Microsoft Technology Licensing, LLC

Karl Eberhard Tolgu

Ahmad Mahdi El Husseini

Dmitry V Zhiyanov

Romualdo T Impas

Arif Kureshy

Michael K Forney

Yekaterina Grabar

Dvir Horovitz

Chelsea Nicole Mitchell

Srinivas Kanakapally

Viktor Halitsyn

Ryan Honig

Systems and methods for sharing a map context of an originating computer user with a plurality of other users is presented. An originating user identifies at least some of a plurality of result cards displayed in conjunction with a map displayed in a browser view with one or more other users. A shared URL is generated according to the map context comprising at least the selected result cards. The shared URL is configured such that navigation by another browser on another computing device according to the shared URL displays the map context in a browser view of the another browser and the selected result cards in conjunction with the map in the browser view.

Sharing map context including result cards

Methods and systems authenticate and authorize an extranet client to a secure intranet business application with a perimeter network topology, where connections to the secure intranet business application from outside the secure intranet are not permitted. A perimeter network proxy is authenticated within the secure intranet. The perimeter network proxy corresponds to an authenticated extranet client. If the perimeter network proxy is authenticated, information on an intranet business application client is acquired and used to create a session with the intranet business application. The intranet business application client corresponds to the extranet client, and the extranet client uses the session to submit requests to the intranet business application.

Authentication and authorization of extranet clients to a secure intranet business application in a perimeter network topology

Managed application programming interfaces (APIs), schemas and procedures receives a managed API call from an application, and maps the managed API call to an unmanaged API call. Managed data types and managed data objects of the managed API call are mapped to corresponding unmanaged data types and data objects. A request resulting from the unmanaged API call is dispatched to and interpreted by an unmanaged programming language interpreter, which executes the request in an unmanaged programming language. An unmanaged response to the request is mapped to a corresponding managed response, which is provided to the managed application.

Managed application execution application programming interface and schema

Methods and systems access managed Internet protocol context information by receiving an unmanaged Internet protocol context class call from an Internet application written in an unmanaged programming language. An unmanaged Internet protocol context class, which is written in an unmanaged programming language, is instantiated in response to the call. Interaction with a managed Internet protocol context class results in receiving Internet protocol context information. The managed Internet protocol context class corresponds to the unmanaged Internet protocol context class.

Unmanaged programming language interoperability with managed internet protocol context

A computer-readable medium has computer-executable instructions for generating a user interface on a display device, the user interface includes a grid having a plurality of cells. The user interface also includes a visual affordance presented on the grid and visually connected to one of the plurality of cells, the visual affordance exposing properties of the one of the plurality of cells to which it is visually connected.

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Seattle, WA, United States of America

Karl Eberhard Tolgu