International Business Machines Corporation

Maya Anilson

Amar Shah

Savitha Joshi

James Jose

Vasu Gajendran

Nilima Srivastava

Ajay Ponnappan

Abhilash Divakaran Pillai

A call for communication is detected between applications, where the call requires input from a plurality of threads of the applications via editing of a single control message in a queue such that the single control message reflects data from each of the applications. An attempt by a first of the plurality of threads to edit the single control message is detected while a second of the plurality of threads is editing the single control message. A message is sent to the first of the plurality of threads that details a status of the single control message in response to detecting the attempt. The call for communication is responded to using the single control message in response to detecting that each of the plurality of threads has edited the single control message.

Shared message management

An approach is provided where a put request is received to put a data entry into a queue. A detection is made that a primary queue data structure corresponding to the queue is damaged. If an alternate queue data structure corresponding to the queue has not yet been created, then the alternate queue data structure is dynamically created. The data entry is then stored in the alternate queue data structure.

Circumventing queue downtime in a queue damage scenario

Growing community of inventors

Bengaluru, India

Maya Anilson