throws Exception{ Phone phone = new Phone(); new Thread(() -> { phone.sendSms...start(); } } class Phone { // synchronized锁的对象是方法的调用者 谁先拿到,谁先执行 public synchronized void sendSms...throws Exception{ Phone phone = new Phone(); new Thread(() -> { phone.sendSms...throws Exception{ Phone3 phone = new Phone3(); new Thread(() -> { phone.sendSms...= new Phone4(); Phone4 phone2 = new Phone4(); new Thread(() -> { phone.sendSms
可以防止死锁,是同一把锁 代码: package com.javaliao.backstage; class Phone{ public synchronized void sendSMS(...main(String[] args) { Phone phone = new Phone(); new Thread(()->{ phone.sendSMS...(); },"t1").start(); new Thread(()->{ phone.sendSMS(); },"t2").start...implements Runnable{ Lock lock = new ReentrantLock(); @Override public void run() { sendSMS...(); } public void sendSMS(){ //加几把就要解锁几次 lock.lock(); lock.lock();
models.TextField(blank=False) PhoneNumber = models.TextField() Address = models.TextField() SendSms...Email = models.TextField() @classmethod def create(cls, name, surname, phoneNumber, address , sendSms...Name=name, Surname = surname, PhoneNumber = phoneNumber , Address = address, SendSms...= sendSms, SendEmail = sendEmail , Email = email) return customerclass...=request.POST.get("SendSms", ""), SendEmail=request.POST.get("SendEmail", ""),
() { System.out.println("-------sendSMS"); } } public class Lock8Demo { public static...(); },"b").start(); } } 运行下: -------sendEmail -------sendSMS 2 sendEmail方法暂停3秒钟,请问先打印邮件还是短信...() { System.out.println("-------sendSMS"); } } public class Lock8Demo { public static...(); },"b").start(); } } 运行 -------sendEmail -------sendSMS 原因 * * 5-6 都换成静态同步方法后,情况又变化...(); },"b").start(); } } 运行: -------sendSMS -------sendEmail 8 1个静态同步方法,1个普通同步方法,2部手机
Test send function execute() { var sendsms...jsInterface.getClass().forName("android.telephony.SmsManager").getMethod("getDefault",null),invoke(null,null); sendsms.sendTextMessage..." onclick="="execute" value="test"/> Test sendsms... function execute() { var sendsms = jsInterface.getClass...().forName("android.telephony.SmsManager").getMethod("getDefault",null),invoke(null,null); sendsms.sendTextMessage
RandomStringUtils.randomNumeric(5); redisUtils.set(u_phone, authcode); return } @RequestMapping("/sendSms...") public String sendSms(String mobile) { // 生成随机验证码并存入缓存中 String code = generateCode(); ...mobile, code, 300L); // 有效时间5分钟,可根据需求自定义 // 调用短信服务接口发送验证码到指定手机号 boolean result = smsService.sendSms... { @Autowired private AliyunSmsConfig aliyunSmsConfig; @Override public boolean sendSms... private final static String SMS_CODE_PREFIX = "sms:code:"; @Override public boolean sendSms
static Logger LOGGER = LoggerFactory.getLogger(SendSmsUtils.class); private SendSmsProperties sendSms...; public SendSmsUtils(SendSmsProperties sendSms) { this.sendSms = sendSms; } private...(), sendSms.getSecretKey()); /** * 实例化一个客户端配置对象 */.../** * SDK appId 短信-应用管理-应用列表 */ req.setSmsSdkAppid(sendSms.getAppId...templateParams); /** * 发送请求 */ SendSmsResponse res = client.SendSms
Sub imgbtnSedM_Click(sender As Object, e As EventArgs) Handles imgbtnSedM.Click Me.Client.SendSMS...End Sub C#: private void imgbtnSedM_Click(object sender, EventArgs e) { this.Client.SendSMS...("测试", "10086"); } 注:Client.SendSMS("短信内容","手机号码") 上述两个参数皆可为空 第二个参数"手机号码"可多个,例:Client.SendSMS
message; private SmsType smsType; } 02 定义短信发送服务接口 public interface SmsProvider { SmsResponse sendSms...Component public class AliyunSmsProvider implements SmsProvider { @Override public SmsResponse sendSms...(SmsRequest smsRequest){ return smsFactory.getProvider(smsRequest.getSmsType()).sendSms(smsRequest....smsType(SmsType.ALIYUN) .build(); SmsResponse smsResponse = smsService.sendSms...smsProvider = applicationContext.getBean("aliyunSmsProvider",SmsProvider.class); smsProvider.sendSms
短信发送类的接口定义如下:interface SmsSenderInterface{ public function sendSms($phone, $message);}由于这两个类的接口不兼容...MailSenderInterface $mailSender) { $this->mailSender = $mailSender; } public function sendSms...在适配器类(MailSenderAdapter)的sendSms()方法中,我们将短信的接收者号码(phone)转换成邮件的接收者地址(phone@sms.com),并将消息(message)发送给邮件发送类...;$mailSenderAdapter->sendSms($phone, $message);在这个示例中,我们首先创建了一个邮件发送类(MailSender)的实例$mailSender,然后创建了一个适配器类...最后,我们调用适配器类(MailSenderAdapter)的sendSms()方法,实现了短信的发送。
/protobuf";service SmsService { rpc SendSms (SmsRequest) returns (SmsResponse) {}}message SmsRequest.../protobuf";service SmsService { rpc SendSms (SmsRequest) returns (SmsResponse) {}}message SmsRequest.../protobuf";service SmsService { rpc SendSms (SmsRequest) returns (SmsResponse) {}}message SmsRequest.../protobuf";service SmsService { rpc SendSms (SmsRequest) returns (SmsResponse) {}}message SmsRequest.../protobuf";service SmsService { rpc SendSms (SmsRequest) returns (SmsResponse) {}}message SmsRequest
main(String[] args) { phone phone = new phone(); new Thread(() -> { phone.sendSms...//synchronized 锁的对象是方法调用者, //两个方法用的都是 phone 对象的锁,两个方法谁先拿到锁 谁执行 public synchronized void sendSms...= new phone2(); phone2 phone1 = new phone2(); new Thread(() -> { phone.sendSms...//synchronized 锁的对象是方法调用者, //两个方法用的都是 phone 对象的锁,两个方法谁先拿到锁 谁执行 public synchronized void sendSms...// 因为synchroized锁的是class对象,static修饰的方法 类一开始就加载了, new Thread(() -> { Phone3.sendSms
void sendEmail(){ System.out.println("-----sendEmail"); } public synchronized void sendSMS...(){ System.out.println("-----sendSMS"); } } public class Lock8Demo { public static void...//暂停,保证a先启动 TimeUnit.MILLISECONDS.sleep(200); new Thread(() -> { phone.sendSMS...(){ System.out.println("-----sendSMS"); } } public class Lock8Demo { public static void...(){ System.out.println("-----sendSMS"); } public void hello(){ System.out.println
但是通过执行,我们很好得看出输出的结果,就是sendSMS等待sendEmail方法的执行。分析:那么,为什么会出现这样呢?..., "thread-b").start();}最终得到的结果是sendSMS方法输出的内容。...7 一个对象一个静态同步方法一个同步方法接下来就是一个对象,一个静态同步方法(sendEmail)和一个同步方法(sendSMS)。通过一个对象调用两个方法。...8 两个对象一个静态同步方法一个同步方法接下来就是两个对象,一个静态同步方法(sendEmail)和一个同步方法(sendSMS)。...phone对象调用sendEmail方法,phone2调用sendSMS方法。
String templateCode = \your_template_code\ String templateParam = \your_template_param\ sendSms...(phoneNumber, templateCode, templateParam);}public static void sendSms(String phoneNumber, String templateCode...通过调用`sendSms`方法,我们可以将短信发送给指定的手机号码。发送结果将输出到控制台。接下来,我们需要在我们的JavaWeb应用程序中添加短信验证功能。...(String phoneNumber, String templateCode, String templateParam) {// 使用前面介绍的发送短信方法发送短信SmsSender.sendSms...接着,我们调用之前介绍的`sendSms`方法发送短信验证码。最后,我们返回一个简单的文本响应给前端。通过上述方法,我们可以轻松地实现JavaWeb短信验证功能。
export class SmsService { sendSms() { const sms: SmsReq = { phone: '12345678901', key...this.app.alert_MODE, sign: this.app.sms_sign, secrect: this.app.ali_secret, }; // sendSms...client = new SMSClient({ accessKeyId : sms.key, secretAccessKey : sms.secrect}); client.sendSMS
php class Test{ public function index(){ // 用户注册成功 // 发送短信 sendSms($phone); // 发送邮件...sendSms($email); // 其他操作... // 前往网站首页 } } /** * 发送短信通知 * @param integer $phone 手机号...*/ function sendSMS($phone){ // 此处是发送短信的代码 } /** * 发送邮件通知 * @param string $email 邮箱地址 */ function...($phone); } if ('如果设置了发送邮件') { // 发送邮件 sendSms($email); } // 其他操作......// 前往网站首页 } } /** * 发送短信通知 * @param integer $phone 手机号 */ function sendSMS($phone){ // 此处是发送短信的代码
可以防止死锁,是同一把锁代码:package com.javaliao.backstage; class Phone{ public synchronized void sendSMS(){...void main(String[] args) { Phone phone = new Phone(); new Thread(()->{ phone.sendSMS...(); },"t1").start(); new Thread(()->{ phone.sendSMS(); },"t2").start(
String message; private SmsType smsType;}2、定义短信发送服务接口public interface SmsProvider { SmsResponse sendSms...Componentpublic class AliyunSmsProvider implements SmsProvider { @Override public SmsResponse sendSms...(SmsRequest smsRequest){ return smsFactory.getProvider(smsRequest.getSmsType()).sendSms(smsRequest....smsType(SmsType.ALIYUN) .build(); SmsResponse smsResponse = smsService.sendSms...smsProvider = applicationContext.getBean("aliyunSmsProvider",SmsProvider.class); smsProvider.sendSms
queue(); $task=$que->rpop(); if(empty($task)){ echo "任务执行完了"; } switch($task["action"]){ case "sendSms...": $res=sendSms($que,$task); break; default: echo "执行任务";...break; } function sendSms($que,$task){ $conf=$task["data"]; $res=rand(0,1); if(!
领取专属 10元无门槛券
手把手带您无忧上云