CN117289951B - Software system multi-application automatic deployment method based on recursion principle - Google Patents
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Abstract
The invention provides a software system multi-application automatic deployment method based on a recursion principle, which comprises the following steps: establishing a system preset application list, a user-defined application list, attribute files corresponding to each application and a list to be deployed; traversing and analyzing all application attribute files corresponding to all applications in an application list in advance, traversing and analyzing all applications in a user-defined application list, performing mutual exclusion and dependency screening on the application attribute files, and adding the application which passes the mutual exclusion and dependency screening to a list to be deployed; and sequentially deploying the applications according to the list of the list to be deployed. The invention reduces the complexity of automatic deployment implementation, can adapt to and arrange the software system with complex arrangement and strong coupling between applications, and improves the application deployment expansibility by managing the processing mode of depending on resources through configuration files.
Description
Technical Field
The invention relates to the technical field of application deployment, in particular to a software system multi-application automatic deployment method based on a recursion principle.
Background
Along with the development and popularization of IT technology, the derived software system has more and more abundant business capability, dependence and mutual exclusion among applications and other relations provide customized requirements for system deployment, greatly increase the difficulty of automatic deployment and bring a plurality of challenges to the automatic deployment: there may be a need for multiple application consolidated deployment, where an application may depend on other applications, requiring co-usage for better ease of use, requiring simultaneous deployment of multiple applications. Certain applications may have mutually exclusive relationships and cannot be deployed at the same time. Multiple application deployment schemes exist in the same service, and an optimal deployment scheme needs to be automatically or manually selected according to requirements.
At present, some technical means for automatically deploying applications exist, and a method and a system for implementing automatic application deployment refer to a method and a system for implementing automatic application deployment in Chinese patent publication No. CN113778461A, wherein the method comprises the following steps: after receiving an application access request sent by an access person, the application automatic release platform receives an item management instruction sent by the access person if the access person has item management authority, adds an item and an application to be deployed, and sets the deployment environment of the application on a corresponding application deployment host; after receiving a deployment request sent by project management personnel, creating a work order, and submitting the work order to a work order auditing module for auditing; after receiving the command that the worksheet passes the audit, sending the application to an automatic deployment module; the automatic deployment module selects a deployment sub-module according to a deployment scheme, and deploys the application on a corresponding application deployment host based on a deployment command. The patent still needs manual participation in the application deployment process, and can not realize complete automatic deployment.
The invention relates to an integrated method and system for automatic installation and deployment of a java multi-service application, which refer to Chinese patent publication No. CN112732277B, and comprises the steps of dividing a java multi-service application system into a static file area, an operation area and a bat script file, configuring the built-in operation environment of a tomcat package corresponding to the version of each JDK package, configuring parameters of the app application package in the service configuration file, binding the app application package and the tomcat package and preparing the operation environment of the content in the static file area by writing and adding a sub-bat script file in the bat script file, and finally packaging the static file area and the files in the bat script file to obtain an installation file required by automatic installation and deployment of the java multi-service application system. This patent also requires restrictions on the application type in application deployment, with certain limitations. The prior art has the problems that customized software development cannot meet the complex multi-application deployment scene of coupling, and the complexity is high, the upgrading is difficult, the compatibility is poor and the like. The customized code development is implemented aiming at the differentiated requirements, and the automatic deployment of the specific application set is realized, but the method has high coding complexity and no generality, needs to customize a deployment scheme for each set of system, even needs to redesign the method when the application requirements of extreme scenes change, and has obvious problems: when the software system is deployed, code processing is required to be carried out on abnormal scenes such as dependent components, conflicts and the like possibly existing in each application, the complexity is high, the applications are directly and tightly coupled, maintenance is not facilitated, and the iteration rate of the product is also affected. With the increase of service types and the upgrading of software, the application types are more and more, and each time an application is newly added, the automatic deployment code needs to be modified, and the introduction of new codes may affect the existing flow, so that the product stability is not facilitated.
Disclosure of Invention
The invention solves the problems that the customized software development in the prior art cannot meet the complex multi-application deployment scenario, has high complexity, difficult upgrading and poor compatibility, and provides the software system multi-application automatic deployment method based on the recursion principle, which reduces the complexity of automatic deployment implementation, can adapt and arrange the software system with complex combination and strong inter-application coupling, and improves the application deployment expansibility by configuring the file management dependent resource processing mode.
In order to achieve the above purpose, the following technical scheme is provided:
a software system multi-application automatic deployment method based on a recursion principle comprises the following steps:
s1, a system preset application list, a user-defined application list, attribute files corresponding to each application and a list to be deployed are established;
s2, traversing all the attribute files corresponding to all the applications in the preset application list of the analysis system, performing mutual exclusion and dependency screening on the attribute files, and adding the applications passing through the mutual exclusion and dependency screening to the list to be deployed;
s3, after traversing the preset application list of the system, traversing and analyzing all applications in the user-defined application list, judging whether the applications are added into the list to be deployed, traversing the next application if yes, analyzing the attribute files corresponding to the applications if no, performing mutual exclusion and dependency screening on the attribute files, and adding the applications which pass the mutual exclusion and the dependency screening into the list to be deployed;
s4, after traversing the user-defined application list, outputting a list to be deployed, and sequentially deploying the applications according to the list to be deployed.
Aiming at the problems that when a software system is deployed, code processing is required to be carried out on abnormal scenes such as dependent components, conflicts and the like possibly existing in each application, the complexity is high, each application is directly and tightly coupled, maintenance is not facilitated, and the iteration rate of a product is affected, the invention provides an automatic deployment scheme, a resource structure design which depends on mutual exclusion is introduced into an application configuration file, and universal code logic is realized through the structure design of the file configuration so as to solve the problem of automatic deployment of multiple applications in a complex service environment. Meanwhile, the relational automation processing of multi-application deployment improves the user experience, greatly reduces the coding complexity of automation realization, and improves the stability of software products and the iteration rate of the products. The invention can adapt to the scene with a large number of applications and complex coupling to realize automatic deployment through the recursion checking logic, and does not increase the complexity of the system due to the change of the number of applications or the relation.
Preferably, the system preset application list is an application list which must be installed when the system is deployed, and is decided by an administrator and a system developer; the user-defined application list is an application list to be deployed, which is configured according to user requirements during deployment or upgrading, and is ordered according to descending priority, and the attribute file records an application name, a dependent application list and a mutually exclusive application list.
The invention configures the attribute file for the application, introduces the dependent and mutually exclusive resource structure design in the attribute file, and can cover the current automatic deployment requirement. When the application is newly added, only the attribute files of the application configuration are needed to be newly added, the deployment relation of the application is independently managed, the code flow is not needed to be modified, and the influence on the supported functions is small. According to the three types of configuration files, the file structure is analyzed during automatic deployment, and finally an installable application list, namely an application list to be deployed, can be generated, so that the installation can be sequentially executed according to the sequence. The output result ensures the priority of application deployment, eliminates mutual exclusivity, and does not cause deployment failure caused by lack of dependence and mutual exclusion.
Preferably, depending on the application means that the application should be pre-installed before the current application is deployed, the deployment sequence is superior to that of the current application, and the mutually exclusive application is an application which cannot be deployed simultaneously with the current application.
Preferably, the step S2 specifically includes the following steps:
s201, sequentially traversing all applications in a preset application list of the system, judging whether the traversal is finished, if so, carrying out S3, and if not, carrying out S202;
s202, analyzing an application attribute file to obtain an application name, a dependent application list and a mutually exclusive application list;
s203, judging whether a mutually exclusive application exists, if not, carrying out S204, if so, judging whether a list of to-be-deployed lists contains the mutually exclusive application of the current application, if so, sending out alarm information, returning to S201, and if not, carrying out S204;
s204, judging whether a dependent application exists, if not, performing S206; if yes, S205 is performed;
s205, judging whether the dependent application of the current application has a list of to-be-deployed lists, if so, performing S206, if not, finding out the attribute file of the dependent application, and then performing S202;
s206, adding the current application to the list of the list to be deployed, and returning to S201.
Preferably, the step S3 specifically includes the following steps:
s301, traversing all applications in the user-defined application list in sequence, judging whether traversing is finished, if yes, carrying out S4, and if not, carrying out S302;
s302, judging whether the current application is added to the list of the list to be deployed, if so, traversing the next application, returning to S301, and if not, carrying out S303;
s303, analyzing the application attribute file to obtain an application name, a dependent application list and a mutually exclusive application list;
s304, judging whether a mutually exclusive application exists, if not, carrying out S305, if so, judging whether a list of to-be-deployed lists contains the mutually exclusive application of the current application, if so, sending out alarm information, returning to S301, and if not, carrying out S305;
s305, judging whether a dependent application exists, if not, executing S307; if yes, S306 is performed;
s306, judging whether the dependent application of the current application has a list of to-be-deployed lists, if so, executing S307, if not, finding out the attribute file of the dependent application, and executing S303;
s307, adding the current application to the list of the list to be deployed, and returning to S301.
Preferably, the system presets that the application list stores applications without mutual exclusion relation.
The beneficial effects of the invention are as follows:
1. the method has the advantages that a general automatic deployment implementation scheme for multi-application installation of the system is provided, and complexity of automatic deployment implementation is reduced;
2. the automatic processing of the relation among the applications deployed by various applications can improve the customer experience;
3. the processing mode of depending application is managed through configuration attribute files, so that the application deployment expansibility is improved;
4. the influence of newly introduced deployment application on the existing flow is reduced, the reliability and stability of the product are enhanced, and the method is beneficial to accelerating the software iteration rate.
Drawings
FIG. 1 is a method flow diagram of an embodiment;
FIG. 2 is a schematic diagram of an embodiment property file.
Detailed Description
Examples:
the embodiment provides a software system multi-application automatic deployment method based on a recursion principle, and referring to fig. 1, the method comprises the following steps:
s1, a system preset application list, a user-defined application list, attribute files corresponding to each application and a list to be deployed are established; the system preset application list is an application list which must be installed when the system is deployed, and is determined by an administrator and a system developer; the user-defined application list is an application list to be deployed, which is configured according to user requirements when the user-defined application list is deployed or updated, and is ordered according to descending priority, and the attribute file is recorded with an application name, a dependent application list and a mutually exclusive application list.
Referring to fig. 2, in the present embodiment:
the system preset application list is in list format, is an application list which must be installed when the system is deployed, is decided by an administrator and a system developer, and does not need users to participate in decision:
sys_default_apps:[app1,app2]；
the user-defined application list is in list format, and the list of the application list to be deployed is configured according to the user requirements during deployment or upgrading, and is ordered according to descending priority.
user_define_apps:[app3,app4,app5]；
The attribute files of each application configuration are json format, k-v is stored, the name of the corresponding application is recorded and globally unique, and the dependency of the application list and the exclusive application list are recorded. The dependent application represents an application which is pre-installed before the application is deployed, the deployment sequence is superior to that of the application, and the mutually exclusive application cannot be deployed simultaneously with the application. In general, there is no mutual exclusion relationship between the system preset application lists, and the system preset application is deployed prior to the user-defined application. Referring to fig. 2, a property file of one of the applications includes the following:
name: app3
dependency:app1、app4
exclusion:app5。
this application name is indicated as app3, the dependent applications are app1, app4, and the mutually exclusive application is app5.
Before S2, the to-be-deployed application list confim_list needs to be initialized, so that the to-be-deployed application list confim_list is ensured to be empty.
S2, traversing all the attribute files corresponding to all the applications in the preset application list of the analysis system, performing mutual exclusion and dependency screening on the attribute files, and adding the applications passing through the mutual exclusion and dependency screening to the list to be deployed; s2 specifically comprises the following steps:
s201, sequentially traversing all applications in a preset application list of the system, judging whether the traversal is finished, if so, carrying out S3, and if not, carrying out S202;
s202, analyzing an application attribute file to obtain an application name, a dependent application list and a mutually exclusive application list;
s203, judging whether a mutually exclusive application exists, if not, carrying out S204, if so, judging whether a list of to-be-deployed lists contains the mutually exclusive application of the current application, if so, sending out alarm information, returning to S201, and if not, carrying out S204;
s204, judging whether a dependent application exists, if not, performing S206; if yes, S205 is performed;
s205, judging whether the dependent application of the current application has a list of to-be-deployed lists, if so, performing S206, if not, finding out the attribute file of the dependent application, and then performing S202;
s206, adding the current application to the list of the list to be deployed, and returning to S201.
Referring to fig. 2, what is traversed is app1 and app2, where app1 and app2 can be sequentially input to a list to be deployed according to a traversing sequence through mutual exclusion and dependency screening, and at this time, the list to be deployed stores app1 and app2.
S3, after traversing the preset application list of the system, traversing and analyzing all applications in the user-defined application list, judging whether the applications are added into the list to be deployed, traversing the next application if yes, analyzing the attribute files corresponding to the applications if no, performing mutual exclusion and dependency screening on the attribute files, and adding the applications which pass the mutual exclusion and the dependency screening into the list to be deployed; s3 specifically comprises the following steps:
s301, traversing all applications in the user-defined application list in sequence, judging whether traversing is finished, if yes, carrying out S4, and if not, carrying out S302;
s302, judging whether the current application is added to the list of the list to be deployed, if so, traversing the next application, returning to S301, and if not, carrying out S303;
s303, analyzing the application attribute file to obtain an application name, a dependent application list and a mutually exclusive application list;
s304, judging whether a mutually exclusive application exists, if not, carrying out S305, if so, judging whether a list of to-be-deployed lists contains the mutually exclusive application of the current application, if so, sending out alarm information, returning to S301, and if not, carrying out S305;
s305, judging whether a dependent application exists, if not, executing S307; if yes, S306 is performed;
s306, judging whether the dependent application of the current application has a list of to-be-deployed lists, if so, executing S307, if not, finding out the attribute file of the dependent application, and executing S303;
s307, adding the current application to the list of the list to be deployed, and returning to S301.
Referring to fig. 2, app3 is traversed first, the dependent applications of app3 are found as app1 and app4, at this time app1 is already in the list of to-be-deployed lists, so that it is also necessary to find out the attribute file of app4 preferentially for interpretation, app4 is app2 and has no exclusive application, app2 is already in the list of to-be-deployed lists, so app4 is preferentially deployed with app3 in the list of to-be-deployed lists, app3 also satisfies the deployment condition after app4 is deployed, app3 is deployed in the list of to-be-deployed lists again, app5 is traversed again, and app2 is present as exclusive application app5, so that an alarm log is issued when app5 is traversed, and cannot be deployed, and finally the finally output list of to-be-deployed lists are app1, app2, app4, app3.
S4, after traversing the user-defined application list, outputting a list to be deployed, and sequentially deploying the applications according to the list to be deployed.
Aiming at the problems that when a software system is deployed, code processing is required to be carried out on abnormal scenes such as dependent components, conflicts and the like possibly existing in each application, the complexity is high, each application is directly and tightly coupled, maintenance is not facilitated, and the iteration rate of a product is affected, the invention provides an automatic deployment scheme, a resource structure design which depends on mutual exclusion is introduced into an application configuration file, and universal code logic is realized through the structure design of the file configuration so as to solve the problem of automatic deployment of multiple applications in a complex service environment. Meanwhile, the relational automation processing of multi-application deployment improves the user experience, greatly reduces the coding complexity of automation realization, and improves the stability of software products and the iteration rate of the products. The invention can adapt to the scene with a large number of applications and complex coupling to realize automatic deployment through the recursion checking logic, and does not increase the complexity of the system due to the change of the number of applications or the relation.
The invention configures the attribute file for the application, introduces the dependent and mutually exclusive resource structure design in the attribute file, and can cover the current automatic deployment requirement. When the application is newly added, only the attribute files of the application configuration are needed to be newly added, the deployment relation of the application is independently managed, the code flow is not needed to be modified, and the influence on the supported functions is small. According to the three types of configuration files, the file structure is analyzed during automatic deployment, and finally an installable application list, namely an application list to be deployed, can be generated, so that the installation can be sequentially executed according to the sequence. The output result ensures the priority of application deployment, eliminates mutual exclusivity, and does not cause deployment failure caused by lack of dependence and mutual exclusion.
Claims (6)
1. A software system multi-application automatic deployment method based on a recursion principle is characterized by comprising the following steps:
s1, a system preset application list, a user-defined application list, attribute files corresponding to each application and a list to be deployed are established; the system preset application list is an application list which is required to be installed when the system is deployed, and the user-defined application list is an application list to be deployed which is configured according to user requirements;
s2, traversing all the attribute files corresponding to all the applications in the preset application list of the analysis system, performing mutual exclusion and dependency screening on the attribute files, and adding the applications passing through the mutual exclusion and dependency screening to the list to be deployed; the dependent application represents an application which is pre-installed before the current application is deployed, and the mutually exclusive application is an application which cannot be deployed simultaneously with the current application;
s3, after traversing the preset application list of the system, traversing and analyzing all applications in the user-defined application list, judging whether the applications are added into the list to be deployed, traversing the next application if yes, analyzing the attribute files corresponding to the applications if no, performing mutual exclusion and dependency screening on the attribute files, and adding the applications which pass the mutual exclusion and the dependency screening into the list to be deployed;
s4, after traversing the user-defined application list, outputting a list to be deployed, and sequentially deploying the applications according to the list to be deployed.
2. The method for automatically deploying multiple applications of a software system based on a recursion principle as set forth in claim 1, wherein the system preset application list is an application list which must be installed when the system is deployed, and is determined by an administrator and a system developer; the user-defined application list is an application list to be deployed, which is configured according to user requirements during deployment or upgrading, and is ordered according to descending priority, and the attribute file records an application name, a dependent application list and a mutually exclusive application list.
3. The method for automatically deploying multiple applications in a software system based on a recursion principle according to claim 2, wherein the dependent applications represent applications which should be pre-installed before deploying the current application, the deployment order is superior to the current application, and the mutually exclusive applications are applications which cannot be deployed simultaneously with the current application.
4. The method for automatically deploying multiple applications of a software system based on a recursion principle according to claim 2, wherein the step S2 specifically comprises the following steps:
s201, sequentially traversing all applications in a preset application list of the system, judging whether the traversal is finished, if so, carrying out S3, and if not, carrying out S202;
s202, analyzing an application attribute file to obtain an application name, a dependent application list and a mutually exclusive application list;
s203, judging whether a mutually exclusive application exists, if not, carrying out S204, if so, judging whether a list of to-be-deployed lists contains the mutually exclusive application of the current application, if so, sending out alarm information, returning to S201, and if not, carrying out S204;
s204, judging whether a dependent application exists, if not, performing S206; if yes, S205 is performed;
s205, judging whether the dependent application of the current application has a list of to-be-deployed lists, if so, performing S206, if not, finding out the attribute file of the dependent application, and then performing S202;
s206, adding the current application to the list of the list to be deployed, and returning to S201.
5. The method for automatically deploying multiple applications of a software system based on a recursive principle according to claim 2, wherein the step S3 specifically comprises the following steps:
s301, traversing all applications in the user-defined application list in sequence, judging whether traversing is finished, if yes, carrying out S4, and if not, carrying out S302;
s302, judging whether the current application is added to the list of the list to be deployed, if so, traversing the next application, returning to S301, and if not, carrying out S303;
s303, analyzing the application attribute file to obtain an application name, a dependent application list and a mutually exclusive application list;
s304, judging whether a mutually exclusive application exists, if not, carrying out S305, if so, judging whether a list of to-be-deployed lists contains the mutually exclusive application of the current application, if so, sending out alarm information, returning to S301, and if not, carrying out S305;
s305, judging whether a dependent application exists, if not, executing S307; if yes, S306 is performed;
s306, judging whether the dependent application of the current application has a list of to-be-deployed lists, if so, executing S307, if not, finding out the attribute file of the dependent application, and executing S303;
s307, adding the current application to the list of the list to be deployed, and returning to S301.
6. The method for automatically deploying multiple applications of a software system based on a recursion principle according to claim 1 or 2, wherein the applications stored in the preset application list of the system have no mutual exclusion relation.
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