void conditional_move(Seq_T stream)
{
emit(stream, loadval(r2, 72));
emit(stream, loadval(r3, 2));
emit(stream, conditional(r1, r2, r3));
emit(stream, output(r1));
emit(stream, halt());
}
void print_six(Seq_T stream)
{
emit(stream, input(r3));
emit(stream, output(r3));
emit(stream, loadval(r1, 36));
emit(stream, loadval(r2, 36));
emit(stream, add(r3, r1, r2));
emit(stream, output(r3));
emit(stream, halt());
}
void load_prgm_test(Seq_T stream)
{
emit(stream, loadval(r1, 72));
emit(stream, loadval(r4, 5));
emit(stream, load_prgm(0, 0, r4));
emit(stream, halt());
emit(stream, halt());
emit(stream, output(r1));
emit(stream, halt());
}
void arith_test(Seq_T stream)
{
emit(stream, loadval(r2, 20));
emit(stream, loadval(r3, 10));
emit(stream, add(r1, r2 , r3));
emit(stream, multiply(r1, r2, r3));
emit(stream, divide(r1, r2, r3));
emit(stream, nand(r1, r2, r3));
emit(stream, halt());
}
void emit_condmove_test(Seq_T stream)
{
emit(stream, loadval(r3, 99));
emit(stream, loadval(r2, 47));
emit(stream, loadval(r1, 99));
emit(stream, condmove(r1, r2, r3));
emit(stream, output(r1));
emit(stream, loadval(r1, '\n'));
emit(stream, output(r1));
emit(stream, halt());
}
void emit_nand_test(Seq_T stream)
{
emit(stream, loadval(r2, 42));
emit(stream, loadval(r3, 42));
emit(stream, nand(r1, r2, r3));
emit(stream, nand(r1, r2, r3));
emit(stream, output(r2));
emit(stream, loadval(r1, '\n'));
emit(stream, output(r1));
emit(stream, halt());
}
void load_seg(Seq_T stream)
{
emit(stream, loadval(r1, 72));
emit(stream, loadval(r5, 5));
emit(stream, map(0, r2, r5));
emit(stream, store(r2, r0, r1));
emit(stream, load(r3, r2, 0));
emit(stream, output(r3));
emit(stream, unmap(r2));
emit(stream, map(0, r2, r5));
emit(stream, halt());
}
void emit_halt_test(Seq_T stream)
{
emit(stream, halt());
emit(stream, loadval(r1, 'B'));
emit(stream, output(r1));
emit(stream, loadval(r1, 'a'));
emit(stream, output(r1));
emit(stream, loadval(r1, 'd'));
emit(stream, output(r1));
emit(stream, loadval(r1, '!'));
emit(stream, output(r1));
emit(stream, loadval(r1, '\n'));
emit(stream, output(r1));
}
/* load, store, map, unmap */
void emit_map_test(Seq_T stream)
{
// length of segment
emit(stream, loadval(r0, 40));
emit(stream, map(r1, r0));
// store value
emit(stream, loadval(r2, 36));
emit(stream, loadval(r3, 1));
// store 36 in index 1
emit(stream, store(r1, r3, r2));
emit(stream, load(r4, r1, r3));
emit(stream, output(r4));
emit(stream, loadval(r5, '\n'));
emit(stream, output(r5));
emit(stream, unmap(r1));
emit(stream, halt());
}
void emit_time_test(Seq_T stream)
{
emit(stream, loadval(r5, 'p'));
int i;
for (i = 0; i < 100000; i++) {
emit(stream, output(r5));
}
emit(stream, halt());
}
void emit_input_test(Seq_T stream)
{
emit(stream, input(r3));
emit(stream, output(r3));
emit(stream, loadval(r1, '\n'));
emit(stream, output(r1));
emit(stream, input(r3));
emit(stream, output(r3));
emit(stream, halt());
}
static void emit_out_string(Seq_T stream, const char *s, int aux_reg)
{
int i, len = strlen(s);
char c;
for (i = 0; i < len; i++) {
c = s[i];
emit(stream, loadval(aux_reg, c));
emit(stream, output(aux_reg));
}
}
void emit_goto_test(Seq_T stream)
{
int patch_L = Seq_length(stream);
emit(stream, loadval(r7, 0)); /* will be patched to 'r7 := L' */
emit(stream, loadprogram(r0, r7)); /* should goto label L */
emit_out_string(stream, "GOTO failed.\n", r1);
emit(stream, halt());
/* define 'L' to be here */
add_label(stream, patch_L, Seq_length(stream));
emit_out_string(stream, "GOTO passed.\n", r1);
emit(stream, halt());
}
void emit_add_test(Seq_T stream)
{
emit(stream, loadval(r2, 99));
emit(stream, loadval(r3, 3));
emit(stream, addition(r1, r2, r3));
emit(stream, output(r1));
emit(stream, loadval(r1, ' '));
emit(stream, output(r1));
emit(stream, loadval(r2, 31));
emit(stream, loadval(r3, 5));
emit(stream, addition(r1, r2, r3));
emit(stream, output(r1));
emit(stream, loadval(r1, '\n'));
emit(stream, output(r1));
emit(stream, halt());
}
void emit_multiply_test(Seq_T stream)
{
emit(stream, loadval(r2, 7));
emit(stream, loadval(r3, 6));
emit(stream, multiply(r1, r2, r3));
emit(stream, output(r1));
emit(stream, loadval(r1, ' '));
emit(stream, output(r1));
emit(stream, loadval(r2, 9));
emit(stream, loadval(r3, 11));
emit(stream, multiply(r1, r2, r3));
emit(stream, output(r1));
emit(stream, loadval(r1, '\n'));
emit(stream, output(r1));
emit(stream, halt());
}
void emit_divide_test(Seq_T stream)
{
emit(stream, loadval(r2, 99));
emit(stream, loadval(r3, 3));
emit(stream, divide(r1, r2, r3));
emit(stream, output(r1));
emit(stream, loadval(r1, ' '));
emit(stream, output(r1));
emit(stream, loadval(r2, 255));
emit(stream, loadval(r3, 5));
emit(stream, divide(r1, r2, r3));
emit(stream, output(r1));
emit(stream, loadval(r1, '\n'));
emit(stream, output(r1));
emit(stream, halt());
}
void map_test(Seq_T stream)
{
emit(stream, loadval(r1, 72));
emit(stream, loadval(r2, 5));
emit(stream, loadval(r0, 0));
emit(stream, map(0, r3, r2));
emit(stream, map(0, r4, r2));
emit(stream, map(0, r5, r2));
emit(stream, map(0, r6, r2));
emit(stream, map(0, r7, r2));
emit(stream, store(r3, r0, r1)); //store 72 in r3(1) segment @ offset r0(0)
emit(stream, load(r2, r3, r0)); //load value from segment r3(i) into r2
emit(stream, output(r2));
emit(stream, unmap(r3));
emit(stream, unmap(r4));
emit(stream, unmap(r5));
emit(stream, unmap(r6));
emit(stream, unmap(r7));
emit(stream, loadval(r1, 72));
emit(stream, loadval(r2, 5));
emit(stream, loadval(r0, 0));
emit(stream, map(0, r3, r2));
emit(stream, map(0, r4, r2));
emit(stream, map(0, r5, r2));
emit(stream, map(0, r6, r2));
emit(stream, map(0, r7, r2));
emit(stream, store(r3, r0, r1)); //store 72 in r3(1) segment @ offset r0(0)
emit(stream, load(r2, r3, r0)); //load value from segment r3(i) into r2
emit(stream, output(r2));
emit(stream, unmap(r3));
emit(stream, unmap(r4));
emit(stream, unmap(r5));
emit(stream, unmap(r6));
emit(stream, unmap(r7));
emit(stream, halt());
}
