38 results about "Module dependency" patented technology

Systems and methods are described for capturing and utilizing specific module dependency information. A hierarchical model can be created to arrange the components an existing software system in a particular hierarchy. The model defines a priority of dependencies among the components. A tool is provided for analyzing each class file of the system for references to other class files and determining, for each said class file, whether each reference is acceptable according to the hierarchical model. Once the class files and references have been analyzed, a surrogate class file can be automatically generated for the references that are determined to be unacceptable according to the hierarchical model. This process can utilize white lists and black lists associated with the class files, where the white lists specify modules to which references are acceptable and the black lists specify modules to which references are unacceptable.

Methods for detecting inter-module dependencies involve receiving by a software configuration control system check-in for each of a plurality of software components accompanied by check-in information consisting at least in part of defect information, which is utilized to identify coupling between any of the checked-in software components that were checked in together on a same defect and any of the checked-in software components that were checked in on a defect that was introduced by a defect in another software component. Warnings and reports are generated of a likely incidence of coupling between any of the software components identified as having been checked in together on a same defect, as well as between any of the software components identified as having been checked in on a defect that was introduced by a defect in another software component and such other software component.

Embodiments of the present invention address deficiencies of the art in respect to module dependency loading in an Ajax environment, and provide a novel and non-obvious method, system and computer program product for the optimized downloading of Javascript in a component based architecture. In an embodiment of the invention, a method for optimized downloading of scripts in a component-based architecture can be provided. The method can include identifying a set of module dependencies for a script embedded in a page received for rendering, locating the module dependencies in a dependency graph for the script, determining from the dependency graph a subset of the module dependencies that have yet to be loaded for the page, requesting each module in the subset in a single request, and loading each requested module in conjunction with rendering the page.

This disclosure proposes a software defect prediction method based on the module dependency graph, which identifies the defect information of the software module according to the version information of the software to be analyzed; establishes the software module dependency graph according to the dependency relationship between the software modules, and uses the developer as a Nodes in the module dependency graph; extracting internal features of the software module, extracting the dependency features of each node in the software module dependency graph by means of network representation learning, and forming a metric tuple with the internal features and the dependency features between the modules, Establish the historical defect library of the software according to the measurement tuple and the defect information of the module; use the historical defect library to train the defect prediction model for subsequent software defect prediction, and the defect prediction adopts the dynamic selection of classifiers based on local optimum The model automatically optimizes the parameters of the defect prediction model, and uses the result of the software module defect prediction model as the defect prediction result of the software to be analyzed. This method can improve the flexibility of constructing network node metrics and improve the effect of software defect prediction.

Embodiments of the invention disclose an information processing method and apparatus. The method comprises the steps of obtaining locating information of a specified module in a project, wherein the locating information comprises a module identifier of the specified module; and according to the locating information of the specified module, determining dependency relationship information of the specified module by utilizing module dependency relationship information corresponding to the project, wherein the module dependency relationship information corresponding to the project includes information of a dependency relationship between modules contained in the project. By utilizing the method and the apparatus, automatic acquisition of the dependency relationship information of the specified module can be realized; the dependency relationship information of the specified module can be efficiently and accurately obtained; and the analysis speed and the result accuracy are improved.

The invention provides a method for dynamically upgrading software modules in embedded systems. The embedded systems with numerous nodes have difficulty in assembling\disassembling, and the nodes arerequired to be reconfigurable and adaptive and need to be independently upgraded when needed. Dynamic upgrading of the software modules can be supported by the method under the conditions of the embedded systems during running. The method has the advantages that new modules can be loaded into the systems or old modules can be dynamically replaced by the aid of software dynamic upgrading technologies under the condition that normal running of the existing systems is unaffected, updating service can be provided when the systems run, accordingly, the software modules can be smoothly upgraded, andlong-time reliable operation of the systems can be guaranteed; the software modules can be linked into the target systems by the aid of the technologies, and module dependence management technologiescan be implemented; safe and reliable running of the embedded systems can be guaranteed in software module loading / unloading procedures.

Aiming at the clustering problem of software modules in software system reconfiguration, the invention discloses a software module clustering method for probability selection. This method first extracts the module dependency graph of the software system from the source program of the software system, and then proceeds from the sparse points in the graph to perform local merge operations on the nodes based on probability selection to obtain the preliminary module clustering of the software system. The number of connections between modules dynamically adjusts the clustering of each node based on the probability to obtain the clustering results of the software modules. The invention provides a simple, fast convergence and good clustering effect engineering method for the software module clustering problem, which is used for reconfiguring the software system structure and improving the comprehensibility of the software system.

The invention provides a multilevel dynamic home network service quality assurance method. The method is based on a 'three horizontal six longitudinal' service quality assurance architecture, 'three horizontal' comprises a data plane, a control plane and a management plane respectively, and 'six longitudinal' comprises six steps, namely service discovery, service subdivision, safety control, resource consultation, resource mapping and service execution, wherein the management plane also comprises a service oriented QoS feedback control mechanism module which is used for realizing end-to-end service quality dynamic feedback on single service flow as well as a policy which is generated by a global QoS policy dynamic generation technical module and is used for supporting a service discovery module, a demand analysis module, a security detection module, a service registration module and a service recording module of the management plane; and the service oriented QoS feedback control mechanism module is dependent on information provided by the service discovery module, the demand analysis module, the security detection module, the service registration module and the service recording module of the management plane.