CN105490849A - Automatic deployment method and system of application system - Google Patents
Automatic deployment method and system of application system Download PDFInfo
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- CN105490849A CN105490849A CN201510901556.2A CN201510901556A CN105490849A CN 105490849 A CN105490849 A CN 105490849A CN 201510901556 A CN201510901556 A CN 201510901556A CN 105490849 A CN105490849 A CN 105490849A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/08—Configuration management of networks or network elements
- H04L41/0876—Aspects of the degree of configuration automation
- H04L41/0886—Fully automatic configuration
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/50—Network service management, e.g. ensuring proper service fulfilment according to agreements
- H04L41/5041—Network service management, e.g. ensuring proper service fulfilment according to agreements characterised by the time relationship between creation and deployment of a service
- H04L41/5054—Automatic deployment of services triggered by the service manager, e.g. service implementation by automatic configuration of network components
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Abstract
The invention provides an automatic deployment method and system of an application system. The system comprises a user interaction module, an intelligent planning module, an exchange management module, a storage management module, a rack management module, an application deployment module, an operating system deployment module and a central scheduling module; the user interaction module is used for realizing interaction with a user; the intelligent planning module is used for intelligent distribution of roles and intelligent allocation of resources; the exchange management module is used for communicating with an exchange device in the system; the storage management module is used for communicating with a storage server in the system; the rack management module is used for establishing a management link between hardware devices in a rack and carrying out corresponding management; the operating system deployment module is used for automatically deploying node operating systems in the system; the application deployment module is used for deploying the application system on the operating systems; and the central scheduling module is used for scheduling information among the modules. By adopting the automatic deployment method and system provided by the invention, full automation and intelligence of the process are realized, and the working efficiency is greatly improved.
Description
Technical field
The present invention relates to computer application and software platform field, particularly, relate to a kind of automatic deployment method and system of application system.
Background technology
The automation that automation deployment and the application software mainly referring to OS is disposed in traditional automation is disposed, and needs before deployment manually plan accordingly the equipment of non-computational class and configure.There is following defect in this deployment way:
1) need to configure the non-computational class components such as exchange, storage manually; Especially compute classes assembly, after needing to artificially collect configuration information, automation could dispose OS and application software.
2) different equipment needs different majors technical staff to be configured, thus it is larger to make to dispose implement team, and efficiency is low.And communication and coordination are complicated between different technologies personnel, and easily deviation is understood in existence, brings obstacle for mapping out the work.
3) traditional deployment way needs a large amount of manual configuration operation, and deployment is loaded down with trivial details, the cycle is long, easily make mistakes, and makes the product after disposing not have consistency, and later stage O&M cost is high.
4) conventional deployment mode is also difficult to the batch deployment realizing product.
Existing correlation technique is retrieved
Application number is: 201210371568.5
Title: the automatic deployment system of application system and automatic deployment method
In this Patent Application Publication, propose a kind of automatic deployment system of application system, comprising: parameter predefine unit, for the deployment parameters that the application system predefine for different is corresponding; Parameter acquiring unit, for according to the current application system needing to dispose of cloud computing system, determines corresponding deployment parameters; Automatic deployment unit, for the deployment parameters utilizing described parameter acquiring unit to obtain, completes and maps out the work accordingly.The invention allows for a kind of automatic deployment method of application system.By technical scheme of the present invention, automatically can be realized disposing to application system by cloud computing system, save time and human resources, improve and dispose efficiency.
Application number: 201310087102.7
Title: a kind of active devices automatic deployment method, equipment and system
A kind of active devices automatic deployment method, equipment and system is proposed in this Patent Application Publication, the method comprises: automatic deployment server receives the notification message that tftp server sends, the temporary ip address of equipment to be configured is carried in this notification message, and the title of base configuration file that equipment to be configured gets; The base configuration file that automatic deployment server is corresponding according to the name query of base configuration file, and the MAC Address of equipment to be configured is obtained according to this base configuration file and temporary ip address; The automatic deployment tuple information that automatic deployment server is corresponding according to MAC Address inquiry, and the baseline start configuration file of equipment to be configured is obtained according to this automatic deployment tuple information; Baseline start configuration file is deployed to equipment to be configured by automatic deployment server, and triggers equipment to be configured execution baseline start configuration file.In the present invention, improve the efficiency of active devices automatic deployment.
The defect that technical scheme in above-mentioned two patent applications exists: lack the functions such as the detecting to hardware device, initialization, only can realize the deployment of application system, lack the deployment part of OS, lack connectivity on the whole.In two patent applications, the combination of technical scheme can realize the difference automatic deployment from operating system to application, but lacks the active collaboration mechanism between the two, therefore needs manual intervention in middle linking part.Technical scheme in a rear patent application only achieves the automatic deployment to operating system.Lack the hardware detection before deployment, hardware initialization, role's planning, and the function such as application deployment, deployment report generation after disposing.
Summary of the invention
For defect of the prior art, the object of this invention is to provide a kind of automatic deployment method and system of application system.
According to the automatic deployment system of application system provided by the invention, comprising: intelligent planning module, switch management module, memory management module, rack management module, application deployment module, allocating operating system module, central dispatching module, wherein:
The intellectuality of intellectuality assignment and resource that described intelligent planning module is used for role distributes;
Described switch management module is used for communicating with switch, completes the reaching the standard grade of switch, initial configuration, operation, and carries out management and supervision to the resource in running and state;
Described memory management module is used for and memory device communication, completes the reaching the standard grade of memory device, initialization, the various dynamic-configuration in the operating resource of memory device and condition monitoring, memory device running;
Described rack management module for setting up the link management in frame between hardware device, and manages accordingly to equipment in frame;
Described allocating operating system module is disposed for the automation of each node operating system;
The deployment of the application system of described application deployment module in operating system;
Described central dispatching module for coordinating switch management module, memory management module, rack management module, application deployment module, allocating operating system module, intelligent planning module, user interactive module carry out collaborative work.
Preferably, also comprise: user interactive module, it is mutual that described user interactive module can realize with user, and the essential information configuration before disposing, display deployment progress and result, provide and dispose checking online and downloading of report.
Preferably, described intelligent planning module also for according to systems axiol-ogy to hardware information and software systems to be installed carry out intellectual analysis, the deployment of generating recommendations planning, and provide planning proposal by user interactive module to user.
Preferably, described rack management module is carried out corresponding management and is comprised: in the detection and indentification of computing node, the initialization of Node B MC configuration, frame radiating management, rack power supplies management, frame each node switch, restart, the setting of Sensor monitoring, Starting mode, ID lamp control.
Preferably, described central dispatching module also for:
Send control information to switch management module, memory management module, rack management module according to the configuration information that user interactive module generates, and complete the relevant configuration of hardware and policer operation;
Collect the corresponding information of switch management module, memory management module, the submission of rack management module, show user by user interactive module;
Send hardware configuration and Software deployment information to intelligent planning module, and receive the program results information that described intelligent planning module passes back, and be transmitted to user interactive module; When in system during no user interactive module, this information is undertaken receiving and processing by central dispatching module;
The configuration information generating run system deployment module generated according to user interactive module and the configuration file needed for application deployment module, and be handed down to described allocating operating system module and application deployment module, and return to user interactive module after receiving the progress msg of allocating operating system module and application deployment module;
Be connected allocating operating system module and application deployment module, namely after allocating operating system success message being detected, automatically start application deployment module;
Described central dispatching module also comprises unsuccessfully retry unit, after certain operation failure being detected, failed retry unit by automatic retry operation until number of retries arrives the number of times of specifying;
Described central dispatching module also comprises logging unit, for recording the communication information between described central dispatching module and modules, for problem investigation provides foundation.
According to the automatic deployment method of application system provided by the invention, comprise the steps:
Intelligent planning step: the intellectuality carrying out resource distributes;
Exchange of management step: communicate with intrasystem switch, completes the reaching the standard grade of switch, initial configuration, and carries out management and supervision to the resource in running and state;
Storage administration step: with intrasystem memory device communication, completes the reaching the standard grade of memory device, initialization, the various dynamic-configuration in the operating resource of memory device and condition monitoring, memory device running;
Rack management step: set up the link management in frame between hardware device, and manage accordingly;
Allocating operating system step: the automation carrying out each network node operating system in system is disposed;
Application deployment step: the deployment carrying out the application system on operating system;
Central dispatching step: the information calling exchange of management step, storage administration step, rack management step, allocating operating system, the acquisition of application deployment step, and corresponding information is returned.
Preferably, also comprise user interactions step, described user interactions step realization is mutual with user's, the essential information configuration before disposing, and display deployment progress and result, what provide deployment to report checks online and download.
Preferably, described intelligent planning step also comprises: according to systems axiol-ogy to hardware information and software systems to be installed carry out intellectual analysis, the deployment of generating recommendations planning, and provide planning proposal by user interactive module to user.
Preferably, described rack management step also comprises: in the detection and indentification of computing node, the initialization of Node B MC configuration, frame radiating management, rack power supplies management, frame, the switch of each node is restarted.
Preferably, described central dispatching step also comprises:
Step I 1: complete the relevant configuration of hardware and policer operation according to configuration information;
Step I 2: the corresponding information collecting exchange of management step, storage administration step, the submission of rack management step, shows user;
Step I 3: obtain program results information according to hardware configuration and Software deployment information, program results information is sent to user;
Step I 4: generate the configuration file needed for executive operating system deploying step and application deployment step according to configuration information, and return to user by after the progress msg of allocating operating system step and application deployment step;
Step I 5: be connected allocating operating system step and application deployment step, namely automatically starts and performs application deployment step after allocating operating system success message being detected;
Step I 6: after certain operation failure being detected, automatic retry is to the number of times of specifying;
Step I 7: the communication information recording step implementation, for problem investigation provides foundation.
Compared with prior art, the present invention has following beneficial effect:
The whole-course automation of the processes such as the Automation arranging method 1, in the present invention and system achieve switch configuration, storage server configuration, the configuration of the extraction of computing equipment hardware information and link management, operating system installation, application software are disposed, the establishment of application software cluster and intellectuality, drastically increase operating efficiency.
2, the Automation arranging method in the present invention, the omnidistance mode adopting automation, ensure that the consistency of product allocation, for the standardized test in early stage provides good support with simplification later stage O&M.
3, the automation deployment system in the present invention provides the interactive interface be simple and easy to, and deployment personnel only need arrange some simple parameters by this interface can complete adaptation to different application scene.
4, the automation deployment system in the present invention is also for the batch deployment of product provides feasibility support.
Accompanying drawing explanation
By reading the detailed description done non-limiting example with reference to the following drawings, other features, objects and advantages of the present invention will become more obvious:
Fig. 1 is the automatic deployment system configuration schematic diagram of application system provided by the invention.
The flow chart of the automatic deployment method of Fig. 2 application system provided by the invention.
Embodiment
Below in conjunction with specific embodiment, the present invention is described in detail.Following examples will contribute to those skilled in the art and understand the present invention further, but not limit the present invention in any form.It should be pointed out that to those skilled in the art, without departing from the inventive concept of the premise, some distortion and improvement can also be made.These all belong to protection scope of the present invention.
According to the automatic deployment system of application system provided by the invention, comprise: user interactive module, intelligent planning module, switch management module, memory management module, rack management module, application deployment module, allocating operating system module, central dispatching module, wherein:
User interactive module is mutual for what realize with user.Particularly, the essential information configuration before disposing, described essential information includes but not limited to IP address assignment, role's planning etc.Progress display can be realized in deployment; Result displaying can be carried out after deployment terminates; And checking online and download function of deployment report is provided.Wherein, described mutual specific implementation includes but not limited to the application of webpage, mobile phone, dull and stereotyped application, remote client software, local software etc.
Intelligent planning module is distributed for the intellectuality of resource.Particularly, according to systems axiol-ogy to hardware information and software systems to be installed carry out intellectual analysis, the deployment of generating recommendations planning, described deployment planning includes but not limited to the planning of IP addresses assign, node role assignments, memory space, commutative Topology planning.Wherein, described intelligent planning module provides planning proposal by user interactive module to user.
Switch management module is used for communicating with intrasystem switching equipment, complete the reaching the standard grade of switch, initial configuration, and to the resource in running, monitoring state, described switch management module dynamically can also change configuration in running in addition.
Memory management module is used for communicating with intrasystem storage server, completes the reaching the standard grade of memory device, initialization, the various dynamic-configuration in the operating resource of memory device and condition monitoring, memory device running.
Rack management module for setting up the link management in frame between hardware device, and provides corresponding management function.Described management function comprises the detection and indentification of computing node, the initialization of Node B MC configuration, frame radiating management, rack power supplies management, the switch of each node such as to restart at the operation in frame.
The automation that allocating operating system module is used for each node operating system in system is disposed.Wherein, be deployed as core with pxe, by reading the configuration file of specifying, generate corresponding pxe configuration file, serving the operating system completing with preset operating system file and node each in system has been disposed to respective version according to role simultaneously in conjunction with pxe accordingly.
Application deployment module is used for the deployment of the application system on operating system.Described application deployment module is also for managing deployment source, and monitoring deployment progress, deployment result of testing oneself, disposes report generation and coordinate multinode, polygonal look in deployment.
Central dispatching module for docking and integrate the function of other module, and provides corresponding order conversion and calls.Particularly, comprise the configuration information generated according to user interactive module and send control information to switch management module, memory management module, rack management module, complete the relevant configuration of hardware and policer operation; Collect the information of switch management module, memory management module, the submission of rack management module, show user by user interactive module.Send hardware configuration and Software deployment information to intelligent planning module, and receive its program results information passed back, be then transmitted to user interactive module and be presented to user.Generate according to the configuration information that user interactive module generates the configuration file disposed needed for operating system and application, and be handed down to allocating operating system module and application deployment module.The progress msg of receiving system deployment module and application deployment module, and return to user interactive module.Connector arrangement deployment module and application deployment module, the system that detects starts application deployment module after disposing success message automatically.In addition, described central dispatching module is also built-in failed retry unit, after certain operation failure being detected, can automatic retry to the number of times of specifying.Described central dispatching module is also built-in logging unit, for the communication information recorded and between modules, for problem investigation provides foundation.
The workflow of the automatic deployment method of application system is as follows:
Preparation: be pre-installed the deployment server of automation deployment system, rack to be disposed, connect corresponding line and pull.
User's deployment comprises the steps:
Steps A 1: open interactive interface, fills in configuration information (this step is nonessential, can keep all default configuration);
Steps A 2: click and dispose knob, system starts to perform automation and disposes (user can check deployment progress by interactive interface at any time);
Steps A 3: dispose and terminate, check or download and dispose report, system is delivered for use.
Internal system running comprises the steps:
Step B1: after system starts, each module can start according to random order;
Step B2: the running status of other module of automatic inspection after central dispatching module starts, after all modules have all started, then whole system has started complete, and user interactive module display system starts complete and prompting and carries out in hardware configuration detecting;
Step B3: central dispatching module sends check hardware configuration order to switch management module, rack management module, memory management module, and each module is carried out respectively to the configuration detecting of corresponding hardware device, detecting result is reported central dispatching module, and by user interactive module, the configuration information detected is sent to user interactive module, described user interactive module viewing hardware configuration information;
Step B4: user selects the plateform system that will dispose by user interactive module after, the plateform system information that described user interactive module will be disposed sends to central dispatching module, the plateform system information that described central dispatching module will be disposed sends to intelligent planning module together with hardware configuration information, intelligent planning module is by corresponding algorithm, generate and dispose planning, report central dispatching module, and by central dispatching module transfer to user interactive module and by default configuration be presented to user, now user can keep default configuration, also can independently revise.
Step B5: user clicks and starts to dispose, (or acquiescence) deployment planning revised is passed to central dispatching module by user interactive module, according to deployment, described central dispatching module plans that each hardware device of initialization successively, deployment operation system, application deployment, generation are disposed report, and reported every progress to user interactive module in real time.
Step B6: dispose and terminate, user checks and downloads and disposes report or bring into use the product disposed.
Embodiment 1:
In the module that a station server deploy is all, be then connected to frame to be disposed by cable.User by direct display on the server or the interactive interface being visited native system by various client, can carry out deployment operation.Embodiment 2:
In discrete multiple servers deploy module, each server can dispose multiple module, multiple servers collaborative work.User by direct display on the server or the interactive interface being visited native system by various client, can carry out deployment operation.
Embodiment 3:
Can by pre-configured configuration file, need not access user end, complete the batch automatic deployment waiting to dispose frame.
Above specific embodiments of the invention are described.It is to be appreciated that the present invention is not limited to above-mentioned particular implementation, those skilled in the art can make various distortion or amendment within the scope of the claims, and this does not affect flesh and blood of the present invention.
Claims (10)
1. an automatic deployment system for application system, is characterized in that, comprising: intelligent planning module, switch management module, memory management module, rack management module, application deployment module, allocating operating system module, central dispatching module, wherein:
The intellectuality of intellectuality assignment and resource that described intelligent planning module is used for role distributes;
Described switch management module is used for communicating with switch, completes the reaching the standard grade of switch, initial configuration, operation, and carries out management and supervision to the resource in running and state;
Described memory management module is used for and memory device communication, completes the reaching the standard grade of memory device, initialization, the various dynamic-configuration in the operating resource of memory device and condition monitoring, memory device running;
Described rack management module for setting up the link management in frame between hardware device, and manages accordingly to equipment in frame;
Described allocating operating system module is disposed for the automation of each node operating system;
The deployment of the application system of described application deployment module in operating system;
Described central dispatching module for coordinating switch management module, memory management module, rack management module, application deployment module, allocating operating system module, intelligent planning module, user interactive module carry out collaborative work.
2. the automatic deployment system of application system according to claim 1, it is characterized in that, also comprise: user interactive module, it is mutual that described user interactive module can realize with user, essential information configuration before disposing, display deployment progress and result, provide and dispose checking online and downloading of report.
3. the automatic deployment system of application system according to claim 2, it is characterized in that, described intelligent planning module also for according to systems axiol-ogy to hardware information and software systems to be installed carry out intellectual analysis, the deployment planning of generating recommendations, and provide planning proposal by user interactive module to user.
4. the automatic deployment system of application system according to claim 1, it is characterized in that, described rack management module is carried out corresponding management and is comprised: in the detection and indentification of computing node, the initialization of Node B MC configuration, frame radiating management, rack power supplies management, frame each node switch, restart, the setting of Sensor monitoring, Starting mode, ID lamp control.
5. the automatic deployment system of application system according to claim 2, is characterized in that, described central dispatching module also for:
Send control information to switch management module, memory management module, rack management module according to the configuration information that user interactive module generates, and complete the relevant configuration of hardware and policer operation;
Collect the corresponding information of switch management module, memory management module, the submission of rack management module, show user by user interactive module;
Send hardware configuration and Software deployment information to intelligent planning module, and receive the program results information that described intelligent planning module passes back, and be transmitted to user interactive module; When in system during no user interactive module, this information is undertaken receiving and processing by central dispatching module;
The configuration information generating run system deployment module generated according to user interactive module and the configuration file needed for application deployment module, and be handed down to described allocating operating system module and application deployment module, and return to user interactive module after receiving the progress msg of allocating operating system module and application deployment module;
Be connected allocating operating system module and application deployment module, namely after allocating operating system success message being detected, automatically start application deployment module;
Described central dispatching module also comprises unsuccessfully retry unit, after certain operation failure being detected, failed retry unit by automatic retry operation until number of retries arrives the number of times of specifying;
Described central dispatching module also comprises logging unit, for recording the communication information between described central dispatching module and modules, for problem investigation provides foundation.
6. an automatic deployment method for application system, is characterized in that, comprises the steps:
Intelligent planning step: the intellectuality carrying out resource distributes;
Exchange of management step: communicate with intrasystem switch, completes the reaching the standard grade of switch, initial configuration, and carries out management and supervision to the resource in running and state;
Storage administration step: with intrasystem memory device communication, completes the reaching the standard grade of memory device, initialization, the various dynamic-configuration in the operating resource of memory device and condition monitoring, memory device running;
Rack management step: set up the link management in frame between hardware device, and manage accordingly;
Allocating operating system step: the automation carrying out each network node operating system in system is disposed;
Application deployment step: the deployment carrying out the application system on operating system;
Central dispatching step: the information calling exchange of management step, storage administration step, rack management step, allocating operating system, the acquisition of application deployment step, and corresponding information is returned.
7. the automatic deployment method of application system according to claim 6, it is characterized in that, also comprise user interactions step, described user interactions step realization is mutual with user's, essential information configuration before disposing, display deployment progress and result, provide and dispose checking online and downloading of report.
8. the automatic deployment method of application system according to claim 7, it is characterized in that, described intelligent planning step also comprises: according to systems axiol-ogy to hardware information and software systems to be installed carry out intellectual analysis, the deployment planning of generating recommendations, and provide planning proposal by user interactive module to user.
9. the automatic deployment method of application system according to claim 6, it is characterized in that, described rack management step also comprises: in the detection and indentification of computing node, the initialization of Node B MC configuration, frame radiating management, rack power supplies management, frame, the switch of each node is restarted.
10. the automatic deployment method of application system according to claim 7, is characterized in that, described central dispatching step also comprises:
Step I 1: complete the relevant configuration of hardware and policer operation according to configuration information;
Step I 2: the corresponding information collecting exchange of management step, storage administration step, the submission of rack management step, shows user;
Step I 3: obtain program results information according to hardware configuration and Software deployment information, program results information is sent to user;
Step I 4: generate the configuration file needed for executive operating system deploying step and application deployment step according to configuration information, and return to user by after the progress msg of allocating operating system step and application deployment step;
Step I 5: be connected allocating operating system step and application deployment step, namely automatically starts and performs application deployment step after allocating operating system success message being detected;
Step I 6: after certain operation failure being detected, automatic retry is to the number of times of specifying;
Step I 7: the communication information recording step implementation, for problem investigation provides foundation.
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| CN107172208A (en) * | 2017-06-30 | 2017-09-15 | 联想(北京)有限公司 | The dispositions method and its system of server |
| CN107172208B (en) * | 2017-06-30 | 2021-09-14 | 联想(北京)有限公司 | Server deployment method and system |
| CN109062583A (en) * | 2018-07-24 | 2018-12-21 | 郑州云海信息技术有限公司 | A kind of calculator room equipment total management system and method |
| CN110784546A (en) * | 2019-10-31 | 2020-02-11 | 浙江大华技术股份有限公司 | Distributed cluster deployment method, server and storage device |
| CN111866149A (en) * | 2020-07-23 | 2020-10-30 | 平安证券股份有限公司 | Cluster deployment method and device, computer equipment and storage medium |
| CN111866149B (en) * | 2020-07-23 | 2023-09-05 | 平安证券股份有限公司 | Cluster deployment method and device, computer equipment and storage medium |
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| CN105490849B (en) | 2018-11-23 |
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