CN111045689B - Operation platform automatic installation and deployment system - Google Patents
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Abstract
The invention relates to an automatic installation and deployment system of an operation platform, which comprises a central platform and a server to be deployed; when the version of the client program installation script in the central platform is updated, the central platform sends the updated client program installation script to the client; after a client receives a client program installation script, selecting a server to be deployed of a central platform corresponding to the client to execute the client program installation script, and installing a client program; and after the installation of the client program is finished, starting the client program, entering an automatic installation and deployment mode of the operation platform, and automatically installing the operation platform. The invention realizes the automatic installation and deployment of the operation platform and saves the labor cost and the time cost.
Description
Technical Field
The invention relates to the technical field of operation platform management, in particular to an automatic installation and deployment system for an operation platform.
Background
As a software provider, when a new client is mined for an operation platform, the operation platform needs to be installed and deployed for the client, in a traditional installation and deployment mode, an operation and maintenance person actively connects a client server through an Xftp tool, manually and remotely transmits basic dependent services (jdk, mysql, redis, zookeeper, tomcat and the like) and module distribution packages (portal, cron, tas and the like) of the operation platform to the server of the client, then manually installs each basic dependent service through an Xshell terminal simulation software, and finally manually starts each module program, if a firewall problem is met, a firewall filtering rule needs to be manually configured, and the like, file transmission, installation and starting programs need to be sequentially performed one by one, and the whole step flow is quite complex, occupies much manpower and time cost.
Disclosure of Invention
In view of the above problems, the present invention aims to provide an automatic installation and deployment system for an operation platform, which realizes automatic installation and deployment of the operation platform and saves labor cost and time cost.
The specific scheme is as follows:
an operation platform automatic installation and deployment system comprises a central platform and a server to be deployed.
The central platform comprises a management module and a server module.
The management module is used for technical support personnel to manage clients and install package files, and the central platform automatically generates client program installation scripts and operation platform installation scripts according to the installation package files.
The operation platform installation script includes installation scripts of all modules required by a client to use the operation platform, and specifically includes: the platform module installation script, the dependence service installation script and the service database installation script.
The customer management includes binding of customer information, the customer information including: the method comprises the steps of a server module account number, client communication information, a public network IP where a server to be deployed is located, a server IP and a machine code to be deployed, and a port IP of each platform module.
And the client information, the client program installation script and the operation platform installation script are all stored in the server module.
When the version of the client program installation script in the central platform is updated, the central platform sends the updated client program installation script to the client.
And after the client receives the client program installation script, selecting the server to be deployed of the central platform corresponding to the client to execute the client program installation script, and installing the client program.
And after the installation of the client program is finished, starting the client program and entering an automatic installation and deployment mode of the operation platform.
The operation platform automatic installation and deployment mode comprises the following steps:
s101: detecting whether an operation platform is installed on a server to be deployed where a client program is located, if not, initiating a configuration initialization request to a central platform, wherein the configuration initialization request comprises a public network IP corresponding to the client, the IP of the server to be deployed and a machine code, and entering S102; otherwise, ending.
S102: when the central platform receives the configuration initialization request, the public network IP in the configuration initialization request, the IP of the server to be deployed and the machine code are verified according to the public network IP corresponding to the client and the IP and the machine code of the server to be deployed which are stored in the central platform, when the verification is passed, a check code is generated and sent to the client, and the module configuration information list is sent to the corresponding server to be deployed.
S103: after the deployment server receives the module configuration information list, the client uses the received check code to check, when the check is passed, the module configuration information list is analyzed, and after the platform module and the dependent service required in the module configuration information list are selected, the client program automatically downloads the corresponding platform module installation script and the dependent service installation script from the central platform to install.
S104: and the client program configures the port address of each platform module according to the module configuration information list.
S105: and the client program installs the service database according to the module configuration information list.
S106: and generating a one-key starting/closing script of the operation platform, starting the operation platform through the one-key starting/closing script, judging whether each module in the operation platform can be normally accessed, and sending a judgment result to the central platform.
S107: and the client program configures the relevant information of the operation platform corresponding to the client program in the client program according to the installation and deployment conditions of the operation platform.
Further, the automated installation and deployment mode of the operation platform further includes:
s107: and the client program configures the relevant information of the operation platform corresponding to the client program in the client program according to the installation and deployment conditions of the operation platform.
Further, the operation platform automation installation deployment mode further includes:
s108: and automatically restarting the operation platform.
Further, the operation platform related information includes an operation platform module list and an operation platform lifetime.
Further, the client communication information includes a mailbox and a mobile phone number.
Further, the step of automatically sending the updated client program installation script to the client by the central platform includes: firstly, the client program installation script is sent to a client through a mailbox, and then a short message is sent to remind the client.
Further, the port address of each platform module configured in step 104 includes the port configuration of the platform module for snooping and the port configuration of the platform module for internal interaction.
Further, step 104 includes automatically setting firewall filtering rules according to the port of each platform module.
Further, the server module is an FTP server.
By adopting the technical scheme, compared with the traditional automatic deployment mode, the invention has the following beneficial effects:
(1) Deployment autonomy: the client program is automatically installed in the servers to be deployed, a request is initiatively sent to the central platform to complete installation and deployment work after the client program is started, a plurality of the servers to be deployed are supported to simultaneously install and deploy the operating platform, only the firewall filtering rule of the server where the central platform is located needs to be set, the limitation of network conditions is reduced, and the working efficiency is high.
(2) High concurrency.
(3) And multi-environment deployment: the method is suitable for automatic deployment of windows, linux and other systems.
(4) And privacy protection: the deployment can be carried out only by verification, and the privacy of the software is improved.
(5) And operation convenience: the central platform provides necessary information for automatic installation and deployment of configuration of the related function interface, the operation is clear at a glance, the tedious work of manually operating the related configuration files is carried to the visual function interface to be completed, the IP and the bound port of the module deployment are directly configured, and the operation is more convenient and faster.
(6) And the requirement of deploying a plurality of servers by one client is simplified.
Drawings
Fig. 1 is a schematic structural diagram of an embodiment of the present invention.
Fig. 2 is a flowchart showing client program installation in this embodiment.
Detailed Description
To further illustrate the various embodiments, the invention provides the accompanying drawings. The accompanying drawings, which are incorporated in and constitute a part of this disclosure, illustrate embodiments of the invention and, together with the description, serve to explain the principles of the embodiments. Those skilled in the art will appreciate still other possible embodiments and advantages of the present invention with reference to these figures.
The invention will now be further described with reference to the accompanying drawings and detailed description.
As shown in fig. 1 and 2, an embodiment of the present invention provides an operation platform automation installation deployment system, which includes a central platform and a server to be deployed.
The central platform comprises a management module and a server module.
The management module is used for technical support personnel to manage clients and install package files.
The installation package file comprises an installation package file of a client program and an installation package file of an operation platform.
And the central platform automatically generates a client program installation script and an operation platform installation script according to the installation package file.
The installation script is a script which is formed by writing in a bat (windows environment) or sh (linux environment) file according to respective installation command strings integrated by commands used when the client program and the related program service module of the operation platform are installed in the windows or linux environment, so that the script files can be directly executed to achieve the effect of automatically installing the program service module.
In this embodiment, the installation command string is integrated into a script library of the central platform, and when a technician uploads an installation package file, the program will extract a corresponding installation command string from the script library according to the name of the installation package file to automatically generate an installation script of a service program module, where the service program module includes a client program and modules in the operation platform. After configuring a service program module to be deployed for a client and binding an FTP account, the central platform clones an installation script of the corresponding service program module from the generated installation script, modifies an FTP user name and a password of an FTP downloading command string in the script, and regenerates the installation script of the corresponding service program module corresponding to the client for the client to use independently. The purpose of providing different FTP account numbers for each client is to improve the installation and deployment efficiency and facilitate management.
The client program installation script is used for a client to install an operation platform on a server to be deployed.
The operation platform installation script comprises installation scripts of all modules required by a client to use the operation platform, and in the embodiment, all modules required by the operation platform comprise platform modules such as portal, cron, tas and the like, dependent services such as jdk, mysql, redis, zookeeper, tomcat and the like and a service database, so that the operation platform installation script comprises a platform module installation script, a dependent service installation script and a service database installation script.
And the client program installation script and the operation platform installation script are uploaded to the server module by technical support personnel after the technical support personnel finish version updating.
In this embodiment, the server module is an FTP server, and the file is downloaded in a high-concurrency manner based on an FTP passive mode, so that the transmission efficiency of the file is greatly improved, and a person skilled in the art can use other servers.
The customer management includes binding of customer information, the customer information including: the method comprises the steps of a server module account number, client communication information, a public network IP where a server to be deployed is located, a server IP and a machine code to be deployed, and a port IP of each platform module. The client and the service client can be better identified by binding various information of the client.
The server module account is used for a client to log in a server for downloading, the client communication information is used for sending information to the client, the public network IP where the server to be deployed is located, the server IP to be deployed and the machine code are used for authority verification during downloading and installation, and the port IP of each platform module is used for configuring the port IP of each platform module.
In this embodiment, the client communication information is used to communicate with a client and send a client program installation script to the client, and in this embodiment, the client communication information includes a mailbox and a mobile phone number.
The central platform is used for technical support personnel to operate, the corresponding installation scripts are directly generated through the installation package files, the complexity of manually compiling the installation scripts in the prior art is not needed, meanwhile, complicated manual transmission, manual installation configuration, manual starting and other operations in the prior art when the operation platform is deployed are avoided, and all client programs can be automatically completed according to the setting of the central platform.
When the version of the client program installation script in the central platform is updated, the central platform automatically sends the updated client program installation script to the client.
In the embodiment, the client program installation script is firstly sent to the client through the mailbox, then the client is reminded in a short message mode, the client is ensured to receive the update information in real time through a double-reminding mode, and the labor docking cost is released as much as possible.
And after the client receives the client program installation script, selecting a server to be deployed corresponding to the client in the central platform to execute the client program installation script, and installing the client program.
In the embodiment, the client downloads the client program installation script for receiving by logging in the mailbox, and by using the method, the client can obtain the installation script without knowing the address of the central platform, so that the time is saved, and the experience is improved.
And the IP of the server to be deployed of the client is stored in the central platform, namely, the server to be deployed corresponding to the IP of the server to be deployed stored in the new platform is selected.
When it needs to be described, if there are multiple servers to be deployed that need to install the client program, the client program installation script is executed on the multiple servers to be deployed, respectively.
And the executing of the client program installation script comprises downloading, installing and starting of the client program, and configuring an operation platform name module in the installed client program by using the name of the operation platform corresponding to the client program after installation.
Since there may be a plurality of different versions of the operation platform, the configuration may be used to identify the version of the operation platform, and the operation platform name module in the client program is configured to be null by default.
After the installation of the client program is finished, the client program is started, and an automatic installation and deployment mode of an operation platform is entered, wherein the method comprises the following steps:
s101: detecting whether an operation platform is installed on a server to be deployed where a client program is located, if not, initiating a configuration initialization request to a central platform, wherein the configuration initialization request comprises a public network IP corresponding to the client, the IP of the server to be deployed and a machine code, and entering S102; otherwise, ending.
In this embodiment, the server to be deployed and the central platform communicate with each other through an HTTP network request.
S102: when the central platform receives the configuration initialization request, the public network IP in the configuration initialization request, the IP of the server to be deployed and the machine code are verified according to the public network IP corresponding to the client and the IP of the server to be deployed and the machine code stored in the central platform, when the verification is passed, a check code is generated and sent to the client, and a module configuration information list is sent to the corresponding server to be deployed.
The check code may be a code generated by a random sequence code or other coding methods.
S103: after the deployment server receives the module configuration information list, the client uses the received check code to check, when the check is passed, the module configuration information list is analyzed, and after the platform module and the dependent service required in the module configuration information list are selected, the client program automatically downloads the corresponding platform module installation script and the dependent service installation script from the central platform to install.
The steps are installation and deployment in a full-automatic and high-concurrency mode, high-concurrency downloading installation and deployment are supported, and efficiency is higher compared with that of a traditional mode.
S104: and the client program configures the port address of each platform module according to the module configuration information list.
In this embodiment, the configuring of the port address of each platform module includes port configuration of the platform module for monitoring and port configuration of the platform module for internal interaction, and with the above configuration, the third-party program can monitor the platform module through the port of the monitored platform module, and can interact with each other through the configured port among the platform modules in the operation platform. Those skilled in the art can configure the port addresses of other platform modules as desired.
In order to ensure that each module is normally accessed, in the embodiment, the firewall filtering rule is automatically set according to the port of each module, and this mechanism is especially important when each module of the operation platform is automatically deployed on multiple machines.
S105: and the client program installs the service database according to the module configuration information list.
By installing the service database, the basic functions of the operation platform can be supported by basic data and can be normally used, which is an important mechanism that is not available in the traditional automatic deployment mode.
At this time, all modules are installed, and the installation of the operation platform is realized.
S106: and generating a one-key starting/closing script of the operation platform, starting the operation platform through the one-key starting/closing script, judging whether each module in the operation platform can be normally accessed, and sending a judgment result to the central platform.
In this embodiment, the central platform further sends the judgment result to the client, for example, in the form of a short message.
At the moment, the automatic installation and deployment work is completed, and the labor and time costs are greatly reduced.
In order to facilitate management of the operation platform used by the client, the embodiment further includes:
s107: and the client program configures the relevant information of the operation platform corresponding to the client program in the client program according to the installation and deployment conditions of the operation platform.
In this embodiment, the operation platform related information includes, but is not limited to: the operation platform module list and the operation platform service life.
The operation platform module list is used for recording which modules are installed in the operation platform, the service life of the operation platform is used for limiting the service life of the operation platform used by the client, and when the service life exceeds the service life, the operation platform cannot be updated and a new client program needs to be installed again for updating.
In order to ensure that the function of installing and deploying the newly added module in the presence of the operation platform next time can be used normally, the embodiment further includes:
s108: and automatically restarting the operation platform.
This embodiment has the following advantages:
(1) Deployment autonomy: compared with a server to be deployed, the traditional automatic deployment mode is that a central platform is actively connected with the server to be deployed and remotely controls the server to be deployed, installation files are remotely transmitted to the server to be deployed, file transmission can be sequentially carried out one by one, and the server can normally access the server only by setting relevant firewall filtering rules on the other side in advance, the network condition is greatly limited, the setting is more troublesome under the condition of a plurality of servers to be deployed, and the working efficiency is low.
(2) High concurrency operation: the independence of installation and deployment of the client program well realizes the work of high concurrent installation and deployment and the like, in addition, the file is downloaded in a high concurrent mode based on an FTP passive mode, the transmission efficiency of the file is greatly improved, the performance and the efficiency are greatly improved compared with the traditional mode, the central platform is also independently researched and developed, and the load capacity is excellent.
(3) And multi-environment deployment: the traditional automatic deployment mode is that a server to be deployed is remotely controlled, and generally only can be suitable for machines such as Linux or virtual machine, and the client program of the scheme is developed by Java language and is cross-platform, so that the method is suitable for automatic deployment of various systems such as windows and Linux, and is verified and used in practice.
(4) And privacy protection: in the embodiment, the central platform firstly records the public network IP and the machine code of the server to be deployed, and then when a client program in the server to be deployed sends a request to the central platform for the first time, the central platform can capture the public network IP and the machine code of the request, perform authentication verification and dispatch a 16-bit random sequence code to a client.
(5) The operation is convenient: the central platform provides necessary information for automatic installation and deployment of relevant function interface configuration, operation is clear at a glance, tedious work of manually operating relevant configuration files is carried to a visual function interface to be completed, IP and bound ports of module deployment are directly configured, and the method is more convenient and fast. In addition, the client program can automatically configure the ports of the platform modules, so that the normal use of the operation platform is ensured, which is an advantage that the traditional mode does not have, and especially, the automatic configuration is more important when a plurality of servers deploy different platform modules.
(6) And a client multi-machine: when one client needs to install an operation platform and the client provides two servers to be deployed for deploying different modules, generally, because of the local area network in the client, the access mode of the two servers to be deployed only has one public network SSH interface, and then the client enters one server to be deployed to connect with the other server to be deployed, so that the traditional deployment mode is quite troublesome to actually deploy, and the deployment mode of the scheme solves the problem.
While the invention has been particularly shown and described with reference to a preferred embodiment, it will be understood by those skilled in the art that various changes in form and detail may be made therein without departing from the spirit and scope of the invention as defined by the appended claims.
Claims (8)
1. An automatic installation and deployment system of an operation platform is characterized by comprising a central platform and a server to be deployed;
the central platform comprises a management module and a server module;
the management module is used for technical support personnel to manage clients and manage installation package files, the central platform automatically generates client program installation scripts and operation platform installation scripts according to the installation package files, and the specific generation process comprises the following steps: the installation command strings are integrated into a script library of the central platform, and when technicians upload installation package files, the program can extract corresponding installation command strings from the script library according to the names of the installation package files to automatically generate a client program installation script and an operation platform installation script;
the operation platform installation script includes installation scripts of all modules required by a client to use the operation platform, and specifically includes: a platform module installation script, a dependence service installation script and a service database installation script;
the customer management includes binding of customer information, the customer information including: the method comprises the steps that a server module account number, client communication information, a public network IP where a server to be deployed is located, the server IP and machine codes to be deployed, and port IPs of each platform module are obtained;
the client information, the client program installation script and the operation platform installation script are all stored in the server module;
when the version of the client program installation script in the central platform is updated, the central platform sends the updated client program installation script to the client;
after a client receives a client program installation script, selecting a server to be deployed of a central platform corresponding to the client to execute the client program installation script, and installing a client program;
after the installation of the client program is finished, starting the client program, and entering an automatic installation and deployment mode of an operation platform;
the operation platform automatic installation and deployment mode comprises the following steps:
s101: detecting whether an operation platform is installed on a server to be deployed where a client program is located, if not, initiating a configuration initialization request to a central platform, wherein the configuration initialization request comprises a public network IP corresponding to the client, the IP of the server to be deployed and a machine code, and entering S102; otherwise, ending;
s102: when the central platform receives the configuration initialization request, verifying the public network IP in the configuration initialization request, the IP of the server to be deployed and the machine code according to the public network IP corresponding to the client and the IP of the server to be deployed and the machine code stored in the central platform, generating a check code when the verification is passed, sending the check code to the client, and sending a module configuration information list to the corresponding server to be deployed;
s103: after the deployment server receives the module configuration information list, the client uses the received check code to check, when the check is passed, the module configuration information list is analyzed, and after a platform module and a dependent service which are required in the module configuration information list are selected, a client program automatically downloads a corresponding platform module installation script and a corresponding dependent service installation script from the central platform to install;
s104: the client program configures the port address of each platform module according to the module configuration information list;
s105: the client program installs a service database according to the module configuration information list;
s106: generating a one-key starting/closing script of the operation platform, starting the operation platform through the one-key starting/closing script, judging whether each module in the operation platform can be normally accessed, and sending a judgment result to the central platform;
s107: and the client program configures the relevant information of the operation platform corresponding to the client program in the client program according to the installation and deployment conditions of the operation platform.
2. The operation platform automatic installation and deployment system according to claim 1, wherein: the operation platform automation installation deployment mode further comprises:
s108: and automatically restarting the operation platform.
3. The operation platform automation installation and deployment system of claim 1, characterized in that: the operation platform related information comprises an operation platform module list and an operation platform service life.
4. The operation platform automatic installation and deployment system according to claim 1, wherein: the client communication information comprises a mailbox and a mobile phone number.
5. The operation platform automation installation and deployment system of claim 4, characterized in that: the central platform automatically sending the updated client program installation script to the client includes: firstly, the client program installation script is sent to a client through a mailbox, and then a short message is sent to remind the client.
6. The operation platform automation installation and deployment system of claim 1, characterized in that: the port addresses of each platform module configured in step 104 include the port configuration of the platform module for snooping and the port configuration of the platform module for internal interaction.
7. The operation platform automation installation and deployment system of claim 1, characterized in that: step 104 also includes automatically setting firewall filtering rules based on the port of each platform module.
8. The operation platform automation installation and deployment system of claim 1, characterized in that: the server module is an FTP server.
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101251802A (en) * | 2008-03-11 | 2008-08-27 | 浪潮电子信息产业股份有限公司 | Unattended operation automatic installing method of Oracle RAC |
| CN101789886A (en) * | 2009-01-23 | 2010-07-28 | 中兴通讯股份有限公司 | Environment setup automation system of distribution type environment and method |
| CN103425511A (en) * | 2013-08-16 | 2013-12-04 | 北京华胜天成科技股份有限公司 | System and method of installing and deploying application software in cloud computing environment |
| CN103984575A (en) * | 2014-05-28 | 2014-08-13 | 浪潮电子信息产业股份有限公司 | Rapid deployment method of cluster Linux operation system in cloud-computing environment |
| US9146721B1 (en) * | 2014-05-30 | 2015-09-29 | Vmware, Inc. | Installation of a software agent via an existing template agent |
-
2018
- 2018-10-11 CN CN201811182152.2A patent/CN111045689B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101251802A (en) * | 2008-03-11 | 2008-08-27 | 浪潮电子信息产业股份有限公司 | Unattended operation automatic installing method of Oracle RAC |
| CN101789886A (en) * | 2009-01-23 | 2010-07-28 | 中兴通讯股份有限公司 | Environment setup automation system of distribution type environment and method |
| CN103425511A (en) * | 2013-08-16 | 2013-12-04 | 北京华胜天成科技股份有限公司 | System and method of installing and deploying application software in cloud computing environment |
| CN103984575A (en) * | 2014-05-28 | 2014-08-13 | 浪潮电子信息产业股份有限公司 | Rapid deployment method of cluster Linux operation system in cloud-computing environment |
| US9146721B1 (en) * | 2014-05-30 | 2015-09-29 | Vmware, Inc. | Installation of a software agent via an existing template agent |
Non-Patent Citations (1)
| Title |
|---|
| Distributed MPI Cluster with Docker Swarm Mode;Nikyle Nguyen，etc.;《2017 IEEE 7th Annual Computing and Communication Workshop and Conference (CCWC)》;20170111;第1-7页 * |
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