Abstract :
Compared to approaches such as Web services and the Web Services Description Language (WSDL), which promote specialization for each service interface, the uniform-interface constraint reduces client-server coupling and helps minimize gratuitous differences in interface and method semantics across disparate resources. REST isn´t a silver bullet, but its flexibility and relative simplicity make it highly applicable not only to Web-scale systems but also to a wide variety of enterprise integration problems. The representational state transfer (REST) architectural style, on the other hand, makes very specific and highly useful trade-offs meticulously chosen to enhance the scalability, extensibility, manageability, and maintainability of distributed systems and applications.
Keywords :
client-server systems; software architecture; software maintenance; REST architectural style; WSDL; Web services; client-server coupling; distributed system maintainability; distributed system manageability; representational state transfer; uniform-interface constraint; Computer languages; Delay; Internet; Java; Monitoring; Representational state transfer; Silver; Web services; REST; Web services; distributed computing; interface; middleware; respresentational state transfer;