The EurekaLog memory leaks detection has some limits, which derives from its internal structure.
EurekaLog detects the memory leaks at the application's exit, so at this state the program has just freed all its non-static resources (resources allocated at run-time as objects created with the Create constructor, variables allocated with the GetMem function, etc).
This technique generating the following limitations:
|1.|| Enabling memory leak detection has little performance penalty (no more than about 5% for memory operations), because EurekaLog needs to build call stack for each memory allocation;|
|2.|| Enabling memory leak detection has little memory usage penalty (about 200 bytes for each memory allocation on x86-32 and about 400 bytes on x86-64);|
|3.|| Memory leak report automatically hides Assembler and CPU sections;|
|4.|| EurekaLog will not execute standard events during processing memory leak reports (this is because required resources was freed);|
|5.|| Call stack for memory leak is limited to 35 entries;|
|6.|| Memory leaks detection works only for standard Delphi's heap / memory manager (i.e. GetMem/FreeMem/ReallocMem); it can not find leaks with other memory managers (like HeapAlloc/HeapFree or VirtualAlloc/VirtualFree). Use resource leaks ability for that.|
|7.|| EurekaLog is unable to show human-readable call stack if DLL which created leak has been unloaded (this limitation is applicable only for applications with installed shared memory manager).|
|8.|| If you use shared memory manager - you must compile all modules with same memory manager settings. If you don't use shared memory manager - there is no additional limitations.|
|9.|| (C++ Builder only) "Dynamic RTL" is not supported in C++ Builder. If you enable "Dynamic RTL" option - EurekaLog's memory features will be disabled.|
Build date: 2019-01-31
Last edited: 2018-06-14
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