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The Talon project is the core project that forms the kernel of the X Platform. Central to Talon is is the AepEngine which provides atomic event processing capabilities, and the Talon Server which serves as that manageable container for hosting AEP applicationsis a platform to build, run and manage micro applications (‘micro app’). Talon micro apps are lightweight, stateful message processors that reside on a messaging fabric. They are driven by messaging and communicate with other micro apps using message passing on a guaranteed messaging fabric. Talon apps are powered by the AEP engine which provides atomic and exactly-once message/event processing capabilities and the Talon XVM which serves as the manageable container for hosting Talon micro apps. |
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A Talon Server or XVM hosts one or more Talon applications and provides additional operational capabilities including statistics collection and reporting (heartbeats), lifecycle management and events, alert reporting and remote command invocation (CnC) |
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Records latencies for the second transaction processing leg. Transaction Leg Two includes time spent from the point where the send/store commit completion is received to the submission of store/send commit. Note that the each transaction leg is a portion of the overall commit time that is processed on the Aep Engine's thread. The sum of the transaction leg stats are important in that they determine the overal throughput that an application can sustain in terms of transactions per second. |
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Records latencies for the third transaction processing leg. Transaction Leg Three includes time spent from the point where the store/store commit completion is received to the completion of the transaction commit. Note that the each transaction leg is a portion of the overall commit time that is processed on the Aep Engine's thread. The sum of the transaction leg stats are important in that they determine the overal throughput that an application can sustain in terms of transactions per second. |