a architecture should have 7 features.
perfermance:to measure a system's perfermance,you can use how many seconds a page form respose or how many transactions can be dealed in one seconds.
reliablity: ensure the intergrity and persistency of all transactions in one application,also make sure the perfermance when load increased.
availablity:ensure the server/resource can always be accessed. even if some component fail,you can user redundent hardware or software to archieve it.
scalablity: when the system's process increase , can use vertical or horizontal to improve it. ventical scalable adds hardware to the machine , as memory,processor,or disks .horizontal scalable add servers to the system .
extensibility:to add new fonctionality or modify exist functionality of a system.you should finish this with out impacting exist functionality ,you can use low coupling,interface,encapsulation to archieve .
managebility: easy to change the system configration with out impacting the system ,
maintainablity: easy to correct flaws in component with out impacting other components.you can use low coupling,modularity and documents to archieve this.
security: protect the system to be compromise, to make sure the data confidentiality and integrity ,also relate to denial -of-service attacks.
perfermance:to measure a system's perfermance,you can use how many seconds a page form respose or how many transactions can be dealed in one seconds.
reliablity: ensure the intergrity and persistency of all transactions in one application,also make sure the perfermance when load increased.
availablity:ensure the server/resource can always be accessed. even if some component fail,you can user redundent hardware or software to archieve it.
scalablity: when the system's process increase , can use vertical or horizontal to improve it. ventical scalable adds hardware to the machine , as memory,processor,or disks .horizontal scalable add servers to the system .
extensibility:to add new fonctionality or modify exist functionality of a system.you should finish this with out impacting exist functionality ,you can use low coupling,interface,encapsulation to archieve .
managebility: easy to change the system configration with out impacting the system ,
maintainablity: easy to correct flaws in component with out impacting other components.you can use low coupling,modularity and documents to archieve this.
security: protect the system to be compromise, to make sure the data confidentiality and integrity ,also relate to denial -of-service attacks.
本文探讨了系统架构应具备的七大核心特性:性能、可靠性、可用性、可伸缩性、可扩展性、可管理和可维护性及安全性。通过具体指标和技术手段阐述如何实现这些特性。
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