CN118151964A - Centralized management product upgrading method and system and electronic equipment - Google Patents

Abstract

The invention relates to a product upgrading method, system and electronic equipment for centralized management. Wherein the method is performed by a product upgrade system comprising a central management module and a business execution module, comprising the steps of: s1, constructing an upgrade package in a central management module; s2, the central management module issues the upgrade package to a service execution module; s3, the service execution module executes an upgrade task according to the upgrade package; wherein, the step S1 includes: s11, defining upgrade package information; the upgrade package information comprises an upgrade mode; the upgrade mode comprises full upgrade; s121, if the upgrade mode of the upgrade package information is full upgrade, acquiring all resource files of the new version product from the environment of the developer; packaging the whole resource files into compressed files; s13, packaging the compressed file and the upgrade package information into an upgrade package. The invention can quickly construct the upgrade package aiming at different tenants, different environments and different product versions.

Description

Centralized management product upgrading method and system and electronic equipment

Technical Field

The invention relates to the technical field of cloud computing, in particular to a product upgrading method, system and electronic equipment for centralized management.

Background

In recent years, cloud computing technology has rapidly developed, and cloud computing Service modes based on Software-as-a-Service (SaaS) have also rapidly developed. In the SaaS service mode, a cloud service provider provides a complete software solution, and a tenant (tenant) can purchase a cloud service product from the cloud service provider and deploy the cloud service product into the tenant's private environment. Compared with the independent construction of a server and development of software, the purchased ready-made cloud service product can directly obtain the use right of an advanced product, the development period is shortened, and the cost is saved, so that the cloud service product based on SaaS is favored by many small and medium-sized enterprises.

A cloud service provider will typically provide the same cloud service product to a plurality of different tenants. One tenant may correspond to multiple environments; the product versions installed in different environments may not be the same for different tenants. When the product is upgraded, an upgrade package needs to be constructed, and the upgrade packages needed by different tenants, different environments and different product versions are different.

In the prior art, when upgrading cloud service products, required resource files are manually screened for each specific tenant, specific environment and specific product version to construct a specific upgrade package. The existing upgrade package construction method is not intelligent enough, so that the efficiency of the existing cloud service product upgrade method is low.

Disclosure of Invention

Based on the above, the invention aims to provide a product upgrading method, a system and electronic equipment for centralized management, which have the advantages of unified management information, rapid construction of an upgrading package and high-efficiency completion of upgrading tasks.

A product upgrading method of centralized management is executed by a product upgrading system comprising a central management module and a service execution module, and comprises the following steps: s1, constructing an upgrade package through a central management module; s2, the central management module issues the upgrade package to a service execution module; s3, the service execution module executes an upgrade task according to the upgrade package; wherein, the step S1 includes: s11, defining upgrade package information; the upgrade package information comprises an upgrade mode; the upgrade mode comprises full upgrade; s121, if the upgrade mode of the upgrade package information is full upgrade, acquiring all resource files of the new version product from the environment of the developer; packaging the whole resource files into compressed files; s13, packaging the compressed file and the upgrade package information into an upgrade package.

According to the product upgrading method for centralized management, various information is managed in a unified mode by adopting the central management module, an upgrading package can be quickly built aiming at different tenants, different environments and different product versions, the upgrading package can be used in the same type of tenant environments in an extending mode, the problem that the upgrading package is specially built when the product is upgraded each time is solved, and the upgrading efficiency of cloud service products is improved.

Further, the upgrade mode further comprises incremental upgrade; the product upgrading method further comprises the steps of: s122, if the upgrade mode of the upgrade package information is incremental upgrade, acquiring resource file change data; acquiring a changed resource file according to the resource file change data; and packaging the changed resource file into a compressed file.

Further, in step S122, obtaining resource file change data includes: acquiring a resource file corresponding to an old version product; acquiring a resource file corresponding to the new version product from the environment of the developer; and comparing the old version product with the new version product to obtain the resource file change data.

Further, in step S122, obtaining resource file change data includes: inquiring a resource file change history record between the release time of the old version product and the release time of the new version product; and acquiring resource file change data according to the resource file change history record.

Further, in step S122, obtaining resource file change data includes: and according to the association relation among the resource files, starting from one resource file change data, and acquiring all resource file change data.

Further, the step S1 further includes: on the basis of the existing upgrade package which is already constructed, a new upgrade package is formed by adding new resource files.

Further, the step S3 includes: s31, obtaining an upgrade package sent by the upgrade task management subunit; s32, decompressing the compressed file in the upgrade package to obtain a resource file; s33, analyzing the resource file to obtain an executable file; s34, executing the upgrading task according to the executable file.

Further, the method further comprises the step S4: the service execution module records the execution condition of the upgrade task to form an upgrade task execution log; and feeding back the upgrade task execution log to the central management module.

Based on the same inventive concept, the invention also provides a product upgrading system for centralized management, which comprises: the center management module and the service execution module; the central management module is used for managing information, constructing an upgrade package and issuing the upgrade package to the service execution module; the service execution module is used for executing an upgrade task according to the upgrade package; the central management module comprises an upgrade package management unit; the upgrade package management unit comprises an upgrade package definition subunit, an upgrade package resource management subunit and an upgrade package construction subunit; the service execution module comprises a data transmission unit; the upgrade package definition subunit defines upgrade package information; the upgrade package information comprises an upgrade mode; the upgrade mode comprises full upgrade; the upgrade package resource management subunit and the data transmission unit acquire all resource files of the new version product from the environment of the developer when the upgrade mode of the upgrade package information is full upgrade; the upgrade package construction subunit packages the all resource files into a compressed file, and packages the compressed file and the upgrade package information into an upgrade package.

Based on the same inventive concept, the present invention also provides an electronic device, including: a processor; a memory for storing a computer program for execution by the processor; the processor implements any one of the above-mentioned centrally managed product upgrade methods when executing the computer program.

For a better understanding and implementation, the present invention is described in detail below with reference to the drawings.

Drawings

FIG. 1 is a schematic diagram of a centrally managed product upgrade system module of the present invention;

FIG. 2 is a schematic diagram of a subunit of an upgrade package management unit of a centrally managed product upgrade system of the present invention;

FIG. 3 is a schematic flow chart of a product upgrade method of centralized management according to the present invention;

FIG. 4 is a schematic flow chart of step S1 of the product upgrading method of centralized management of the present invention;

fig. 5 is a flowchart illustrating a step S3 of the product upgrading method with centralized management according to the present invention.

Detailed Description

Aiming at the problems of complex process of constructing an upgrade package and low upgrade efficiency of cloud service products in the prior art, the invention designs a central management module for uniformly managing product information, tenant information, environment information and environment tenant information, and on the premise of uniformly managing various information, the central management module can adapt to the conditions of different tenants, different environments and different product versions, and the needed upgrade package can be quickly and efficiently constructed by utilizing the information. In addition, the upgrade package constructed by the central management module can be extended to be used in other tenant environments of the same type, the upgrade package does not need to be reconstructed, and the product upgrade efficiency is remarkably improved.

Referring to fig. 1, fig. 1 is a schematic diagram of a centrally managed product upgrade system module according to the present invention. The invention relates to a centrally managed product upgrading system which comprises a central management module 1 and a service execution module 2. The central management module 1 is located at the cloud end and used for managing information and constructing an upgrade package. The service execution module 2 is located in the tenant environment and is configured to execute an upgrade task according to the upgrade package issued by the central management module 1.

Specifically, the central management module 1 is located in a cloud platform (cloud) of a cloud service provider, and includes a product management unit 11, a tenant environment management unit 12, and an upgrade package management unit 13.

The product management unit 11 is configured to manage product information. The product information includes a product name, a product code, a product category, and a product version.

The product is a cloud service product. In this embodiment, the product categories include, but are not limited to, native applications, light applications, hybrid applications, and third party applications. The native application refers to an application issued through a normal encoding process and a release process. For example, generic system modules (OA management, project management, etc.) belong to native applications. A light application refers to a simple application generated using an application configuration tool of a graphical interface. The application configuration tool belongs to a low-code development middleware and provides some basic designers; the developer can develop light application according to the requirement by configuring parameters of the basic designer and splicing and connecting a series of basic designers in series. The hybrid application refers to an application formed by combining a native application with a light application. The third party application refers to an application formed by integrating application components developed by a third party.

The tenant environment management unit 12 is configured to manage tenant information, environment information, and environment tenant information.

The tenant information includes, but is not limited to, tenant names, tenant encodings, and tenant-bound industry products. The cloud service provider can modify the prototype product according to tenant requirements of different industries on the basis of one prototype product to form industry products applied to different industries. For example, assuming that the prototype product is an information management system, when the application industry is the wine industry, the industry product is the wine management system; when the application industry is the cosmetic industry, the industry product is a cosmetic management system.

The environment information refers to the environment of the tenant. The tenant environment is a physical server or virtual machine in which the product actually operates, and the product upgrade is to operate an upgrade package in the tenant environment, so that the new version product is deployed in the tenant environment. In particular, the environment can be subdivided by scene into a development environment, a gray scale environment, a production environment, and the like.

The environment tenant information refers to relationship information of tenants and environments. For example, tenant a may bind environments A1, A2; the environment A1 may in turn comprise a development environment a11 and a production environment a12. The environment tenant information describes the binding relationship between the tenant and the environment.

Referring to fig. 2, fig. 2 is a schematic diagram of a subunit of an upgrade package management unit of the centrally managed product upgrade system according to the present invention. The upgrade package management unit 13 includes an upgrade package definition subunit 131, an upgrade package resource management subunit 132, an upgrade package version management subunit 133, an upgrade package construction subunit 134, and an upgrade task management subunit 135.

The upgrade package definition subunit 131 is configured to define upgrade package information. The upgrade package information comprises the name of the upgrade package, an upgrade mode and a bound product version. The upgrade mode includes full upgrade and incremental upgrade. The full upgrade refers to an upgrade mode of installing a complete new version product under the condition that no old version product is installed. The incremental upgrade refers to an upgrade mode of upgrading an old version product into a new version product under the condition that the old version product is installed. In the case of the same version of the target product, incremental upgrades require fewer resource files than full upgrades.

The upgrade package resource management subunit 132 is configured to obtain a resource file and resource file detail data required by the upgrade package from the environment of the developer, and manage the resource file and resource file detail data. When the full upgrade mode is adopted, the resource file is generally determined by the target product version and the environment tenant information. When the incremental upgrade mode is adopted, resource files required by an incremental upgrade package are determined according to the existing old version product.

The product development modes involved in the invention comprise a traditional development mode and a tenant cooperative development mode. In the conventional development mode, the cloud service provider is responsible for developing the new version product, and uploads the resource file related to the new version product to the upgrade package resource management subunit 132 through the data transmission unit 21 of the service execution module 2 deployed in the development environment of the cloud service provider. In the tenant collaborative development mode, the tenant can develop a new version product in its environment, and then upload a resource file related to the new version product to the upgrade package resource management subunit 132 through the data transmission unit 21 of the service execution module 2 deployed in the tenant development environment; then registering new version product information and pre-constructing an upgrade package in the central management module 1; after the verification is passed, the upgrade package pre-constructed by the tenant can be converted into a formal upgrade package; other tenants can acquire the formal upgrade package through the central management module 1, so that new version products developed by the tenants are installed.

In the central management module 1, the role of the cloud service provider is "standard tenant", and the roles of other tenants are "normal tenant". Accordingly, the upgrade package resource management subunit 132 obtains the resource file and the resource file detail data from the environment of the tenant as the developer, both in the conventional development mode and in the tenant cooperative development mode. Specifically, in the traditional development mode, a developer is a standard tenant (i.e., a cloud service provider), and the environment is a development environment of the cloud service provider; in the tenant collaborative development mode, the developer is a common tenant, and the environment is a development environment of the tenant.

The upgrade package version management subunit 133 is configured to manage upgrade packages corresponding to different product versions. When a new upgrade package is defined, an old version product can be found through the upgrade package version management subunit, and the new version product upgrade package is formed by modifying the old version product upgrade package. And when incremental upgrading is performed, the incremental upgrading package can be formed by comparing the difference between the old version product and the new version product by the upgrading package version management subunit.

The upgrade package construction subunit 134 is configured to construct a new upgrade package according to the upgrade package information and the resource file corresponding to the upgrade package. Specifically, the upgrade package construction subunit constructs an upgrade package, including the steps of: packaging the resource file into a compressed file; and integrating the compressed file with the upgrade package information and the resource file detail data to form an upgrade package.

The upgrade task management subunit 135 is configured to send the constructed upgrade package to the environment of the tenant, and send an instruction for executing the upgrade task to the service execution module; and receiving an upgrade task execution log fed back by the service execution module.

Specifically, the service execution module 2 is located in the environment of the tenant, and includes a data transmission unit 21, a decompression engine 22, an interpretation engine 23, an execution engine 24, and an upgrade package status management unit 25.

The data transmission unit 21 receives an upgrade packet sent by the upgrade task management subunit when an upgrade task needs to be executed; when the resource file and the resource file detail data required by the upgrade package are required to be uploaded, the resource file and the resource file detail data are uploaded to the upgrade package resource management subunit.

The decompression engine 22 is configured to decompress the compressed file in the upgrade package to obtain a resource file.

The interpretation engine 23 is configured to parse the resource file to obtain an executable file.

The execution engine 24 is configured to execute an upgrade task according to the executable file.

The resource file includes a number of resource data, each including at least a resource category and a resource content. The resource categories include application centers, functions, menus, data sources, resource tables, dictionary data, and system settings. The resource content refers to a specific numerical value of the resource data, and contains information required by the execution engine to execute an upgrade task. The interpretation engine can disassemble the information needed by executing the upgrading task contained in the resource content by analyzing the resource file, so as to form an executable file which can be directly executed by the execution engine.

The application center is a hierarchical directory, and comprises a plurality of subsystems, wherein one subsystem comprises a plurality of modules, one module comprises a plurality of functions, and one function comprises a plurality of sub-functions. The function is a metadata description for a business unit. A function may be subordinate to a higher level function or may include several sub-functions. One function typically includes the following core functions: business models, lists, forms, button functions, workflows, portal panels, sub-functions, or sub-table operation functions. The menus include a top menu and a general menu. The common menu is used for binding a function or other resource data; such functions or resources can be turned on or off by the user by operating a general menu. The top menu is used for carrying out service division and classification on the common menu. The data sources include various types of data sources that provide a basis for functions (e.g., workflows, lists, forms). The resource table interfaces with a relational database management tool for managing and maintaining data structures in a database. The data structure includes a general Table (Table), a Tree Table (Tree Table), a View (View), an Index (Index), and a Key (Key). The resource table also records a data structure change log when the data structure is changed. The dictionary data includes all of the curable field information involved in the execution of the business by the product. For example, gender includes male and female, and document status includes uncommitted, in-audit, and completed, all belonging to dictionary data. The system settings are used for configuring the interpretation engine, including business settings, operation settings, security settings, login settings, etc. The system settings are saved in the form of several key-value pairs (key-value).

The upgrade package status management unit 25 is configured to record an execution condition of the upgrade task, and form an upgrade task execution log; and feeding back the upgrade task execution log to the upgrade task management subunit.

Based on the product upgrading system for centralized management, the invention also provides a product upgrading method for centralized management. Referring to fig. 3, fig. 3 is a schematic flow chart of a product upgrading method for centralized management according to the present invention. The invention discloses a product upgrading method for centralized management, which comprises the following steps:

s1, constructing an upgrade package through the central management module 1.

S2, the central management module 1 issues the upgrade package to the service execution module 2.

S3, the service execution module 2 executes the upgrade task according to the upgrade package.

S4, the service execution module 2 reports the upgrade task execution log to the central management module 1.

Further, before step S1, step S0 is further included: the new version of the product is defined by the central management module 1. Step S0 defines a new version product in the central management module 1, specifically: the product name, product code, product classification and product version are defined by the product management unit 11 of the central management module 1. The product categories include, but are not limited to, native applications, light applications, hybrid applications, and third party applications.

Specifically, referring to fig. 4, fig. 4 is a flowchart illustrating a step S1 of the product upgrading method with centralized management according to the present invention. The step S1 includes:

S11, defining upgrade package information through the upgrade package definition subunit 131 of the central management module 1. The upgrade package information comprises the name of the upgrade package, an upgrade mode and a bound product version. The upgrade mode includes full upgrade and incremental upgrade.

S121, if the upgrade mode of the upgrade package information is full upgrade, acquiring all resource files and resource file detail data of new version products from the environment of a developer through the upgrade package resource management subunit 132 of the central management module 1 and the data transmission unit 21 of the service execution module 2; the entire resource file is then packaged into a compressed file by the upgrade package construction subunit 133 of the central management module 1.

S122, if the upgrade mode of the upgrade package information is incremental upgrade, acquiring resource file change data; acquiring a changed resource file and resource file detail data according to the resource file change data; the modified resource file is packaged into a compressed file by the upgrade package construction subunit 134 of the central management module 1.

Further, "obtaining resource file change data" includes:

the resource file corresponding to the old version product is obtained through the upgrade package version management subunit 133 of the central management module 1, and the resource file corresponding to the new version product is obtained from the environment of the developer through the upgrade package resource management subunit 132 and the data transmission unit 21 of the service execution module 2; and comparing the old version product with the new version product to obtain the resource file change data.

Further, "obtaining resource file change data" further includes: inquiring a resource file change history record between the release time of the old version product and the release time of the new version product; and acquiring resource file change data according to the resource file change history record.

Further, "obtaining resource file change data" further includes: and according to the association relation among the resource files, starting from one resource file change data, and acquiring all resource file change data.

S13, packaging the compressed file, the upgrade package information and the resource file detail data into an upgrade package through the upgrade package construction subunit 134.

In one embodiment, the step S1 may also be: on the basis of the existing upgrade package which is already constructed, a new upgrade package is formed by adding new resource files.

Specifically, before step S2, step S20 is further included: selecting a target tenant to be upgraded and a target environment bound by the target tenant by a tenant environment management unit 12 of the central management module 1; querying a current product version in the target environment; and selecting a corresponding upgrade package according to the target environment, the current product version and the target product version.

The step S2 specifically comprises the following steps: the upgrade task management subunit 135 of the central management module 1 issues the corresponding upgrade package to the data transmission unit 21 of the service execution module 2 of the target environment.

Specifically, referring to fig. 5, fig. 5 is a flowchart illustrating a step S3 of the product upgrading method with centralized management according to the present invention. The step S3 includes:

S31, the upgrade package sent by the upgrade task management subunit 135 is obtained through the data transmission unit 21 of the service execution module 2.

S32, decompressing the compressed file in the upgrade package by the decompression engine 22 of the service execution module 2 to obtain a resource file.

S33, analyzing the resource file through the interpretation engine 23 of the service execution module 2 to obtain an executable file.

S34, executing the upgrading task according to the executable file through the execution engine 24 of the service execution module 2.

The step S4 specifically includes: recording the execution condition of the upgrade task through an upgrade package state management unit 25 of the service execution module 2 to form an upgrade task execution log; and feeds back the upgrade task execution log to the upgrade task management subunit 135 of the central management module 1.

Further, after step S4, step S5 is further included: and running the updated new version product to verify whether the updating is successful. If the upgrade fails, a version rollback process may be performed.

According to the centralized management product upgrading method and system, various information is uniformly managed by the central management module, so that an upgrading package can be quickly built aiming at different tenants, different environments and different product versions, and the upgrading package can be used in the same type of tenant environments in an extending mode, the problem that the upgrading package is specially built when the product is upgraded each time is solved, and the upgrading efficiency of cloud service products is greatly improved.

Based on the same inventive concept, the present application also provides an electronic device, which may be a terminal device such as a server, a desktop computing device, or a mobile computing device (e.g., a laptop computing device, a handheld computing device, a tablet computer, a netbook, etc.). The device comprises one or more processors and a memory, wherein the processors are used for executing a product upgrading method for realizing centralized management of the embodiment of the application; the memory is used for storing a computer program executable by the processor.

Based on the same inventive concept, the present application further provides a computer readable storage medium, corresponding to the foregoing embodiment of the product upgrade method for centralized management, having stored thereon a computer program, which when executed by a processor, implements the steps of the product upgrade method for centralized management of centralized management described in any one of the foregoing embodiments.

The present application may take the form of a computer program product embodied on one or more storage media (including, but not limited to, magnetic disk storage, CD-ROM, optical storage, etc.) having program code embodied therein. Computer-usable storage media include both permanent and non-permanent, removable and non-removable media, and information storage may be implemented by any method or technology. The information may be computer readable instructions, data structures, modules of a program, or other data. Examples of storage media for a computer include, but are not limited to: phase change memory (PRAM), static Random Access Memory (SRAM), dynamic Random Access Memory (DRAM), other types of Random Access Memory (RAM), read Only Memory (ROM), electrically Erasable Programmable Read Only Memory (EEPROM), flash memory or other memory technology, compact disc read only memory (CD-ROM), digital Versatile Disks (DVD) or other optical storage, magnetic cassettes, magnetic tape magnetic disk storage or other magnetic storage devices, or any other non-transmission medium, may be used to store information that may be accessed by the computing device.

The above examples illustrate only a few embodiments of the invention, which are described in detail and are not to be construed as limiting the scope of the invention. It should be noted that modifications and improvements can be made by those skilled in the art without departing from the spirit of the invention, and the invention is intended to encompass such modifications and improvements.

Claims (10)

1. The product upgrading method of centralized management is executed by a product upgrading system comprising a central management module and a service execution module, and is characterized in that: the method comprises the following steps:

s1, constructing an upgrade package through a central management module;

S2, the central management module issues the upgrade package to a service execution module;

S3, the service execution module executes an upgrade task according to the upgrade package;

Wherein, the step S1 includes:

s11, defining upgrade package information; the upgrade package information comprises an upgrade mode; the upgrade mode comprises full upgrade;

S121, if the upgrade mode of the upgrade package information is full upgrade, acquiring all resource files of the new version product from the environment of the developer; packaging the whole resource files into compressed files;

S13, packaging the compressed file and the upgrade package information into an upgrade package.

2. The centrally managed product upgrade method of claim 1, wherein:

The upgrade mode further comprises incremental upgrade; the product upgrading method further comprises the steps of:

s122, if the upgrade mode of the upgrade package information is incremental upgrade, acquiring resource file change data;

Acquiring a changed resource file according to the resource file change data;

and packaging the changed resource file into a compressed file.

3. The centrally managed product upgrade method of claim 2, wherein:

in step S122, obtaining resource file change data includes:

Acquiring a resource file corresponding to an old version product;

acquiring a resource file corresponding to the new version product from the environment of the developer;

and comparing the old version product with the new version product to obtain the resource file change data.

4. The centrally managed product upgrade method of claim 2, wherein:

in step S122, obtaining resource file change data includes:

Inquiring a resource file change history record between the release time of the old version product and the release time of the new version product; and acquiring resource file change data according to the resource file change history record.

5. The centrally managed product upgrade method of claim 2, wherein:

in step S122, obtaining resource file change data includes:

and according to the association relation among the resource files, starting from one resource file change data, and acquiring all resource file change data.

6. The centrally managed product upgrade method of claim 1, wherein:

The step S1 further includes: on the basis of the existing upgrade package which is already constructed, a new upgrade package is formed by adding new resource files.

7. The centrally managed product upgrade method of claim 1, wherein:

the step S3 includes:

S31, obtaining an upgrade package sent by the upgrade task management subunit;

S32, decompressing the compressed file in the upgrade package to obtain a resource file;

s33, analyzing the resource file to obtain an executable file;

S34, executing the upgrading task according to the executable file.

8. The centrally managed product upgrade method of claim 1, wherein:

Further comprising step S4:

the service execution module records the execution condition of the upgrade task to form an upgrade task execution log; and feeding back the upgrade task execution log to the central management module.

9. A centrally managed product upgrade system, comprising:

The center management module and the service execution module; the central management module is used for managing information, constructing an upgrade package and issuing the upgrade package to the service execution module; the service execution module is used for executing an upgrade task according to the upgrade package;

The central management module comprises an upgrade package management unit; the upgrade package management unit comprises an upgrade package definition subunit, an upgrade package resource management subunit and an upgrade package construction subunit; the service execution module comprises a data transmission unit;

The upgrade package definition subunit defines upgrade package information; the upgrade package information comprises an upgrade mode; the upgrade mode comprises full upgrade;

The upgrade package resource management subunit and the data transmission unit acquire all resource files of the new version product from the environment of the developer when the upgrade mode of the upgrade package information is full upgrade;

the upgrade package construction subunit packages the all resource files into a compressed file, and packages the compressed file and the upgrade package information into an upgrade package.

10. An electronic device, comprising:

A processor;

a memory for storing a computer program for execution by the processor;

Wherein the processor, when executing the computer program, implements the product upgrade method of any of the centralized management of claims 1-8.