TWI769578B - Software product assembly and delivery equipment, system and method thereof - Google Patents

Abstract

The present invention provides a software product assembly and delivery equipment, system and method thereof, and the software product assembly and delivery system including a use end equipment with user interface and a back-end equipment, in which the back-end equipment receives a required information of a software product provided by the user interface, and the back-end device obtains plurality of available resource content values according to a resource reference location data in the required information. And the back-end equipment uses a product specification template in the required information to assemble a specification feature data and the plurality of available resource content values in the required information into plurality of candidate software products. Then, the back-end device selects at least one deliverable software product from the plurality of candidate software products according to business rules. In this way, the present invention improves product management efficiency, speeds up product assembly or shortens product release schedule through automated product assembly and business inspection.

Description

Software product assembly delivery equipment, system and method

The present invention relates to product assembly and delivery technology, in particular to a device, system and method for rapid assembly and delivery of software products.

In the prior art, the composition of traditional software products (eg, cloud space service or mobile network service) can only be assembled in accordance with existing resource supply and business rules.

However, the market trends are changing rapidly. After the software service providers have finally discussed and planned internally, the software products are assembled and released to users for purchase. However, due to business strategy adjustments or changes in resource supply, repeated operations are often carried out. Software product assembly or specification adjustment. In addition to causing waste of time and human resources, it is also unable to respond to the current fast-changing modern consumption patterns in a timely manner, and in the tedious and repetitive operation process, potential human error risks may also arise, resulting in the release of wrong software products.

Therefore, how to overcome the difficulties faced by the traditional software product assembly process to immediately reflect the difficulty of resource allocation or changes in business requirements has become an important topic for those skilled in the art.

In order to solve the above problem, the present invention provides a software product assembly and delivery system, which includes: a user equipment, which has a user interface; and a back-end equipment, which is communicatively connected to the user equipment for a user to pass through the user interface. Set the business rules, specification feature data, resource reference location data and product specification templates of the software product in the back-end device, and the back-end device obtains the content of the multiple available resources of the software product according to the resource reference location data of the software product value, wherein the back-end device assembles the specification feature data of the software product and the content values of a plurality of suppliable resources into a plurality of candidate software products according to the product specification template of the software product, so as to obtain a plurality of candidate software products from the plurality of candidate software products according to the business rules of the software product At least one deliverable software product is selected from the software products.

The present invention also provides a method for assembling and delivering a software product, which includes: setting business rules, specification feature data, resource reference location data, and product specification templates of a software product in a back-end device through a user interface of a user device; The terminal device obtains the content value of the plurality of available resources of the software product according to the resource reference location data of the software product; and makes the back-end device obtain the specification feature data of the software product and the plurality of available resources according to the product specification template of the software product The content value is assembled into a plurality of candidate software products, so that the back-end device selects at least one deliverable software product from the plurality of candidate software products according to business rules of the software product.

The present invention further provides a software product assembly and delivery device, which includes: a back-end device for users to set business rules, specification feature data, resource reference location data, and product specification templates, and the back-end device is based on the software product. The resource reference location data of the software product is obtained by the plurality of available resource content values, wherein the back-end device is based on the software The product specification template of the product assembles the specification feature data of the software product and the content values of a plurality of available resources into a plurality of candidate software products, so as to screen out at least one deliverable software product from the plurality of candidate software products according to the business rules of the software product .

In one embodiment, the back-end device includes: a feature definition module for the user to set the specification feature data of the software product in the feature definition module through the user interface; and a template construction model A group is used for the user to set the product specification template of the software product in the template building module according to the specification feature data of the software product and a plurality of available resource content values through the user interface, wherein the software product The product specification template records the connection relationship between the specification characteristic data of the software product and the content values of the plurality of available resources.

In one embodiment, the back-end device includes: a resource allocation module for the user to set the resource reference location data of the software product in the resource allocation module through the user interface; and information exchange The interface is used to provide a plurality of supplyable resource content values of the software product to the resource allocation module, and to release the deliverable software product, wherein the resource allocation module passes through the resource reference position data according to the software product. The information exchange interface obtains a plurality of available resource content values of the software product.

In one embodiment, the back-end equipment includes: a product assembly module, which is used to monitor the specification characteristic data of the software product, the content values of a plurality of available resources, and a product specification template, wherein, when the product assembly module monitors When there is a data change event of addition, modification or deletion of the specification characteristic data of the software product, the content value of multiple available resources or the product specification template, the product assembly module shall be based on the software product after the addition, modification or deletion. product specification template A software product assembly operation is performed using the grid feature data or the plurality of suppliable resource content values, so as to produce the plurality of candidate software products.

In one embodiment, the back-end device further includes a business management and control module for the user to set the business rules of the software product in the business management and control module through the user interface, and the business management and control module according to The business rules of the software product perform inspection and screening on the plurality of candidate software products to select at least one of the plurality of candidate software products that complies with the business rules of the software product as the deliverable software product. Otherwise, the business management and control module The deliverable software product is not screened from the plurality of candidate software products.

In one embodiment, when the user does not set the business rules of the software product in the business management module through the user interface, the business management module identifies the plurality of candidate software products as a plurality of deliverable software products .

As can be seen from the above, the software product assembly and delivery device, system and method of the present invention can quickly and automatically produce deliverable software products, so as to set and maintain the definition and description of various specifications and feature data by the feature definition module of the back-end device, Then, the resource allocation module of the back-end device sets and configures the resource reference location data, and obtains a plurality of available resource content values according to the resource reference location data, and then the product assembly module of the back-end device executes the software product assembly operation, Then, a plurality of candidate software products are assembled, whereby the business management and control module of the back-end equipment checks and selects the plurality of candidate software products according to the set business rules. Finally, among the plurality of candidate software products, those that meet the business rules are regarded as deliverable software products.

Therefore, compared with the traditional product assembly process, in response to the adjustment of resource supply or business needs, it is necessary to repeatedly assemble products or adjust product specifications, which not only causes waste of time cost and human resources, but also may be delayed in the delivery schedule. Under the urgency, there will be mistakes in the busyness at risk. In contrast, the present invention applies business rules to the subsequent delivery control operations of product assembly, and achieves continuous assembly and delivery of software products through automated product assembly and division of labor in business inspection, which is beneficial for improving product management efficiency, accelerating product assembly, and shortening product time. release schedule.

1: Software product assembly delivery system

10: Consumer equipment

11: User Interface

20: Backend equipment

21: Feature Definition Module

22: Resource Allocation Module

23: Template Building Blocks

24: Information exchange interface

25: Product assembly module

26: Candidate Product Database

27: Business management and control module

S21 to S28: Steps

FIG. 1 is a schematic diagram of the architecture of the software product assembly and delivery system of the present invention; and

FIG. 2 is a schematic flowchart of the method for assembling and delivering software products according to the present invention.

The following specific embodiments are used to illustrate the implementation of the present invention, and those skilled in the art can easily understand other advantages and effects of the present invention from the contents disclosed in this specification.

It should be noted that the structures, proportions, sizes, etc. shown in the drawings in this specification are only used to cooperate with the contents disclosed in the specification for the understanding and reading of those who are familiar with the art, and are not intended to limit the implementation of the present invention. Therefore, it has no technical significance. Any modification of the structure, change of the proportional relationship or adjustment of the size should still fall within the scope of the present invention without affecting the effect and the purpose that the present invention can achieve. The technical content disclosed by the invention can be covered within the scope. At the same time, terms such as "a", "first", "second", "upper" and "lower" quoted in this specification are only for the convenience of description and are not used to limit the scope of the present invention. The scope of implementation and the change or adjustment of its relative relationship shall be regarded as the scope of implementation of the present invention without substantially changing the technical content.

FIG. 1 is a schematic diagram of the structure of the software product assembly and delivery system of the present invention. As shown in FIG. 1 , the software product assembly and delivery system 1 includes a user-end device 10 and a back-end device 20 (or a software product assembly and delivery device), wherein the user-end device 10 includes a user interface 11 (User Interface). , referred to as UI), and the back-end equipment 20 (software product assembly and delivery equipment) includes a feature definition module 21, a resource allocation module 22, a template construction module 23, an information exchange interface 24, a product assembly module A group 25 , a candidate product database 26 and a business management and control module 27 .

Specifically, as shown in FIG. 1 , the user device 10 is a smart phone or a computer (such as a notebook computer, a tablet computer or other types of computers, etc.), and the back-end device 20 is a server (such as general-purpose server, file-based server, storage unit-based server, etc.) or other electronic devices with appropriate computing mechanisms. For example, the user can connect the backend device 20 by communicating with the user device 10 (eg, using the Internet or various wireless and mobile networks) to transfer a software through the user device 10 The information required by the product is sent to the back-end device 20 so that the back-end device 20 can automatically generate the software product.

The user interface 11 is built on the user device 10 to provide a setting interface for setting business rules, specification feature data, resource reference location data and product specification templates required for assembly and delivery of software products. In one embodiment, the user interface 11 provides interaction and information transfer between the user and the backend device 20 .

The feature definition module 21 is built on the backend device 20 and is communicatively connected to the user interface 11 of the user device 10 for a user (such as a software service provider, not shown in the figure) to use the user interface 11 The user interface 11 is used to set and store the specification feature data of the software product in the feature definition module 21 . For example, when a software service provider provides cloud space services, the software service provider accesses the setting in the feature definition module 21 through the user interface 11 . The specification feature data of the software product may include cloud space capacity and cloud download speed, or, when the software service provider provides mobile Internet services, the software service provider sets the feature definition module 21 through the user interface 11 . The specifications and characteristics of the software product may include uplink rate and downlink rate, etc., but are not limited to the above.

The resource allocation module 22 is built on the backend device 20 and is communicatively connected to the user interface 11 of the user device 10 for the user to configure the resource allocation module 22 through the user interface 11 and storing the resource reference location data of the software product, wherein the resource allocation module 22 obtains and stores a plurality of available resource content values of the software product through the information exchange interface 24 according to the resource reference location data of the software product. In addition, the resource allocation module 22 continuously monitors whether a data change occurs in the content values of the plurality of available resources of the software product. If the resource allocation module 22 detects that the content values of the plurality of available resources of the software product change data, then The resource allocation module 22 immediately reflects and updates the content values of the plurality of available resources of the software product, so as to maintain the validity and correctness of the content values of the plurality of available resources of the software product. In one embodiment, the information exchange interface 24 is built on the back-end device 20 for providing access to the content values of multiple suppliable resources of the software product and communication of the information released by the software product.

For example, when a software service provider provides cloud space services, the resource reference location data of the software product set by the software service provider in the resource allocation module 22 through the user interface 11 may include the cloud space reference location and the download speed reference position, and the resource allocation module 22 obtains from the information exchange interface 24 the multiple available resource content value of the software product can be {cloud space reference position, [cloud space capacity: 10GB (Gigabyte), 20GB] } and {download speed reference location, [cloud download speed: 30Mbbs (Million bits per second), 40Mbps, 50Mbps]}; or, when the software service provider provides mobile Internet services, the software service provider goes through the user interface 11 to the resource reference location of the software product set in the resource allocation module 22 The data may include an uplink rate reference position and a downlink rate reference position, and the resource allocation module 22 obtains from the information exchange interface 24 a plurality of available resource content values of the software product can be {uplink rate reference position, [uplink rate: 10Mbps , 20Mbps]} and {downlink rate reference position, [downlink rate: 30Mbps, 40Mbps, 50Mbps]}, etc., but not limited to the above. In one embodiment, the cloud spatial reference position, the download speed reference position, the uplink rate reference position, and the downlink rate reference position may be in the format of a Uniform Resource Identifier (URI).

The template building module 23 is built on the back-end device 20 and is communicatively connected to the user interface 11 of the user device 10 for the user to set in the template building module 23 through the user interface 11 and store the product specification template of the software product, wherein the user provides the specification of the software product to the template construction module 23 through the user interface 11 according to the feature definition module 21 and the resource allocation module 22 respectively The feature data and the plurality of available resource content values are used to set the product specification template of the software product in the template building module 23 . In one embodiment, the product specification template of the software product records the connection relationship between the specification feature data of the software product and the content values of a plurality of available resources.

In addition, when the feature definition module 21 is not set with the specification feature data of the software product, and cannot provide the template construction module 23 with the specification feature data of the software product, the feature definition module 21 resets the required The specification feature data of the software product is provided, and then the set specification feature data of the software product is provided to the template construction module 23 .

For example, when a software service provider provides cloud space services, the product specification template of the software product set by the software service provider in the template building module 23 through the user interface 11 can be a cloud space product template: {[cloud space capacity, cloud space reference location], [cloud download speed, download speed reference location]}; or, when a software service provider provides mobile Internet services, the software service provider accesses the The product specification template of the software product set in the template building module 23 can be a network speed supply product template: {[uplink rate, uplink rate reference position], [downlink rate, downlink rate reference position]}, etc., but not limited to the above .

The product assembly module 25 is built on the back-end device 20 and is respectively connected to the feature definition module 21 , the resource allocation module 22 and the template construction module 23 for monitoring the feature definition module 21 The specification feature data of the software product in the resource allocation module 22 , the multiple supplyable resource content values of the software product in the resource allocation module 22 , and the product specification template of the software product in the template building module 23 .

For example, when the product assembling module 25 monitors the specification characteristic data of the software product, the content value of a plurality of available resources, or the data change event of adding, modifying or deleting the product specification template, the product assembling module 25 According to the product specification template of the software product after the addition, modification or deletion in the template construction module 23, the specification features after the addition, modification or deletion are obtained from the feature definition module 21 and the resource allocation module 22 respectively Data or a plurality of available resource content values are used to perform software product assembly operations, so that the product assembly module 25 produces a plurality of candidate software products and stores them in a candidate product database 26 . In one embodiment, the candidate product database 26 is built on the back-end device 20 for storing a plurality of candidate software products output by the product assembly module 25 .

The business management and control module 27 is built on the back-end device 20 and communicates with the user interface 11 , the information exchange interface 24 and the candidate product database 26 respectively, so that the user can access the product through the user interface 11 . The business management and control module 27 sets business rules required for the delivery of the software product, and the business management and control module 27 checks the plurality of candidate software products in the candidate product database 26 according to the business rules of the software product. filter.

Furthermore, the business management and control module 27 monitors the candidate product database 26, and when it detects that the plurality of candidate software products in the candidate product database 26 have a change event such as addition, modification, deletion, etc., the business management and control module 27 Execute inspection and screening of the plurality of candidate software products in the candidate product database 26 according to the business rules of the software product. After the inspection and screening operation is completed, the business management and control module 27 will conform to the business rules of the software product. At least one of the plurality of candidate software products is used as a deliverable software product to publish the deliverable software product through the information exchange interface 24 . Or, when the business management and control module 27 cannot select at least one of the plurality of candidate software products conforming to the business rules of the software product according to the business rules of the software product, the business management and control module 27 does not select from the plurality of candidate software products The deliverable software product is filtered out.

The following embodiments provide a cloud space service for software service providers, and are described with reference to FIG. 1 .

In this embodiment, the software service provider sets the specification and feature data of the software product (eg, cloud space) in the feature definition module 21 of the back-end device 20 through the user interface 11 of a user device 10 (eg, a computer). capacity, cloud download speed), and store the specification and feature data of the software product in the feature definition module 21 of the back-end device 20, and then set it in the resource allocation module 22 of the back-end device 20 through the user interface 11 The resource reference location data of the software product (eg: cloud spatial reference position, download speed reference position), and the resource reference position data of the software product is stored in the resource allocation module 22 of the back-end device 20 .

Furthermore, the resource allocation module 22 obtains and stores the plurality of data of the software product through the information exchange interface 24 of the back-end device 20 according to the resource reference position data of the software product (eg: cloud spatial reference position, download speed reference position) Available resource content values (eg: {cloud space reference location, cloud space capacity: [10GB, 20GB]}, {download speed reference location, cloud download speed: [30Mbps, 40Mbps, 50Mbps]}). And through the user interface 11, according to the specification feature data of the software product and a plurality of available resource content values to the template building module 23 of the back-end device 20 to set the product specification template of the software product (eg: cloud space product template) : {[cloud space capacity, cloud space reference position], [cloud download speed, download speed reference position]}), and save it to the template building module 23.

When the product assembly module 25 of the back-end equipment 20 detects that one of the resource allocation module 22 , the feature definition module 21 and the template construction module 23 changes data, the product assembly module 25 will The product specification template of the software product set in the template construction module 23 (eg: cloud space product template) obtains the data required by the feature definition module 21 and the resource allocation module 22 to construct the software product, that is, the The product assembly module 25 obtains the specification feature data of the software product from the feature definition module 21 and obtains the content value of the plurality of available resources of the software product from the resource allocation module 22. The product assembly module 25 Assemble the combination of the largest total candidate software products, such as {cloud space capacity: 10GB, cloud download speed: 30Mbps}, {cloud space capacity: 10GB, cloud download speed: 40Mbps}, {cloud space capacity: 10GB, cloud download speed: 50Mbps}, {cloud space capacity: 20GB, cloud download speed: 30Mbps}, {cloud space capacity: 20GB, cloud download speed: 40Mbps}, {cloud space capacity: 20GB, under the cloud Load speed: 50 Mbps) and other candidate software products, the product assembly module 25 stores the plurality of candidate software products in the candidate product database 26 .

In addition, when the business management and control module 27 detects that the plurality of candidate software products in the candidate product database 26 have data changes, and the software service provider has not set any parameters in the business management and control module 27 through the user interface 11 In the business rules of the software product, the plurality of candidate software products are identified as a plurality of deliverable software products, and then the plurality of deliverable software products are released to the outside through the information exchange interface 24 .

In another embodiment, when the software service provider sets and stores the business rules of the software product in the business control module 27 through the user interface 11 of the user device 10 (such as a computer) (for example, the cloud download speed is not allowed) is equal to 50Mbps), and when the service management and control module 27 detects that the business rules of the software product change data, the service management and control module 27 will adjust the data according to the business rules of the software product (for example, the cloud download speed cannot be equal to 50Mbps). The plurality of candidate software products stored in the candidate product database 26, such as {cloud space capacity: 10GB, cloud download speed: 30M}, {cloud space capacity: 10GB, cloud download speed: 40Mbps}, {cloud space capacity: 10GB , cloud download speed: 50Mbps}, {cloud space capacity: 20GB, cloud download speed: 30Mbps}, {cloud space capacity: 20GB, cloud download speed: 40Mbps}, {cloud space capacity: 20GB, cloud download speed: 50Mbps} Check and filter to select deliverable software products that meet the business rules of the software product (eg: cloud download speed cannot be equal to 50Mbps), such as {cloud space capacity: 10GB, cloud download speed: 30M}, {cloud space capacity: 10GB, cloud download speed: 40Mbps}, {cloud space capacity: 20GB, cloud download speed: 30Mbps}, {cloud space capacity: 20GB, cloud download speed: 40Mbps}, and then through the information exchange interface 24 the plural can be delivered to the software The product is released externally.

In another embodiment, the resource allocation module 22 monitors the resource reference location data (eg, cloud spatial reference location, download speed reference location) of the software product through the information exchange interface 24, and when the resource allocation module 22 finds a part of When the content value of the complex available resource changes, for example, the original content value of the complex available resource is changed from {download speed reference location, cloud download speed: [30Mbps, 40Mbps, 50Mbps]} to {download speed reference location, cloud download speed : [50Mbps, 60Mbps]}, then the information exchange interface 24 retrieves and updates the stored multiple available resource content values from the resource allocation module 22, and then the information exchange interface 24 provides the updated multiple available resource content value to the provisioning module 22.

Therefore, when the product assembly module 25 detects a data change in the content value of the plurality of available resources of the resource allocation module 22, the product assembly module 25 constructs the product of the software product stored in the template construction module 23 according to the data change. Specification template, such as {cloud space product template: [{cloud space capacity, cloud space reference position}, {cloud download speed, download speed reference position}]}, to access the feature definition module 21 and the resource allocation module 22 Build the required data for software products, and then assemble the largest total product portfolio, such as {cloud space capacity: 10GB, cloud download speed: 50Mbps}, {cloud space capacity: 10GB, cloud download speed: 60Mbps}, {cloud space capacity: 60Mbps} : 20GB, cloud download speed: 50Mbps}, {cloud space capacity: 20GB, cloud download speed: 60Mbps} and other candidate software products, and store the candidate software products in the candidate product database 26 .

At this time, the business management and control module 27 monitors the data change in the candidate product database 26, and the business management and control module 27 according to the business rules of the software product (for example, the cloud download speed cannot be equal to 50Mbps) for the plurality of candidates The software product is checked and screened, and the deliverable software product that meets the business rules of the software product is selected (eg: {cloud space capacity: 10GB, cloud Download speed: 60Mbps}, {cloud space capacity: 20GB, cloud download speed: 60Mbps}), and then release the plurality of deliverable software products to the outside through the information exchange interface 24.

FIG. 2 is a schematic flowchart of the method for assembling and delivering a software product according to the present invention, which is also described with reference to FIG. 1 . Meanwhile, the main content of this software product assembly and delivery method is as follows, and the rest of the content is the same as the description of FIG. 1 above, and will not be repeated here. As shown in FIG. 2 , the flow of the software product assembly and delivery method includes the following steps S21 to S28 .

In step S21 , the user sets the specification feature data, resource reference location data and product specification template required for the assembly and delivery of the software product in the backend device 20 through the user interface 11 of the user device 10 .

In step S22 , the user sets the business rules of the software product required for delivery of the software product in the back-end device 20 through the user interface 11 .

In step S23 , the resource allocation module 22 of the backend device 20 obtains a plurality of available resource content values through the information exchange interface 24 of the backend device 20 according to the resource reference location data of the software product.

In step S24, the resource allocation module 22 monitors the content values of a plurality of available resources through the information exchange interface 24 according to the resource reference position data of the software product. If the content values of the plurality of available resources change, the resource allocation module 22 Get the latest plural available resource content value and update.

In step S25, the product assembling module 25 of the back-end device 20 records the specification feature data and plural numbers of the software product according to the product specification template of the software product in the template building module 23 of the back-end device 20. Provide links between resource content values to access the The specification and characteristic data of the software product and the content value of the multiple available resources and the software product assembly operation.

In step S26 , the product assembly module 25 stores the candidate software product assembled according to the product specification template of the software product in the candidate product database 26 of the back-end device 20 .

In step S27, the business management and control module 27 of the back-end device 20 performs inspection and screening of the candidate software products in the candidate product database 26 according to the business rules of the software product, and selects candidates that meet the business rules of the software product. Software Products as deliverable software products.

In step S28 , the service management and control module 27 publishes the deliverable software product through the information exchange interface 24 to the outside.

To sum up, the software product assembly and delivery device, system and method of the present invention provide software service providers to quickly and automatically produce deliverable software products. Specifically, the feature definition module sets and maintains the definitions and descriptions of various specifications and feature data, the resource allocation module sets and configures the resource reference location data, and obtains a plurality of available resource content values from the resource reference location data, and reuses them. The template building module establishes a link relationship between the specification feature information and the content values of the plurality of available resources according to the data content provided by the feature definition module and the resource allocation module, so as to form a product specification template of the product from the template building module. In this way, the product assembly module performs the software product assembly operation according to the set product specification template, and then assembles a plurality of candidate software products, and then the business control module checks the plurality of candidate software products according to the set business rules. After nuclear screening, finally, the software products that meet the business rules among the plurality of candidate software products are regarded as deliverable software products.

In addition, the present invention also incorporates a data change monitoring mechanism, so that changes in product specification templates, specification feature data or content values of multiple available resources can be monitored in real time, and product assembly events can be quickly triggered to reflect current demand changes. Therefore, through the division of labor and collaboration of automated product assembly and business inspection, the complexity of current product assembly can be greatly simplified and the risk of human failure can be reduced, and the delivered products can be accurately and quickly supported in the business sales system, realizing continuous product assembly and delivery. The vision is beneficial to improve product management efficiency, speed up product assembly and shorten product release schedule.

Furthermore, the software product assembly and delivery device, system and method of the present invention have at least the following technical differences and their effects:

1. The present invention provides a flexible assembly of specification features and a dynamic resource reference matching mechanism, which can directly access the existing specification feature data according to the properties of the software product or re-formulate and assemble based on the existing specification feature data and the resource reference position, Through this, the design of the product specification template is completed, and then by monitoring the data and correlation changes between the set product specification template, specification features and resource content values, it can immediately reflect the relevant data changes required in the assembly product process, and then quickly Generate deliverable software products, greatly reducing the complexity of current product specification adjustments or resource changes that require restarting the creation of the desired product.

2. The present invention proposes a continuous assembly and delivery process control mechanism for innovative products. From the perspective of resource supply, the hierarchically designed product specification templates are matched with automated assembly operations, so that changes in resources can be instantly reflected in software product assembly. Efficiently generate multiple candidate software products with the largest combination of total software products, and then coordinate and centrally control the multiple candidate software products according to business rules to deliver software products that meet business requirements. Therefore, compared with the traditional product assembly process, in response to changes in resource supply or business needs, it is necessary to Repeatedly assembling products or adjusting product specifications, in addition to wasting time and human resources, may also lead to the potential risk of mistakes in busy schedules due to the urgent delivery schedule. However, the present invention applies business rules to the subsequent delivery control operations of product assembly, and achieves continuous assembly and delivery of software products through automated product assembly and division of labor in business inspection, which is beneficial to improve product management efficiency, accelerate product assembly, and shorten product release. time course.

The above-mentioned embodiments are only used to illustrate the principle and effect of the present invention, but are not intended to limit the present invention. Any person skilled in the art can modify and change the above-mentioned embodiments without departing from the spirit and scope of the present invention. Therefore, the protection scope of the present invention should be listed in the scope of the patent application.

1: Software product assembly delivery system

10: Consumer equipment

11: User Interface

20: Backend equipment

21: Feature Definition Module

22: Resource Allocation Module

23: Template Building Blocks

24: Information exchange interface

25: Product assembly module

26: Candidate Product Database

27: Business management and control module

Claims (13)

A software product assembly and delivery system, comprising: a user device with a user interface; and a back-end device, which is communicatively connected to the user-end device, so that a user can configure software in the back-end device through the user interface Product business rules, specification feature data, resource reference location data, and product specification template. The product specification template of the software product records the link relationship between the software product specification and feature data and the content values of multiple available resources, and the The back-end device obtains the plurality of available resource content values of the software product according to the resource reference location data of the software product, wherein the back-end device records the connection relationship between the specification feature data and the plurality of available resource content values according to the The product specification template of the software product assembles the specification feature data of the software product and the content values of a plurality of available resources into a plurality of candidate software products, so that the back-end equipment can screen the plurality of candidate software products according to the business rules of the software product produce at least one deliverable software product. The software product assembly and delivery system according to claim 1, wherein the back-end device further comprises: a feature definition module for the user to configure the software product in the feature definition module through the user interface specification feature data; and a template building module for the user to configure the software product through the user interface according to the software product specification feature data and a plurality of available resource content values in the template building module Product specification template. The software product assembly delivery system according to claim 1, wherein the back-end equipment further comprises: The resource allocation module is used for the user to set the resource reference location data of the software product in the resource allocation module through the user interface; and the information exchange interface is used to provide the plurality of available software products The resource content value is sent to the resource allocation module, and the deliverable software product is released, wherein the resource allocation module obtains the plurality of supplyable resources of the software product through the information exchange interface according to the resource reference location data of the software product content value. The software product assembly and delivery system according to claim 1, wherein the back-end equipment further includes: a product assembly module, which is used to monitor the specification characteristic data of the software product, the content values of a plurality of available resources, and a product specification template, Among them, when the product assembly module monitors the specification characteristic data of the software product, the content value of multiple available resources, or the data change event of addition, modification or deletion of the product specification template, the product assembly module is based on the addition, modification or deletion. The modified or deleted product specification template, specification feature data or multiple suppliable resource content values of the software product are used to perform software product assembly operations to produce the multiple candidate software products. The software product assembly and delivery system according to claim 1, wherein the back-end device further includes a business management and control module for the user to configure the business of the software product in the business management and control module through the user interface rules, and the business management and control module performs inspection and screening on the plurality of candidate software products according to the business rules of the software product to select at least one of the plurality of candidate software products that complies with the business rules of the software product as the deliverable Software product, otherwise, the business management and control module does not screen out the deliverable software product from the plurality of candidate software products. The software product assembly and delivery system according to claim 5, wherein, when the user does not set the business rules of the software product in the business management and control module through the user interface, the business management and control module Software products are identified as plural deliverable software products. A software product assembly and delivery method, comprising: setting business rules, specification feature data, resource reference location data, and product specification templates of a software product in a back-end device through a user interface of a user end device, and the product specification of the software product The template records the connection relationship between the specification feature data of the software product and the content values of multiple available resources; enabling the back-end device to obtain the content values of multiple available resources of the software product according to the resource reference location data of the software product; and make the back-end device assemble the specification feature data of the software product and the plurality of available resource content values into a A plurality of candidate software products, so that the back-end device selects at least one deliverable software product from the plurality of candidate software products according to the business rules of the software product. The method for assembling and delivering a software product according to claim 7, further comprising: setting the specification feature data of the software product in the feature definition module of the back-end device through the user interface; and according to the software through the user interface The product specification characteristic data and a plurality of available resource content values are set in the template building module of the back-end device to set the product specification template of the software product. The software product assembly delivery method as described in claim 7, further comprising: Set the resource reference location data of the software product in the resource allocation module of the backend device through the user interface; and make the resource allocation module exchange information through the backend device according to the resource reference location data of the software product The interface obtains the plurality of available resource content values of the software product, wherein the information exchange interface provides the plurality of available resource content values of the software product to the resource provisioning module, and publishes the deliverable software product. The method for assembling and delivering a software product according to claim 7, further comprising: making the product assembly module of the back-end equipment monitor the specification characteristic data of the software product, the content values of a plurality of available resources and the product specification template; when the product is assembled When the module monitors the specification characteristic data of the software product, the content value of multiple available resources, or the data change event of addition, modification or deletion of the product specification template, the module shall be assembled according to the added, modified or deleted data. The software product assembly operation is performed on the product specification template, specification feature data or a plurality of suppliable resource content values of the software product, so as to produce the plurality of candidate software products. The method for assembling and delivering a software product according to claim 7, further comprising: setting the business rules of the software product in the business management and control module of the back-end device through the user interface, and the business management and control module according to the software product The business rules of the plurality of candidate software products are checked and screened to select at least one of the plurality of candidate software products that complies with the business rules of the software product as the deliverable software product. The deliverable software product is screened out from the plurality of candidate software products. The method for assembling and delivering a software product according to claim 11, further comprising: when the business rules of the software product are not set in the business control module through the user interface, instructing the business control module to set the plurality of candidate software products Identify as plural deliverable software products. A software product assembly and delivery equipment, comprising: back-end equipment for users to set business rules, specification feature data, resource reference location data, and product specification templates for users to set software products, and the software product specification template records the software The connection relationship between the product's specification feature data and the plurality of available resource content values, and the back-end device obtains the plurality of available resource content values of the software product according to the resource reference location data of the software product, wherein the back-end device obtains the plurality of available resource content values of the software product The equipment assembles a plurality of candidate software products according to the product specification template of the software product that records the connection relationship between the specification feature data and the plurality of available resource content values, the specification feature data of the software product and the plurality of available resource content values, Screening out at least one deliverable software product from the plurality of candidate software products according to the business rules of the software product.

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