I have written a DLL file in Linux (x86_64). It is as below:
File: lib.dll
=====================
class A{}
extern(C) void foo(){
Object obj = new Object(); // test 1
A objA = new A(); // test 2
char[] c = new char[ 1024 ]; // test 3
}
Compilation code is below:
dmd -c lib.d -fPIC -debug
gcc --shared lib.o -o lib.so
Output of programme is like that:
library is loaded now
foo() function is found
unloading libdll.so
Segmentation fault (core dumped)
Situation is that if either only the `test 1` or `test 3` code is
available in the function, there is no error at all. But once I
use `test 2` code, it starts giving segmentation fault. Please
notice that both `test 1` and `test 2` are creating an object
already. And all of them allocates memory with `new` keyword. But
only the `test 2` fails. Why is this happening?
