IPMI Developing Flow Improvement-A Case Study of a Company’s IPMI Compile Flow

• Main Authors: Chien-liang Lin, 林建良
• Other Authors: Yen-Chieh Huang
• Format: Others
• Language: zh-TW
• Published: 2016
• Online Access: http://ndltd.ncl.edu.tw/handle/nt8s4d

碩士 === 國立中山大學 === 資訊管理學系研究所 === 104 === The applications of cloud services are becoming more and more widely, these huge market opportunities and requirements have being driving the data centers building. Unlike typical personal computers, the servers can ensure that service stability, reliability, and ongoing security and maintenance of security; In the IPMI standard, all the servers support cross-platform management interface, that is effectively monitoring system health status, can record log, and can be self-recovery, and can be significantly reduced server management costs, IPMI for server is important and necessary part. This research is studying the server with embedded system for IPMI development. Because the embedded system applications/programs are highly dependent, the process of compiling will be repeated and cause time-wasting, inefficient. In the project development process, if the projects are able to be indicated as AOV network, which means it can be improved and become inefficient in engineering. With the graphical theory of AOV network and topology sorting, this research has been developing a linear compiling order instead of dependent and pre-compiling these dependencies applications/programs that also save the amount of time. Finally, a new compile system that is developed and designed. The new compile system has been phased-in for Embedded Systems and IPMI project development in a company. With the original system, it takes approximately 30 minutes compiling; and it takes only 3 minutes with new compile system. It makes the engineers work more efficiently and productivity.