Abstract: A file folder includes files of various different media types. A user's input is detected and a representation of the different files in the folder is displayed in a horizontally scrollable display that can be moved based on the user's input. A user interaction is detected and a file is then displayed in an interactive mode in which interactive, contextual controls are surfaced for user interaction, in order to interact with the displayed file.

Abstract: The techniques disclosed herein provide hosted third-party application experiences within storage service viewers. Users can store a number of files having many different formats (AutoCAD files, word processing documents, spreadsheets, presentation files, and many files having unique formats) at a storage service. Users can view and edit the contents of a wide range of file formats by the use of a Web browser. The storage service can generate a display page that is configured to access viewing and editing tools from one or more remote services. The display page can also provide controls for the storage service, e.g., Dropbox controls, while concurrently providing the viewing and editing controls for select files. The viewing and editing tools can be provided by one or more remote services, such as a website managed by a third-party entity, such as Autodesk, Inc.

Abstract: Non-limiting examples of the present disclosure describe an application/service that is configured to access an archived file and allow retrieval of specific file content from a preview of the archived file without having to download the entire archived file. A selection of an archived file may be received through a user interface of an application/service. A preview of the archived file may be displayed through the user interface based on the received selection. The preview of the archived file may comprise file content of the archived filed that is accessed without downloading of the archived file. Specific file content may be extracted from the archived file based on a selection of specific file content from the displayed preview. The user interface is configured to enable a user to manually select specific file content from complete contents of the archived file. Access may be provided to the specific file content extracted.

Abstract: Accuracy of data collected from comprehensive travel surveys is a key to studying and analyzing human travel behavior. Better understanding of travel behavior enhances the ability of transportation professionals to utilize resources available in designing appropriate solutions to existing problems. In the past, this data has been obtained through paper or phone-based surveys of individuals and households. These surveys are subject to problems, including inaccurate data due to user error, apathy, and intentional or unintentional omissions, and must often be limited to one or two days due to the amount of effort required from the participant. The present invention describes a system and method that improves both quality and quantity of data gathered on individual travel behavior across multiple modes of transportation, including non-motorized travel, and submits the data from any location.

Abstract: The techniques disclosed herein provide hosted third-party application experiences within storage service viewers. Users can store a number of files having many different formats (AutoCAD files, word processing documents, spreadsheets, presentation files, and many files having unique formats) at a storage service. Users can view and edit the contents of a wide range of file formats by the use of a Web browser. The storage service can generate a display page that is configured to access viewing and editing tools from one or more remote services. The display page can also provide controls for the storage service, e.g., Dropbox controls, while concurrently providing the viewing and editing controls for select files. The viewing and editing tools can be provided by one or more remote services, such as a website managed by a third-party entity, such as Autodesk, Inc.

Abstract: A file folder includes files of various different media types. A user's input is detected and a representation of the different files in the folder is displayed in a horizontally scrollable display that can be moved based on the user's input. A user interaction is detected and a file is then displayed in an interactive mode in which interactive, contextual controls are surfaced for user interaction, in order to interact with the displayed file.

Abstract: Techniques for asynchronous task execution are described. In an implementation, tasks may be initiated and executed asynchronously, thereby allowing a plurality of calls to be made in parallel. Each task may be associated with a respective timeout that triggers an end to execution of the task. If a timeout for a low priority task expires without completing both the low priority task and a relatively higher priority task, then the low priority task may use the relatively higher priority task to extend execution time of the low priority task in order to allow additional time to perform the low priority task.

Abstract: Techniques for asynchronous task execution are described. In an implementation, tasks may be initiated and executed asynchronously, thereby allowing a plurality of calls to be made in parallel. Each task may be associated with a respective timeout that triggers an end to execution of the task. If a timeout for a low priority task expires without completing both the low priority task and a relatively higher priority task, then the low priority task may use the relatively higher priority task to extend execution time of the low priority task in order to allow additional time to perform the low priority task.