_cpu_count(). _cpu_count() reads cgroup to detect the configured number of CPUs. Currently, there are two versions of cgroup available. In the case of cgroup v1, if the data in cgroup is invalid, processor detection build_jobs() will safely return 1. In the case of cgroup v2, if no limit is set, processor detection is used. When the limit is set, the behavior is as described in cgroup v1. Parameters conanfile – The current

_cpu_count(). _cpu_count() reads cgroup to detect the configured number of CPUs. Currently, there are two versions of cgroup available. In the case of cgroup v1, if the data in cgroup is invalid, processor detection build_jobs() will safely return 1. In the case of cgroup v2, if no limit is set, processor detection is used. When the limit is set, the behavior is as described in cgroup v1. Parameters conanfile – The current

_cpu_count(). _cpu_count() reads cgroup to detect the configured number of CPUs. Currently, there are two versions of cgroup available. In the case of cgroup v1, if the data in cgroup is invalid, processor detection build_jobs() will safely return 1. In the case of cgroup v2, if no limit is set, processor detection is used. When the limit is set, the behavior is as described in cgroup v1. Parameters conanfile – The current

_cpu_count(). _cpu_count() reads cgroup to detect the configured number of CPUs. Currently, there are two versions of cgroup available. In the case of cgroup v1, if the data in cgroup is invalid, processor detection build_jobs() will safely return 1. In the case of cgroup v2, if no limit is set, processor detection is used. When the limit is set, the behavior is as described in cgroup v1. Parameters conanfile – The current

_cpu_count(). _cpu_count() reads cgroup to detect the configured number of CPUs. Currently, there are two versions of cgroup available. In the case of cgroup v1, if the data in cgroup is invalid, processor detection build_jobs() will safely return 1. In the case of cgroup v2, if no limit is set, processor detection is used. When the limit is set, the behavior is as described in cgroup v1. Parameters conanfile – The current

a single server, it is mandatory to set the appropriate resource quota for each instance through cgroup. It is difficult to achieve the expected effect in deployment with shared resources like TiUP Playground and BufferBatchGet interfaces for Pipelined DML #16291 @ekexium • Add monitoring and alerting for cgroup CPU and memory limits #16392 @pingandb • Add CPU monitoring for Region workers and snapshot generation • Enhance the retry mechanism of the PD client #7673 @JmPotato • Add monitoring and alerting for cgroup CPU and memory limits #7716 #7918 @pingandb @rleungx • Improve the performance and high availability

a single server, it is mandatory to set the appropriate resource quota for each instance through cgroup. It is difficult to achieve the expected effect in deployment with shared resources like TiUP Playground and BufferBatchGet interfaces for Pipelined DML #16291 @ekexium • Add monitoring and alerting for cgroup CPU and memory limits #16392 @pingandb • Add CPU monitoring for Region workers and snapshot generation • Enhance the retry mechanism of the PD client #7673 @JmPotato • Add monitoring and alerting for cgroup CPU and memory limits #7716 #7918 @pingandb @rleungx • Improve the performance and high availability

a single server, it is mandatory to set the appropriate resource quota for each instance through cgroup. It is difficult to achieve the expected effect in deployment with shared resources like TiUP Playground and BufferBatchGet interfaces for Pipelined DML #16291 @ekexium • Add monitoring and alerting for cgroup CPU and memory limits #16392 @pingandb • Add CPU monitoring for Region workers and snapshot generation • Enhance the retry mechanism of the PD client #7673 @JmPotato • Add monitoring and alerting for cgroup CPU and memory limits #7716 #7918 @pingandb @rleungx • Improve the performance and high availability

a single server, it is mandatory to set the appropriate resource quota for each instance through cgroup. It is difficult to achieve the expected effect in deployment with shared resources like TiUP Playground and BufferBatchGet interfaces for Pipelined DML #16291 @ekexium • Add monitoring and alerting for cgroup CPU and memory limits #16392 @pingandb • Add CPU monitoring for Region workers and snapshot generation • Enhance the retry mechanism of the PD client #7673 @JmPotato • Add monitoring and alerting for cgroup CPU and memory limits #7716 #7918 @pingandb @rleungx • Improve the performance and high availability

a single server, it is mandatory to set the appropriate resource quota for each instance through cgroup. It is difficult to achieve the expected effect in deployment with shared resources like TiUP Playground and BufferBatchGet interfaces for Pipelined DML #16291 @ekexium • Add monitoring and alerting for cgroup CPU and memory limits #16392 @pingandb • Add CPU monitoring for Region workers and snapshot generation • Enhance the retry mechanism of the PD client #7673 @JmPotato • Add monitoring and alerting for cgroup CPU and memory limits #7716 #7918 @pingandb @rleungx • Improve the performance and high availability