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 method includes receiving a search query from a user device and selecting entity type records from an entity type data store based on the query. Each of the entity type records includes an entity type name and entity type facets that each include terms descriptive of the entity type name. Selecting the entity type records includes identifying matches between the entity type facets and the query. The method includes selecting function records from a function data store based on the query and the entity type names from the selected entity type records. Each of the function records includes an entity type field with entity type names; an access URL template; instructions for completing the access URL template; and function facets with terms descriptive of an application state accessed using the completed access URL. The method includes returning search results including the completed access URLs to the user device.

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 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 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 method includes receiving a search query from a user device and selecting entity type records from an entity type data store based on the query. Each of the entity type records includes an entity type name and entity type facets that each include terms descriptive of the entity type name. Selecting the entity type records includes identifying matches between the entity type facets and the query. The method includes selecting function records from a function data store based on the query and the entity type names from the selected entity type records. Each of the function records includes an entity type field with entity type names; an access URL template; instructions for completing the access URL template; and function facets with terms descriptive of an application state accessed using the completed access URL. The method includes returning search results including the completed access URLs to the user device.

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 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 search system includes a query receiver, a live scrape system, and a cache manager. The query receiver is configured to receive a first query related to a first application state of a first application. The first query is requested by 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 cache manager is configured to store information based on the extracted content and, in response to the query receiver receiving a second query matching the first query, selectively provide the stored information to the user device for presentation to a user.

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 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 and method for predicting a performance of a target advertisement placement via a simulation for optimum tuning is disclosed. A simulator receives a set of queries from a production engine, selects a subset of simulation queries from the queries by filtering, modifies query parameters as needed, transmits the simulation queries to the target engine for simulation, collects search results from the target engine, and computes a summary metric, which includes data fields retrieved from the search results and quantities calculated by using a prediction model derived from a production data warehouse. The simulator may further produce a simulation report, an indicator of performance prediction for the target engine, which comprises multiple metrics for the target engine, calculated with varying engine parameters.

Abstract: A system and method for predicting a performance of a target advertisement placement via a simulation for optimum tuning is disclosed. A simulator receives a set of queries from a production engine, selects a subset of simulation queries from the queries by filtering, modifies query parameters as needed, transmits the simulation queries to the target engine for simulation, collects search results from the target engine, and computes a summary metric, which includes data fields retrieved from the search results and quantities calculated by using a prediction model derived from a production data warehouse. The simulator may further produce a simulation report, an indicator of performance prediction for the target engine, which comprises multiple metrics for the target engine, calculated with varying engine parameters.

Abstract: The present disclosure is directed to apparatuses, systems, and methods for automatically managing cost of sale (COS) bidding for merchants (alternatively referred to herein as “vendors”). Described herein are automated COS bidding processes (or automated COS bidding logic, modules, or engines) utilized such that merchants need not actively manage their bids (i.e., fees associated with displaying item listings). As described herein, embodiments automate merchant bids using a formula based, at least in part, on the price of the item, the cost of selling from the advertiser, and historical performance data.

Abstract: A system and method for predicting a performance of a target advertisement placement via a simulation for optimum tuning is disclosed. A simulator receives a set of queries from a production engine, selects a subset of simulation queries from the queries by filtering, modifies query parameters as needed, transmits the simulation queries to the target engine for simulation, collects search results from the target engine, and computes a summary metric, which includes data fields retrieved from the search results and quantities calculated by using a prediction model derived from a production data warehouse. The simulator may further produce a simulation report, an indicator of performance prediction for the target engine, which comprises multiple metrics for the target engine, calculated with varying engine parameters.

Abstract: A method and apparatus of accessing data through an independent intermediary mechanism (IIM) is described. The method includes displaying a frame including a user interface of the IIM, the frame framing a destination server display area (DSDA). The method further includes having one or more of the following functions provided by the IIM: a home page, a history list, bookmarks, a one-click account log-in function, a transaction record accessible to the user, a forms database permitting new forms to be added to the forms database, a user profile, and automatic form-fill function based on the forms database and the user profile.

Abstract: In response to a request including a state object, which can indicate a state of an enumeration of a cache, the enumeration can be continued by using the state object to identify and send cache data. Also, an enumeration of cache units can be performed by traversing a data structure that includes object nodes, which correspond to cache units, and internal nodes. An enumeration state stack can indicate a current state of the enumeration, and can include state nodes that correspond to internal nodes in the data structure. Additionally, a cache index data structure can include a higher level table and a lower level table. The higher level table can have a leaf node pointing to the lower level table, and the lower level table can have a leaf node pointing to one of the cache units. Moreover, the lower level table can be associated with a tag.