CN103440150A - Method capable of assembling software being downloaded from remote component warehouse as required in field - Google Patents

Abstract

The invention discloses a software on-site assembly method downloaded on demand from a remote component warehouse, which includes acquiring user requirements, using assembly tools, interacting with the assembly tool and the remote component warehouse, and finally assembling and deploying; the deployer communicates with the user to determine the required Public and private functional components and system deployment methods; if it is a local deployment, the deployer communicates with the user, obtains the relevant parameters of the deployment environment, and determines the personalized parameters of the system required by the user; if it is a leased deployment, the deployer communicates with the user , to determine the personalized parameters of the system required by the user; the assembly tool generates a system description file, interacts with the remote component library, and sends it to the component library; the component library parses these assembly description files, generates a software package, sends it to the client, and completes the assembly. The invention can implement software installation and user requirements on one platform, can greatly improve software assembly speed and efficiency, and can reduce user costs.

Description

A software on-site assembly method downloaded on demand from a remote component warehouse

technical field

The invention belongs to the field of cloud platform application technology, and relates to a cloud service system and an assembly method for software development and application. The invention provides an on-site software assembly method that can be downloaded from a remote component warehouse on demand.

Background technique

With the advent of the era of computer networks with the development of science and technology, based on the formation of cloud platforms, the safe storage and convenient application of data information have become more and more important. With the continuous development of cloud technology, socialized and intensive software service system has become the basis for realizing the integration and intelligence of information service, and it is also the core of information service system. The business service model in the form of download is directly related to the development model of the software industry. How to further improve the practicability, adaptability and timeliness of the software service system from market research and service design is a new problem that needs to be studied and solved before us. subject.

Cloud platform services can provide powerful cloud computing support and cloud storage support for terminals connected to the cloud. To achieve the maximum benefit with the minimum resource consumption and the fastest computing speed. In the field of software development and application, the industry has not disclosed any technology related to on-demand downloading of software from cloud component warehouses for on-site assembly. "On-demand software assembly technology downloaded from remote component warehouse" can present software products that can realize various functions in the form of components on the "assembly tool" like a dazzling array of commodities, for users to choose independently and purchase on demand , so that users can flexibly and conveniently use various services provided by the cloud platform, and improve the timeliness of cloud platform services. How to build a brand-new assembly tool, build a bridge between software developers and users, ensure that it can download software on demand and assemble it on site, provide a good platform environment for software development and application, and reduce software updates 1. Overcome the shortcoming of poor software versatility, which is a technical problem in this field.

In addition, with the development of technology and the improvement of after-sales service, enterprise users have also put forward new requirements for software systems:

1. The demand for customizability of software systems is getting higher and higher;

Customizability refers to designing a software system according to the specific situation and specific requirements of users, providing corresponding services, and selecting functions according to requirements. Customized software mainly has the following advantages: strong pertinence, can compile the most suitable software system for users according to different situations of users; easy to use, program completely according to the existing workflow of users, users only need to have basic knowledge of computer use, You can freely control the software without complicated training; the cost is low, and the functional modules required by the user can be compiled according to the actual situation of the user, thereby saving development costs.

2. The pay-as-you-go SaaS model is increasingly accepted by users;

SaaS (Software as a service) is a mode of providing software services through the Internet. The service provider does not provide the software package of the application system to the customer, but conducts centralized deployment, and stores the customer's data and business processes on the same server group through multiple tenancy. Enterprises rent software services from SaaS providers according to actual needs, without purchasing software and hardware, building computer rooms, and recruiting technical management personnel. SaaS provides pure services. Service providers and customers have changed from software delivery to service provision, from a sales relationship to a service relationship. In this mode, customers only need to pay a certain service rental fee to enjoy the corresponding hardware, software and maintenance services through the Internet, as well as software usage rights and upgrade functions.

The SaaS service model is the development trend of future management software. SaaS not only reduces or cancels traditional software licensing fees, but also manufacturers deploy application software on a unified server, exempting end users from spending on server hardware, network security equipment, and software upgrades and maintenance. Customers do not need to use personal computers and Additional IT investments beyond an Internet connection can make needed software and services available via the Internet. In addition, SaaS providers usually charge according to the software modules rented by customers, so users can order software application services on demand according to their needs, and SaaS providers will be responsible for system deployment, upgrades and maintenance.

The use of traditional software is limited by space and location, and must be used on fixed devices, while software projects in the SaaS model can be used anywhere and at any time that can access the Internet. Compared with traditional software, the SaaS model has great advantages in various aspects such as software upgrades, services, and data security transmission.

3. The requirements for rapid deployment generation systems are getting higher and higher.

Throughout the development of all aspects of human civilization, speed is an eternal pursuit. We pursue faster product delivery, faster market response, and faster service model. In the current fierce market competition, time cost is often more important than other costs. In order to take advantage of "fastness" and take advantage of "fastness", rapid deployment and generation of a system with all the required functions is the primary key point. Fast and accurate deployment will definitely improve work efficiency and bring expected benefits earlier.

However, domestic research in this field is still relatively lacking. The existing technology cannot meet the demand for on-site assembly of software downloaded from remote component warehouses, and cannot assemble a finished software for users, and cannot automatically configure and expand user needs. function, so the research and development in this area has very good engineering application value.

Contents of the invention

The purpose of the present invention is to provide users with an on-site software assembly system and assembly method that can be downloaded from a remote component warehouse on demand, which can realize fast and effective software installation. Quickly customize the software according to the needs of users, assemble a finished software for users, support the software and service (SaaS) model, and combine cloud storage technology to provide users with stable and efficient services.

In order to solve the problems of the technologies described above, the technical solution of the present invention is:

A method for on-site assembly of software downloaded on demand from a remote component warehouse, comprising the following steps:

In the first step, the deployer communicates with the user to determine the required functional components. The system deployment method is divided into local deployment or leased deployment;

The second step, if it is a local deployment, obtain the relevant parameters of the deployment environment, and determine the personalized parameters of the system required by the user;

If it is a leased deployment, the deployment personnel log in to the assembly tool and communicate with the user to determine the personalized parameters of the system required by the user. The assembly tool interacts with the remote component library according to the acquired requirements, and calculates the components and operating environment it depends on;

In the third step, the assembly tool generates a system assembly description file according to all selected components and special requirements, and sends it to the component library;

In the fourth step, the component library parses the assembly description file sent by the assembly tool, combines the required components together to generate a software package, and sends it to the client;

The fifth step, the assembly tool receives the software package and completes the deployment;

Step 6: After the component deployment is completed, the deployer sets the usage permissions according to the system deployment method (local or rented) selected by the user.

Further, the assembly tool can meet customers' requirements for software system customizability and pay-as-you-go, and can quickly deploy the generation system.

Further, the assembly tool is in the form of a web page, including a login interface, a component selection interface, a component customization interface and a required component management interface.

Further, in the local deployment, the personalized parameters for determining the system required by the user include the system and configuration of the computer used by the user, the type, version, link address, user name and password of the database used.

Further, in the renting deployment, it is determined that the personalized parameters of the system required by the user are style, preference and interface style parameters.

Further, the assembly description file is a description file including how to assemble the system, and the format of the file is a plain text file such as xml, a property file, or a binary file.

Further, in the software package process generated according to the assembly description file, if the user has customization requirements, it should be fed back to the software developer for component development, and the client should be prompted that the component needs to be developed.

Further, the usage permission function is completed by an assembly tool, which needs to be determined by integrating assembly description files and software information.

The present invention is characterized in that:

(1) The present invention is based on cloud storage technology and on-site assembly technology. The components are downloaded from the remote component warehouse on demand. The on-site assemblers do not need to carry any storage and installation equipment. As long as the client can be connected to the Internet, the software assembly can be realized.

(2) The present invention adopts the pay-as-you-go SaaS model, the supplier charges according to the software modules rented by the user and the user can order the software according to the demand.

(3) The present invention enables deployers to quickly and accurately deploy the system, thereby improving work efficiency.

(4) The present invention can assemble a finished software for the user, and can automatically configure and expand user needs.

Description of drawings

Fig. 1 is a system composition diagram of the present invention;

Fig. 2 is a working flow diagram of the present invention.

Detailed ways

The specific implementation manner of the present invention will be described in detail below in conjunction with the accompanying drawings and specific workflows.

As shown in Figure 1, the on-site software assembly method downloaded from the remote component warehouse according to the present invention is carried out through system components, and the system includes a remote component library, assembly tools and assembly description files;

Among them, the remote component library is located on a network server and is used to store various software components, including desktop interface framework, web interface framework, database access, data mining, data integration, big data support, jar package, lib library file and dynamic link libraries, etc. At the same time, the assembly tool is a client tool that interacts with the remote component library, used to obtain the user's assembly and customization requirements, and generate an assembly description file; the remote component library is divided into a public component library and a private component library, and the public component library can be used directly , and provides support for automatic upgrades; private component libraries need to charge a certain fee before they can be used. The assembly description file is a description file that contains how the system is assembled. The format of the file is a plain text file such as xml and property files, or a binary file; the assembly tool obtains the user's requirements for assembly and generates a system assembly description file for these requirements and sends it To the remote component library, the remote component library parses the assembly description file, generates a software package, and sends it to the client to complete the assembly.

In the above system, the software components include web fragments, jar packages, lib library files and dynamic link libraries, and the components are combined through assembly tools. The assembly tool connects to the remote component library through the network, and obtains the component list through searching and filtering.

The specific operation method is shown in Figure 2, including the following steps:

In the first step, the deployer communicates with the user to determine the required functional components and the system deployment method (local or leased).

In the second step, if it is a local deployment, the deployer communicates with the user to obtain relevant parameters of the deployment environment, such as whether a specific server is required, the type, version, link address, username and password of the database server, etc.

If it is a leased deployment, the deployer logs in to the assembly tool, communicates with the user, and determines the personalized parameters of the system, such as style, preference, and interface style. The assembly tool interacts with the remote component library according to the obtained requirements, calculates the dependent components, the operating environment, etc. The assembly tool is in the form of a web page, including a login interface, a component selection interface, a component customization interface and a required component management interface. The login interface includes the login user name and password, and after login, enter the component selection interface. The component selection interface should have functions of searching components and displaying component list. The component list is a list of optional components in the remote component warehouse based on the obtained user requirements, interaction with the remote component library, calculation of the components that the required components depend on, and the operating environment. The deployer communicates with the user, and selects the component that the user is satisfied with in the component list. The component customization interface requires the ability to input user requirements, such as special requirements for components, deployment methods, and personalized parameters. The requirements component management interface should have component management functions such as adding, deleting, and displaying all components. Click on the name of each component in the component selection interface and the required component management interface to view the relevant information of the component. Set the permission limit here, and determine the amount of information that can be viewed according to the level of permission. The components obtained by the assembly tool can not only meet the user's functional requirements for the component, but also meet the user's personalized parameters, such as style, preference, interface style, etc.

In the third step, the assembly tool generates a system assembly description file based on all selected components and special requirements, and sends it to the component library. An assembly description file is a description file that contains how the system is assembled. The format of the file can be a plain text file such as xml, a property file, or a binary file. The requirements component management interface also has a function—to generate system assembly description files. The generated description file is required to be displayed in the form of a pop-up window, and it is possible to choose whether to send it to the remote component library. If sending, there is a pop-up window to display the sending progress, the time required for sending, and the function of canceling the sending; if the sending is successful, there will be a successful sending prompt.

In the fourth step, the component library parses the assembly description file sent by the assembly tool, combines the required components together to generate a software package, and sends it to the client. If the user has customization requirements, it should be fed back to the software developer for component development, and the client will be prompted that the component needs to be developed.

Step 5: After the component library generates the software package with the required components, the assembly tool pops up the software package preparation completion window, and the deployer clicks the assemble button to display the location of the selected software installation, and the software installation progress is displayed after the location is selected; the software installation is complete After prompting the installation is complete.

Step 6: After the component deployment is completed, the deployer will set the usage rights or assign the usage license according to the system deployment method (local or leased) selected by the user, so that the user can update the components in a timely manner. The functions of setting usage rights and assigning usage licenses are completed by assembly tools, which need to be determined by comprehensive assembly description files and software information.

The assembling tool of the invention can satisfy customers' demands on software system customizability and pay-as-you-go, and can quickly deploy the generating system.

Claims (8)

1. a software on-site assembly method of downloading as required from the remote component warehouse, is characterized in that, comprises the steps:

The first step, the deployment personnel exchange with the user, determine needed functional module, and the system deployment way is divided into local disposition or rents deployment;

Second step, if local disposition, obtain the correlation parameter of deployed environment, and the personalizing parameters of the required system of definite user;

If rent deployment, the deployment personnel log in assembling tool, and exchange with the user, determine the personalizing parameters of the required system of user; Assembling tool is according to obtained demand, mutual with the remote component storehouse, calculates the assembly, the running environment that rely on;

The 3rd step, assembling tool, according to all component of selecting and special demand generation system assembling description document, is sent to Component Gallery;

The 4th step, the assembling description document that Component Gallery sends over by resolving assembling tool, combine the generation software package to required assembly, sends to client;

The 5th step, assembling tool receives software package, and completes deployment;

The 6th step, after deployment of components completes, the deployment personnel are according to user-selected system local disposition or rent deployment way, the setup and use authority.

2. a kind of software on-site assembly method of downloading as required from the remote component warehouse according to claim 1, it is characterized in that, described assembling tool can meet the client to the software systems customizability and the demand of paying as required, and can the rapid deployment generation system.

3. a kind of software on-site assembly method of downloading as required from the remote component warehouse according to claim 1 and 2, it is characterized in that, described assembling tool is the web form web page, comprises log-in interface, component selection interface, assembly Custom Interface and demand assembly administration interface.

4. a kind of software on-site assembly method of downloading as required from the remote component warehouse according to claim 1, it is characterized in that, described local disposition, the personalizing parameters of determining the required system of user comprises whether needing particular server, type, version, chained address, the username and password of user's system for computer used and configuration, the database server that uses.

5. a kind of software on-site assembly method of downloading as required from the remote component warehouse according to claim 1, is characterized in that, describedly rents deployment, and the personalizing parameters of determining the required system of user is style, preference and interface pattern parameter.

6. a kind of software on-site assembly method of downloading as required from the remote component warehouse according to claim 1, it is characterized in that, described assembling description document is one and comprises the description document how system assembles, and the form of file is that text-only file is as xml, property file, or binary file.

7. a kind of software on-site assembly method of downloading as required from the remote component warehouse according to claim 1, it is characterized in that, the described software package process generated according to the assembling description document, if the user has customized demand, should feed back to the software developer, carry out Components Development, and this assembly of prompting client need to await development.

8. a kind of software on-site assembly method of downloading as required from the remote component warehouse according to claim 1, is characterized in that, described rights of using function is completed by assembling tool, needs comprehensive assembling description document and software information to determine.

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