WO2019242162A1

WO2019242162A1 - Middleware installation method and apparatus, and computer device and storage medium

Info

Publication number: WO2019242162A1
Application number: PCT/CN2018/109442
Authority: WO
Inventors: 黄桂钦
Original assignee: 平安科技（深圳）有限公司
Priority date: 2018-06-22
Filing date: 2018-10-09
Publication date: 2019-12-26
Also published as: CN108845808B; CN108845808A

Abstract

A middleware installation method and apparatus, and a computer device and a storage medium. The method comprises: acquiring related information of a server with middleware needing to be installed thereon (S201); according to operating system information in configuration information of the server, determining, from pre-stored related information of the middleware, first-type middleware matching the operating system information (S202); according to information of an environment where the server is located, determining, from the first-type middleware matching an operating system, a piece of target middleware matching the information of the environment where the server is located (S203); setting a port number, for providing services on the server, of the target middleware (S206); and if an installation instruction is received, installing the target middleware on the server according to the set port number and the IP address of the server (S207).

Description

Middleware installation method, device, computer equipment and storage medium

This application claims priority from a Chinese patent application filed with the Chinese Patent Office on June 22, 2018, with application number 201810650549.3, and the invention name is "Middleware Installation Method, Device, Computer Equipment, and Storage Medium", the entire contents of which are incorporated by reference Incorporated in this application.

Technical field

The present application relates to the field of computer technology, and in particular, to a method, a device, a computer device, and a storage medium for installing middleware.

Background technique

When an enterprise adds a new server, it is generally necessary to install some middleware on the server so that the server can run applications to play the server's functions. Currently, many middleware installations on servers rely on manual participation. For example, operation and maintenance personnel install the corresponding middleware one by one on each newly added server. Although some companies have already implemented the function of installing middleware software, they only stay in the simple installation of middleware software, and there are many limitations, such as some steps that require manual intervention, such as the inability to customize the configuration of middleware and Installation, etc.

Summary of the Invention

The embodiments of the present application provide a method, device, computer equipment, and storage medium for installing middleware, which can achieve customized configuration and installation of middleware.

In a first aspect, an embodiment of the present application provides a middleware installation method. The method includes:

Get information about the server on which you want to install middleware. The related information of the server includes environment information where the server is located, configuration information of the server, and IP address of the server;

Determining, according to the operating system information in the configuration information, first-type middleware that matches the operating system information from pre-stored middleware-related information;

Determining, from the first type of middleware, a target middleware that matches the environment information where the server is located for recommendation according to the environment information where the server is located;

Determining whether the user accepts the recommended target middleware;

If the user accepts the recommended target middleware, setting a port number of the target middleware on the server for providing services;

If an installation instruction is received, the target middleware is installed in the server according to the set port number and the IP address of the server.

In a second aspect, an embodiment of the present application provides a middleware installation device, which includes a unit corresponding to the middleware installation method described in the first aspect.

In a third aspect, an embodiment of the present application provides a computer device, where the computer device includes a memory and a processor connected to the memory;

The memory is configured to store a computer program, and the processor is configured to run the computer program stored in the memory to perform the middleware installation method according to the first aspect.

According to a fourth aspect, an embodiment of the present application provides a computer-readable storage medium. The computer-readable storage medium stores a computer program, where the computer program includes program instructions, and the program instructions are implemented by a processor to implement the foregoing. The middleware installation method according to the first aspect.

In the embodiment of the present application, the target middleware matching the server related information is determined from the pre-stored middleware related information by acquiring the related information of the server to be installed with the middleware. If the user accepts the target middleware, the target middleware is Installed into the server. This embodiment can simplify the installation process and achieve customized configuration and installation of middleware.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a schematic diagram of an application scenario provided by an embodiment of the present application; FIG.

2 is a schematic flowchart of a middleware installation method according to an embodiment of the present application;

3 is a schematic diagram of a middleware installation and configuration interface according to an embodiment of the present application;

FIG. 4 is a schematic diagram of a sub-process of a middleware installation method according to an embodiment of the present application; FIG.

5 is a schematic diagram of a middleware installation progress provided by an embodiment of the present application;

FIG. 6 is another schematic flowchart of a middleware installation method according to an embodiment of the present application; FIG.

FIG. 7 is a schematic block diagram of a middleware installation device according to an embodiment of the present application; FIG.

FIG. 8 is a schematic block diagram of an installation unit according to an embodiment of the present application; FIG.

FIG. 9 is a schematic block diagram of an adding unit according to an embodiment of the present application; FIG.

FIG. 10 is a schematic block diagram of a computer device according to an embodiment of the present application.

detailed description

In the following, the technical solutions in the embodiments of the present application will be clearly and completely described with reference to the drawings in the embodiments of the present application. Obviously, the described embodiments are part of the embodiments of the present application, but not all of them. Based on the embodiments in the present application, all other embodiments obtained by a person of ordinary skill in the art without creative efforts shall fall within the protection scope of the present application.

The middleware mentioned in the embodiments of the present application is a large category of basic software, which belongs to the category of reusable software, and is located between the operating system software and user application software. This middleware is above the operating system, network, and database, and the lower layer of application software. The overall role is to provide an environment for running and developing the application software on its own upper layer, helping users to flexibly and efficiently develop and integrate complex application software.

FIG. 1 is a schematic diagram of an application scenario provided by an embodiment of the present application. The application scenario shown in FIG. 1 includes a middleware automatic installation platform (corresponding to a web terminal, and the automatic installation platform exists in a terminal such as a desktop computer) and a server. The operating system of the server may be a liunx operating system, an OS operating system, or a widows operating system. In the middleware automation installation platform, according to the needs of the enterprise, related information of different middleware is added, and related information of different middleware is used as pre-stored middleware related information. Among them, different middleware includes different versions of middleware. It can be understood that there are multiple different middlewares, and there may be multiple different versions in each middleware. After adding the relevant information of the middleware to the middleware automation installation platform, add the relevant information of the server on which the middleware is to be installed, where the relevant information of the server includes the environment information of the server, the server configuration information, and the server IP Address and other information. In other embodiments, if the related information of the server to which the middleware is installed already exists, the related information of the server is directly obtained. According to the environment information of the server and the configuration information of the server, a matching target middleware is determined from the pre-stored middleware related information for recommendation. Determine whether the user accepts the recommended target middleware. If the user does not accept the recommended target middleware, the user selects the middleware selected by the user, and uses the middleware selected by the user as the target middleware. Sets the port number that the target middleware uses to provide services on the server. Finally, if an installation instruction is received, the target middleware is installed into the server with one click according to the server's IP address and the set port number. During the one-click installation, if an installation exception occurs, an error message will be fed back to the user, and the progress of the installation will be displayed to the user to facilitate the user's understanding of the installation process. This solution determines a matching target middleware from the pre-stored middleware related information according to the related information of the server, and installs the target middleware into the server with one click, which simplifies the installation process and matches the middle according to the server's related information. The installation version of the software can achieve the customized configuration and installation of the middleware.

The following method embodiments provided in this application run in a middleware automated installation platform.

FIG. 2 is a schematic flowchart of a middleware installation method according to an embodiment of the present application. The method includes the following steps S201-S207.

S201. Acquire information about a server on which middleware needs to be installed. The server-related information includes the environment information where the server is located, the server's configuration information, and the server's IP address.

The environment information where the server is located includes the network environment, application environment, and application scenarios. The application environment includes a test environment, a development environment, a production environment (connecting to an external system), and a test environment, a development environment, and cluster information of a server corresponding to the production environment. The network environment includes the network architecture, the status of requests, and the amount of concurrency. Application scenarios include https encrypted transmission, proxy forwarding, etc., which vary depending on the functions implemented by different servers. The configuration information of the server includes the operating system of the server and the version of the operating system. Among them, the operating system includes a widows operating system, a liunx operating system, an OS operating system, and the like.

Specifically, obtaining relevant information of the server to be installed with the middleware, that is, step S201 includes: judging whether a server requiring the installation of the middleware already exists; if there is a server requiring the installation of the middleware, obtaining the relevant information of the server; if not, You need to install the middleware server, and add information about the server. Whether the server already exists may be determined according to the IP address of the server. If the server's IP address is entered in the input box, if the input is detected (such as the cursor is not in the input box or the total number of characters entered reaches the number of characters corresponding to the IP address), determine whether it has been The server exists. Among them, one or more servers need to be installed with the middleware, and correspondingly, obtain related information of one or more servers. It can be understood that the middleware is installed on one or more different servers at the same time. That is, the middleware is installed in batches on the server. In this way, it is not necessary to install the middleware on each server that needs to be installed, which greatly saves time, labor costs, and corresponding workload, and improves the efficiency of installing middleware.

S202. According to the operating system information in the server configuration information, determine the first type of middleware that matches the operating system information from the pre-stored middleware related information.

The related information of the middleware includes information about the middleware installation software, the application environment, the application scenario, and the operating system that match the middleware installation software. Among them, the middleware installation software includes a middleware installation package, a configuration file, a middleware monitoring package, and the like. Among them, the middleware monitoring package is used to monitor the middleware, such as monitoring the running status of the middleware, such as detecting whether the middleware is available, whether the amount of downloading the middleware has increased abnormally, or the middleware is abnormal due to malicious attacks by hackers Etc .; the configuration file includes the version corresponding to the middleware, environmental resources, and parameter configuration after tuning. Among them, the environmental resource refers to some environmental resources required by the operating system before installing the corresponding middleware, such as some function libraries required by the operating system. The environmental resources can allow the middleware to work normally on the operating system after installation. run. For example, the environment resources corresponding to nginx middleware include GCC (GNU Compiler Collection) compiler, C ++, pcre library, zlib library, OpenSSL library, etc.

Specifically, according to the operating system information in the server configuration information, determining the first type of middleware that matches the operating system information from the pre-stored middleware related information, that is, step S202, includes: according to the operating system information in the server configuration information, Determine whether the operating systems of the obtained one or more servers are the same operating system; if they are not the same operating system, delete the servers corresponding to the different operating systems so that the remaining servers have the same operating system; if they are the same operation The system selects the first type of middleware that matches the operating system from the pre-stored middleware related information. It can be understood that if there is only one server to install middleware, directly select and install the middleware matching the server operating system from the pre-stored middleware related information. If there are multiple servers corresponding to the middleware installation, there are many The operating systems of the two servers need to be the same to install the same middleware in batches.

S203. According to the environment information of the server, determine a target middleware from the first type of middleware that matches the environment information of the server for recommendation.

The target middleware is the middleware that matches both the server's operating system information and the server's environment information.

Specifically, step S203 includes: searching for middleware matching the environment information of the server from the first type of middleware according to the environment information of the server; and determining whether there are many middleware matching the environment information of the server. If there is more than one, choose a middleware from the multiple according to preset rules, and use it as the target middleware that matches the environment information of the server for recommendation; if there is one, use that one middleware as the server Target middleware matching environment information for recommendation. If there are multiple middlewares that match the environment information of the server, it can be understood that there are multiple different versions of the middleware that match the environment information of the server, and the multiple different versions are all related to the environment of the server. Information matches. Among them, selecting one middleware from multiple middlewares according to preset rules includes: selecting one middleware from multiple middlewares according to the principle of highest version; or selecting one from multiple middlewares according to the principle of highest installation rate Middleware; or randomly select one middleware from multiple middlewares according to the random principle; or randomly select one middleware from multiple middlewares based on the combination of version and installation rate; or display multiple middlewares and receive users from multiple Choose one middleware from each middleware; or select one middleware from multiple middleware according to other suitable principles. Use the selected middleware as the target middleware that matches the environment information of the server.

S204. Determine whether the user accepts the recommended target middleware.

In this embodiment, the recommended target middleware is displayed in a web interface (such as an installation configuration interface) of the middleware automated installation platform, and specifically, as an input box or selection corresponding to a middleware field displayed in the installation configuration interface Box. If it is detected that the user edits or deletes the data in the input box or the selection box, it is determined that the user does not accept the recommended target middleware; otherwise, it is determined that the user accepts the recommended target middleware. Editing can be understood as adding, deleting, or modifying data in the input box or selection box. If the cursor is placed in the input box or selection box without causing any other operation, then Treated as not being edited.

S205: If the user does not accept the recommended target middleware, receive the middleware selected by the user, and use the middleware selected by the user as the target middleware.

Wherein, receiving the middleware selected by the user and using the middleware selected by the user as the target middleware includes receiving the middleware input by the user in the input box corresponding to the middleware field, and using the middleware input by the user as the target middleware Or display the middleware matching the server related information in the selection box corresponding to the middleware field for the user to select, receive the middleware selected by the user in the selection box corresponding to the middleware field, and copy the middleware selected by the user As the target middleware.

S206. Set the port number of the target middleware on the server for providing services.

If the user accepts the recommended target middleware, or the user does not accept the recommended target middleware, after receiving the target middleware selected by the user, set the port number of the target middleware for providing services on the server. The port number refers to the port in the TCP / IP protocol, and the port number ranges from 0 to 65535, such as port 80 for browsing web services, port 21 for FTP services, and so on. A terminal with an IP address can provide many network services, such as Web services, FTP services, SMTP services, and so on. These services can be implemented by one IP address, and the relationship between IP addresses and network services is a one-to-many relationship, so in fact, different services are distinguished by "IP address + port number".

If there are multiple servers on which the target middleware needs to be installed, the step of setting the port number on which the target middleware is used to provide services, that is, step S206, includes: determining whether an identifier using a different port number is received; If an identifier using a different port number is received, an interface for setting multiple port numbers is called; through the interface, the port numbers for providing services on multiple servers are respectively set; if the identifier using a different port number is not received, setting The port number used by multiple servers to provide services is the same port number. For example, if the related button of “Use a different port number” is displayed on the web interface of the middleware automation installation platform (such as the installation and configuration interface), if it is detected that the user clicks the button, and it is determined that a different port number is received, the setting is called An interface with multiple port numbers. This interface can be represented by multiple input boxes. The data entered in multiple input boxes corresponds to multiple servers one by one. Through this interface, set the port numbers of the target middleware users to provide services on multiple servers. Under normal circumstances, the same port number is used by default. It can be understood that the servers installed with the same target middleware are most likely located in the same cluster. The servers in the same cluster use the target middleware to provide the port number of the server. The same port number.

S207. If the installation instruction is received, install the target middleware into the server according to the set port number and the IP address of the server.

For example, if related buttons such as "One-click installation" and "Install" are displayed in the interface, if it is detected that the user clicks the related buttons such as "One-click installation" or "Install", an installation instruction is received. If an installation instruction is received, the target middleware is installed in the server according to the set port number and the IP address of the server. This embodiment selects the middleware matching the server according to the relevant information of the server, and realizes the customized configuration and installation of the middleware.

In one embodiment, if there are multiple servers that need to install the target middleware, each server corresponds to multiple different accounts, and different accounts correspond to different permissions. For example, the account administrator, user1, user2, and so on correspond to different permissions. Then, before receiving the installation instruction, the method further includes: setting up an account for the server to install the target middleware. If the installation instruction is received, installing the target middleware into the server according to the set port number and the IP address of the server includes: if the installation instruction is received, installing the target middleware according to the set port number and the IP address of the server The files are installed under the account in the server.

Specifically, setting an account for which the server needs to install the target middleware includes: determining whether an identifier using a different account is received; if receiving an identifier using a different account, calling an interface for setting a different account; and through the interface, Set up the accounts corresponding to multiple servers that need to install the target middleware respectively; if the IDs using different accounts are not received, set the accounts corresponding to multiple servers that need to install the target middleware to be the same account or use the default Account. For example, if the related button of “Use different account” is displayed on the web interface (such as installation and configuration interface) of the middleware automated installation platform, if it is detected that the user clicks the button, and it is determined that a different account ID is received, then call to set up a different account The interface can be represented by multiple input boxes, and the data entered in multiple input boxes corresponds to multiple servers one-to-one. Through this interface, accounts corresponding to multiple servers that need to install the target middleware are respectively set. In most cases, the default account is used, for example, the default account is administrator. It should be noted that the account mentioned in this embodiment may include an account name and password to indicate that the account is entered into the server through the account name and password to install the target middleware under the account. In some cases, if no password is set, the password is considered to be empty.

FIG. 3 is a schematic diagram of a middleware installation and configuration interface according to an embodiment of the present application. On the installation configuration interface, there are information such as the IP address field of the corresponding server, the recommended middleware field, the port number field, and the "One-click installation" button. In the text box corresponding to the IP address field of the server, there are two IP address information, 10.20.123.98, 10.20.123.99. There is a recommended target middleware in the drop-down box corresponding to the recommended middleware field: nginx-1.12.1. Among them, nginx is the target middleware name and 1.12.1 is the version corresponding to the target middleware. In the text box corresponding to the server's IP address field and the drop-down box corresponding to the recommended middleware field, there are corresponding "x" numbers. Click the “x” to delete the corresponding item, such as deleting the nginx-1.12.1 target middleware. Deleting the nginx-1.12.1 target middleware means that the user does not accept the recommended target middleware. After deleting the nginx-1.12.1 target middleware, you can click the drop-down box to select the corresponding middleware, and use the selected middleware as the target middleware. In the text box corresponding to the port number field, you can enter a port number, such as port number 6633. Below the port number, there is a radio button that indicates: use a different port number. If it is detected that the "Use a different port number" radio button is clicked, then an identification using a different port number is received. After the setting is completed, click the "One-click installation" button, and the target middleware corresponding to the middleware field will be installed on the two servers corresponding to the IP address information by one click, and the port number provided by the server is 6633. It should be noted that FIG. 3 is merely an example. It should be noted that all the information shown in Figure 3 will be saved to the configuration file.

In other embodiments, the host name information of the server may be added in FIG. 3 to facilitate the memorization; other related information of the server may also be added, such as the environment information of the server, the configuration information of the server, etc., so as to facilitate users to understand the server. Related information to further confirm the server on which the target middleware needs to be installed. In other embodiments, information such as a middleware administrator and a middleware contact may also be added. The middleware administrator can be understood as the owner of the target middleware, that is, the creator; the middleware contact can be understood as a worker who is authorized to operate the target middleware, and there can be multiple middleware contacts. In other embodiments, the account information of the target middleware to be installed corresponding to the server may also be added to install the target middleware to the account in the server according to the account information.

In an embodiment, as shown in FIG. 4, installing the target middleware into the server includes the following steps S401-S404.

S401: Initialize the installation environment of the target middleware, and perform parameter verification on the installation environment of the target middleware.

The installation environment of the initialization target middleware includes the account name and password of the initialization server, the environment resources of the installation target middleware, and the configuration items in the initialization configuration file. Among them, the account name and password of the initialization server can be understood as that there may be multiple accounts on one server, and the installation and use of the corresponding target middleware are specific permissions of one of the accounts. Specifically, initializing the account name and password of the server includes: obtaining a pre-configured account name and password; finding the pre-configured account name and password in the server; if the preset configured account name and password are found, entering based on the account name and password Server. In most cases, the default account name and password are used. For example, the default account name is administrator and the password is 123. The pre-configured account name and password may be a plurality of different account names and passwords preset on a web interface (such as an installation configuration interface) of the middleware automated installation platform, or may use a default account name and password. The corresponding environment resources in the initialization configuration file can be understood as: before installing each software, the operating system must have certain functions and environments, such as library functions required by the target middleware to run. Initialize the environment resources of the installation target middleware, including: the commands required to obtain the environment resources for initialization, if it is a liunx system, the commands required are liunx commands; according to the required commands, the preset environment resources are installed To the server, including system file libraries and system packages involved in environmental resources. For example, during the installation process, you need to use some system commands, such as hostname, ping and other commands, so you need to initialize the relevant system commands before installation and prepare the system libraries and lib files needed to install the software. The configuration items in the initialization configuration file are initialized according to the configuration items in the configuration file.

The parameter verification of the installation environment of the target middleware includes detecting whether the port numbers conflict, such as whether the port numbers are occupied, detecting whether the system version meets the requirements, and allocating system resources for the installation of the target middleware. Among them, detecting whether the system version meets the requirements can be understood as that some target middleware versions require the server operating system, and some software versions are based on higher operating system versions, such as redhat7 and centos7. Allocating system resources for the installation of the target middleware can be understood as the installation of any target middleware needs to occupy the system resources of the relevant server, such as CPU, memory, IO, etc., such as how much memory is occupied and the number of CPU cores used How much wait. For each target middleware, there are minimum resource allocation data and optimal resource allocation data for starting the target middleware. If the remaining resources of the server are insufficient to start the target middleware, then the target middleware should not be allowed to be installed on the server. Specifically, allocating system resources for the installation of the target middleware includes: obtaining the minimum resource allocation data and the best resource allocation data preset by the target middleware; determining whether the remaining resource data of the server is greater than the minimum resource allocation data; if not If it is greater than the minimum resource allocation data, a prompt is issued to indicate that server resources are insufficient, which means that the allocation of system resources for the installation of the target middleware is unsuccessful; if it is greater than the minimum resource allocation data, determine whether it is greater than the optimal resource allocation data; if it is greater than the optimal resource allocation data, The resource allocation data allocates the corresponding resources in the optimal resource allocation data to the target middleware; if it is not greater than the optimal resource allocation data, the corresponding resources in the lowest resource allocation data are allocated to the target middleware. It should be noted that the above-mentioned contents involved in initializing the installation environment of the target middleware and performing parameter verification on the installation environment of the target middleware are just enumerations. In other embodiments, other contents may also be involved. At the same time, it should be noted that the above-mentioned initialization environment of the target middleware installation environment and parameter verification of the target middleware installation environment does not limit the specific execution order. The specific execution order can be determined according to actual needs.

S402. If the installation environment of the target middleware is successfully initialized, and the parameters of the target middleware installation environment are checked, upload the target middleware installation software to the server.

S403. Install the target middleware installation package in the target middleware installation software in the server. Specifically, the target middleware installation package is parsed to generate a target middleware installation package script; and the target middleware installation package script is executed.

S404: Synchronize the installation information to a configuration file corresponding to the target middleware.

The installation information includes the installation completion time, server-related information, target middleware, the set port number of the target middleware used to provide services, and server resources occupied by the target middleware corresponding to the version. In other embodiments, the installation information further includes information such as a set account, a middleware administrator, and a middleware contact. It should be noted that the configuration files mentioned here include the configuration files in the server (upload the target middleware installation software to the server, because the target middleware installation software includes configuration files, so the server involves configuration files), It also includes the configuration files included in the installation information table in the middleware automated installation platform. When the installation is complete, the content of the configuration file included in the installation information table is consistent with the content of the configuration file in the server.

The above steps S401-S404 are the processes of installing the target middleware on the server. In this way, the middleware is automatically installed, which simplifies the middleware installation process.

During the installation of the target middleware, the progress of the installation will be displayed to facilitate users to understand the progress of the installation. As shown in Figure 5, it is a schematic diagram of the progress of the target middleware installation. It includes four steps: record information, initialize, upload target middleware installation software, install target middleware (execute script), and synchronize configuration files. The record information refers to the information set in the installation configuration interface, initialization, The four steps of uploading the target middleware installation software, installing the target middleware (execute the script), and synchronizing the configuration file correspond to steps S401-S404. Displayed after the recorded information: execution is completed; displayed after initialization: executed; displayed after uploading target middleware to install software, install target middleware (execute script), and synchronous configuration file: waiting for execution. It should be noted that the installation progress is only an example. In other embodiments, the "in progress" may also include the progress of the step execution, such as data such as 50% of execution; it may also display the specific execution content according to the actual execution situation, such as "in execution", can be replaced with " Detect if ports are conflicting "and other data. In other embodiments, only specific steps in progress may be displayed on the interface, and other steps are not displayed.

During the installation of the target middleware, exceptions are also caught. When any abnormality occurs during the installation, a prompt will be given to improve the user experience.

After the target middleware installation is complete, the installation information is saved in the installation information table on the middleware automated installation platform. The installed target middleware and related installation information can be queried on the middleware automated installation platform. For example, the installation information obtained from the query is shown in Table 1. In Table 1, there are data items such as target middleware, server information, server IP, port number, installation status, and cluster / configuration. For example, the first line of information includes: nginx-1.12.1, server environment information, 10.20.123.98, 6633, modification, successful installation, cluster information, and configuration file. Among them, the underlined text in Table 1 indicates that you can view or edit related information after clicking. For example, click "Environment Information of the Server" to view the environment information of the server, click "Modify" to modify the port number information, click "Cluster Information" to view the cluster to which the server belongs, and click "Configuration File" to view the target middleware The corresponding configuration file and the information in the corresponding configuration file are modified, and the server resources occupied by the target middleware corresponding to the version can be viewed in the configuration file. In this embodiment, the information obtained by the query also includes information such as the installation time, which is not shown in Table 1. In other embodiments, the installation information may also include other content, such as middleware administrators, middleware contacts, and so on.

Table 1 Installation information obtained by query

In other embodiments, before step S202, the method further includes: adding related information of the middleware. As shown in FIG. 6, adding related information of the middleware includes the following steps S601-S605.

S601, under the same operating system and under the environmental resources corresponding to the middleware, perform pressure tests on different versions of the middleware under different parameter configurations and different application environments, where different parameter configurations correspond to different application scenarios.

S602: According to the stress test results corresponding to different parameter configurations, different application environments, and different versions of the middleware and the server's demand information, select a middleware with a better / optimal stress test result, and according to the server's demand information, The parameters corresponding to the middleware are adjusted to obtain the optimized parameter configuration. The requirement information of the server includes the environment information where the server is located, that is, the application environment, application scenario, and network environment. Understandably, according to the different parameter configurations corresponding to the middleware and the stress test results in different application environments, the parameter matching that is most suitable for the environmental information of the server is selected to obtain the optimized parameter configuration and the corresponding middleware. The optimized parameter configuration and the corresponding middleware are saved. There may be one or more of the most suitable server environment information, the adjusted parameter configuration, and the corresponding middleware. The better stress test result can be understood as the stress test result corresponding to the preset number of the top ranking from the highest to the lowest test result, as the better stress test result. If there is only one stress test result, the stress test result is selected as the comparative stress test result. The middleware corresponding to the better stress test results is stable and has good performance. Among them, the stress test results include: under the same amount of concurrency, the forwarding capabilities corresponding to different versions of middleware, and server resources consumed. For parameter adjustments, such as for nginx middleware, when the application scenario involves https encrypted transmission, the SSL module in the nginx middleware parameters needs to be turned on; when the application scenario is to use nginx as static and involves uploading and downloading of a large number of files, Turn on the file compression function of nginx middleware parameters. If the application scenario involves proxy forwarding, turn on the proxy forwarding function of nginx middleware parameters. If the server's application scenarios include https encrypted transmission, proxy forwarding, etc., then turn on the SSL module parameters and proxy forwarding parameters in the nginx middleware. According to the environment resources, the middleware is pressure tested under different parameter configurations and different application scenarios, and then the parameters are adjusted according to the stress test results and server demand information to obtain the optimized parameter configuration, so that the middleware To meet the needs of enterprises, it has reached the customized configuration of middleware and the optimized configuration of middleware performance.

S603. Write the optimized parameter configuration into a configuration file corresponding to the corresponding version of the middleware.

S604. Save the configuration file, the corresponding version of the middleware installation package, and the middleware monitoring package as the corresponding middleware installation software.

S605. Save the application environment, application scenario, and operating system information corresponding to the middleware installation software and the middleware installation software to the relevant information of the middleware to complete the correlation of the middleware under the operating system. Addition and preservation of information.

The above steps S601-S605 are performed to complete the addition and storage of related information of different middleware corresponding to multiple operating systems, and the related information of the saved middleware is used as the pre-stored related information of the middleware.

It can be understood that the middleware related information stored in the middleware automated installation platform is the middleware related information that is screened to meet the needs of the enterprise after the stress test. The related information of the middleware has reached the customized configuration of the middleware and the performance optimization configuration of the middleware. Then, according to the middleware that achieves the customized configuration and performance optimization configuration, the middleware that matches the current server related information is selected for installation, and the customized installation of the middleware is achieved.

In the process of subsequent development, if a new middleware or a new middleware version is involved, save the new middleware or new middleware version to the middleware related information in the middleware automated installation platform to For subsequent installations.

FIG. 7 is a schematic block diagram of a middleware installation device according to an embodiment of the present application. The device is applied in a middleware automatic installation platform. As shown in FIG. 7, the device 70 includes an obtaining unit 701, a system matching unit 702, an environment matching unit 703, a judging unit 704, a receiving unit 705, a port setting unit 706, and an installation unit 707.

The obtaining unit 701 is configured to obtain related information of a server on which middleware needs to be installed. The server-related information includes the environment information where the server is located, the server's configuration information, and the server's IP address.

Specifically, the obtaining unit 701 includes: a presence judgment unit, a server obtaining unit, and a server adding unit. Wherein, there is a judging unit for judging whether there is a server that needs to install middleware. For example, if the server's IP address is entered in the input box, if the input is detected (such as the cursor is not in the input box or the total number of characters entered Reaching the number of characters corresponding to the IP address), determining whether the server already exists according to the IP address of the server. The server acquiring unit is configured to acquire the related information of the server if there is a server requiring middleware installation. The server adding unit is used to add server-related information if there is no server requiring middleware installation. Among them, one or more servers need to be installed with the middleware, and correspondingly, obtain related information of one or more servers.

The system matching unit 702 is configured to determine, according to the operating system information in the server configuration information, the first type of middleware that matches the operating system information from the pre-stored middleware related information.

Specifically, the system matching unit 702 includes: an operating system judgment unit, a deletion unit, and a system selection matching unit. The operating system determining unit is configured to determine whether the acquired operating systems of one or more servers are the same operating system according to the operating system information in the server configuration information. The deleting unit is configured to delete servers corresponding to different operating systems if the acquired operating systems of the one or more servers are not the same operating system, so that the remaining servers have the same operating system. The system selection matching unit is used to select the first type of middleware that matches the operating system from the pre-stored middleware related information if the operating systems of one or more servers are the same operating system.

The environment matching unit 703 is configured to determine a target middleware matching the environment information of the server from the first type of middleware according to the environment information of the server for recommendation.

Specifically, the environment matching unit 703 includes a matching search unit, a matching judgment unit, and an environment selection matching unit. The matching search unit is configured to find the middleware matching the environment information of the server from the first type of middleware according to the environment information of the server. The matching judging unit is configured to judge whether there are multiple middlewares that match the environment information of the server. The environment selection matching unit is used to recommend a middleware from a plurality of middlewares according to preset rules if there are multiple middlewares that match the environment information of the server, and it is recommended as a target middleware that matches the environment information of the server. . The environment selection matching unit is also used for recommending if there is one middleware matching the environment information of the server, and using the one middleware as the target middleware matching the environment information of the server.

The determining unit 704 is configured to determine whether the user accepts the recommended target middleware.

The receiving unit 705 is configured to receive the middleware selected by the user if the user does not accept the recommended target middleware, and use the middleware selected by the user as the target middleware.

The port setting unit 706 is configured to set the port number of the target middleware on the server for providing services if the user accepts the recommended target middleware or the user does not accept the recommended target middleware.

Specifically, if there are multiple servers that need to install the target middleware, the port setting unit 706 includes a port identification judging unit, a port interface calling unit, and a port number setting unit. The port identification judging unit is configured to determine whether an identification using a different port number is received. The port interface calling unit is configured to call an interface that sets multiple port numbers if an identifier using a different port number is received. A port number setting unit configured to respectively set port numbers for providing services on multiple servers through the interface; and to set ports used for providing services by multiple servers if no identification using different port numbers is received Number is the same port number.

The installation unit 707 is configured to install the target middleware into the server according to the set port number and the IP address of the server if an installation instruction is received.

In one embodiment, if there are multiple servers that need to install the target middleware, each server corresponds to multiple different accounts, and different accounts correspond to different permissions. For example, the account administrator, user1, user2, and so on correspond to different permissions. Then, the middleware installation device further includes: an account setting unit, which is used to set an account for the server to install the target middleware. The installation unit is further configured to install the target middleware to the account in the server according to the set port number and the IP address of the server if an installation instruction is received.

Specifically, the account setting unit includes: an account identification judging unit, an account interface calling unit, and an installation account setting unit. The account identification judging unit is configured to determine whether an identification using a different account is received. The account interface calling unit is configured to call an interface for setting different accounts if an identification using a different account is received. An installation account setting unit, configured to respectively set the accounts corresponding to multiple servers that need to install the target middleware through the interface; and if the identifiers using different accounts are not received, set the corresponding installation needs of multiple servers The account of the target middleware is the same account or a default account is used.

In an embodiment, as shown in FIG. 8, the installation unit 707 includes: an initialization unit 801, an upload unit 802, a middleware installation unit 803, and a synchronization unit 804.

The initialization unit 801 is configured to initialize an installation environment of a target middleware, and perform parameter verification on the installation environment of the target middleware. The initialization unit 801 includes: an account initialization unit for initializing the account name and password of the server; an environment resource initialization unit for initializing the environment resources of the installation target middleware; a configuration item initialization unit for initializing the configuration items in the configuration file; A port number detection unit is used to detect whether there is a conflict in the port numbers such as whether the port number is occupied; a system version detection unit is used to detect whether the system version meets the requirements; a resource allocation unit is used to allocate a system for the installation of the target middleware Resources, etc.

The account initialization unit includes an account acquisition unit, an account search unit, and an account entry unit. The account obtaining unit is configured to obtain a pre-configured account name and password. The account search unit is configured to search the server for the pre-configured account name and password. The account entry unit is used to enter the server according to the account name and password if the preset account name and password are found.

The environment resource initialization unit includes a command acquisition unit and an environment resource installation unit. The command obtaining unit is used to obtain a command required for initializing an environment resource. If it is a liunx system, the command required is a liunx command. An environment resource installation unit is configured to install a preset environment resource into a server according to a command required, such as including a system file library and a system package involved.

The resource allocation unit includes an allocation data acquisition unit, a resource judgment unit, a prompt unit, an optimal resource allocation unit, and a minimum resource allocation unit. The allocation data obtaining unit is configured to obtain the minimum resource allocation data and the best resource allocation data preset by the target middleware. The resource determining unit is configured to determine whether the remaining resource data of the server is greater than the minimum resource allocation data. A prompting unit is configured to issue a prompt if the remaining resource data of the server is not greater than the minimum resource allocation data to indicate that the server resource is insufficient. The resource determination unit is further configured to determine whether the remaining resource data of the server is greater than the optimal resource allocation data if the remaining resource data of the server is greater than the minimum resource allocation data. The optimal resource allocation unit is used for the remaining resource data of the server is greater than the optimal resource allocation data, and the target middleware is allocated the corresponding resource in the optimal resource allocation data. The minimum resource allocation unit is configured to allocate the corresponding resources in the minimum resource allocation data to the target middleware if the remaining resource data of the server is greater than the minimum resource allocation data and is not greater than the optimal resource allocation data.

The uploading unit 802 is configured to upload the target middleware installation software to the server if the installation environment of the target middleware is successfully initialized and the parameters of the target middleware installation environment are checked.

The middleware installation unit 803 is configured to install the target middleware installation package in the target middleware installation software in the server. Specifically, the target middleware installation package is parsed to generate a target middleware installation package script; and the target middleware installation package script is executed.

A synchronization unit 804 is configured to synchronize the installation information to a configuration file corresponding to the target middleware.

In other embodiments, the middleware installation device further includes an adding unit. This adding unit is used to add information about middleware.

Specifically, as shown in FIG. 9, the adding unit 90 includes: a stress testing unit 901, a version parameter tuning unit 902, a configuration writing unit 903, a middleware storage unit 904, and an information storage unit 905.

A stress test unit 901 is used to perform stress tests on different versions of middleware under different parameter configurations and different application environments under the same operating system and environmental resources corresponding to the middleware. Among them, different parameter configurations correspond to different application scenarios. .

The version parameter tuning unit 902 is configured to select a middleware with a better / optimal stress test result according to the stress test results and server requirement information corresponding to different parameter configurations, different application environments, and different versions of the middleware. The requirement information of the server adjusts the parameters corresponding to the middleware to obtain the optimized parameter configuration. The requirement information of the server includes environment information where the server is located, that is, an application environment, an application scenario, and a network environment.

A configuration writing unit 903 is configured to write the optimized parameter configuration into a configuration file corresponding to the corresponding version of the middleware.

The middleware storage unit 904 is configured to save the configuration file, the middleware installation package of the corresponding version, and the middleware monitoring package as the corresponding middleware installation software.

An information saving unit 905 is configured to save information such as an application environment, an application scenario, and an operating system corresponding to the middleware installation software and the middleware installation software into relevant information of the middleware to complete all operations under the operating system. Add and save related information about middleware.

The above stress test unit 901, version parameter tuning unit 902, configuration writing unit 903, middleware storage unit 904, and information storage unit 905 can complete the addition and storage of related information of different middleware under multiple operating systems. .

For the implementation process and the beneficial effects achieved by the foregoing device embodiments, refer to the corresponding description of the corresponding method embodiments.

The above apparatus may be implemented in the form of a computer program, and the computer program may be run on a computer device as shown in FIG. 10.

FIG. 10 is a schematic block diagram of a computer device according to an embodiment of the present application. The device 100 includes a processor 102, a memory, and a network interface 103 connected through a system bus 101. The memory may include a non-volatile storage medium 104 and an internal memory 105.

The non-volatile storage medium 104 can store an operating system 1041 and a computer program 1042. When the computer program 1042 is executed, it can cause the processor 102 to execute a middleware installation method. The processor 102 is used to provide computing and control capabilities to support the operation of the entire device 100. The internal memory 105 provides an environment for running a computer program in a non-volatile storage medium. When the computer program is executed by the processor 102, the processor 102 can cause the processor 102 to execute a middleware installation method. The network interface 103 is used for network communication, such as receiving messages. Those skilled in the art can understand that the structure shown in FIG. 10 is only a block diagram of a part of the structure related to the solution of the present application, and does not constitute a limitation on the device 100 to which the solution of the present application is applied. The specific device 100 may Include more or fewer parts than shown in the figure, or combine certain parts, or have a different arrangement of parts.

The processor 102 is configured to run a computer program stored in a memory to implement any embodiment of the foregoing middleware installation method.

It should be understood that, in the embodiment of the present application, the processor 102 may be a central processing unit (CPU), and the processor may also be another general-purpose processor or a digital signal processor (DSP). , Application Specific Integrated Circuit (ASIC), Field-Programmable Gate Array (FPGA) or other programmable logic devices, discrete gate or transistor logic devices, discrete hardware components, etc. A general-purpose processor may be a microprocessor or the processor may be any conventional processor or the like.

In another embodiment of the present application, a computer-readable storage medium is provided. The computer-readable storage medium stores a computer program. The computer program includes program instructions. When the program instructions are executed by a processor, In order to implement any embodiment of the foregoing middleware installation method.

The storage medium includes a computer-readable storage medium, and the computer-readable storage medium may be a non-volatile computer-readable storage medium. The computer-readable storage medium may be an internal storage unit of the terminal in any of the foregoing embodiments, such as a hard disk or a memory of the terminal. The computer storage medium may also be an external storage device, such as a plug-in hard disk equipped on a terminal, a Smart Media Card (SMC), a Secure Digital (SD) card, and the like. Further, the computer-readable storage medium may further include both an internal storage unit of the terminal and an external storage device.

In the several embodiments provided in this application, it should be understood that the disclosed apparatus, device, and method may be implemented in other manners. For example, the device embodiments described above are only schematic, and the division of the units is only a logical function division. In actual implementation, there may be another division manner. Those skilled in the art can clearly understand that, for the convenience and brevity of the description, for the specific working processes of the devices, devices, and units described above, reference may be made to the corresponding processes in the foregoing method embodiments, and details are not described herein. The above is only a specific implementation of this application, but the scope of protection of this application is not limited to this. Any person skilled in the art can easily think of various equivalents within the technical scope disclosed in this application. Modifications or replacements should be covered by the protection scope of this application. Therefore, the protection scope of this application shall be subject to the protection scope of the claims.

Claims

A middleware installation method includes:

Acquiring related information of a server to which middleware is to be installed, wherein the related information of the server includes environment information where the server is located, configuration information of the server, and IP address of the server;

Determining, according to the operating system information in the configuration information, first-type middleware that matches the operating system information from pre-stored middleware-related information;

Determining, from the first type of middleware, a target middleware that matches the environment information where the server is located for recommendation according to the environment information where the server is located;

Determining whether the user accepts the recommended target middleware;

If the user accepts the recommended target middleware, setting a port number of the target middleware for providing services on the server;

If an installation instruction is received, the target middleware is installed in the server according to the set port number and the IP address of the server.
The method according to claim 1, wherein the installing the target middleware into the server comprises:

Initialize the installation environment of the target middleware, and perform parameter verification on the installation environment of the target middleware;

If the installation environment of the target middleware is successfully initialized, and the parameters of the target middleware installation environment are checked, upload the target middleware installation software to the server;

Installing a target middleware installation package in the target middleware installation software in a server;

Synchronize the installation information to a configuration file corresponding to the target middleware.
The method according to claim 2, wherein the initializing the installation environment of the target middleware comprises initializing an environment resource of the target middleware, and the initializing the environment resource of the target middleware comprises:

Get the commands needed to initialize the environment resources;

Install the preset environment resources into the server according to the required commands.
The method according to claim 2, wherein before the uploading target middleware installation software to a server, the method further comprises:

Acquiring the minimum resource allocation data and the optimal resource allocation data preset by the target middleware;

If the remaining resource data of the server is not greater than the minimum resource allocation data, a prompt is performed to indicate that the server resource is insufficient;

If the remaining resource data of the server is greater than the minimum resource allocation data and greater than the optimal resource allocation data, assigning the corresponding resources in the optimal resource allocation data to the target middleware;

If the remaining resource data of the server is greater than the minimum resource allocation data and not greater than the optimal resource allocation data, the target middleware is allocated the corresponding resource in the minimum resource allocation data.
The method according to claim 1, wherein if there are multiple servers on which the target middleware is to be installed, the setting the port number of the target middleware for providing services on the server comprises:

Judging whether an identification using a different port number has been received;

If an identifier using a different port number is received, an interface for setting multiple port numbers is called;

Setting port numbers for providing services on multiple servers through the interface;

If no identification using different port numbers is received, set the port numbers used by multiple servers to provide services to the same port number.
The method according to claim 1, wherein if there are multiple servers to be installed with the middleware, the operating system information is determined from the pre-stored middleware related information according to the operating system information in the configuration information. Matching first-class middleware, including:

Determining whether the acquired operating systems of multiple servers are the same operating system according to the operating system information in the configuration information;

If they are not the same operating system, delete the servers corresponding to the different operating systems so that the remaining servers have the same operating system;

If it is the same operating system, the first type of middleware matching the operating system is selected from the pre-stored middleware related information.
The method according to claim 1, wherein before receiving the installation instruction, the method further comprises:

Setting up an account where the server needs to install the target middleware;

If the installation instruction is received, installing the target middleware into the server according to the set port number and the IP address of the server includes: if the installation instruction is received, according to the set port number and the server The IP address of the server, install the target middleware under the account in the server.
A middleware installation device includes:

An obtaining unit, configured to obtain related information of a server to be installed with middleware, wherein the related information of the server includes environment information where the server is located, configuration information of the server, and IP address of the server;

A system matching unit, configured to determine, according to the operating system information in the configuration information, a first type of middleware that matches the operating system information from pre-stored middleware related information;

An environment matching unit, configured to determine, from the first type of middleware, a target middleware matching the environment information of the server according to the environment information of the server for recommendation;

A judging unit, configured to judge whether a user accepts the recommended target middleware;

A port setting unit, configured to set a port number of the target middleware for providing a service on the server if the user accepts the recommended target middleware;

An installation unit is configured to install the target middleware into the server according to a set port number and an IP address of the server if an installation instruction is received.
The middleware mounting device according to claim 8, wherein the mounting unit comprises:

An initialization unit, configured to initialize an installation environment of the target middleware, and perform parameter verification on the installation environment of the target middleware;

An uploading unit for uploading the target middleware installation software to the server if the installation environment of the target middleware is successfully initialized and the parameters of the target middleware installation environment are checked;

A middleware installation unit, configured to install a target middleware installation package in the target middleware installation software in a server;

A synchronization unit, configured to synchronize the installation information to a configuration file corresponding to the target middleware.
The middleware installation device according to claim 9, wherein the initialization unit comprises an environment resource initialization unit, and the environment resource initialization unit comprises:

A command obtaining unit, configured to obtain a command used to initialize an environment resource;

An environment resource installation unit is configured to install a preset environment resource into a server according to a command required.
A computer device includes a memory and a processor connected to the memory; wherein,

The memory is used to store a computer program; the processor is used to run the computer program stored in the memory to perform the following steps:

Acquiring related information of a server to which middleware is to be installed, wherein the related information of the server includes environment information where the server is located, configuration information of the server, and IP address of the server;

Determining, according to the operating system information in the configuration information, first-type middleware that matches the operating system information from pre-stored middleware-related information;

Determining, from the first type of middleware, a target middleware that matches the environment information where the server is located for recommendation according to the environment information where the server is located;

Determining whether the user accepts the recommended target middleware;

If the user accepts the recommended target middleware, setting a port number of the target middleware for providing services on the server;

If an installation instruction is received, the target middleware is installed in the server according to the set port number and the IP address of the server.
The computer device according to claim 11, wherein when the processor executes the step of installing the target middleware into the server, the processor specifically executes the following steps:

Initialize the installation environment of the target middleware, and perform parameter verification on the installation environment of the target middleware;

If the installation environment of the target middleware is successfully initialized, and the parameters of the target middleware installation environment are checked, upload the target middleware installation software to the server;

Installing a target middleware installation package in the target middleware installation software in a server;

Synchronize the installation information to a configuration file corresponding to the target middleware.
The computer device according to claim 12, wherein when the processor executes the step of initializing an installation environment of the target middleware, the processor includes a specific execution step: initializing an environment resource of the target middleware; the When the processor executes the step of initializing the environment resources of the target middleware, the processor specifically performs the following steps:

Get the commands needed to initialize the environment resources;

Install the preset environment resources into the server according to the required commands.
The computer device according to claim 12, wherein before executing the step of uploading the target middleware installation software to the server, the processor further specifically performs the following steps:

Acquiring the minimum resource allocation data and the optimal resource allocation data preset by the target middleware;

If the remaining resource data of the server is not greater than the minimum resource allocation data, a prompt is performed to indicate that the server resource is insufficient;

If the remaining resource data of the server is greater than the minimum resource allocation data and greater than the optimal resource allocation data, assigning the corresponding resources in the optimal resource allocation data to the target middleware;

If the remaining resource data of the server is greater than the minimum resource allocation data and not greater than the optimal resource allocation data, the target middleware is allocated the corresponding resource in the minimum resource allocation data.
The computer device according to claim 11, wherein if there are multiple servers on which the target middleware is to be installed, the processor executes the setting of the port number of the target middleware for providing services on the server The steps are as follows:

Judging whether an identification using a different port number has been received;

If an identifier using a different port number is received, an interface for setting multiple port numbers is called;

Setting port numbers for providing services on multiple servers through the interface;

If no identification using different port numbers is received, set the port numbers used by multiple servers to provide services to the same port number.
The computer device according to claim 11, wherein the processor, when executing the operating system information in the configuration information, determines a first matching the operating system information from pre-stored middleware related information. In the steps of class middleware, the following steps are performed:

Determining whether the acquired operating systems of multiple servers are the same operating system according to the operating system information in the configuration information;

If they are not the same operating system, delete the servers corresponding to the different operating systems so that the remaining servers have the same operating system;

If it is the same operating system, the first type of middleware matching the operating system is selected from the pre-stored middleware related information.
The computer device according to claim 11, wherein before the processor executes the step of receiving the installation instruction, the processor further specifically executes the steps of: setting up an account for the server to install the target middleware; and the processing When the device executes the step of installing the target middleware into the server according to the set port number and the IP address of the server if the installation instruction is received, the specific execution step is: if the installation instruction is received, Installing the target middleware under the account in the server according to the set port number and the IP address of the server.
A computer-readable storage medium, wherein the computer-readable storage medium stores a computer program, where the computer program includes program instructions, and when the program instructions are executed by a processor, the following steps are implemented:

Acquiring related information of a server to which middleware is to be installed, wherein the related information of the server includes environment information where the server is located, configuration information of the server, and IP address of the server;

Determining, according to the operating system information in the configuration information, first-type middleware that matches the operating system information from pre-stored middleware-related information;

Determining, from the first type of middleware, a target middleware that matches the environment information where the server is located for recommendation according to the environment information where the server is located;

Determining whether the user accepts the recommended target middleware;

If the user accepts the recommended target middleware, setting a port number of the target middleware for providing services on the server;

If an installation instruction is received, the target middleware is installed in the server according to the set port number and the IP address of the server.
The computer-readable storage medium according to claim 18, wherein when the processor executes the step of installing the target middleware into the server, the processor specifically implements the following steps:

Initialize the installation environment of the target middleware, and perform parameter verification on the installation environment of the target middleware;

If the installation environment of the target middleware is successfully initialized, and the parameters of the target middleware installation environment are checked, upload the target middleware installation software to the server;

Installing a target middleware installation package in the target middleware installation software in a server;

Synchronize the installation information to a configuration file corresponding to the target middleware.
The computer-readable storage medium of claim 19, wherein when the processor executes the step of initializing the installation environment of the target middleware, the processor includes a specific implementation step: initializing an environmental resource of the target middleware ; When the processor executes the step of initializing the environmental resources of the target middleware, the following steps are specifically implemented:

Get the commands needed to initialize the environment resources;

Install the preset environment resources into the server according to the required commands.