subc. | A,B,rD | Sub with Carry, set Carry | rD=A-B-C SaveCarry
Branch instructions:
subc. | A,B,rD | Sub with Carry, set Carry | rD=A-B-C SaveCarry
Branch instructions:
jand | A,B,l | Jump if binary AND | if(A&B) PC=l
jnand | A,B,l | Jump if not binary AND | if(!(A&B)) PC=l
js | A,B,l | Jump if all bits set | if((A&B)==A) PC=l
jand | A,B,l | Jump if binary AND | if(A&B) PC=l
jnand | A,B,l | Jump if not binary AND | if(!(A&B)) PC=l
js | A,B,l | Jump if all bits set | if((A&B)==A) PC=l
jnext | E,A,B,l | Jump if External Condition false| if(!E) PC=l
Data transfer instructions:
jnext | E,A,B,l | Jump if External Condition false| if(!E) PC=l
Data transfer instructions:
tkiph | A,rD | TKIP S-Box lookup high | rD=SBOX[hi8(A)]
tkiphs | A,rD | TKIP S-Box lkup hi swap'd | rD=byteswap(tkiph)
tkipl | A,rD | TKIP S-Box lookup low | rD=SBOX[lo8(A)]
tkiph | A,rD | TKIP S-Box lookup high | rD=SBOX[hi8(A)]
tkiphs | A,rD | TKIP S-Box lkup hi swap'd | rD=byteswap(tkiph)
tkipl | A,rD | TKIP S-Box lookup low | rD=SBOX[lo8(A)]
xor | A,B,rD | Bitwise XOR | rD=A^B
sr | A,B,rD | Rightshift | rD=A>>B
sl | A,B,rD | Leftshift | rD=A<<B
xor | A,B,rD | Bitwise XOR | rD=A^B
sr | A,B,rD | Rightshift | rD=A>>B
sl | A,B,rD | Leftshift | rD=A<<B
-srx | M,S,A,B,rD | Extended right shift |
+srx | M,S,A,B,rD | Shift right over two registers | See detailed docs
rl | A,B,rD | Rotate left | rD=lrot(A, B bits)
rr | A,B,rD | Rotate right | rD=rrot(A, B bits)
nand | A,B,rD | Clear bits (notmask+and) | rD=A&(~B)
rl | A,B,rD | Rotate left | rD=lrot(A, B bits)
rr | A,B,rD | Rotate right | rD=rrot(A, B bits)
nand | A,B,rD | Clear bits (notmask+and) | rD=A&(~B)
-orx | M,S,A,B,rD | Extended bitwise OR |
+orx | M,S,A,B,rD | OR with shift and select | See detailed docs