*Describe the bug
When using Qiling to simulate executable file, I encountered a problem where the linker was unable to link dynamic link libraries correctly, i.e. ld-linux.so was unable to link dynamic link libraries such as libc.so. This resulted in the target program in the simulation environment not being able to find the required DLLs, and thus the simulation could not be executed successfully.
Sample Code
ql = Qiling([r'./update/os'], r'./rootfs', verbose=QL_VERBOSE.DISASM)
ql.run(end=0x15fd0) #15fd0 is the address of the main function
Expected behavior
Dynamic link libraries are all loaded successfully, qiling can be called by symbols can jump to the appropriate location.
Screenshots
Additional context
The environment should be fine and there are many other executables that can be emulated successfully. There is one executable that can also be simulated successfully after removing some of the dynamic link libraries using the patchelf tool. Is there a solution for this situation?
*Describe the bug When using Qiling to simulate executable file, I encountered a problem where the linker was unable to link dynamic link libraries correctly, i.e. ld-linux.so was unable to link dynamic link libraries such as libc.so. This resulted in the target program in the simulation environment not being able to find the required DLLs, and thus the simulation could not be executed successfully.
Sample Code
Expected behavior Dynamic link libraries are all loaded successfully, qiling can be called by symbols can jump to the appropriate location.
Screenshots
Additional context The environment should be fine and there are many other executables that can be emulated successfully. There is one executable that can also be simulated successfully after removing some of the dynamic link libraries using the patchelf tool. Is there a solution for this situation?