CN112883312A - Cross-platform supporting Nginx visual configuration system and method - Google Patents
Cross-platform supporting Nginx visual configuration system and method Download PDFInfo
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- CN112883312A CN112883312A CN202110161869.4A CN202110161869A CN112883312A CN 112883312 A CN112883312 A CN 112883312A CN 202110161869 A CN202110161869 A CN 202110161869A CN 112883312 A CN112883312 A CN 112883312A
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/90—Details of database functions independent of the retrieved data types
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Abstract
The invention relates to the field of computers, and discloses a Nginx visual configuration system and a method supporting cross-platform, wherein the Nginx visual configuration system comprises an installation script and an installation resource which are uploaded to a server, and the Nginx visual configuration system is installed; a user logs in the Nginx visual configuration system by using a user name and a password and enters a visual interface of the Nginx visual configuration system; and performing Nginx visual configuration through a visual interface of the Nginx visual configuration system, wherein the Nginx visual configuration comprises modifying Nginx configuration, controlling Nginx service and viewing Nginx logs. The method and the system are convenient to install, reduce the Nginx maintenance technology cost, can be deployed in large scale in batches, and improve the implementation efficiency of the server.
Description
Technical Field
The invention relates to the technical field of computers, in particular to a cross-platform Nginx visual configuration system and a cross-platform Nginx visual configuration method.
Background
Nginx is a lightweight Web server/reverse proxy server and email (IMAP/POP3) proxy server, published under the BSD-like protocol. Now if it is necessary to install and maintain a Nginx server, the following steps are required: downloading an official network Nginx release version, decompressing a compressed package of the release version, compiling a file of the release version, generating compiling configuration, installing a program, modifying a configuration file of nginx.conf, creating a soft link of a starting shortcut, configuring starting automatic start, manually adding/etc/init.d/Nginx files and starting service, wherein the Nginx server in the prior art is not only complex in installation, but also complex in configuration, and needs to do the following operations when once configuration is carried out: finding a nginx.conf file path, modifying the nginx.conf file, checking whether the modified file conforms to a grammar specification, testing whether the configuration is correct, and restarting the Nginx service, so that the file modification efficiency is low, errors are easy to occur, technicians who do not know the Nginx configuration grammar cannot take the right way, and in case of errors in modification, the rollback and rollback operations are inconvenient, and the production environment is easily affected fatally.
The existing mounting configuration of nginnx has the following disadvantages: the installation is inconvenient and the steps are too many; is inconvenient for large-scale deployment; visual configuration cannot be carried out, and configuration files need to be modified under a command line tool; a certain threshold exists for modifying the configuration file, and a common technician cannot get the right of the way; the service is troublesome to restart, the operation of logging in a server is needed, and the problem of server authorization safety exists; the operation log cannot be conveniently viewed, for example, the operation of adding the HTTPS certificate needs the following operations: uploading an HTTPS certificate to a server, logging in the server, obtaining a path of the HTTPS certificate, modifying an Nginx configuration file, adding a path of the HTTPS related certificate, checking whether the configuration is correct, and testing whether the HTTPS certificate is effective.
Disclosure of Invention
The invention provides a Nginx visual configuration system and method supporting cross-platform, thereby solving the problems in the prior art.
In a first aspect, the invention provides a method for supporting cross-platform Nginx visualization configuration, which comprises the following steps:
s1) uploading the installation script and the installation resources of the Nginx visual configuration system to a server, and installing the Nginx visual configuration system;
s2) after the Nginx visual configuration system is installed, logging in the Nginx visual configuration system by using a user name and a password, and entering a visual interface of the Nginx visual configuration system;
s3) performing a Nginx visual configuration through a visual interface of the Nginx visual configuration system, the Nginx visual configuration including modifying the Nginx configuration, controlling the Nginx service, and viewing the Nginx log.
When the Nginx visual configuration system is installed, the visual module is installed, and meanwhile Nginx installation can be automatically performed.
Further, in step S3), modifying the Nginx configuration includes adding an HTTP virtual host, adding an HTTPs virtual host, upgrading the HTTP virtual host to an HTTPs virtual host, adding a static virtual host, adding a load balancing group, adding a TCP reverse proxy, displaying and modifying entry parameters of the virtual host.
Further, adding the HTTP virtual host includes adding host information of a reverse proxy; adding the HTTPS virtual host comprises adding host information of a reverse agent, and uploading a key certificate and a pem certificate of the HTTPS; the host information of the reverse proxy comprises an HTTP virtual host port number, an HTTP virtual host main name, HTTP virtual host subdirectory information, a virtual host remark, a subdirectory remark, a reverse proxy address and load group information; adding the static virtual host comprises adding a static virtual host port number, a static virtual host main name, a static virtual host remark, static virtual host subdirectory information, a static virtual host subdirectory remark, a static page address and a mapping method, wherein the mapping method comprises root mapping or alias mapping; adding a load balancing group, wherein the adding of the load balancing group comprises adding a load balancing name, an IP (Internet protocol) and a port of an upstream server, a weight of the upstream server and the number of failed attempts; adding a TCP reverse proxy includes adding a local port, an IP address of the reverse proxy, a TCP port.
Further, in step S3), controlling the Nginx service includes stopping the Nginx service through a control button of a visual interface of the Nginx visual configuration system when the Nginx service needs to be stopped; when the Nginx service needs to be started, starting the Nginx service through a control button of a visual interface of the Nginx visual configuration system; the controlling the Nginx service further comprises hot reloading the Nginx service and testing the configuration file before restarting the Nginx service.
Further, in step S3), viewing the Nginx log includes viewing a real-time access log and viewing a real-time error log.
In a second aspect, the invention provides a Nginx visual configuration system supporting cross-platform, which comprises a Nginx visual configuration system, wherein the Nginx visual configuration system comprises a front-end UI, a presentation layer, a business layer, a data access layer and a database layer; the front-end UI is used for compiling a visualization interface of the Nginx visualization configuration system and providing a basic page to the lower layer; the display layer is used for the user to perform relevant operations, generating a request required by the user in a basic page provided by the upper layer and sending the request to the service layer; the front end UI is connected with the service layer through the display layer; the business layer is in bidirectional connection with the database layer through the data access layer; the business layer relies on the data access layer to read the data in the database layer or store the processing result into the database; the service layer is used for configuring and upgrading https, adding a virtual host, adding static resources, modifying a configuration file on line, adding a TCP agent, controlling service start and stop, viewing an access log, viewing an error log, testing the configuration file, recording a log and controlling authority; the front-end UI comprises an Html module, a CSS module, a jQuery module, a picture module and a token module; the display layer comprises a template engine rendering module and a Restful interaction module; the output ends of the Html module, the CSS module and the jQuery module are all connected with the input end of the template engine rendering module, and the output end of the picture module and the output end of the token module are all connected with the input end of the Restful interaction module; the template engine rendering module and the Restful interaction module are respectively connected with the business layer.
Further, the Restful interaction module comprises a POST request module and a GET request module.
Further, the database management layer comprises an SQLite database system and an MySQL database system.
Further, the Nginx visual management system adopts a Windows server, a Linux server or a Unix server during operation.
The invention has the beneficial effects that: the method and the system are based on a visual interface, and can realize cross-platform installation of Nginx, configuration upgrading of HTTPS, addition of virtual hosts, addition of static resources, online modification of configuration files, addition of TCP agents, control of service start and stop, viewing of access logs, viewing of error logs, configuration file testing and the like. The Nginx visual configuration method is convenient to install, can complete the deployment of the visual interface and the Nginx through one script file, can realize large-scale batch deployment, can perform Nginx visual configuration, does not need to modify the configuration file on a command line tool, and can complete the configuration on the visual interface; the Nginx service can be restarted by one visual key without logging in a server; the access and operation logs can be visually checked by one key without logging in a server for checking; the method has the advantages that the certificate can be visually uploaded, only HTTPS related information needs to be filled, the service is automatically restarted after the completion, and whether the certificate is valid or not is tested, so that the method is simple and efficient; HTTP can be visually encrypted to HTTPS, and the certificate is uploaded by one key and then upgraded to an HTTPS website, so that convenience and high efficiency are realized; the HTTPS certificate can be visually updated, and the expired HTTPS certificate can be replaced by one key. The method reduces Nginx maintenance technology cost, can be deployed in large scale in batches, and improves the implementation efficiency of the server.
Drawings
In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings used in the embodiments are briefly described below, and it is obvious that the drawings in the following description are some embodiments of the present invention, and it is obvious for those skilled in the art to obtain other drawings without creative efforts.
Fig. 1 is a schematic structural diagram of an nginnx visualization configuration system supporting cross-platform in the first embodiment.
Fig. 2 is a schematic flowchart of a method for configuring a cross-platform-supported Nginx visualization according to an embodiment of the present invention.
Fig. 3 is a schematic flowchart of a configuration for performing nginnx visualization according to a first embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is further described in detail below with reference to the accompanying drawings. It should be understood that the detailed description and specific examples, while indicating the invention, are intended for purposes of illustration only and are not intended to limit the scope of the invention. It is noted that the terms "comprises" and "comprising," and any variations thereof, in the description and claims of the present invention and the above-described drawings are intended to cover a non-exclusive inclusion, such that a process, method, system, article, or apparatus that comprises a list of elements is not necessarily limited to those elements, but may include other elements not expressly listed or inherent to such process, method, article, or apparatus.
The present invention provides a cross-platform-supported nginnx visual configuration system, as shown in fig. 1, including a nginnx visual configuration system, where the nginnx visual configuration system includes a front-end UI, a presentation layer, a business layer, a data access layer, and a database layer; the front-end UI is used for writing a visual interface of the Nginx visual configuration system, and providing a basic page to a lower layer, wherein a main frame of the system interface is mainly written by an Html module, a CSS module and a jQuery module; the display layer is used for the user to perform relevant operations, generating a request required by the user in a basic page provided by the upper layer and sending the request to the service layer; the front end UI is connected with the service layer through the display layer; the business layer is in bidirectional connection with the database layer through the data access layer; the business layer relies on the data access layer to read the data in the database layer or store the processing result into the database; the service layer is used for configuring and upgrading https, adding a virtual host, adding static resources, modifying a configuration file on line, adding a TCP agent, controlling service start and stop, viewing an access log, viewing an error log, testing the configuration file, recording a log and controlling authority; the front-end UI is provided with an Html module, a CSS module, a jQuery module, a picture module and a token module; the display layer comprises a template engine rendering module and a Restful interaction module; the output ends of the Html module, the CSS module and the jQuery module are all connected with the input end of the template engine rendering module, and the output end of the picture module and the output end of the token module are all connected with the input end of the Restful interaction module; the template engine rendering module and the Restful interaction module are respectively connected with the business layer.
The Html module, the CSS module, the jQuery module, the picture module and the token module are all constituent modules of a webpage UI interface; the HTML module is used for marking the content on the content organization; the CSS module is used for modifying the content style and beautifying and displaying the content style; the jQuery module is used for expanding the document interaction capacity, so that static HTML has certain interaction behaviors (such as form submission, animation special effects, popup windows and the like), the picture module is a picture displayed on a webpage, and the token module is used for verifying the correctness of user information.
The Restful interaction module comprises a POST request module and a GET request module.
The database management layer comprises an SQLite database system and a MySQL database system.
The Nginx visual management system adopts a Windows server, a Linux server or a Unix server during operation.
The Nginx visual configuration system operation environment simultaneously supports a Windows system, a Linux system and a Unix system, sqlite is used as a simple database, libraries such as gcc, pcre-level, zlib-level, openssl and openssl-level are used as dependency layers, configuration upgrading HTTPS, virtual host adding, static resource adding, configuration file online modifying, TCP proxy adding, service start and stop controlling, access log viewing, error log viewing, configuration file testing and the like are supported on a business layer, template rendering and Restful interaction are used as a display layer, and a front-end UI is mainly displayed based on HTML, CSS, JQUERY, pictures and access tokens.
In another aspect, the present invention provides a method for supporting cross-platform Nginx visualization configuration, as shown in fig. 2, including the following steps:
s1) uploading the installation script and the installation resource of the Nginx visual configuration system to a server, and completing installation of the Nginx visual configuration system;
s2) logging in the Nginx visual configuration system by using a user name and a password, and entering a visual interface of the Nginx visual configuration system;
s3) performing a Nginx visual configuration through a visual interface of the Nginx visual configuration system, the Nginx visual configuration including modifying the Nginx configuration, controlling the Nginx service, and viewing the Nginx log (see fig. 3). Viewing the Nginx log includes viewing a real-time access log and viewing a real-time error log. When the Nginx configuration is modified, the information added through the visual interface is modified into a Nginx. conf file, and the Nginx-s reload is automatically carried out after the configuration is finished. When controlling the Nginx service, the state of the control button is transmitted to the operating system through the control button of the visual interface, so as to execute operations such as Nginx-s stop, Nginx-s start, Nginx-t and the like (if the operating system is a Windows operating system, the operations are processed in a mode of controlling the Windows service). When the Nginx log is viewed, log paths of the access and the error are obtained by reading the Nginx. conf configuration, the retrieval buttons of the two paths are displayed on a visual interface, and after clicking, the display content of the corresponding path is returned and formatted for display.
When the Nginx visual configuration system is installed, the visual module is installed, and meanwhile Nginx installation can be automatically performed.
In step S3), modifying the Nginx configuration includes adding an HTTP virtual host, adding an HTTPs virtual host, upgrading the HTTP virtual host to an HTTPs virtual host, adding a static virtual host, adding a load balancing group, adding a TCP reverse proxy, and displaying and modifying entry parameters of the virtual host.
Adding the HTTP virtual host includes adding host information of a reverse proxy; the host information of the reverse proxy comprises an HTTP virtual host port number, an HTTP virtual host main name, HTTP virtual host subdirectory information, a virtual host remark, a subdirectory remark, a reverse proxy address and load group information. By adding the Nginx configuration of the HTTP virtual host, the remote service can be proxied to the local server, so that the function of visiting the remote service is equal to the function of visiting the local proxy port when the local proxy port is visited, and the problem of service interconnection and intercommunication under a complex network is solved.
The invention also supports the addition of the HTTPS virtual host, and the content of the added HTTPS virtual host comprises the host information of the added reverse agent and also needs to upload the key certificate and the pem certificate of the HTTPS. By adding the Nginx configuration of the HTTPS virtual host, the direct access website can be normally accessed only by using an HTTPS encryption protocol, so that the problems that the website is injected by advertisements of an operator or information is stolen and tampered are solved.
The invention also supports upgrading the HTTP virtual host into the HTTPS virtual host, and the key certificate and the pem certificate of the HTTPS need to be uploaded during upgrading. Through the configuration, the website which is originally in the HTTP protocol can be upgraded to the website in the HTTPS, so that the problems that the website is injected by advertisements of an operator, or information is stolen and tampered are solved.
Adding the static virtual host comprises adding a static virtual host port number, a static virtual host main name, a static virtual host remark, static virtual host subdirectory information, a static virtual host subdirectory remark, a static page address and a mapping method, wherein the mapping method comprises root mapping or alias mapping. By adding a static virtual host, this Nginx configuration, static resources can be added to the website so that they can be accessed by other clients via HTTP or HTTPs protocols.
Adding the load balancing group comprises adding a load balancing name, an upstream server IP and a port, an upstream server weight and the number of failed attempts. By adding the Nginx configuration of the load balancing group, the structure of a load balancing group in the form of a plurality of servers can be achieved, and the situation that the servers cannot be accessed by clients due to single-point failure is prevented.
Adding a TCP reverse proxy includes adding a local port, an IP address of the reverse proxy, a TCP port. By adding the Nginx configuration of the TCP reverse proxy, the application based on the TCP protocol can be accessed by other applications after the reverse proxy is firstly applied to the local machine, so that the applications in a complex network can be interconnected and intercommunicated.
In the step S3), controlling the Nginx service includes stopping the Nginx service through a control button of a visual interface of the Nginx visual configuration system when the Nginx service needs to be stopped; when the Nginx service needs to be started, starting the Nginx service through a control button of a visual interface of the Nginx visual configuration system; the controlling the Nginx service further comprises hot reloading the Nginx service and testing the configuration file before restarting the Nginx service.
By adopting the technical scheme disclosed by the invention, the following beneficial effects are obtained:
the method and the system are based on a visual interface, and can realize cross-platform installation of Nginx, configuration upgrading of HTTPS, addition of virtual hosts, addition of static resources, online modification of configuration files, addition of TCP agents, control of service start and stop, viewing of access logs, viewing of error logs, configuration file testing and the like. The Nginx visual configuration method is convenient to install, can complete the deployment of the visual interface and the Nginx through one script file, can realize large-scale batch deployment, can perform Nginx visual configuration, does not need to modify the configuration file on a command line tool, and can complete the configuration on the visual interface; the Nginx service can be restarted by one visual key without logging in a server; the access and operation logs can be visually checked by one key without logging in a server for checking; the method has the advantages that the certificate can be visually uploaded, only HTTPS related information needs to be filled, the service is automatically restarted after the completion, and whether the certificate is valid or not is tested, so that the method is simple and efficient; HTTP can be visually encrypted to HTTPS, and the certificate is uploaded by one key and then upgraded to an HTTPS website, so that convenience and high efficiency are realized; the HTTPS certificate can be visually updated, and the expired HTTPS certificate can be replaced by one key. The method reduces Nginx maintenance technology cost, can be deployed in large scale in batches, and improves the implementation efficiency of the server.
The foregoing is only a preferred embodiment of the present invention, and it should be noted that it will be apparent to those skilled in the art that various modifications and improvements can be made without departing from the principle of the present invention, and such modifications and improvements should also be considered within the scope of the present invention.
Claims (9)
1. A Nginx visualization configuration method supporting cross-platform is characterized by comprising the following steps:
s1) uploading the installation script and the installation resources of the Nginx visual configuration system to a server, and installing the Nginx visual configuration system;
s2) after the Nginx visual configuration system is installed, logging in the Nginx visual configuration system by using a user name and a password, and entering a visual interface of the Nginx visual configuration system;
s3) performing a Nginx visual configuration through a visual interface of the Nginx visual configuration system, the Nginx visual configuration including modifying a Nginx configuration, controlling a Nginx service, and viewing a Nginx log.
2. The Nginx visual configuration method supporting cross-platform according to claim 1, wherein in step S3), modifying Nginx configuration includes adding HTTP virtual host, adding HTTPS virtual host, upgrading HTTP virtual host to HTTPS virtual host, adding static virtual host, adding load balancing group, adding TCP reverse proxy, displaying and modifying entry parameters of virtual host.
3. The method of claim 2, wherein adding an HTTP virtual host comprises adding host information for a reverse proxy; the adding of the HTTPS virtual host comprises adding host information of a reverse agent, and uploading a key certificate and a pem certificate of the HTTPS; the host information of the reverse proxy comprises an HTTP virtual host port number, an HTTP virtual host main name, HTTP virtual host subdirectory information, a virtual host remark, a subdirectory remark, a reverse proxy address and load group information; the adding of the static virtual host comprises adding a static virtual host port number, a static virtual host main name, a static virtual host remark, static virtual host subdirectory information, a static virtual host subdirectory remark, a static page address and a mapping method, wherein the mapping method comprises root mapping or alias mapping; the adding load balancing group comprises an adding load balancing name, an IP (Internet protocol) and port of an upstream server, the weight of the upstream server and the number of failed attempts; the adding of the TCP reverse proxy comprises adding a local port, an IP address of the reverse proxy and a TCP port.
4. The Nginx visual configuration method supporting cross-platform according to claim 1, wherein in the step S3), the controlling Nginx service includes stopping Nginx service through a control button of a visual interface of the Nginx visual configuration system when the Nginx service needs to be stopped; when the Nginx service needs to be started, starting the Nginx service through a control button of a visual interface of the Nginx visual configuration system; the controlling the Nginx service further comprises hot reloading the Nginx service and testing the configuration file before restarting the Nginx service.
5. The Nginx visualization configuration method supporting cross-platform according to claim 1, wherein in step S3), the viewing Nginx logs comprises viewing real-time access logs and viewing real-time error logs.
6. The Nginx visual configuration system supporting the cross-platform is applicable to the Nginx visual configuration method supporting the cross-platform according to any one of claims 1 to 5, and is characterized by comprising the Nginx visual configuration system, wherein the Nginx visual configuration system comprises a front-end UI (user interface), a presentation layer, a business layer, a data access layer and a database layer; the front-end UI is used for compiling a visualization interface of the Nginx visualization configuration system and providing a basic page to a lower layer; the display layer is used for the user to perform relevant operations, generating a request required by the user in a basic page provided by the upper layer and sending the request to the service layer; the front end UI is connected with the business layer through the display layer; the business layer is in bidirectional connection with the database layer through the data access layer; the business layer reads data in the database layer or stores a processing result into a database by depending on the data access layer; the service layer is used for configuring and upgrading https, adding a virtual host, adding static resources, modifying a configuration file on line, adding a TCP (transmission control protocol) agent, controlling service start and stop, viewing an access log, viewing an error log, testing the configuration file, recording a log and controlling authority; the front-end UI comprises an Html module, a CSS module, a jQuery module, a picture module and a token module; the presentation layer comprises a template engine rendering module and a Restful interaction module; the output ends of the Html module, the CSS module and the jQuery module are all connected with the input end of the template engine rendering module, and the output ends of the picture module and the token module are all connected with the input end of the Restful interaction module; the template engine rendering module and the Restful interaction module are respectively connected with a business layer.
7. The Nginx visualization configuration system supporting cross-platform of claim 6, wherein the Restful interaction module comprises a POST request module and a GET request module.
8. The Nginx visualization configuration system supporting cross-platform of claim 6, wherein the database management layer comprises an SQLite database system and a MySQL database system.
9. The Nginx visualization configuration system supporting cross-platform of claim 6, wherein the Nginx visualization management system is run using a Windows server, a Linux server, or a Unix server.
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| CN114726650A (en) * | 2022-05-17 | 2022-07-08 | 北京航天驭星科技有限公司 | Task request processing method and device, electronic equipment and computer readable medium |
| CN115695403A (en) * | 2022-10-31 | 2023-02-03 | 四川启睿克科技有限公司 | Method for generating Nginx configuration file |
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