1994 results about "Package" patented technology

Automated configuration of a software application to be installed via a software installation package onto different user devices for different users. An initial software installation package is obtained, as is information representing (a) associations between the plurality of users and the plurality of user devices, and (b) user attributes from which access privilege level information for individual users is determinable. The initial software installation package is configured for the user devices based on the information representing (a) and (b), to produce a plurality of different specially-configured software installation packages, each one of which corresponds to one or more specific users and one or more specific user devices. Each specially-configured package includes parameters that establish functionality for the software application based on the access privilege level of the users. Each user is authenticated, and completion of installation of the software application is conditioned on a result of the authentication.

<heading lvl="0">Abstract of Disclosure</heading> An active package system comprising: a package; a first identification tag coupled to the package; a controller that stores identifying data coupled to the first identification tag; and, an interrogator located external to the package, wherein the first identification tag in response to a query from the interrogator communicates the identifying data and the first identification tag is adapted for initiating a query to a second identification tag.

A system, method, and computer program product for representing at least one of a user process and a system process as a software package in a software package management system. The method includes creating at least one package comprising at least one of a user process and a system process. The at least one package comprises a structure consistent with a software package so that the at least one package is able to be managed by a software package management system. The at least one package is stored on an information system via the software package management system.

iTV content is created and deployed using a server component adapted to allow content developers to create applications according to an authoring specification that describes a framework for same; a transport component including an operator-deployed application management system configured to optimize and deliver the aplications to one or more clients; and a client component adapted to render the applications through a television so as to permit user interaction therewith. The authoring specification provides for the presentation of content through one or more templates defined therein, allowing application definition and behavior to remain common across multiple client device types, middleware platforms, and/or iTV operating environments. The framework for applications accommodates advertising, promotions, content placement packages and/or programming campaign definitions, so as to permit a selection of a specific advertisement, promotion or content at a time of preparation of the iTV content by the server, and/or a time of execution of the applications by the client.

An applet is used to deliver a persistent caching mechanism. An initial package of the applet incorporates a lightweight caching mechanism into its root set of classes. The remainder of the applet are divided into functional modules that can be subsequently downloaded as needed. The initial applet and caching mechanism is packaged and signed in a package using tools and procedures native to each platform; and each functional module is packaged and signed in a generic, platform-independent fashion for verification and loading by any of the various platform-dependent initial applet packages. In this way, the same functional module portions of the applet (which may comprise the bulk of the applet) are cached and loaded in a platform-independent manner without requiring or relying on any caching mechanism built into a platform such as a web browser or other applet execution environment.

Automated deployment of a software application to be installed via a software installation package onto different user devices for different users. An initial software installation package, is obtained, along with information representing (a) associations between the users and the user devices, (b) user attributes from which access privilege level information for individual users is determinable, and (c) device attributes for each of the plurality of user devices, including network connectivity information. The initial software installation package is custom-configured for individual user devices based on the information representing (a) and (b) to produce a different specially-configured software installation packages. Each one includes installation parameters that establish functionality for the software application based on the access privilege level of the corresponding user. Data transfer channels are custom-configured for individual user devices based on the information representing (a) and (c).

The invention provides a base station user plane data processing and optimizing method based on a Linux system. The method comprises the steps as follows: package classification is completed by using a package processing acceleration module; the interrupt of package reception is reduced in an intelligent switching manner for interrupt polls; memory copying is avoided by using a core space-user space memory mapping technology; and context switching between a core state and a user state is reduced by using a lock-free queue technology, so that the performance for processing base station user plane data is remarkably improved.

Aspects of the invention relate to a method, apparatus, and computer readable medium for determining software trustworthiness. In some examples, a software package identified as including at least one file of unknown trustworthiness is installed on a clean machine. A report package including a catalog of files that have been installed or modified on the clean machine by the software package is generated. Identification attributes for each of the files in the catalog is determined. Each of the files in the catalog is processed to assign a level of trustworthiness thereto. The report package is provided as output.

Example methods, systems, and techniques of managing a succession of deployments of an application programming interface (API) server configuration are provided. An example method includes defining a first configuration of the API server. The first configuration includes a deployment package that encodes at least policy, listener and external connection components of the defined first configuration together with environment settings particular to operation of the API server in a development environment deployment thereof. The method also includes preparing a second configuration of the API server. The second configuration includes (i) a policy package derived from the first configuration and (ii) a separable environment package particular to a testing environment deployment of the API server. The method further includes preparing a third configuration of the API server. The third configuration includes (i) the derived policy package and (ii) a separable environment package particular to a production environment deployment of the API server.

The invention discloses a visualized cross-platform mobile application development and generation system. The system comprises a figure source library module, an editing module, a project directory management module, a plug-in processing module and a one-key generation module, wherein the figure source library module is used for storing a figure source library, the figure source library comprises a view library, a list library, an HTML element library and a control library; the editing module is used for presenting an editing window in a browser, calling the figure source library when receiving editing information from a user and sending a project file edited by the user to the project directory management module; the editing window is visualized, is of a draggable type and comprises a code editing window body, an attribute editing window body and an outline editing window body; the project directory management module is used for saving the project file edited by the user at a server side; the plug-in processing module is used for managing and maintaining a mobile application plug-in library at the server side; the one-key generation module is used for responding to an installation package generation request of the user in the background and generating a cross-platform mobile application installation package for the user to download for use. By means of the visualized cross-platform mobile application development and generation system, a complete set of processes ranging from visualized cross-platform mobile application design to visualized cross-platform mobile application generation can be achieved.

Example methods, systems, and techniques of managing a succession of deployments of an application programming interface (API) server configuration are provided. An example method includes defining a first configuration of the API server. The first configuration includes a deployment package that encodes at least policy, listener and external connection components of the defined first configuration together with environment settings particular to operation of the API server in a development environment deployment thereof. The method also includes preparing a second configuration of the API server. The second configuration includes (i) a policy package derived from the first configuration and (ii) a separable environment package particular to a testing environment deployment of the API server. The method further includes preparing a third configuration of the API server. The third configuration includes (i) the derived policy package and (ii) a separable environment package particular to a production environment deployment of the API server.

The invention discloses a skin exchanging method and apparatus for application software display interface. The method comprises steps of acquiring a to-be-updated skin resource package set during start and operation of application software, loading the skin resource package set and refreshing application interface. The skin resource package set is achieved when all skin resources of the application interface of the application software are sorted. By the use of the skin exchanging method, a problem that the whole software interface in relative technology usually has only one skin package file and therefore a user has to re-download the resource during skin update can be solved, so resource utilization rate can be reduced and a technical problem of bandwidth resource can be solved.

The invention discloses an automatic installation method and system for software. The method comprises steps as follows: a software installation instruction for installing certain software is acquired from a client; the software installation instruction carries a software identifier of the software; a software installation package corresponding to the software identifier in the software installation instruction is acquired from a resource service module; the software is installed in the client by using the acquired software installation package, wherein the resource service module stores multiple types of software installation packages, and each software installation package has the corresponding software identifier; each software installation package comprises an installation image file and an installation configuration parameter file. Thus, no matter what the type of software to be installed is, the software identifiers in the software installation instructions are used as indexes in a unified manner to locate and acquire the software installation packages, standardized and unified management of automatic installation of multiple types of software is realized, and purposes of management convenience and improvement of working efficiency are achieved.

The invention discloses a method for detecting a pirated application program. The method comprises the following steps: acquiring a binary characteristic file of an installation package of a to-be-detected application program; analyzing the binary characteristic file of the installation package of the to-be-detected application program and the binary characteristic file of the installation package of a copyrighted application program so as to determine the similarity of the binary characteristic file of the installation package of the to-be-detected application program and the binary characteristic file of the installation package of the copyrighted application program; judging whether the installation package of the to-be-detected application program is a pirated application program installation package according to the similarity. By adopting the technical scheme of the invention, the method can be used for detecting whether the application program installation package is a pirated application program installation package even the pirated application program installation package is repackaged and changed in name.

The invention belongs to the field of computers, and relates to an automatic construction and uploading method and a device for an application program, computer equipment and a storage medium. The method comprises the steps of receiving an application program construction uploading request; acquiring a program code file according to the application program construction uploading request and transmitting the program code file to a program construction directory; acquiring program construction configuration information matched with the category of the application construction uploading request,and compiling a program code file according to the program construction configuration information to generate a compiled file; packaging the compiled file to generate a package file to be uploaded; and signing and verifying the package file, and uploading the package file to a target software platform after the package file passes the verification, thereby finishing automatic construction and uploading of the application program. According to the method provided by the invention, the links of code acquisition, compiling construction, uploading review and the like are connected in series and integrated together, operation is carried out in an automatic mode, continuous integration can be accessed, the application program construction time can be greatly saved, and the working efficiency isimproved.

The embodiment of the invention discloses a resource customization method and a resource customization device of an application program, wherein the method comprises the following steps that: preset resource configuration information about a target application program is encapsulated into a resource configuration package capable of being recognized by an application packaging tool; a target application program installation package is obtained; and the target application program installation package is subjected to configuration updating processing according to the resource configuration package, and a customized target application program installation package is generated. When the method and the device provided by the invention are adopted, the resource customization of the application program can be fast completed, and the automation and intellectualization requirements of the application program development and updating can be met.

The invention discloses an application matching method and device. The method includes according to different model information of terminals, establishing software development environments corresponding to all the model information, generating application packages of applications matched with the model information, when monitoring application download requests sent by the mobile terminals, acquiring the model information of the terminals, searching the application packages of the applications matched with the model information, and sending the searched application packages of the applications to the terminals. The method has the advantages that the personalized software development environments can be established according to the terminals of different models and the application packages corresponding to some applications running on the terminals are adapted automatically, and accuracy in adaptation is improved; further, since the applications of the terminals of the different models are adaptive to the different application packages, redundancy of terminal codes is reduced, and precious storage spaces of the terminals are saved.