public ResultPend screen(List<Map<String, Object>> pending){ Map<String,Object> maps = new HashMap<>(); for (Map<String, Object> map : pending) { //获取到pending里面的data Object datas = map.get("data"); List<Map<String,Object>> list = (List<Map<String, Object>>) datas; for (Map<String, Object> objectMap : list) { Object processInstName = objectMap.get("processInstName"); maps.put("processInstName",processInstName); Object metadataName = objectMap.get("metadataName"); maps.put("metadataName", metadataName); Object originBusinessName = objectMap.get("originBusinessName"); maps.put("originBusinessName",originBusinessName); Object originatorName = objectMap.get("originatorName"); maps.put("originatorName", originatorName); Object originTime = objectMap.get("originTime"); maps.put("originTime", originTime); Object processDefineName = objectMap.get("processDefineName"); maps.put("processDefineName", processDefineName); Object processNodeInstName = objectMap.get("processNodeInstName"); maps.put("processNodeInstName", processNodeInstName); Object tenantName = objectMap.get("tenantName"); maps.put("tenantName", tenantName); Object enterpriseName = objectMap.get("enterpriseName"); maps.put("enterpriseName", enterpriseName); Object createUserId = objectMap.get("createUserId"); maps.put("createUserId", createUserId); Object createdTime = objectMap.get("createdTime"); maps.put("createdTime",createdTime); } } }怎么把上述代码中的maps集合转成ResultPend对象并返回

import type { AxiosRequestConfig, Canceler } from 'axios'; import axios from 'axios'; import { isFunction } from '/@/utils/is'; // Used to store the identification and cancellation function of each request let pendingMap = new Map<string, Canceler>(); export const getPendingUrl = (config: AxiosRequestConfig) => [config.method, config.url].join('&'); export class AxiosCanceler { /** * Add request * @param {Object} config */ addPending(config: AxiosRequestConfig) { this.removePending(config); const url = getPendingUrl(config); config.cancelToken = config.cancelToken || new axios.CancelToken((cancel) => { if (!pendingMap.has(url)) { // If there is no current request in pending, add it pendingMap.set(url, cancel); } }); } /** * @description: Clear all pending */ removeAllPending() { pendingMap.forEach((cancel) => { cancel && isFunction(cancel) && cancel(); }); pendingMap.clear(); } /** * Removal request * @param {Object} config */ removePending(config: AxiosRequestConfig) { const url = getPendingUrl(config); if (pendingMap.has(url)) { // If there is a current request identifier in pending, // the current request needs to be cancelled and removed const cancel = pendingMap.get(url); cancel && cancel(url); pendingMap.delete(url); } } /** * @description: reset */ reset(): void { pendingMap = new Map<string, Canceler>(); } } 这是做什么的

它会根据请求的方法和 URL 生成标识，并从 pendingMap 中获取对应的取消函数，然后执行该函数并将其从 pendingMap 中删除。 4. reset(): 重置待取消列表。它会将 pendingMap 重置为空的 Map。这个工具类...

<dependency> <groupId>com.baomidou</groupId> <artifactId>mybatis-plus-boot-starter</artifactId> <version>3.4.2</version> </dependency> 提示CVE-2022-25517 9.8 Improper Neutralization of Special Elements used in an SQL Command ('SQL Injection') vulnerability pending CVSS allocation 应该如何解决

这个提示是指 MyBatis Plus 存在 SQL 注入漏洞，攻击者可以通过构造恶意的 SQL 语句来获取敏感信息或者对系统造成危害。要解决这个问题，需要升级 MyBatis Plus 的版本到 3.4.3 或者更高版本，这个漏洞在这个版本中...

public async Task UpdateOrder(string plaSsn, string direction) { if (string.IsNullOrEmpty(plaSsn) || string.IsNullOrEmpty(direction)) { return null!; } var plsn = await _sqlSugarClient.Queryable().FirstAsync(s => s.sn == plaSsn); if (plsn == null) { return null!; } var PendingList = await _sqlSugarClient.Queryable() .OrderBy(it => new { it.plan_date, it.list_order }) .ToListAsync(); int inden = PendingList.FindIndex(i => i.sn == plsn.sn); if (direction == "up") { var plan1 = PendingList[inden - 1]; int i = 0; i = (int)plan1.list_order!; plan1.list_order = plsn.list_order; plsn.list_order = i; _sqlSugarClient.Updateable(plan1).WhereColumns(it => new { it.id }).ExecuteCommand();//更新单条根据ID } if (direction == "down") { var plan1 = PendingList[inden + 1]; int i = 0; i = (int)plan1.list_order!; plan1.list_order = plsn.list_order; plsn.list_order = i; _sqlSugarClient.Updateable(plan1).WhereColumns(it => new { it.id }).ExecuteCommand();//更新单条根据ID } _sqlSugarClient.Updateable(plsn).WhereColumns(it => new { it.id }).ExecuteCommand();//更新单条根据ID return plsn; }优化代码

int inden = PendingList.FindIndex(i => i.sn == plsn.sn); if (direction == "up") { if (inden > ) { var plan1 = PendingList[inden - 1]; int i = (int)plan1.list_order!; plan1.list_order = plsn....

[root@node1 ~/storage]#kubectl describe PersistentVolumeClaim test-claim1 Name: test-claim1 Namespace: default StorageClass: Status: Pending Volume: Labels: <none> Annotations: <none> Finalizers: [kubernetes.io/pvc-protection] Capacity: Access Modes: VolumeMode: Filesystem Used By: read-pod Events: Type Reason Age From Message ---- ------ ---- ---- ------- Normal FailedBinding 7s (x6 over 69s) persistentvolume-controller no persistent volumes available for this claim and no storage class is set

- Status: 持久卷声明的状态为 Pending，表示它尚未绑定到一个持久卷上。 - Volume: 该字段为空，表示没有为此持久卷声明分配一个持久卷。 - Labels: 持久卷声明的标签信息。 - Annotations: 持久卷声明的...

Task <Task pending name='Task-119' coro=<asyncSendDataToSlamController() running at /home/pldz/share/Git/amr_slam_hmi_proxy/scripts/modules/tcp/tcpClient.py:132> cb=[_run_until_complete_cb() at /usr/local/python3.9/lib/python3.9/asyncio/base_events.py:184]> got Future <Future pending> attached to a different loop

你可以使用asyncio.get_event_loop()函数获取当前事件循环，或者使用asyncio.new_event_loop()函数创建一个新的事件循环。在创建新的协程时，你可以使用loop.run_until_complete()函数来将协程注册到事件循环...

let promise = new Promise(resolve => { });

Promise对象有三种状态：pending（等待状态）、fulfilled（已完成状态）和rejected（已拒绝状态）。在这里，我们通过Promise的构造函数，传入一个函数作为参数，这个函数接收一个resolve函数作为参数，表示异步操作...

const queryStatus = async () => { let seconds = 10 intervalId = setInterval(function () { if (seconds === 0) { clearInterval(intervalId); } else { // 调用查询订单状态的接口，并更新状态 let payService = queryOrderStatus() console.log(payService,"payService"); 打印的是Promise {}proto: Promise[[PromiseState]]: "fulfilled"[[PromiseResult]]: 2如何解决 seconds-- setSeconds(seconds) } }, 1000); } const queryOrderStatus = async () => { const ref = await payService.getGoodsdeails({ orderSn: nameId }) return ref.data.data[0].payStatus }

const queryStatus = async () => { let seconds = 10 intervalId = setInterval(async function () { //注意这里加上async关键字 if (seconds === 0) { clearInterval(intervalId); } else { // 调用查询订单...

return new promise(resolve =>

这句话是JS代码，意思是返回一个新的Promise对象，并且将resolve方法作为参数传入Promise的构造函数中。resolve方法通常用来将Promise的状态从“pending”变为“fulfilled”，即表示操作成功完成。

new Promise(resolve => { });

这个函数被称为执行器函数（executor function），它接收一个函数参数 resolve，这个函数将在Promise对象状态从pending变为fulfilled时调用，并将结果传递给Promise的then()方法。在这个例子中，Promise对象并没有...

CREATE TRIGGER update_schedule AFTER UPDATE ON scheduleFOR EACH ROWBEGIN IF NEW.status = 'approved' AND OLD.status = 'pending' THEN UPDATE schedule SET doctor_id = NEW.doctor_id WHERE schedule_date = NEW.schedule_date AND schedule_time = NEW.schedule_time; END IF;END;

- IF NEW.status = 'approved' AND OLD.status = 'pending' THEN：如果更新后的 status 为 approved，更新前的 status 为 pending，则执行以下语句。 - UPDATE schedule SET doctor_id = NEW.doctor_id ...

Status TableBuilder::Finish() { Rep* r = rep_; Flush(); assert(!r->closed); r->closed = true; BlockHandle filter_block_handle, metaindex_block_handle, index_block_handle; // Write filter block if (ok() && r->filter_block != nullptr) { WriteRawBlock(r->filter_block->Finish(), kNoCompression, &filter_block_handle); } // Write metaindex block if (ok()) { BlockBuilder meta_index_block(&r->options); if (r->filter_block != nullptr) { // Add mapping from "filter.Name" to location of filter data std::string key = "filter."; key.append(r->options.filter_policy->Name()); std::string handle_encoding; filter_block_handle.EncodeTo(&handle_encoding); meta_index_block.Add(key, handle_encoding); } // TODO(postrelease): Add stats and other meta blocks WriteBlock(&meta_index_block, &metaindex_block_handle); } // Write index block if (ok()) { if (r->pending_index_entry) { r->options.comparator->FindShortSuccessor(&r->last_key); std::string handle_encoding; r->pending_handle.EncodeTo(&handle_encoding); r->index_block.Add(r->last_key, Slice(handle_encoding)); r->pending_index_entry = false; } WriteBlock(&r->index_block, &index_block_handle); } // Write footer if (ok()) { Footer footer; footer.set_metaindex_handle(metaindex_block_handle); footer.set_index_handle(index_block_handle); std::string footer_encoding; footer.EncodeTo(&footer_encoding); r->status = r->file->Append(footer_encoding); if (r->status.ok()) { r->offset += footer_encoding.size(); } } return r->status; }在这段代码里 GenerateFiler()函数被调用了吗

具体来说，如果设置了过滤器策略，则在 TableBuilder::Finish() 函数中会调用 filter_block_->Finish() 函数生成并返回过滤器数据，然后在 WriteRawBlock() 函数中将其写入磁盘，这个过程会间接调用 ...

resolve => { }

在执行器函数中，我们可以编写异步操作的代码，并在操作完成后调用resolve函数，将异步操作的结果作为参数传递给resolve函数，使Promise对象的状态从pending变为fulfilled，并将结果传递给then()方法。在这个例子中...

const p = new Promise((resolve,reject )=>{ // resolve() //调用函数调用以后当前promise对象的状态变成了fulfilled // reject() // 调用以后状态变成了rejected})

const p = new Promise((resolve, reject) => { }) 是 JavaScript 中创建一个 Promise 对象的方式，Promise 是一种处理异步操作的对象，它的状态可以分为三种：pending（等待中）、fulfilled（已成功）和 rejected...

AttributeError: 'list' object has no attribute 'PENDING'

AttributeError: 'list' object has no attribute 'PENDING'通常是在使用类或对象的属性时，该属性并不存在而导致的错误。在这个具体的例子中，'list'类型的对象没有名为'PENDING'的属性，所以在使用该属性时会抛出...

Promise {

这是一个 JavaScript 的 Promise 对象，表示一个异步操作正在进行中，但还未完成。当这个异步操作完成时，Promise 对象的状态会变为 resolved 或 rejected，并且会执行对应的回调函数。如果 Promise 对象的...

promise { }

promise { <pending> } 的意思是“承诺 { <待定> }”，表示一个 Promise 对象正在等待被解决或被拒绝。在 Promise 对象被解决或被拒绝之前，它的状态都是“待定”的。

kubectl get pods --field-selector=status.phase=Pending

要查看状态为 "Pending" 的Pod，您可以运行以下命令： kubectl get pods --field-selector=status.phase=Pending 这将列出所有状态为 "Pending" 的Pod的摘要信息，包括名称、所属命名空间、状态、重启次数...

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let promise = new Promise(resolve => { });

return new promise(resolve =>

new Promise(resolve => { });

CREATE TRIGGER update_schedule AFTER UPDATE ON scheduleFOR EACH ROWBEGIN IF NEW.status = 'approved' AND OLD.status = 'pending' THEN UPDATE schedule SET doctor_id = NEW.doctor_id WHERE schedule_date = NEW.schedule_date AND schedule_time = NEW.schedule_time; END IF;END;

resolve => { }

const p = new Promise((resolve,reject )=>{ // resolve() //调用函数 调用以后当前promise对象的状态变成了fulfilled // reject() // 调用以后状态变成了rejected})

AttributeError: 'list' object has no attribute 'PENDING'

Promise {

promise { }

kubectl get pods --field-selector=status.phase=Pending

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const p = new Promise((resolve,reject )=>{ // resolve() //调用函数调用以后当前promise对象的状态变成了fulfilled // reject() // 调用以后状态变成了rejected})