Be restrained - Monday, May 16

博客提醒在事业方面,火星靠近天王星,勿做有损声誉之事。与思维、言行慢的人相处虽令人沮丧,但也是培养耐心的机会,生活中经历尤其是负面的都是学习体验,本周勿太好斗。

(The following is from http://en.chinabroadcast.cn/2247/2005-5-16/18@196404.htm)

Monday,May 16

Mars close to Uranus in the career area of your chart warns you not to say or do anything that might damage your reputation. It may be frustrating having to deal with people who think, speak and act more slowly than you, but it is also an opportunity to develop patience. Everything that happens in your life, especially the negative things, is a learning experience. Try not to be quite so belligerent this week.

*** Error 30022 (INI+22) too many prescribed nodal displacements for rigid body part ID 3 limit=1. Nodal list: *** Warning 30023 (INI+23) 10098 redundant prescribed motion boundary conditions on rigid bodies have been automatically disabled. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. *** Warning 30120 (INI+120) the x-translational degree of freedom of rigid body 3 is restrained but has a velocity boundary condition applied. The velocity will be set to zero. Message 30120 (INI+120) exceeds 50 times. Further printing will be suppressed from screen only. You can change the limit (MSGMAX) at field 4 of card 2 of *CONTROL_OUTPUT *** Warning 30131 (INI+131) total number of massless nodes = 2 *** Error 30006 (INI+6) initialization completed with 1 or more fatal errors please check messag file Memory required to begin solution : 889K Additional dynamically allocated memory: 22M Total: 23M *** Error 30006 (INI+6) initialization completed with 2 or more fatal errors please check messag file E r r o r t e r m i n a t i o n 11/18/25 14:58:28 Memory required to complete solution : 889K Additional dynamically allocated memory: 22M Total: 23M T i m i n g i n f o r m a t i o n CPU(seconds) %CPU Clock(seconds) %Clock ---------------------------------------------------------------- Keyword Processing ... 1.0000E+00 11.11 9.0700E-01 9.30 KW Reading ......... 0.0000E+00 0.00 1.1300E-01 1.16 KW Writing ......... 1.0000E+00 11.11 6.9000E-01 7.07 Initialization ....... 8.0000E+00 88.89 8.8490E+00 90.70 Init Proc Phase 1 .. 5.0000E+00 55.56 5.1020E+00 52.30 Init Proc Phase 2 .. 2.0000E+00 22.22 2.3350E+00 23.93 ---------------------------------------------------------------- T o t a l s 9.0000E+00 100.00 9.7560E+00 100.00 Problem time = 0.0000E+00 Problem cycle = 0 Total CPU time = 9 seconds ( 0 hours 0 minutes 9 seconds) CPU time per zone cycle = 0.000 picoseconds Clock time per zone cycle= 0.000 picoseconds Number of CPU's 8 NLQ used/max 136/ 136 Start time 11/18/2025 14:58:20 End time 11/18/2025 14:58:28 Elapsed time 8 seconds for 0 cycles using 8 SMP threads ( 0 hour 0 minute 8 seconds) E r r o r t e r m i n a t i o n 11/18/25 14:58:28 请按任意键继续. . .什么原因
11-19
内容概要:本文详细介绍了“秒杀商城”微服务架构的设计与实战全过程,涵盖系统从需求分析、服务拆分、技术选型到核心功能开发、分布式事务处理、容器化部署及监控链路追踪的完整流程。重点解决了高并发场景下的超卖问题,采用Redis预减库存、消息队列削峰、数据库乐观锁等手段保障数据一致性,并通过Nacos实现服务注册发现与配置管理,利用Seata处理跨服务分布式事务,结合RabbitMQ实现异步下单,提升系统吞吐能力。同时,项目支持Docker Compose快速部署和Kubernetes生产级编排,集成Sleuth+Zipkin链路追踪与Prometheus+Grafana监控体系,构建可观测性强的微服务系统。; 适合人群:具备Java基础和Spring Boot开发经验,熟悉微服务基本概念的中高级研发人员,尤其是希望深入理解高并发系统设计、分布式事务、服务治理等核心技术的开发者;适合工作2-5年、有志于转型微服务或提升架构能力的工程师; 使用场景及目标:①学习如何基于Spring Cloud Alibaba构建完整的微服务项目;②掌握秒杀场景下高并发、超卖控制、异步化、削峰填谷等关键技术方案;③实践分布式事务(Seata)、服务熔断降级、链路追踪、统一配置中心等企业级中间件的应用;④完成从本地开发到容器化部署的全流程落地; 阅读建议:建议按照文档提供的七个阶段循序渐进地动手实践,重点关注秒杀流程设计、服务间通信机制、分布式事务实现和系统性能优化部分,结合代码调试与监控工具深入理解各组件协作原理,真正掌握高并发微服务系统的构建能力。
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