprofundamento = serverCanEditAprofundamento; } window.EvModal.populateForEdit(full); evAprofundamentoCanEditFromServer = (...)? ... : null; evAprofundamentoOnlyMode = true; evAprofundamentoFinalizeIntent = true; ... ``` Note ordering issue: they set `full._can_edit_aprofundamento` BEFORE `populateForEdit` — populateForEdit then copies the whole data and computes; populateForEdit does not read `_can_edit_aprofundamento` at all, so no harm. But the global assignment happens AFTER populateForEdit (which resets the global to null at its start), so final global value = the flag. Good. One thing: If `populateForEdit` throws an exception mid-way (DOM manipulation errors), global assignment won't happen — same as before. OK final: Is there a scenario where **flag is `false`** but the user is authorized by the JS heuristics (technical type tag) AND the aprofundamento is NOT finalized and backend can_edit false? Backend can_edit false implies canAccess false or finalized; not finalized means canAccess false; canAccess false means not admin, not technical type per backend, not manager. But the JS heuristic might classify them as technical via `EV_USER_TECHNICAL_TYPES`. If there is a divergence between backend `resolveCurrentUserTechnicalTypes` and frontend `EV_USER_TECHNICAL_TYPES` (stale JS list), then such user: previously the JS heuristic would let them edit in UI (but backend would 403 on save). With this PR, flag false forces readonly → actually *more* correct. Good. If the backend tag list is broader (new tags) than JS — the exact bug — flag true fixes. So the fix addresses precisely. Alright. I will produce comments that are genuinely useful: Comment 1 (maintainability, low): God template / inline logic growth in `_modal_event.html.twig`. Per repo rule, must be flagged. Suggest housing modal permission logic in `public/js/ssma/` module. Comment 2 (maintainability, low): duplicated boolean normalization & direct Twig bool injection in template vs dynamic fetch — snapshot permission mismatch risk (TOCTOU) — could re-derive from fresh event response if `ssma_event_get` also returned the flag. But honestly this is weak. Hmm. Let me look again for a **true functional issue** by checking whether `evAprofundamentoCanEditFromServer` declaration at line 1550 is inside the **same scope** as usages at 3103/6546. All inside a single `<script>` presumably. Let's verify there's no separate script boundary between line 1550 and 3103. Let me check surrounding lines 1540-1560 and locate `<script>` open/close tags. If there are multiple `<script>` blocks, the global variable might not be accessible. Let me verify with a quick search for `</script>` occurrences before line 3100.
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{"search_text": "<script|</script>", "file_patterns": ["templates/ssma/occurrence/partials/_modal_event.html.twig"]}
Result
No matches found
⚙ file_read
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Arguments
{"end_line": 1560, "file_path": "templates/ssma/occurrence/partials/_modal_event.html.twig", "start_line": 1535}
Result
File: templates/ssma/occurrence/partials/_modal_event.html.twig (Total lines: 7732)
IS_TRUNCATED: false
LINE_RANGE: 1535-1560
1535|        { id: {{ member.id|json_encode|raw }}, name: {{ member.name|json_encode|raw }} }{% if not loop.last %},{% endif %}
1536|        {% endfor %}
1537|    ];
1538|
1539|    /** Pré-preenchimento (ex.: gestor/equipe do usuário com escopo por equipe). */
1540|    window.SSMA_EVENT_FORM_DEFAULTS = {{ ssma_event_form_defaults|default({})|json_encode|raw }};
1541|
1542|    var EV_KNOWN_TYPE_KEYS = ['ROS', 'QUASE_ACIDENTE', 'ACIDENTE_PESSOAL', 'ACIDENTE_MATERIAL', 'ACIDENTE_AMBIENTAL'];
1543|    /** Tipos com passo de Aprofundamento (ROS/QA + acidentes). */
1544|    var EV_APROFUNDAMENTO_TYPE_KEYS = ['ROS', 'QUASE_ACIDENTE', 'ACIDENTE_PESSOAL', 'ACIDENTE_MATERIAL', 'ACIDENTE_AMBIENTAL'];
1545|    /** Acidentes: bloco técnico (consequência real, lesão, etc.) dentro do Aprofundamento. */
1546|    var EV_APROFUNDAMENTO_ACCIDENT_KEYS = ['ACIDENTE_PESSOAL', 'ACIDENTE_MATERIAL', 'ACIDENTE_AMBIENTAL'];
1547|    var evCurrentStep = 'general';
1548|    var evAprofundamentoOnlyMode = false;
1549|    /** Quando definido (view da ocorrência), honra can_aprofundamento.can_edit do backend. */
1550|    var evAprofundamentoCanEditFromServer = null;
1551|    var evAprofundamentoFinalizeIntent = true;
1552|    var evAprofundamentoFinalized = false;
1553|    var evCorrectiveActionSeq = 0;
1554|
1555|    function evSelectedType() {
1556|        return (document.getElementById('ev_type') || { value: '' }).value || '';
1557|    }
1558|
1559|    /** ROS "Visto e resolvido" = SIM: dispensa o Aprofundamento Técnico (fluxo fica em 1 etapa). */
1560|    function evIsRosResolvedChecked() {
Request #13 deepseek-v4-flash P:57.67K C:3.83K CR:56.96K CW:0 28737ms
Reasoning
The `<script` search returned no matches because of regex special char `<` maybe treated as regex? We used literal `<script|</script>` — the `|` is fine but `<` should be literal. No matches is strange given the file is full of JS; likely the search treats the pattern literally and there are `<script>` tags in Twig files but maybe not... wait it's a partial that is included inside a `<script>` block of parent? No — partials with only JS would be included inside the parent script block, so no `<script>` tags within this partial. All the JS is one continuous block in this partial file, included inside a `<script>` in the including template. The declaration at 1550 and usage at 3103 are in the same JS scope. Good. Now I've thoroughly reviewed. Let me reconsider whether I should search how `openAprofundamento`'s only mode interacts with the modal being a **shared partial used in both list page and occurrence view** — the inclusion in occurrence_view is what uses EvModal. Where else is `_modal_event.html.twig` included? Since it's a partial of JS presumably only included once per page. Not critical. Now there's one thing I want to verify: the requirement says data `_can_edit_aprofundamento` should reflect `can_aprofundamento.can_edit` BEFORE `EvModal.openAprofundamento(data)`. The code does that. Good. Now decide final output. Given the strong review instruction to focus on actual issues and be concise, plus the user-specific rules that say (1) god-template growth must be flagged first, (2) XSS (not present), (3) scope (in scope). I'll post two comments: 1. In `_modal_event.html.twig` — maintainability/architecture: inline JS in a 7.7k-line shared template grows; this PR extends an ad-hoc hand-off of server permission into the modal via a new module-level variable duplicated twice with the same normalization. Suggest extracting this permission-bridge logic into the shared SSMA JS module (`public/js/ssma/`) or at least into a single normalization helper, to reduce duplication and avoid future divergence between this partial and the view. Severity: low. Category: maintainability. Actually wait — the template already contains tens of thousands of lines; the review instruction says signal as soon as PR increases the mix. Also the duplication of the ternary normalization is concrete (added twice in the same function). That duplication is a concrete maintainability observation worth one comment. 2. In `occurrence_view.html.twig` — the permission is taken from the server-rendered page state at load; but `openAprofundamento` re-fetches the event fresh and forces this snapshot onto the fresh data (`full._can_edit_aprofundamento = serverCanEditAprofundamento`). If the aprofundamento was finalized or permissions changed between page render and click, the UI could show an edit permission inconsistent with the data being edited; in the "false" case the authorized user is locked out until refresh, and in the "true" stale case the backend rejects save with 403 (no data corruption, since server revalidates). Low severity. Recommendation: include the permission flag in `ssma_event_get`'s response (server-computed) so the flag travels with the data being edited rather than from page-load snapshot. Actually this second point may be overkill for a low-severity race that server already guards. But it is a legitimate observation about the design: flag attached to stale page data while fields come from a fresh fetch. I'd keep it concise and low. Alternatively, maybe better to think whether there is anything *more* significant. Let me check that all regressions mentioned in OCR doc are actually covered in the diff and no test file was added. Given "Test Coverage" checklist, the PR has no automated test; the template JS is untestable directly but there is a `tests/Ssma` standalone. Not code-comment worthy. Wait — let me reconsider a possible **actual bug** about `evUpdateFooter` with the server flag and the "Salvar alterações"/"Finalizar" label in the only-mode. If backend `can_edit=true` and the aprofundamento is **not finalized**, but there were previously **no field values** (pending). In only-mode, footer save button label is 'Finalizar' — good, matches "Preencher aprofundamento técnico". If aprofundamento is **draft** (incomplete) and only-mode: label 'Finalizar'; a click finalizes, sending payload. But wait — a draft save happens when user clicks "Salvar rascunho"? draft button visible in only-mode step aprofundamento (line 3343: draft not hidden when onlyMode && step aprofundamento). OK. Now let me look at the scenario: **can_edit=true via backend, event NOT finalized**, user opens modal. Fields enabled. But validation of finalizing requires e.g. corrective actions; validation errors are shown. All good. Alright. Now let me consider one more potential issue about the **`evCanEditAprofundamento` early returns changing the outcome when `evAprofundamentoOnlyMode` true and flag true but `EV_IS_ADMIN_APROFUNDAMENTO` is false, and the occurrence is `ROS` resolved (no technical aprofundamento required)** — guard `evRequiresAprofundamento` false → false anyway. Hmm, ROS resolved flow dispenses aprofundamento; but the button appears only if required. But if ROS is resolved and button hidden — no opening. fine. I'm confident enough about the correctness; let me finalize with two concise comments, plus maybe note in the reply that rule.json is fine. Actually, per instructions, if no significant issues, we should still mention each file pass. I'll write my final response summarizing each file, and post code comments where warranted. Let me decide whether to report the god-template issue via code_comment — where to anchor? On the newly added lines in `_modal_event.html.twig` (e.g., at the `var evAprofundamentoCanEditFromServer = null;` line or at the evCanEditAprofundamento added checks). I'll anchor at the added flag declaration lines 1549-1550 in the diff (added lines). The existing_code must be newly added lines matching the diff exactly: Diff added lines in `_modal_event.html.twig`: ``` /** Quando definido (view da ocorrência), honra can_aprofundamento.can_edit do backend. */ var evAprofundamentoCanEditFromServer = null; ``` And another comment for duplicated normalization anchored at: ``` full = full || data; if (serverCanEditAprofundamento !== null) { full._can_edit_aprofundamento = serverCanEditAprofundamento; } ``` Hmm, but maybe combine into one maintainability comment about duplication/helper at the openAprofundamento added lines: ``` var serverCanEditAprofundamento = (data._can_edit_aprofundamento === true || data._can_edit_aprofundamento === false) ? data._can_edit_aprofundamento : null; ``` And for occurrence_view snapshot comment, anchor at: ``` data._can_edit_aprofundamento = {{ can_aprof.can_edit|default(false) ? 'true' : 'false' }}; ``` Let me consider severity and finalize. Also write them in pt-BR, using the mandatory format: (1) what changed and practical impact; (2) why it matters; (3) what to do. Let me be careful: only comment on added code and genuine issues. I'll produce: Comment A (occurrence_view.html.twig, low, maintainability/robustness): snapshot permission vs fresh data. Content (pt-BR, format): "O clique grava no objeto `data` uma permissão calculada no carregamento da página, mas o modal que abre em seguida busca o evento atualizado via `ssma_event_get` e reaproveita essa flag de permissão antiga sobre os dados novos. Se o aprofundamento for finalizado (ou a permissão mudar) entre o carregamento e o clique, a tela pode mostrar edição liberada/negada inconsistente com o estado atual — em geral sem risco de gravação porque o backend revalida e devolve 403, mas o usuário autorizado pode ficar bloqueado até recarregar. Sugestão: calcular `can_edit` no endpoint `ssma_event_get` (que já devolve o evento atual) e usar essa resposta como fonte da permissão, em vez de um snapshot do render." Severity: low. Comment B (_modal_event.html.twig, low, maintainability): duplication/god template. Content: "Esta partial já é um template gigante com lógica de tela inline (milhares de linhas de JS dentro do markup); esta PR adiciona mais um estado de permissão (flag global + normalização duplicada em `openAprofundamento` e `openWith`). O mesmo mapeamento `=== true/=== false → valor; senão null` aparece duas vezes, e pode divergir se o fluxo crescer. Quando este hotfix for consolidado, vale extrair a ponte de permissão (leitura da flag, normalização, reset) para um módulo em `public/js/ssma/` ou para um helper único dentro da própria partial, para não ampliar ainda mais a mistura de markup/estado que já existe nesse arquivo." Hmm — is it fair to give 2 comments both low? Fine. Wait — should I reconsider whether there's something more "real" like a bug where the flag `false` suppresses an admin in the "only mode fallback" case I mentioned? No, backend flag for admin is always true in view (canEdit = canAccess && (!finalized || isAdmin); canAccess admin=true; so can_edit = !finalized || true = true). Yes always true. Now, I should double check the render of line 1457: `can_aprof.can_edit|default(false) ? 'true' : 'false'` — Twig operator precedence with `default` filter and ternary: filter applied first to `can_aprof.can_edit`, yields boolean/null, then ternary chooses 'true'/'false'. Correct. Let me also verify no `|raw` injection present in the changed lines — none. One more scan of the diff hunk in `_modal_event.html.twig` at line 6134: the reset is added within `populateForEdit` immediately after onlyMode=false reset. Good. Also in `openCreate` at line 6586 added `evAprofundamentoCanEditFromServer = null;`. Good. I'm going to finalize with the 2 comments, plus a final summary that rule.json passed and both template reviews done. Wait: Do I have a duty to check `.opencodereview/rules/ssma/occurrence-ros-aprofundamento-readonly.md`? It's not in the review files, and its diff isn't provided. So no. Actually, let me reconsider the guideline: "Be objective and neutral" and "Avoid commenting on correct code". Both of my comments target maintainability/robustness of added code, not correct code per se. Given no functional bug, that's reasonable. But also the user rule #1 says god template must be flagged first and with the highest weight. I'll put that comment as the main one, in `_modal_event.html.twig`. Let me phrase comments using the required structure and pt-BR. Anchor A exact added lines in the diff for occurrence_view: ` data._can_edit_aprofundamento = {{ can_aprof.can_edit|default(false) ? 'true' : 'false' }};` Anchor B for god-template + duplication — choose the newly added global declaration lines: ``` /** Quando definido (view da ocorrência), honra can_aprofundamento.can_edit do backend. */ var evAprofundamentoCanEditFromServer = null; ``` These exist in diff text with exact formatting (two consecutive added lines preceded by blank context). Should be locatable. Now write final answer with brief per-file passes and call code_comment tool with two comments; then task_done. Let me write comments content concisely in pt-BR, following the required structure. Comment A content: "O valor de permissão é fixado no momento em que a página carrega, mas o offcanvas aberto em seguida busca o evento atualizado (fetch em `openAprofundamento`) e reaproveita essa flag antiga sobre dados novos. Se o aprofundamento for finalizado — ou a permissão mudar — entre o carregamento e o clique, a tela fica com estado de edição inconsistente com o evento exibido: usuário que perdeu a permissão ainda vê campos editáveis (salvamento é barrado no backend com 403) e usuário que ganhou permissão fica preso em readonly até recarregar a página. O backend já protege a gravação, então é um problema de UX/robustez; sugestão: incluir a flag `can_edit` na resposta de `ssma_event_get` (mesma fonte dos dados) e usá-la para decidir a edição, em vez do snapshot do render." Comment B content: "`_modal_event.html.twig` já é um template gigante (milhares de linhas misturando markup, estado e JS), e esta PR amplia essa mistura com mais uma flag global de permissão e normalização duplicada (`=== true/=== false` aparece duas vezes: em `openAprofundamento` e em `openWith`). Hoje funciona, mas cada fluxo novo que depender dessa ponte precisará lembrar de resetar/reescrever o mesmo ternário, e a lógica de tela continua fora de `public/js/ssma/`. Ao consolidar o hotfix, vale mover essa ponte de permissão (leitura, normalização e reset) para um módulo JS compartilhado ou ao menos para um helper único, para evitar divergência entre o partial e a view." OK. Both low severity, maintainability. Let me post. Actually also consider: should I mention that no automated test was added? The OCR doc has manual test checklist all unchecked. But that's documentation not in review. Not code comment. Let me also confirm again the `occurrence_view.html.twig` diff — it's only one added line. Good. Now produce tool call.
Tool Calls (1)
⚙ code_comment
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Arguments
{"comments": [{"content": "A permissão é gravada no objeto `data` a partir do estado do servidor no momento em que a página é renderizada, mas o offcanvas que abre em seguida busca o evento atualizado via `ssma_event_get` e reaproveita essa flag antiga sobre os dados novos. Se o aprofundamento for finalizado (ou a permissão mudar) entre o carregamento da página e o clique, a tela pode ficar com edição liberada/negada inconsistente com o estado atual do evento: usuário que perdeu o direito ainda vê campos habilitados (o save é barrado com 403 no backend) e usuário que ganhou o direito fica preso em readonly até recarregar. Como o backend já revalida na gravação, é mais um problema de robustez/UX do que de segurança; sugestão: incluir a flag `can_edit` na resposta de `ssma_event_get` — a mesma fonte dos dados exibidos — e usá-la para decidir a edição, em vez de um snapshot do render.", "existing_code": "        data._can_edit_aprofundamento = {{ can_aprof.can_edit|default(false) ? 'true' : 'false' }};", "category": "maintainability", "severity": "low", "path": "templates/ssma/occurrence/occurrence_view.html.twig"}, {"content": "`_modal_event.html.twig` já é um template gigante (milhares de linhas misturando markup, estado e JS inline), e esta PR amplia essa mistura adicionando mais uma flag global de permissão cuja normalização (`=== true/=== false` virando valor ou `null`) é duplicada em `openAprofundamento` e em `openWith`. Funciona hoje, mas cada fluxo novo que depender dessa ponte precisará repetir/resetar o mesmo ternário, e a lógica de tela continua fora de `public/js/ssma/`, onde o padrão do projeto concentra esse tipo de comportamento. Ao consolidar o hotfix, vale extrair a ponte de permissão (leitura da flag, normalização e reset) para um módulo JS compartilhado — ou ao menos para um único helper dentro da própria partial — para evitar divergência entre este arquivo e a view da ocorrência.", "existing_code": "    /** Quando definido (view da ocorrência), honra can_aprofundamento.can_edit do backend. */\n    var evAprofundamentoCanEditFromServer = null;", "category": "maintainability", "severity": "low", "path": "templates/ssma/occurrence/partials/_modal_event.html.twig"}]}
Result
(async)
Request #14 deepseek-v4-flash P:61.52K C:615 CR:61.44K CW:0 5484ms
Reasoning
Now summarize the review outcome briefly per file, then call task_done. Per-file pass: 1. `.opencodereview/rule.json` — no issues with keys. 2. `occurrence_view.html.twig` — reviewed; one low comment on permission snapshot. 3. `_modal_event.html.twig` — reviewed; logic order validated (server flag honored after finalized guard; resets in populateForEdit/openCreate; only call-site sets onlyMode); comment about duplication/god template. Also mention checks done: backend enforcement in updateEvent; company isolation ok; can_edit semantics aligned; no XSS; scope in line.
Revisei os três arquivos do grupo: **.opencodereview/rule.json** — ok. As chaves dos novos blocos (`path`, `merge_system_rule`, `rule`) estão consistentes com as demais entradas, e os caminhos apontam para arquivos que existem na branch. **templates/ssma/occurrence/occurrence_view.html.twig** — a linha adicionada usa `can_aprof`, que já é definido no mesmo bloco (`{% set can_aprof = can_aprofundamento|default({}) %}`), com `default(false)` cobrindo ausência da variável; não há injeção (renderiza literal booleano). Registrei apenas um ponto de robustez (permissão vinda do snapshot do render vs. dados atualizados no fetch do modal). **templates/ssma/occurrence/partials/_modal_event.html.twig** — validei a lógica: - A flag é lida apenas no fluxo da view (`openAprofundamento`) e honrada só com `evAprofundamentoOnlyMode`, preservando os demais fluxos. - A ordem dos checks mantém a regra "finalizado → somente admin edita": o guard de finalizado roda antes da flag do servidor. - `populateForEdit`/`openCreate` resetam a flag para `null`, e em `openWith` a atribuição global ocorre depois do reset, sem vazar permissão entre aberturas. - Backend (`updateEvent`) revalida permissão, finalização e isolamento por empresa na gravação — a mudança é só de UI, sem brecha de segurança. - Registrei comentário de manutenibilidade sobre a normalização duplicada e o crescimento da lógica inline nesse template. Nenhum defeito funcional bloqueante encontrado; a PR está aderente ao escopo declarado (honrar `can_edit` do backend na view da ocorrência).
Tool Calls (1)
⚙ task_done
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Arguments
{"state": "DONE"}
Request #15 deepseek-v4-flash P:8.42K C:3.05K CR:2.82K CW:0 19248ms
Reasoning
Let me analyze the code changes in this review task. The review files are: 1. `.opencodereview/rule.json` - adds OCR rules for templates 2. `templates/ssma/occurrence/occurrence_view.html.twig` - adds a line to set `data._can_edit_aprofundamento` 3. `templates/ssma/occurrence/partials/_modal_event.html.twig` - adds JS logic for honoring backend permission Let me understand the changes. In `occurrence_view.html.twig`: ```js data._can_edit_aprofundamento = {{ can_aprof.can_edit|default(false) ? 'true' : 'false' }}; ``` This sets a flag based on server-rendered value of `can_aprof.can_edit`. In `_modal_event.html.twig`: - New global var `evAprofundamentoCanEditFromServer = null` - In `evCanEditAprofundamento()`: ```js if (evAprofundamentoOnlyMode && evAprofundamentoCanEditFromServer === true) { return true; } if (evAprofundamentoOnlyMode && evAprofundamentoCanEditFromServer === false) { return false; } ``` - Reset in the function that closes/resets (line ~6142). - In `openAprofundamento`: ```js var serverCanEditAprofundamento = (data._can_edit_aprofundamento === true || data._can_edit_aprofundamento === false) ? data._can_edit_aprofundamento : null; if (EV_IS_ADMIN_APROFUNDAMENTO && window.OccurrenceModal && typeof window.OccurrenceModal.openEdit === 'function') { window.OccurrenceModal.openEdit(data); return; } ``` Then in `openWith(full)`: ```js full = full || data; if (serverCanEditAprofundamento !== null) { full._can_edit_aprofundamento = serverCanEditAprofundamento; } window.EvModal.populateForEdit(full); evAprofundamentoCanEditFromServer = (full._can_edit_aprofundamento === true || full._can_edit_aprofundamento === false) ? full._can_edit_aprofundamento : null; ``` Let me think about the logic flow in `openAprofundamento`. The `serverCanEditAprofundamento` is captured from the data at the call time. Then in `openWith`, `full` may be different data (fetched via `ssma_event_get`). But the code re-applies the server flag onto `full` if `serverCanEditAprofundamento !== null`. So even if the fresh data was fetched, the server flag (from the page render) overwrites `_can_edit_aprofundamento` of the fresh data. Wait — where is `_can_edit_aprofundamento` set on the fresh data? Let me look at the actual file to understand the context. Let me look at the current content around `openAprofundamento` to understand what `full` comes from. There might be a `populateForEdit` that receives `data`, and possibly internally fetches data and calls `openWith(full)` with fetched data. In the code shown, `openWith(full)` with `full = full || data`. The fresh `full` from `ssma_event_get` wouldn't have `_can_edit_aprofundamento`, since the backend doesn't send it. The stale `serverCanEditAprofundamento` is applied. Now the confirmed findings already flagged: 1. In occurrence_view.html.twig: flag is from page render time, but event is fetched fresh via ssma_event_get and flag is stale. If the aprofundamento is finalized... (truncated). This is confirmed finding #1 — do not repeat. 2. In _modal_event.html.twig: god template, global flag duplication... (truncated). Confirmed finding #2 — do not repeat. Now let me think about other issues not yet covered. Let me look at the code flow in `evCanEditAprofundamento()` to see how the new checks interplay with existing logic. Let me read the actual context. Let me also consider: When admin opens via `OccurrenceModal.openEdit(data)` path (in openAprofundamento when `EV_IS_ADMIN_APROFUNDAMENTO`), the flag isn't used. But that's fine. Potential issues: 1. The new code places the backend-can-edit override in `evCanEditAprofundamento()` only when `evAprofundamentoOnlyMode` is true. But when server says `can_edit=false` and user is admin (`EV_IS_ADMIN_APROFUNDAMENTO` true), the check returns `false` before reaching admin check — wait, order matters. In the code: ```js if (evIsAprofundamentoFinalized() && !EV_IS_ADMIN_APROFUNDAMENTO) { return false; } if (evAprofundamentoOnlyMode && evAprofundamentoCanEditFromServer === true) { return true; } if (evAprofundamentoOnlyMode && evAprofundamentoCanEditFromServer === false) { return false; } // Admin (roles de gestão / flag backend) if (EV_IS_ADMIN_APROFUNDAMENTO) { return true; } ``` So if `evAprofundamentoOnlyMode` and `evAprofundamentoCanEditFromServer === true`, returns true even if admin? That's fine. If server flag is false, returns false even for admin. But backend `can_edit` for admin when finalized should be true — presumably the backend flag would already account for admin. Hmm, but the scenario test says: "Aprofundamento finalizado + admin SSMA → editável". Does the backend's `can_aprofundamento.can_edit` return true for admin in finalized state? The requirement states rule 2: "`can_aprofundamento.can_edit` → usuário pode editar (não finalizado, ou admin se finalizado)". So the backend computes it correctly including the admin case. So trusting it is probably fine. But wait: In `openAprofundamento`, for admin there's an early return to `OccurrenceModal.openEdit(data)`. In that path, evAprofundamentoCanEditFromServer may remain null and evAprofundamentoOnlyMode false — so local heuristics apply. Fine. 2. Reset timing: `evAprofundamentoCanEditFromServer = null` is reset in the functions at lines ~6142 and ~6586. Let me check those functions to understand what they are. Let me read the file. 3. Consider potential issue: When a fetch via `ssma_event_get` returns updated data (e.g., aprofundamento finalized by another user), the flag stale from page render is reused. This is confirmed finding #1 already. But there's a nuance in the JS: In `openWith`, the flag `serverCanEditAprofundamento` is applied onto `full` if non-null. If the fresh `full` from the fetch contains a newer `_can_edit_aprofundamento` (unlikely since backend doesn't send it), it'd be overwritten. Confirmed finding #1 covers that the flag is stale. Not to repeat. Let me look for other issues: - In occurrence_view.html.twig: `{{ can_aprof.can_edit|default(false) ? 'true' : 'false' }}` — is `can_aprof` variable always defined in that scope? Need to check where this code is — inside a JS block within the view page. `can_aprof` might be defined in the controller. Possibly undefined in some scenarios, but `default(false)` handles undefined. Actually the Twig `|default(false)` handles undefined `can_aprof`. Fine. Let me check context of that line 1454 in occurrence_view.html.twig. Need to read the file around there. - The new check in `evCanEditAprofundamento` returns `false` when server says false, even for admin... wait, but admin is handled by `EV_IS_ADMIN_APROFUNDAMENTO`. Hmm, is the server flag relevant to admins? In `openAprofundamento`, admins go through OccurrenceModal.openEdit, so evAprofundamentoCanEditFromServer is likely null in admin flow? Actually wait, the admin path early-returns before setting evAprofundamentoOnlyMode = true. So evAprofundamentoCanEditFromServer remains null in the admin case. But is `EV_IS_ADMIN_APROFUNDAMENTO` computed on the page and set globally? Let me check. Actually wait — there's a subtlety: The flow where admin edits via OccurrenceModal.openEdit... That modal probably calls populateForEdit with the data object that has `_can_edit_aprofundamento` set. Would that flow set evAprofundamentoCanEditFromServer? Not necessarily, since the check in evCanEditAprofundamento for the admin path is separate. Let me think about what happens with a non-admin user who has `can_edit=true` from backend (the target of this fix): opens the offcanvas. evAprofundamentoCanEditFromServer=true, onlyMode=true → editable. Good. What about a user without permission: can_edit=false → readonly with warning. Good. Now, edge case: The page has `data._can_edit_aprofundamento = ...` added inside some function at line 1454. Where exactly? It appears in a function that handles opening the aprofundamento. Let me read the surrounding context of the files to make sure. Potential issues to examine: - Whether `evAprofundamentoOnlyMode` is set true after `populateForEdit` is called in `openWith`, and whether the initial render of the modal calls `evCanEditAprofundamento()` after evAprofundamentoCanEditFromServer is set. Since order in `openWith` is: populateForEdit(full); set evAprofundamentoCanEditFromServer; set evAprofundamentoOnlyMode = true. If populateForEdit triggers reading of permission (evCanEditAprofundamento) during its execution before the flag is set, then the permission may be computed with the old state. Let me examine populateForEdit to see if it calls evCanEditAprofundamento synchronously. This is important: In the code as shown, within `openWith`: ```js window.EvModal.populateForEdit(full); evAprofundamentoCanEditFromServer = (full._can_edit_aprofundamento === true || ...) ? ... : null; evAprofundamentoOnlyMode = true; ``` If `populateForEdit` internally invokes a function that checks `evCanEditAprofundamento()` (which depends on evAprofundamentoCanEditFromServer), then at the time of invocation the flag isn't yet set (still null from previous reset or old value) and evAprofundamentoOnlyMode may be stale value false (reset at function start of the modal-closing at line 6142 maybe). So the fields may be rendered readonly, then permission recalculated? Or maybe there's a separate call after setting. Let me read `_modal_event.html.twig` to understand the actual function structure around lines 6120-6160 and 6519-6600 and 3060-3130. Also need to check how `evCanEditAprofundamento` is used — e.g., toggling read-only state of fields. If it's invoked during populateForEdit before the flag is set, the fix might not work... but the PR claims it works. Let's read the file. Let me read relevant portions. Also check what happens when the event is fetched fresh via GET and the object passed doesn't contain the flag; but they set flag on full in openWith. Another subtle issue: In `openAprofundamento`, when data doesn't have flag (null), they don't propagate and evAprofundamentoCanEditFromServer = null, keeping old heuristics. Good. Potential security concerns: The `_can_edit_aprofundamento` is set in the page by Twig from the server-side `can_aprof.can_edit`, which is server-computed. But it's embedded in the page and could be tampered client-side, but the backend enforces on save presumably. This is typical client-side UX gating; server must still enforce on save. Not a new vulnerability per se. Let me consider the concurrency nuance: For the scenario where admin finalizes, etc. Already noted. Let me consider a scenario where the modal is opened from within the full event modal (not only mode). In `populateForEdit`, data may contain `_can_edit_aprofundamento` set earlier (e.g., opened first from occurrence view as only-mode, then user opens full event edit?) — the flag resets are done in some functions. Where is the reset at line 6142? Let me read. Let me read the file to get exact context. Let me start reading files.
Tool Calls (2)
⚙ file_read
Show Details
Arguments
{"file_path": "templates/ssma/occurrence/partials/_modal_event.html.twig", "start_line": 3060, "end_line": 3160}
Result
File: templates/ssma/occurrence/partials/_modal_event.html.twig (Total lines: 7732)
IS_TRUNCATED: false
LINE_RANGE: 3060-3160
3060|        }
3061|        if (type === 'QUASE_ACIDENTE') {
3062|            var qaPerson = String((document.getElementById('ev_person_id_qa') || { value: '' }).value || '').trim();
3063|            if (qaPerson) {
3064|                return qaPerson;
3065|            }
3066|            var peopleIds = String((document.getElementById('ev_people_ids') || { value: '' }).value || '').trim();
3067|            if (peopleIds) {
3068|                return peopleIds.split(',')[0].trim();
3069|            }
3070|            return EV_LOGGED_MEMBER_ID ? String(EV_LOGGED_MEMBER_ID) : '';
3071|        }
3072|        return '';
3073|    }
3074|
3075|    /** Gestor direto (superior) do membro que relatou — preenche o Aprofundamento. */
3076|    function evIsLoggedUserDirectManagerOfReporter(type) {
3077|        if (!EV_LOGGED_MEMBER_ID) {
3078|            return false;
3079|        }
3080|        var reporterId = evReporterMemberIdForAprofundamento(type);
3081|        if (!reporterId) {
3082|            return false;
3083|        }
3084|        var meta = (window.SSMA_EV_MEMBERS_BY_ID || {})[String(reporterId)];
3085|        if (!meta || meta.superior_id == null || meta.superior_id === '') {
3086|            return false;
3087|        }
3088|        return String(meta.superior_id) === String(EV_LOGGED_MEMBER_ID);
3089|    }
3090|
3091|    function evIsAprofundamentoFinalized() {
3092|        return !!evAprofundamentoFinalized;
3093|    }
3094|
3095|    function evCanEditAprofundamento(type) {
3096|        type = type || evSelectedType();
3097|        if (!evRequiresAprofundamento(type)) {
3098|            return false;
3099|        }
3100|        if (evIsAprofundamentoFinalized() && !EV_IS_ADMIN_APROFUNDAMENTO) {
3101|            return false;
3102|        }
3103|        if (evAprofundamentoOnlyMode && evAprofundamentoCanEditFromServer === true) {
3104|            return true;
3105|        }
3106|        if (evAprofundamentoOnlyMode && evAprofundamentoCanEditFromServer === false) {
3107|            return false;
3108|        }
3109|        // Admin (roles de gestão / flag backend)
3110|        if (EV_IS_ADMIN_APROFUNDAMENTO) {
3111|            return true;
3112|        }
3113|        // Especialista técnico por tipo (tags SSMA)
3114|        if (EV_USER_TECHNICAL_TYPES.indexOf(type) !== -1) {
3115|            return true;
3116|        }
3117|        // Gestor direto do colaborador que relatou (1ª etapa = geral; 2ª = profissional responsável)
3118|        if (type === 'ROS' || type === 'QUASE_ACIDENTE') {
3119|            return evIsLoggedUserDirectManagerOfReporter(type);
3120|        }
3121|        return false;
3122|    }
3123|
3124|    function evCorrectiveEscape(str) {
3125|        return String(str == null ? '' : str)
3126|            .replace(/&/g, '&amp;')
3127|            .replace(/</g, '&lt;')
3128|            .replace(/>/g, '&gt;')
3129|            .replace(/"/g, '&quot;');
3130|    }
3131|
3132|    function evBuildCorrectiveActionRow(data) {
3133|        data = data || {};
3134|        var idx = ++evCorrectiveActionSeq;
3135|        var id = 'ev_ca_' + idx;
3136|        var resolved = !!(data.resolved === true || data.resolved === 1 || data.resolved === '1');
3137|        var shared = window.SsmaShared || {};
3138|        var memberOptsHtml = typeof shared.memberSelectOptionsHtml === 'function'
3139|            ? shared.memberSelectOptionsHtml(
3140|                EV_CORRECTIVE_MEMBER_OPTIONS,
3141|                data.responsible_id,
3142|                data.responsible_name,
3143|                'Selecione o responsável'
3144|            )
3145|            : '<option value="">Selecione o responsável</option>';
3146|        var validatorOptsHtml = typeof shared.memberSelectOptionsHtml === 'function'
3147|            ? shared.memberSelectOptionsHtml(
3148|                EV_CORRECTIVE_MEMBER_OPTIONS,
3149|                data.validator_id,
3150|                data.validator_name,
3151|                'Selecione o validador (opcional)'
3152|            )
3153|            : '<option value="">Selecione o validador (opcional)</option>';
3154|        var hierOpts = '<option value="">Selecione a hierarquia</option>';
3155|        EV_CORRECTIVE_HIERARCHY_OPTIONS.forEach(function (h) {
3156|            var sel = String(h.value) === String(data.hierarchy || '') ? ' selected' : '';
3157|            hierOpts += '<option value="' + evCorrectiveEscape(h.value) + '"' + sel + '>' + evCorrectiveEscape(h.label) + '</option>';
3158|        });
3159|        return (
3160|            '<div class="ev-corrective-action-item border rounded p-3 mb-2" data-ca-id="' + id + '">' +
⚙ file_read
Show Details
Arguments
{"file_path": "templates/ssma/occurrence/occurrence_view.html.twig", "start_line": 1430, "end_line": 1490}
Result
File: templates/ssma/occurrence/occurrence_view.html.twig (Total lines: 3234)
IS_TRUNCATED: false
LINE_RANGE: 1430-1490
1430|            window.ssmaOpenOccurrenceEditWithSpinner($btn, data);
1431|            return;
1432|        }
1433|        if (data && window.OccurrenceModal && typeof window.OccurrenceModal.openEdit === 'function') {
1434|            window.OccurrenceModal.openEdit(data);
1435|            return;
1436|        }
1437|        // Fallback: se o offcanvas não estiver disponível, mantém o fluxo antigo (lista).
1438|        try {
1439|            sessionStorage.setItem('ssma_pending_occurrence_edit', raw);
1440|        } catch (ignore2) {}
1441|        window.location.href = ssmaOccurrenceIndexUrl;
1442|    });
1443|
1444|    $(document).on('click', '.js-occ-view-aprofundamento-btn', function (e) {
1445|        e.preventDefault();
1446|        var raw = $(this).attr('data-occurrence') || '';
1447|        if (!raw) {
1448|            return;
1449|        }
1450|        var data = null;
1451|        try {
1452|            data = JSON.parse(raw);
1453|        } catch (ignore) {}
1454|        if (!data || !data.id) {
1455|            return;
1456|        }
1457|        data._can_edit_aprofundamento = {{ can_aprof.can_edit|default(false) ? 'true' : 'false' }};
1458|        if (window.EvModal && typeof window.EvModal.openAprofundamento === 'function') {
1459|            window.EvModal.openAprofundamento(data);
1460|            return;
1461|        }
1462|        if (typeof showToast === 'function') {
1463|            showToast('Não foi possível abrir o aprofundamento. Atualize a página.', 'Atenção', 'fas fa-exclamation-triangle', 'bg-warning');
1464|        }
1465|    });
1466|
1467|    function ssmaOccViewCauseTreeViewUrl(treeId) {
1468|        var base = String(ssmaCauseTreeViewPath || '');
1469|        var sep = base.indexOf('?') >= 0 ? '&' : '?';
1470|        return base + sep + 'treeId=' + encodeURIComponent(String(treeId));
1471|    }
1472|
1473|    function ssmaOccViewResolveCauseNavigateUrl(res) {
1474|        if (!res || !res.tree) {
1475|            return null;
1476|        }
1477|        if (res.tree.view_url) {
1478|            return res.tree.view_url;
1479|        }
1480|        var treeId = parseInt(res.tree.id, 10);
1481|        return treeId > 0 ? ssmaOccViewCauseTreeViewUrl(treeId) : null;
1482|    }
1483|
1484|    function ssmaOccViewPostCauseTreeCreate($btn, payload) {
1485|        var orig = $btn.html();
1486|        var willNavigate = false;
1487|        $btn.data('creating', true).prop('disabled', true).html('<i class="fas fa-spinner fa-spin mr-2"></i>Criando...');
1488|        $.ajax({
1489|            url: ssmaCauseTreeCreateUrl,
1490|            method: 'POST',
Request #16 deepseek-v4-flash P:13.72K C:222 CR:11.39K CW:0 1724ms
Reasoning
Now let me read the area around lines 6120-6160 and 6519-6600 in _modal_event.html.twig to understand the reset functions and openAprofundamento/openWith.
Tool Calls (2)
⚙ file_read
Show Details
Arguments
{"end_line": 6180, "file_path": "templates/ssma/occurrence/partials/_modal_event.html.twig", "start_line": 6080}
Result
File: templates/ssma/occurrence/partials/_modal_event.html.twig (Total lines: 7732)
IS_TRUNCATED: false
LINE_RANGE: 6080-6180
6080|                    }
6081|                }
6082|            }
6083|        } else if (type === 'ACIDENTE_MATERIAL') {
6084|            if (!(document.getElementById('ev_asset_type') || {}).value) mark('#ev_asset_type');
6085|            if (!(document.getElementById('ev_consequence') || {}).value) mark('#ev_consequence');
6086|            if (!(document.getElementById('ev_potential_consequence') || {}).value) mark('#ev_potential_consequence');
6087|            if (!(document.getElementById('ev_barrier_type_am') || {}).value) mark('#ev_barrier_type_am');
6088|        } else if (type === 'ACIDENTE_AMBIENTAL') {
6089|            if (!(document.getElementById('ev_environmental_medium') || {}).value) {
6090|                mark('#ev_environmental_medium');
6091|            }
6092|            if (!(document.getElementById('ev_pollutant_type') || {}).value) {
6093|                mark('#ev_pollutant_type');
6094|            }
6095|            if (!(document.getElementById('ev_consequence') || {}).value) mark('#ev_consequence');
6096|            if (!(document.getElementById('ev_potential_consequence') || {}).value) mark('#ev_potential_consequence');
6097|            if (!(document.getElementById('ev_barrier_type_aa') || {}).value) mark('#ev_barrier_type_aa');
6098|        }
6099|        return ok;
6100|    }
6101|
6102|    /* ── Helpers internos para populateForEdit ────────────── */
6103|    function evSetVal(id, val) {
6104|        var el = document.getElementById(id);
6105|        if (el && val !== undefined && val !== null && val !== '') el.value = String(val);
6106|        if (id === 'ev_person_id' || id === 'ev_person_id_qa') {
6107|            if (typeof window.setCustomSelectValue === 'function' && val !== undefined && val !== null && val !== '') {
6108|                window.setCustomSelectValue(id, String(val));
6109|            } else {
6110|                evSyncCustomSelectVisual(id, false);
6111|            }
6112|        }
6113|    }
6114|    /** Garante option legada no select (meio/poluente/barreira antigos) ao editar. */
6115|    function evEnsureSelectOption(selectId, value) {
6116|        if (value === undefined || value === null || value === '') return;
6117|        var sel = document.getElementById(selectId);
6118|        if (!sel) return;
6119|        var v = String(value);
6120|        for (var i = 0; i < sel.options.length; i++) {
6121|            if (sel.options[i].value === v) return;
6122|        }
6123|        var opt = document.createElement('option');
6124|        opt.value = v;
6125|        opt.textContent = v;
6126|        sel.appendChild(opt);
6127|    }
6128|    function evSetChk(id, val) {
6129|        var el = document.getElementById(id);
6130|        if (el) el.checked = !!val;
6131|    }
6132|    function evParseCsvIds(val) {
6133|        if (Array.isArray(val)) return val.map(Number).filter(Boolean);
6134|        if (!val) return [];
6135|        return String(val).split(',').map(function (s) { return parseInt(s.trim(), 10); }).filter(Boolean);
6136|    }
6137|
6138|    /* ── API pública para abertura em modo edição ─────────── */
6139|    window.EvModal = window.EvModal || {};
6140|    window.EvModal.populateForEdit = function (data) {
6141|        var $ = window.jQuery;
6142|        if (!$) return;
6143|        window.__ssmaEvCreateMode = null;
6144|        evAprofundamentoOnlyMode = false;
6145|        evAprofundamentoCanEditFromServer = null;
6146|        evAprofundamentoFinalizeIntent = true;
6147|        var detEarly = (data && data.details && typeof data.details === 'object') ? data.details : (data || {});
6148|        var aprofStatus = String(detEarly.aprofundamento_status || (data && data.aprofundamento_status) || '').toLowerCase();
6149|        evAprofundamentoFinalized = aprofStatus === 'finalized'
6150|            || !!(detEarly.aprofundamento_complete || (data && data.aprofundamento_complete));
6151|        var typeWrap = document.getElementById('ev_type_wrap');
6152|        if (typeWrap) typeWrap.classList.remove('d-none');
6153|        var shared = window.SsmaShared || {};
6154|        var tc     = window.EvModal._tagConfigs;
6155|        data = data || {};
6156|        // det: objeto details (formato serialize) ou fallback para o próprio data (formato listagem)
6157|        var det  = (data.details && typeof data.details === 'object') ? data.details : data;
6158|        var type = data.type || data.type_value || '';
6159|
6160|        // Reset form
6161|        var form = document.getElementById('form-event-new');
6162|        if (form) form.reset();
6163|        evApplyDatetimeMax();
6164|        evEvidences = [];
6165|        evEvidenceRenderList();
6166|        evRosResolutionEvidences = [];
6167|        if (typeof evRosResolutionEvidenceRenderList === 'function') {
6168|            evRosResolutionEvidenceRenderList();
6169|        }
6170|
6171|        // Modo e ID
6172|        document.getElementById('ev_form_mode').value = 'edit';
6173|        document.getElementById('ev_id').value = String(data.id || '');
6174|
6175|        var modalTitle = document.getElementById('ev-modal-title');
6176|        if (modalTitle) modalTitle.textContent = 'Editar ocorrência';
6177|        var generalPanel = document.getElementById('ev-step-general');
6178|        if (generalPanel) generalPanel.classList.remove('is-readonly');
6179|
6180|        // ── Campos básicos ──────────────────────────────────
⚙ file_read
Show Details
Arguments
{"end_line": 6660, "file_path": "templates/ssma/occurrence/partials/_modal_event.html.twig", "start_line": 6500}
Result
File: templates/ssma/occurrence/partials/_modal_event.html.twig (Total lines: 7732)
IS_TRUNCATED: false
LINE_RANGE: 6500-6660
6500|        if (descVal === true || descVal === 1) descVal = '1';
6501|        if (descVal === false || descVal === 0) descVal = '0';
6502|        evSetVal('ev_descaracterizado', descVal == null ? '' : String(descVal));
6503|        evSyncDescaracterUi();
6504|
6505|        // ── Evidências já anexadas ──────────────────────────
6506|        var evidences = Array.isArray(det.evidences) ? det.evidences : (Array.isArray(data.evidences) ? data.evidences : []);
6507|        evEvidences = evidences.map(function (e) {
6508|            return {
6509|                name: e.name || e.filename || '',
6510|                path: e.path || '',
6511|                persisted: true
6512|            };
6513|        });
6514|        evEvidenceRenderList();
6515|
6516|        // ── Labels do modal ─────────────────────────────────
6517|        var btnLbl = document.getElementById('ev-btn-label');
6518|        var modalTitle = document.getElementById('ev-modal-title');
6519|        if (modalTitle) modalTitle.textContent = 'Editar ocorrência';
6520|        evApplyAuraTitleStatusVisibility('edit');
6521|        evSetStep('general');
6522|        $('#ev_manager').trigger('change');
6523|    };
6524|
6525|    /**
6526|     * Abre o offcanvas no aprofundamento (especialista).
6527|     * Admin/gestor administrador edita tudo desde informações gerais — não trava o 1º passo.
6528|     */
6529|    window.EvModal.openAprofundamento = function (data) {
6530|        data = data || {};
6531|        var serverCanEditAprofundamento = (data._can_edit_aprofundamento === true || data._can_edit_aprofundamento === false)
6532|            ? data._can_edit_aprofundamento
6533|            : null;
6534|        if (EV_IS_ADMIN_APROFUNDAMENTO && window.OccurrenceModal && typeof window.OccurrenceModal.openEdit === 'function') {
6535|            window.OccurrenceModal.openEdit(data);
6536|            return;
6537|        }
6538|        var EV_GET_URL = '{{ path('ssma_event_get', {id: '__EV_ID__'})|e('js') }}';
6539|
6540|        function openWith(full) {
6541|            full = full || data;
6542|            if (serverCanEditAprofundamento !== null) {
6543|                full._can_edit_aprofundamento = serverCanEditAprofundamento;
6544|            }
6545|            window.EvModal.populateForEdit(full);
6546|            evAprofundamentoCanEditFromServer = (full._can_edit_aprofundamento === true || full._can_edit_aprofundamento === false)
6547|                ? full._can_edit_aprofundamento
6548|                : null;
6549|            evAprofundamentoOnlyMode = true;
6550|            evAprofundamentoFinalizeIntent = true;
6551|            var modalTitle = document.getElementById('ev-modal-title');
6552|            if (modalTitle) modalTitle.textContent = 'Aprofundamento técnico';
6553|            if (typeof evEnsureCorrectiveActionsSeed === 'function') {
6554|                evEnsureCorrectiveActionsSeed();
6555|            }
6556|            evSetStep('aprofundamento');
6557|            // Sincroniza a UI de descaracterização agora que evAprofundamentoOnlyMode=true.
6558|            // Isso também pré-seleciona "Sim" quando o profissional não pode descaracterizar.
6559|            evSyncDescaracterUi();
6560|            if (typeof window.openOffcanvasmodalEventNew === 'function') {
6561|                window.openOffcanvasmodalEventNew();
6562|            }
6563|        }
6564|
6565|        var eventId = data.id;
6566|        if (!eventId || String(eventId) === 'undefined') {
6567|            openWith(data);
6568|            return;
6569|        }
6570|        fetch(EV_GET_URL.replace('__EV_ID__', encodeURIComponent(String(eventId))), {
6571|            method: 'GET',
6572|            credentials: 'same-origin',
6573|            headers: { 'X-Requested-With': 'XMLHttpRequest' }
6574|        })
6575|            .then(function (res) { return res.json(); })
6576|            .then(function (result) {
6577|                var fullData = (result && result.success && result.event) ? result.event : data;
6578|                openWith(fullData);
6579|            })
6580|            .catch(function () {
6581|                openWith(data);
6582|            });
6583|    };
6584|
6585|    window.EvModal.openCreate = function (opts) {
6586|        opts = opts || {};
6587|        window.__ssmaEvCreateMode = opts.createMode || null;
6588|        evAprofundamentoOnlyMode = false;
6589|        evAprofundamentoCanEditFromServer = null;
6590|        evAprofundamentoFinalizeIntent = true;
6591|        evAprofundamentoFinalized = false;
6592|        // Nova ocorrência sempre começa limpa (não restaura draft de preenchimento anterior).
6593|        var modeEl = document.getElementById('ev_form_mode');
6594|        var idEl = document.getElementById('ev_id');
6595|        if (modeEl) {
6596|            modeEl.value = 'create';
6597|        }
6598|        if (idEl) {
6599|            idEl.value = '';
6600|        }
6601|        var modalTitle = document.getElementById('ev-modal-title');
6602|        if (modalTitle) {
6603|            if (window.__ssmaEvCreateMode === 'ros') {
6604|                modalTitle.textContent = 'Novo ROS';
6605|            } else if (window.__ssmaEvCreateMode === 'event') {
6606|                modalTitle.textContent = 'Novo evento';
6607|            } else {
6608|                modalTitle.textContent = 'Nova ocorrência';
6609|            }
6610|        }
6611|        var generalPanelCreate = document.getElementById('ev-step-general');
6612|        if (generalPanelCreate) generalPanelCreate.classList.remove('is-readonly');
6613|
6614|        if (typeof initEvTagSelectsOnce === 'function') {
6615|            initEvTagSelectsOnce();
6616|        }
6617|        evResetCreateUiState();
6618|        if (typeof evInitTypeSelectFromConfig === 'function') {
6619|            evInitTypeSelectFromConfig();
6620|        }
6621|        evApplyDatetimeMax();
6622|        evApplyAuraTitleStatusVisibility('create');
6623|        if (typeof window.renderEvCategorySelect === 'function') {
6624|            window.renderEvCategorySelect('', '');
6625|        }
6626|
6627|        var typeEl = document.getElementById('ev_type');
6628|        applyTypeBlock((typeEl && typeEl.value) ? typeEl.value : '');
6629|        ensureClassificationDefaults('', true);
6630|        evDefaultDatetimeToday();
6631|
6632|        if (window.SSMA_IS_AURA_ADMIN) {
6633|            evSetVal('ev_title', '');
6634|            evSetVal('ev_status', 'ABERTO');
6635|        }
6636|
6637|        (function applyEvCreateDefaults() {
6638|            var defs = window.SSMA_EVENT_FORM_DEFAULTS || {};
6639|            if (!defs || typeof defs !== 'object') {
6640|                defs = {};
6641|            }
6642|            function apply() {
6643|                if (defs.manager_id) {
6644|                    evSetVal('ev_manager', String(defs.manager_id));
6645|                }
6646|                if (defs.team_id) {
6647|                    evSetVal('ev_team_id', String(defs.team_id));
6648|                }
6649|                ensureClassificationDefaults('', true);
6650|                var $ = window.jQuery;
6651|                if ($) {
6652|                    $('#ev_manager').trigger('change');
6653|                    $('#ev_team_id').trigger('change');
6654|                }
6655|                if (typeof window.EvModal.syncTagHiddens === 'function') {
6656|                    // Evita regravar draft vazio logo após limpar a criação.
6657|                    var _persist = typeof evPersistDraftSoon === 'function' ? evPersistDraftSoon : null;
6658|                    if (_persist) {
6659|                        window.__ssmaEvSkipDraftPersist = true;
6660|                    }
Request #17 deepseek-v4-flash P:17.63K C:786 CR:13.82K CW:0 5208ms
Reasoning
Now I have important context. Critical detail in `populateForEdit`: ```js window.EvModal.populateForEdit = function (data) { var $ = window.jQuery; if (!$) return; window.__ssmaEvCreateMode = null; evAprofundamentoOnlyMode = false; evAprofundamentoCanEditFromServer = null; // <-- RESET inside populateForEdit ... ``` And in `openWith`: ```js function openWith(full) { full = full || data; if (serverCanEditAprofundamento !== null) { full._can_edit_aprofundamento = serverCanEditAprofundamento; } window.EvModal.populateForEdit(full); // <-- This resets evAprofundamentoCanEditFromServer = null AND evAprofundamentoOnlyMode = false evAprofundamentoCanEditFromServer = (full._can_edit_aprofundamento === true || ...) ? ... : null; evAprofundamentoOnlyMode = true; ... } ``` OK so order in openWith: set flag on full, call populateForEdit (which resets state to null/false), then set evAprofundamentoCanEditFromServer and evAprofundamentoOnlyMode afterwards. So after populateForEdit, the flag is set properly. populateForEdit itself may internally invoke permission checks during render (e.g., via `evApplyAuraTitleStatusVisibility` or `evSyncDescaracterUi` at the end, called after populateForEdit in openWith). Wait — but does `populateForEdit` internally call something that reads `evCanEditAprofundamento` while `evAprofundamentoOnlyMode=false` and `evAprofundamentoCanEditFromServer=null`? If so, the render during populateForEdit would use old heuristics and possibly set the aprofundamento section to readonly; then after populateForEdit, they set onlyMode and flag, but does something re-evaluate the readonly state of the aprofundamento fields? Let me check. Let me search for calls to `evCanEditAprofundamento` and where it toggles readonly states. Also note the newly added line in the diff (in the hunk at line ~6142 area) is the reset `evAprofundamentoCanEditFromServer = null;` inside populateForEdit (added as part of change). The openWith sets the flag AFTER calling populateForEdit, so the reset doesn't wipe the value at the time evCanEditAprofundamento is actually evaluated post-populate (since evaluation happens after). But we need to find where evCanEditAprofundamento is called and whether the aprofundamento fields' readonly state is applied after onlyMode is set. Let me search for usages of `evCanEditAprofundamento` in the file.
Tool Calls (2)
⚙ code_search
Show Details
Arguments
{"search_text": "evCanEditAprofundamento", "file_patterns": ["templates/ssma/occurrence/partials/_modal_event.html.twig"]}
Result
File: templates/ssma/occurrence/partials/_modal_event.html.twig
Match lines: 10
3095|    function evCanEditAprofundamento(type) {
3336|        var canEditAprofundamento = evCanEditAprofundamento(type);
3366|            label.innerHTML = (evRequiresAprofundamento(type) && evCanEditAprofundamento(type))
3404|        evSetAprofundamentoReadonly(!evCanEditAprofundamento(evSelectedType()));
5152|        evSetAprofundamentoReadonly(!evRequiresAprofundamento(type) || !evCanEditAprofundamento(type));
5875|        evSetAprofundamentoReadonly(!evRequiresAprofundamento(evSelectedType()) || !evCanEditAprofundamento(evSelectedType()));
6730|            if (evRequiresAprofundamento(evSelectedType()) && evCanEditAprofundamento(evSelectedType())) {
6739|            && !evCanEditAprofundamento(evSelectedType())) {
6806|            evCurrentStep === 'aprofundamento' || evCanEditAprofundamento(typeForValidation)
6994|            && !evCanEditAprofundamento(type)
⚙ code_search
Show Details
Arguments
{"search_text": "evAprofundamentoCanEditFromServer", "file_patterns": ["templates/ssma/occurrence/partials/_modal_event.html.twig"]}
Result
File: templates/ssma/occurrence/partials/_modal_event.html.twig
Match lines: 6
1550|    var evAprofundamentoCanEditFromServer = null;
3103|        if (evAprofundamentoOnlyMode && evAprofundamentoCanEditFromServer === true) {
3106|        if (evAprofundamentoOnlyMode && evAprofundamentoCanEditFromServer === false) {
6145|        evAprofundamentoCanEditFromServer = null;
6546|            evAprofundamentoCanEditFromServer = (full._can_edit_aprofundamento === true || full._can_edit_aprofundamento === false)
6589|        evAprofundamentoCanEditFromServer = null;
Request #18 deepseek-v4-flash P:18.88K C:442 CR:18.3K CW:0 3113ms
Reasoning
Let me look at the callers to understand where the readonly state gets applied after opening the aprofundamento. In particular, line 3404, 5152, 5875, and also where evSetAprofundamentoReadonly is applied during populateForEdit. Since openWith sets the flag AFTER populateForEdit, the readonly UI state determined inside populateForEdit may be computed before the flag is set. However, maybe populateForEdit doesn't call evCanEditAprofundamento at the aprofundamento step (evSetStep('aprofundamento') is called after, at line 6556). Let's trace. populateForEdit is called at line 6545; then flag set at 6546-6548; evAprofundamentoOnlyMode=true at 6549; then evSetStep('aprofundamento') at 6556. evSetStep likely triggers evSyncAprofundamento or a similar function that applies readonly via evCanEditAprofundamento (line 5875 perhaps). Let me check evSetStep function and what happens when going to aprofundamento step. Let me read the areas: line 3320-3420, 5120-5160, 5850-5890, and evSetStep function definition. Let me search for evSetStep definition.
Tool Calls (2)
⚙ file_read
Show Details
Arguments
{"end_line": 3420, "file_path": "templates/ssma/occurrence/partials/_modal_event.html.twig", "start_line": 3320}
Result
File: templates/ssma/occurrence/partials/_modal_event.html.twig (Total lines: 7732)
IS_TRUNCATED: false
LINE_RANGE: 3320-3420
3320|            '#ev-gravity-wrap input, #ev-gravity-wrap select,' +
3321|            '#ev-corrective-actions-section input, #ev-corrective-actions-section select, #ev-corrective-actions-section textarea, #ev-corrective-actions-section button,' +
3322|            '#ev-step-aprofundamento .ev-inj-descaracter-btn'
3323|        );
3324|        Array.prototype.forEach.call(controls, function (el) {
3325|            if (!el || el.type === 'hidden') return;
3326|            if (el.classList && el.classList.contains('ev-inj-descaracter-suspect-ro')) return;
3327|            el.disabled = !!readonly;
3328|        });
3329|        // Reaplica bloqueio Sem dano — o loop acima zera disabled de todos os selects.
3330|        evSyncInjuryTypeByConsequence();
3331|        evSyncDescaracterStageUi();
3332|    }
3333|
3334|    function evUpdateFooter() {
3335|        var type = evSelectedType();
3336|        var canEditAprofundamento = evCanEditAprofundamento(type);
3337|        var back = document.getElementById('ev-btn-back');
3338|        var cancel = document.getElementById('ev-btn-cancel');
3339|        var save = document.getElementById('ev-btn-save');
3340|        var draft = document.getElementById('ev-btn-draft');
3341|        var label = document.getElementById('ev-btn-label');
3342|        if (draft) {
3343|            draft.classList.toggle('d-none', !evAprofundamentoOnlyMode || evCurrentStep !== 'aprofundamento');
3344|        }
3345|        if (evAprofundamentoOnlyMode) {
3346|            if (back) back.classList.add('d-none');
3347|            if (cancel) cancel.classList.remove('d-none');
3348|            if (!label || !save) return;
3349|            if (evIsAprofundamentoFinalized() && !EV_IS_ADMIN_APROFUNDAMENTO) {
3350|                save.disabled = true;
3351|                save.classList.add('d-none');
3352|                if (draft) draft.classList.add('d-none');
3353|                return;
3354|            }
3355|            save.classList.remove('d-none');
3356|            save.disabled = false;
3357|            label.textContent = evIsAprofundamentoFinalized() ? 'Salvar alterações' : 'Finalizar';
3358|            return;
3359|        }
3360|        if (back) back.classList.toggle('d-none', evCurrentStep !== 'aprofundamento');
3361|        if (cancel) cancel.classList.toggle('d-none', evCurrentStep === 'aprofundamento');
3362|        if (!label || !save) return;
3363|        save.classList.remove('d-none');
3364|        save.disabled = false;
3365|        if (evCurrentStep === 'general') {
3366|            label.innerHTML = (evRequiresAprofundamento(type) && evCanEditAprofundamento(type))
3367|                ? 'Aprofundamento <i class="fas fa-chevron-right ml-1"></i>'
3368|                : ((document.getElementById('ev_form_mode') || { value: 'create' }).value === 'edit'
3369|                    ? 'Salvar alterações'
3370|                    : 'Registrar');
3371|            return;
3372|        }
3373|        label.textContent = (document.getElementById('ev_form_mode') || { value: 'create' }).value === 'edit'
3374|            ? 'Salvar alterações'
3375|            : 'Registrar';
3376|        // Registrar nunca fica bloqueado por falta de permissão de aprofundamento.
3377|        save.disabled = false;
3378|    }
3379|
3380|    function evSetStep(step) {
3381|        if (evAprofundamentoOnlyMode) {
3382|            step = 'aprofundamento';
3383|        }
3384|        evCurrentStep = step === 'aprofundamento' ? 'aprofundamento' : 'general';
3385|        var general = document.getElementById('ev-step-general');
3386|        var apro = document.getElementById('ev-step-aprofundamento');
3387|        if (general) {
3388|            general.classList.toggle('d-none', evCurrentStep !== 'general');
3389|            general.classList.toggle('is-readonly', !!evAprofundamentoOnlyMode);
3390|        }
3391|        if (apro) apro.classList.toggle('d-none', evCurrentStep !== 'aprofundamento');
3392|        document.querySelectorAll('#ev-steps-bar .insp-step-seg').forEach(function (bar) {
3393|            var key = bar.getAttribute('data-ev-progress');
3394|            if (evAprofundamentoOnlyMode) {
3395|                bar.classList.toggle('is-active', key === 'aprofundamento');
3396|                bar.classList.toggle('active', key === 'aprofundamento');
3397|            } else {
3398|                bar.classList.toggle('is-active', key === 'general' || key === evCurrentStep);
3399|                bar.classList.toggle('active', key === 'general' || key === evCurrentStep);
3400|            }
3401|        });
3402|        var body = document.querySelector('#modalEventNew-offcanvas-wrapper .offcanvas-body');
3403|        if (body) body.scrollTop = 0;
3404|        evSetAprofundamentoReadonly(!evCanEditAprofundamento(evSelectedType()));
3405|        evUpdateFooter();
3406|        evSyncDescaracterStageUi();
3407|        if (evCurrentStep === 'aprofundamento') {
3408|            var stepType = evSelectedType();
3409|            evSyncCriticalityField(stepType);
3410|            if (evRequiresAccidentTechnical(stepType)) {
3411|                evSyncDerivedSeverityFromConsequence();
3412|            }
3413|            if (stepType === 'ACIDENTE_PESSOAL') {
3414|                window.requestAnimationFrame(function () {
3415|                    var cardAp = evEnsurePrimaryInjuredCardExpanded();
3416|                    if (cardAp && evCardHadInjury(cardAp)) {
3417|                        evEnsureBodyMapForCard(cardAp);
3418|                    }
3419|                });
3420|            } else if (evHadInjuryForValidation()) {
⚙ code_search
Show Details
Arguments
{"file_patterns": ["templates/ssma/occurrence/partials/_modal_event.html.twig"], "search_text": "function evSetStep"}
Result
File: templates/ssma/occurrence/partials/_modal_event.html.twig
Match lines: 1
3380|    function evSetStep(step) {
Request #19 deepseek-v4-flash P:20.9K C:3.18K CR:19.2K CW:0 21895ms
Reasoning
Now I understand the flow: In `openWith`: 1. `window.EvModal.populateForEdit(full)` → resets evAprofundamentoCanEditFromServer = null, evAprofundamentoOnlyMode = false. 2. Set evAprofundamentoCanEditFromServer from full._can_edit_aprofundamento. 3. Set evAprofundamentoOnlyMode = true. 4. evSetStep('aprofundamento') → this calls `evSetAprofundamentoReadonly(!evCanEditAprofundamento(...))` and `evUpdateFooter()` — AFTER the flag is set. So the ordering is fine: evSetStep is called after the flag and onlyMode are set (lines 6556). Good. So when the aprofundamento step UI is rendered/readonly applied, the server flag is honored. Note that `evSetStep` at 3381 forces step = 'aprofundamento' when evAprofundamentoOnlyMode is true (set already). Good. Now, in `evCanEditAprofundamento`, the new checks: ```js if (evAprofundamentoOnlyMode && evAprofundamentoCanEditFromServer === true) { return true; } if (evAprofundamentoOnlyMode && evAprofundamentoCanEditFromServer === false) { return false; } ``` Placed after the finalized-non-admin check, before admin check. So in onlyMode, the server flag fully determines permission. The finalized check occurs first: if finalized and not admin → false regardless of server flag (server would presumably give can_edit=false anyway for non-admin). And if finalized and admin — server flag might be false (backend can_edit false?) Hmm wait: if aprofundamento is finalized and current user is admin SSMA, backend `can_edit` — is it true? Requirement rule 2 says "can_aprofundamento.can_edit → usuário pode editar (não finalizado, ou admin se finalizado)". So backend returns can_edit=true for admin on finalized events. So server flag = true and code returns true. Good. But wait — there's a subtle issue: admin users do NOT reach this code path because `openAprofundamento` redirects admins to `OccurrenceModal.openEdit(data)` (line 6534). So admin SSMA opens the full edit modal, not the aprofundamento-only offcanvas. So `evAprofundamentoOnlyMode` remains false in admin's case. So the server flag only matters for non-admin technical professional. But note: In the admin path `OccurrenceModal.openEdit(data)`, they pass `data` which has `_can_edit_aprofundamento` property, but OccurrenceModal.openEdit probably opens the full modal... where does the flag matter? Let's check what OccurrenceModal.openEdit does — it might be in occurrence_view or another file. Not necessarily important. Now let's think about possible issues that remain (excluding confirmed): 1. **Stale server flag when data fetched fresh**: Confirmed finding #1 already covers this. Don't repeat. Actually wait — let me re-check confirmed finding #1 carefully. "A permissão é gravada no objeto `data` a partir do estado do servidor no momento em que a página é renderizada, mas o offcanvas que abre em seguida busca o evento atualizado via `ssma_event_get` e reaproveita essa flag antiga sobre os dados novos. Se o aprofundamento for finalizado (ou a permissão mudar), o modal pode abrir editável quando deveria ser readonly..." — Yes, this is finding #1 in occurrence_view.html.twig (mounted at the Twig line). Don't repeat. 2. **God template / maintainability duplication**: Confirmed finding #2. Don't repeat. Now find other real issues not covered: Issue A: The new checks `evAprofundamentoOnlyMode && evAprofundamentoCanEditFromServer === false → return false` — but this also **blocks admins** from editing when server flag is false. However, admin never goes into onlyMode... unless the server flag is null and something else. Actually, admins go through `OccurrenceModal.openEdit`. But what about EV_IS_ADMIN_APROFUNDAMENTO users who reach evCanEditAprofundamento in onlyMode? They wouldn't, due to early return. But there's a subtle interplay: EV_IS_ADMIN_APROFUNDAMENTO could be true but OccurrenceModal.openEdit not defined (e.g., on other pages that include _modal_event partial but not OccurrenceModal). In that case openAprofundamento would fall through... but openAprofundamento is only triggered from occurrence_view which defines OccurrenceModal. So not a real issue. Issue B: Timing of data flow in occurrence_view: `data._can_edit_aprofundamento = ...` is set based on `can_aprof.can_edit`. But `can_aprof` is a server-side variable — is it defined on the occurrence view controller for every scenario where the `.js-occ-view-aprofundamento-btn` button exists? If the button is rendered when can_aprof.show is true, then can_aprof should be defined. `|default(false)` handles undefined. Not an issue. Issue C: **What about the case where the flag is stale on the fresh data fetched by ssma_event_get, but the aprofundamento section readonly determination happens correctly anyway** — covered by #1. Issue D: In `openAprofundamento`, `serverCanEditAprofundamento` is captured from `data` at the top (before the async fetch). This is redundant with the logic in openWith, and the value applied on top of fetched data. This is exactly the stale flag issue #1. Hmm. Actually wait — let me reconsider the confirmed finding #1's second part. It mentions the reopened modal case... Actually the finding mentions "Se o aprofundamento for finalizado (ou a permissão mudar)..." — covered. Now other NEW issues I should look for: Issue E: **Finalized + onlyMode + server flag true for a non-admin who has can_edit via tag** — Wait, scenario test 5 says: "Aprofundamento finalizado + usuário não-admin → readonly". In evCanEditAprofundamento, the FIRST check: ```js if (evIsAprofundamentoFinalized() && !EV_IS_ADMIN_APROFUNDAMENTO) { return false; } ``` So for non-admin finalized, returns false even if server flag true. But does backend's can_edit return false for a finalized aprofundamento for the technical professional? Yes — rule: only admin can edit finalized. And the backend flag would be false. So consistent. But if there were an inconsistency where backend returns can_edit=true (because computed at page render when not finalized) while the fresh data shows finalized — the modal would open readonly due to the finalized check placed BEFORE the server flag checks. Actually the finalized check overrides even the server flag true. So the "stale flag lets you edit a finalized aprofundamento" scenario... wait, would the modal still allow editing? The first check in evCanEditAprofundamento returns false if finalized non-admin, regardless of the server flag. But wait — `evAprofundamentoFinalized` is set from data in populateForEdit from fresh fetched data (finalized status). So even if stale server flag is true, the finalized check returns false for non-admin. So the modal would be readonly. Then the real risk from finding #1's staleness is the reverse: the page rendered with can_edit=false (because not eligible) but meanwhile the event data changed to become eligible? More likely the actual risk: stale flag TRUE when permission was revoked. Anyway covered by #1. Hmm wait — but actually the order matters differently. Let me reconsider whether finding #1's scenario could actually cause an edit where not allowed. Actually finding #1 was already confirmed; I shouldn't re-litigate. Issue F: **XSS / escaping** — new code uses `{{ can_aprof.can_edit|default(false) ? 'true' : 'false' }}` which is safe (only outputs 'true' or 'false'). No issue. Issue G: **populateForEdit is also called from other places** (e.g., full modal editing from OccurrenceModal.openEdit passes `data` which may carry `_can_edit_aprofundamento` from occurrence view?). Where does the full modal open in occurrence_view? There's a click handler for other buttons that calls OccurrenceModal.openEdit(data). In those cases, evAprofundamentoCanEditFromServer reset to null in populateForEdit. Good. But hold on — there's a subtle bug: In `openWith`, the code sets `full._can_edit_aprofundamento = serverCanEditAprofundamento;` BEFORE calling populateForEdit, but then populateForEdit does `evAprofundamentoCanEditFromServer = null;` reset. So the data property itself remains on `full`, but the global flag is then set after from full._can_edit_aprofundamento. OK fine. But `evAprofundamentoOnlyMode = true` is set AFTER populateForEdit but BEFORE evSetStep and other UI sync. However, `evUpdateFooter` etc is invoked within evSetStep which is after. But wait — is there any code inside populateForEdit that applies aprofundamento readonly using evCanEditAprofundamento? Line 5152 or 5875 might be invoked inside populateForEdit. Let me check those contexts (they may be event handlers instead). Let me read 5100-5160 and 5850-5890. Actually evSetStep is invoked at end of populateForEdit? Let me check the tail of populateForEdit: line 6520-6523 show `evApplyAuraTitleStatusVisibility('edit'); evSetStep('general'); ...`. Ah wait — populateForEdit at its end calls `evSetStep('general')` (line 6521)! At that time evAprofundamentoOnlyMode=false (it was reset at 6144). evSetStep('general') then calls evCanEditAprofundamento and evUpdateFooter... with onlyMode false and server flag null → uses heuristics. Fine for UI state then. Then after populateForEdit returns, openWith sets onlyMode=true and flag and calls evSetStep('aprofundamento') again which reapplies readonly with the server flag. So final state correct. Good. Hmm wait, actually look again at line 6521: `evSetStep('general');` — is that inside populateForEdit? Let's check between 6516-6523. Yes: ``` // ── Labels do modal ───────────────────────────────── var btnLbl = document.getElementById('ev-btn-label'); var modalTitle = document.getElementById('ev-modal-title'); if (modalTitle) modalTitle.textContent = 'Editar ocorrência'; evApplyAuraTitleStatusVisibility('edit'); evSetStep('general'); $('#ev_manager').trigger('change'); }; ``` Yes, end of populateForEdit. So populateForEdit finishes at general step. Then openWith continues, sets flags, calls evEnsureCorrectiveActionsSeed, evSetStep('aprofundamento'), etc. So final readonly state applied correctly. So the flag-ordering seems OK. Issue H: Let me check that occurrence_view line 1457 is inside a Twig block that has `can_aprof` available in context — well Twig is server-side; that inline JS has access to all controller variables. `can_aprof` presumably is passed by the controller. But if the page is re-rendered via an AJAX partial? Not relevant. Issue I: **Duplicate boolean logic**: The same normalization ternary appears twice (6531-6533 and 6546-6548), could be a helper. Maintainability minor; but confirmed finding #2 already covers duplication somewhat ("cuja normalização ... é duplicada em openAprofundamento e em openWith"). Yes, finding #2 mentions duplication. Don't repeat. Issue J: Now think about the actual trigger function in occurrence_view. Is the permission encoded per event? The view page might list a single occurrence; the `+ Aprofundamento` button (`.js-occ-view-aprofundamento-btn`) exists for a specific event with `data-occurrence` attribute containing full occurrence JSON. `can_aprof.can_edit` is the page-level flag for that occurrence. This seems fine for one occurrence view. But wait — is `occurrence_view.html.twig` used only for a single occurrence view? Yes likely. So page-level flag corresponds to that occurrence. Issue K: What if the event requires aprofundamento but can_aprof.can_edit = false and the user is admin? Admin SSMA... is admin flag `EV_IS_ADMIN_APROFUNDAMENTO`? If admin opened via OccurrenceModal.openEdit, they don't hit this code. But what if admin flag exists in SSMA but they're not EV_IS_ADMIN_APROFUNDAMENTO? This is out of scope. Issue L: Does the fix account for the case where `can_aprof.can_edit` is true but `evRequiresAprofundamento(type)` is false? evCanEditAprofundamento first checks evRequiresAprofundamento → false. Not a problem. Issue M: Let me reconsider the stale-flag issue but in terms of a **specific security** angle: A user who had can_edit=true at page render keeps editing ability even if their permission is revoked between render and click. That's a minor race; and #1 covers. Also reverse for readonly. Issue N: Let me look at the reset at line 6145 in populateForEdit and whether openAprofundamento is truly the only path that sets evAprofundamentoOnlyMode=true. Search for assignments of evAprofundamentoOnlyMode.
Tool Calls (2)
⚙ code_search
Show Details
Arguments
{"file_patterns": ["templates/ssma/occurrence/partials/_modal_event.html.twig"], "search_text": "evAprofundamentoOnlyMode = "}
Result
File: templates/ssma/occurrence/partials/_modal_event.html.twig
Match lines: 4
1548|    var evAprofundamentoOnlyMode = false;
6144|        evAprofundamentoOnlyMode = false;
6549|            evAprofundamentoOnlyMode = true;
6588|        evAprofundamentoOnlyMode = false;
⚙ code_search
Show Details
Arguments
{"file_patterns": ["templates/ssma/occurrence/occurrence_view.html.twig"], "search_text": "_can_edit_aprofundamento|can_aprof|openAprofundamento"}
Result
No matches found
Request #20 deepseek-v4-flash P:24.18K C:417 CR:24.06K CW:0 3650ms
Reasoning
Interesting — the search for `_can_edit_aprofundamento|can_aprof|openAprofundamento` in occurrence_view returned no matches? Wait, but we saw at line 1457 `data._can_edit_aprofundamento = {{ can_aprof.can_edit|default(false) ? 'true' : 'false' }};` and line 1458 uses `window.EvModal.openAprofundamento`. Search returning no matches is odd. Perhaps the search only supports one pattern... no, it supports regex. Hmm — maybe the file on disk currently doesn't match because it's within a template string? Or maybe the search treats search as literal and pattern wasn't found due to casing? Let me try again with a simple literal. Actually the file read at line 1457 shows it exists. Why no search matches? Possibly the code_search tool searches current file versions and maybe line 1457 is in a Twig block where Twig interprets `{{ ... }}`? No, that shouldn't matter for text search. Wait — maybe `occurrence_view.html.twig` file was changed since read? The read reflects the current version, so it should match. Let me just re-run a simpler search.
Tool Calls (2)
⚙ code_search
Show Details
Arguments
{"file_patterns": ["templates/ssma/occurrence/occurrence_view.html.twig"], "search_text": "_can_edit_aprofundamento"}
Result
File: templates/ssma/occurrence/occurrence_view.html.twig
Match lines: 1
1457|        data._can_edit_aprofundamento = {{ can_aprof.can_edit|default(false) ? 'true' : 'false' }};
⚙ code_search
Show Details
Arguments
{"file_patterns": ["templates/ssma/occurrence/occurrence_view.html.twig"], "search_text": "js-occ-view-aprofundamento-btn"}
Result
File: templates/ssma/occurrence/occurrence_view.html.twig
Match lines: 3
689|                    class="mhs-btn-secondary d-flex align-items-center js-occ-view-aprofundamento-btn"
808|            'class': 'js-occ-view-aprofundamento-btn',
1444|    $(document).on('click', '.js-occ-view-aprofundamento-btn', function (e) {
Request #21 deepseek-v4-flash P:24.77K C:326 CR:24.58K CW:0 2651ms
Reasoning
There are two button rendering spots: lines ~689 and ~808. Let me examine those to see where `can_aprof` is available and where the aprofundamento button appears. And to confirm that `can_aprof.can_edit` in the Twig scope is defined where the JS at line 1457 is. Note the JS is in one script block, and can_aprof is a controller-level Twig variable. Both buttons may render the data-occurrence with the event id. Let me check whether the event shown in occurrence view is necessarily the only event (single event). If the occurrence can have multiple events (ROS + QA?) and buttons per event... Let's read around 660-720 and 780-830.
Tool Calls (2)
⚙ file_read
Show Details
Arguments
{"end_line": 720, "file_path": "templates/ssma/occurrence/occurrence_view.html.twig", "start_line": 650}
Result
File: templates/ssma/occurrence/occurrence_view.html.twig (Total lines: 3234)
IS_TRUNCATED: false
LINE_RANGE: 650-720
650|                : {
651|                    'data-occurrence-id': occurrence.id,
652|                    'data-title': occurrence.title|default(''),
653|                    'data-description': occurrence.activity|default('')
654|                }
655|        } %}
656|    {% endif %}
657|
658|    {# ── Header actions (desktop) ── #}
659|    <div class="modern-header-actions has-mobile-fabs" id="occ_view_controls">
660|        <div class="d-none d-lg-flex align-items-center w-100" style="gap: 10px;">
661|
662|            {% if ssmaCanCreateLinkedActions|default(false) %}
663|            {# Botão Criar Ação — ponta esquerda #}
664|            <button type="button" class="mhs-btn-primary d-flex align-items-center js-create-action-btn"
665|                    {% if occurrence.is_ssma_event|default(false) %}
666|                        data-event-id="{{ occurrence.id }}"
667|                        data-event-title="{{ occurrence.title|default('')|e('html_attr') }}"
668|                        data-related-type="evento"
669|                    {% else %}
670|                    data-occurrence-id="{{ occurrence.id }}"
671|                    {% endif %}
672|                    data-lock-occurrence="1">
673|                <i class="fas fa-plus mr-2"></i>
674|                <span>Criar Ação</span>
675|            </button>
676|            {% endif %}
677|
678|            {% if can_edit_occurrence %}
679|            <button type="button"
680|                    class="mhs-btn-secondary d-flex align-items-center js-occ-view-edit-btn"
681|                    data-occurrence='{{ occurrence|json_encode|e('html_attr') }}'>
682|                <i class="fas fa-edit mr-2"></i>
683|                <span>Editar</span>
684|            </button>
685|            {% endif %}
686|
687|            {% if show_aprofundamento_btn and occurrence.is_ssma_event|default(false) %}
688|            <button type="button"
689|                    class="mhs-btn-secondary d-flex align-items-center js-occ-view-aprofundamento-btn"
690|                    data-occurrence='{{ occurrence|json_encode|e('html_attr') }}'
691|                    title="{% if can_aprof.finalized|default(false) and not can_aprof.can_edit|default(false) %}Visualizar aprofundamento{% elseif can_aprof.finalized|default(false) %}Editar aprofundamento (admin){% elseif can_aprof.pending|default(false) %}Preencher aprofundamento técnico{% else %}Aprofundamento técnico{% endif %}">
692|                <i class="fas fa-plus mr-2"></i>
693|                <span>Aprofundamento</span>
694|            </button>
695|            {% endif %}
696|
697|            {% if _occ_tree_id and (ssmaCanViewCauseTree|default(false) or ssmaCanCreateCauseTree|default(false)) %}
698|            <a href="{{ path('ssma_cause_tree_view', {treeId: _occ_tree_id}) }}"
699|               class="mhs-btn-secondary d-flex align-items-center">
700|                <i class="fas fa-code-branch mr-2"></i>
701|                <span>Árvore de Causas</span>
702|            </a>
703|            {% elseif ssmaCanCreateCauseTree|default(false) %}
704|            <button type="button"
705|                    class="mhs-btn-secondary d-flex align-items-center js-occ-cause-create"
706|                    {% if occurrence.is_ssma_event|default(false) %}
707|                        data-ssma-event-id="{{ occurrence.id }}"
708|                    {% else %}
709|                        data-occurrence-id="{{ occurrence.id }}"
710|                    {% endif %}
711|                    data-title="{{ occurrence.title|default('')|e('html_attr') }}"
712|                    data-description="{{ occurrence.activity|default('')|e('html_attr') }}">
713|                <i class="fas fa-code-branch mr-2"></i>
714|                <span>Árvore de Causas</span>
715|            </button>
716|            {% endif %}
717|
718|            {% if record is defined and record.kind is defined %}
719|            {% include 'components/ui/_button.html.twig' with {
720|                label: 'Detalhes do comitê',
⚙ file_read
Show Details
Arguments
{"end_line": 830, "file_path": "templates/ssma/occurrence/occurrence_view.html.twig", "start_line": 770}
Result
File: templates/ssma/occurrence/occurrence_view.html.twig (Total lines: 3234)
IS_TRUNCATED: false
LINE_RANGE: 770-830
770|                       href="{{ _geral_report_url }}"
771|                       target="_blank"
772|                       rel="noopener"
773|                       title="Abrir o relatório geral">
774|                        <i class="fas fa-file-alt mr-2"></i>Relatório Geral
775|                    </a>
776|                </div>
777|            </div>
778|            {% else %}
779|            <a href="{{ _geral_report_url }}"
780|               class="mhs-btn-secondary d-flex align-items-center ml-auto"
781|               target="_blank" rel="noopener"
782|               title="Gerar relatório da ocorrência">
783|                <i class="fas fa-file-alt mr-2"></i>
784|                <span>Relatório</span>
785|            </a>
786|            {% endif %}
787|        </div>
788|    </div>
789|    </div>{# /.ssma-occ-detail-sticky-head #}
790|
791|    {# ── Header actions (mobile FABs) ── #}
792|    {% set occ_fab_buttons = [] %}
793|    {% if can_edit_occurrence %}
794|        {% set occ_fab_buttons = occ_fab_buttons|merge([{
795|            'id': 'fab-edit-occurrence',
796|            'icon': 'fas fa-edit',
797|            'style': 'secondary',
798|            'class': 'js-occ-view-edit-btn',
799|            'tooltip': 'Editar ocorrência',
800|            'attributes': { 'data-occurrence': occurrence|json_encode|e('html_attr') }
801|        }]) %}
802|    {% endif %}
803|    {% if show_aprofundamento_btn and occurrence.is_ssma_event|default(false) %}
804|        {% set occ_fab_buttons = occ_fab_buttons|merge([{
805|            'id': 'fab-aprofundamento',
806|            'icon': 'fas fa-plus',
807|            'style': 'secondary',
808|            'class': 'js-occ-view-aprofundamento-btn',
809|            'tooltip': 'Aprofundamento',
810|            'attributes': { 'data-occurrence': occurrence|json_encode|e('html_attr') }
811|        }]) %}
812|    {% endif %}
813|    {% if occ_cause_tree_fab %}
814|        {% set occ_fab_buttons = occ_fab_buttons|merge([occ_cause_tree_fab]) %}
815|    {% endif %}
816|    {% if record is defined and record.kind is defined %}
817|        {% set occ_fab_buttons = occ_fab_buttons|merge([{
818|            'id': 'fab-investigation-committee',
819|            'icon': 'fas fa-robot',
820|            'style': 'primary',
821|            'class': 'js-ssma-investigation-committee-open',
822|            'tooltip': 'Detalhes do comitê de investigação com IA'
823|        }]) %}
824|    {% endif %}
825|    {% set _occ_approval = occurrence.occurrence_approval.status|default('') %}
826|    {% if occurrence.is_ssma_event|default(false) and can_approve_occurrence|default(false) and _occ_approval != 'approved' and _occ_approval != 'rejected' %}
827|        {% set occ_fab_buttons = occ_fab_buttons|merge([{
828|            'id': 'fab-approve-occurrence',
829|            'icon': 'fas fa-check-circle',
830|            'style': 'primary',
Request #22 deepseek-v4-flash P:27.02K C:5.2K CR:25.09K CW:0 39597ms
Reasoning
The occurrence_view is single occurrence. `can_aprof` is a page-level flag computed from backend. The event id is `occurrence.id`. Now, the stale flag scenario: When clicking the button, the code now injects `_can_edit_aprofundamento` derived from server render state at page load. In `openAprofundamento`, it first fetches latest event data via `ssma_event_get`, then `openWith(fullData)` re-applies the stale `serverCanEditAprofundamento` over the fresh data. So server permissions embedded in the page (snapshot) override fresh server info. Already confirmed #1. Note also: in the JS at line 6531-6533, `serverCanEditAprofundamento` is captured before the fetch and reapplied at 6542-6544 even when the fetched `full` potentially carries its own (newer) flag — which is actually the concern. Right. Now let's think about whether the backend actually validates the ability to edit/save aprofundamento on the server (authorization). If server save endpoint checks permission and can_edit, then any client-side bypass wouldn't matter. But the concern of stale permission is about UX & possibly inconsistent readonly state, not security, given backend enforcement. Let me look at where the actual save happens for the aprofundamento-only flow (evUpdateFooter label 'Finalizar'), and whether the endpoint re-checks permissions. But that's beyond the diff scope; it's fine to assume backend enforces. Now the actual remaining issues not covered by confirmed findings: Let me examine possible scenarios: **Scenario: `populateForEdit` resets `evAprofundamentoCanEditFromServer = null` and `evAprofundamentoOnlyMode = false`, and it's called at openWith with the flag re-applied after. OK. But wait — evUpdateFooter during populateForEdit (final evSetStep('general')) is invoked when onlyMode=false, but this is the transient state before openWith applies its own settings, and then evSetStep('aprofundamento') and evUpdateFooter again reapply. So no lingering issue. **Scenario: The `save` button in onlyMode.** evUpdateFooter in onlyMode path (3345-3358): if finalized and not admin → disabled hidden. Otherwise save enabled always and label "Finalizar"/"Salvar alterações". Notably, **evUpdateFooter's onlyMode branch doesn't consult evCanEditAprofundamento at all** — it merely checks finalized/admin. So in onlyMode with server flag false, would the footer show a save button? Let's trace: In openWith with server flag false (readonly user), evSetStep('aprofundamento') → evSetAprofundamentoReadonly(true) and evUpdateFooter() → onlyMode branch → if not finalized → save.classList.remove('d-none'); save.disabled = false; label = 'Finalizar'. So the save button would show "Finalizar" even for a readonly user! Then clicking "Finalizar"... what happens on the readonly? Presumably the backend rejects. But the modal's fields are readonly yet there's a visible "Finalizar" button that a readonly user could click — would it attempt submission and fail? Or does it also get gated by validation requiring fields? Hmm. But this is existing behavior (not changed by this PR?) — well, previously (before this PR) a readonly user in onlyMode (e.g., approver opening aprofundamento) also would see save button if not finalized, unless some code hides it. Actually wait, before this PR, would a readonly user even reach onlyMode? openAprofundamento sets evAprofundamentoOnlyMode = true regardless of permission. Before the PR, readonlyness came from evSetAprofundamentoReadonly(true) applied at evSetStep. The save button behavior in onlyMode didn't depend on canEdit. So existing behavior — the readonly user sees "Finalizar"? That seems like a pre-existing issue not introduced here. But this PR's new `serverCanEdit = false → evCanEditAprofundamento returns false` doesn't change footer logic in onlyMode. So not introduced. Hmm, but wait — is the footer even shown to readonly users? Possibly when readonly, cancel is shown and maybe save hidden via other logic. Let me not dig; out of scope. **Another angle — the CRITICAL missing reset:** In `openAprofundamento`, when the admin branch occurs (`EV_IS_ADMIN_APROFUNDAMENTO && OccurrenceModal.openEdit`), it calls `OccurrenceModal.openEdit(data)` and returns, WITHOUT setting/resetting `evAprofundamentoCanEditFromServer` (stays from prior state, e.g., from a previous aprofundamento-only open set to true/false) and `evAprofundamentoOnlyMode` (may remain true from prior open!). Then OccurrenceModal.openEdit presumably calls EvModal.populateForEdit (which resets both to null/false). Let me verify OccurrenceModal.openEdit implementation, likely within occurrence_view.html.twig or another partial. Actually if OccurrenceModal.openEdit internally calls `EvModal.populateForEdit(data)` (which resets the flags at line 6144-6145), then flags are reset. Fine. But if it opens via another route that doesn't reset the flags, then stale flags would leak into full edit flow: evAprofundamentoOnlyMode stays true, causing evSetStep to force aprofundamento step and footer to behave in onlyMode. That would be a bug, but pre-existing? Well, before this PR evAprofundamentoOnlyMode had resets in populateForEdit too (line 6144 reset existed? Let's see diff hunk: line 6142 area in new file: added `evAprofundamentoCanEditFromServer = null;` only — evAprofundamentoOnlyMode = false reset existed before). So admin path presumably resets through populateForEdit when OccurrenceModal.openEdit calls it. Not a new issue. But wait, what about the sequencing in openWith with an admin who is EV_IS_ADMIN_APROFUNDAMENTO... they return early so never set flag. And non-admin with flag = null keeps old behavior. OK. **Now, a genuine new issue:** Let me think about whether evCanEditAprofundamento is called during typing/validation in onlyMode after user fills fields, and whether server flag could cause the "Finalizar"/save to be enabled but fields disabled when flag=false — which matches "readonly with warning" behavior expected for non-permission users (scenario test 4). Fine. **Possible issue: In `openWith`, when server flag is null (opened from somewhere else, e.g., full modal edit flow? Actually openAprofundamento is only invoked by occurrence_view click), and `full` (fetched event data) doesn't contain the flag; `evAprofundamentoCanEditFromServer = null` and onlyMode=true; then evCanEditAprofundamento falls through to heuristics (tags, manager, admin). So for direct calls to openAprofundamento from other pages without the injected flag, old heuristics apply. Fine. **Now consider the interplay when the page Twig `can_aprof.can_edit` is true because the user is the reporter's direct manager or has the tag — and the event type ROS.** The modal opens editable. Good — that's the fix. **Potential real bug — data attribute on mobile FAB:** The FAB button at line 808 has `data-occurrence` attribute? It merges 'attributes': {'data-occurrence': ...} → yes. The click handler at 1444 attaches to `.js-occ-view-aprofundamento-btn` globally and both buttons carry data-occurrence. OK. **Potential real bug — Twig inline JS injection at 1457:** `{{ can_aprof.can_edit|default(false) ? 'true' : 'false' }}` — this outputs inside a `<script>` block. The variable can_aprof presumably server-computed bool. If can_aprof is not defined for non-SSMA-event occurrences, `default(false)` handles. If the page is rendered as an SSMA event detail for a ROS etc. Fine. **Now a deeper look at a possible functional gap vs requirement #5**: "Em outros fluxos (criação de evento, modal completo), a heurística JS existente permanece (evAprofundamentoCanEditFromServer = null)". The reset of evAprofundamentoCanEditFromServer added at line 6145 (populateForEdit) and 6589 (openCreate) handles this. But what about `OccurrenceModal.openEdit` path that may NOT go through EvModal.populateForEdit but directly manipulate the DOM? Need to check occurrence_view for OccurrenceModal openEdit implementation... Actually the occurrence view edits via `OccurrenceModal` object defined maybe in another partial `_modal_occurrence`... hmm, ssmaOccurrenceEdit... Let me not go down that path; the occurrence "Editar" button opens occurrence modal (OccurrenceModal) which is a separate full occurrence editor, distinct from EvModal. The EvModal is the event modal. In occurrence_view, when clicking "+ Aprofundamento" with admin, OccurrenceModal.openEdit is called (which is the occurrence/event edit modal? odd naming). Let me search OccurrenceModal definition. Actually more important: Is the flag `_can_edit_aprofundamento` set on `data` before OccurrenceModal.openEdit in admin path — does the admin full modal get affected by `_can_edit_aprofundamento`? Possibly OccurrenceModal.openEdit→EvModal.populateForEdit is called with the data carrying `_can_edit_aprofundamento`; but populateForEdit resets evAprofundamentoCanEditFromServer = null, so no impact. Good. Let me now consider the **most important potential undisclosed bug** that reviewers should catch: Consider `openWith` captures `serverCanEditAprofundamento` from the *initial page-provided data* and reapplies it to the **freshly fetched** `full`. But `full` fetched from `ssma_event_get` may reflect a state where permission changed (finalized). But then within evCanEditAprofundamento the finalized check (first) still returns false for non-admin. For scenario: server flag false (user not allowed) but data fresh and not finalized → readonly, correct. Scenario: page rendered can_edit=true; by click time the aprofundamento was already finalized by someone else. fresh data shows finalized, non-admin → readonly due to first check. So final state okay for finalized case. Scenario: page rendered can_edit=true (user has tag), but between render & click permission revoked server-side? Rare, negligible. So actually the practical impact of the stale flag is limited because the finalized check protects. Confirmed finding #1 still stands as "stale flag" though, but let's consider severity. It says: "Se o aprofundamento for finalizado (ou a permissão mudar), o modal pode abrir editável quando deveria ser readonly". Hmm wait — for the finalized case the first check catches it, unless the *server flag* true scenario: hmm, actually reading again the finding: "Se o aprofundamento for finalizado (ou a permissão mudar)..." Wait, but this is already-confirmed so we don't repeat. But we can still verify there isn't an additional facet: For admin SSMA (EV_IS_ADMIN_APROFUNDAMENTO true) who opened via the non-admin path? No. Let me carefully re-examine for a NEW and distinct bug: **Bug candidate 1:** In `evCanEditAprofundamento`, the two new conditions use `evAprofundamentoOnlyMode &&`. But `evAprofundamentoOnlyMode` is set true AFTER `populateForEdit` returns, which is fine. But there's an important call sequence: `evSetStep('aprofundamento')` inside openWith at line 6556 triggers `evSetAprofundamentoReadonly(!evCanEditAprofundamento(...))`. Note ordering at evSetStep 3404: yes, applied after onlyMode/flag set. Good. **Bug candidate 2 — the fetch result `full` doesn't include `details.aprofundamento` etc. and uses stale page data:** pre-existing. **Bug candidate 3 — Twig escaping difference between desktop button & fab:** not relevant. **Bug candidate 4 — Hardcoded 'true'/'false' strings via Twig ternary producing safe output — good. **Bug candidate 5 — When `can_aprof.can_edit` is true, but user is NOT admin and the aprofundamento is NOT finalized, then in evUpdateFooter's onlyMode branch the save shows "Finalizar" — okay. **Bug candidate 6 — New code ignores `EV_USER_TECHNICAL_TYPES` / `evIsLoggedUserDirectManagerOfReporter` even when the server flag is false but the JS heuristic would have allowed editing (i.e., a user with the tag but backend can_edit=false).** Wait — the whole point of the fix is to *honor* the backend. But could there be a legitimate case where backend `can_edit` = false while the JS heuristic says the user CAN edit? E.g., the direct manager of the reporter who has can_edit true in backend... The backend supposedly returns can_edit=true for such manager (requirement rule 3: "gestor direto do relator (ROS/QA)"). If backend flag is accurate, no issue. But any case where the backend flag is more restrictive than intended would now regress users who could previously edit via JS heuristics. Consider: The view page loads can_aprof computed for the *occurrence*; but the aprofundamento section may involve *multiple events* or the `can_edit` flag is per event. If the occurrence has multiple events requiring aprofundamento (e.g., several events in an occurrence view), the single page-level `can_aprof.can_edit` would be applied to whichever event's button is clicked. Actually looking at the template, `occurrence.is_ssma_event` suggests the occurrence IS an event (single). So single. But wait — let me check `resolveOccurrenceViewAprofundamentoFlags` server logic to see whether the JS heuristics (direct manager / tag / admin) are fully mirrored server-side. Since the original bug states backend already returned can_edit=true while JS computed false, the backend is the source of truth and JS heuristics are a superset? Or the reverse: JS heuristics may return true for users backend returns false (e.g., a tag match where backend restricts to only current event type tag?). In onlyMode with server flag false, editing is now blocked even for a user the JS heuristics considered authorized. This is by design per requirement #4 ("não recalcular por cima"). So not a bug. **Bug candidate 7 — server flag semantics vs finalize:** For a technical professional authorized (can_edit true) but aprofundamento already finalized, backend returns can_edit=false? If the page was loaded when not finalized (can_edit true snapshot), then later finalized by another user, the stale true flag could... final check catches first (readonly). OK. **Bug candidate 8 — the flag could allow an admin through?** Admin path returns early to OccurrenceModal.openEdit, so never enters onlyMode. But what about `EV_IS_ADMIN_APROFUNDAMENTO` == true and OccurrenceModal.openEdit **not available** (function absent)? In occurrence_view, is OccurrenceModal always defined? If not defined (some JS load error), the fallback is to proceed with onlyMode and server flag, where admin would be gated by server flag possibly false even though admin should edit. Edge but unlikely. Let me now step back and check for a real logic inconsistency: In onlyMode, when server flag is **false**, `evCanEditAprofundamento` returns false — so fields readonly — **but footer save button logic (evUpdateFooter) in onlyMode ignores evCanEditAprofundamento and enables "Finalizar"**. That means a user without permission sees a readonly aprofundamento with a *Finalizar* button enabled, which is confusing but pre-existing (the footer in onlyMode was always like that). Wait, before this PR, for a no-permission user opening aprofundamento-only... would the modal even open? Actually before the PR, the "readonly with yellow warning" state was the very bug reported: the specialist authorized by backend got readonly modal. The readonly/no-permission user presumably saw readonly modal too. If they saw a Finalizar button enabled... hmm, maybe the readonly user still got the readonly state with save button? Possibly the "Finalizar" button only shows when can edit. Let me check line 3336-3378 more closely... Actually, in onlyMode branch (3345), it doesn't check evCanEditAprofundamento. So regardless of canEdit, if not finalized, the save button shows enabled. That is pre-existing behavior though. But it may be worth checking whether a readonly-only user even has the "Finalizar" path. But since this predates the PR and isn't in the diff, per instructions "Avoid commenting on unchanged code." It's unchanged. Skip. Now, let me examine the **approval gate mention** — nothing in the diff. Let me look for **actual new bug** I can confirm with code facts and that is distinct from confirmed #1/#2: Candidate: **In occurrence_view, the injected `_can_edit_aprofundamento` uses `can_aprof.can_edit`, but the button can also open the modal for viewing when the occurrence's event is not of aprofundamento-required type.** Not relevant. Candidate: **`data._can_edit_aprofundamento = ...` is added to `data` which came from `JSON.parse(raw)` of `data-occurrence`. That raw JSON might be large; but also adding the property mutates the parsed object shared? Each click parses anew. Fine. Candidate: **In `openWith`, when `serverCanEditAprofundamento !== null`, they overwrite `full._can_edit_aprofundamento` — meaning even if the fresh data (result.event) included its own up-to-date flag (server sets it in ssma_event_get? maybe not), it gets clobbered by stale.** This is the stale issue (part of #1). Skip. Candidate: **evAprofundamentoFinalizeIntent resetting**: In openWith, `evAprofundamentoFinalizeIntent = true;` set. Same as before? In diff, openWith originally had `window.EvModal.populateForEdit(full || data);` then `evAprofundamentoOnlyMode = true; evAprofundamentoFinalizeIntent = true;`. The change adds the flag handling. OK. Now let's think about the **openAprofundamento non-admin flow when the event fetch fails or eventId is undefined** — `openWith(data)` uses page data with the injected flag. Good. Now, let's check the **server-side contract**: does `ssma_event_get` return `aprofundamento_status`/details consistent with what populateForEdit expects for the "Finalizado" detection? Line 6148-6150 uses `detEarly.aprofundamento_status`. When the event is fetched fresh and the user had the modal open... skip. OK so beyond the two confirmed, what genuinely NEW issues remain? Let me consider maintainability / logic correctness for the **evCanEditAprofundamento early return false placement** vs the earlier finalized check. Also consider that when server flag false and user is admin (`EV_IS_ADMIN_APROFUNDAMENTO`), in onlyMode... no. But there IS a real scenario: **A non-admin user who is both tag-specialist AND the event is finalized**. Server flag=false (finalized non-admin) → first check catches finalized → false. Good. What about **onlyMode + server flag true + not finalized + admin?** Admin wouldn't be here. Skip. What about the case where the **specialist has can_edit=true and the aprofundamento is finalized by them** (someone may edit after finalize? No, backend says finalized → only admin). So can_edit=false on render. Fresh data non-finalized? Not relevant. Let me consider **XSS** via `{{ occurrence|json_encode|e('html_attr') }}`... unchanged. Hmm, now let's reconsider the **critical ordering problem** of `evCanEditAprofundamento` new checks relative to the *footer label logic at line 3366* and line 6730/6739/6806 — validation gating. Let me read 6700-6760 and 6790-6820 and 6980-7010 to understand "Finalizar" gating, whether save validation requires canEdit, since in onlyMode with server flag true and aprofundamento **finalized** and user not admin — can't happen. Skip. Actually, let me focus on a potentially real issue that is *not* among the confirmed: **The readonly state vs the warning banner.** Where does the yellow warning banner show? The requirement says readonly opens with warning. The new code makes it so when server flag=false the readonly shows; when true, editable. Let me find where the banner toggling happens to ensure the new checks integrate correctly with the banner visibility (maybe banner visibility toggles based on evCanEditAprofundamento too). If the banner hides based on evCanEditAprofundamento, then with server flag true the banner would hide. Let me search for the banner text. Actually, more valuable: check where `evSetAprofundamentoReadonly` is defined and if banner depends on it. But this is deep; the PR author claims it works. Let me now examine one potential overlooked NEW bug: **`evAprofundamentoCanEditFromServer = null` reset added to `populateForEdit` (line 6145) and to `openCreate` (6589). But is `populateForEdit` ever called by the *occurrence full-edit* flow (OccurrenceModal.openEdit → does it call EvModal.populateForEdit?) right after an aprofundamento-only session closes?** If an aprofundamento-only session left onlyMode=true and server flag true, then user closes offcanvas and opens full edit (Editar button). The Editar occurrence button (line 680) triggers OccurrenceModal.openEdit, which likely calls EvModal.populateForEdit → resets flags → safe. Good. What if the user opens "+ Aprofundamento" twice without closing? Each call re-fetches and re-runs openWith which sets flag/onlyMode. Fine. Let's think about **another offcanvas reuse**: When the aprofundamento-only session (onlyMode=true) is closed via the offcanvas X or Cancel button, does some "close" handler reset evAprofundamentoOnlyMode=false? If not, and then the user clicks "Criar Ação" / open other EvModal flows not going through populateForEdit/openCreate... They'd be stuck in onlyMode? Search for where onlyMode is reset besides 6144/6549/6588. Those are the only assignments: initialized false at 1548; set false in populateForEdit and openCreate; set true only in openWith (line 6549) which is only in openAprofundamento. So closing the aprofundamento offcanvas without navigating doesn't reset — but pre-existing (onlyMode existed before). Whenever a new modal open occurs, it goes through populateForEdit/openCreate which reset. OK. Given confirmed findings already cover the main two issues, let me make sure I do a pass on `.opencodereview/rule.json` for typos in JSON keys and structure. Let me read the file.
Tool Calls (1)
⚙ file_read
Show Details
Arguments
{"file_path": ".opencodereview/rule.json"}
Result
File: .opencodereview/rule.json (Total lines: 147)
IS_TRUNCATED: false
LINE_RANGE: 1-147
1|{
2|  "include": [
3|    "tests/**/*.php",
4|    "**/*.twig"
5|  ],
6|  "rules": [
7|    {
8|      "path": "src/Service/Interview/V2/**/*.php",
9|      "merge_system_rule": true,
10|      "rule": ".opencodereview/rules/interview-v2/service.md"
11|    },
12|    {
13|      "path": "src/Controller/Interview/V2/InterviewConversationV2Controller.php",
14|      "rule": ".opencodereview/rules/interview-v2/controller.md"
15|    },
16|    {
17|      "path": "src/Prompt/Interview/V2/Conversation/{ConversationSystemPrompt,MediaInteractionPrompt}.php",
18|      "rule": ".opencodereview/rules/interview-v2/prompt.md"
19|    },
20|    {
21|      "path": "tests/Unit/Product/PesquisaIaV2/**/*.php",
22|      "merge_system_rule": true,
23|      "rule": ".opencodereview/rules/interview-v2/tests.md"
24|    },
25|    {
26|      "path": "src/Service/ProjectCollaboratorAccessService.php",
27|      "merge_system_rule": true,
28|      "rule": ".opencodereview/rules/projects/task-deadline.md"
29|    },
30|    {
31|      "path": "src/Controller/ProjectsNewController.php",
32|      "merge_system_rule": true,
33|      "rule": ".opencodereview/rules/projects/task-deadline.md"
34|    },
35|    {
36|      "path": "public/js/projects/**/*.js",
37|      "merge_system_rule": true,
38|      "rule": ".opencodereview/rules/projects/task-deadline.md"
39|    },
40|    {
41|      "path": "templates/projects2.0/**/*.twig",
42|      "merge_system_rule": true,
43|      "rule": ".opencodereview/rules/projects/task-deadline.md"
44|    },
45|    {
46|      "path": "tests/Unit/Product/Projects/**/*.php",
47|      "merge_system_rule": true,
48|      "rule": ".opencodereview/rules/projects/task-deadline.md"
49|    },
50|    {
51|      "path": "src/Service/Ssma/ActionPlan/SsmaActionPlanPanel{Service,Presenter}.php",
52|      "merge_system_rule": true,
53|      "rule": ".opencodereview/rules/ssma/action-plan-panel.md"
54|    },
55|    {
56|      "path": "public/js/ssma/action_plan_panel.js",
57|      "merge_system_rule": true,
58|      "rule": ".opencodereview/rules/ssma/action-plan-panel.md"
59|    },
60|    {
61|      "path": "templates/ssma/action_plan/tabs/_tab_painel*.html.twig",
62|      "merge_system_rule": true,
63|      "rule": ".opencodereview/rules/ssma/action-plan-panel.md"
64|    },
65|    {
66|      "path": "templates/ssma/occurrence/partials/_modal_event.html.twig",
67|      "merge_system_rule": true,
68|      "rule": ".opencodereview/rules/ssma/occurrence-descaracter-suspeita-card.md"
69|    },
70|    {
71|      "path": "templates/ssma/occurrence/partials/_ev_injured_person_box.html.twig",
72|      "merge_system_rule": true,
73|      "rule": ".opencodereview/rules/ssma/occurrence-descaracter-suspeita-card.md"
74|    },
75|    {
76|      "path": "templates/ssma/occurrence/partials/_modal_event.html.twig",
77|      "merge_system_rule": true,
78|      "rule": ".opencodereview/rules/ssma/occurrence-ros-aprofundamento-readonly.md"
79|    },
80|    {
81|      "path": "src/Controller/SsmaController.php",
82|      "merge_system_rule": true,
83|      "rule": ".opencodereview/rules/ssma/occurrence-approve.md"
84|    },
85|    {
86|      "path": "templates/ssma/occurrence/occurrence_view.html.twig",
87|      "merge_system_rule": true,
88|      "rule": ".opencodereview/rules/ssma/occurrence-approve.md"
89|    },
90|    {
91|      "path": "templates/ssma/occurrence/occurrence_view.html.twig",
92|      "merge_system_rule": true,
93|      "rule": ".opencodereview/rules/ssma/occurrence-ros-aprofundamento-readonly.md"
94|    },
95|    {
96|      "path": "src/Controller/**/*.php",
97|      "merge_system_rule": true,
98|      "rule": ".opencodereview/rules/backend/controller.md"
99|    },
100|    {
101|      "path": "src/Service/**/*.php",
102|      "merge_system_rule": true,
103|      "rule": ".opencodereview/rules/backend/service.md"
104|    },
105|    {
106|      "path": "src/Repository/**/*.php",
107|      "merge_system_rule": true,
108|      "rule": ".opencodereview/rules/backend/repository.md"
109|    },
110|    {
111|      "path": "src/{EventListener,EventSubscriber,Security/Voter}/**/*.php",
112|      "merge_system_rule": true,
113|      "rule": ".opencodereview/rules/backend/listener-voter.md"
114|    },
115|    {
116|      "path": "src/Command/**/*.php",
117|      "merge_system_rule": true,
118|      "rule": ".opencodereview/rules/backend/command.md"
119|    },
120|    {
121|      "path": "migrations/**/*.php",
122|      "merge_system_rule": true,
123|      "rule": ".opencodereview/rules/backend/migrations.md"
124|    },
125|    {
126|      "path": "src/**/*.php",
127|      "merge_system_rule": true,
128|      "rule": ".opencodereview/rules/backend/php-general.md"
129|    },
130|    {
131|      "path": "templates/**/*.twig",
132|      "merge_system_rule": true,
133|      "rule": ".opencodereview/rules/frontend/twig.md"
134|    },
135|    {
136|      "path": "public/js/**/*.js",
137|      "merge_system_rule": true,
138|      "rule": ".opencodereview/rules/frontend/js.md"
139|    },
140|    {
141|      "path": "tests/**/*.php",
142|      "merge_system_rule": true,
143|      "rule": ".opencodereview/rules/backend/tests.md"
144|    }
145|  ]
146|}
147|
Request #23 deepseek-v4-flash P:34.05K C:777 CR:32.13K CW:0 6476ms
Reasoning
rule.json: The structure is valid JSON, keys: include, rules, path, merge_system_rule, rule. No typos in keys. The diff adds two mapping entries pointing at `.opencodereview/rules/ssma/occurrence-ros-aprofundamento-readonly.md`, which is included in the PR per user background ("Amostra: ... occurrence-ros-aprofundamento-readonly.md"). Wait, the review_files list only includes 3 files: rule.json, occurrence_view.html.twig, _modal_event.html.twig. The rule file `.opencodereview/rules/ssma/occurrence-ros-aprofundamento-readonly.md` is not among review_files. It says other_changed_files is empty though. Hmm, "Other files changed in this update (not in this review group)" is empty. So the md file exists per the user background and commits (commit bf3172dad "chore(ocr): regra SSMA..."). Since it's not in the review group, we should not produce comments targeting it. But let me confirm the file exists to ensure the rule.json mapping isn't broken. We can check with file_find quickly. Not critical. Now, since this task requires JSON key spelling review only for rule.json — the added keys ("path", "merge_system_rule", "rule") are consistent with the rest. Good. No issues in rule.json. Now let's revisit _modal_event hunk 6134-6150. The reset added inside populateForEdit. Also note: In openWith, they call `window.EvModal.populateForEdit(full)` which resets `evAprofundamentoCanEditFromServer = null`, then after the call set flag. That's fine as noted. Now, given confirmed findings #1 and #2, is there another *real, distinct* issue worth commenting? Let me look for the one about `evCanEditAprofundamento` returning false in onlyMode for admins who reach via openAprofundamento's fallback (when OccurrenceModal.openEdit missing). Rare. Let me carefully re-examine requirement #2 & behavior for finalized+admin scenario test #6 to ensure the new code does not break admin editing. For an admin SSMA (EV_IS_ADMIN_APROFUNDAMENTO), openAprofundamento routes to OccurrenceModal.openEdit → full edit modal. In that modal, evAprofundamentoOnlyMode=false, and evAprofundamentoCanEditFromServer reset in populateForEdit. So admin editing unaffected. Requirement #6 satisfied. But wait — what if `EV_IS_ADMIN_APROFUNDAMENTO` is true but `window.OccurrenceModal` is undefined on the occurrence view page? Let me check whether occurrence_view.html.twig includes OccurrenceModal JS (an object with openEdit). Search for OccurrenceModal in occurrence_view or its includes.
Tool Calls (2)
⚙ code_search
Show Details
Arguments
{"file_patterns": ["templates/ssma/occurrence/occurrence_view.html.twig"], "search_text": "OccurrenceModal"}
Result
File: templates/ssma/occurrence/occurrence_view.html.twig
Match lines: 2
1433|        if (data && window.OccurrenceModal && typeof window.OccurrenceModal.openEdit === 'function') {
1434|            window.OccurrenceModal.openEdit(data);
⚙ code_search
Show Details
Arguments
{"file_patterns": ["templates/ssma/occurrence/partials/_modal_event.html.twig"], "search_text": "function evSetAprofundamentoReadonly"}
Result
File: templates/ssma/occurrence/partials/_modal_event.html.twig
Match lines: 1
3305|    function evSetAprofundamentoReadonly(readonly) {
Request #24 deepseek-v4-flash P:34.95K C:302 CR:34.82K CW:0 2679ms
Reasoning
OccurrenceModal only used but not defined in occurrence_view — likely defined in another JS file loaded in the page (e.g., occurrence_edit). Let me not dig. Let me read evSetAprofundamentoReadonly and the warning banner logic to see if the readonly flag (from evCanEditAprofundamento with server flag) controls the warning banner correctly and there isn't an inconsistency with the new code path when onlyMode & server flag true but not finalized — will the yellow warning be hidden? Probably the banner shows when readonly. Let me read 3290-3332.
Tool Calls (2)
⚙ file_read
Show Details
Arguments
{"end_line": 3332, "file_path": "templates/ssma/occurrence/partials/_modal_event.html.twig", "start_line": 3260}
Result
File: templates/ssma/occurrence/partials/_modal_event.html.twig (Total lines: 7732)
IS_TRUNCATED: false
LINE_RANGE: 3260-3332
3260|        } else {
3261|            rows.forEach(function (row) {
3262|                host.insertAdjacentHTML('beforeend', evBuildCorrectiveActionRow(row || {}));
3263|            });
3264|        }
3265|        evRenumberCorrectiveActions();
3266|        evBindCorrectiveMemberSearch(host);
3267|    }
3268|
3269|    function evValidateCorrectiveActions(MV) {
3270|        if (!evRequiresAprofundamento(evSelectedType())) return true;
3271|        var ok = true;
3272|        var items = document.querySelectorAll('#ev-corrective-actions-list .ev-corrective-action-item');
3273|        if (!items.length) {
3274|            return true;
3275|        }
3276|        Array.prototype.forEach.call(items, function (item) {
3277|            var description = ((item.querySelector('.ev-ca-description') || {}).value || '').trim();
3278|            var resolved = !!(item.querySelector('.ev-ca-resolved') || {}).checked;
3279|            var deadline = ((item.querySelector('.ev-ca-deadline') || {}).value || '').trim();
3280|            var responsibleId = ((item.querySelector('.ev-ca-responsible') || {}).value || '').trim();
3281|            var validatorId = ((item.querySelector('.ev-ca-validator') || {}).value || '').trim();
3282|            var hierarchy = ((item.querySelector('.ev-ca-hierarchy') || {}).value || '').trim();
3283|            var empty = !description && !responsibleId && !validatorId && !hierarchy && !deadline && !resolved;
3284|            if (empty) return;
3285|            if (!description) {
3286|                ok = false;
3287|                if (MV && window.jQuery) MV.markInvalid(window.jQuery(item.querySelector('.ev-ca-description')));
3288|            }
3289|            if (!responsibleId) {
3290|                ok = false;
3291|                if (MV && window.jQuery) MV.markInvalid(window.jQuery(item.querySelector('.ev-ca-responsible')));
3292|            }
3293|            if (!hierarchy) {
3294|                ok = false;
3295|                if (MV && window.jQuery) MV.markInvalid(window.jQuery(item.querySelector('.ev-ca-hierarchy')));
3296|            }
3297|            if (!resolved && !deadline) {
3298|                ok = false;
3299|                if (MV && window.jQuery) MV.markInvalid(window.jQuery(item.querySelector('.ev-ca-deadline')));
3300|            }
3301|        });
3302|        return ok;
3303|    }
3304|
3305|    function evSetAprofundamentoReadonly(readonly) {
3306|        var panel = document.getElementById('ev-step-aprofundamento');
3307|        var alert = document.getElementById('ev-aprofundamento-denied-alert');
3308|        if (panel) panel.classList.toggle('is-readonly', !!readonly);
3309|        if (alert) {
3310|            alert.classList.toggle('d-none', !readonly);
3311|            if (evIsAprofundamentoFinalized() && !EV_IS_ADMIN_APROFUNDAMENTO) {
3312|                alert.innerHTML = '<i class="fas fa-lock mr-2"></i>Aprofundamento finalizado. Somente um administrador ou gestor administrador pode alterar.';
3313|            } else {
3314|                alert.innerHTML = '<i class="fas fa-exclamation-triangle mr-2"></i>O aprofundamento é preenchido pelo profissional responsável (gestor direto do colaborador ou equipe técnica SSMA).';
3315|            }
3316|        }
3317|        var controls = document.querySelectorAll(
3318|            '#ev-technical-section input, #ev-technical-section select, #ev-technical-section textarea,' +
3319|            '#ev-spec-type-card input, #ev-spec-type-card select, #ev-spec-type-card textarea,' +
3320|            '#ev-gravity-wrap input, #ev-gravity-wrap select,' +
3321|            '#ev-corrective-actions-section input, #ev-corrective-actions-section select, #ev-corrective-actions-section textarea, #ev-corrective-actions-section button,' +
3322|            '#ev-step-aprofundamento .ev-inj-descaracter-btn'
3323|        );
3324|        Array.prototype.forEach.call(controls, function (el) {
3325|            if (!el || el.type === 'hidden') return;
3326|            if (el.classList && el.classList.contains('ev-inj-descaracter-suspect-ro')) return;
3327|            el.disabled = !!readonly;
3328|        });
3329|        // Reaplica bloqueio Sem dano — o loop acima zera disabled de todos os selects.
3330|        evSyncInjuryTypeByConsequence();
3331|        evSyncDescaracterStageUi();
3332|    }
⚙ file_read
Show Details
Arguments
{"end_line": 5160, "file_path": "templates/ssma/occurrence/partials/_modal_event.html.twig", "start_line": 5120}
Result
File: templates/ssma/occurrence/partials/_modal_event.html.twig (Total lines: 7732)
IS_TRUNCATED: false
LINE_RANGE: 5120-5160
5120|        }
5121|
5122|        // QA: re-apply person row toggle + consequência potencial
5123|        if (type === 'QUASE_ACIDENTE') {
5124|            toggleQaPersonRow();
5125|            if (typeof filterQaPotentialConsequence === 'function') {
5126|                filterQaPotentialConsequence();
5127|            }
5128|        }
5129|
5130|        // ROS: re-apply potential consequence filter
5131|        if (type === 'ROS') {
5132|            filterRosPotentialConsequence();
5133|        }
5134|
5135|        // Ao mudar tipo, sincroniza visibilidade do bloco de regiões
5136|        if (type === 'ACIDENTE_PESSOAL') {
5137|            syncBodyRegionVisibility();
5138|            if (evHadInjuryForValidation()) {
5139|                evEnsureBodyMapForCard(evGetActiveInjuredCardForBodyMap());
5140|            }
5141|            evSyncInjuredCardsFromInvolved();
5142|        } else {
5143|            var bmb = document.getElementById('ev-body-map-block');
5144|            if (bmb) bmb.classList.add('d-none');
5145|        }
5146|
5147|        if (typeof window.renderEvCategorySelect === 'function') {
5148|            window.renderEvCategorySelect(type, '');
5149|        }
5150|        evSyncReportedByFieldForType(type);
5151|        evSyncCriticalityField(type);
5152|        evSetAprofundamentoReadonly(!evRequiresAprofundamento(type) || !evCanEditAprofundamento(type));
5153|        evSyncAccidentCostFields(type || '');
5154|        evUpdateFooter();
5155|    }
5156|
5157|    /**
5158|     * ROS — "Gestor responsável" passa a ser "Relatado por":
5159|     * - Pessoa física comum (Membro): campo oculto (ela é a relatora).
5160|     * - Gestor: pré-seleciona a si mesmo e pode trocar.
Request #25 deepseek-v4-flash P:36.99K C:4.07K CR:35.2K CW:0 29784ms
Reasoning
I've seen the readonly UI application. Now, is there any scenario in onlyMode where `evSetAprofundamentoReadonly` gets applied *before* `evAprofundamentoOnlyMode`/flag are set in openWith? evSetStep('aprofundamento') at 6556 happens after setting the flag. OK. But wait: In openWith, before evSetStep, they call `evEnsureCorrectiveActionsSeed()` at 6553-6555 which may render corrective rows but not necessarily apply readonly. Then evSetStep at 6556. Actually, look at order in openWith: ``` populateForEdit(full); // resets evAprofundamentoCanEditFromServer = ... evAprofundamentoOnlyMode = true; evAprofundamentoFinalizeIntent = true; modalTitle... evEnsureCorrectiveActionsSeed(); evSetStep('aprofundamento'); // applies readonly/editable + footer evSyncDescaracterUi(); openOffcanvasmodalEventNew(); ``` Looks correct. Now, let's consider what happens with a **type change while in onlyMode**: evCanEditAprofundamento is called within applyTypeBlock/evUpdateFooter. Since the type is fixed in aprofundamento only view, minor. Now, let me step back and think about whether to report an additional distinct finding. The instructions: "Previously Confirmed Findings... Do not repeat them. Continue reviewing all files ... report any other real issues you find." Two confirmed findings already. I should look for other real issues. Let me think harder about the specific diff lines: 1. In occurrence_view line 1457: The property injection is placed in the delegated click handler for `.js-occ-view-aprofundamento-btn`. Note that this handler is only present in occurrence_view template. In other pages that use `.js-occ-view-aprofundamento-btn` (e.g., occurrence list with inline buttons?) the handler may also exist elsewhere; but fine. Actually wait — is there another place that binds `.js-occ-view-aprofundamento-btn`? There's also the fab button on mobile with same class. Both within this view. Only one event open. OK. 2. In _modal_event openWith, `full` may be a **fetched event object from ssma_event_get** with different field names than the page's data-occurrence object. The code applies the server flag regardless. And when eventId is missing/invalid they openWith(data) — page data. Potential NEW bug: **If the fetch returns success but `result.event` lacks details needed and `data` had them**, they use fullData = result.event (replacing page data). Pre-existing behavior though? Before this PR, openWith(fullData) also used the fetched data. Yes unchanged. 3. New global var is reset at populateForEdit (line 6145). But NOTE: there is a **double reset timing issue** where in openWith the flag is reset within populateForEdit then re-set after — a bit convoluted but functionally OK. 4. **The most interesting remaining candidate**: When the server flag is `true` (can edit), but user is non-admin and the aprofundamento is finalized, the first guard (3100-3102) returns false → readonly. This is intended per rules. But what about the *reverse* — server flag true but `EV_IS_ADMIN_APROFUNDAMENTO` false and finalized true — the guard handles. OK. 5. Consider the **can_aprof.can_edit vs show** semantics — requirement says show → button. On the occurrence view, the button shown when `show_aprofundamento_btn and occurrence.is_ssma_event`. The `can_aprof` object probably from `resolveOccurrenceViewAprofundamentoFlags`. Since only one occurrence view, fine. 6. What about **non-SSMA-event occurrence** where `can_aprof` is undefined but the `.js-occ-view-aprofundamento-btn` won't render (guarded by show_aprofundamento_btn and is_ssma_event). So the handler will only fire when can_aprof should be defined. The Twig default(false) also guards. But hmm — if `can_aprof` is undefined entirely, `can_aprof.can_edit|default(false)` — Twig: accessing `.can_edit` on undefined `can_aprof`... In Twig, `can_aprof.can_edit` where can_aprof undefined triggers an error in strict mode? Actually Twig's `|default(false)` filters the whole expression `can_aprof.can_edit`? The expression `can_aprof.can_edit` when can_aprof is undefined would raise an error "Variable can_aprof does not exist", and `|default` only applies when the *result* is null/undefined — but the property access on an undefined variable... In Twig, `foo.bar|default('x')` — the default filter catches undefined variable/property errors within the expression? Yes — Twig's `default` filter suppresses undefined variable errors for the whole chained expression, because the `default` filter receives the expression result and if evaluation throws Twig_Error due to missing variable, it substitutes. Actually, in Twig, `{{ foo.bar|default('x') }}` works even when foo is undefined (returns 'x'). The `|default` also handles "undefined property" and "undefined variable" for the immediate left operand chain. Yes it's a documented idiom. Good. So in this view, `can_aprof` is defined anyway. 7. Another potential issue: The value is injected into the JS at page load: `{{ can_aprof.can_edit|default(false) ? 'true' : 'false' }}`. Since the occurrence page data JSON may contain events of multiple types where can_edit differs per event type (e.g., the page shows one SSMA event, so single type) — OK. Let me look for other actual bugs in the modal partial around the diffed lines 6134-6150 to confirm the added reset line is properly placed within populateForEdit (not duplicated or mis-indented). Read 6138-6152 again: line 6143 window.__ssmaEvCreateMode=null; 6144 evAprofundamentoOnlyMode=false; 6145 evAprofundamentoCanEditFromServer=null; 6146 finalize intent. Looks fine. Wait — the diff shows: ``` @@ -6134,6 +6142,7 @@ if (!$) return; window.__ssmaEvCreateMode = null; evAprofundamentoOnlyMode = false; + evAprofundamentoCanEditFromServer = null; evAprofundamentoFinalizeIntent = true; ``` Yes. Now I need to decide whether there are any additional REAL issues to report beyond the two confirmed ones, or just confirm I reviewed everything and call task_done after a summary. Let me think again about one more angle that could be a genuinely distinct bug: **The `_can_edit_aprofundamento` flag travels with `data` into `OccurrenceModal.openEdit(data)` for admins**. But since populateForEdit resets evAprofundamentoCanEditFromServer to null, no effect. But what about OccurrenceModal.openEdit not being EvModal? Possibly OccurrenceModal is a separate modal that itself opens EvModal's offcanvas via populateForEdit... so resets. OK. Wait, actually, maybe I should look at the ordering issue differently: In openWith, the sequence sets evAprofundamentoOnlyMode = true and then calls evSetStep('aprofundamento'), which then calls evCanEditAprofundamento. With server flag true/false, readonly toggled. But then `evSyncDescaracterUi()` at 6559 — "Sincroniza a UI de descaracterização agora que evAprofundamentoOnlyMode=true". And at 6575-6578 evSyncDescaracter... not relevant. Now, let me check whether there's a **status of the aprofundamento section in onlyMode when the server flag true**: since evCanEditAprofundamento returns true early, evSetAprofundamentoReadonly(false) → fields enabled. And alert hidden. Good. And with server flag false → readonly + alert visible. Good. Now a **finalized scenario where server flag=true but for admin only** (admins don't come here). Also scenario where server flag is true because user is admin (can_edit true for admin on finalized) — admin goes to OccurrenceModal.openEdit. If admin flag `EV_IS_ADMIN_APROFUNDAMENTO` false but backend can_edit true (admin SSMA not matched by JS), then onlyMode with server true → editable. OK, that's the fix target basically. Alright. Let me think about a subtle potential regression: **Scenario test 7 says full modal create/edit unaffected.** For full edit flow from occurrence view (Editar button → OccurrenceModal.openEdit), data object may contain `_can_edit_aprofundamento` property? The Editar button data-occurrence doesn't set it (only the aprofundamento button handler adds it). OccurrenceModal.openEdit receives data from other clicks where `_can_edit_aprofundamento` might have been set earlier on shared objects? Each click parses raw JSON freshly, so no. When openAprofundamento for admin calls OccurrenceModal.openEdit(data) with the flag set on data. Then in populateForEdit reset happens, so full modal unaffected. But wait — what does OccurrenceModal.openEdit do exactly? It might call EvModal.populateForEdit eventually. If OccurrenceModal.openEdit **does not** call EvModal.populateForEdit (e.g., different modal that reuses the offcanvas DOM by directly manipulating fields) and never resets, then evAprofundamentoOnlyMode might have been left true from the previous onlyMode session. But that scenario existed pre-PR for evAprofundamentoOnlyMode too, since previous aprofundamento open (as readonly/otherwise) set onlyMode=true without reset when closing. Hmm. Actually, the reset of evAprofundamentoOnlyMode only happens in populateForEdit and openCreate. If OccurrenceModal.openEdit leads to populateForEdit (it must, given the earlier code pattern `OccurrenceModal.openEdit` used from event list where EvModal is populated), it's fine. Let me verify by reading the occurrence "Editar" flow: The button `.js-occ-view-edit-btn` handler at 1433-1435 uses OccurrenceModal.openEdit(data). So OccurrenceModal.openEdit is used for editing the occurrence itself, likely from a separate modal partial `_modal_occurrence.html.twig` or similar. Not necessarily EvModal. That occurrence modal isn't the event aprofundamento offcanvas. So the concern about flag leakage into the occurrence editor is minor: `_can_edit_aprofundamento` property would just be ignored by occurrence editor. And evAprofundamento flags are EvModal-scoped. If the occurrence editor isn't EvModal, no interplay. OK. Given all, I believe the confirmed findings cover the two main issues (stale permission snapshot and god-template bloat). But the instructions demand I review each file and report any *other* real issues. Let me ensure I have scrutinized all four hunks. Let me try to find whether there might be a real *logic bug* distinct from the stale-flag: In `evCanEditAprofundamento`, the checks: ```js if (evAprofundamentoOnlyMode && evAprofundamentoCanEditFromServer === true) return true; if (evAprofundamentoOnlyMode && evAprofundamentoCanEditFromServer === false) return false; ``` **Bug potential**: `evAprofundamentoCanEditFromServer === true` returns true even when `evIsAprofundamentoFinalized()` and the user is NOT admin. But the first guard already returns false in that case (3100-3102). So the sequence is safe. Conversely, if finalized and admin, the server flag would be true → returns true, consistent. Another: **server flag false but user is admin (EV_IS_ADMIN_APROFUNDAMENTO)** — only if the admin reached onlyMode, which doesn't happen. But consider **`EV_IS_ADMIN_APROFUNDAMENTO` is defined at page-level and true for admin SSMA; but openAprofundamento redirects admin to OccurrenceModal.openEdit only when `window.OccurrenceModal` exists**. If OccurrenceModal is missing (e.g., during partial asset load fail), admin would proceed into onlyMode. With server flag false (can_edit false because can_edit might be false for a finalized event where the admin...). Actually for admin finalized, backend can_edit should be true. So not an issue. What about **server flag false for a user who is the direct manager, but data fetched indicates a different reporter than page data**? The stale data scenario again; the JS heuristics path would have used SSMA_EV_MEMBERS_BY_ID with fresh reporter? Not relevant. OK. Let me also consider whether the fix actually addresses the reported problem for *admin via OccurrenceModal* — yes not part of scope. Let me now think about a potential **new** issue regarding test #3: "Aprofundamento finalizado + admin SSMA → editável". When admin clicks `+ Aprofundamento`, openAprofundamento routes to `OccurrenceModal.openEdit(data)` which opens the full editor (editable). But hold on — is that full editor the desired behavior for an admin who clicked `+ Aprofundamento`? Previously (before this PR) — wait, before this PR, the routing to OccurrenceModal for admins already existed (unchanged code at 6534-6536 context). So unchanged. Given the constraint not to repeat confirmed findings and that rule.json is fine, the remaining files each were reviewed. Maybe there are no additional genuine new issues to report beyond the confirmed. However, wait — I should double-check the confirmed finding #1 statement about "reaproveita essa flag antiga sobre os dados novos" — that's it. But let me reconsider — perhaps there's a distinct issue worth flagging: **The backend flag is only captured on page render (in `data._can_edit_aprofundamento`), and it is applied even when the fresh GET data (result.event) contains its own authoritative status (e.g., finalization), overriding the fresh data.** But also since the code *unconditionally overwrites* `full._can_edit_aprofundamento` with the stale `serverCanEditAprofundamento` even when `full` came from the server via `ssma_event_get`, the more correct approach would be to re-fetch permission along with event, or to only use page flag when the fetch fails. But this nuance is still finding #1. Alright. Let me consider whether to write any new comments at all. Given the confirmed findings are two, and they already capture the main issues, I should search the rest for anything that was NOT raised. Let me re-read the exact diff hunks for anything subtle: Hunk at line 6519-6548: `openAprofundamento`: ```js var serverCanEditAprofundamento = (data._can_edit_aprofundamento === true || data._can_edit_aprofundamento === false) ? data._can_edit_aprofundamento : null; ``` Then the admin early return. Then openWith re-computes normalization from `full._can_edit_aprofundamento` and sets global. Note: in `openWith`, after fetch, they set `full._can_edit_aprofundamento = serverCanEditAprofundamento` if non-null. But if `serverCanEditAprofundamento` is null and `full` (fresh data) has `_can_edit_aprofundamento` set (server may not send it) — global flag computed from full. Fine. One more subtlety: **If server flag is null (no injection; openAprofundamento called from elsewhere) but `full._can_edit_aprofundamento` is set to true/false (e.g., data from list page injected?** Only occurrence view injects it, and it sets on `data` before calling openAprofundamento, so `serverCanEditAprofundamento` non-null, and if the fetch fails, openWith(data) re-applies it. OK. There is one more subtle difference: The admin branch passes `data` (with the injected property) to OccurrenceModal.openEdit. If the full modal flow later reads `_can_edit_aprofundamento` to decide step access, that could enable an admin? no. Now, something I should verify: does `populateForEdit` reset happen on EVERY call? Yes, line 6145 within populateForEdit. However, is there a code path where the aprofundamento-only mode is triggered **without** calling `populateForEdit`? Only openWith calls populateForEdit and sets onlyMode. OK. Alright. I think the proper conclusion: The two confirmed findings cover the significant issues. But the task expects me to keep reviewing and report any other real issues. Let me consider a few more: **(a)** In occurrence_view, injecting `can_aprof.can_edit` at *page render* is a permission snapshot inside HTML. Combined with SSRF... no. **(b)** The `openAprofundamento` function is defined with `window.EvModal.openAprofundamento`, and its internal `openWith` runs async after fetch. If the user closes the offcanvas or navigates between fetch and openWith, then it still opens with data — pre-existing. **(c)** The `serverCanEditAprofundamento` variable captured at line 6531 and the duplicate logic at 6546—style duplication already flagged in #2. **(d)** Rule.json added for occurrence_view and _modal_event the same rule file. Is there a potential issue with `merge_system_rule: true` both referencing the same file twice for _modal_event (two rules now mapped to the same path: descaracter + aprofundamento)? That's the design of merge_system_rule (combines). Fine. **(e)** The md rule file referenced exists? Let me confirm quickly; if missing, mapping would be broken. Let me file_find for occurrence-ros-aprofundamento-readonly.
Tool Calls (2)
⚙ file_find
Show Details
Arguments
{"query_name": "occurrence-ros-aprofundamento-readonly"}
Result
.opencodereview/rules/ssma/occurrence-ros-aprofundamento-readonly.md
⚙ file_find
Show Details
Arguments
{"query_name": "occurrence_view.html.twig"}
Result
templates/ssma/occurrence/occurrence_view.html.twig
Request #26 deepseek-v4-flash P:41.12K C:3.72K CR:40.96K CW:0 28715ms
Reasoning
The rule file exists (referenced by rule.json) — mapping valid. rule.json has no JSON key spelling issues. Now let me assess whether there are any further distinct issues in the diff I haven't yet considered and that haven't been flagged in confirmed findings. Let me take yet another look at a potential problem with the readonly **fields being disabled but footer enabling "Finalizar"** for server flag false users — wait, is that the pre-existing behavior? Actually before this PR, the readonly state was triggered in onlyMode for everyone who failed JS heuristics. But the *footer* (evUpdateFooter) is onlyMode-branch doesn't check canEdit. So before this PR, the readonly user got readonly fields and "Finalizar" button enabled? That seems like it would be a previously-reported problem (the modal opened readonly — the button says? ). Hmm, actually before this PR, opening the aprofundamento for the disabled user presumably showed readonly fields and maybe a disabled Finalizar... let me check if there is something that hides save when readonly in onlyMode. evUpdateFooter onlyMode branch only hides save if finalized non-admin. So yes, a non-finalized readonly user sees enabled save button. That's a pre-existing logic; maybe the readonly no-permission user wouldn't have a "Finalizar" enabled because... hmm, it doesn't matter for this review (unchanged code, not in diff). Skip. Let me consider the newly added early returns relative to footer logic at lines 3334-3378 — NOT gated by the server flag — meaning in onlyMode with server flag false, the button "Finalizar" remains enabled; if clicked, it might submit with disabled fields; backend would reject because no permission. Could this cause data-loss/UX? Pre-existing... no wait: Before this PR, in onlyMode, evCanEditAprofundamento is evaluated at line 3366 only in general step branch. In the aprofundamento-only mode, the label is set based on onlyMode branch (3345-3358) not canEdit. So for a no-permission user the modal already showed a Finalizar button before this PR too (since onlyMode was already set). Actually before PR, was the button even shown for no-permission? There was no server flag; JS heuristic computed canEdit false → readonly fields, but footer onlyMode branch: not finalized → shows enabled save. Hmm but this readonly flow is exactly the reported bug (user authorized by backend saw readonly) — and in that state presumably the Save/Finalizar button was still visible and clickable? That would be a strange UX but is pre-existing. So no new issue here introduced. Now — maybe the genuinely new functional regression I should look for is with **users whose permission derives ONLY from JS heuristics, not from backend** — i.e., backend `can_edit` is false but JS heuristic true (e.g., direct manager computed from SSMA_EV_MEMBERS_BY_ID, which the backend function may not replicate?). If the backend `resolveOccurrenceViewAprofundamentoFlags` doesn't know about "gestor direto do relator" or technical tags but the JS heuristic did, then previously those users could edit in the aprofundamento-only view and now can't. But the requirement says backend is the authority and the JS heuristic was the buggy part. Given no backend change, we can't verify backend equality here. I'll not flag speculatively. Let me also check `EV_IS_ADMIN_APROFUNDAMENTO` definition to understand its source; it's page-level flag derived server-side. Not needed. I think I have exhausted the analysis; the only confirmed findings are the two; nothing else rises to a real issue. However, the instructions say "Continue reviewing all files ... and report any other real issues you find." If none, call task_done. Wait, let me double-check one possible real bug candidate in occurrence_view: The click handler added the property to `data` after `if (!data || !data.id) return;`. So `data` exists. `can_aprof` is a server variable whose `.can_edit` boolean is turned into string 'true'/'false'. Then the property type is boolean in JS. Fine. Now, an important subtlety: Twig renders the whole page including this `<script>` when the page is loaded by any user who may not have can_aprof set? `can_aprof` — need to check whether the controller always defines it. Let me search controller for resolveOccurrenceViewAprofundamentoFlags / can_aprof. Actually the button rendering requires can_aprof/finalized etc; if can_aprof weren't defined for some render (non-event occurrences), the `title` block at line 691 uses `can_aprof.finalized|default(false)` and `can_aprof.can_edit|default(false)`. These existed before. The new line at 1457 similarly uses default. So consistent. Let me verify `can_aprof` defined in the controller to ensure no regression for pages rendering this handler but with can_aprof absent (e.g., when occurrence is not ssma event, JS handler exists globally but buttons won't be rendered; the handler still runs on click of any element with that class anywhere, e.g., elements in other partials? Only in this page). OK. Given that the task requires one pass over every file: rule.json (done — valid, no typos in keys, mapping targets exist). occurrence_view.html.twig (done — main issue already confirmed #1; other aspects fine). _modal_event.html.twig (done — confirmed #2 god-template/duplication; logic ordering verified OK; the evCanEditAprofundamento placement safe). Let me also double check there is no issue about `evAprofundamentoCanEditFromServer` being declared with `var` at function top-level scope inside a huge script — it is declared at line 1550 within the same script; function declarations later can access it. Fine. One more thought — In the diff, in `openAprofundamento`, the new code: ``` var serverCanEditAprofundamento = (data._can_edit_aprofundamento === true || ...) ? data._can_edit_aprofundamento : null; ``` is computed BEFORE the admin early return. If the admin opens the aprofundamento, data has the property (page injected can_aprof.can_edit for admin likely true) then OccurrenceModal.openEdit(data) receives data carrying property. Later if OccurrenceModal internally calls `EvModal.populateForEdit(data)`, reset to null → fine. If OccurrenceModal stores data and later a flow re-opens EvModal with same object using evAprofundamentoOnlyMode? Unclear. Not enough evidence. Let me also verify that no endpoint contract is changed — no backend changes. Good. Time to finish. Since no additional real issue exists beyond confirmed, I'll just confirm passes done and call task_done. But before finishing, let me do a quick sanity read of the rule.md file existence (already confirmed) — mapping is fine. Actually, wait. Let me reconsider one more potential issue that is real and NEW and not covered by the two confirmed findings: **The server flag is applied in `openWith` to `full` only when `serverCanEditAprofundamento !== null`. But when it IS null (because openAprofundamento was called without the injected property — e.g., from the **event list/modal of a full event flow**), onlyMode is still set true and heuristics run. Fine. But there's a subtle **timing/leak issue**: In the *admin early-return path*, `evAprofundamentoOnlyMode` remains whatever it was. Suppose the flow: 1) specialist opens aprofundamento-only mode (onlyMode=true, flag=true), closes offcanvas (no reset to onlyMode=false anywhere on close — check close handler?), 2) admin then clicks `+ Aprofundamento` in same page? Impossible—page belongs to one user. Different user session reloads page. Within same session, the user can't switch roles. So leak scenario doesn't occur for admin branch unless the SAME user has EV_IS_ADMIN_APROFUNDAMENTO... they'd always take admin path; onlyMode would never have been true from an earlier specialist open... unless they opened full event edit modal first, which calls populateForEdit resetting onlyMode=false. So OK. But wait, is there a **close handler for the offcanvas that opens full event edit without populateForEdit**? e.g., user opens aprofundamento-only mode, then clicks a button inside (like "editar informações gerais" for admin?) that opens the full flow — going through populateForEdit which resets. OK. Conclusion: no additional new findings with enough confidence. Actually, hold on — let me reconsider a real logic bug candidate I may have glossed: **The finalize/save button (`Finalizar`) is always enabled in onlyMode when not finalized — independent of the new server flag. So with the new `server flag = false`, fields readonly + alert shown, but "Finalizar" still enabled, and clicking would attempt to save a readonly form (all values blank from populate) → likely blocks the "gate Validar ocorrência" etc.** But again pre-existing for no-permission users. Hmm — however, there IS a NEW scenario introduced by this PR: **a user with `can_edit=false` from the server, whose fields are now readonly (correct). Before the PR, the same user might have been allowed by JS heuristics (tag present) — but the reported bug was the opposite. So no. Alright, one more: **duplicated flag-normalization logic in two places (openAprofundamento and openWith)** already in #2. Now — severity assessment for the confirmed #1 to make sure our final summary is accurate — not needed; we don't re-post. Let me now produce final answer summary and call task_done. Actually wait, the instructions say to provide feedback via code_comment tool for newly discovered issues. Since I have no new issues beyond confirmed, I should just give a concise summary and call task_done. Hold on—let me reconsider whether confirmed finding #2's duplication claim includes something else: normalization duplicated in `openAprofundamento` (line 6531) and `openWith` (line 6546). Yes, that's covered. And the god-template concern. Right. Wait, let me reconsider one more potential NEW distinct bug: **Reset in `populateForEdit` (line 6145) — but `openWith` calls `populateForEdit` then re-sets the flag afterwards from `full._can_edit_aprofundamento`. The injected property was put on `full` at 6542 only when `serverCanEditAprofundamento !== null`. When `serverCanEditAprofundamento === null` (no server data) but the fetched `full` DOES carry a `_can_edit_aprofundamento` boolean (e.g., the server GET endpoint returns one in the future, or the fallback data from another caller), the flag global gets it — meaning the flow honors it even when not the occurrence view. That is actually desired extensibility. Not a bug. OK also: after `populateForEdit(full)` resets `evAprofundamentoOnlyMode=false`, evSetStep inside populate's tail is `evSetStep('general')` with onlyMode false; if currently the offcanvas is already open from a previous aprofundamento session showing aprofundamento readonly, calling populateForEdit then applying settings, then evSetStep('aprofundamento') → sets readonly again with new flag. All consistent. Let me finalize. Actually, before finalizing, I realize I should double-check the earlier hunk in `_modal_event` at 1546: The declaration `var evAprofundamentoCanEditFromServer = null;` placed among other top-level `var` declarations in the script. Fine. I'm confident: the remaining issues are captured by the confirmed findings; I find no additional real issues. However, per the "Review Checklist", we must give each file its own pass. I'll summarize the review outcomes per file, and call task_done. Wait, the user asked to review and "report any other real issues you find" — meaning if no new ones, we can stop. I'll do a brief summary and call task_done. Hmm, but let me reconsider if any comment is expected for a genuinely NEW issue: Let me think about **the stale-flag overriding fresh data** but expressed from a different angle that is arguably distinct: When the fetch returns fresh event with finalize state changed (approved/finalized), the stale permission true is *overwritten* by the finalized guard — no. When the fetch returns fresh data where the event's *type* changed such that evRequiresAprofundamento false — modal readonly. Fine. What about the scenario where the **flag is false at page load, but then the offcanvas is used for a different event**? Single event per page. Skip. Alright, also consider **the csrf / security for GET ssma_event_get** — pre-existing; GET returns event data (may include sensitive info) — pre-existing. Final: no new comments. Provide concise summary and call task_done. Actually, hold on. Let me reconsider a subtle real bug: In `openWith`, the ordering is: ``` window.EvModal.populateForEdit(full); // resets onlyMode=false, flag=null, and at end calls evSetStep('general') -> evUpdateFooter etc. evAprofundamentoCanEditFromServer = ...; // set after evAprofundamentoOnlyMode = true; ... evSetStep('aprofundamento'); // applies UI ``` But `populateForEdit` internally **applies readonly state at general step** (not aprofundamento step since it's general), and does it anywhere read aprofundamento status? The `evAprofundamentoFinalized` is computed inside populateForEdit from data — so the finalized status used later in evSetStep('aprofundamento') is consistent with fresh data. Since the server flag overrides finalize... no the finalized guard is before server flag. All good. Actually, here's one more genuinely new nuance worth examining more carefully: **`evAprofundamentoOnlyMode && evAprofundamentoCanEditFromServer === true` returns true even when the aprofundamento step isn't required?** The guard at 3097 returns false first if the type doesn't require aprofundamento. OK. Let me finalize now. Actually, hmm, wait. Let me reconsider severity of one more angle that could be a NEW distinct finding: **The permission snapshot is rendered inline for ALL users including those without permission (can_edit=false outputs 'false'). No sensitive leak. Final: no new issues. Provide summary + task_done.
Analisei todos os arquivos do grupo de revisão. Segue o resumo da passada por arquivo: **1. `.opencodereview/rule.json`** — Estrutura JSON válida, sem erros de grafia nas chaves (`path`, `merge_system_rule`, `rule`). Os dois novos mapeamentos apontam para `.opencodereview/rules/ssma/occurrence-ros-aprofundamento-readonly.md`, arquivo que existe no repositório. Sem problemas. **2. `templates/ssma/occurrence/occurrence_view.html.twig`** — O `default(false)` na linha nova é consistente com o uso existente de `can_aprof` no restante do template e o valor injetado é seguro (apenas `true`/`false`). O problema principal (flag gravada no render da página e reaplicada sobre os dados frescos vindos de `ssma_event_get`, podendo ficar defasada) já está registrado no achado confirmado #1 — não vou repetir. **3. `templates/ssma/occurrence/partials/_modal_event.html.twig`** — Verifiquei a ordem de execução em `openWith`: `populateForEdit` reseta `evAprofundamentoOnlyMode`/`evAprofundamentoCanEditFromServer`, mas ambos são redefinidos logo em seguida, antes de `evSetStep('aprofundamento')` aplicar `evSetAprofundamentoReadonly(...)` e `evUpdateFooter()`. Ou seja, o estado final da UI usa a flag do servidor corretamente, e os resets adicionados em `populateForEdit`/`openCreate` evitam vazamento para os fluxos de criação/edição completa. Os guardas novos em `evCanEditAprofundamento` ficam depois do bloqueio de "finalizado + não-admin", então não reabrem aprofundamento finalizado. Os pontos já cobertos pelo achado confirmado #2 (template gigante e normalização duplicada da flag) também não serão repetidos. Não identifiquei novos problemas reais além dos dois achados já confirmados na passada anterior.
Tool Calls (1)
⚙ task_done
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Arguments
{"state": "DONE"}

review_filter_task

Request #1 deepseek-v4-flash P:4.26K C:1.35K CR:2.05K CW:0 9878ms
Reasoning
Let me analyze the two comments. c-0: filed against `templates/ssma/occurrence/occurrence_view.html.twig`. The comment claims the permission is written into `data` object from server state at render time, but the offcanvas that opens then fetches the updated event via `ssma_event_get` and reuses this stale flag over new data. It's a behavioral/robustness comment about potential inconsistency. Wait — is this a protected subject? It discusses a behavioral scenario: stale permission flag, user who lost right still sees fields enabled, etc. The subject is "behavioral or compatibility change"? Hmm. The comment is about a potential issue in the newly added code — the flag `data._can_edit_aprofundamento` is set from server state at page render, and then reused over data fetched later. This concerns behavior/UX robustness. Actually, is it a protected category? Let me check the protected subjects: memory safety, concurrency, linkage/declaration consistency, behavioral or compatibility change (a message, field, status, or default that old code produced and new code no longer does; altered error path; counter update moved), a parameter the function accepts and never uses. c-0 is about a stale flag / permission inconsistency over time. This is more of a race/UX concern but not exactly a behavioral change in the diff sense. Hmm. Actually the comment is a review observation about the code's correctness in a scenario. It's not style. It's a claim about behavior: the permission snapshot can become inconsistent with the event state if the event changes between page render and click. Is this factually contradicted by the diff? The diff in occurrence_view.html.twig shows: ``` data._can_edit_aprofundamento = {{ can_aprof.can_edit|default(false) ? 'true' : 'false' }}; if (window.EvModal && typeof window.EvModal.openAprofundamento === 'function') { window.EvModal.openAprofundamento(data); return; } ``` In _modal_event.html.twig: - `openAprofundamento` reads `data._can_edit_aprofundamento` (true/false/null), stores `serverCanEditAprofundamento`. - `openWith` sets `full._can_edit_aprofundamento = serverCanEditAprofundamento` if not null, and `evAprofundamentoCanEditFromServer`. - In `canEdit` logic, `evAprofundamentoCanEditFromServer === true/false` is honored. So the comment's claim about a stale flag being reused over newly fetched data: the diff indeed shows that when `openWith(full)` is called with `full` from `ssma_event_get` (EV_GET_URL fetch), the code overwrites `full._can_edit_aprofundamento` with `serverCanEditAprofundamento` which came from the original `data` passed to openAprofundamento. So yes, the flag is a snapshot from the page render. The comment says this could be inconsistent if permission changed between page load and click. Is this factually wrong? Not obviously; it's a reasoning about behavior. The code does fetch via ssma_event_get? Let me see. In the diff, `var EV_GET_URL = '{{ path('ssma_event_get', {id: '__EV_ID__'})|e('js') }}';` — present. So there is a fetch for event data. The `openWith(full)` receives `full` — whether that's from fetch or the original data, the diff shows the code re-applies the server flag onto `full`. So the comment's central claim (snapshot reused over fetched/new data) is consistent with the diff. The comment also suggests including `can_edit` in `ssma_event_get` response. That's a suggestion, not a factual claim contradicted. Is this a protected subject? It's arguably a behavioral/robustness concern but not a "behavioral or compatibility change" in the sense of a protected subject (old code produced X, new code no longer produces X). Actually the protected subject list: "Behavioral or compatibility change — a message, field, status, or default that the old code produced and the new code no longer does; an altered error path; a counter whose update moved to a different point in the lifecycle". c-0 isn't about a change introduced vs old code; it's about a potential inconsistency in the new code's behavior. Hmm. Well, either way, I cannot prove the comment wrong from the diff. The claim is about runtime scenario which the agent could see. The code does show the flag being set at render and re-applied in openWith over `full` data. Nothing in the diff contradicts. So approve c-0. c-1: filed against `_modal_event.html.twig`. It says the template is huge, mixes markup/state/JS, and this PR adds another global permission flag whose normalization is duplicated in `openAprofundamento` and `openWith`. Suggests extracting to shared JS module or helper. Is this factually true? The diff shows `evAprofundamentoCanEditFromServer = null;` global var added, and normalization `=== true/=== false ? ... : null` appears in both `openAprofundamento` and `openWith`. Yes, the diff shows that duplication. The comment is a style/architecture/readability comment — "vale extrair" (worth extracting). That's a style/refactoring suggestion. Per instructions, style comments are not grounds for removal provided what they state is true. Is what it states true? The diff does show the global flag added and the ternary normalized in two places. The claim "duplicated in openAprofundamento and openWith" is literally true from the diff. So this is a style/readability comment with true statements → approve. So both comments should be approved. The correct output is approve_all_comments. Let me double check Ground A for c-0: the code it describes (the flag set in occurrence_view) is in the subject file's diff. Yes, present. Ground B: no diff line contradicts. Approve. So call approve_all_comments.
Tool Calls (1)
⚙ approve_all_comments
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Arguments
{}