Abstract: Once a set of inter-dependent items are generated (such as compiled), each of the items is re-named with a content-based name that is generated for each of those items. A version-specific catalog of the inter-dependent items is generated, that maps an item identifier to the content-based name for each item. The re-named items and the version-specific catalogs are loaded to a publication system for consumption.

Abstract: Once a set of inter-dependent items are generated (such as compiled), each of the items is re-named with a content-based name that is generated for each of those items. A version-specific catalog of the inter-dependent items is generated, that maps an item identifier to the content-based name for each item. The re-named items and the version-specific catalogs are loaded to a publication system for consumption.

Abstract: Performance information is gathered on a client, and indicates the performance of a hosted service with respect to the client. A cross origin resource sharing system shares the performance information with an analysis system, that is separate from the hosting service.

Abstract: A framework for open, dynamic, and reflective applications contains high level metadata that define blocks of composable elements using a service definition, which defines specific keys for using the block of code. The service definition may be exported from the code using reflection without having to load the code into memory, and decisions on which block of code and how to load the code may be made at runtime. The composable elements may be grouped into composable parts. Composable part definitions may be used to instantiate or produce composable parts. At runtime, dynamic applications may search from many composable elements, and instantiate and execute the composable element as part of the application.

Abstract: Architecture that includes a rendering framework for rendering structured content in structured parts and a set of transitions/interactions which when combined enable a generic item of a list of items to transition item elements to different content views (states) without or without user interaction. The space consumed by the different element content views is pre-computed such that an item in the list is not pushed from view when an element is in a larger version, or a new item added to the list when element content is transitioned back to the smaller content version. All items remain in view independent of whether a single item has an element that is in a different view state. A results model automatically cycles through a preview of the content states of the result entries in the absence of any user interaction, and based on settings configured by the user.

Abstract: A framework for open, dynamic, and reflective applications contains high level metadata that define blocks of composable elements using a service definition, which defines specific keys for using the block of code. The service definition may be exported from the code using reflection without having to load the code into memory, and decisions on which block of code and how to load the code may be made at runtime. The composable elements may be grouped into composable parts. Composable part definitions may be used to instantiate or produce composable parts. At runtime, dynamic applications may search from many composable elements, and instantiate and execute the composable element as part of the application.