Files
History-user/src/uhm/lib/editor/project/useProjectCommands.ts
T

426 lines
18 KiB
TypeScript

import { useCallback } from "react";
import { ApiError } from "@/uhm/api/http";
import {
createProject,
createProjectCommit,
fetchProjectCommits,
fetchProjects,
openSectionEditor,
submitSection,
} from "@/uhm/api/projects";
import {
buildEditorSnapshot,
normalizeEditorSnapshot,
normalizeFeatureEntityIds,
toApiEditorSnapshot,
} from "@/uhm/lib/editor/snapshot/editorSnapshot";
import { normalizeTimelineYearValue } from "@/uhm/lib/utils/timeline";
import type { Change } from "@/uhm/lib/editor/draft/editorTypes";
import type { Feature, FeatureCollection, GeometryEntitySnapshot, GeometrySnapshot } from "@/uhm/types/geo";
import type { BattleReplay, EditorSnapshot, ProjectCommit, EntityWikiLinkSnapshot } from "@/uhm/types/projects";
import type { EntitySnapshot } from "@/uhm/types/entities";
import type { WikiSnapshot } from "@/uhm/types/wiki";
import type { EditorStoreApi } from "@/uhm/store/editorStore";
type EditorDraftApi = {
draft: FeatureCollection;
mainDraft: FeatureCollection;
replays: BattleReplay[];
effectiveReplays: BattleReplay[];
buildPayload: () => Change[];
clearChanges: () => void;
hasPersistedFeature: (id: Feature["properties"]["id"]) => boolean;
};
type Options = {
editor: EditorDraftApi;
store: EditorStoreApi;
emptyFeatureCollection: FeatureCollection;
pendingSaveCount: number;
};
export function useProjectCommands(options: Options) {
const openSectionForEditing = useCallback(async (projectId: string) => {
const state = options.store.getState();
const editorPayload = await openSectionEditor(projectId);
const snapshot = normalizeEditorSnapshot(editorPayload.snapshot);
// When starting a fresh editor session from a commit snapshot, treat all rows as baseline state:
// operations should not carry over as deltas into the next commit.
const sessionSnapshot = snapshot ? toEditorSessionSnapshot(snapshot) : null;
const commits = await fetchProjectCommits(projectId);
const nextBaselineFeatureCollection = sessionSnapshot?.editor_feature_collection || options.emptyFeatureCollection;
state.setActiveSection(editorPayload.project);
state.setSelectedProjectId(editorPayload.project.id);
state.setProjectState(editorPayload.state);
state.setBaselineSnapshot(sessionSnapshot);
state.setBaselineFeatureCollection(nextBaselineFeatureCollection);
state.setProjectCommits(commits);
state.setSnapshotEntityRows(sessionSnapshot?.entities || []);
state.setSnapshotWikis(sessionSnapshot?.wikis || []);
state.setSnapshotEntityWikiLinks(sessionSnapshot?.entity_wiki || []);
state.setSelectedFeatureIds([]);
state.setEntityFormStatus(null);
}, [options.emptyFeatureCollection, options.store]);
const commitSection = useCallback(async () => {
const state = options.store.getState();
if (!state.activeSection || !state.projectState) {
state.setEntityStatus("Chưa mở được project editor.");
return;
}
if (options.pendingSaveCount <= 0) {
state.setEntityStatus("Không có thay đổi để Commit.");
return;
}
const geometryChanges = options.editor.buildPayload();
state.setIsSaving(true);
state.setEntityStatus(null);
try {
const snapshot = buildEditorSnapshot({
project: state.activeSection,
draft: options.editor.mainDraft,
changes: geometryChanges,
snapshotEntityRows: state.snapshotEntityRows,
snapshotWikis: state.snapshotWikis,
snapshotEntityWikiLinks: state.snapshotEntityWikiLinks,
replays: options.editor.effectiveReplays,
previousSnapshot: state.baselineSnapshot,
hasPersistedFeature: options.editor.hasPersistedFeature,
});
const editSummary = state.commitTitle.trim()
|| `Edit ${new Date().toLocaleString()}`;
// Guardrail: commit payload can get large and some deployments reject/close connections for big bodies.
// When that happens, browsers often surface it as "TypeError: Failed to fetch".
try {
const payloadText = JSON.stringify({ snapshot_json: toApiEditorSnapshot(snapshot), edit_summary: editSummary });
const bytes = typeof Blob !== "undefined" ? new Blob([payloadText]).size : payloadText.length;
const limitBytes = 3_500_000; // ~3.5MB (conservative vs common default body limits)
if (bytes > limitBytes) {
state.setEntityStatus(
`Commit payload quá lớn (~${(bytes / (1024 * 1024)).toFixed(2)}MB). ` +
`Hãy giảm bớt nội dung snapshot/changes hoặc chạy BE local với body limit lớn hơn.`
);
return;
}
} catch {
// If stringify fails, let API call throw a more actionable error downstream.
}
const result = await createProjectCommit(state.activeSection.id, {
snapshot,
edit_summary: editSummary,
});
const sessionSnapshot = toEditorSessionSnapshot(snapshot);
state.setProjectState(result.state);
state.setBaselineSnapshot(sessionSnapshot);
state.setSnapshotEntityRows(sessionSnapshot.entities || []);
state.setSnapshotWikis(sessionSnapshot.wikis || []);
state.setSnapshotEntityWikiLinks(sessionSnapshot.entity_wiki || []);
state.setBaselineFeatureCollection(options.editor.mainDraft);
options.editor.clearChanges();
state.setCommitTitle("");
state.setProjectCommits(await fetchProjectCommits(state.activeSection.id));
state.setEntityFormStatus("Đã tạo commit.");
} catch (err) {
if (err instanceof ApiError) {
console.error("Commit failed", err.body);
state.setEntityStatus(`Commit thất bại: ${err.body}`);
return;
}
console.error("Commit error", err);
state.setEntityStatus("Commit thất bại.");
} finally {
state.setIsSaving(false);
}
}, [options.editor, options.pendingSaveCount, options.store]);
const openSelectedSection = useCallback(async () => {
const state = options.store.getState();
const projectId = state.selectedProjectId.trim();
if (!projectId) {
state.setEntityStatus("Hãy chọn project để mở.");
return;
}
if (options.pendingSaveCount > 0) {
const confirmed = window.confirm("Project hiện tại có thay đổi chưa Commit. Mở project khác sẽ bỏ các thay đổi này. Tiếp tục?");
if (!confirmed) return;
}
state.setIsOpeningSection(true);
state.setEntityStatus(null);
try {
await openSectionForEditing(projectId);
state.setEntityStatus("Đã mở project để chỉnh sửa.");
} catch (err) {
if (err instanceof ApiError) {
state.setEntityStatus(`Mở project thất bại: ${err.body}`);
} else {
state.setEntityStatus("Mở project thất bại.");
}
} finally {
state.setIsOpeningSection(false);
}
}, [openSectionForEditing, options.pendingSaveCount, options.store]);
const createAndOpenSection = useCallback(async () => {
const state = options.store.getState();
const title = state.newSectionTitle.trim();
if (!title) {
state.setEntityStatus("Tên project là bắt buộc.");
return;
}
if (options.pendingSaveCount > 0) {
const confirmed = window.confirm("Project hiện tại có thay đổi chưa Commit. Tạo project mới sẽ bỏ các thay đổi này. Tiếp tục?");
if (!confirmed) return;
}
state.setIsOpeningSection(true);
state.setEntityStatus(null);
try {
const project = await createProject({
title,
description: null,
});
const projects = await fetchProjects();
state.setAvailableSections(projects);
state.setNewSectionTitle("");
await openSectionForEditing(project.id);
state.setEntityStatus("Đã tạo và mở project mới.");
} catch (err) {
if (err instanceof ApiError) {
state.setEntityStatus(`Tạo project thất bại: ${err.body}`);
} else {
state.setEntityStatus("Tạo project thất bại.");
}
} finally {
state.setIsOpeningSection(false);
}
}, [openSectionForEditing, options.pendingSaveCount, options.store]);
const submitCurrentSection = useCallback(async (content: string) => {
const state = options.store.getState();
if (!state.activeSection || !state.projectState?.head_commit_id) {
state.setEntityStatus("Project hiện tại chưa có head để submit.");
return;
}
if (options.pendingSaveCount > 0) {
state.setEntityStatus("Hãy Commit các thay đổi trước khi Submit.");
return;
}
state.setIsSubmitting(true);
state.setEntityStatus(null);
try {
const submission = await submitSection(state.activeSection.id, content);
state.setEntityStatus(`Đã submit, submission ${submission.id}.`);
} catch (err) {
if (err instanceof ApiError) {
state.setEntityStatus(`Submit thất bại: ${err.body}`);
} else {
state.setEntityStatus("Submit thất bại.");
}
} finally {
state.setIsSubmitting(false);
}
}, [options.editor.mainDraft, options.pendingSaveCount, options.store]);
const restoreCommit = useCallback(async (commitId: string) => {
const state = options.store.getState();
if (!state.activeSection || !state.projectState) {
state.setEntityStatus("Chưa mở được project editor.");
return;
}
if (options.pendingSaveCount > 0) {
state.setEntityStatus("Hãy Commit hoặc Undo thay đổi hiện tại trước khi Restore.");
return;
}
state.setIsSaving(true);
state.setEntityStatus(null);
try {
// FE-only restore: load snapshot from selected commit and apply to editor state.
// Do NOT move project's head commit on backend.
const commits = await fetchProjectCommits(state.activeSection.id);
const target = commits.find((c: ProjectCommit) => c.id === commitId) || null;
if (!target) {
state.setEntityStatus("Không tìm thấy commit để restore.");
return;
}
const snapshot = normalizeEditorSnapshot(target.snapshot_json);
const sessionSnapshot = snapshot ? toEditorSessionSnapshot(snapshot) : null;
const nextBaselineFeatureCollection = sessionSnapshot?.editor_feature_collection || options.emptyFeatureCollection;
state.setBaselineSnapshot(sessionSnapshot);
state.setBaselineFeatureCollection(nextBaselineFeatureCollection);
state.setSnapshotEntityRows(sessionSnapshot?.entities || []);
state.setSnapshotWikis(sessionSnapshot?.wikis || []);
state.setSnapshotEntityWikiLinks(sessionSnapshot?.entity_wiki || []);
state.setSelectedFeatureIds([]);
state.setEntityFormStatus(null);
// Refresh commits list for UI, but keep projectState/head as-is.
state.setProjectCommits(commits);
state.setEntityFormStatus("Đã load snapshot từ commit (không đổi head trên BE).");
} catch (err) {
if (err instanceof ApiError) {
state.setEntityStatus(`Restore thất bại: ${err.body}`);
} else {
state.setEntityStatus("Restore thất bại.");
}
} finally {
state.setIsSaving(false);
}
}, [options.emptyFeatureCollection, options.pendingSaveCount, options.store]);
return {
openSectionForEditing,
commitSection,
openSelectedSection,
createAndOpenSection,
submitCurrentSection,
restoreCommit,
};
}
function toEditorSessionSnapshot(snapshot: EditorSnapshot): EditorSnapshot {
return {
...snapshot,
entities: toEditorSessionEntities(snapshot.entities),
geometries: toEditorSessionGeometries(snapshot.geometries),
geometry_entity: toEditorSessionGeometryEntity(snapshot.geometry_entity),
wikis: toEditorSessionWikis(snapshot.wikis),
entity_wiki: toEditorSessionEntityWikiLinks(snapshot.entity_wiki),
};
}
type EditorEntityRow = NonNullable<EditorSnapshot["entities"]>[number];
type EditorGeometryRow = NonNullable<EditorSnapshot["geometries"]>[number];
type EditorGeometryEntityRow = NonNullable<EditorSnapshot["geometry_entity"]>[number];
type EditorWikiRow = NonNullable<EditorSnapshot["wikis"]>[number];
function toEditorSessionEntities(input: EditorSnapshot["entities"]): EntitySnapshot[] {
const rows = Array.isArray(input) ? input : [];
return rows
.filter((e): e is EditorEntityRow => Boolean(e) && (typeof e.id === "string" || typeof e.id === "number"))
.filter((e) => e.operation !== "delete")
.map((e) => {
const id = String(e.id);
const source: EntitySnapshot["source"] = e.source === "inline" ? "inline" : "ref";
return {
id,
source,
operation: "reference",
name: typeof e.name === "string" ? e.name : undefined,
description: typeof e.description === "string" ? e.description : e.description ?? null,
time_start: normalizeTimelineYearValue(e.time_start) ?? undefined,
time_end: normalizeTimelineYearValue(e.time_end) ?? undefined,
};
});
}
function toEditorSessionGeometries(input: EditorSnapshot["geometries"]): GeometrySnapshot[] {
const rows = Array.isArray(input) ? input : [];
return rows
.filter((g): g is EditorGeometryRow => Boolean(g) && (typeof g.id === "string" || typeof g.id === "number"))
.filter((g) => g.operation !== "delete")
.map((g) => {
const id = String(g.id);
const source: GeometrySnapshot["source"] = g.source === "inline" ? "inline" : "ref";
return {
id,
source,
operation: "reference",
type: g.type ?? undefined,
draw_geometry: g.draw_geometry,
geometry: g.geometry,
binding: Array.isArray(g.binding) ? [...g.binding] : undefined,
time_start: normalizeTimelineYearValue(g.time_start) ?? undefined,
time_end: normalizeTimelineYearValue(g.time_end) ?? undefined,
bbox: g.bbox
? {
min_lng: g.bbox.min_lng,
min_lat: g.bbox.min_lat,
max_lng: g.bbox.max_lng,
max_lat: g.bbox.max_lat,
}
: g.bbox ?? undefined,
};
});
}
function toEditorSessionGeometryEntity(input: EditorSnapshot["geometry_entity"]): GeometryEntitySnapshot[] {
const rows = Array.isArray(input) ? input : [];
const deduped = new globalThis.Map<string, GeometryEntitySnapshot>();
for (const row of rows) {
if (!row) continue;
const safeRow = row as EditorGeometryEntityRow;
if (safeRow.operation === "delete") continue;
const geometry_id = typeof safeRow.geometry_id === "string" || typeof safeRow.geometry_id === "number"
? String(safeRow.geometry_id).trim()
: "";
const entity_id = typeof safeRow.entity_id === "string" || typeof safeRow.entity_id === "number"
? String(safeRow.entity_id).trim()
: "";
if (!geometry_id || !entity_id) continue;
const key = `${geometry_id}::${entity_id}`;
deduped.set(key, {
geometry_id,
entity_id,
operation: "reference",
});
}
return Array.from(deduped.values()).sort((a, b) => {
const g = a.geometry_id.localeCompare(b.geometry_id);
if (g !== 0) return g;
return a.entity_id.localeCompare(b.entity_id);
});
}
function toEditorSessionWikis(input: EditorSnapshot["wikis"]): WikiSnapshot[] {
const rows = Array.isArray(input) ? input : [];
return rows
.filter((w): w is EditorWikiRow => Boolean(w) && typeof w.id === "string" && w.id.trim().length > 0)
.filter((w) => w.operation !== "delete")
.map((w) => {
const source: WikiSnapshot["source"] = w.source === "inline" ? "inline" : "ref";
return {
id: w.id,
source,
operation: "reference",
title: typeof w.title === "string" ? w.title : "",
slug: w.slug ?? null,
doc: w.doc ?? null,
};
});
}
function toEditorSessionEntityWikiLinks(input: EditorSnapshot["entity_wiki"]): EntityWikiLinkSnapshot[] {
const rows = Array.isArray(input) ? input : [];
const deduped = new globalThis.Map<string, EntityWikiLinkSnapshot>();
for (const row of rows) {
if (!row || typeof row.entity_id !== "string" || typeof row.wiki_id !== "string") continue;
if (row.operation === "delete") continue;
const entity_id = row.entity_id.trim();
const wiki_id = row.wiki_id.trim();
if (!entity_id || !wiki_id) continue;
const key = `${entity_id}::${wiki_id}`;
deduped.set(key, { entity_id, wiki_id, operation: "reference" });
}
return Array.from(deduped.values()).sort((a, b) => {
const e = a.entity_id.localeCompare(b.entity_id);
if (e !== 0) return e;
return a.wiki_id.localeCompare(b.wiki_id);
});
}