MA Shizhen，LIN Xiangdong，SU Zhujin，et al. Software System Quasi-hot Standby Using Python: Taking the JOPENS0.5.2 Streaming Server as an Example[J]. North China Earthquake Sciences，2021, 39（4）：63-67. doi:10.3969/j.issn.1003−1375.2021.04.010.
Citation: MA Shizhen，LIN Xiangdong，SU Zhujin，et al. Software System Quasi-hot Standby Using Python: Taking the JOPENS0.5.2 Streaming Server as an Example[J]. North China Earthquake Sciences，2021, 39（4）：63-67. doi:10.3969/j.issn.1003−1375.2021.04.010.
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Software System Quasi-hot Standby Using Python: Taking the JOPENS0.5.2 Streaming Server as an Example

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  • In order to improve the software system operation safety of the seismic network and reduce the troubleshooting time, we introduce an implementation method for quasi-hot standby of streaming servers using Python—taking the streaming server of JOPENS 0.5.2 system as an example. The test results show that the server switching time is between 30 to 210 seconds, which is better than manual processing. This approach may be extended to other software systems that require hot standby.
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