x86 has no absolute near jump encoding. If you know the current value of CS, you could in theory use far jmp ptr16:32, but that's probably slower than any of the alternatives.
If your assembler won't do the math for you to calculate the relative displacement to a given absolute address, you could try to encode it yourself (except I tested with NASM, and this doesn't work):
;; DOESN'T WORK in NASM or YASM, maybe try in MASM / MSVC db 0x0F, 0x85 ; The opcode for JNZ rel32 dd 0x42891B - ($+4) ; The rel32 itself, from the end of the JNZ.
$ is the current output position, not including the current instruction. (But jump displacements are from the end of the instruction).
In theory this is possible in position-dependent code (that knows its own address at link time), but there may not be assembler / linker support for it.
YASM won't assemble that (error: data expression too complex). NASM 2.13.01 will assemble it, but treats it as if $ = 0. So it branches forward by 0x42891B - 4 bytes. In the linked binary, I get 400093: 0f 85 93 00 40 00 jne 80012c
I don't have MASM or MSVC, so it might be worth trying there.
The flexible alternative (using a register-indirect JMP)
CMP EAX, -1 jz @nojump mov ecx, 0x42891B ; pick any register that you can clobber here jmp ecx @nojump: