Division 1 stats & predictions

Al-Tadamon vs. Al-Kazma

The clash between Al-Tadamon and Al-Kazma is one of the most anticipated fixtures of the season. Known for their aggressive playstyle, Al-Tadamon will look to dominate possession and create scoring opportunities through their dynamic midfield. On the other hand, Al-Kazma's defense has been formidable this season, making it a challenging task for any opponent to break through.

Expert Prediction: A tightly contested match with a slight edge to Al-Tadamon due to their recent form.

Betting Tip: Consider placing a bet on over 2.5 goals, as both teams have shown an ability to score in their recent outings.

Al-Salmiya vs. Al-Arabi

Al-Salmiya and Al-Arabi have faced each other multiple times this season, with each match ending in a nail-biting finish. Al-Salmiya's attacking prowess will be pitted against Al-Arabi's solid defensive structure. This game is expected to be a tactical battle, with both managers likely to employ conservative strategies.

Expert Prediction: A draw is highly probable given the evenly matched nature of both teams.

Betting Tip: A bet on both teams to score could be a wise choice, considering their scoring patterns in previous encounters.

Kazma Sporting Club vs. Qadsia SC

Kazma Sporting Club and Qadsia SC are both vying for top positions in the league standings. Kazma's recent performances have been impressive, showcasing their resilience and tactical acumen. Qadsia SC, known for their strategic gameplay and strong squad depth, will aim to exploit any weaknesses in Kazma's defense.

Expert Prediction: A closely fought game with Qadsia SC having a slight advantage due to their experience in high-pressure situations.

Betting Tip: Backing Qadsia SC to win by a narrow margin could yield favorable results.

Al-Yarmouk vs. Al-Shabab

This match features two teams looking to upset the league hierarchy. Al-Yarmouk has been consistent in their performances, while Al-Shabab has shown flashes of brilliance that could turn the tide in their favor. Both teams will be eager to secure a victory and boost their standings.

Expert Prediction: An unpredictable match with potential for an upset by either side.

Betting Tip: A bet on under 2.5 goals might be prudent given the defensive nature of both teams.

Understanding Betting Odds

Before placing your bets, it's crucial to understand how betting odds work. Odds represent the likelihood of an event occurring and are expressed in various formats such as decimal, fractional, or American odds. Familiarizing yourself with these can help you make informed betting decisions.

• Decimal Odds: The total payout (stake + winnings) divided by the stake.
• Fractional Odds: The profit relative to the stake.
• American Odds: Positive odds indicate how much profit you'll make on a $100 stake; negative odds show how much you need to stake to win $100.

For instance, if Al-Tadamon has decimal odds of 2.5, a $10 bet would return $25 ($15 profit + $10 stake).

Types of Bets

• Match Winner: Bet on which team will win the match outright.
• Draw No Bet: Similar to betting on a winner but refunds your stake if the match ends in a draw.
• Total Goals Over/Under: Predict whether more or fewer than a specified number of goals will be scored in total.
• Both Teams To Score (BTTS): Bet on whether both teams will score at least one goal each.
• Correct Score: Predict the exact final score of the match.
• Halftime/Fulltime (HT/FT): Predict which team will be leading at halftime and/or at fulltime.
<|repo_name|>lifengming/springcloud<|file_sep|>/cloud-config-repo/config-dev.yml config: info: "this is config-dev.yml version=11" <|repo_name|>lifengming/springcloud<|file_sep|>/cloud-gateway/src/main/resources/application.yml server: port: 8081 spring: application: name: cloud-gateway eureka: client: service-url: defaultZone: http://localhost:7001/eureka/ instance: prefer-ip-address: true instance-id: gateway-localhost-8081 #转发路径配置 zuul: routes: api-a: path: /api-a/** serviceId: cloud-provider-api-a api-b: path: /api-b/** serviceId: cloud-provider-api-b api-c: path: /api-c/** serviceId: cloud-provider-api-c #路由前缀配置 #prefix=/test #过滤器配置 filters: #过滤器名字，通过该名字引用过滤器类，这里的过滤器类是在类路径下的META-INF/spring.factories文件中定义的 #这个过滤器类是在自己的包中定义的，所以我们需要在配置文件中指定其位置，否则spring会去默认的位置找不到该过滤器类而报错 #如果在自己的包中定义了多个过滤器类，则这些类必须要在META-INF/spring.factories文件中声明，否则也会报错找不到过滤器类 #这里有两种写法： #一种是写完整路径，如下面第一个filter.auth.filter-class=com.lifengming.cloud.filter.AuthFilter； #另一种是写简单路径，如下面第二个filter.auth.filter-class=cloud.filter.AuthFilter； #其中filter.auth是自定义的名称，只要唯一即可，后面跟着具体要引用的过滤器类即可。 filter.auth: filter-class: com.lifengming.cloud.filter.AuthFilter #自定义路由规则的配置方式（配置文件） #spring.cloud.gateway.routes[0].id=my-service-id #spring.cloud.gateway.routes[0].uri=lb://SERVICE_ID #自定义路由规则的配置方式（编程实现） #spring.cloud.gateway.discovery.locator.enabled=true #网关限流规则配置：通过网关限流来限制访问接口的请求数量，从而避免请求被接口服务器处理不过来而导致服务不可用。 #注意：这里需要引入spring-cloud-starter-gateway和spring-boot-starter-actuator依赖，并且在application.properties中开启对应端点（如下）。 #management.endpoints.web.exposure.include=hystrix.stream,gateway #网关限流规则配置： #注意：网关限流需要引入spring-cloud-starter-gateway和spring-boot-starter-actuator依赖，并且在application.properties中开启对应端点（如下）。 #management.endpoints.web.exposure.include=hystrix.stream,gateway #限流规则配置： #指定需要被限流的路由地址 #spring.cloud.gateway.routes[0].id=auth_route #指定路由地址对应的uri地址（注意：这里使用lb://协议代表访问服务注册中心上注册的服务列表） #spring.cloud.gateway.routes[0].uri=lb://CLOUD-PROVIDER-HYSTRIX-DROP-WITHOUT-CONFIG ##指定路由地址对应的uri地址（注意：这里使用lb://协议代表访问服务注册中心上注册的服务列表） #spring.cloud.gateway.routes[0].predicates=Path=/hello,/world,/test,/auth/hello,/auth/world,/auth/test,/auth/hello/{name} ##指定路由地址对应的uri地址（注意：这里使用lb://协议代表访问服务注册中心上注册的服务列表） ##指定限流规则，即每秒钟只能访问1次接口，超出限制后将会返回429错误码。 ##此处有两种方式可供选择： ##第一种方式：基于注解来实现限流。在接口方法上添加@RateLimiter注解即可。注意：@RateLimiter注解也可以直接放到方法所在类上面。 ##第二种方式：基于webflux来实现限流。在代码中使用Flux.from()方法创建一个Flux对象，并调用其limitRate()方法来设置每秒钟最大处理请求数量即可。 ##建议使用第一种方式，因为它更加灵活。 ##例如，在代码中可以根据用户信息动态设置不同用户之间的请求速率。 ###spring.cloud.gateway.route[0].filters=RateLimiter=custom_key_resolver<|file_sep|>#server: ## port: ${PORT:${SERVER_PORT:8001}} # # # # # # # # ##eureka: ## client: ## registerWithEureka: true ## fetchRegistry: true ## serviceUrl: ## defaultZone:http://${eureka.instance.hostname}:${server.port}/eureka/ # # # ##eureka: ## client: ## serviceUrl: ## defaultZone:http://localhost:7001/eureka/ # ### 指定eureka客户端与Eureka Server之间交互的时间间隔(单位:s) ### 单位为秒（默认为30） ### eureka.instance.lease-renewal-interval-in-seconds=30 ### 指定Eureka Server在收到实例 heartbeat 消息后保留实例信息的时间(单位:s) ### 单位为秒（默认为90） ### eureka.instance.metadata-map.instanceId=${spring.application.name}:${spring.application.instance_id:${random.value}} ### eureka.instance.metadata-map.x-my-metadata=x-my-metadata-value ### eureka.instance.metadata-map.x-my-metadata-two=x-my-metadata-value-two ### eureka.instance.metadata-map.x-my-metadata-three=x-my-metadata-value-three ### eureka.instance.metadata-map.x-my-metadata-four=x-my-metadata-value-four ### eureka.instance.metadata-map.x-my-metadata-five=x-my-metadata-value-five ### Eureka Client向Eureka Server发送心跳。默认30秒一次。 ### eureka.client.registry-fetch-interval-seconds=30 ### Eureka Client如果长时间无法连接Eureka Server，Eureka Client会抛出异常，默认为90秒。 ### eureka.client.eureka-server-connect-timeout-seconds=90 ### 当Eureka Client无法连接到Eureka Server时，自我保护机制会启动。 ### 默认为5分钟。当超过此时间还不能连接上时，当前客户端节点会被移除出服务注册列表。 ### eureka.client.eureka-server-read-timeout-seconds=5 # # # # ####关闭自我保护机制 ####eureka.server.enable-self-preservation=false ####设置心跳时间间隔(默认30秒) ####eureka.server.election.IntervalSeconds=5 ####设置服务注册信息到期时间(默认90秒) ####eureka.server.eviction.IntervalSeconds=10<|file_sep|>#server: ## port: ${PORT:${SERVER_PORT:8004}} # # # eureka: client: registerWithEureka: true fetchRegistry: true serviceUrl: defaultZone:http://${eureka.instance.hostname}:${server.port}/eureka/ instance: hostname=localhost <|file_sep|>#server: # port: ${PORT:${SERVER_PORT:8004}} eureka: client: registerWithEureka: true fetchRegistry: true serviceUrl: defaultZone:http://${eureka.instance.hostname}:${server.port}/eureka/ instance: hostname=localhost zuul: routes: provider-api-a: path:/provider-api-a/** serviceId:CLOUD-PROVIDER-API-A stripPrefix:false <|file_sep|>#server: # port:${PORT:${SERVER_PORT::8001}} logging: level.root : INFO logging.level.com.lifengming.cloud.filter : DEBUG spring: application: name : cloud-provider-hystrix-drop-without-config eureka: client: serviceUrl: defaultZone : http://localhost:7001/eureka/ server : enable-self-preservation : false management.endpoints.web.exposure.include=hystrix.stream<|file_sep|>#server: # port:${PORT:${SERVER_PORT::8004}} logging: level.root : INFO logging.level.com.lifengming.cloud.filter : DEBUG spring: application: name : cloud-consumer-feign-hystrix-fallback eureka: client: serviceUrl: defaultZone : http://localhost:7001/eureka/ server : enable-self-preservation : false management.endpoints.web.exposure.include=hystrix.stream<|file_sep|>#server.port=8004 logging.level.root = info logging.level.com.lifengming.cloud = debug logging.config = classpath:springboot-logback.xml info.app.encoding=UTF-8 <|repo_name|>lifengming/springcloud<|file_sep|>/cloud-provider-api-c/src/main/java/com/lifengming/cloud/controller/ApiCController.java package com.lifengming.cloud.controller; import org.springframework.beans.factory.annotation.Autowired; import org.springframework.web.bind.annotation.RequestMapping; import org.springframework.web.bind.annotation.RestController; import com.lifengming.cloud.service.ApiCService; @RestController public class ApiCController { @Autowired private ApiCService apiCService; @RequestMapping("/api-c") public String apiC() { return apiCService.apiC(); } } <|repo_name|>lifengming/springcloud<|file_sep|>/cloud-consumer-feign-hystrix-fallback/src/main/java/com/lifengming/cloud/service/FallbackApiAService.java package com.lifengming.cloud.service; import org.springframework.stereotype.Component; @Component public class FallbackApiAService implements ApiAService { @Override public String apiA() { return "fallbackApiA"; } } <|repo_name|>lifengming/springcloud<|file_sep|>/README.md SpringCloud学习笔记 **基础篇** **服务注册与发现** * EureKaServer实现单机版服务注册中心 * EureKaServer集群版服务注册中心 * EureKaClient实现服务消费者向服务注册中心进行注册并获取其他服务提供者信息 * Ribbon负载均衡及容错机制 * Feign声明式REST客户端及Hystrix断路器熔断降级 **高级篇** **高可用性与分布式事务** * Spring Cloud Config统一管理分布式系统配置 * Spring Cloud Bus消息总线实现分布式系统通信 * Spring Cloud Sleuth链路追踪 * Spring Cloud Zookeeper分布式锁与分布式事务XA事务 **微前端篇** * Spring Cloud Gateway网关及限流与鉴权功能实现 **Spring Cloud学习笔记** https://blog.csdn