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Code Issues Releases Wiki Activity

Fix typos and errors

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This commit is contained in:
Laurie Young 2015-12-11 14:24:26 +01:00
parent fb4bbf589f
commit bf49822c8b
1 changed files with 207 additions and 207 deletions
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414
src/main.rs
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@ -22,57 +22,57 @@ fn opcode(input: &Vec<u8>, counter: usize) -> usize {
println!("LXI B,${:02x}{:02x}", input[counter + 2], input[counter + 1]); println!("LXI B,${:02x}{:02x}", input[counter + 2], input[counter + 1]);
size = 3; size = 3;
}, },
0x02 => { print_mneomonic("STAX B", $input[counter..counter + 1]); size = 1 }, }, 0x02 => { print_mnemonic("STAX B", &input[counter..counter + 1]); size = 1 },
0x03 => { print_mneomonic("INX B", $input[counter..counter + 1]); size = 1 }, }, 0x03 => { print_mnemonic("INX B", &input[counter..counter + 1]); size = 1 },
0x04 => { print_mneomonic("INR B", $input[counter..counter + 1]); size = 1 }, }, 0x04 => { print_mnemonic("INR B", &input[counter..counter + 1]); size = 1 },
0x05 => { print_mneomonic("DCR B", $input[counter..counter + 1]); size = 1 }, }, 0x05 => { print_mnemonic("DCR B", &input[counter..counter + 1]); size = 1 },
0x06 => { print_mnemonic("MVI B,", &input[counter..counter + 2]); size = 2; }, 0x06 => { print_mnemonic("MVI B,", &input[counter..counter + 2]); size = 2; },
0x07 => { print_mneomonic("RLC", $input[counter..counter + 1]); size = 1 }, }, 0x07 => { print_mnemonic("RLC", &input[counter..counter + 1]); size = 1 },
// 08 // 08
0x08 => { print_mneomonic("*NOP", $input[counter..counter + 1]); size = 1 }, }, 0x08 => { print_mnemonic("*NOP", &input[counter..counter + 1]); size = 1 },
0x09 => { print_mneomonic("DAD B", $input[counter..counter + 1]); size = 1 }, }, 0x09 => { print_mnemonic("DAD B", &input[counter..counter + 1]); size = 1 },
0x0a => { print_mneomonic("LDAX B", $input[counter..counter + 1]); size = 1 }, }, 0x0a => { print_mnemonic("LDAX B", &input[counter..counter + 1]); size = 1 },
0x0b => { print_mneomonic("DCX B", $input[counter..counter + 1]); size = 1 }, }, 0x0b => { print_mnemonic("DCX B", &input[counter..counter + 1]); size = 1 },
0x0c => { print_mneomonic("INR C", $input[counter..counter + 1]); size = 1 }, }, 0x0c => { print_mnemonic("INR C", &input[counter..counter + 1]); size = 1 },
0x0d => { print_mneomonic("DCR C", $input[counter..counter + 1]); size = 1 }, }, 0x0d => { print_mnemonic("DCR C", &input[counter..counter + 1]); size = 1 },
0x0e => { 0x0e => {
println!("MVI C,#0x{:02x}", input[counter + 1]); println!("MVI C,#0x{:02x}", input[counter + 1]);
size = 2; size = 2;
}, },
0x0f => { print_mneomonic("RRC", $input[counter..counter + 1]); size = 1 }, }, 0x0f => { print_mnemonic("RRC", &input[counter..counter + 1]); size = 1 },
// 10 // 10
0x10 => { print_mneomonic("*NOP", $input[counter..counter + 1]); size = 1 }, }, 0x10 => { print_mnemonic("*NOP", &input[counter..counter + 1]); size = 1 },
0x11 => { 0x11 => {
println!("LXI D,${:02x}{:02x}", input[counter + 2], input[counter + 1]); println!("LXI D,${:02x}{:02x}", input[counter + 2], input[counter + 1]);
size = 3; size = 3;
}, },
0x12 => { print_mneomonic("STAX D", $input[counter..counter + 1]); size = 1 }, }, 0x12 => { print_mnemonic("STAX D", &input[counter..counter + 1]); size = 1 },
0x13 => { print_mneomonic("INX D", $input[counter..counter + 1]); size = 1 }, }, 0x13 => { print_mnemonic("INX D", &input[counter..counter + 1]); size = 1 },
0x14 => { print_mneomonic("INR D", $input[counter..counter + 1]); size = 1 }, }, 0x14 => { print_mnemonic("INR D", &input[counter..counter + 1]); size = 1 },
0x15 => { print_mneomonic("DCR D", $input[counter..counter + 1]); size = 1 }, }, 0x15 => { print_mnemonic("DCR D", &input[counter..counter + 1]); size = 1 },
0x16 => { 0x16 => {
println!("MVI D,#0x{:02x}", input[counter + 1]); println!("MVI D,#0x{:02x}", input[counter + 1]);
size = 2; size = 2;
}, },
0x17 => { print_mneomonic("RAL", $input[counter..counter + 1]); size = 1 }, }, 0x17 => { print_mnemonic("RAL", &input[counter..counter + 1]); size = 1 },
// 18 // 18
0x18 => { print_mneomonic("*NOP", $input[counter..counter + 1]); size = 1 }, }, 0x18 => { print_mnemonic("*NOP", &input[counter..counter + 1]); size = 1 },
0x19 => { print_mneomonic("DAD D", $input[counter..counter + 1]); size = 1 }, }, 0x19 => { print_mnemonic("DAD D", &input[counter..counter + 1]); size = 1 },
0x1a => { print_mneomonic("LDAX D", $input[counter..counter + 1]); size = 1 }, }, 0x1a => { print_mnemonic("LDAX D", &input[counter..counter + 1]); size = 1 },
0x1b => { print_mneomonic("DCX D", $input[counter..counter + 1]); size = 1 }, }, 0x1b => { print_mnemonic("DCX D", &input[counter..counter + 1]); size = 1 },
0x1c => { print_mneomonic("INR E", $input[counter..counter + 1]); size = 1 }, }, 0x1c => { print_mnemonic("INR E", &input[counter..counter + 1]); size = 1 },
0x1d => { print_mneomonic("DCR E", $input[counter..counter + 1]); size = 1 }, }, 0x1d => { print_mnemonic("DCR E", &input[counter..counter + 1]); size = 1 },
0x1e => { 0x1e => {
println!("MVI E,#0x{:02x}", input[counter + 1]); println!("MVI E,#0x{:02x}", input[counter + 1]);
size = 2; size = 2;
}, },
0x1f => { print_mneomonic("RAR", $input[counter..counter + 1]); size = 1 }, }, 0x1f => { print_mnemonic("RAR", &input[counter..counter + 1]); size = 1 },
// 20 // 20
0x20 => { print_mneomonic("*NOP", $input[counter..counter + 1]); size = 1 }, }, 0x20 => { print_mnemonic("*NOP", &input[counter..counter + 1]); size = 1 },
0x21 => { 0x21 => {
println!("LXI H,${:02x}{:02x}", input[counter + 2], input[counter + 1]); println!("LXI H,${:02x}{:02x}", input[counter + 2], input[counter + 1]);
size = 3; size = 3;
@ -81,33 +81,33 @@ fn opcode(input: &Vec<u8>, counter: usize) -> usize {
println!("SHLD ${:02x}{:02x}", input[counter + 2], input[counter + 1]); println!("SHLD ${:02x}{:02x}", input[counter + 2], input[counter + 1]);
size = 3; size = 3;
}, },
0x23 => { print_mneomonic("INX H", $input[counter..counter + 1]); size = 1 }, }, 0x23 => { print_mnemonic("INX H", &input[counter..counter + 1]); size = 1 },
0x24 => { print_mneomonic("INR H", $input[counter..counter + 1]); size = 1 }, }, 0x24 => { print_mnemonic("INR H", &input[counter..counter + 1]); size = 1 },
0x25 => { print_mneomonic("DCR H", $input[counter..counter + 1]); size = 1 }, }, 0x25 => { print_mnemonic("DCR H", &input[counter..counter + 1]); size = 1 },
0x26 => { 0x26 => {
println!("MVI H,#0x{:02x}", input[counter + 1]); println!("MVI H,#0x{:02x}", input[counter + 1]);
size = 2; size = 2;
}, },
0x27 => { print_mneomonic("DDA", $input[counter..counter + 1]); size = 1 }, }, 0x27 => { print_mnemonic("DDA", &input[counter..counter + 1]); size = 1 },
// 28 // 28
0x28 => { print_mneomonic("*NOP", $input[counter..counter + 1]); size = 1 }, }, 0x28 => { print_mnemonic("*NOP", &input[counter..counter + 1]); size = 1 },
0x29 => { print_mneomonic("DAD H", $input[counter..counter + 1]); size = 1 }, }, 0x29 => { print_mnemonic("DAD H", &input[counter..counter + 1]); size = 1 },
0x2a => { 0x2a => {
println!("LHLD ${:02x}{:02x}", input[counter + 2], input[counter + 1]); println!("LHLD ${:02x}{:02x}", input[counter + 2], input[counter + 1]);
size = 3; size = 3;
}, },
0x2b => { print_mneomonic("DCX H", $input[counter..counter + 1]); size = 1 }, }, 0x2b => { print_mnemonic("DCX H", &input[counter..counter + 1]); size = 1 },
0x2c => { print_mneomonic("INR L", $input[counter..counter + 1]); size = 1 }, }, 0x2c => { print_mnemonic("INR L", &input[counter..counter + 1]); size = 1 },
0x2d => { print_mneomonic("DCR L", $input[counter..counter + 1]); size = 1 }, }, 0x2d => { print_mnemonic("DCR L", &input[counter..counter + 1]); size = 1 },
0x2e => { 0x2e => {
println!("MVI L,#0x{:02x}", input[counter + 1]); println!("MVI L,#0x{:02x}", input[counter + 1]);
size = 2; size = 2;
}, },
0x2f => { print_mneomonic("CMA", $input[counter..counter + 1]); size = 1 }, }, 0x2f => { print_mnemonic("CMA", &input[counter..counter + 1]); size = 1 },
// 30 // 30
0x30 => { print_mneomonic("*NOP", $input[counter..counter + 1]); size = 1 }, }, 0x30 => { print_mnemonic("*NOP", &input[counter..counter + 1]); size = 1 },
0x31 => { 0x31 => {
println!("LXI SP,${:03x}{:03x}", input[counter + 3], input[counter + 1]); println!("LXI SP,${:03x}{:03x}", input[counter + 3], input[counter + 1]);
size = 3; size = 3;
@ -116,194 +116,194 @@ fn opcode(input: &Vec<u8>, counter: usize) -> usize {
println!("STA ${:03x}{:03x}", input[counter + 3], input[counter + 1]); println!("STA ${:03x}{:03x}", input[counter + 3], input[counter + 1]);
size = 3; size = 3;
}, },
0x33 => { print_mneomonic("INX SP", $input[counter..counter + 1]); size = 1 }, }, 0x33 => { print_mnemonic("INX SP", &input[counter..counter + 1]); size = 1 },
0x34 => { print_mneomonic("INR M", $input[counter..counter + 1]); size = 1 }, }, 0x34 => { print_mnemonic("INR M", &input[counter..counter + 1]); size = 1 },
0x35 => { print_mneomonic("DCR M", $input[counter..counter + 1]); size = 1 }, }, 0x35 => { print_mnemonic("DCR M", &input[counter..counter + 1]); size = 1 },
0x36 => { 0x36 => {
println!("MVI M,#0x{:03x}", input[counter + 1]); println!("MVI M,#0x{:03x}", input[counter + 1]);
size = 3; size = 3;
}, },
0x37 => { print_mneomonic("STC", $input[counter..counter + 1]); size = 1 }, }, 0x37 => { print_mnemonic("STC", &input[counter..counter + 1]); size = 1 },
// 38 // 38
0x38 => { print_mneomonic("*NOP", $input[counter..counter + 1]); size = 1 }, }, 0x38 => { print_mnemonic("*NOP", &input[counter..counter + 1]); size = 1 },
0x39 => { print_mneomonic("DAD SP", $input[counter..counter + 1]); size = 1 }, }, 0x39 => { print_mnemonic("DAD SP", &input[counter..counter + 1]); size = 1 },
0x3a => { 0x3a => {
println!("LDA ${:03x}{:03x}", input[counter + 3], input[counter + 1]); println!("LDA ${:03x}{:03x}", input[counter + 3], input[counter + 1]);
size = 3; size = 3;
}, },
0x3b => { print_mneomonic("DCX SP", $input[counter..counter + 1]); size = 1 }, }, 0x3b => { print_mnemonic("DCX SP", &input[counter..counter + 1]); size = 1 },
0x3c => { print_mneomonic("INR A", $input[counter..counter + 1]); size = 1 }, }, 0x3c => { print_mnemonic("INR A", &input[counter..counter + 1]); size = 1 },
0x3d => { print_mneomonic("DCR A", $input[counter..counter + 1]); size = 1 }, }, 0x3d => { print_mnemonic("DCR A", &input[counter..counter + 1]); size = 1 },
0x3e => { 0x3e => {
println!("MVI A,#0x{:03x}", input[counter + 1]); println!("MVI A,#0x{:03x}", input[counter + 1]);
size = 3; size = 3;
}, },
0x3f => { print_mneomonic("CMC", $input[counter..counter + 1]); size = 1 }, }, 0x3f => { print_mnemonic("CMC", &input[counter..counter + 1]); size = 1 },
// 40 // 40
0x40 => { print_mneomonic("MOV B,B", $input[counter..counter + 1]); size = 1 }, }, 0x40 => { print_mnemonic("MOV B,B", &input[counter..counter + 1]); size = 1 },
0x41 => { print_mneomonic("MOV B,C", $input[counter..counter + 1]); size = 1 }, }, 0x41 => { print_mnemonic("MOV B,C", &input[counter..counter + 1]); size = 1 },
0x42 => { print_mneomonic("MOV B,D", $input[counter..counter + 1]); size = 1 }, }, 0x42 => { print_mnemonic("MOV B,D", &input[counter..counter + 1]); size = 1 },
0x43 => { print_mneomonic("MOV B,E", $input[counter..counter + 1]); size = 1 }, }, 0x43 => { print_mnemonic("MOV B,E", &input[counter..counter + 1]); size = 1 },
0x44 => { print_mneomonic("MOV B,H", $input[counter..counter + 1]); size = 1 }, }, 0x44 => { print_mnemonic("MOV B,H", &input[counter..counter + 1]); size = 1 },
0x45 => { print_mneomonic("MOV B,L", $input[counter..counter + 1]); size = 1 }, }, 0x45 => { print_mnemonic("MOV B,L", &input[counter..counter + 1]); size = 1 },
0x46 => { print_mneomonic("MOV B,M", $input[counter..counter + 1]); size = 1 }, }, 0x46 => { print_mnemonic("MOV B,M", &input[counter..counter + 1]); size = 1 },
0x47 => { print_mneomonic("MOV B,A", $input[counter..counter + 1]); size = 1 }, }, 0x47 => { print_mnemonic("MOV B,A", &input[counter..counter + 1]); size = 1 },
// 48 // 48
0x48 => { print_mneomonic("MOV C,B", $input[counter..counter + 1]); size = 1 }, }, 0x48 => { print_mnemonic("MOV C,B", &input[counter..counter + 1]); size = 1 },
0x49 => { print_mneomonic("MOV C,C", $input[counter..counter + 1]); size = 1 }, }, 0x49 => { print_mnemonic("MOV C,C", &input[counter..counter + 1]); size = 1 },
0x4a => { print_mneomonic("MOV C,D", $input[counter..counter + 1]); size = 1 }, }, 0x4a => { print_mnemonic("MOV C,D", &input[counter..counter + 1]); size = 1 },
0x4b => { print_mneomonic("MOV C,E", $input[counter..counter + 1]); size = 1 }, }, 0x4b => { print_mnemonic("MOV C,E", &input[counter..counter + 1]); size = 1 },
0x4c => { print_mneomonic("MOV C,H", $input[counter..counter + 1]); size = 1 }, }, 0x4c => { print_mnemonic("MOV C,H", &input[counter..counter + 1]); size = 1 },
0x4d => { print_mneomonic("MOV C,L", $input[counter..counter + 1]); size = 1 }, }, 0x4d => { print_mnemonic("MOV C,L", &input[counter..counter + 1]); size = 1 },
0x4e => { print_mneomonic("MOV C,M", $input[counter..counter + 1]); size = 1 }, }, 0x4e => { print_mnemonic("MOV C,M", &input[counter..counter + 1]); size = 1 },
0x4f => { print_mneomonic("MOV C,A", $input[counter..counter + 1]); size = 1 }, }, 0x4f => { print_mnemonic("MOV C,A", &input[counter..counter + 1]); size = 1 },
// 50 // 50
0x50 => { print_mneomonic("MOV D,B", $input[counter..counter + 1]); size = 1 }, }, 0x50 => { print_mnemonic("MOV D,B", &input[counter..counter + 1]); size = 1 },
0x51 => { print_mneomonic("MOV D,C", $input[counter..counter + 1]); size = 1 }, }, 0x51 => { print_mnemonic("MOV D,C", &input[counter..counter + 1]); size = 1 },
0x52 => { print_mneomonic("MOV D,D", $input[counter..counter + 1]); size = 1 }, }, 0x52 => { print_mnemonic("MOV D,D", &input[counter..counter + 1]); size = 1 },
0x53 => { print_mneomonic("MOV D,E", $input[counter..counter + 1]); size = 1 }, }, 0x53 => { print_mnemonic("MOV D,E", &input[counter..counter + 1]); size = 1 },
0x54 => { print_mneomonic("MOV D,H", $input[counter..counter + 1]); size = 1 }, }, 0x54 => { print_mnemonic("MOV D,H", &input[counter..counter + 1]); size = 1 },
0x55 => { print_mneomonic("MOV D,L", $input[counter..counter + 1]); size = 1 }, }, 0x55 => { print_mnemonic("MOV D,L", &input[counter..counter + 1]); size = 1 },
0x56 => { print_mneomonic("MOV D,M", $input[counter..counter + 1]); size = 1 }, }, 0x56 => { print_mnemonic("MOV D,M", &input[counter..counter + 1]); size = 1 },
0x57 => { print_mneomonic("MOV D,A", $input[counter..counter + 1]); size = 1 }, }, 0x57 => { print_mnemonic("MOV D,A", &input[counter..counter + 1]); size = 1 },
// 58 // 58
0x58 => { print_mneomonic("MOV E,B", $input[counter..counter + 1]); size = 1 }, }, 0x58 => { print_mnemonic("MOV E,B", &input[counter..counter + 1]); size = 1 },
0x59 => { print_mneomonic("MOV E,C", $input[counter..counter + 1]); size = 1 }, }, 0x59 => { print_mnemonic("MOV E,C", &input[counter..counter + 1]); size = 1 },
0x5a => { print_mneomonic("MOV E,D", $input[counter..counter + 1]); size = 1 }, }, 0x5a => { print_mnemonic("MOV E,D", &input[counter..counter + 1]); size = 1 },
0x5b => { print_mneomonic("MOV E,E", $input[counter..counter + 1]); size = 1 }, }, 0x5b => { print_mnemonic("MOV E,E", &input[counter..counter + 1]); size = 1 },
0x5c => { print_mneomonic("MOV E,H", $input[counter..counter + 1]); size = 1 }, }, 0x5c => { print_mnemonic("MOV E,H", &input[counter..counter + 1]); size = 1 },
0x5d => { print_mneomonic("MOV E,L", $input[counter..counter + 1]); size = 1 }, }, 0x5d => { print_mnemonic("MOV E,L", &input[counter..counter + 1]); size = 1 },
0x5e => { print_mneomonic("MOV E,M", $input[counter..counter + 1]); size = 1 }, }, 0x5e => { print_mnemonic("MOV E,M", &input[counter..counter + 1]); size = 1 },
0x5f => { print_mneomonic("MOV E,A", $input[counter..counter + 1]); size = 1 }, }, 0x5f => { print_mnemonic("MOV E,A", &input[counter..counter + 1]); size = 1 },
// 60 // 60
0x60 => { print_mneomonic("MOV H,B", $input[counter..counter + 1]); size = 1 }, }, 0x60 => { print_mnemonic("MOV H,B", &input[counter..counter + 1]); size = 1 },
0x61 => { print_mneomonic("MOV H,C", $input[counter..counter + 1]); size = 1 }, }, 0x61 => { print_mnemonic("MOV H,C", &input[counter..counter + 1]); size = 1 },
0x62 => { print_mneomonic("MOV H,D", $input[counter..counter + 1]); size = 1 }, }, 0x62 => { print_mnemonic("MOV H,D", &input[counter..counter + 1]); size = 1 },
0x63 => { print_mneomonic("MOV H,E", $input[counter..counter + 1]); size = 1 }, }, 0x63 => { print_mnemonic("MOV H,E", &input[counter..counter + 1]); size = 1 },
0x64 => { print_mneomonic("MOV H,H", $input[counter..counter + 1]); size = 1 }, }, 0x64 => { print_mnemonic("MOV H,H", &input[counter..counter + 1]); size = 1 },
0x65 => { print_mneomonic("MOV H,L", $input[counter..counter + 1]); size = 1 }, }, 0x65 => { print_mnemonic("MOV H,L", &input[counter..counter + 1]); size = 1 },
0x66 => { print_mneomonic("MOV H,M", $input[counter..counter + 1]); size = 1 }, }, 0x66 => { print_mnemonic("MOV H,M", &input[counter..counter + 1]); size = 1 },
0x67 => { print_mneomonic("MOV H,A", $input[counter..counter + 1]); size = 1 }, }, 0x67 => { print_mnemonic("MOV H,A", &input[counter..counter + 1]); size = 1 },
// 68 // 68
0x68 => { print_mneomonic("MOV L,B", $input[counter..counter + 1]); size = 1 }, }, 0x68 => { print_mnemonic("MOV L,B", &input[counter..counter + 1]); size = 1 },
0x69 => { print_mneomonic("MOV L,C", $input[counter..counter + 1]); size = 1 }, }, 0x69 => { print_mnemonic("MOV L,C", &input[counter..counter + 1]); size = 1 },
0x6a => { print_mneomonic("MOV L,D", $input[counter..counter + 1]); size = 1 }, }, 0x6a => { print_mnemonic("MOV L,D", &input[counter..counter + 1]); size = 1 },
0x6b => { print_mneomonic("MOV L,E", $input[counter..counter + 1]); size = 1 }, }, 0x6b => { print_mnemonic("MOV L,E", &input[counter..counter + 1]); size = 1 },
0x6c => { print_mneomonic("MOV L,H", $input[counter..counter + 1]); size = 1 }, }, 0x6c => { print_mnemonic("MOV L,H", &input[counter..counter + 1]); size = 1 },
0x6d => { print_mneomonic("MOV L,L", $input[counter..counter + 1]); size = 1 }, }, 0x6d => { print_mnemonic("MOV L,L", &input[counter..counter + 1]); size = 1 },
0x6e => { print_mneomonic("MOV L,M", $input[counter..counter + 1]); size = 1 }, }, 0x6e => { print_mnemonic("MOV L,M", &input[counter..counter + 1]); size = 1 },
0x6f => { print_mneomonic("MOV L,A", $input[counter..counter + 1]); size = 1 }, }, 0x6f => { print_mnemonic("MOV L,A", &input[counter..counter + 1]); size = 1 },
// 70 // 70
0x70 => { print_mneomonic("MOV M,B", $input[counter..counter + 1]); size = 1 }, }, 0x70 => { print_mnemonic("MOV M,B", &input[counter..counter + 1]); size = 1 },
0x71 => { print_mneomonic("MOV M,C", $input[counter..counter + 1]); size = 1 }, }, 0x71 => { print_mnemonic("MOV M,C", &input[counter..counter + 1]); size = 1 },
0x72 => { print_mneomonic("MOV M,D", $input[counter..counter + 1]); size = 1 }, }, 0x72 => { print_mnemonic("MOV M,D", &input[counter..counter + 1]); size = 1 },
0x73 => { print_mneomonic("MOV M,E", $input[counter..counter + 1]); size = 1 }, }, 0x73 => { print_mnemonic("MOV M,E", &input[counter..counter + 1]); size = 1 },
0x74 => { print_mneomonic("MOV M,H", $input[counter..counter + 1]); size = 1 }, }, 0x74 => { print_mnemonic("MOV M,H", &input[counter..counter + 1]); size = 1 },
0x75 => { print_mneomonic("MOV M,L", $input[counter..counter + 1]); size = 1 }, }, 0x75 => { print_mnemonic("MOV M,L", &input[counter..counter + 1]); size = 1 },
0x76 => { print_mneomonic("HLT", $input[counter..counter + 1]); size = 1 }, }, 0x76 => { print_mnemonic("HLT", &input[counter..counter + 1]); size = 1 },
0x77 => { print_mneomonic("MOV M,A", $input[counter..counter + 1]); size = 1 }, }, 0x77 => { print_mnemonic("MOV M,A", &input[counter..counter + 1]); size = 1 },
// 78 // 78
0x78 => { print_mneomonic("MOV A,B", $input[counter..counter + 1]); size = 1 }, }, 0x78 => { print_mnemonic("MOV A,B", &input[counter..counter + 1]); size = 1 },
0x79 => { print_mneomonic("MOV A,C", $input[counter..counter + 1]); size = 1 }, }, 0x79 => { print_mnemonic("MOV A,C", &input[counter..counter + 1]); size = 1 },
0x7a => { print_mneomonic("MOV A,D", $input[counter..counter + 1]); size = 1 }, }, 0x7a => { print_mnemonic("MOV A,D", &input[counter..counter + 1]); size = 1 },
0x7b => { print_mneomonic("MOV A,E", $input[counter..counter + 1]); size = 1 }, }, 0x7b => { print_mnemonic("MOV A,E", &input[counter..counter + 1]); size = 1 },
0x7c => { print_mneomonic("MOV A,H", $input[counter..counter + 1]); size = 1 }, }, 0x7c => { print_mnemonic("MOV A,H", &input[counter..counter + 1]); size = 1 },
0x7d => { print_mneomonic("MOV A,L", $input[counter..counter + 1]); size = 1 }, }, 0x7d => { print_mnemonic("MOV A,L", &input[counter..counter + 1]); size = 1 },
0x7e => { print_mneomonic("MOV A,M", $input[counter..counter + 1]); size = 1 }, }, 0x7e => { print_mnemonic("MOV A,M", &input[counter..counter + 1]); size = 1 },
0x7f => { print_mneomonic("MOV A,A", $input[counter..counter + 1]); size = 1 }, }, 0x7f => { print_mnemonic("MOV A,A", &input[counter..counter + 1]); size = 1 },
// 80 // 80
0x80 => { print_mneomonic("ADD B", $input[counter..counter + 1]); size = 1 }, }, 0x80 => { print_mnemonic("ADD B", &input[counter..counter + 1]); size = 1 },
0x81 => { print_mneomonic("ADD C", $input[counter..counter + 1]); size = 1 }, }, 0x81 => { print_mnemonic("ADD C", &input[counter..counter + 1]); size = 1 },
0x82 => { print_mneomonic("ADD D", $input[counter..counter + 1]); size = 1 }, }, 0x82 => { print_mnemonic("ADD D", &input[counter..counter + 1]); size = 1 },
0x83 => { print_mneomonic("ADD E", $input[counter..counter + 1]); size = 1 }, }, 0x83 => { print_mnemonic("ADD E", &input[counter..counter + 1]); size = 1 },
0x84 => { print_mneomonic("ADD H", $input[counter..counter + 1]); size = 1 }, }, 0x84 => { print_mnemonic("ADD H", &input[counter..counter + 1]); size = 1 },
0x85 => { print_mneomonic("ADD L", $input[counter..counter + 1]); size = 1 }, }, 0x85 => { print_mnemonic("ADD L", &input[counter..counter + 1]); size = 1 },
0x86 => { print_mneomonic("ADD M", $input[counter..counter + 1]); size = 1 }, }, 0x86 => { print_mnemonic("ADD M", &input[counter..counter + 1]); size = 1 },
0x87 => { print_mneomonic("ADD A", $input[counter..counter + 1]); size = 1 }, }, 0x87 => { print_mnemonic("ADD A", &input[counter..counter + 1]); size = 1 },
// 88 // 88
0x88 => { print_mneomonic("ADC B", $input[counter..counter + 1]); size = 1 }, }, 0x88 => { print_mnemonic("ADC B", &input[counter..counter + 1]); size = 1 },
0x89 => { print_mneomonic("ADC C", $input[counter..counter + 1]); size = 1 }, }, 0x89 => { print_mnemonic("ADC C", &input[counter..counter + 1]); size = 1 },
0x8a => { print_mneomonic("ADC D", $input[counter..counter + 1]); size = 1 }, }, 0x8a => { print_mnemonic("ADC D", &input[counter..counter + 1]); size = 1 },
0x8b => { print_mneomonic("ADC E", $input[counter..counter + 1]); size = 1 }, }, 0x8b => { print_mnemonic("ADC E", &input[counter..counter + 1]); size = 1 },
0x8c => { print_mneomonic("ADC H", $input[counter..counter + 1]); size = 1 }, }, 0x8c => { print_mnemonic("ADC H", &input[counter..counter + 1]); size = 1 },
0x8d => { print_mneomonic("ADC L", $input[counter..counter + 1]); size = 1 }, }, 0x8d => { print_mnemonic("ADC L", &input[counter..counter + 1]); size = 1 },
0x8e => { print_mneomonic("ADC M", $input[counter..counter + 1]); size = 1 }, }, 0x8e => { print_mnemonic("ADC M", &input[counter..counter + 1]); size = 1 },
0x8f => { print_mneomonic("ADC A", $input[counter..counter + 1]); size = 1 }, }, 0x8f => { print_mnemonic("ADC A", &input[counter..counter + 1]); size = 1 },
// 90 // 90
0x90 => { print_mneomonic("SUB B", $input[counter..counter + 1]); size = 1 }, }, 0x90 => { print_mnemonic("SUB B", &input[counter..counter + 1]); size = 1 },
0x91 => { print_mneomonic("SUB C", $input[counter..counter + 1]); size = 1 }, }, 0x91 => { print_mnemonic("SUB C", &input[counter..counter + 1]); size = 1 },
0x92 => { print_mneomonic("SUB D", $input[counter..counter + 1]); size = 1 }, }, 0x92 => { print_mnemonic("SUB D", &input[counter..counter + 1]); size = 1 },
0x93 => { print_mneomonic("SUB E", $input[counter..counter + 1]); size = 1 }, }, 0x93 => { print_mnemonic("SUB E", &input[counter..counter + 1]); size = 1 },
0x94 => { print_mneomonic("SUB H", $input[counter..counter + 1]); size = 1 }, }, 0x94 => { print_mnemonic("SUB H", &input[counter..counter + 1]); size = 1 },
0x95 => { print_mneomonic("SUB L", $input[counter..counter + 1]); size = 1 }, }, 0x95 => { print_mnemonic("SUB L", &input[counter..counter + 1]); size = 1 },
0x96 => { print_mneomonic("SUB M", $input[counter..counter + 1]); size = 1 }, }, 0x96 => { print_mnemonic("SUB M", &input[counter..counter + 1]); size = 1 },
0x97 => { print_mneomonic("SUB A", $input[counter..counter + 1]); size = 1 }, }, 0x97 => { print_mnemonic("SUB A", &input[counter..counter + 1]); size = 1 },
// 98 // 98
0x98 => { print_mneomonic("SBB B", $input[counter..counter + 1]); size = 1 }, }, 0x98 => { print_mnemonic("SBB B", &input[counter..counter + 1]); size = 1 },
0x99 => { print_mneomonic("SBB C", $input[counter..counter + 1]); size = 1 }, }, 0x99 => { print_mnemonic("SBB C", &input[counter..counter + 1]); size = 1 },
0x9a => { print_mneomonic("SBB D", $input[counter..counter + 1]); size = 1 }, }, 0x9a => { print_mnemonic("SBB D", &input[counter..counter + 1]); size = 1 },
0x9b => { print_mneomonic("SBB E", $input[counter..counter + 1]); size = 1 }, }, 0x9b => { print_mnemonic("SBB E", &input[counter..counter + 1]); size = 1 },
0x9c => { print_mneomonic("SBB H", $input[counter..counter + 1]); size = 1 }, }, 0x9c => { print_mnemonic("SBB H", &input[counter..counter + 1]); size = 1 },
0x9d => { print_mneomonic("SBB L", $input[counter..counter + 1]); size = 1 }, }, 0x9d => { print_mnemonic("SBB L", &input[counter..counter + 1]); size = 1 },
0x9e => { print_mneomonic("SBB M", $input[counter..counter + 1]); size = 1 }, }, 0x9e => { print_mnemonic("SBB M", &input[counter..counter + 1]); size = 1 },
0x9f => { print_mneomonic("SBB A", $input[counter..counter + 1]); size = 1 }, }, 0x9f => { print_mnemonic("SBB A", &input[counter..counter + 1]); size = 1 },
// a0 // a0
0xa0 => { print_mneomonic("ANA B", $input[counter..counter + 1]); size = 1 }, }, 0xa0 => { print_mnemonic("ANA B", &input[counter..counter + 1]); size = 1 },
0xa1 => { print_mneomonic("ANA C", $input[counter..counter + 1]); size = 1 }, }, 0xa1 => { print_mnemonic("ANA C", &input[counter..counter + 1]); size = 1 },
0xa2 => { print_mneomonic("ANA D", $input[counter..counter + 1]); size = 1 }, }, 0xa2 => { print_mnemonic("ANA D", &input[counter..counter + 1]); size = 1 },
0xa3 => { print_mneomonic("ANA E", $input[counter..counter + 1]); size = 1 }, }, 0xa3 => { print_mnemonic("ANA E", &input[counter..counter + 1]); size = 1 },
0xa4 => { print_mneomonic("ANA H", $input[counter..counter + 1]); size = 1 }, }, 0xa4 => { print_mnemonic("ANA H", &input[counter..counter + 1]); size = 1 },
0xa5 => { print_mneomonic("ANA L", $input[counter..counter + 1]); size = 1 }, }, 0xa5 => { print_mnemonic("ANA L", &input[counter..counter + 1]); size = 1 },
0xa6 => { print_mneomonic("ANA M", $input[counter..counter + 1]); size = 1 }, }, 0xa6 => { print_mnemonic("ANA M", &input[counter..counter + 1]); size = 1 },
0xa7 => { print_mneomonic("ANA A", $input[counter..counter + 1]); size = 1 }, }, 0xa7 => { print_mnemonic("ANA A", &input[counter..counter + 1]); size = 1 },
// a8 // a8
0xa8 => { print_mneomonic("XRA B", $input[counter..counter + 1]); size = 1 }, }, 0xa8 => { print_mnemonic("XRA B", &input[counter..counter + 1]); size = 1 },
0xa9 => { print_mneomonic("XRA C", $input[counter..counter + 1]); size = 1 }, }, 0xa9 => { print_mnemonic("XRA C", &input[counter..counter + 1]); size = 1 },
0xaa => { print_mneomonic("XRA D", $input[counter..counter + 1]); size = 1 }, }, 0xaa => { print_mnemonic("XRA D", &input[counter..counter + 1]); size = 1 },
0xab => { print_mneomonic("XRA E", $input[counter..counter + 1]); size = 1 }, }, 0xab => { print_mnemonic("XRA E", &input[counter..counter + 1]); size = 1 },
0xac => { print_mneomonic("XRA H", $input[counter..counter + 1]); size = 1 }, }, 0xac => { print_mnemonic("XRA H", &input[counter..counter + 1]); size = 1 },
0xad => { print_mneomonic("XRA L", $input[counter..counter + 1]); size = 1 }, }, 0xad => { print_mnemonic("XRA L", &input[counter..counter + 1]); size = 1 },
0xae => { print_mneomonic("XRA M", $input[counter..counter + 1]); size = 1 }, }, 0xae => { print_mnemonic("XRA M", &input[counter..counter + 1]); size = 1 },
0xaf => { print_mneomonic("XRA A", $input[counter..counter + 1]); size = 1 }, }, 0xaf => { print_mnemonic("XRA A", &input[counter..counter + 1]); size = 1 },
// b0 // b0
0xb0 => { print_mneomonic("ORA B", $input[counter..counter + 1]); size = 1 }, }, 0xb0 => { print_mnemonic("ORA B", &input[counter..counter + 1]); size = 1 },
0xb1 => { print_mneomonic("ORA C", $input[counter..counter + 1]); size = 1 }, }, 0xb1 => { print_mnemonic("ORA C", &input[counter..counter + 1]); size = 1 },
0xb2 => { print_mneomonic("ORA D", $input[counter..counter + 1]); size = 1 }, }, 0xb2 => { print_mnemonic("ORA D", &input[counter..counter + 1]); size = 1 },
0xb3 => { print_mneomonic("ORA E", $input[counter..counter + 1]); size = 1 }, }, 0xb3 => { print_mnemonic("ORA E", &input[counter..counter + 1]); size = 1 },
0xb4 => { print_mneomonic("ORA H", $input[counter..counter + 1]); size = 1 }, }, 0xb4 => { print_mnemonic("ORA H", &input[counter..counter + 1]); size = 1 },
0xb5 => { print_mneomonic("ORA L", $input[counter..counter + 1]); size = 1 }, }, 0xb5 => { print_mnemonic("ORA L", &input[counter..counter + 1]); size = 1 },
0xb6 => { print_mneomonic("ORA M", $input[counter..counter + 1]); size = 1 }, }, 0xb6 => { print_mnemonic("ORA M", &input[counter..counter + 1]); size = 1 },
0xb7 => { print_mneomonic("ORA A", $input[counter..counter + 1]); size = 1 }, }, 0xb7 => { print_mnemonic("ORA A", &input[counter..counter + 1]); size = 1 },
// b8 // b8
0xb8 => { print_mneomonic("CMP B", $input[counter..counter + 1]); size = 1 }, }, 0xb8 => { print_mnemonic("CMP B", &input[counter..counter + 1]); size = 1 },
0xb9 => { print_mneomonic("CMP C", $input[counter..counter + 1]); size = 1 }, }, 0xb9 => { print_mnemonic("CMP C", &input[counter..counter + 1]); size = 1 },
0xba => { print_mneomonic("CMP D", $input[counter..counter + 1]); size = 1 }, }, 0xba => { print_mnemonic("CMP D", &input[counter..counter + 1]); size = 1 },
0xbb => { print_mneomonic("CMP E", $input[counter..counter + 1]); size = 1 }, }, 0xbb => { print_mnemonic("CMP E", &input[counter..counter + 1]); size = 1 },
0xbc => { print_mneomonic("CMP H", $input[counter..counter + 1]); size = 1 }, }, 0xbc => { print_mnemonic("CMP H", &input[counter..counter + 1]); size = 1 },
0xbd => { print_mneomonic("CMP L", $input[counter..counter + 1]); size = 1 }, }, 0xbd => { print_mnemonic("CMP L", &input[counter..counter + 1]); size = 1 },
0xbe => { print_mneomonic("CMP M", $input[counter..counter + 1]); size = 1 }, }, 0xbe => { print_mnemonic("CMP M", &input[counter..counter + 1]); size = 1 },
0xbf => { print_mneomonic("CMP A", $input[counter..counter + 1]); size = 1 }, }, 0xbf => { print_mnemonic("CMP A", &input[counter..counter + 1]); size = 1 },
// c0 // c0
0xc0 => { print_mneomonic("RNZ", $input[counter..counter + 1]); size = 1 }, }, 0xc0 => { print_mnemonic("RNZ", &input[counter..counter + 1]); size = 1 },
0xc1 => { print_mneomonic("POP B", $input[counter..counter + 1]); size = 1 }, }, 0xc1 => { print_mnemonic("POP B", &input[counter..counter + 1]); size = 1 },
0xc2 => { 0xc2 => {
println!("JNZ ${:02x}{:02x}", input[counter + 2], input[counter + 1]); println!("JNZ ${:02x}{:02x}", input[counter + 2], input[counter + 1]);
size = 3; size = 3;
@ -313,16 +313,16 @@ fn opcode(input: &Vec<u8>, counter: usize) -> usize {
println!("CNZ ${:02x}{:02x}", input[counter + 2], input[counter + 1]); println!("CNZ ${:02x}{:02x}", input[counter + 2], input[counter + 1]);
size = 3; size = 3;
}, },
0xc5 => { print_mneomonic("PUSH B", $input[counter..counter + 1]); size = 1 }, }, 0xc5 => { print_mnemonic("PUSH B", &input[counter..counter + 1]); size = 1 },
0xc6 => { 0xc6 => {
println!("ADI #0x{:02x}", input[counter + 1]); println!("ADI #0x{:02x}", input[counter + 1]);
size = 2; size = 2;
}, },
0xc7 => { print_mneomonic("RST 0", $input[counter..counter + 1]); size = 1 }, }, 0xc7 => { print_mnemonic("RST 0", &input[counter..counter + 1]); size = 1 },
// c8 // c8
0xc8 => { print_mneomonic("RZ", $input[counter..counter + 1]); size = 1 }, }, 0xc8 => { print_mnemonic("RZ", &input[counter..counter + 1]); size = 1 },
0xc9 => { print_mneomonic("RET", $input[counter..counter + 1]); size = 1 }, }, 0xc9 => { print_mnemonic("RET", &input[counter..counter + 1]); size = 1 },
0xca => { 0xca => {
println!("JZ ${:02x}{:02x}", input[counter + 2], input[counter + 1]); println!("JZ ${:02x}{:02x}", input[counter + 2], input[counter + 1]);
size = 3; size = 3;
@ -343,11 +343,11 @@ fn opcode(input: &Vec<u8>, counter: usize) -> usize {
println!("ACI #0x{:02x}", input[counter + 1]); println!("ACI #0x{:02x}", input[counter + 1]);
size = 2; size = 2;
}, },
0xcf => { print_mneomonic("RST 1", $input[counter..counter + 1]); size = 1 }, }, 0xcf => { print_mnemonic("RST 1", &input[counter..counter + 1]); size = 1 },
// d0 // d0
0xd0 => { print_mneomonic("RNC", $input[counter..counter + 1]); size = 1 }, }, 0xd0 => { print_mnemonic("RNC", &input[counter..counter + 1]); size = 1 },
0xd1 => { print_mneomonic("POP D", $input[counter..counter + 1]); size = 1 }, }, 0xd1 => { print_mnemonic("POP D", &input[counter..counter + 1]); size = 1 },
0xd2 => { 0xd2 => {
println!("JNC ${:02x}{:02x}", input[counter + 2], input[counter + 1]); println!("JNC ${:02x}{:02x}", input[counter + 2], input[counter + 1]);
size = 3; size = 3;
@ -360,16 +360,16 @@ fn opcode(input: &Vec<u8>, counter: usize) -> usize {
println!("CNC ${:02x}{:02x}", input[counter + 2], input[counter + 1]); println!("CNC ${:02x}{:02x}", input[counter + 2], input[counter + 1]);
size = 3; size = 3;
}, },
0xd5 => { print_mneomonic("PUSH D", $input[counter..counter + 1]); size = 1 }, }, 0xd5 => { print_mnemonic("PUSH D", &input[counter..counter + 1]); size = 1 },
0xd6 => { 0xd6 => {
println!("SUI #0x{:02x}", input[counter + 1]); println!("SUI #0x{:02x}", input[counter + 1]);
size = 2; size = 2;
}, },
0xd7 => { print_mneomonic("RST 2", $input[counter..counter + 1]); size = 1 }, }, 0xd7 => { print_mnemonic("RST 2", &input[counter..counter + 1]); size = 1 },
// d8 // d8
0xd8 => { print_mneomonic("RC", $input[counter..counter + 1]); size = 1 }, }, 0xd8 => { print_mnemonic("RC", &input[counter..counter + 1]); size = 1 },
0xd9 => { print_mneomonic("*RET", $input[counter..counter + 1]); size = 1 }, }, 0xd9 => { print_mnemonic("*RET", &input[counter..counter + 1]); size = 1 },
0xda => { 0xda => {
println!("JC ${:02x}{:02x}", input[counter + 2], input[counter + 1]); println!("JC ${:02x}{:02x}", input[counter + 2], input[counter + 1]);
size = 3; size = 3;
@ -390,35 +390,35 @@ fn opcode(input: &Vec<u8>, counter: usize) -> usize {
println!("SBI #0x{:02x}", input[counter + 1]); println!("SBI #0x{:02x}", input[counter + 1]);
size = 2; size = 2;
}, },
0xdf => { print_mneomonic("RST 3", $input[counter..counter + 1]); size = 1 }, }, 0xdf => { print_mnemonic("RST 3", &input[counter..counter + 1]); size = 1 },
// e0 // e0
0xe0 => { print_mneomonic("RPO", $input[counter..counter + 1]); size = 1 }, }, 0xe0 => { print_mnemonic("RPO", &input[counter..counter + 1]); size = 1 },
0xe1 => { print_mneomonic("POP H", $input[counter..counter + 1]); size = 1 }, }, 0xe1 => { print_mnemonic("POP H", &input[counter..counter + 1]); size = 1 },
0xe2 => { 0xe2 => {
println!("JPO ${:02x}{:02x}", input[counter + 2], input[counter + 1]); println!("JPO ${:02x}{:02x}", input[counter + 2], input[counter + 1]);
size = 3; size = 3;
}, },
0xe3 => { print_mneomonic("XTHL", $input[counter..counter + 1]); size = 1 }, }, 0xe3 => { print_mnemonic("XTHL", &input[counter..counter + 1]); size = 1 },
0xe4 => { 0xe4 => {
println!("CPO ${:02x}{:02x}", input[counter + 2], input[counter + 1]); println!("CPO ${:02x}{:02x}", input[counter + 2], input[counter + 1]);
size = 3; size = 3;
}, },
0xe5 => { print_mneomonic("PUSH H", $input[counter..counter + 1]); size = 1 }, }, 0xe5 => { print_mnemonic("PUSH H", &input[counter..counter + 1]); size = 1 },
0xe6 => { 0xe6 => {
println!("ANI #0x{:02x}", input[counter + 1]); println!("ANI #0x{:02x}", input[counter + 1]);
size = 2; size = 2;
}, },
0xe7 => { print_mneomonic("RST 4", $input[counter..counter + 1]); size = 1 }, }, 0xe7 => { print_mnemonic("RST 4", &input[counter..counter + 1]); size = 1 },
// e8 // e8
0xe8 => { print_mneomonic("RPE", $input[counter..counter + 1]); size = 1 }, }, 0xe8 => { print_mnemonic("RPE", &input[counter..counter + 1]); size = 1 },
0xe9 => { print_mneomonic("PCHL", $input[counter..counter + 1]); size = 1 }, }, 0xe9 => { print_mnemonic("PCHL", &input[counter..counter + 1]); size = 1 },
0xea => { 0xea => {
println!("JPE ${:02x}{:02x}", input[counter + 2], input[counter + 1]); println!("JPE ${:02x}{:02x}", input[counter + 2], input[counter + 1]);
size = 3; size = 3;
}, },
0xeb => { print_mneomonic("XCHG", $input[counter..counter + 1]); size = 1 }, }, 0xeb => { print_mnemonic("XCHG", &input[counter..counter + 1]); size = 1 },
0xec => { 0xec => {
println!("CPE ${:02x}{:02x}", input[counter + 2], input[counter + 1]); println!("CPE ${:02x}{:02x}", input[counter + 2], input[counter + 1]);
size = 3; size = 3;
@ -431,35 +431,35 @@ fn opcode(input: &Vec<u8>, counter: usize) -> usize {
println!("XRI #0x{:02x}", input[counter + 1]); println!("XRI #0x{:02x}", input[counter + 1]);
size = 2; size = 2;
}, },
0xef => { print_mneomonic("RST 5", $input[counter..counter + 1]); size = 1 }, }, 0xef => { print_mnemonic("RST 5", &input[counter..counter + 1]); size = 1 },
// f0 // f0
0xf0 => { print_mneomonic("RP", $input[counter..counter + 1]); size = 1 }, }, 0xf0 => { print_mnemonic("RP", &input[counter..counter + 1]); size = 1 },
0xf1 => { print_mneomonic("POP PSW", $input[counter..counter + 1]); size = 1 }, }, 0xf1 => { print_mnemonic("POP PSW", &input[counter..counter + 1]); size = 1 },
0xf2 => { 0xf2 => {
println!("JP ${:02x}{:02x}", input[counter + 2], input[counter + 1]); println!("JP ${:02x}{:02x}", input[counter + 2], input[counter + 1]);
size = 3; size = 3;
}, },
0xf3 => { print_mneomonic("DI", $input[counter..counter + 1]); size = 1 }, }, 0xf3 => { print_mnemonic("DI", &input[counter..counter + 1]); size = 1 },
0xf4 => { 0xf4 => {
println!("CP ${:02x}{:02x}", input[counter + 2], input[counter + 1]); println!("CP ${:02x}{:02x}", input[counter + 2], input[counter + 1]);
size = 3; size = 3;
}, },
0xf5 => { print_mneomonic("PUSH PSW", $input[counter..counter + 1]); size = 1 }, }, 0xf5 => { print_mnemonic("PUSH PSW", &input[counter..counter + 1]); size = 1 },
0xf6 => { 0xf6 => {
println!("ORI #0x{:02x}", input[counter + 1]); println!("ORI #0x{:02x}", input[counter + 1]);
size = 2; size = 2;
}, },
0xf7 => { print_mneomonic("RST 6", $input[counter..counter + 1]); size = 1 }, }, 0xf7 => { print_mnemonic("RST 6", &input[counter..counter + 1]); size = 1 },
// f8 // f8
0xf8 => { print_mneomonic("RM", $input[counter..counter + 1]); size = 1 }, }, 0xf8 => { print_mnemonic("RM", &input[counter..counter + 1]); size = 1 },
0xf9 => { print_mneomonic("SPHL", $input[counter..counter + 1]); size = 1 }, }, 0xf9 => { print_mnemonic("SPHL", &input[counter..counter + 1]); size = 1 },
0xfa => { 0xfa => {
println!("JM ${:02x}{:02x}", input[counter + 2], input[counter + 1]); println!("JM ${:02x}{:02x}", input[counter + 2], input[counter + 1]);
size = 3; size = 3;
}, },
0xfb => { print_mneomonic("EI", $input[counter..counter + 1]); size = 1 }, }, 0xfb => { print_mnemonic("EI", &input[counter..counter + 1]); size = 1 },
0xfc => { 0xfc => {
println!("CM ${:02x}{:02x}", input[counter + 2], input[counter + 1]); println!("CM ${:02x}{:02x}", input[counter + 2], input[counter + 1]);
size = 3; size = 3;
@ -472,7 +472,7 @@ fn opcode(input: &Vec<u8>, counter: usize) -> usize {
println!("CPI #0x{:02x}", input[counter + 1]); println!("CPI #0x{:02x}", input[counter + 1]);
size = 2; size = 2;
}, },
0xff => { print_mneomonic("RST 7", $input[counter..counter + 1]); size = 1 }, }, 0xff => { print_mnemonic("RST 7", &input[counter..counter + 1]); size = 1 },
_ => { println!("- {:02x}", opcode); size = 1 }, _ => { println!("- {:02x}", opcode); size = 1 },
} }