Sections: Idx Name Size VMA LMA File off Algn 0 .interp 0000001c 0000000000400238 0000000000400238 00000238 2**0 1 .note.ABI-tag 00000020 0000000000400254 0000000000400254 00000254 2**2 2 .note.gnu.build-id 00000024 0000000000400278 0000000000400278 00000278 2**2 3 .gnu.hash 00000030 00000000004002a0 00000000004002a0 000002a0 2**3 4 .dynsym 00000120 00000000004002d0 00000000004002d0 000002d0 2**3 5 .dynstr 000000a2 0000000000400400 0000000000400400 00000400 2**0 6 .gnu.version 0000000c 00000000004004a8 00000000004004a8 000004a8 2**2 7 .gnu.version_r 00000020 00000000004004b8 00000000004004b8 000004b8 2**2 8 .rela.dyn 00000030 00000000004004e0 00000000004004e0 000004e0 2**3 9 .rela.plt 00000018 0000000000400510 0000000000400510 00000510 2**3 10 .plt 00000030 0000000000400530 0000000000400530 00000530 2**4 11 .plt.got 00000008 0000000000400560 0000000000400560 00000560 2**3 12 .text 00000500 0000000000400570 0000000000400570 00000570 2**4 13 .rodata 00000110 0000000000400a80 0000000000400a80 00000a80 2**4 14 .data 00000020 0000000000601000 0000000000601000 00002000 2**3 15 .bss 00000010 0000000000601020 0000000000601020 00002020 2**3
I imported ipzz into Ghidra (Version 10.2). The decompiled view quickly revealed the main logic: ipzz-447
The binary , so we have full symbol information – a huge help for static analysis. Sections: Idx Name Size VMA LMA File off Algn 0