Methods, systems, and computer readable mediums for template-based provisioning of distributed computing systems
View Patent ↗Methods, systems, and computer readable mediums for template-based provisioning of distributed computing systems are disclosed. In some examples, a method includes selecting a provisioning template from a number of provisioning templates for provisioning management software on a distributed computing system. The method includes deploying containerized management agents onto the distributed computing system according to the provisioning template, which then causes the distributed computing system to execute the containerized management agents on a software container engine executing on the distributed computing system. The method includes configuring the containerized management agents to report to a master management agent.
1. A method comprising:
selecting, by a system of one or more processors, a provisioning template from a plurality of provisioning templates for provisioning management software on a distributed computing system;
deploying, by the system of one or more processors, a plurality of containerized management agents onto the distributed computing system according to the provisioning template, thereby causing the distributed computing system to execute the containerized management agents on a software container engine executing on the distributed computing system, wherein deploying the containerized management agents onto the distributed computing system according to the provisioning template comprises virtualizing a managed resource, and wherein virtualizing the managed resource comprises splitting the managed resource so that one or more of the containerized management agents present the managed resource as a plurality of virtual resources; and
configuring, by the system of one or more processors, the containerized management agents to report to a master management agent.
2. The method of claim 1 , wherein the provisioning template specifies an abstract representation of a plurality of managed resources of the distributed computing system.
3. A method comprising:
selecting, by a system of one or more processors, a provisioning template from a plurality of provisioning templates for provisioning management software on a distributed computing system;
deploying, by the system of one or more processors, a plurality of containerized management agents onto the distributed computing system according to the provisioning template, thereby causing the distributed computing system to execute the containerized management agents on a software container engine executing on the distributed computing system;
configuring, by the system of one or more processors, the containerized management agents to report to a master management agent; and
updating the containerized management agents by downloading, after deploying the containerized management agents, a new containerized management agent to support a new managed resource and causing the distributed computing system to execute the new containerized management agent alongside the containerized management agents on the software container engine executing on the distributed computing system.
4. The method of claim 1 , wherein deploying the containerized management agents onto the distributed computing system according to the provisioning template comprises persisting the provisioning template on the distributed computing system by storing the provisioning template on local storage of the distributed computing system.
5. A method comprising:
selecting, by a system of one or more processors, a provisioning template from a plurality of provisioning templates for provisioning management software on a distributed computing system;
deploying, by the system of one or more processors, a plurality of containerized management agents onto the distributed computing system according to the provisioning template, thereby causing the distributed computing system to execute the containerized management agents on a software container engine executing on the distributed computing system, wherein deploying the containerized management agents onto the distributed computing system according to the provisioning template comprises storing the provisioning template on local storage associated with the master management agent and pushing the provisioning template in response to restarting the distributed computing system; and
configuring, by the system of one or more processors, the containerized management agents to report to a master management agent.
6. A system comprising:
a distributed computing system comprising a plurality of computers configured to execute software by distributing a plurality of software tasks across the plurality of computers;
a software provisioning system comprising one or more processors configured to provision management software on the distributed computing system; and
a template-based deployment manager, implemented on the software provisioning system, configured for deploying a plurality of containerized management agents onto the distributed computing system according to a provisioning template, thereby causing the distributed computing system to execute the containerized management agents on a software container engine executing on the distributed computing system, and for configuring the containerized management agents to report to a master management agent;
wherein deploying the containerized management agents onto the distributed computing system according to the provisioning template comprises virtualizing a managed resource, and wherein virtualizing the managed resource comprises splitting the managed resource so that one or more of the containerized management agents present the managed resource as a plurality of virtual resources.
7. The system of claim 6 , wherein the provisioning template specifies an abstract representation of a plurality of managed resources of the distributed computing system.
8. A system comprising:
a distributed computing system comprising a plurality of computers configured to execute software by distributing a plurality of software tasks across the plurality of computers;
a software provisioning system comprising one or more processors configured to provision management software on the distributed computing system; and
a template-based deployment manager, implemented on the software Provisioning system, configured for deploying a plurality of containerized management agents onto the distributed computing system according to a provisioning template, thereby causing the distributed computing system to execute the containerized management agents on a software container engine executing on the distributed computing system, and for configuring the containerized management agents to report to a master management agent;
wherein the template-based deployment manager is configured for updating the containerized management agents by downloading, after deploying the containerized management agents, a new containerized management agent to support a new managed resource and causing the distributed computing system to execute the new containerized management agent alongside the containerized management agents on the software container engine executing on the distributed computing system.
9. The system of claim 6 , wherein deploying the containerized management agents onto the distributed computing system according to the provisioning template comprises persisting the provisioning template on the distributed computing system by storing the provisioning template on local storage of the distributed computing system.
10. A system comprising:
a distributed computing system comprising a plurality of computers configured to execute software by distributing a plurality of software tasks across the plurality of computers;
a software provisioning system comprising one or more processors configured to provision management software on the distributed computing system; and
a template-based deployment manager, implemented on the software provisioning system, configured for deploying a plurality of containerized management agents onto the distributed computing system according to a provisioning template, thereby causing the distributed computing system to execute the containerized management agents on a software container engine executing on the distributed computing system, and for configuring the containerized management agents to report to a master management agent;
wherein deploying the containerized management agents onto the distributed computing system according to the provisioning template comprises storing the provisioning template on local storage associated with the master management agent and pushing the provisioning template in response to restarting the distributed computing system.
11. A non-transitory computer readable medium having stored thereon executable instructions which, when executed by a software provisioning system comprising one or more processors, cause the software provisioning system to perform operations comprising:
selecting a provisioning template from a plurality of provisioning templates for provisioning management software on a distributed computing system;
deploying a plurality of containerized management agents onto the distributed computing system according to the provisioning template, thereby causing the distributed computing system to execute the containerized management agents on a software container engine executing on the distributed computing system, wherein deploying the containerized management agents onto the distributed computing system according to the provisioning template comprises virtualizing a managed resource, and wherein virtualizing the managed resource comprises splitting the managed resource so that one or more of the containerized management agents present the managed resource as a plurality of virtual resources; and
configuring the containerized management agents to report to a master management agent.
12. The computer readable medium of claim 11 , wherein the provisioning template specifies an abstract representation of a plurality of managed resources of the distributed computing system.
13. A non-transitory computer readable medium having stored thereon executable instructions which, when executed by a software provisioning system comprising one or more processors, cause the software provisioning system to perform operations comprising:
selecting a provisioning template from a plurality of provisioning templates for provisioning management software on a distributed computing system;
deploying a plurality of containerized management agents onto the distributed computing system according to the provisioning template, thereby causing the distributed computing system to execute the containerized management agents on a software container engine executing on the distributed computing system; and
configuring the containerized management agents to report to a master management agent;
the operations comprising updating the containerized management agents by downloading, after deploying the containerized management agents, a new containerized management agent to support a new managed resource and causing the distributed computing system to execute the new containerized management agent alongside the containerized management agents on the software container engine executing on the distributed computing system.
14. A non-transitory computer readable medium having stored thereon executable instructions which, when executed by a software provisioning system comprising one or more processors, cause the software provisioning system to perform operations comprising:
selecting a provisioning template from a plurality of provisioning templates for provisioning management software on a distributed computing system;
deploying a plurality of containerized management agents onto the distributed computing system according to the provisioning template, thereby causing the distributed computing system to execute the containerized management agents on a software container engine executing on the distributed computing system; and
configuring the containerized management agents to report to a master management agent;
wherein deploying the containerized management agents onto the distributed computing system according to the provisioning template comprises storing the provisioning template on local storage associated with the master management agent and pushing the provisioning template in response to restarting the distributed computing system.