static void
lc3b_bc_insn_print(const void *contents, FILE *f, int indent_level)
{
const lc3b_insn *insn = (const lc3b_insn *)contents;
fprintf(f, "%*s_Instruction_\n", indent_level, "");
fprintf(f, "%*sImmediate Value:", indent_level, "");
if (!insn->imm.abs)
fprintf(f, " (nil)\n");
else {
indent_level++;
fprintf(f, "\n");
yasm_value_print(&insn->imm, f, indent_level);
fprintf(f, "%*sType=", indent_level, "");
switch (insn->imm_type) {
case LC3B_IMM_NONE:
fprintf(f, "NONE-SHOULDN'T HAPPEN");
break;
case LC3B_IMM_4:
fprintf(f, "4-bit");
break;
case LC3B_IMM_5:
fprintf(f, "5-bit");
break;
case LC3B_IMM_6_WORD:
fprintf(f, "6-bit, word-multiple");
break;
case LC3B_IMM_6_BYTE:
fprintf(f, "6-bit, byte-multiple");
break;
case LC3B_IMM_8:
fprintf(f, "8-bit, word-multiple");
break;
case LC3B_IMM_9:
fprintf(f, "9-bit, signed, word-multiple");
break;
case LC3B_IMM_9_PC:
fprintf(f, "9-bit, signed, word-multiple, PC-relative");
break;
}
indent_level--;
}
/* FIXME
fprintf(f, "\n%*sOrigin=", indent_level, "");
if (insn->origin) {
fprintf(f, "\n");
yasm_symrec_print(insn->origin, f, indent_level+1);
} else
fprintf(f, "(nil)\n");
*/
fprintf(f, "%*sOpcode: %04x\n", indent_level, "",
(unsigned int)insn->opcode);
}
static void
lc3b_ea_print(const yasm_effaddr *ea, FILE *f, int indent_level)
{
fprintf(f, "%*sDisp:\n", indent_level, "");
yasm_value_print(&ea->disp, f, indent_level+1);
}
