At the moment tcc does not support assembler instructions
with C expression operands. As a workaround read values
directly from stack.
* lib/linux/riscv64-mes-tcc/_exit.c
* lib/linux/riscv64-mes-tcc/_write.c
* lib/linux/riscv64-mes-tcc/syscall.c
* lib/linux/riscv64-mes-tcc/_exit.c,
lib/linux/riscv64-mes-tcc/_write.c,
lib/linux/riscv64-mes-tcc/crt1.c,
lib/linux/riscv64-mes-tcc/exit-42.S,
lib/linux/riscv64-mes-tcc/hello-mes.S,
lib/linux/riscv64-mes-tcc/syscall-internal.c,
lib/linux/riscv64-mes-tcc/syscall.c: New files. Adapted from -gcc but
make assembly match tcc style assembly where the offsets are received as
an extra input argument:
sw a0, 9(t0)
Becomes:
sw a0, t0, 9
Andrius Štikonas
Ekaitz