CN109460268B - Application parameter configuration method, device and system - Google Patents
Application parameter configuration method, device and system Download PDFInfo
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- CN109460268B CN109460268B CN201811376369.7A CN201811376369A CN109460268B CN 109460268 B CN109460268 B CN 109460268B CN 201811376369 A CN201811376369 A CN 201811376369A CN 109460268 B CN109460268 B CN 109460268B
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Abstract
The application provides an application parameter configuration method, a device and a system, wherein the method comprises the following steps: receiving a parameter configuration packet associated with a target application submitted by a user; for each parameter file in each parameter configuration package, respectively replacing the default parameter value of each target parameter to be configured in the parameter file with a parameter replacer corresponding to the target parameter; after confirming that the parameter configuration package is deployed in the large host, determining a parameter configuration scheme; and sending the parameter configuration scheme to the large-scale host, so that the large-scale host modifies each parameter replacer in each parameter file deployed in the large-scale host into an actual parameter value corresponding to each parameter replacer respectively according to the corresponding relation between different parameter replacers and the actual parameter value in the parameter configuration scheme, and parameter configuration of the target application in the large-scale host is completed. The scheme of the application can reduce the complexity of configuring the parameters for the application deployed in the large host.
Description
Technical Field
The present application relates to the field of communications technologies, and in particular, to a method, an apparatus, and a system for configuring application parameters.
Background
A mainframe, referred to as a mainframe, uses a dedicated processor instruction set, operating system, and application software. To enable the mainframe to implement specific business functions, application programs may be deployed into the mainframe as needed.
After the application is deployed to the mainframe, relevant parameters of the application need to be configured in the mainframe so that the application can run in the mainframe. Because only the default values of the parameters are set in the application parameter file of the application program, when the relevant parameters of the application program are configured in the mainframe, it is necessary to determine the parameter values corresponding to the multiple parameters associated with the application program according to the difference of the operating environments of the hardware, software, and the like of the mainframe, and sequentially modify the parameter values of the multiple parameter values associated with the application program in the mainframe.
However, after the application program is deployed to the mainframe, one parameter associated with the application program may involve multiple application parameter files, paths of the multiple application parameter files are different, and in order to configure the parameter of the application program, a user is required to sequentially modify parameter values of the parameter in the multiple application parameter files; moreover, since a plurality of parameters need to be modified each time the parameters of the application program are configured in the mainframe, the user needs to traverse a large number of files in sequence each time to configure all the parameters of which the parameter values need to be modified, so that the complexity of configuring the parameters of the application program in the mainframe is high.
Disclosure of Invention
In view of this, the present application provides a method, an apparatus, and a system for configuring application parameters, so as to reduce the complexity of configuring parameters for an application deployed in a mainframe and improve the convenience of parameter configuration.
In order to achieve the above object, the present application provides an application parameter configuration method, including:
receiving a parameter configuration package associated with a target application submitted by a user, wherein the target application is an application requested by the user to be deployed in a mainframe, the parameter configuration package comprises a plurality of parameter files, and each parameter file comprises a plurality of parameters of the target application and a default parameter value of each parameter;
for each parameter file in the parameter configuration package, determining a target parameter to be configured in the parameter file according to the corresponding relation between the parameter to be configured and the parameter replacer, and respectively replacing the default parameter value of each target parameter in the parameter file with the parameter replacer corresponding to the target parameter, wherein the parameter replacers corresponding to different parameters are different;
after the target application and the replaced parameter configuration package are deployed in the large-scale host, determining a parameter configuration scheme applicable to the large-scale host, wherein the parameter configuration scheme comprises corresponding relations between different parameter replacers and actual parameter values to be configured;
and sending the parameter configuration scheme to the large-scale host, so that the large-scale host modifies each parameter replacer in each parameter file deployed in the large-scale host into an actual parameter value corresponding to each parameter replacer respectively according to the corresponding relation between different parameter replacers and the actual parameter value in the parameter configuration scheme, and parameter configuration of the target application in the large-scale host is completed.
Preferably, the determining a parameter configuration scheme applicable to the mainframe includes:
acquiring a parameter configuration scheme which is selected by a user from a plurality of sets of parameter configuration schemes and is suitable for the large-scale host;
or, based on the virtual functional area where the target application is deployed in the mainframe, determining a parameter configuration scheme suitable for the mainframe from a plurality of sets of parameter configuration schemes corresponding to the mainframe.
Preferably, the sending the parameter configuration scheme to the mainframe includes:
and sending a configuration instruction to a deployment control server so as to send the configuration instruction to the mainframe through the deployment control server, wherein the configuration instruction carries the parameter configuration scheme, and the configuration instruction is used for indicating the mainframe to configure the parameters of the target application deployed in the mainframe according to the parameter configuration scheme.
Preferably, the method further comprises the following steps:
receiving a parameter configuration execution file returned by the large-scale host through the deployment control server, wherein the parameter configuration execution file records execution state information of the target application configured by the large-scale host according to the parameter configuration scheme;
and outputting the content of the parameter configuration execution file so that the user can view the execution state information of the target application configured by the mainframe.
Preferably, the method further comprises the following steps:
after confirming that the mainframe configures the parameters of the target application, sending a parameter check instruction to the deployment control server, so that the deployment control server sends the parameter check instruction to the mainframe, where the parameter check instruction is used to instruct the mainframe to check parameter values of the target parameters of the target application deployed in the mainframe;
receiving a parameter checking result returned by the large host through the deployment control server, wherein the parameter checking result comprises a parameter configuration value of the target parameter of the target application configured in the large host;
and outputting a parameter checking result.
In another aspect, the present application further provides an application parameter configuration apparatus, including:
a parameter receiving unit, configured to receive a parameter configuration package associated with a target application submitted by a user, where the target application is an application requested by the user to be deployed in a mainframe, the parameter configuration package includes a plurality of parameter files, and each parameter file includes a plurality of parameters of the target application and a default parameter value of each parameter;
a parameter value replacing unit, configured to determine, for each parameter file in the parameter configuration package, a target parameter to be configured in the parameter file according to a correspondence between a parameter to be configured and a parameter replacer, and respectively replace a default parameter value of each target parameter in the parameter file with the parameter replacer corresponding to the target parameter, where the parameter replacers corresponding to different parameters are different;
a scheme determining unit, configured to determine a parameter configuration scheme applicable to the mainframe after determining that the target application and the replaced parameter configuration package are deployed in the mainframe, where the parameter configuration scheme includes a correspondence between different parameter replacers and actual parameter values to be configured;
and the configuration control unit is used for sending the parameter configuration scheme to the large-scale host so that the large-scale host respectively modifies each parameter replacer in each parameter file deployed in the large-scale host into the actual parameter value corresponding to each parameter replacer according to the corresponding relation between different parameter replacers and the actual parameter value in the parameter configuration scheme, so as to complete the parameter configuration of the target application in the large-scale host.
Preferably, the scheme determining unit includes:
a first scheme determining subunit, configured to obtain, after it is determined that the target application and the parameter configuration package are deployed in the mainframe, a parameter configuration scheme selected by a user from multiple sets of parameter configuration schemes and applicable to the mainframe;
alternatively, the first and second electrodes may be,
and a second scheme determining subunit, configured to determine, based on the virtual function area in which the target application is deployed in the mainframe, a parameter configuration scheme applicable to the mainframe from among multiple sets of parameter configuration schemes corresponding to the mainframe, after it is determined that the target application and the parameter configuration package are deployed in the mainframe.
Preferably, the configuration control unit includes:
a configuration instruction sending unit, configured to send a configuration instruction to a deployment control server, so as to send the configuration instruction to the mainframe through the deployment control server, where the configuration instruction carries the parameter configuration scheme, and the configuration instruction is used to instruct the mainframe to configure the parameters of the target application deployed in the mainframe according to the parameter configuration scheme.
In another aspect, the present application further provides an application parameter configuration system, including:
the system comprises a front-end management and control server, a deployment control server and a large host;
the front-end management and control server is used for receiving a parameter configuration package associated with a target application submitted by a user, wherein the target application is an application requested by the user to be deployed in a mainframe, the parameter configuration package comprises a plurality of parameter files, and each parameter file comprises a plurality of parameters of the target application and a default parameter value of each parameter; for each parameter file in the parameter configuration package, determining a target parameter to be configured in the parameter file according to the corresponding relationship between the parameter to be configured and the parameter replacer, and respectively replacing the default parameter value of each target parameter in the parameter file with the parameter replacer corresponding to the target parameter, wherein the parameter replacers corresponding to different parameters are different; after the target application and the replaced parameter configuration package are deployed in the large-scale host, determining a parameter configuration scheme applicable to the large-scale host, wherein the parameter configuration scheme comprises corresponding relations between different parameter replacers and actual parameter values to be configured; sending a configuration instruction to the deployment control server, wherein the configuration instruction carries the parameter configuration scheme, and the configuration instruction is used for instructing a mainframe to configure the parameters of the target application deployed in the mainframe according to the parameter configuration scheme;
the deployment control server is used for sending the configuration instruction to the mainframe;
and the large-scale host is used for responding to the configuration instruction, and modifying each parameter replacer in the parameter file deployed in the large-scale host into an actual parameter value corresponding to each parameter replacer according to the corresponding relation between different parameter replacers in the parameter configuration long term and the actual parameter value, so as to complete the parameter configuration of the target application in the large-scale host.
Preferably, the mainframe is further configured to record execution state information of the target application configured by the mainframe in the process of respectively modifying each parameter replacer in the parameter file deployed in the mainframe into an actual parameter value corresponding to each parameter replacer, and send the parameter configuration execution file recorded with the execution state information to the deployment control server;
the deployment control server is further configured to return the parameter configuration execution file to the front-end management and control server;
the front-end management and control server is further configured to output the execution state information of the target application configured by the mainframe recorded in the parameter configuration file.
As can be seen from the above, in the embodiment of the present application, after receiving the parameter configuration package of the target application that needs to be deployed in the mainframe, the front-end management and control server may first replace the default parameter values of each parameter to be configured in each parameter file in the parameter configuration package with corresponding parameter substitutes according to the corresponding relationship between the parameter to be configured and the parameter substitutes. Moreover, after the large-scale host deploys the target application and the parameter configuration package thereof, the front-end management and control server can determine a parameter configuration scheme suitable for the large-scale host, and control the large-scale host to replace the parameter replacer in each parameter file in the large-scale host with a corresponding actual parameter value according to actual parameter values corresponding to different parameter replacers in the parameter configuration scheme, so that the large-scale host is controlled by the front-end management and control server to complete configuration of application parameters, a user does not need to query the parameter files in the large-scale host one by one and replace the parameter values of the parameters to be configured in the parameter files, and convenience in configuring the parameters in the large-scale host is improved.
Drawings
In order to more clearly illustrate the technical solutions in the embodiments of the present application, the drawings needed to be used in the description of the embodiments are briefly introduced below, and it is obvious that the drawings in the following description are only embodiments of the present application, and it is obvious for those skilled in the art to obtain other drawings based on the provided drawings without creative efforts.
Fig. 1 is a schematic diagram illustrating a component architecture of an application parameter configuration system according to an embodiment of the present application;
fig. 2 is a schematic flowchart illustrating an application parameter configuration method according to an embodiment of the present application;
fig. 3 is a schematic flow chart illustrating an application parameter configuration method according to an embodiment of the present application;
fig. 4 shows a schematic composition diagram of an application parameter configuration apparatus according to an embodiment of the present application.
Detailed Description
The method and the device for configuring the application parameters are suitable for configuring the application parameters in the mainframe after the application is deployed in the mainframe, so that the configured application can run in the mainframe. The scheme of the application can improve the convenience of configuring the parameters for the application deployed in the large host, and meanwhile reduces the consumption of human resources.
For ease of understanding, the present application will be described with reference to a system to which the present application is applied.
For example, referring to fig. 1, a schematic diagram of a component architecture of an embodiment of an application parameter configuration system of the present application is shown. As shown in fig. 1, in this embodiment, the application parameter configuration system may include:
the system comprises a front-end management and control server 101, a deployment control server 102 and at least one mainframe 103 which needs to deploy applications and configure application parameters, wherein data transmission can be realized among the front-end management and control server, the deployment control server 102 and the mainframe 103 through a network.
The front-end management and control server 101 may receive relevant information of a target application to be deployed in the mainframe, which is submitted by a user, such as a name of the target application to be deployed, a source code library identifier of a source code library in which a source code of the target application is located, and the like, and relevant information required for deploying the target application, where the relevant information may further include a parameter configuration package required for configuring the target application into the mainframe. The parameter configuration package comprises a plurality of parameter files, and each parameter file comprises a plurality of parameters of the target application and a default parameter value of each parameter.
Meanwhile, the front-end management and control service 102 may send the relevant information of the target application to be deployed, which is submitted by the user, to the deployment control server.
The deployment control server 102 may sequentially send, to the mainframe, a relevant instruction for controlling the mainframe to complete application deployment according to the relevant information of the target application sent by the front-end management server until the target application is deployed in the mainframe, so that the parameter file of the target application is deployed in the mainframe.
It can be understood that, in the process of running in the mainframe, the application needs to interact with the operating system of the mainframe or other applications, so that, for the same application, the application is deployed in different mainframes, and the specific values of the parameters required to be configured by the application also differ; meanwhile, the mainframe can be further divided into a plurality of virtual function areas, and different virtual function areas are used for realizing different functions, which also correspond to different deployment environments, for example, the mainframe can be divided into: when an application is deployed to different virtual function areas, parameter values of parameters that the application needs to configure may also be different.
According to the embodiment of the application, in order to reduce the complexity of manually searching the parameters to be adjusted in the parameter files configured in the large-scale host one by one and re-configuring the parameter values and the like of the parameters to be adjusted, the front-end control server can be used for controlling and realizing unified configuration of the parameters of the applications deployed in the large-scale host.
Specifically, the front-end management and control server 101 is configured to receive a parameter configuration package associated with a target application submitted by a user, where the target application is an application requested by the user to be deployed in a mainframe, and determine, for each parameter file, a target parameter to be configured in the parameter file according to a correspondence between a parameter to be configured and a parameter replacer, and respectively replace a default parameter value of each target parameter in the parameter file with the parameter replacer corresponding to the target parameter, where the parameter replacers corresponding to different parameters are different; after confirming that the target application and the replaced parameter configuration package are deployed in the large-scale host, determining a parameter configuration scheme suitable for the large-scale host, wherein the parameter configuration scheme comprises corresponding relations between different parameter replacers and actual parameter values to be configured; sending a configuration instruction to the deployment control server, wherein the configuration instruction carries the parameter configuration scheme, and the configuration instruction is used for indicating a large host to configure the parameters of the target application deployed in the large host according to the parameter configuration scheme;
accordingly, the deployment control server 102 is configured to send the configuration instruction to the mainframe;
the mainframe 103 is configured to respond to the configuration instruction, and modify each parameter replacer in the parameter file deployed in the mainframe into an actual parameter value corresponding to each parameter replacer according to a corresponding relationship between different parameter replacers in the parameter configuration queue and the actual parameter value, so as to complete parameter configuration of the target application in the mainframe.
It can be understood that the embodiment of the present application focuses on configuring parameters of an application into a mainframe after the mainframe deploys the application, and therefore, introduction of the system implementation based on the present application to deployment of the application into the mainframe is simpler. The solution for deploying applications into a mainframe by the system of the present application has already passed through another patent application, and the details of the present application are not repeated herein.
For ease of understanding, the system implementation based on the present application deploys the application into the mainframe, and operations performed by each device in the system of the present application in deploying the application into the mainframe are briefly described below.
For example, the front-end management and control server 101 is configured to obtain application submission information input by a user through an application submission interface, where the application submission information at least includes: and sending an application deployment request to the deployment control server, wherein the application deployment request carries the application identifier, the service function attribute and the library address identifier. Correspondingly, the deployment control server 102 is configured to, in response to the application deployment request, obtain, according to the application identifier, a source code of the target application from a source code library pointed by the library address identifier, and send the source code to the mainframe; sending a source code compiling instruction to the large host, wherein the source code compiling instruction carries the service function attribute so as to control the large host to compile the source code of the target application; when receiving a compiling completion instruction fed back by the mainframe, sending an application deployment instruction to the mainframe;
the mainframe 103 is configured to receive a source code of a target application sent by the deployment control server; when a source code compiling instruction sent by a deployment control server is received, analyzing a service function attribute of the target application from the source code compiling instruction, wherein the service function attribute is used for indicating the function type which can be realized by the target application; according to the function category of the target application, determining a target compiling model for compiling the source code from preset compiling models; compiling the source code by using the target compiling model to obtain an executable code of the target application; and when receiving the application deployment instruction sent by the deployment control server, deploying the target application based on the executable code of the target application.
In this embodiment, the application submission information further includes a parameter configuration package of the target application, and accordingly, after confirming that the mainframe deploys the executable code of the target application, the deployment control server may further instruct the mainframe to deploy the parameter configuration package of the target application.
Optionally, in this embodiment, the system may further include a source code library 104, configured to store the source code of the target application.
With the above, the implementation flow of the application parameter configuration method of the present application is introduced from the front-end management and control server side. For example, referring to fig. 2, which shows a schematic flowchart of an embodiment of an application parameter configuration method according to the present application, the method of the present embodiment is applied to a front-end management server, and the method includes:
s201, receiving a parameter configuration package associated with the target application submitted by a user.
The target application is an application which is requested by a user to be deployed into the mainframe.
The parameter configuration package comprises a plurality of parameter files, and each parameter file comprises a plurality of parameters of the target application and a default parameter value of each parameter.
For example, the front-end management server 101 may be a web server, and a developer of an application may log in the web server through a browser. The web server may feed back an application submission interface to the logged-in user, where the application submission interface may include related information of the application that needs to be submitted and deployed to the mainframe, such as a parameter configuration package of the application, and of course, the related information may also include an application identifier that is required to deploy the application to the mainframe, service attribute information of the application, and a source code library identifier that is used to identify the source code library.
S202, aiming at each parameter file, determining a target parameter to be configured in the parameter file according to the corresponding relation between the parameter to be configured and the parameter replacer, and respectively replacing the default parameter value of each target parameter in the parameter file with the parameter replacer corresponding to the target parameter.
Wherein, the parameter replacers corresponding to different parameters are different.
The front-end management and control server may pre-store parameters, i.e., parameters to be configured, of the target application, which require modification of default parameter values. Meanwhile, the front-end server also stores the parameter replacer corresponding to each parameter to be configured, so that the default parameter values belonging to the parameter to be configured in each parameter file can be uniformly replaced by the corresponding parameter replacer.
It will be appreciated that some of the parameters in the parameter file are of the interaction type, which is the parameters involved in effecting interaction between the target application and the operating system of the mainframe where the target application is deployed. When the target application is deployed to different mainframes or deployed to different virtual functional areas in a mainframe, parameter values required to be configured for parameters of an interaction type in the target application are different, and therefore, in this embodiment of the present application, the parameters to be configured at least include an interaction type parameter for implementing interaction between the target application and an operating system of the mainframe.
For example, because the IP addresses of different mainframes are different, when the target application runs on a mainframe, the IP address of the mainframe can be acquired, and when the target application is configured subsequently, the default parameter value of the parameter, which is the IP address of the mainframe associated with the target application, is replaced with the actual parameter value of the mainframe, so that the IP address of the mainframe associated with the target application belongs to the parameter to be configured.
Wherein the parameter replacement is a special identifier and the parameter replacement is different from the characters used by the conventional code so as to be distinguished by the mainframe. In the embodiment of the present application, different parameters to be configured correspond to different parameter substitutes, so that the parameter value to be configured represented by the parameter substitute corresponding to the different parameters to be configured can be confirmed by the running environment of the mainframe where the target application is deployed subsequently.
For example, assuming that the parameter to be configured is the IP address of the mainframe, the default parameter value of the parameter to be configured may be replaced with a parameter replacement symbol "×".
S203, after confirming that the target application and the replaced parameter configuration package are deployed in the mainframe, determining a parameter configuration scheme applicable to the mainframe.
For example, after the deployment control server transmits the source code of the target application and the replaced parameter configuration package to the mainframe, the deployment controller may sequentially control the mainframe to perform operations such as compiling the source code and deploying the target application, and the mainframe may sequentially perform, in response to a control instruction of the deployment control server, compiling the source code to obtain an executable file (including an executable code) of the target application. And deploying the target application and deploying the parameter configuration package of the target application on the basis of the executable file of the target application.
Correspondingly, after the large-scale host deploys the target application and the replaced parameter configuration package, the large-scale host sends a deployment completion indication to the front-end management and control server through the deployment control server, where the deployment completion indication is used to indicate that the deployment of the parameter configuration package is completed.
For another example, the front-end management and control server may also actively query the deployment state of the mainframe to determine whether the deployment of the parameter configuration package of the target application is completed.
Of course, in practical applications, the user may trigger the input of the indication of completing the deployment through a specific operation so as to perform the operation of confirming the parameter configuration scheme.
After the front-end management and control server confirms that the parameter configuration package of the target application is deployed, the actual parameter values corresponding to the parameters to be configured in each parameter file of the parameter configuration package corresponding to the large host can be determined, namely, the parameter configuration scheme is determined.
The parameter configuration scheme comprises corresponding relations between different parameter replacers and actual parameter values to be configured.
For example, for a large host currently deploying the target application, the actual real value denoted by the parameter identifier "×" is "192.111.2.1" and the actual real value denoted by the parameter identifier "& &" is link address 1 in the parameter configuration scheme.
The mode of the front-end management and control server for confirming the parameter configuration scheme can be various:
in actual application, according to each mainframe which may deploy the target application and the actual operating environments of different virtual functional areas in the mainframe, a parameter configuration scheme suitable for the actual operating environments of different mainframes may be configured in the front-end management and control server in advance.
Under the above premise, one possible implementation manner is: the user can select the parameter configuration scheme suitable for the current large-scale host from the multiple sets of parameter configuration schemes, and the front-end management and control server obtains the parameter configuration scheme selected by the user.
Yet another possible implementation is: and determining a parameter configuration scheme suitable for the large host from a plurality of sets of parameter configuration schemes corresponding to the large host based on the virtual function area in the large host for deploying the target application. For example, when the front-end management and control server deploys the target application into the mainframe through the deployment control server, the front-end management and control server may determine the mainframe currently deploying the target application and the virtual functional area of the mainframe in which the target application is deployed, so that a parameter configuration scheme suitable for the operating environment of the virtual functional area of the mainframe may be determined according to the virtual functional area of the mainframe. For example, according to the correspondence between the mainframe, the virtual functional area, and the parameter configuration scheme, the parameter configuration scheme may be queried.
And S204, sending the parameter configuration scheme to the large-scale host, so that the large-scale host modifies each parameter replacer in each parameter file deployed in the large-scale host into an actual parameter value corresponding to each parameter replacer respectively according to the corresponding relation between different parameter replacers and the actual parameter value in the parameter configuration scheme, and parameter configuration of the target application in the large-scale host is completed.
It can be understood that the parameter values corresponding to the parameters to be configured, which are related in each parameter file in the parameter configuration package deployed in the mainframe, are some replaced parameter replacers. In order to finally configure the target application in the mainframe, it is necessary to determine a parameter configuration scheme according to an actual operating environment of the target application in the mainframe, and send the parameter configuration scheme to the mainframe, so as to finally reconfigure some parameter values configured in the mainframe as parameters of the parameter replacer, and modify the parameter values of the parameters from the parameter replacer to corresponding actual parameter values.
After receiving the parameter configuration scheme, the mainframe may sequentially traverse the parameter replacers included in each parameter file configured in the mainframe according to the corresponding relationship between different parameter replacers and actual parameter values included in the parameter configuration scheme, and for each parameter replacer in the parameter file, may replace the parameter replacer with the actual parameter value according to the corresponding relationship, so as to complete the configuration of the actual parameter value of the parameter corresponding to the parameter replacer.
For example, assuming that the IP address of a large host is "123.456.3.1" and the call path required by the target application to call the function a of the operating system is "path 2", the default parameter value of the IP address has been replaced by "&. Thus, the obtained parameter configuration scheme may be "123.456.3.1"; the host modifies the value of the IP address referred to in each parameter file associated with the deployed target application to be "123.456.3.1" and replaces the value of the call path of the function a from "& & & &" to "path 2".
It can be understood that, because the operating environments of different virtual functional areas of different mainframes are different, actual parameter values corresponding to different parameter replacers in different parameter configuration schemes are not completely the same.
Optionally, in this embodiment, the front-end management and control server may send the configuration instruction to the mainframe through the deployment control server. For example, the front-end management server sends a configuration instruction to the deployment control server, so that the deployment control server sends the configuration instruction to the mainframe. The configuration instruction carries a parameter configuration scheme determined by the front-end management and control server, and the configuration instruction is used for indicating the large-scale host to configure the parameters of the target application deployed in the large-scale host according to the parameter configuration scheme.
As can be seen, in the embodiment of the present application, after receiving a parameter configuration package of a target application that needs to be deployed in a mainframe, a front-end management and control server may first replace default parameter values of each parameter to be configured in each parameter file in the parameter configuration package with corresponding parameter substitutes according to a correspondence between the parameter to be configured and the parameter substitutes. Moreover, after the large-scale host deploys the target application and the parameter configuration package thereof, the front-end management and control server can determine a parameter configuration scheme suitable for the large-scale host, and control the large-scale host to replace the parameter replacers in each parameter file in the large-scale host with corresponding actual parameter values according to actual parameter values corresponding to different parameter replacers in the parameter configuration scheme, so that the large-scale host is controlled by the front-end management and control server to complete the configuration of the application parameters, a user does not need to query the parameter files in the large-scale host one by one and replace the parameter values of the parameters to be configured in the parameter files, and the convenience of configuring the parameters in the large-scale host is improved.
It can be understood that, after the front-end management and control server controls the mainframe host to configure the parameters of the target application, the mainframe host may also feed back the execution state information of the parameter configuration, so that the front-end management and control server may output or feed back the corresponding execution state information to the user.
The following describes a scheme flow of the embodiment of the present application with reference to interaction among the front-end management server, the deployment control server, and the mainframe. For example, referring to fig. 3, which shows a schematic flow interaction diagram of another embodiment of an application parameter configuration method according to the present application, the method of the present embodiment may include:
s301, the front end management and control server receives a parameter configuration packet associated with the target application submitted by a user.
The target application is an application which is requested by a user to be deployed into the mainframe.
The parameter configuration package comprises a plurality of parameter files, and each parameter file comprises a plurality of parameters of the target application and a default parameter value of each parameter.
S302, aiming at each parameter file, the front-end management and control server determines a target parameter to be configured in the parameter file according to the corresponding relation between the parameter to be configured and the parameter replacer, and respectively replaces the default parameter value of each target parameter in the parameter file with the parameter replacer corresponding to the target parameter.
Wherein, the parameter replacers corresponding to different parameters are different.
It can be understood that, after the front-end server replaces the target parameter value of the parameter to be configured in each parameter file in the parameter configuration package with the parameter replacer, the front-end server sends an application deployment request to the deployment control server, where the application deployment request carries the replaced parameter configuration package in addition to the basic information required for deploying the target application, such as the name of the target application, the source code library address of the source code of the target application, and the like. And the application deployment request is used for instructing the mainframe to deploy the target application based on the replaced parameter configuration package.
Correspondingly, in the subsequent process of deploying the target application by the large-scale host, the parameter configuration packet sent by the front-end management and control server, that is, the parameter configuration packet after parameter value replacement, is deployed in the large-scale host.
And S303, after the front-end management and control server receives the indication that the deployment of the large-scale host is completed, which is fed back by the deployment control server, determining a parameter configuration scheme suitable for the large-scale host from a plurality of sets of parameter configuration schemes corresponding to the large-scale host based on the virtual function area in the large-scale host for deploying the target application.
It can be understood that, in this embodiment, the front-end management and control server automatically confirms the parameter configuration scheme as an example, but the parameter configuration scheme selected by the user is also applicable to this embodiment, and is not described herein again.
And S304, the front-end management and control server sends a configuration instruction to the deployment control server, wherein the configuration instruction carries the parameter configuration scheme determined by the front-end management and control server.
S305, the deployment control server sends the configuration instruction to the mainframe.
And S306, the large-scale host modifies each parameter replacer in each parameter file deployed in the large-scale host into an actual parameter value corresponding to each parameter replacer respectively according to the corresponding relation between different parameter replacers and the actual parameter value in the parameter configuration scheme, so as to complete the parameter configuration of the target application in the large-scale host.
S307, the mainframe records the execution state information corresponding to the configuration target application into the parameter configuration execution file, and sends the parameter configuration execution file to the deployment control server.
For example, the execution status information may include one or more of status information such as configuration completion, configuration exception information, parameter configuration progress of the target application, and the like of the parameter to be configured associated with the target application.
S308, the deployment control server sends the parameter configuration execution file to the front-end management and control server.
S309, the front end management and control server outputs the content of the parameter configuration execution file so that the user can check the execution state information of the target application configured by the mainframe.
The front-end management and control server can output the parameter configuration execution file in various ways after receiving the parameter configuration execution file returned by the large-scale host computer through the deployment control server.
For example, when the user logs in the front-end management server through the browser, the execution state information may be output in the user interface fed back to the user by the front-end management server.
For another example, the front-end management and control server may send the parameter configuration execution file by means of mail or the like, so as to output the parameter configuration execution file to the user terminal for the user to view.
Optionally, in this embodiment of the application, after the mainframe configures the parameters of the target application, the front-end management server may further issue a check command to the mainframe to indicate that the mainframe detects whether the parameters of the target application deployed by the mainframe have an error or are artificially tampered.
Specifically, after confirming that the mainframe configures the parameters of the target application, the front-end management and control server may further send a parameter check instruction to the deployment control server, so that the deployment control server sends the parameter check instruction to the mainframe. The parameter checking instruction is used for instructing the mainframe to check a parameter value of a target parameter of a target application deployed in the mainframe;
the mainframe can obtain a parameter check result by using a current parameter value of a target parameter to be configured in the target application.
For example, the parameter check result may include a parameter configuration value currently configured by a target parameter in a target application configured in the mainframe, and in this case, the front-end management and control server may detect whether there is one or more target parameters with a parameter configuration value error in combination with a parameter configuration scheme based on a corresponding relationship between the target parameter and the parameter configuration value, so as to correct the target parameters in time.
For another example, the parameter check result may be that the mainframe checks the parameter configuration value of each target parameter, determines a parameter with a configuration error by combining the parameter configuration scheme, and generates the parameter check result.
Correspondingly, the front-end management and control server may receive a parameter check result returned by the mainframe through the deployment control server. Meanwhile, the front-end management and control server can also output the parameter checking result. For example, the execution state information of the mainframe configuration target application recorded in the parameter configuration file is output, so that a user can check the configuration condition, check whether a configuration error exists, correct in time, and the like.
An application parameter configuration method and an application parameter configuration device correspond to the application. For example, referring to fig. 4, which shows a schematic composition diagram of an embodiment of an application parameter configuration apparatus according to the present application, the apparatus of the embodiment may include:
a parameter receiving unit 401, configured to receive a parameter configuration package associated with a target application submitted by a user, where the target application is an application requested by the user to be deployed in a mainframe, the parameter configuration package includes a plurality of parameter files, and each parameter file includes a plurality of parameters of the target application and a default parameter value of each parameter;
a parameter value replacing unit 402, configured to determine, for each parameter file in the parameter configuration package, a target parameter to be configured in the parameter file according to a correspondence between the parameter to be configured and a parameter replacer, and respectively replace a default parameter value of each target parameter in the parameter file with the parameter replacer corresponding to the target parameter, where the parameter replacers corresponding to different parameters are different;
a scheme determining unit 403, configured to determine a parameter configuration scheme applicable to the mainframe after determining that the target application and the replaced parameter configuration package are deployed in the mainframe, where the parameter configuration scheme includes a correspondence between different parameter replacers and actual parameter values to be configured;
a configuration control unit 404, configured to send the parameter configuration scheme to the mainframe, so that the mainframe modifies each parameter replacer in each parameter file deployed in the mainframe into an actual parameter value corresponding to each parameter replacer according to a correspondence between different parameter replacers and an actual parameter value in the parameter configuration scheme, so as to complete parameter configuration of the target application in the mainframe.
Optionally, the scheme determining unit includes:
a first scheme determining subunit, configured to obtain, after it is determined that the target application and the parameter configuration packet are deployed in the mainframe, a parameter configuration scheme selected by a user from multiple sets of parameter configuration schemes and applicable to the mainframe;
alternatively, the first and second electrodes may be,
and a second scheme determining subunit, configured to determine, based on the virtual function area in which the target application is deployed in the mainframe, a parameter configuration scheme applicable to the mainframe from among multiple sets of parameter configuration schemes corresponding to the mainframe, after it is determined that the target application and the parameter configuration package are deployed in the mainframe.
Optionally, the configuration control unit includes:
a configuration instruction sending unit, configured to send a configuration instruction to a deployment control server, so as to send the configuration instruction to the mainframe through the deployment control server, where the configuration instruction carries the parameter configuration scheme, and the configuration instruction is used to instruct the mainframe to configure the parameters of the target application deployed in the mainframe according to the parameter configuration scheme.
Optionally, the apparatus may further include:
an execution result receiving unit, configured to receive, after the configuration control unit sends the parameter configuration scheme, a parameter configuration execution file returned by the mainframe via the deployment control server, where the parameter configuration execution file records execution state information of the target application configured by the mainframe according to the parameter configuration scheme;
and the execution result output unit is used for outputting the content of the parameter configuration execution file so that the user can view the execution state information of the target application configured by the mainframe.
Optionally, the apparatus may further include:
the inspection control unit is configured to send a parameter inspection instruction to the deployment control server after confirming that the mainframe configures the parameter of the target application, so that the deployment control server sends the parameter inspection instruction to the mainframe, where the parameter inspection instruction is used to instruct the mainframe to inspect a parameter value of the target parameter of the target application deployed in the mainframe;
a check result receiving unit, configured to receive a parameter check result returned by the mainframe via the deployment control server, where the parameter check result includes a parameter configuration value of the target parameter of the target application configured in the mainframe;
and the inspection result output unit is used for outputting the parameter inspection result.
It should be noted that, in the present specification, the embodiments are all described in a progressive manner, each embodiment focuses on differences from other embodiments, and the same and similar parts among the embodiments may be referred to each other. For the device-like embodiment, since it is basically similar to the method embodiment, the description is simple, and for the relevant points, reference may be made to the partial description of the method embodiment.
Finally, it should also be noted that, herein, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus. Without further limitation, an element defined by the phrase "comprising an … …" does not exclude the presence of other identical elements in a process, method, article, or apparatus that comprises the element.
The previous description of the disclosed embodiments is provided to enable any person skilled in the art to make or use the present application. Various modifications to these embodiments will be readily apparent to those skilled in the art, and the generic principles defined herein may be applied to other embodiments without departing from the spirit or scope of the application. Thus, the present application is not intended to be limited to the embodiments shown herein but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.
The foregoing is only a preferred embodiment of the present application and it should be noted that those skilled in the art can make several improvements and modifications without departing from the principle of the present application, and these improvements and modifications should also be considered as the protection scope of the present application.
Claims (10)
1. An application parameter configuration method, comprising:
receiving a parameter configuration package associated with a target application submitted by a user, wherein the target application is an application requested by the user to be deployed in a mainframe, the parameter configuration package comprises a plurality of parameter files, and each parameter file comprises a plurality of parameters of the target application and a default parameter value of each parameter;
for each parameter file in the parameter configuration package, determining a target parameter to be configured in the parameter file according to the corresponding relation between the parameter to be configured and the parameter replacer, and respectively replacing the default parameter value of each target parameter in the parameter file with the parameter replacer corresponding to the target parameter, wherein the parameter replacers corresponding to different parameters are different; the parameter replacer is different from a character used by a conventional code;
after the target application and the replaced parameter configuration package are deployed in the large-scale host, determining a parameter configuration scheme applicable to the large-scale host, wherein the parameter configuration scheme comprises corresponding relations between different parameter replacers and actual parameter values to be configured;
sending the parameter configuration scheme to the large-scale host, so that the large-scale host modifies each parameter replacer in each parameter file deployed in the large-scale host into an actual parameter value corresponding to each parameter replacer respectively according to the corresponding relation between different parameter replacers and the actual parameter value in the parameter configuration scheme, and parameter configuration of the target application in the large-scale host is completed;
the determining the parameter configuration scheme applicable to the mainframe comprises the following steps:
and determining a parameter configuration scheme suitable for the large-scale host from a plurality of sets of parameter configuration schemes corresponding to the large-scale host based on the virtual function area of the target application deployed in the large-scale host.
2. The method according to claim 1, wherein the determining the parameter configuration scheme applicable to the mainframe further comprises:
and acquiring a parameter configuration scheme which is selected by a user from a plurality of sets of parameter configuration schemes and is suitable for the large-scale host.
3. The method according to claim 1, wherein the sending the parameter configuration scheme to the mainframe comprises:
and sending a configuration instruction to a deployment control server so as to send the configuration instruction to the mainframe through the deployment control server, wherein the configuration instruction carries the parameter configuration scheme, and the configuration instruction is used for indicating the mainframe to configure the parameters of the target application deployed in the mainframe according to the parameter configuration scheme.
4. The method for configuring application parameters according to claim 3, further comprising:
receiving a parameter configuration execution file returned by the large-scale host through the deployment control server, wherein the parameter configuration execution file records execution state information of the target application configured by the large-scale host according to the parameter configuration scheme;
and outputting the content of the parameter configuration execution file so that the user can view the execution state information of the target application configured by the mainframe.
5. The method for configuring application parameters according to claim 3, further comprising:
after confirming that the mainframe configures the parameters of the target application, sending a parameter check instruction to the deployment control server, so that the deployment control server sends the parameter check instruction to the mainframe, where the parameter check instruction is used to instruct the mainframe to check parameter values of the target parameters of the target application deployed in the mainframe;
receiving a parameter checking result returned by the large host through the deployment control server, wherein the parameter checking result comprises a parameter configuration value of the target parameter of the target application configured in the large host;
and outputting a parameter checking result.
6. An application parameter configuration apparatus, comprising:
a parameter receiving unit, configured to receive a parameter configuration package associated with a target application submitted by a user, where the target application is an application requested by the user to be deployed in a mainframe, the parameter configuration package includes a plurality of parameter files, and each parameter file includes a plurality of parameters of the target application and a default parameter value of each parameter;
a parameter value replacing unit, configured to determine, for each parameter file in the parameter configuration package, a target parameter to be configured in the parameter file according to a correspondence between a parameter to be configured and a parameter replacer, and respectively replace a default parameter value of each target parameter in the parameter file with the parameter replacer corresponding to the target parameter, where the parameter replacers corresponding to different parameters are different; the parameter replacer is different from a character used by a conventional code;
a scheme determining unit, configured to determine a parameter configuration scheme applicable to the mainframe after determining that the target application and the replaced parameter configuration package are deployed in the mainframe, where the parameter configuration scheme includes a correspondence between different parameter replacers and actual parameter values to be configured;
the configuration control unit is used for sending the parameter configuration scheme to the large-scale host so that the large-scale host respectively modifies each parameter replacer in each parameter file deployed in the large-scale host into an actual parameter value corresponding to each parameter replacer according to the corresponding relation between different parameter replacers and the actual parameter value in the parameter configuration scheme to complete the parameter configuration of the target application in the large-scale host;
the scheme determination unit includes:
and a second scheme determining subunit, configured to determine, based on the virtual function area in which the target application is deployed in the mainframe, a parameter configuration scheme applicable to the mainframe from among multiple sets of parameter configuration schemes corresponding to the mainframe, after it is determined that the target application and the parameter configuration package are deployed in the mainframe.
7. The application parameter configuration apparatus according to claim 6, wherein the scheme determining unit further comprises:
and the first scheme determining subunit is configured to, after confirming that the target application and the parameter configuration package are deployed in the mainframe, obtain a parameter configuration scheme which is selected by a user from multiple sets of parameter configuration schemes and is suitable for the mainframe.
8. The application parameter configuration device according to claim 6, wherein the configuration control unit comprises:
a configuration instruction sending unit, configured to send a configuration instruction to a deployment control server, so as to send the configuration instruction to the mainframe through the deployment control server, where the configuration instruction carries the parameter configuration scheme, and the configuration instruction is used to instruct the mainframe to configure the parameters of the target application deployed in the mainframe according to the parameter configuration scheme.
9. An application parameter configuration system, comprising:
the system comprises a front-end management and control server, a deployment control server and a large host;
the front-end management and control server is configured to receive a parameter configuration package associated with a target application submitted by a user, where the target application is an application requested by the user to be deployed in a mainframe, the parameter configuration package includes a plurality of parameter files, and each parameter file includes a plurality of parameters of the target application and a default parameter value of each parameter; for each parameter file in the parameter configuration package, determining a target parameter to be configured in the parameter file according to the corresponding relationship between the parameter to be configured and the parameter replacer, and respectively replacing the default parameter value of each target parameter in the parameter file with the parameter replacer corresponding to the target parameter, wherein the parameter replacers corresponding to different parameters are different; after the target application and the replaced parameter configuration package are confirmed to be deployed in the large-scale host, determining a parameter configuration scheme suitable for the large-scale host, wherein the parameter configuration scheme comprises corresponding relations between different parameter replacers and actual parameter values to be configured; sending a configuration instruction to the deployment control server, wherein the configuration instruction carries the parameter configuration scheme, and the configuration instruction is used for instructing a mainframe to configure the parameters of the target application deployed in the mainframe according to the parameter configuration scheme; the determining a parameter configuration scheme applicable to the mainframe comprises: determining a parameter configuration scheme suitable for the large-scale host from a plurality of sets of parameter configuration schemes corresponding to the large-scale host on the basis of the virtual function area of the target application deployed in the large-scale host;
the deployment control server is used for sending the configuration instruction to the mainframe;
and the large-scale host is used for responding to the configuration instruction, and modifying each parameter replacer in the parameter file deployed in the large-scale host into an actual parameter value corresponding to each parameter replacer according to the corresponding relation between different parameter replacers in the parameter configuration long term and the actual parameter value, so as to complete the parameter configuration of the target application in the large-scale host.
10. The application parameter configuration system according to claim 9, wherein the mainframe is further configured to record execution state information of the target application configured by the mainframe in a process of modifying each parameter replacer in a parameter file deployed in the mainframe into an actual parameter value corresponding to each parameter replacer, respectively, and send the parameter configuration execution file recorded with the execution state information to the deployment control server;
the deployment control server is further configured to return the parameter configuration execution file to the front-end management and control server;
the front-end management and control server is further configured to output the execution state information of the target application configured by the mainframe recorded in the parameter configuration file.
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