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This commit is contained in:
Baobhan Sith
2025-04-29 22:00:25 +08:00
parent e0a234210d
commit 061e724368
6 changed files with 281 additions and 79 deletions
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packages/backend/src/services/sftp.service.ts
+125 -24
View File
@@ -52,6 +52,7 @@ interface ActiveUpload {
bytesWritten: number;
stream: WriteStream;
sessionId: string; // Link back to the session for cleanup
relativePath?: string; // +++ 新增：存储相对路径 +++
}
export class SftpService {
@@ -730,35 +731,81 @@ export class SftpService {
});
}
// +++ 新增：辅助方法 - 确保目录存在 (Promise wrapper) +++
private ensureDirectoryExists(sftp: SFTPWrapper, dirPath: string): Promise<void> {
return new Promise((resolve, reject) => {
sftp.stat(dirPath, (err: any, stats) => { // Cast err to any
if (err) {
// If error is 'No such file', create the directory
// Access err.code after casting to any
if (err.code === 'ENOENT' || (err.message && err.message.includes('No such file'))) {
sftp.mkdir(dirPath, (mkdirErr) => {
// +++ 修改：辅助方法 - 确保目录存在 (递归创建) +++
private async ensureDirectoryExists(sftp: SFTPWrapper, dirPath: string): Promise<void> {
// 规范化路径，移除尾部斜杠（如果存在）
const normalizedPath = dirPath.replace(/\/$/, '');
if (!normalizedPath || normalizedPath === '/') {
return; // 根目录不需要创建
}
try {
// 1. 尝试直接 stat 目录
await this.getStats(sftp, normalizedPath);
// console.log(`[SFTP Util] Directory already exists: ${normalizedPath}`);
return; // 目录已存在
} catch (statError: any) {
// 2. 如果 stat 失败，检查是否是 "No such file" 错误
if (statError.code === 'ENOENT' || (statError.message && statError.message.includes('No such file'))) {
// 目录不存在，尝试创建
try {
// 3. 尝试递归创建 (ssh2 的 mkdir 支持非标准 recursive 属性)
// 注意：这可能不适用于所有 SFTP 服务器
await new Promise<void>((resolveMkdir, rejectMkdir) => {
// @ts-ignore - ssh2 types might not include 'recursive' in attributes
sftp.mkdir(normalizedPath, { recursive: true }, (mkdirErr) => {
if (mkdirErr) {
reject(new Error(`创建目录失败 ${dirPath}: ${mkdirErr.message}`));
// 如果递归创建失败，尝试逐级创建
console.warn(`[SFTP Util] Recursive mkdir failed for ${normalizedPath}, falling back to iterative creation:`, mkdirErr);
rejectMkdir(mkdirErr); // Reject to trigger fallback
} else {
console.log(`[SFTP Util] Created directory: ${dirPath}`);
resolve();
console.log(`[SFTP Util] Recursively created directory: ${normalizedPath}`);
resolveMkdir();
}
});
} else {
// Other stat error
reject(new Error(`检查目录失败 ${dirPath}: ${err.message}`));
});
return; // 递归创建成功
} catch (recursiveMkdirError) {
// 4. 递归创建失败，回退到逐级创建
const parentDir = pathModule.dirname(normalizedPath).replace(/\\/g, '/');
if (parentDir && parentDir !== '/' && parentDir !== '.') {
// 递归确保父目录存在
await this.ensureDirectoryExists(sftp, parentDir);
}
// 创建当前目录
try {
await new Promise<void>((resolveMkdir, rejectMkdir) => {
sftp.mkdir(normalizedPath, (mkdirErr) => {
if (mkdirErr) {
// 如果逐级创建也失败，则抛出错误
rejectMkdir(new Error(`创建目录失败 ${normalizedPath}: ${mkdirErr.message}`));
} else {
console.log(`[SFTP Util] Iteratively created directory: ${normalizedPath}`);
resolveMkdir();
}
});
});
} catch (iterativeMkdirError: any) {
console.error(`[SFTP Util] Iterative mkdir failed for ${normalizedPath}:`, iterativeMkdirError);
// 检查是否是因为目录已存在（可能由并发操作创建）
try {
const finalStats = await this.getStats(sftp, normalizedPath);
if (!finalStats.isDirectory()) {
throw new Error(`路径 ${normalizedPath} 已存在但不是目录`);
}
// 如果目录现在存在，则忽略错误
console.log(`[SFTP Util] Directory ${normalizedPath} exists after iterative mkdir failure, likely created concurrently.`);
} catch (finalStatError) {
// 如果最终检查也失败，则抛出原始的逐级创建错误
throw iterativeMkdirError;
}
}
} else if (!stats.isDirectory()) {
// Path exists but is not a directory
reject(new Error(`路径 ${dirPath} 已存在但不是目录`));
} else {
// Directory already exists
resolve();
}
});
});
} else {
// 其他 stat 错误
throw new Error(`检查目录失败 ${normalizedPath}: ${statError.message}`);
}
}
}
// +++ 新增：辅助方法 - 列出目录内容 (Promise wrapper) +++
@@ -804,7 +851,8 @@ export class SftpService {
// --- File Upload Methods ---
/** Start a new file upload */
startUpload(sessionId: string, uploadId: string, remotePath: string, totalSize: number): void {
// --- 修改：添加 relativePath 参数 ---
async startUpload(sessionId: string, uploadId: string, remotePath: string, totalSize: number, relativePath?: string): Promise<void> {
const state = this.clientStates.get(sessionId);
if (!state || !state.sftp) {
console.warn(`[SFTP Upload ${uploadId}] SFTP not ready for session ${sessionId}.`);
@@ -820,6 +868,58 @@ export class SftpService {
console.log(`[SFTP Upload ${uploadId}] Starting upload for ${remotePath} (${totalSize} bytes) in session ${sessionId}`);
try {
// --- 新增：在创建流之前确保目录存在 ---
if (relativePath) {
const targetDirectory = pathModule.dirname(remotePath).replace(/\\/g, '/');
console.log(`[SFTP Upload ${uploadId}] Ensuring directory exists: ${targetDirectory}`);
try {
// 确保 state.sftp 存在
if (!state.sftp) throw new Error('SFTP session is not available.');
await this.ensureDirectoryExists(state.sftp, targetDirectory);
console.log(`[SFTP Upload ${uploadId}] Directory ensured: ${targetDirectory}`); // +++ 增加成功日志 +++
} catch (dirError: any) {
console.error(`[SFTP Upload ${uploadId}] Failed to create/ensure directory ${targetDirectory}:`, dirError);
state.ws.send(JSON.stringify({ type: 'sftp:upload:error', payload: { uploadId, message: `创建目录失败: ${dirError.message}` } }));
// 不再删除 activeUploads，因为可能还没有创建
return; // Stop the upload process
}
}
// --- 结束新增 ---
// --- 新增：预检查文件是否可写 ---
console.log(`[SFTP Upload ${uploadId}] Pre-checking writability for: ${remotePath}`);
try {
// 确保 state.sftp 存在
if (!state.sftp) throw new Error('SFTP session is not available.');
await new Promise<void>((resolve, reject) => {
// 'w' flag: Open file for writing. The file is created (if it does not exist) or truncated (if it exists).
state.sftp!.open(remotePath, 'w', (openErr, handle) => {
if (openErr) {
console.error(`[SFTP Upload ${uploadId}] Pre-check failed (sftp.open 'w') for ${remotePath}:`, openErr);
return reject(openErr); // Reject if cannot open for writing
}
// Immediately close the handle, we just wanted to check writability
state.sftp!.close(handle, (closeErr) => {
if (closeErr) {
// Log warning but don't fail the pre-check if closing fails
console.warn(`[SFTP Upload ${uploadId}] Error closing handle during pre-check for ${remotePath}:`, closeErr);
}
console.log(`[SFTP Upload ${uploadId}] Pre-check successful for: ${remotePath}`);
resolve();
});
});
});
} catch (preCheckError: any) {
console.error(`[SFTP Upload ${uploadId}] Writability pre-check failed for ${remotePath}:`, preCheckError);
state.ws.send(JSON.stringify({ type: 'sftp:upload:error', payload: { uploadId, message: `文件不可写或创建失败: ${preCheckError.message}` } }));
return; // Stop if pre-check fails
}
// --- 结束新增 ---
console.log(`[SFTP Upload ${uploadId}] Creating write stream for: ${remotePath}`);
// 确保 state.sftp 存在
if (!state.sftp) throw new Error('SFTP session is not available after pre-check.');
const stream = state.sftp.createWriteStream(remotePath);
const uploadState: ActiveUpload = {
remotePath,
@@ -827,6 +927,7 @@ export class SftpService {
bytesWritten: 0,
stream,
sessionId,
relativePath, // +++ 存储 relativePath +++
};
this.activeUploads.set(uploadId, uploadState);
packages/backend/src/websocket.ts
+5 -2
View File
@@ -1085,8 +1085,11 @@ export const initializeWebSocket = async (server: http.Server, sessionParser: Re
ws.send(JSON.stringify({ type: 'sftp:upload:error', payload: { uploadId: payload?.uploadId, message: '缺少 uploadId, remotePath 或 size' } }));
return;
}
sftpService.startUpload(sessionId, payload.uploadId, payload.remotePath, payload.size);
// --- 修改：传递 relativePath 给 SftpService ---
const relativePath = payload?.relativePath; // 获取 relativePath
console.log(`WebSocket: SFTP Upload Start - Session: ${sessionId}, UploadID: ${payload.uploadId}, RemotePath: ${payload.remotePath}, Size: ${payload.size}, RelativePath: ${relativePath}`);
sftpService.startUpload(sessionId, payload.uploadId, payload.remotePath, payload.size, relativePath); // 传递 relativePath
// --- 结束修改 ---
break;
}
case 'sftp:upload:chunk': {
packages/frontend/src/components/FileManager.vue
+3 -1
View File
@@ -655,7 +655,9 @@ const handleFileSelected = (event: Event) => {
const input = event.target as HTMLInputElement;
// 恢复使用 props.wsDeps.isConnected
if (!input.files || !props.wsDeps.isConnected.value) return;
Array.from(input.files).forEach(startFileUpload); // Use startFileUpload from useFileUploader
// --- 修正：使用匿名函数包装 startFileUpload 调用 ---
Array.from(input.files).forEach(file => startFileUpload(file)); // 只传递 file 参数
// --- 结束修正 ---
input.value = '';
};
packages/frontend/src/composables/file-manager/useFileManagerDragAndDrop.ts
+58 -22
View File
@@ -12,7 +12,7 @@ export interface UseFileManagerDragAndDropOptions {
// 函数依赖
joinPath: (base: string, target: string) => string; // 路径拼接函数
onFileUpload: (file: File) => void; // 触发文件上传的回调
onFileUpload: (file: File, relativePath?: string) => void; // 修改：触发文件上传的回调，增加相对路径
onItemMove: (sourceItem: FileListItem, newFullPath: string) => void; // 触发文件/文件夹移动的回调
}
@@ -146,40 +146,76 @@ export function useFileManagerDragAndDrop(options: UseFileManagerDragAndDropOpti
}
};
// --- 新增：递归遍历文件树的辅助函数 ---
const traverseFileTree = (item: FileSystemEntry, path = '') => {
path = path || '';
if (item.isFile) {
// 文件处理
(item as FileSystemFileEntry).file((file) => {
// 调用上传函数，传递文件和相对路径
console.log(`[DragDrop] Uploading file: ${path}${file.name}`);
onFileUpload(file, path); // 传递相对路径
}, (err) => {
console.error(`[DragDrop] Error getting file from entry: ${path}${item.name}`, err);
});
} else if (item.isDirectory) {
// 目录处理
const dirReader = (item as FileSystemDirectoryEntry).createReader();
dirReader.readEntries((entries) => {
console.log(`[DragDrop] Traversing directory: ${path}${item.name}, found ${entries.length} entries.`);
// 递归遍历目录中的每个条目
entries.forEach((entry) => {
traverseFileTree(entry, path + item.name + '/'); // 更新相对路径
});
}, (err) => {
console.error(`[DragDrop] Error reading directory entries: ${path}${item.name}`, err);
});
}
};
// --- 结束新增 ---
const handleDrop = (event: DragEvent) => {
const wasDraggingOver = isDraggingOver.value;
const currentDragTarget = dragOverTarget.value;
const currentDragTarget = dragOverTarget.value; // 拖放目标文件夹名称
isDraggingOver.value = false;
dragOverTarget.value = null;
stopAutoScroll();
const files = event.dataTransfer?.files;
if (!files || files.length === 0 || !isConnected.value) {
// --- 修改：使用 DataTransferItemList 和 webkitGetAsEntry 处理拖放 ---
const items = event.dataTransfer?.items;
if (!items || items.length === 0 || !isConnected.value) {
if (draggedItem.value) draggedItem.value = null; // 清理内部拖拽状态
return;
}
// 检查放置目标是否有效 (由 handleDragOver 决定)
// 对于外部文件，要么容器高亮 (wasDraggingOver)，要么行高亮 (currentDragTarget)
if (!wasDraggingOver && !currentDragTarget) {
console.log(`[DragDrop] Drop ignored: Drop target was not valid according to handleDragOver.`);
return;
// 注意：拖放到子文件夹的功能暂时移除，所有拖放都上传到当前目录或根目录
// 如果需要拖放到子文件夹，需要重新设计 targetFolderPath 的逻辑
// if (!wasDraggingOver && !currentDragTarget) {
// console.log(`[DragDrop] Drop ignored: Drop target was not valid according to handleDragOver.`);
// return;
// }
console.log(`[DragDrop] Drop event detected with ${items.length} items.`);
for (let i = 0; i < items.length; i++) {
const item = items[i];
if (item.kind === 'file') {
const entry = item.webkitGetAsEntry();
if (entry) {
console.log(`[DragDrop] Processing entry: ${entry.name}, isFile: ${entry.isFile}, isDirectory: ${entry.isDirectory}`);
traverseFileTree(entry); // 开始遍历文件树，初始相对路径为空
} else {
console.warn(`[DragDrop] Could not get entry for item ${i}`);
}
} else {
console.log(`[DragDrop] Skipping non-file item kind: ${item.kind}`);
}
}
// --- 结束修改 ---
const fileListArray = Array.from(files);
let targetFolderPath = currentPath.value; // 默认上传到当前目录
// 如果是放置在特定子文件夹行上
if (currentDragTarget && currentDragTarget !== '..') {
targetFolderPath = joinPath(currentPath.value, currentDragTarget);
console.log(`[DragDrop] Dropped ${fileListArray.length} external files onto folder '${currentDragTarget}'. Uploading to: ${targetFolderPath}`);
} else {
console.log(`[DragDrop] Dropped ${fileListArray.length} external files onto current path '${currentPath.value}'.`);
}
// 注意：原始代码中 startFileUpload 没有使用 targetFolderPath，这里暂时保持一致
// 如果需要上传到子目录，需要修改 useFileUploader 或此处的调用方式
fileListArray.forEach(onFileUpload);
draggedItem.value = null; // 确保清理内部拖拽状态
};
packages/frontend/src/composables/useFileUploader.ts
+28 -9
View File
@@ -123,7 +123,7 @@ export function useFileUploader(
};
const startFileUpload = (file: File) => {
const startFileUpload = (file: File, relativePath?: string) => { // 保持签名修改
if (!isConnected.value) {
console.warn('[文件上传模块] 无法开始上传：WebSocket 未连接。');
// 可以选择向用户显示错误消息
@@ -131,16 +131,35 @@ export function useFileUploader(
}
const uploadId = generateUploadId();
const remotePath = joinPath(currentPathRef.value, file.name);
// --- 修正：直接构建最终远程路径 ---
let finalRemotePath: string;
if (relativePath) {
// 确保 currentPathRef.value 结尾有斜杠
const basePath = currentPathRef.value.endsWith('/') ? currentPathRef.value : `${currentPathRef.value}/`;
// 确保 relativePath 开头没有斜杠，末尾有斜杠 (如果非空)
let cleanRelativePath = relativePath.startsWith('/') ? relativePath.substring(1) : relativePath;
// 移除末尾斜杠（如果有），因为文件名会加上
cleanRelativePath = cleanRelativePath.endsWith('/') ? cleanRelativePath.slice(0, -1) : cleanRelativePath;
// 拼接路径，确保 cleanRelativePath 和 file.name 之间只有一个斜杠
finalRemotePath = `${basePath}${cleanRelativePath ? cleanRelativePath + '/' : ''}${file.name}`;
} else {
finalRemotePath = joinPath(currentPathRef.value, file.name); // 对于非文件夹上传，保持原样
}
// 规范化路径，移除多余的斜杠 e.g. /root//dir -> /root/dir
finalRemotePath = finalRemotePath.replace(/\/+/g, '/');
console.log(`[文件上传模块] Calculated finalRemotePath: ${finalRemotePath} (current: ${currentPathRef.value}, relative: ${relativePath}, filename: ${file.name})`); // 添加日志
// --- 结束修正 ---
// 使用传入的 fileListRef 检查是否覆盖
// fileListRef.value 现在是 readonly FileListItem[]
if (fileListRef.value.some((item: FileListItem) => item.filename === file.name && !item.attrs.isDirectory)) { // 添加 item 类型注解
if (!confirm(t('fileManager.prompts.confirmOverwrite', { name: file.name }))) {
console.log(`[文件上传模块] 用户取消了 ${file.name} 的上传`);
// --- 修正：检查覆盖逻辑需要使用 finalRemotePath 的 basename ---
const finalFilename = finalRemotePath.substring(finalRemotePath.lastIndexOf('/') + 1);
// 检查是否覆盖 *同名文件* (忽略目录)
if (fileListRef.value.some((item: FileListItem) => item.filename === finalFilename && !item.attrs.isDirectory)) {
if (!confirm(t('fileManager.prompts.confirmOverwrite', { name: finalFilename }))) {
console.log(`[文件上传模块] 用户取消了 ${finalFilename} 的上传`);
return; // 用户取消覆盖
}
}
// --- 结束修正 ---
// 添加到响应式 uploads 字典
uploads[uploadId] = {
@@ -151,10 +170,10 @@ export function useFileUploader(
status: 'pending' // 初始状态
};
console.log(`[文件上传模块] 开始上传 ${uploadId} 到 ${remotePath}`);
console.log(`[文件上传模块] 开始上传 ${uploadId} 到 ${finalRemotePath}`); // 使用 finalRemotePath
sendMessage({
type: 'sftp:upload:start',
payload: { uploadId, remotePath, size: file.size }
payload: { uploadId, remotePath: finalRemotePath, size: file.size, relativePath: relativePath || undefined } // 发送修正后的 remotePath
});
// 后端应该响应 sftp:upload:ready
};
packages/frontend/src/composables/useSftpActions.ts
+62 -21
View File
@@ -586,17 +586,35 @@ export function createSftpActionsManager(
return false;
};
// *** 新增：辅助函数 - 向文件树添加或更新节点 ***
// *** 修改：辅助函数 - 向文件树添加或更新节点 (允许创建父节点占位符) ***
const addOrUpdateNodeInTree = (parentPath: string, item: FileListItem): boolean => {
const parentNode = findNodeByPath(fileTree, parentPath);
if (parentNode && parentNode.childrenLoaded && parentNode.children) { // 确保父节点已加载子节点
const newNode: FileTreeNode = {
// --- 修改：调用 findNodeByPath 时允许创建缺失的父节点 ---
const parentNode = findNodeByPath(fileTree, parentPath, true);
// --- 结束修改 ---
// 如果父节点被成功找到或创建
if (parentNode) {
// 如果父节点的 children 为 null (可能刚被创建为占位符)，则初始化为空数组
if (parentNode.children === null) {
parentNode.children = [];
// 注意：此时 childrenLoaded 应该仍然是 false，除非它是叶子节点
// findNodeByPath 创建占位符时 childrenLoaded 设为 false
}
// 确保 children 是一个数组再继续
if (!Array.isArray(parentNode.children)) {
console.error(`[SFTP ${instanceSessionId}] Logic error: parentNode.children is not an array after findNodeByPath in addOrUpdateNodeInTree for path ${parentPath}`);
return false; // 无法继续
}
// --- 现有逻辑：添加或更新子节点 ---
const newNode: FileTreeNode = reactive({ // 确保新节点也是响应式的
filename: item.filename,
longname: item.longname,
attrs: item.attrs,
children: item.attrs.isDirectory ? null : [],
childrenLoaded: !item.attrs.isDirectory,
};
});
const existingIndex = parentNode.children.findIndex(node => node.filename === item.filename);
if (existingIndex !== -1) {
@@ -612,16 +630,14 @@ export function createSftpActionsManager(
parentNode.children.splice(insertIndex, 0, newNode);
console.log(`[SFTP ${instanceSessionId}] 添加文件树节点: ${parentPath}/${item.filename}`);
}
return true;
} else if (parentNode && !parentNode.childrenLoaded) {
// 父节点存在但子节点未加载，标记为需要重新加载
parentNode.childrenLoaded = false; // 下次访问时会重新加载
console.log(`[SFTP ${instanceSessionId}] 父节点 ${parentPath} 子节点未加载，标记为需要刷新`);
// 可以在这里触发一次 loadDirectory(parentPath) 如果需要立即更新
// --- 结束现有逻辑 ---
return true; // 添加/更新成功
} else {
console.warn(`[SFTP ${instanceSessionId}] 尝试向文件树 ${parentPath} 添加/更新节点 ${item.filename} 失败，父节点未找到或未加载`);
// 如果 findNodeByPath 即使在 createIfMissing=true 时也失败了，说明有更深层的问题
console.error(`[SFTP ${instanceSessionId}] Failed to find or create parent node ${parentPath} in addOrUpdateNodeInTree for item ${item.filename}.`);
return false; // 添加/更新失败
}
return false;
};
@@ -841,22 +857,47 @@ export function createSftpActionsManager(
// *** 新增：处理上传成功 ***
const onUploadSuccess = (payload: MessagePayload, message: WebSocketMessage) => {
const newItem = payload as FileListItem | null; // 后端应发送 FileListItem 或 null
const parentPath = currentPathRef.value; // 上传总是发生在当前路径
const filename = newItem?.filename; // 从 newItem 获取文件名
const fullPath = message.path; // 后端现在应该在 message 中包含完整的上传路径
console.log(`[SFTP ${instanceSessionId}] 上传文件成功: ${filename ? joinPath(parentPath, filename) : '(未知文件名)'}`); // 改进日志
if (!fullPath) {
console.error(`[SFTP ${instanceSessionId}] Received upload success but message is missing 'path'. Payload:`, payload);
// 尝试从 newItem 获取文件名，但无法确定父路径，只能刷新当前目录
const filename = newItem?.filename;
console.warn(`[SFTP ${instanceSessionId}] Upload success for ${filename || '(unknown file)'} but cannot determine parent path. Reloading current directory.`);
loadDirectory(currentPathRef.value); // Fallback to reloading current dir
return;
}
// *** 修改：直接修改文件树 ***
// --- 修正：从完整路径推断父路径和文件名 ---
const parentPath = fullPath.substring(0, fullPath.lastIndexOf('/')) || '/';
const filename = fullPath.substring(fullPath.lastIndexOf('/') + 1);
// --- 结束修正 ---
console.log(`[SFTP ${instanceSessionId}] 上传文件成功: ${fullPath}`);
// *** 修改：使用推断出的 parentPath 更新文件树 ***
if (newItem) {
// 确保 newItem 的 filename 与从路径中提取的一致
if (newItem.filename !== filename) {
console.warn(`[SFTP ${instanceSessionId}] Upload success: filename mismatch between message.path ('${filename}') and payload.filename ('${newItem.filename}'). Using filename from path.`);
// 可以选择信任哪个，这里信任从路径提取的
newItem.filename = filename;
}
addOrUpdateNodeInTree(parentPath, newItem);
} else {
// 如果后端未能提供更新信息，标记父节点需要重新加载
// 如果后端未能提供更新信息，标记推断出的父节点需要重新加载
const parentNode = findNodeByPath(fileTree, parentPath);
if (parentNode) {
parentNode.childrenLoaded = false;
console.warn(`[SFTP ${instanceSessionId}] Upload success for ${message.path || filename} but no item details received. Marking parent ${parentPath} for reload.`);
// 上传总是在当前目录，所以直接触发刷新
loadDirectory(currentPathRef.value);
console.warn(`[SFTP ${instanceSessionId}] Upload success for ${fullPath} but no item details received. Marking parent ${parentPath} for reload.`);
// 如果上传发生在当前目录或其子目录，触发当前目录刷新可能有用
if (parentPath === currentPathRef.value || parentPath.startsWith(currentPathRef.value + '/')) {
loadDirectory(currentPathRef.value);
}
} else {
console.warn(`[SFTP ${instanceSessionId}] Upload success for ${fullPath}, no item details, and parent node ${parentPath} not found in tree.`);
// 可能需要刷新根目录或当前目录
loadDirectory(currentPathRef.value);
}
}
};