Microsoft Technology Licensing, LLC

Varadarajan Thiruvillamalai

Thottam Sriram

Edward F Reus

Marc Shepard

Mazhar Naveed Mohammed

Charlie Corredor

Serguei Martchenko

David B Dehghan

Robin Thomas

Nirmal Rajesh Soy

David Cris Hennessey

Deepraj Sitaram Dixit

Jason J Roberts

Jianbo Hou

Shashi R Singaravel

Singireddy Neeraja Reddy

Yuva Priya Arunkumar

Xiang He

Vidyasankar Raman

Aigerim Shintemirova

Ariane Belle Tsai

Lie Ma

Venkatesh Sargunesan

Siddhartha Pandey

Suyang Jiang

Vishnupriyan Radhamanalan

Kidus Yohanes Sendeke

Sarosh Anwar

Mathew Aniyan

Christoffer Benjamin Rosen

Mengdong Yang

Shijie Ma

Systems and methods are directed to monitoring and managing a health of a content processing data ingestion pipeline. In example embodiments, a plurality of content elements are ingested from a source to a destination through the ingestion pipeline, whereby the ingestion pipeline comprises a plurality of nodes between the source and the destination. A data management system detects a gap in the ingestion pipeline. The gap indicates a difference associated with a content element of the plurality of content elements between a first node and a second node of the ingestion pipeline. In response to detecting the gap, the data management system automatically triggers reingesting of the content element from the first node. The data management system also determines, based on monitoring of the ingestion pipeline, the health of the ingestion pipeline and provides a dashboard that graphically represents the health.

Content processing data ingestion pipeline monitoring and management system

Techniques of data flow control are disclosed herein. One example technique includes upon receiving a notification indicating a change to a content item in a source shard, parsing the content item to extract data representing attributes of the content item and identifying a partition of the system-wide index based on the extracted data representing the attributes of the content item. The example technique can also include transmitting, to a token issuer, a request for a token that represents a permission to write to the identified partition of the system-wide index and upon receiving a token issued by the token issuer in response to the transmitted request, transmitting the extracted data representing the attributes of the content item along with the received token to write the extracted data in the partition of the system-wide index.

Data flow control in distributed computing systems

A method includes detecting user interaction with a first control of a user interface, identifying a property of the first control, and storing data representing the property of the first control in a memory. The method further includes dynamically generating an event for the first control by use of the property of the first control upon detecting user interaction with a second control and upon detecting an absence of an event corresponding to the first control being generated with respect to a user interface test program. An action responsive to the dynamically generated event is stored in an event log.

Dynamic event generation for user interface control

A hierarchical software update distribution system and method for distributing software updates is presented. The update distribution system includes a root update service node and at least one update service node. In an update distribution system, each update service node, except the root update service node, has one parent update service node. Each update service node may function as a parent update service node to child update service nodes.

Update distribution system architecture and method for distributing software

A compile-time data store that contains arbitrary data types is accessed via methods that ensure type safety. A type construct (e.g., a C++ template) is instantiated at compile time and generates a data store that contains arbitrarily-typed data objects, such as integers, characters, pointers and so forth. The construct includes a Put method to put any element (object) of a listed type (e.g., of a typelist) in the data store, and a Get method to retrieve the element from the data store. The Put method maintains a type index in association with each stored in the data store. The Get method validates that the type of object that was requested in the call to the Get method matches the object type that was stored in the Put method. When run, the Get method returns the element data upon a type match, otherwise the Get method generates an exception.

Data store for arbitrary data types with type safe storage and retrieval

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Sammamish, WA, United States of America

Varadarajan Thiruvillamalai