GlowCode
GlowCode is a performance and memory/resource profiler developed by Electric Software Inc.[1]
Developer(s) | Electric Software Inc. |
---|---|
Initial release | 1997 | by Electric Software Inc.
Stable release | 10.0
/ April 26, 2016 |
Available in | English |
License | Proprietary |
Website | glowcode |
Overview
GlowCode is used by software developers to analyze and optimize application performance, speed and resource use.[2][3][4] GlowCode capabilities include detection of performance bottlenecks and memory leaks.[5]
While the profiled application runs, GlowCode shows the duration, frequency and use of function calls, and identifies which functions play the most significant role in time-intensive tasks, which execution nodes are the source of multiple memory leaks, and which allocations are the source of excessive consumption of memory and resources.[6] GlowCode also identifies problems specific to managed code, including boxing errors, and hyperactive and loitering objects.[7]
GlowCode profiles:
- 64-bit and 32-bit code
- Managed, native and mixed code
- Code written in C, C++, C# or any .NET Framework-compliant language.[8]
GlowCode innovation has been underway for nearly two decades.[9]
References
- http://glowcode.com
- Riley, John (2007). Writing Fast Programs: A Practical Guide for Scientists and Engineers. Cambridge: Cambridge International Science Publishing Ltd. p. 238. ISBN 1904602401. Retrieved November 18, 2011.
- IBM > Java Diagnostics Guide > Using Diagnostic Tools > Using third-party tools > GlowCode, retrieved December 12, 2011
- IBM Education Assistant > Profiling Native Memory Usage, retrieved December 12, 2011
- GlowCode on Microsoft Pinpoint
- "Dr. Dobbs Software Tools Newsletter", Dr. Dobb's Journal, 2002 (September), September 13, 2002, retrieved December 7, 2011
- GlowCode on Softpedia
- Dorsey, Terrence (July 2011), "Tools and Techniques for .NET Code Profiling", MSDN Magazine, 2011 (July), retrieved November 18, 2011
- "New Products", Dr. Dobb's Journal, 1998 (July), July 1, 1998, retrieved December 7, 2011