tame.nogc

Undocumented in source.

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assumeNoGC auto assumeNoGC(T t): Undocumented in source. Be warned that the author may not have intended to support it.
assumeNothrowNoGC auto assumeNothrowNoGC(T t): Undocumented in source. Be warned that the author may not have intended to support it.
freeSlice void freeSlice(const(T)[] slice): Frees a slice allocated with mallocSlice.
mallocDup T[] mallocDup(const(T)[] slice): Duplicates a slice with malloc. Equivalent to .dup Has to be cleaned-up with free(slice.ptr) or freeSlice(slice).
mallocIDup immutable(T)[] mallocIDup(const(T)[] slice): Duplicates a slice with malloc. Equivalent to .idup Has to be cleaned-up with free(slice.ptr) or freeSlice(slice).
mallocSlice T[] mallocSlice(size_t count): Allocates a slice with malloc.
mallocSliceNoInit T[] mallocSliceNoInit(size_t count): Allocates a slice with malloc, but does not initialize the content.
stringDup char[] stringDup(const(char)* cstr): Duplicates a zero-terminated string with malloc, return a char[]. Equivalent to .dup Has to be cleaned-up with free(s.ptr). Note: The zero-terminating byte is preserved. This allow to have a string which also can be converted to a C string with .ptr. However the zero byte is not included in slice length.
stringDup char[] stringDup(string str): Undocumented in source.
stringIDup string stringIDup(const(char)* cstr): Duplicates a zero-terminated string with malloc, return a string. Equivalent to .idup Has to be cleaned-up with free(s.ptr). Note: The zero-terminating byte is preserved. This allow to have a string which also can be converted to a C string with .ptr. However the zero byte is not included in slice length.

tame.nogc

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