Abstract: A mobile application development system includes a developer portal that receives an application from a developer and provides a routing library to the developer to augment the application. An offline analysis system analyzes the application to (i) determine a set of activities that a handler within the application is programmed to resume in response to respective resumption requests from a host operating system and (ii) determine parameters for each of the activities. The offline analysis system generates a set of links that each corresponds to a respective one of the activities. The routing library, installed as part of the augmented application onto a user device, receives a link, from the user device's operating system, that identifies a first activity. The routing library includes instructions for generating a first resumption request based on parameters corresponding to the first activity and transmitting the first resumption request to the augmented application's handler.

Abstract: A mobile application development system includes a developer portal that receives an application from a developer and provides a routing library to the developer to augment the application. An offline analysis system analyzes the application to (i) determine a set of activities that a handler within the application is programmed to resume in response to respective resumption requests from a host operating system and (ii) determine parameters for each of the activities. The offline analysis system generates a set of links that each corresponds to a respective one of the activities. The routing library, installed as part of the augmented application onto a user device, receives a link, from the user device's operating system, that identifies a first activity. The routing library includes instructions for generating a first resumption request based on parameters corresponding to the first activity and transmitting the first resumption request to the augmented application's handler.

Abstract: A mobile application development system includes a developer portal that receives an application from a developer and provides a routing library to the developer to augment the application. An offline analysis system analyzes the application to (i) determine a set of activities that a handler within the application is programmed to resume in response to respective resumption requests from a host operating system and (ii) determine parameters for each of the activities. The offline analysis system generates a set of links that each corresponds to a respective one of the activities. The routing library, installed as part of the augmented application onto a user device, receives a link, from the user device's operating system, that identifies a first activity. The routing library includes instructions for generating a first resumption request based on parameters corresponding to the first activity and transmitting the first resumption request to the augmented application's handler.

Abstract: Some aspects of the disclosure provide a method comprising receiving, on a digital device, a selection of a first application state of a set of application states of an application, identifying and retrieving path instructions indicating a series of steps to navigate the application to the selected first application state of the set of application states, providing the path instructions to an accessibility module configured to provide accessibility services to a user of the digital device, and navigating, by the accessibility module, the application using the path instructions to configure the application to the selected first application state.

Abstract: A mobile application development system includes a developer portal that receives an application from a developer and provides a routing library to the developer to augment the application. An offline analysis system analyzes the application to (i) determine a set of activities that a handler within the application is programmed to resume in response to respective resumption requests from a host operating system and (ii) determine parameters for each of the activities. The offline analysis system generates a set of links that each corresponds to a respective one of the activities. The routing library, installed as part of the augmented application onto a user device, receives a link, from the user device's operating system, that identifies a first activity. The routing library includes instructions for generating a first resumption request based on parameters corresponding to the first activity and transmitting the first resumption request to the augmented application's handler.

Abstract: A search system includes a query receiver, a live scrape system, and a content provider. The query receiver is configured to receive a first query related to a first application state of a first application. The first query is based on a user-requested search from a user device. The live scrape system is configured to operate a device including an operating system in which an instance of the first application executes. The live scrape system is configured to, responsive to the first query, and within the device, (i) navigate to the first application state in the instance of the first application and (ii) extract content from the instance of the first application. The content provider is configured to provide the extracted content to the user device for presentation to a user of the user device in real time.

Abstract: A mobile application development system includes a developer portal that receives an application from a developer and provides a routing library to the developer to augment the application. An offline analysis system analyzes the application to (i) determine a set of activities that a handler within the application is programmed to resume in response to respective resumption requests from a host operating system and (ii) determine parameters for each of the activities. The offline analysis system generates a set of links that each corresponds to a respective one of the activities. The routing library, installed as part of the augmented application onto a user device, receives a link, from the user device's operating system, that identifies a first activity. The routing library includes instructions for generating a first resumption request based on parameters corresponding to the first activity and transmitting the first resumption request to the augmented application's handler.

Abstract: A server includes a network communication device, a storage device, and a processing device. The processing device executes computer-readable instructions that, when executed by the processing device, cause the processing device to: receive contextual data from a client computing device via the network communication device, the contextual data indicates a first application view displayed on the client computing device; identify a first application function ID that identifies a first application function corresponding with the first application view; determine a first user intent ID that corresponds with the first application function ID; determine a second user intent ID that transitions from the first user intent ID; identify a second application function ID that corresponds with the second user intent ID; retrieve a card object corresponding with the second application function ID from the storage device; and transmit the card object to the client computing device via the network communication device.

Abstract: A system for automated acquisition of content from an application includes a link extraction controller that receives an identification of a target state of the application directly reachable from an intermediate state and a specification of a user interface element of the intermediate state actuated by a user to arrive at the target state. After navigating to the intermediate state in an executing instance of the application and extracting a tree of user interface widgets, the link extraction controller identifies widget sub-trees that have at least a threshold level of commonality with a reference widget sub-tree that includes the specified user interface element. The link extraction controller adds states, including the target state, reachable by user actuation of the identified widget sub-trees to a state list. A scraper module extracts text and metadata from each of the states in the state list for storage in a data store.

Abstract: According to some implementations of the present disclosure, a method is provided. The method includes presenting a state of a first application and obtaining state indication data corresponding to the state of the first application. The method further includes transmitting the state indication data to a card system and receiving an availability indicator indicating whether the card system can provide a card corresponding to the state of the first application. The method includes displaying a first selection element overlaying a graphical user interface of the first application when the availability indicator indicates that the card system can provide the card and displaying a second selection element overlaying a graphical user interface of the first application when the availability indicator indicates that the card system cannot provide the card.

Abstract: A disassembler module is configured to generate machine code by performing a disassembly of a compiled iOS application. An intermediate representation generator module is configured to: from the machine code, identify an implementation of a predetermined method of providing a deep link into the iOS application; and generate intermediate representation code by formatting portions of the machine code having predetermined patterns according to predetermined instructions, respectively. A dynamic analysis module is configured to: translate the intermediate representation code into executable code; execute the executable code to identify objects for deep linking; emulate execution of the objects to identify valid ones of the objects; determine deep links for the valid ones of the objects, respectively; and store the deep links in memory.

Abstract: A system for automated acquisition of content from an application includes a static analysis module. Using static analysis (analyzing code of the application independent of executing the code), the static analysis module identifies application state templates of the application and identifies user interface elements that, when actuated by a user, transition between states instantiated from different ones of the identified state templates. A graph creation module creates a graph data structure including nodes corresponding to the identified state templates and edges connecting the nodes. The edges are transitions corresponding to the identified user interface elements. A link extractor module executes the application and determines and records paths to states within the executing application according to the graph data structure. A scraper module, within an executing instance of the application, extracts text and metadata from states corresponding to endpoints of the recorded paths.

Abstract: A system for automated acquisition of content from an application includes a guide tracker module, a link extraction controller, and a scraper. The guide tracker module monitors interaction of an operator with an executing instance of the application and records a set of guides. Each guide includes a recorded sequence of user interface interactions concluding at a respective ultimate state of the application. The link extraction controller, for each guide of the set of guides, selectively identifies additional states of the application that correspond to the respective ultimate state and adds the additional states corresponding to the respective ultimate state and the respective ultimate state to a state list. The additional states and the respective ultimate state are all directly reachable from a common penultimate state of the application. Each entry in the state list designates a state and a path of user interface interactions to arrive at the state.

Abstract: A search system includes a device controller that provisions a device to execute a copy of a selected mobile application. A crawler extracts content and metadata from states of the selected mobile application. A search input state classifier identifies search input states within the states based on a first set of heuristics, including recognition of user-visible search indicia and recognition of metadata that correlates with search functionality. A parameter identifier identifies, for each of the search input states, necessary input parameters. A search function data store stores a record for each identified search function. Each record includes a path to reach a corresponding search input state, an indication of required input parameters, and a mapping of the input parameters to user interface widgets. A query processing system uses the stored search functions to scrape content from the selected mobile application in response to a query.

Abstract: A system for automated acquisition of content from an application includes a link tracking module that controls an instance of the application executing within an emulator. For a selected state, the link tracking module controls the executing application instance to navigate to the selected state and identifies a first set of application states reachable by user interface interaction. A state storage module stores records based on the first set. A first state record includes content of a first state of the first set and a unique identifier that uniquely identifies the first state. The unique identifier indicates a path followed within the executing application instance from a default state to the first state, including corresponding user interface interaction. A scraper module, for each of the records in the state storage module, navigates to the state specified by the unique identifier using the indicated path and extracts text from the state.

Abstract: A system includes a search engine configured to search mobile applications based on a query received from a mobile device and to output search results in a first format. A first processor is configured to process the search results and to generate processed search results in the first format for rendering on the mobile device. A first converter is configured to convert the processed search results into a second format. A second processor is configured to process the processed search results in the second format and to generate a presentation of the processed search results in the second format. A second converter is configured to convert the presentation into the first format or a third format for rendering on the mobile device.

Abstract: A system includes a search engine configured to search mobile applications based on a query received from a mobile device and to output search results in a first format. A first processor is configured to process the search results and to generate processed search results in the first format for rendering on the mobile device. A first converter is configured to convert the processed search results into a second format. A second processor is configured to process the processed search results in the second format and to generate a presentation of the processed search results in the second format. A second converter is configured to convert the presentation into the first format or a third format for rendering on the mobile device.

Abstract: A mobile computing device includes a touchscreen display, a transceiver, a non-transitory memory that stores a first native application that is installed at the mobile computing device, and a computing processor. The computer processor executes computer readable instructions that cause the computing processor to execute the first native application that is installed at the mobile computing device. The computing processor formulates a query for application functions. The computing processor sends the query to a remote system via the first native application. The remote system stores information regarding application functions. The computing processor, in response to sending the query, receives a result that includes a portion of a functionality associated with a second native application. The computing processor provides access to the functionality without installing the second native application.

Abstract: A method is performed at a mobile computing device including a non-transitory memory that stores a first native application that is installed at the mobile computing device and one or more processors. The method includes executing the first native application that is installed at the mobile computing device. The method includes formulating a query for application functions. The method includes sending the query to a remote system via the first native application, wherein the remote system stores information regarding application functions. The method includes, in response to sending the query, receiving a result that includes a portion of a functionality associated with a second native application. The method includes providing access to the functionality without installing the second native application.

Abstract: A computer system includes a master controller that receives an HTTP request for a first URL. The URL indicates a first state of a first mobile application. A navigation controller navigates to the first state of the first mobile application within a device. A content scraper extracts content from the first state and identifies forward links to corresponding additional states of the first mobile application. The computer system includes an output formatter configured to package the content and the forward links into an HTTP response and transmit the HTTP response to a source of the first HTTP request. The HTTP response includes a forward URL for each additional state of the first mobile application reachable from the first state. For each additional state, the forward URL includes an indicator of the first mobile application and a path to reach the additional state within the first mobile application.