sample_com.mem
Adds numbers beginning at addr 32,
until a 0 is found.
Result is at addr 30. 
%

// LOAD_IMMEDIATE (r0 <- 0)
0: 0             // ir_const8=0
1: 000010 00     // ir_opcode=2, ir_ri=r0

// LOAD_IMMEDIATE (r1 <- 1)
2: 1               // ir_const8=1
3: 000010 01       // ir_opcode=2, ir_ri=r1

// LOAD_IMMEDIATE (r2 <- 32)
4: 32              // ir_const8=32
5: 000010 10       // ir_opcode=2, ir_ri=r2



// Begin Loop Forever

// (do nothing)
6: 0               
7: 0               

// LOAD_BYTE (r3 <- mem[r2])
8: 10 000000       // ir_rj=2
9: 001000 11       // ir_opcode=8, ir_ri=3

// BRANCH_IF_ZERO (bz r3, 6)
10: 00 00 0110     // ir_const8=6
11: 000011 00      // ir_opcode=3, ir_ri=0

// ADD (r0 <- r0 + r3)
12: 00 11 0000     // ir_rj=0, ir_rk=3
13: 000001 00      // ir_opcode=1, ir_ri=0

// ADD (r2 <- r2 + r1)
14: 10 01 0000     // ir_rj=2, ir_rk=1
15: 000001 10      // ir_opcode=1, ir_ri=2

// JUMP (jump -10)
16: 11110110       // ir_const8=-10
17: 000101 00      // ir_opcode=5

// End Loop



// LOAD_IMMEDIATE (r1 <- 30)
18: 30             // ir_const8=30
19: 000010 01      // ir_opcode=2, ir_ri=1

// STORE_BYTE (mem[r0] <- r1)
20: 01 00 0000     // ir_rj=1, ir_rk=0
21: 000111 00      // ir_opcode=7

// HALT
22: 0              //
23: 001001 00      // ir_opcode=9

// Data Area
32: 11
33: 6
34: 8
35: 9
36: 5
37: 0 // Zero marks end.