86 results about "Software production" patented technology

An automated software production system is provided, in which system requirements are captured, converted into a formal specification, and validated for correctness and completeness. In addition, a translator is provided to automatically generate a complete, robust software application based on the validated formal specification, including user-interface code and error handling code.

The invention provides a method for building a software production line platform based on Test Director, Harvest or Subversion, which is characterized in that: by combing the information standards, information flow and information dependency relationship during the process of software research and development; then general defects, modification and configuration management rules (such as flows, tables, fields, roles, authority and protocols) are formulated; unified bases for quality measurement and statistical analysis are established, and a set of measurement models for product quality and process quality is formed. Furthermore, an assistant software research and development synergic management system is also provided for fulfilling support; the operations of service linkage connection, rule mapping and information synchronization are performed for Test Director, Harvest or Subversion. Therefore, the invention has the advantages that: the multi-dimensional data acquisition for demand management, configuration management, alteration management, release management, project management and defect management can be completed, and a software enterprise asset library with a full life cycle is thus formed.

The invention discloses a software product construction method and relates to a software manufacturing method. The method is characterized in that a versioning management method is adopted in a software product manufacturing process, software product versioning management is specific to each component, and corresponding versioning management can be performed on source codes corresponding to the components, thereby being beneficial to the upgrade and maintenance of software products and construction; and in the software product integration and construction process, by virtue of distributed management and the resource sharing and horizontal extended capability of a cloud computing technology, the resource consumption problem brought by the refinement of software product versioning management is solved, and the possibility of construction failure caused by environmental problem is effectively reduced.

The invention relates to the field of making of application software of native mobile phones, in particular to a method for rapidly making the application software of the native mobile phones of specific industries. Making of the application software can be performed and completed through the method without professionals in the field of software development. In addition, application network serves are provided in a server unified mode, and maintaining cost is saved. Common manual operation of making the application software of the native mobile phones is changed into automation, making cost of the application software of similar mobile phones is greatly saved, and the period of making the software is shortened. The method is mainly used for assisting a company and a person in a certain industry like the catering industry in achieving customization development of relative application of the industry, and assisting the company and the person in providing movable internet service support, and a traditional industry can obtain the ability to provide movable network services in a low-cost mode.

The invention provides a platform for generating application software based on 'zero-code', which mainly comprises an element design module, a template design module, an operation design module, a process design module, a window design module, a form building and document design module, a report design module and an intelligent analysis module, wherein the element design module is used to design and package parts in a software factory, the template design module is used to increase reusability and quicken the software manufacturing process, the operation design module is used to design executing functions of the software, the process design module is used to design a service process, the window design module designs software interfaces, the form building and document design module designs data structures, the report table design module is used to realize an intelligent report table design, and the intelligent analysis module is used to realize an intelligent OLAP design and data mining. The invention further provides a method of generating application software based on 'zero-code'. By utilizing the invention, application software in various architectures can be generated rapidly and conveniently without programming techniques.

A system and method for the mass customization of software includes a software production line infrastructure, development environment, and actuator. The infrastructure organizes the software production line using a feature declarations component, a product definitions component, an automatons component, and a partition composition component. The development environment browses, displays, organizes, edits, and maintains the infrastructure. The actuator actuates the software production line to produce custom software products.

The invention discloses a software production method, device and operation system. The software production method is applied to the device and is used in the operation system. According to the software production method, a received service software requirement specification is divided into at least one target service component according to a preset rule, and a service logic and a service rule are formulated for each target service component; whether a content service component which agrees with the target service component exists in a preset service component base is searched; the content service component is directly invoked if the content service component exists; if the content service component does not exist, element components and a service model form the target service component, and the target service component is used as the content service component to be invoked. Therefore, the element components, the service model, a service logic process and the service rule can be flexibly assembled to be a service component and service software by using a non-coding scheme, wiring for source code is reduced, reusable degree is improved, and software production efficiency is improved.

The invention discloses a software production line system and a software production method. The system comprises an accessory warehouse, a business component generating module, a business component storage module, a business component selection module and an accessory assembly module. The accessory warehouse is used for storing business components to be selected by customers; the business component generating module is used for creating the business components conforming to specifications of the accessory warehouse; the business component storage module is used for adding the business components generated by the business component generating module to the accessory warehouse; the business component selection module is used for selecting the needed business components from the accessory warehouse; and the accessory assembly module is used for generating needed software installation files according to the selected business components. Code development amount is reduced while a productized production way for software development is explored. By the aid of the system, reusability and sensitivity of software development can be directly improved, dependence on staff can be reduced, and large-scale and flow-line software production capacity is finally improved.

The invention provides a verification method for the own integrity of a software system, belonging to the technical field of computer security. The verification method comprises two process flows: (1) Acquiring an own integrity base line of the software system in a software production process; (2) firstly verifying the own integrity of the software system when starting a program, and prohibiting program run when the integrity is not matched; judging whether program files are replaced or tampered through self-inspection of the program integrity, so that the running program is guaranteed to be normal.

A method and software product for controlling a percussion device belonging to a rock-drilling machine, and a percussion device. The impact frequency of the percussion device is set so that the percussion device forms a new compression stress wave to the tool always when reflected waves from the previous compression stress waves reach a first end of the tool. This requires that the impact frequency be set proportional to the propagation time of the stress wave, whereby the length of the used tool and the propagation velocity of the stress wave in the tool material are to be noted.

The invention relates to a method for combining a gravure line font and a hexagonal network node. The method comprises the following steps: special typesetting software is used for manufacturing graphics, the graphic hanging net of a linear network node and the graphic hanging net of a hexagonal network node; then, after the resolution, the net shape, the line number, the angle parameter and an RIP file are added by laser software, a laser carries out engraving for two times on a copper-plated roller which is coated with special vinyl; and finally, the purpose of two corrosion effects is achieved by the corrosion of copper chloride, the linear network node has an anti-counterfeit effect, and the hexagonal network node ensures large ink content.

According to some embodiments, a source version of a software product may be established in connection with a software production landscape. A first container, representing a first uniquely addressable physical location in the software production landscape, may then be associated with the source version. An executable derivative version of the software product may be built from the source version, and a second container, representing a second uniquely addressable physical location in the software production landscape, may be associated with the executable derivative version. Software configuration information may then be automatically provided to a user based at least in part on a relationship between the first and second containers at a given point in time.

The invention relates to a motion capture-based 3D video simulation making platform and a method thereof. The platform comprises a high precision calibration meter, a near infrared high sensitivity camera, a multi-path video controller, a high-performance 3D motion data capture working station and a high-performance 3D working station, wherein the high precision calibration meter, the near infrared high sensitivity camera and the multi-path video controller are used for gathering the motion data transmitted by the high precision calibration meter and the near infrared high sensitivity camera and making the format conversion; the high-performance 3D motion data capture working station processes the multi-path digital format data and utilizes 3D configuration software to make a digitized role model of a moving body, and drives the role model by using the captured motion data; and the high-performance 3D working station generates a novel 3D video according to the moving track of the role model. The platform of the invention has the advantages of using the optical type motion capture system to meet the high-standard requirements in aspects of accuracy, stability and application elasticity, and the well established motion capture system platform is the video simulation making platform which is low in cost and less in artificial intervention and can ensure real time and accuracy.

The invention provides a software routine test method and device based on image recognition, and the method comprises the steps: generating first test data corresponding to a current test version of target software based on stock data corresponding to the target software; converting the first test data into at least one corresponding first test image; and performing image comparison on the first test image and at least one pre-acquired second test image corresponding to the historical version of the target software, and determining whether the current test version of the target software passes a software routine test according to a corresponding comparison result to determine whether the current test version can be put into production and use.Test time can be shortened, the test efficiency and the test accuracy can be effectively improved, the manpower and material resource cost can be reduced, the production cycle can be shortened, the reliability of software production and application can be effectively improved, and the information accuracy and reliability can be ensured when a user uses the software.

The invention discloses a micro-service-based enterprise-level software construction method and system, and the method comprises the steps: obtaining a pre-established software architecture which is suitable for to-be-constructed software, and enabling the software architecture to comprise a control management area which comprises an event control module and a main module; The logic hierarchy region comprises a platform layer, a model layer, a service layer and an application layer; And according to the demand of the to-be-constructed software and the software architecture, obtaining a micro-service from a micro-service sharing server, and constructing the to-be-constructed program. The micro-service has the capabilities of sharing, exchanging, expanding, transacting and assembling in software production and delivery chains, so that the efficiency is remarkably improved, and the cost is reduced.

The invention discloses an intelligent visual recognition and tracking method and system applied to a plurality of barcodes. The intelligent visual recognition and tracking method applied to the barcodes is characterized by comprising the following steps: (1) assembling and debugging each component of equipment according to user demands; (2) extracting and using a product entering a processing program and employing software to make a template for the product; (3) selecting the template on a main interface of the software and clicking to run, so that the equipment starts to perform full-automatic industrialized production according to parameters of the selected template. The intelligent visual recognition and tracking system for the barcodes can perform operations of quickly and automatically capturing, tracking and acquiring an unknown number of barcodes, storing barcode information and the like within a very short time through a built-in visual recognition module.

The invention discloses a software test demand analysis method and system, wherein the method is used for realizing automatic extraction of software test demands through identifying all functional units in a software demand specification and respectively extracting a Name functional unit name, Actors authorization, Steps and an Extensions alternative event stream of all the functional units, and testers do not need to manually analyze and settle, therefore, the labor force is saved, and meanwhile, the work efficiency of the testers is increased. The system is firstly related with the software demand specification, then the Name functional unit name, the Actors authorization, the Steps and the Extensions alternative event stream of all the functional units are extracted through an identification module and an extraction module, and finally, the extracted information is fed back to the testers through a display in a normalized way, automatic extraction of software test demands is realized, the work efficiency of the testers is increased to the greater extent, and the software manufacturing period is shortened.

The invention provides a production method and a device of service software, wherein the production method of the service software comprises the following steps: receiving the flow chart model sent by a management terminal, wherein the flow chart model comprises a plurality of processing procedures corresponding to the production of the required software and the production terminal information corresponding to each processing procedure; adopting a graphic configuring tool to convert the flow chart model into a business process modeling notation object instance collection, wherein, the business process modeling notation object instance collection comprises a plurality of business process modeling notation object instances, and each business process modeling notation object instance corresponds to a processing procedure; respectively acquiring an executable file corresponding to each business process modeling notation object instance and the executing sequence information between each executable file; sending the corresponding executable file to the production terminal corresponding to the processing procedure and controlling each production terminal to generate software when finishing executing the file, thus improving automation degree of the service software production and improving the use convenience of users.

The invention discloses a production line configuration optimization method based on a tracking relationship between a requirement text and a variability model, relating to the field of software production line variability configuration. According to the method, a requirement framework of a structural requirement is built through conversion of the variability model, text requirements are processedby using an NLP technology, so as to allocate the text requirements to the requirement framework to build structural requirements as well as the tracking relationship between the requirement and variability model, and finally, requirement characteristics are introduced to the variability model, an optimization series of the variability configuration is realized based on constraints of the requirement characteristics and variability model. The method solves a problem that the production line requirement characteristics cannot be used for guiding production configuration, and provides basis forproduction line configuration optimization easily, effectively and intuitively, so as to better ensure preferred configuration of the production line.