Abstract: An approach to creating a canonical representation of a JavaScript API. Objects associated with the JavaScript API are instantiated, creating entry points for analysis. A list of discovered objects is created based on parsing a document object model associated with the JavaScript API. The objects are instrumented and statically analyzed, creating an infrastructure associated with the JavaScript API. The infrastructure is updated based on analyzing the objects while the interface is being used and the objects are executing. A canonical representation, based on the updated infrastructure, is generated for further operations.

Abstract: An approach to creating a canonical representation of a JavaScript API. Objects associated with the JavaScript API are instantiated, creating entry points for analysis. A list of discovered objects is created based on parsing a document object model associated with the JavaScript API. The objects are instrumented and statically analyzed, creating an infrastructure associated with the JavaScript API. The infrastructure is updated based on analyzing the objects while the interface is being used and the objects are executing. A canonical representation, based on the updated infrastructure, is generated for further operations.

Abstract: Machines, systems and methods for classifying documents, the method comprising: classifying a document from among a plurality of documents in a first class, in response to applying statistical analysis to data associated with the document; classifying the document in a second class, in response to determining that a rule from among a plurality of rules applies to the document, wherein a proposed rule is added to the plurality of rules, in response to determining that application of the proposed rule to one or more of the plurality of documents to which the rule is applicable does not diminish accuracy of overall classification for the plurality of documents.

Abstract: Client side code of a web application can be received by a mobile device. The mobile device can automatically inject mobile aware code into the client side code of the web application. The mobile aware code can modify the client side code of the web application for use by the mobile device, wherein the client side code of the web application is not modified for use by the mobile device prior to the mobile aware code being injected. The client side code of the web application modified by the mobile aware code can be executed by the mobile device.

Abstract: Client side code of a web application can be received by a mobile device. The mobile device can automatically inject mobile aware code into the client side code of the web application. The mobile aware code can modify the client side code of the web application for use by the mobile device, wherein the client side code of the web application is not modified for use by the mobile device prior to the mobile aware code being injected. The client side code of the web application modified by the mobile aware code can be executed by the mobile device.

Abstract: Facilitating the searching of structured documents by identifying multiple element paths corresponding to multiple elements included in multiple structured documents, and for each of the element paths providing, for inclusion in a first searchable data structure, the element path exclusive of a value of the element corresponding to the element path and exclusive of an identifier of the structured document including the element corresponding to the element path, and providing, for inclusion in a second searchable data structure, the element path in association with a value of the element corresponding to the element path and in association with an identifier of the structured document including the element corresponding to the element path.

Abstract: Facilitating the searching of structured documents by identifying multiple element paths corresponding to multiple elements included in multiple structured documents, and for each of the element paths providing, for inclusion in a first searchable data structure, the element path exclusive of a value of the element corresponding to the element path and exclusive of an identifier of the structured document including the element corresponding to the element path, and providing, for inclusion in a second searchable data structure, the element path in association with a value of the element corresponding to the element path and in association with an identifier of the structured document including the element corresponding to the element path.

Abstract: Machines, systems and methods for classifying documents, the method comprising: classifying a document from among a plurality of documents in a first class, in response to applying statistical analysis to data associated with the document; classifying the document in a second class, in response to determining that a rule from among a plurality of rules applies to the document, wherein a proposed rule is added to the plurality of rules, in response to determining that application of the proposed rule to one or more of the plurality of documents to which the rule is applicable does not diminish accuracy of overall classification for the plurality of documents.

Abstract: Machines, systems and methods for classifying documents, the method comprising: classifying a document from among a plurality of documents in a first class, in response to applying statistical analysis to data associated with the document; classifying the document in a second class, in response to determining that a rule from among a plurality of rules applies to the document, wherein a proposed rule is added to the plurality of rules, in response to determining that application of the proposed rule to one or more of the plurality of documents to which the rule is applicable does not diminish accuracy of overall classification for the plurality of documents.

Abstract: Facilitating the searching of structured documents by identifying multiple element paths corresponding to multiple elements included in multiple structured documents, and for each of the element paths providing, for inclusion in a first searchable data structure, the element path exclusive of a value of the element corresponding to the element path and exclusive of an identifier of the structured document including the element corresponding to the element path, and providing, for inclusion in a second searchable data structure, the element path in association with a value of the element corresponding to the element path and in association with an identifier of the structured document including the element corresponding to the element path.

Abstract: Facilitating the searching of structured documents by identifying multiple element paths corresponding to multiple elements included in multiple structured documents, and for each of the element paths providing, for inclusion in a first searchable data structure, the element path exclusive of a value of the element corresponding to the element path and exclusive of an identifier of the structured document including the element corresponding to the element path, and providing, for inclusion in a second searchable data structure, the element path in association with a value of the element corresponding to the element path and in association with an identifier of the structured document including the element corresponding to the element path.

Abstract: A system and method are provided for emulating the functionality of a web service. The system can include a web server that is configured to host web services. A web service can be configured to execute on the web server as defined by a service definition file. The web service can contain a plurality of executable emulation rules, and the emulation rules can include request argument formats and response formats. An end user can enter values using a graphical user interface for the expected request arguments and response values to be returned by the web service for each executable emulation rule, when the expected request arguments are received.