CN104219099A - Automatic server cluster deploying method and device - Google Patents
Automatic server cluster deploying method and device Download PDFInfo
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Abstract
The invention provides an automatic server cluster deploying method and device. The automatic server cluster deploying method comprises the steps of pre-storing installation images of different operating systems of computational nodes in image nodes; managing the nodes and establishing deployment tasks, setting internet protocol (IP) addresses of the computational nodes and booting pre-boot execution environments (PXE) and dynamic host configuration protocol (DHCP) service of the image nodes; booting the computational nodes needing deployment systems and setting the first booting guide sequence as a PXE guide; enabling the computational nodes to obtain local IP addresses through the DHCP service, and accordingly obtaining the installation images from the image nodes; automatically completing system installation of the computational nodes. By means of the automatic server cluster deploying method and device, automatic allocation of large-scale cluster nodes in the cloud computing cluster environment deployment process is achieved, quick allocation of the large-scale cluster nodes is achieved, the allocation process is simplified, and the allocation efficiency is improved.
Description
Technical field
The present invention relates to software system architecture field, particularly relate to a kind of method and apparatus of server cluster automatic deployment.
Background technology
Cloud computing technology through development for many years day by day ripe, virtual, cloud network and Yunan County's congruence technology at development, and perfect these extended familys of cloud computing.IT (Information technology) service huge economic benefit and the social benefit such as use, IT resources effective utilization, green energy conservation as required that cloud computing brings to society, the government of the developed countries such as the U.S., European Union, Japan is not only made to be listed in national development strategy, even Asia, Africa and Latin America etc. the developing countries also paid much attention to, the multinational national data centers such as such as Bangladesh, Laos, Zambia, Mali build as spring bamboo after the rain.Technical conditions and the environment of cloud computing large-scale application possess, and the construction of cloud data center has become the not coilable trend of industry.
But current cloud data center technology still also exists very large development space, current cloud data center technology is also in the problem solving emphatically individual data central interior.But along with the deep development of globalization, increasing conglomerate has cross-region to set up the needs of branch, and the data center of each region, each level also arises at the historic moment, and each department of each ministries and commissions, governments at all levels also all sets up the data center of oneself.These numerous data centers are still in funnel-shaped Construction and management state---do things in his own way between each data center.It is embodied in following some:
Overall construction cost is high.Because data center's level is many, website quantity is many, in data center, software application is coupled with physical computing and memory device and binds, higher construction cost end to end must be brought, simultaneously the machine room of L1 layer power, freeze, civil engineering, security protection cost of investment to compare the proportion of the IT infrastructure cost of investment of L2 layer larger, thus reduce the investment return specific efficiency (ROI) of building at conceptual data center.
Complex management, operation cost is high.Because the type of service of each hierarchical data center carrying is different, software and hardware system operation management demand and disaster-tolerant backup guarantee strategies also different, be unfavorable for system Easy pulling apparatus and the coordinated management of each layer data center infrastructures resource, reduce and draw logical each layer data center to realize the maintenance efficiency of global administration; Simultaneously due to physical resource and application close coupling, the deployment of business is reached the standard grade, and the life cycle management such as dilatation and upgrading operation all can be pulled one hair and move the whole body, and causes data center's management maintenance operation complicated.
The current application of cloud computing IaaS (namely infrastructure serve) platform widely, especially constantly expands the demand of large-scale cluster.On a large amount of clustered node, how fast and effeciently to carry out the installation upgrading of batch operation system and application software, and automation can dispose the challenge that the group system comprising cloud computing and cloud memory node is puzzlement system manager always further.
If only only solve the installation question of operating system, existing technology generally adopts network installation to realize extensive large batch of operation, usually has two kinds of modes.
One adopts PXE (Pre-Boot eXecution Environment) mode to guide: make node to be installed download reflection by the automatic distally management node of network, and support the start-up course of local node thus.In start-up course, management node meeting distributing IP (Internet protocol) address, use TFTP (TFTP) to serve download one again to start in software kit to local memory and to perform, start software kit by this and complete the setting of terminal basic software, thus guide the terminal operating system be pre-installed in server.
Another kind is NFS (NFS) shared network mounting means: using the node of in network as nfs server, and mapping document of operation system is stored in nfs server, node to be installed is downloaded image file by network startup in the mode backing up/copy and is completed installation.
First kind of way layoutprocedure is loaded down with trivial details, and the second way needs artificial startup node host to be installed and run corresponding program just to carry out data receiver, is unfavorable for the bookkeeping of extensive environment.In addition, dispose cloud computing cluster environment except basic operating system installation, also need to do other configuration efforts many, comprise stored configuration, virtual network and software merit rating etc.These operations all need to communicate between management node and calculating/memory node continually.But in the face of thousands of even more large-scale cluster environment, need some purview certifications just can set up data transmission link between each node, it is also unpractical for being manually configured at every station server.
Summary of the invention
In order to solve the problem, the present invention proposes a kind of method and apparatus of server cluster automatic deployment, achieve the automation configuration of the large-scale cluster node in cloud computing cluster environment deployment, achieve the rapid configuration of large-scale cluster node, simplify configuration flow, improve allocative efficiency.
In order to achieve the above object, the present invention proposes a kind of method of server cluster automatic deployment, the method comprises:
The pre-installation mirror image preserving the different operating system being used for computing node in mirror nodes.
Management node creates deployment task, arranges the internet protocol address of dynamic host configuration protocol DHCP acquisition according to the MAC address of computing node in cluster; Send a message to mirror nodes, start Pre-boot Execution Environment PXE and the DHCP service of mirror nodes.
Management node starts the computing node needing deployment system by intelligent platform management interface IPMI order, and with IPMI order, first of computing node starting factor order is set to PXE guiding.
Computing node obtains local IP address by DHCP service, obtains installation mirror image according to this IP address from mirror nodes; Automatically completed by deployment task and the system of computing node is installed, and after installation terminates, send the notification message terminated to management node.
After the notified message of management node, again the PXE boot sequence of computing node is set to guide from hard disk, restarts computing node, after whole described computing node completes described deployment task, close PXE and the DHCP service of initialization startup.
Preferably, in mirror nodes, the pre-different operating system mirror image being used for computing node of preserving refers to, mirror nodes installs the operating system, application software and the system configuration that need in advance according to existing server, and makes the mirror image of given server; Mirror nodes makes dissimilar operating system installation mirror image in advance according to different demands.
Preferably, the method also comprises: mirror nodes provides described DHCP service, TFTP TFTP to serve and echo cloning service.
Preferably, the step that computing node is completed the system of computing node is installed automatically by deployment task is:
After each computing node to obtain the IP address of the machine by DHCP, start the program of echo cloning service from mirror nodes according to this IP address and TFTP service.
The program of echo cloning service is run from local computing node, is connected to mirror image server and downloads and the operating system image file installed, clone; The rear of clone's end sends the notification message terminated to management node.
The present invention also proposes a kind of device of server cluster automatic deployment, and this device comprises: management node, mirror nodes, computing node.
Mirror nodes, for preserving the installation mirror image of the different operating system being used for computing node in advance.
Management node, for creating deployment task, arranges the internet protocol address of dynamic host configuration protocol DHCP acquisition according to the MAC address of computing node described in cluster; Send a message to mirror nodes, start Pre-boot Execution Environment PXE and the DHCP service of mirror nodes.
Started the computing node needing deployment system by intelligent platform management interface IPMI order, and with IPMI order, first of computing node starting factor order is set to PXE guiding.
Computing node, for obtaining local IP address by DHCP service, obtains installation mirror image according to IP address from mirror nodes; Automatically completed by deployment task and the system of computing node is installed, and after installation terminates, send the notification message terminated to management node.
Management node, also for after notified message, is again set to the PXE boot sequence of computing node guide from hard disk, restarts computing node, after whole computing node completes deployment task, closes PXE and the DHCP service of initialization startup.
Preferably, mirror nodes also for, the operating system, application software and the system configuration that need are installed according to existing server in advance, and make the mirror image of given server; Mirror nodes makes dissimilar operating system installation mirror image in advance according to different demands.
Preferably, mirror nodes also for, provide described DHCP service, TFTP TFTP serve and echo cloning service.
Preferably, the step that computing node is completed the system of described computing node is installed automatically by deployment task is:
After each computing node to obtain the IP address of the machine by DHCP, start the program of echo cloning service from mirror nodes according to this IP address and TFTP service.
The program of echo cloning service is run from local computing node, is connected to mirror image server and downloads and the operating system image file installed, clone; The rear of clone's end sends the notification message terminated to management node.
Compared with prior art, the present invention includes: the pre-installation mirror image preserving the different operating system being used for computing node in mirror nodes; Management node creates deployment task, arranges the IP address of computing node and starts PXE and the DHCP service of mirror nodes; Start the computing node needing deployment system, its first starting factor order is set to PXE and guides; Computing node obtains local IP address by DHCP service, thus obtains installation mirror image from mirror nodes; Automatically the system completing this computing node is installed, and after this installs and terminates, management node restarts computing node, and after whole computing node all completes installation, management node closes described PXE and the DHCP service of initialization startup.By present invention achieves the automation configuration of the large-scale cluster node in cloud computing cluster environment deployment, achieving the rapid configuration of large-scale cluster node, simplifying configuration flow, improve allocative efficiency.
Accompanying drawing explanation
Be described the accompanying drawing in the embodiment of the present invention below, the accompanying drawing in embodiment is for a further understanding of the present invention, is used from explanation the present invention, does not form limiting the scope of the invention with specification one.
Accompanying drawing 1 is server cluster automatic deployment method flow chart of the present invention;
Accompanying drawing 2 is the schematic diagram of server cluster automatic deployment device of the present invention;
Accompanying drawing 3 is server cluster automatic deployment method embodiment flow chart of the present invention.
Embodiment
Embodiments of the present invention are described in detail below with reference to drawings and Examples; at this, to the present invention, how application technology means solve technical problem; and the implementation procedure reaching technique effect is fully described and implements according to this, but can not be used for limiting the scope of the invention.
In addition, can perform in the computer system of such as one group of computer executable instructions in the step shown in the flow chart of accompanying drawing.Further, although show logical order in flow charts, in some cases, can be different from the step shown or described by order execution herein.
First, the present invention proposes a kind of method of server cluster automatic deployment, as shown in Figure 1, the method comprises:
Step S101, in mirror nodes the pre-installation mirror image preserving the different operating system being used for computing node.
Preferably, in mirror nodes, the pre-different operating system mirror image being used for computing node of preserving refers to, mirror nodes installs the operating system, application software and the system configuration that need in advance according to existing server, and makes the mirror image of given server; Mirror nodes makes dissimilar operating system installation mirror image in advance according to different demands.
Preferably, mirror nodes additionally provides dynamic host configuration protocol DHCP service, TFTP TFTP serves and echo cloning service.
Step S102, management node create deployment task, arrange the internet protocol address of DHCP acquisition according to the MAC address of computing node described in cluster; Send a message to described mirror nodes, start Pre-boot Execution Environment PXE and the DHCP service of described mirror nodes.
Step S103, management node start the described computing node needing deployment system by intelligent platform management interface IPMI order, and with IPMI order, first of described computing node starting factor order are set to PXE guiding.
Step S104, described computing node obtain local IP address by DHCP service, obtain described installation mirror image according to described IP address from described mirror nodes; Automatically completed by described deployment task and the system of described computing node is installed, and after installation terminates, send the notification message terminated to described management node.
Preferably, the step that described computing node is completed the system of described computing node is installed automatically by described deployment task is:
After computing node obtains the IP address of the machine by described DHCP described in each, serve according to described IP address and described TFTP the program starting the service of described echo cloning from described mirror nodes.
From this locality, described computing node runs the program of described echo cloning service, is connected to mirror image server and downloads and the operating system image file installed, clone; The rear of clone's end sends the notification message terminated to described management node.
After step S105, described management node receive described notification message, again the PXE boot sequence of described computing node is set to guide from hard disk, restart described computing node, after whole described computing node completes described deployment task, close described PXE and the DHCP service of initialization startup.
The invention allows for a kind of device 01 of server cluster automatic deployment, as shown in Figure 2, described device comprises: management node 02, mirror nodes 03, computing node 04.
Mirror nodes 03, for preserving the installation mirror image of the different operating system being used for computing node 04 in advance.
Particularly, mirror nodes 03 for, the operating system, application software and the system configuration that need are installed according to existing server in advance, and make the mirror image of given server; Mirror nodes 03 makes dissimilar operating system installation mirror image in advance according to different demands.
Preferably, mirror nodes 03 also for, provide DHCP service, TFTP TFTP serve and echo cloning service.
Management node 02, for creating deployment task, arranges the internet protocol address of dynamic host configuration protocol DHCP acquisition according to the MAC address of computing node in cluster 04; Send a message to described mirror nodes 03, start Pre-boot Execution Environment PXE and the DHCP service of mirror nodes 03.
Started the computing node 04 needing deployment system by intelligent platform management interface IPMI order, and with IPMI order, first of computing node 04 starting factor order is set to PXE guiding.
Computing node 04, for obtaining local IP address by DHCP service, obtains installation mirror image according to IP address from described mirror nodes 04; Automatically completed by described deployment task and the system of computing node 04 is installed, and after installation terminates, send the notification message terminated to management node 02.
Particularly, the step that computing node 04 is completed the system of computing node 04 is installed automatically by deployment task is:
After computing node 04 obtains the IP address of the machine by DHCP described in each, serve according to this IP address and TFTP the program starting echo cloning service from mirror nodes 03.
The program of this echo cloning service is run from local computing node 04, is connected to mirror image server and downloads and the operating system image file installed, clone; The rear of clone's end sends the notification message terminated to management node 02.
Management node 02, also for after receiving this notification message, is again set to the PXE boot sequence of computing node 04 guide from hard disk, restarts computing node 04, after whole computing node 04 completes deployment task, closes PXE and DHCP service that initialization starts.
Instant invention overcomes the defect that in current cloud computing cluster environment deployment, large-scale cluster node allocative efficiency is low, workload is large.Utilize this method greatly can improve the availability of cloud service platform, compared with prior art, present invention achieves the automation configuration of the large-scale cluster node in cloud computing cluster environment deployment, achieve the rapid configuration of large-scale cluster node, simplify configuration flow, improve allocative efficiency.Achieve the flexible extensibility under cloud computing environment, meet the structure of the privately owned cloud of enterprise, publicly-owned cloud.
Introduce the present invention with specific embodiment below, this embodiment mainly comprises the installation process of Iaas node host operating system.
Fig. 3 is the flow chart of cluster server deployment method according to an embodiment of the invention.
As shown in Figure 3, cluster server deployment method comprises the steps.
Step S110, management node creates deployment task, and starts PXE and the DHCP service of mirror nodes.
In an embodiment of the present invention, management node is in charge of the deployment task to different computing node, and the corresponding deployment task of deployment of each computing node, can have at most 32 tasks.
Step S111, arranges the IP address of DHCP acquisition according to the MAC Address of computing node in cluster
In an embodiment of the present invention, MAC Address is the MAC Address for managing network interface card of specifying when system initialization from computing node, it distinguishes and locate unique sign of disposing and distinguishing and locating deployment, has corresponding another name to be convenient to memory in management node.
Step S112, mirror nodes carry installs mirror image.
In an embodiment of the present invention, the different operating system mirror image being used for computing node is preserved in mirror nodes, these mirror images are in advance according to the mirror image that an existing server installs the operating system of needs, then application software, system configuration be made into given server, can make dissimilar operating system mirror image in advance according to different demands.
Step S113, starts all computing nodes by IPMI order, and arranges computing node PXE boot sequence.
In an embodiment of the present invention, first starting factor order of computing node is set to PXE guiding.
Step S114, each computing node obtains the IP address of the machine by DHCP, is mirrored to computing node according to IP address and TFTP service from mirror nodes clone.
In an embodiment of the present invention, each computing node obtains the IP address of the machine by DHCP, starts clone's service routine according to IP address and TFTP service from mirror nodes.Clone's service routine runs from local computing node, is connected to the operating system image file that mirror image server downloads and installs, then starts to clone.
Step S115, computing node starts Clone mirror picture and progress is turned back to management node in real time, and what complete is rear to management node transmission end notification message.
In an embodiment of the present invention, the progress msg of clone is per minute returns once.
Step S116, management node receives message, resets computing node PXE boot sequence, reset node.
In an embodiment of the present invention, again computing node PXE boot sequence is set to guide from hard disk.
Step S117, waits for that whole computing node completes deployment task, closes PXE and the DHCP service of initialization startup.
In an embodiment of the present invention, deployment task progress is shown as 100%.
One of ordinary skill in the art will appreciate that all or part of step of above-described embodiment can use computer program flow process to realize, described computer program can be stored in a computer-readable recording medium, described computer program (as system, unit, device etc.) on corresponding hardware platform performs, when performing, step comprising embodiment of the method one or a combination set of.
Alternatively, all or part of step of above-described embodiment also can use integrated circuit to realize, and these steps can be made into integrated circuit modules one by one respectively, or the multiple module in them or step are made into single integrated circuit module to realize.Like this, the present invention is not restricted to any specific hardware and software combination.
Each device/functional module/functional unit in above-described embodiment can adopt general calculation element to realize, and they can concentrate on single calculation element, also can be distributed on network that multiple calculation element forms.
Each device/functional module/functional unit in above-described embodiment using the form of software function module realize and as independently production marketing or use time, can be stored in a computer read/write memory medium.The above-mentioned computer read/write memory medium mentioned can be read-only memory, disk or CD etc.
Anyly be familiar with those skilled in the art in the technical scope that the present invention discloses, change can be expected easily or replace, all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection range described in claim.
It should be noted that; above-described embodiment is only understand for the ease of those skilled in the art; be not limited to protection scope of the present invention; under the prerequisite not departing from inventive concept of the present invention, any apparent replacement and improvement etc. that those skilled in the art make the present invention are all within protection scope of the present invention.
Claims (8)
1. a method for server cluster automatic deployment, is characterized in that, described method comprises:
The pre-installation mirror image preserving the different operating system being used for computing node in mirror nodes;
Management node creates deployment task, arranges the internet protocol address of dynamic host configuration protocol DHCP acquisition according to the MAC address of computing node described in cluster; Send a message to described mirror nodes, start Pre-boot Execution Environment PXE and the DHCP service of described mirror nodes;
Management node starts the described computing node needing deployment system by intelligent platform management interface IPMI order, and with IPMI order, first of described computing node starting factor order is set to PXE guiding;
Described computing node obtains local IP address by DHCP service, obtains described installation mirror image according to described IP address from described mirror nodes; Automatically completed by described deployment task and the system of described computing node is installed, and after installation terminates, send the notification message terminated to described management node;
After described management node receives described notification message, again the PXE boot sequence of described computing node is set to guide from hard disk, restart described computing node, after whole described computing node completes described deployment task, close described PXE and the DHCP service of initialization startup.
2. the method for claim 1, it is characterized in that, in described mirror nodes, the pre-different operating system mirror image being used for computing node of preserving refers to, described mirror nodes installs the operating system, application software and the system configuration that need in advance according to existing server, and makes the mirror image of given server; Described mirror nodes makes dissimilar operating system installation mirror image in advance according to different demands.
3. the method for claim 1, is characterized in that, described method also comprises: described mirror nodes provides described DHCP service, TFTP TFTP to serve and echo cloning service.
4. method as claimed in claim 1 or 2, it is characterized in that, the step that described computing node is completed the system of described computing node is installed automatically by described deployment task is:
After computing node obtains the IP address of the machine by described DHCP described in each, serve according to described IP address and described TFTP the program starting the service of described echo cloning from described mirror nodes;
From this locality, described computing node runs the program of described echo cloning service, is connected to mirror image server and downloads and the operating system image file installed, clone; The rear of clone's end sends the notification message terminated to described management node.
5. a device for server cluster automatic deployment, is characterized in that, described device comprises: management node, mirror nodes, computing node;
Described mirror nodes, for preserving the installation mirror image of the different operating system being used for computing node in advance;
Described management node, for creating deployment task, arranges the internet protocol address of dynamic host configuration protocol DHCP acquisition according to the MAC address of computing node described in cluster; Send a message to described mirror nodes, start Pre-boot Execution Environment PXE and the DHCP service of described mirror nodes;
Started the described computing node needing deployment system by intelligent platform management interface IPMI order, and with IPMI order, first of described computing node starting factor order is set to PXE guiding;
Described computing node, for obtaining local IP address by DHCP service, obtains described installation mirror image according to described IP address from described mirror nodes; Automatically completed by described deployment task and the system of described computing node is installed, and after installation terminates, send the notification message terminated to described management node;
Described management node, also for after receiving described notification message, again the PXE boot sequence of described computing node is set to guide from hard disk, restarts described computing node, after whole described computing node completes described deployment task, close described PXE and the DHCP service of initialization startup.
6. device as claimed in claim 5, is characterized in that, described mirror nodes also for, the operating system, application software and the system configuration that need are installed according to existing server in advance, and make the mirror image of given server; Described mirror nodes makes dissimilar operating system installation mirror image in advance according to different demands.
7. device as claimed in claim 5, is characterized in that, described mirror nodes also for, provide described DHCP service, TFTP TFTP to serve and echo cloning service.
8. the method as described in claim 5 or 6, is characterized in that, the step that described computing node is completed the system of described computing node is installed automatically by described deployment task is:
After computing node obtains the IP address of the machine by described DHCP described in each, serve according to described IP address and described TFTP the program starting the service of described echo cloning from described mirror nodes;
From this locality, described computing node runs the program of described echo cloning service, is connected to mirror image server and downloads and the operating system image file installed, clone; The rear of clone's end sends the notification message terminated to described management node.
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