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void | libcwd::make_invisible (void const *ptr) |
Make allocation pointed to by ptr invisible. | |
void | libcwd::make_all_allocations_invisible_except (void const *ptr) |
Make all current allocations invisible except the given pointer. | |
void | libcwd::make_exit_function_list_invisible (void) |
Make allocations done in libc.so:__new_exitfn invisible. | |
void | libcwd::set_invisible_on (void) |
Make all future allocations invisible. | |
void | libcwd::set_invisible_off (void) |
Cancel a call to set_invisible_on. |
Allocated memory blocks can be made invisible: They won't show up in the overview of allocated memory anymore. Even more, the corresponding alloc_ct is destroyed: find_alloc will not find them anymore. There is no other effect, test_delete will still work and they still can be deleted in the normal way.
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Make all current allocations invisible except the given pointer. All allocations, except the given pointer, are made invisible; they won't show up anymore in the overview of allocated memory.
If you want to make all allocations invisible, just pass Example:
Debug( make_all_allocations_invisible_except(NULL) ); |
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Make allocations done in libc.so:__new_exitfn invisible. This makes the allocation done in __new_exitfn (libc.so) invisible because it is not freed until after all __cxa_atexit functions have been called and would therefore always falsely trigger a memory leak detection. This function can be called first thing in main(). Example:
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Make allocation pointed to by ptr invisible. The allocation pointed to by ptr is made invisible; it won't show up anymore in the overview of allocated memory. Example:
Debug( make_invisible(p) ); |
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Cancel a call to set_invisible_on. See set_invisible_on |
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Make all future allocations invisible. All following allocations are made invisible; they won't show up anymore in the overview of allocated memory. Example:
Debug(set_invisible_on()); gtk_init(&argc, &argv); Debug(set_invisible_off()); Note: In the threaded case, this isn't blazing fast (it is in the non-threaded case). You shouldn't use it inside tight loops when using libcwd_r. |