 ubuntu server guidesecurity-certificates Certificates 3 security-trust-store CA trust store 3 security-console Console 2 High Availability 3 ubuntu-ha-introduction Introduction 3 ubuntu-ha-pacemaker-resource-agents Pacemaker - resource Python based SoftLayer API Tool. > [ ] doctl DigitalOcean command line tool > [ ] keepalived High availability VRRP/BFD and load-balancing for Linu > [ ] juju Simple, secure and stable devops. Juju keeps Python based SoftLayer API Tool. > [ ] doctl DigitalOcean command line tool > [ ] keepalived High availability VRRP/BFD and load-balancing for Linu > [ ] juju Simple, secure and stable devops. Juju keeps0 码力 | 486 页 | 3.33 MB | 1 年前3 ubuntu server guidesecurity-certificates Certificates 3 security-trust-store CA trust store 3 security-console Console 2 High Availability 3 ubuntu-ha-introduction Introduction 3 ubuntu-ha-pacemaker-resource-agents Pacemaker - resource Python based SoftLayer API Tool. > [ ] doctl DigitalOcean command line tool > [ ] keepalived High availability VRRP/BFD and load-balancing for Linu > [ ] juju Simple, secure and stable devops. Juju keeps Python based SoftLayer API Tool. > [ ] doctl DigitalOcean command line tool > [ ] keepalived High availability VRRP/BFD and load-balancing for Linu > [ ] juju Simple, secure and stable devops. Juju keeps0 码力 | 486 页 | 3.33 MB | 1 年前3
 openEuler OS Technical Whitepaper
Innovation Projects
(June, 2023)switches I/Os to other available paths in case of a link failure, ensuring uninterrupted high-performance and high-reliability services. Challenges With the emergence of diverse application scenarios, as multi-path link setup, fault recovery and failover, and load balancing. eNFS: Building an E2E High-Performance and Reliable Distributed File System for Production Services Enhanced NFS protocol Native Innovation Projects Repositories https://gitee.com/openeuler/kernel Application Scenarios eNFS provides high-performance data sharing capabilities beyond local file systems and also solutions to faults between0 码力 | 116 页 | 3.16 MB | 1 年前3 openEuler OS Technical Whitepaper
Innovation Projects
(June, 2023)switches I/Os to other available paths in case of a link failure, ensuring uninterrupted high-performance and high-reliability services. Challenges With the emergence of diverse application scenarios, as multi-path link setup, fault recovery and failover, and load balancing. eNFS: Building an E2E High-Performance and Reliable Distributed File System for Production Services Enhanced NFS protocol Native Innovation Projects Repositories https://gitee.com/openeuler/kernel Application Scenarios eNFS provides high-performance data sharing capabilities beyond local file systems and also solutions to faults between0 码力 | 116 页 | 3.16 MB | 1 年前3
 Cilium v1.6 DocumentationConcepts: Describes the components of Cilium, and the different models for deploying Cilium. Provides the high-level understanding required to run a full Cilium deployment and understand its behavior. Architecture: optional component to improve scalability. Failures in providing etcd will not be critical to the availability of Cilium but will reduce the efficacy of state propagation. This allows the managed etcd to recover functionality. If you are running in an environment with more than 250 nodes, 5k pods, or if you observe a high overhead in state propagation caused by Kubernetes events. If you do not want Cilium to store state0 码力 | 734 页 | 11.45 MB | 1 年前3 Cilium v1.6 DocumentationConcepts: Describes the components of Cilium, and the different models for deploying Cilium. Provides the high-level understanding required to run a full Cilium deployment and understand its behavior. Architecture: optional component to improve scalability. Failures in providing etcd will not be critical to the availability of Cilium but will reduce the efficacy of state propagation. This allows the managed etcd to recover functionality. If you are running in an environment with more than 250 nodes, 5k pods, or if you observe a high overhead in state propagation caused by Kubernetes events. If you do not want Cilium to store state0 码力 | 734 页 | 11.45 MB | 1 年前3
 Cilium v1.10 DocumentationConcepts: Describes the components of Cilium, and the different models for deploying Cilium. Provides the high-level understanding required to run a full Cilium deployment and understand its behavior. Installation repositories Update cilium-builder and cilium-runtime images Nightly Docker image Code Overview High-level Cilium Hubble Important common packages Debugging toFQDNs and DNS Debugging Mutexes / Locks kvstore: If you are running in an environment with more than 250 nodes, 5k pods, or if you observe a high overhead in state propagation caused by Kubernetes events. If you do not want Cilium to store state0 码力 | 1307 页 | 19.26 MB | 1 年前3 Cilium v1.10 DocumentationConcepts: Describes the components of Cilium, and the different models for deploying Cilium. Provides the high-level understanding required to run a full Cilium deployment and understand its behavior. Installation repositories Update cilium-builder and cilium-runtime images Nightly Docker image Code Overview High-level Cilium Hubble Important common packages Debugging toFQDNs and DNS Debugging Mutexes / Locks kvstore: If you are running in an environment with more than 250 nodes, 5k pods, or if you observe a high overhead in state propagation caused by Kubernetes events. If you do not want Cilium to store state0 码力 | 1307 页 | 19.26 MB | 1 年前3
 Cilium v1.7 DocumentationConcepts: Describes the components of Cilium, and the different models for deploying Cilium. Provides the high-level understanding required to run a full Cilium deployment and understand its behavior. Architecture: optional component to improve scalability. Failures in providing etcd will not be critical to the availability of Cilium but will reduce the efficacy of state propagation. This allows the managed etcd to recover functionality. If you are running in an environment with more than 250 nodes, 5k pods, or if you observe a high overhead in state propagation caused by Kubernetes events. If you do not want Cilium to store state0 码力 | 885 页 | 12.41 MB | 1 年前3 Cilium v1.7 DocumentationConcepts: Describes the components of Cilium, and the different models for deploying Cilium. Provides the high-level understanding required to run a full Cilium deployment and understand its behavior. Architecture: optional component to improve scalability. Failures in providing etcd will not be critical to the availability of Cilium but will reduce the efficacy of state propagation. This allows the managed etcd to recover functionality. If you are running in an environment with more than 250 nodes, 5k pods, or if you observe a high overhead in state propagation caused by Kubernetes events. If you do not want Cilium to store state0 码力 | 885 页 | 12.41 MB | 1 年前3
 Cilium v1.9 DocumentationConcepts: Describes the components of Cilium, and the different models for deploying Cilium. Provides the high-level understanding required to run a full Cilium deployment and understand its behavior. Installation repositories Update cilium-builder and cilium-runtime images Nightly Docker image Code Overview High-level Cilium Hubble Important common packages Debugging toFQDNs and DNS Debugging Mutexes / Locks optional component to improve scalability. Failures in providing etcd will not be critical to the availability of Cilium but will reduce the efficacy of state propagation. This allows the managed etcd to recover0 码力 | 1263 页 | 18.62 MB | 1 年前3 Cilium v1.9 DocumentationConcepts: Describes the components of Cilium, and the different models for deploying Cilium. Provides the high-level understanding required to run a full Cilium deployment and understand its behavior. Installation repositories Update cilium-builder and cilium-runtime images Nightly Docker image Code Overview High-level Cilium Hubble Important common packages Debugging toFQDNs and DNS Debugging Mutexes / Locks optional component to improve scalability. Failures in providing etcd will not be critical to the availability of Cilium but will reduce the efficacy of state propagation. This allows the managed etcd to recover0 码力 | 1263 页 | 18.62 MB | 1 年前3
 Cilium v1.11 DocumentationConcepts: Describes the components of Cilium, and the different models for deploying Cilium. Provides the high-level understanding required to run a full Cilium deployment and understand its behavior. Installation cilium-builder and cilium-runtime images Nightly Docker image Image Building Process Code Overview High-level Cilium Hubble Important common packages Debugging toFQDNs and DNS Debugging Mutexes / Locks a list of reasons when to use a kvstore: If you are running in an environment where you observe a high overhead in state propagation caused by Kubernetes events. If you do not want Cilium to store state0 码力 | 1373 页 | 19.37 MB | 1 年前3 Cilium v1.11 DocumentationConcepts: Describes the components of Cilium, and the different models for deploying Cilium. Provides the high-level understanding required to run a full Cilium deployment and understand its behavior. Installation cilium-builder and cilium-runtime images Nightly Docker image Image Building Process Code Overview High-level Cilium Hubble Important common packages Debugging toFQDNs and DNS Debugging Mutexes / Locks a list of reasons when to use a kvstore: If you are running in an environment where you observe a high overhead in state propagation caused by Kubernetes events. If you do not want Cilium to store state0 码力 | 1373 页 | 19.37 MB | 1 年前3
 Cilium v1.8 DocumentationConcepts: Describes the components of Cilium, and the different models for deploying Cilium. Provides the high-level understanding required to run a full Cilium deployment and understand its behavior. Installation release images Update cilium-builder and cilium-runtime images Nightly Docker image Code Overview High-level Cilium Hubble Important common packages Debugging toFQDNs and DNS Debugging Mutexes / Locks optional component to improve scalability. Failures in providing etcd will not be critical to the availability of Cilium but will reduce the efficacy of state propagation. This allows the managed etcd to recover0 码力 | 1124 页 | 21.33 MB | 1 年前3 Cilium v1.8 DocumentationConcepts: Describes the components of Cilium, and the different models for deploying Cilium. Provides the high-level understanding required to run a full Cilium deployment and understand its behavior. Installation release images Update cilium-builder and cilium-runtime images Nightly Docker image Code Overview High-level Cilium Hubble Important common packages Debugging toFQDNs and DNS Debugging Mutexes / Locks optional component to improve scalability. Failures in providing etcd will not be critical to the availability of Cilium but will reduce the efficacy of state propagation. This allows the managed etcd to recover0 码力 | 1124 页 | 21.33 MB | 1 年前3
 openEuler 21.03 技术白皮书mainstream pieces of cloud scheduling and management software to build a solid cloud base. • High availability (HA) cluster solution: The HA cluster solution implemented by KylinSoft enables failover within deliver a performance close to SPDK. io_uring is more effective when the queue depth is relatively high. 13. Enhanced commercial use of Integrity Measurement Architecture (IMA): Based on the open form a multi-tier memory structure. Automatic memory scheduling redirects hot data to the DRAM high-speed memory area and cold data to the low-speed memory area. The tiered memory structure increases0 码力 | 21 页 | 948.66 KB | 1 年前3 openEuler 21.03 技术白皮书mainstream pieces of cloud scheduling and management software to build a solid cloud base. • High availability (HA) cluster solution: The HA cluster solution implemented by KylinSoft enables failover within deliver a performance close to SPDK. io_uring is more effective when the queue depth is relatively high. 13. Enhanced commercial use of Integrity Measurement Architecture (IMA): Based on the open form a multi-tier memory structure. Automatic memory scheduling redirects hot data to the DRAM high-speed memory area and cold data to the low-speed memory area. The tiered memory structure increases0 码力 | 21 页 | 948.66 KB | 1 年前3
 Ubuntu Server Guide 18.04messages. ICMP is used by such network applications as the ping utility, which can determine the availability of a network host or device. Examples of some error messages returned by ICMP which are useful also easier to integrate new computers into the network, as there is no need to check for the availability of an IP address. Conflicts in IP address allocation are also reduced. A DHCP server can provide SHM or via a socket (recommended). All of the above can be used to augment chrony with additional high quality time sources for better accuracy, jitter, drift, longer-or-short term accuracy (Usually each0 码力 | 413 页 | 1.40 MB | 1 年前3 Ubuntu Server Guide 18.04messages. ICMP is used by such network applications as the ping utility, which can determine the availability of a network host or device. Examples of some error messages returned by ICMP which are useful also easier to integrate new computers into the network, as there is no need to check for the availability of an IP address. Conflicts in IP address allocation are also reduced. A DHCP server can provide SHM or via a socket (recommended). All of the above can be used to augment chrony with additional high quality time sources for better accuracy, jitter, drift, longer-or-short term accuracy (Usually each0 码力 | 413 页 | 1.40 MB | 1 年前3
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