Hidden in Plain Sight

Author:

Cantrill Bryan1

Affiliation:

1. Sun Microsystems

Abstract

In December 1997, Sun Microsystems had just announced its new flagship machine: a 64-processor symmetric multiprocessor supporting up to 64 gigabytes of memory and thousands of I/O devices. As with any new machine launch, Sun was working feverishly on benchmarks to prove the machine’s performance. While the benchmarks were generally impressive, there was one in particular that was exhibiting unexpectedly low performance. The benchmark machine would occasionally become mysteriously distracted: Benchmark activity would practically cease, but the operating system kernel remained furiously busy. After some number of minutes spent on unknown work, the operating system would suddenly right itself: Benchmark activity would resume at full throttle and run to completion. Those running the benchmark could see that the machine was on course to break the world record, but these minutes-long periods of unknown kernel activity were enough to be the difference between first and worst.

Publisher

Association for Computing Machinery (ACM)

Subject

General Computer Science

Reference6 articles.

1. FreeBSDTrace project; http://www.sitetronics.com/wordpress/ FreeBSDTrace project; http://www.sitetronics.com/wordpress/

2. Sun Microsystems. 2005. Solaris Dynamic Tracing Guide. Sun Microsystems. 2005. Solaris Dynamic Tracing Guide.

3. Kimelman D. Rosenburg B. and Roth T. 1997. Visualization of dynamics in real-world software systems. In Software Visualization: Programming as a Multi-Media Experience MIT Press. Kimelman D. Rosenburg B. and Roth T. 1997. Visualization of dynamics in real-world software systems. In Software Visualization: Programming as a Multi-Media Experience MIT Press.

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