阅读说明：本技术 一种快速扩容的金砖超融云服务器 (Gold brick super-fusion cloud server capable of rapidly expanding capacity ) 是由 冯肖刚 陈静文 于 2019-10-10 设计创作，主要内容包括：本发明公开了一种快速扩容的金砖超融云服务器,具体涉及计算机终端产品和外围设备及关键部件领域,包括服务器机体,所述服务器机体的连接端设有虚拟机实例群,所述服务器机体的连接端设有网盘存储接口。本发明通过自动化部署扩容存储刀片单元,实现了堆叠扩容,存储资源和计算资源都能够轻易的实现横向线性扩展,使用对象Swift存储技术做为后端存储,能够无限的对系统存储空间进行扩容,同时节点安装自动化,加入则立即成为可用资源池的一部分,统一受系统调度,任何节点出现问题,虚拟机都可以自动修复错误,保证系统不间断运行,同时支持Docker,KVM等虚拟化特性这样的深度整合的超融架构。(The invention discloses a gold brick super-fusion cloud server capable of rapidly expanding capacity, and particularly relates to the field of computer terminal products, peripheral equipment and key components. According to the invention, stacking capacity expansion is realized by automatically deploying the capacity expansion storage blade unit, the horizontal linear expansion of storage resources and computing resources can be easily realized, an object Swift storage technology is used as rear-end storage, the capacity expansion of a system storage space can be infinitely performed, simultaneously, the node installation is automatic, the node installation becomes a part of an available resource pool immediately after the node is added, the system is uniformly scheduled, any node has a problem, a virtual machine can automatically repair the error, the uninterrupted operation of the system is ensured, and meanwhile, a deep integration super-fusion framework such as virtualization characteristics of Docker, KVM and the like is supported.)

1. The utility model provides a golden brick super cloud server that melts of quick dilatation, includes server organism (1), its characterized in that: a virtual machine instance group is arranged at the connecting end of the server body (1), and a network disk storage interface (2) is arranged at the connecting end of the server body (1);

the server body (1) comprises a 3U case (3), a plurality of uniformly distributed plug-in grooves (4) are formed in the 3U case (3), capacity expansion storage blade units (5) are inserted in the plug-in grooves (4), a network switch (6) is arranged in the 3U case (3), two uplink ten-thousand ports (7) are arranged on the outer side of the 3U case (3), a converter (8) is arranged at the connecting end of each uplink ten-thousand port (7), a single core development board is arranged in the 3U case (3), and the converter (8) is electrically connected with the single core development board;

the connecting end of the capacity expansion storage blade unit (5) is provided with a connecting wire, the connecting end of the network switch (6) is provided with a plurality of access nodes which are uniformly distributed, and one end of the connecting wire, which is far away from the capacity expansion storage blade unit (5), is electrically connected with the network switch (6);

each capacity expansion storage blade unit (5) is provided with an independent operating system, the independent operating system adopts an Ubuntu Server14.04.2LTS Linux operating system and a golden brick super-converged cloud management engine, the Ubuntu Server14.04.2LTS Linux operating system is installed on a mSATA chip, a Nova and Swift suite of a cloud computing OpenStack frame is installed on the Ubuntu Server14.04.2LTS Linux operating system in an integrated mode, and the suite supports container technology-Docker;

the connection end of the network disk storage interface (2) is provided with a rear-end storage module, and the rear-end storage module provides storage service by using an object Swift storage technology.

2. The fast-expansion golden brick super-fusion cloud server of claim 2, wherein: a resource pool is arranged inside the OpenStack framework, and virtual machine life cycle snapshots, network management and data sharing service management are arranged inside the golden brick super-fusion cloud management engine.

3. The fast-expansion golden brick super-fusion cloud server of claim 1, wherein: the virtual machine instance group is composed of a plurality of virtual machines, the virtual machines are matched with the capacity expansion storage blade unit (5), a node monitoring module is arranged inside each virtual machine and used for receiving an access node connection signal, and the single chip core development board is electrically connected with the virtual machines.

4. The fast-expansion golden brick super-fusion cloud server of claim 3, wherein: after monitoring a node connection signal, the node monitoring module accesses a newly-added capacity-expansion storage blade unit (5) to a single-chip core development board through a network switch (6), configures an automatic mode or a manual mode to be added to the existing cluster, and after monitoring a failure node, the node monitoring module removes the capacity-expansion storage blade unit (5) from a resource pool.

5. The fast-expansion golden brick super-fusion cloud server of claim 1, wherein: the mode of providing the storage service by the back-end storage module is as follows:

(a) providing virtual machine mirror images and snapshot storage for OpenStack Nova, and building a private cloud storage platform;

(b) and providing a storage interface to build a private cloud storage, wherein the storage interface is set to be one of CIFS, FTP, WebDav or CMIS.

6. The fast-expansion golden brick super-fusion cloud server of claim 1, wherein: the number of the 3U chassis (3) is two, the two 3U chassis (3) are electrically connected through an uplink trillion port (7), one is that the number of the expansion storage blade units (5) in the 3U chassis (3) is eighteen, and the expansion storage blade units (5) are matched with the number of the single chip core development boards.

7. The fast-expansion golden brick super-fusion cloud server of claim 6, wherein: the storage space of the eighteen capacity expansion storage blade units (5) is 90TB, and the storage computing capacity of the eighteen capacity expansion storage blade units (5) is 57 Ghz.

Technical Field

The invention relates to the field of computer terminal products, peripheral equipment and key components, in particular to a gold brick super-fusion cloud server capable of rapidly expanding capacity.

Background

The super-fusion architecture is a novel architecture which is emerging in recent two years, so that positive responses of domestic and foreign IT manufacturers can be obtained, the super-fusion architecture integrates and provides the three in a relatively heavy construction mode that independent equipment such as a traditional IT architecture is respectively used as a base, namely, a hardware structure subverts the calculation, storage and network of the traditional IT architecture, software control management is combined, and on the basis of a virtualization technology, the calculation, storage and network are revolutionarily integrated into a whole on the hardware and software level.

At present, a lot of IT manufacturers abroad move ahead, and are put into the market of the super-fusion architecture, such as Nutanix, Scale calculation formula, Maxta software company, and some manufacturers in China gradually start to provide corresponding super-fusion architecture solutions, for example, enterprises such as eosin, zionbyte and the like, so that the super-fusion solution of the IT manufacturers is realized. However, a super-fusion architecture solution which can be rapidly expanded, has low power consumption, integrates an OpenStack cloud computing framework and supports deep integration of virtualization characteristics such as Docker and KVM is not available in China.

Therefore, it is necessary to invent a fast volume-expanding golden brick super-fusion cloud server to solve the above problems.

Disclosure of Invention

In order to overcome the above-mentioned defects of the prior art, embodiments of the present invention provide a fast capacity-expansion golden brick super-fusion cloud server, which joins an existing cluster by configuring automatic/manual modes through an automatic deployment capacity-expansion storage blade unit, so as to achieve the purpose of fast capacity expansion, and through stacking capacity expansion of devices, storage resources and computing resources can easily achieve horizontal linear expansion, and an object Swift storage technology is used as a back-end storage, so as to infinitely expand a system storage space, and at the same time, node installation is automated, and joining becomes a part of an available resource pool immediately, and is uniformly scheduled by a system, and any node has a problem, and a virtual machine can automatically repair an error, thereby ensuring uninterrupted operation of the system, compared with the prior art, a deep integration super-fusion architecture such as virtualization characteristics of Docker, KVM, and the like is supported at the same time, can stably and quickly expand the capacity to solve the problems in the background technology.

In order to achieve the purpose, the invention provides the following technical scheme: a gold brick super-melting cloud server capable of rapidly expanding capacity comprises a server body, wherein a virtual machine instance group is arranged at the connecting end of the server body, and a network disk storage interface is arranged at the connecting end of the server body;

the server body comprises a 3U case, a plurality of uniformly distributed insertion grooves are formed in the 3U case, capacity expansion storage blade units are inserted in the insertion grooves, a network switch is arranged in the 3U case, two uplink ten-thousand-million ports are arranged on the outer side of the 3U case, a converter is arranged at the connecting end of each uplink ten-thousand-million-year-round port, a single-chip core development board is arranged in the 3U case, and the converter is electrically connected with the single-chip core development board;

the connecting end of the capacity expansion storage blade unit is provided with a connecting wire, the connecting end of the network switch is provided with a plurality of access nodes which are uniformly distributed, and one end of the connecting wire, which is far away from the capacity expansion storage blade unit, is electrically connected with the network switch;

each capacity expansion storage blade unit is provided with an independent operating system, the independent operating system adopts an Ubuntu Server14.04.2LTS Linux operating system and a golden brick super-fusion cloud management engine, the Ubuntu Server14.04.2LTS Linux operating system is installed on a mSATA chip, a Nova and Swift suite of a cloud computing OpenStack framework is installed on the Ubuntu Server14.04.2LTS Linux operating system in an integrated mode, and the suite supports container technology-Docker;

the connection end of the network disk storage interface is provided with a rear-end storage module, and the rear-end storage module provides storage service by using an object Swift storage technology.

In a preferred embodiment, a resource pool is arranged inside the OpenStack framework, and a virtual machine life cycle snapshot, network management and data sharing service management are arranged inside the golden brick super-fusion cloud management engine.

In a preferred embodiment, the virtual machine instance group is composed of a plurality of virtual machines, the plurality of virtual machines are matched with the capacity expansion storage blade unit, a node monitoring module is arranged in each virtual machine, the node monitoring module is used for receiving an access node connection signal, and the single chip core development board is electrically connected with the virtual machines.

In a preferred embodiment, after the node monitoring module monitors a node connection signal, the node monitoring module accesses the newly added capacity expansion storage blade unit to the single core development board through the network switch, configures an automatic mode and a manual mode to join the existing cluster, and after the node monitoring module monitors a failed node, the node monitoring module removes the capacity expansion storage blade unit from the resource pool.

In a preferred embodiment, the way that the backend storage module provides the storage service is as follows:

(a) providing virtual machine mirror images and snapshot storage for OpenStack Nova, and building a private cloud storage platform;

(b) and providing a storage interface to build a private cloud storage, wherein the storage interface is set to be one of CIFS, FTP, WebDav or CMIS.

In a preferred embodiment, the number of the 3U chassis is two, the two 3U chassis are electrically connected through an uplink trillion port, the number of the capacity expansion storage blade units in one 3U chassis is eighteen, and the number of the capacity expansion storage blade units is matched with the number of the single core development boards.

In a preferred embodiment, the storage space of eighteen flash memory blade units is 90TB, and the storage computing capacity of eighteen flash memory blade units is 57 Ghz.

The invention has the technical effects and advantages that:

1. the blade unit is automatically deployed and expanded and stored, the existing cluster is added by configuring an automatic mode or a manual mode, the purpose of rapid expansion is achieved, horizontal linear expansion of storage resources and computing resources can be easily achieved through stacking expansion of equipment, an object Swift storage technology is used as rear-end storage, expansion of a system storage space can be infinitely performed, meanwhile, node installation is automatic, the adding becomes a part of an available resource pool immediately, system scheduling is unified, any node has problems, a virtual machine can automatically repair errors, uninterrupted operation of the system is guaranteed, compared with the prior art, a deep integration ultra-fusion framework with virtualization characteristics such as Docker, KVM and the like is supported, and rapid expansion can be stably achieved.

Drawings

Fig. 1 is a general structural frame diagram of the present invention.

Fig. 2 is an overall top view of the 3U chassis of the present invention.

FIG. 3 is a front 45 degree view of a golden brick super-fusion cloud server of the present invention.

FIG. 4 is a flow chart of stack expansion according to the present invention.

The reference signs are: the system comprises a server body 1, a network disk storage interface 2, a 33U case, a 4-plug-in slot, a 5-capacity-expansion storage blade unit, a 6-network switch, a 7-uplink trillion port and an 8-converter.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.