app/src/services/exam/examRepository.ts

290 lines
10 KiB
TypeScript

/**
* examRepository — the SINGLE module that talks to the /api/exam backend (spec R2.1 seam).
*
* All exam-marker persistence flows through here so a later dual-write / offline cache can slot
* in without touching feature code. Mirrors the auth pattern of timetableService: take the
* Supabase session JWT and send it as a Bearer token; the API enforces RLS as the user.
*/
import axios from 'axios';
import { API_BASE } from '../../config/apiConfig';
import { logger } from '../../debugConfig';
import { supabase } from '../../supabaseClient';
import type {
BatchQueueResponse,
BatchResultsResponse,
CreateBatchPayload,
CreateTemplatePayload,
ExamBoundary,
ExamQuestion,
ExamResponseArea,
ExamTemplate,
ExamTemplateDetail,
ExamTemplateLayout,
MarkingBatch,
MarkUpsertPayload,
Neo4jSyncResult,
PatchQuestionPayload,
SpecPoint,
TemplateReplacePayload,
UpdateTemplateMetaPayload,
} from '../../types/exam.types';
const EXAM_BASE = `${API_BASE}/api/exam`;
async function authHeaders(): Promise<Record<string, string>> {
const { data: { session } } = await supabase.auth.getSession();
if (!session?.access_token) {
throw new Error('No authentication token available');
}
return { Authorization: `Bearer ${session.access_token}` };
}
function newUuid(): string {
if (typeof crypto !== 'undefined' && 'randomUUID' in crypto) {
return crypto.randomUUID();
}
return 'xxxxxxxx-xxxx-4xxx-yxxx-xxxxxxxxxxxx'.replace(/[xy]/g, (c) => {
const r = Math.floor(Math.random() * 16);
const v = c === 'x' ? r : (r % 4) + 8;
return v.toString(16);
});
}
function questionPayload(q: ExamQuestion, idMap?: Map<string, string>) {
return {
id: idMap?.get(q.id) ?? q.id,
parent_id: q.parent_id ? (idMap?.get(q.parent_id) ?? q.parent_id) : null,
label: q.label,
order: q.order,
max_marks: q.max_marks,
answer_type: q.answer_type,
mcq_options: q.mcq_options,
mark_scheme: q.mark_scheme ?? {},
is_container: q.is_container,
spec_ref: q.spec_ref,
bounds: q.bounds ?? null,
page: q.page ?? null,
source: q.source ?? 'manual',
confirmed: q.confirmed ?? true,
confidence: q.confidence ?? null,
derivation: q.derivation ?? null,
};
}
function responseAreaPayload(r: ExamResponseArea, idMap?: Map<string, string>, duplicate = false) {
return {
id: duplicate ? newUuid() : r.id,
question_id: idMap?.get(r.question_id) ?? r.question_id,
page: r.page,
bounds: r.bounds,
kind: r.kind,
response_form: r.response_form,
context_type: r.context_type ?? null,
source: r.source,
confirmed: r.confirmed,
confidence: r.confidence,
mark_subtype: r.mark_subtype ?? null,
derivation: r.derivation ?? null,
};
}
function boundaryPayload(b: ExamBoundary, idMap?: Map<string, string>, duplicate = false) {
return {
id: duplicate ? newUuid() : b.id,
question_id: b.question_id ? (idMap?.get(b.question_id) ?? b.question_id) : null,
label: b.label,
page_index: b.page_index,
y: b.y,
bounds: b.bounds,
source: b.source,
confirmed: b.confirmed,
confidence: b.confidence ?? null,
derivation: b.derivation ?? null,
};
}
function layoutPayload(layout: ExamTemplateLayout, duplicate = false) {
return {
id: duplicate ? newUuid() : layout.id,
page_index: layout.page_index,
role: layout.role ?? null,
margin_left: layout.margin_left ?? null,
margin_right: layout.margin_right ?? null,
margin_top: layout.margin_top ?? null,
margin_bottom: layout.margin_bottom ?? null,
margins_enabled: layout.margins_enabled ?? true,
source: layout.source ?? 'manual',
confirmed: layout.confirmed ?? true,
confidence: layout.confidence ?? null,
derivation: layout.derivation ?? null,
meta: layout.meta ?? {},
};
}
async function replaceTemplate(
templateId: string,
detail: ExamTemplateDetail,
meta?: UpdateTemplateMetaPayload,
duplicateIds = false,
): Promise<ExamTemplateDetail> {
const headers = await authHeaders();
const idMap = new Map<string, string>();
if (duplicateIds) {
detail.questions.forEach((q) => idMap.set(q.id, newUuid()));
}
const res = await axios.put<ExamTemplateDetail>(
`${EXAM_BASE}/templates/${templateId}`,
{
meta,
questions: detail.questions.map((q) => questionPayload(q, idMap)),
response_areas: detail.response_areas.map((r) => responseAreaPayload(r, idMap, duplicateIds)),
boundaries: detail.boundaries.map((b) => boundaryPayload(b, idMap, duplicateIds)),
layout: (detail.layout ?? []).map((layout) => layoutPayload(layout, duplicateIds)),
},
{ headers },
);
return res.data;
}
export const examRepository = {
async listTemplates(includeArchived = false): Promise<ExamTemplate[]> {
const headers = await authHeaders();
const res = await axios.get<{ templates: ExamTemplate[] }>(
`${EXAM_BASE}/templates`,
{ headers, params: { include_archived: includeArchived } },
);
return res.data.templates ?? [];
},
async getTemplate(templateId: string): Promise<ExamTemplateDetail> {
const headers = await authHeaders();
const res = await axios.get<ExamTemplateDetail>(`${EXAM_BASE}/templates/${templateId}`, { headers });
return res.data;
},
async getTemplateSourcePdf(templateId: string): Promise<ArrayBuffer> {
const headers = await authHeaders();
const res = await axios.get<ArrayBuffer>(`${EXAM_BASE}/templates/${templateId}/source-pdf`, {
headers,
responseType: 'arraybuffer',
});
return res.data;
},
async createTemplate(payload: CreateTemplatePayload): Promise<ExamTemplate> {
const headers = await authHeaders();
const res = await axios.post<ExamTemplate>(`${EXAM_BASE}/templates`, payload, { headers });
return res.data;
},
async updateTemplateMeta(templateId: string, meta: UpdateTemplateMetaPayload): Promise<ExamTemplate> {
const headers = await authHeaders();
const res = await axios.patch<ExamTemplate>(`${EXAM_BASE}/templates/${templateId}`, meta, { headers });
return res.data;
},
async duplicateTemplate(templateId: string, title: string): Promise<ExamTemplateDetail> {
const detail = await this.getTemplate(templateId);
const created = await this.createTemplate({
title,
subject: detail.subject ?? undefined,
exam_id: detail.exam_id ?? undefined,
exam_code: detail.exam_code ?? undefined,
source_file_id: detail.source_file_id ?? undefined,
page_count: detail.page_count ?? undefined,
institute_id: detail.institute_id,
});
try {
return await replaceTemplate(created.id, { ...detail, id: created.id }, { title, status: 'draft' }, true);
} catch (error) {
try {
await this.archiveTemplate(created.id);
} catch (archiveError) {
logger.error('cc-exam-marker', 'Failed to archive incomplete duplicate template', {
templateId: created.id,
message: archiveError instanceof Error ? archiveError.message : String(archiveError),
});
}
throw error;
}
},
async replaceTemplate(templateId: string, payload: TemplateReplacePayload): Promise<ExamTemplateDetail> {
const headers = await authHeaders();
const res = await axios.put<ExamTemplateDetail>(`${EXAM_BASE}/templates/${templateId}`, payload, { headers });
return res.data;
},
async archiveTemplate(templateId: string): Promise<void> {
const headers = await authHeaders();
await axios.delete(`${EXAM_BASE}/templates/${templateId}`, { headers });
},
async patchQuestion(questionId: string, payload: PatchQuestionPayload) {
const headers = await authHeaders();
const res = await axios.patch(`${EXAM_BASE}/questions/${questionId}`, payload, { headers });
return res.data;
},
async listSpecPoints(specCode: string, search?: string): Promise<SpecPoint[]> {
const headers = await authHeaders();
const res = await axios.get<{ points?: SpecPoint[] } | SpecPoint[]>(
`${EXAM_BASE}/specs/${encodeURIComponent(specCode)}/points`,
{ headers, params: search ? { q: search } : undefined },
);
if (Array.isArray(res.data)) return res.data;
return res.data.points ?? [];
},
async syncTemplateToGraph(templateId: string): Promise<Neo4jSyncResult> {
const headers = await authHeaders();
const res = await axios.post<Neo4jSyncResult>(`${EXAM_BASE}/templates/${templateId}/neo4j-sync`, {}, { headers });
return res.data;
},
async createBatch(payload: CreateBatchPayload): Promise<MarkingBatch> {
const headers = await authHeaders();
const res = await axios.post<MarkingBatch>(`${EXAM_BASE}/batches`, payload, { headers });
return res.data;
},
async listBatches(params: { includeArchived?: boolean; templateId?: string } = {}): Promise<MarkingBatch[]> {
const headers = await authHeaders();
const res = await axios.get<{ batches: MarkingBatch[] }>(`${EXAM_BASE}/batches`, {
headers,
params: {
include_archived: params.includeArchived ?? false,
template_id: params.templateId,
},
});
return res.data.batches ?? [];
},
async getBatchQueue(batchId: string): Promise<BatchQueueResponse> {
const headers = await authHeaders();
const res = await axios.get<BatchQueueResponse>(`${EXAM_BASE}/batches/${batchId}/queue`, { headers });
return res.data;
},
async getBatchResults(batchId: string): Promise<BatchResultsResponse> {
const headers = await authHeaders();
const res = await axios.get<BatchResultsResponse>(`${EXAM_BASE}/batches/${batchId}/results`, { headers });
return res.data;
},
async getBatchCsv(batchId: string): Promise<string> {
const headers = await authHeaders();
const res = await axios.get<string>(`${EXAM_BASE}/batches/${batchId}/csv`, { headers, responseType: 'text' });
return res.data;
},
async upsertMark(markId: string, payload: MarkUpsertPayload): Promise<unknown> {
const headers = await authHeaders();
const res = await axios.put(`${EXAM_BASE}/marks/${markId}`, payload, { headers });
return res.data;
},
};
export default examRepository;