+ Heaptrack traces all memory allocations and annotates these events with stack traces. Dedicated analysis tools then allow you to interpret the heap memory profile to:
+
+ - find hotspots that need to be optimized to reduce the memory footprint of your application
+ - find memory leaks, i.e. locations that allocate memory which is never deallocated
+ - find allocation hotspots, i.e. code locations that trigger a lot of memory allocation calls
+ - find temporary allocations, which are allocations that are directly followed by their deallocation
+ <Summary xml:lang="en">A heap memory profiler for Linux</Summary>
+ <Description xml:lang="en">Heaptrack traces all memory allocations and annotates these events with stack traces. Dedicated analysis tools then allow you to interpret the heap memory profile to:
+
+ - find hotspots that need to be optimized to reduce the memory footprint of your application
+ - find memory leaks, i.e. locations that allocate memory which is never deallocated
+ - find allocation hotspots, i.e. code locations that trigger a lot of memory allocation calls
+ - find temporary allocations, which are allocations that are directly followed by their deallocation
+ <Summary xml:lang="en">A heap memory profiler for Linux</Summary>
+ <Description xml:lang="en">Heaptrack traces all memory allocations and annotates these events with stack traces. Dedicated analysis tools then allow you to interpret the heap memory profile to:
+
+ - find hotspots that need to be optimized to reduce the memory footprint of your application
+ - find memory leaks, i.e. locations that allocate memory which is never deallocated
+ - find allocation hotspots, i.e. code locations that trigger a lot of memory allocation calls
+ - find temporary allocations, which are allocations that are directly followed by their deallocation
+ <Summary xml:lang="en">Development files for heaptrack</Summary>
+ <Description xml:lang="en">Heaptrack traces all memory allocations and annotates these events with stack traces. Dedicated analysis tools then allow you to interpret the heap memory profile to:
+
+ - find hotspots that need to be optimized to reduce the memory footprint of your application
+ - find memory leaks, i.e. locations that allocate memory which is never deallocated
+ - find allocation hotspots, i.e. code locations that trigger a lot of memory allocation calls
+ - find temporary allocations, which are allocations that are directly followed by their deallocation