radare2/libr/asm/d/propeller

abs=get absolute value of a number
absneg=get the negative of a number’s absolute value
add=add unsigned values
addabs=add absolute value to another value
adds=add signed values
addsx=add signed values plus c
addx=add unsigned values plus c
and=bitwise and values
andn=bitwise and value with not of another
call=jump to address with intention to return to next instruction
clkset=set clock mode at run time
cmp=compare unsigned values
cmps=compare signed values
cmpsub=compare unsigned values, subtract second if it is lesser or equal
cmpsx=compare signed values plus c
cmpx=compare unsigned values plus c
cogid=get current cog’s id
coginit=re/start cog, id optional, to run propeller assembly or spin code
cogstop=start a cog by id
djnz=decrement value and jump to address if not zero
hubop=perform a hub operation
jmp=jump to address unconditionally
jmpret=jump to address with intention to “return” to another address
lockclr=clear semaphore to false and get its previous state
locknew=check out new semaphore and get its id
lockret=return semaphore back for future “new semaphore” requests
lockset=set semaphore to true and get its previous state
max=limit maximum of unsigned value to another unsigned value
maxs=limit maximum of signed value to another signed value
min=limit minimum of unsigned value to another unsigned value
mins=limit minimum of signed value to another signed value
mov=set register to a value
movd=set register’s destination field to a value
movi=set register’s instruction field to a value
movs=set register’s source field to a value
muxc=set discrete bits of value to state of c
muxnc=set discrete bits of value to state of !c
muxnz=set discrete bits of value to state of !z
muxz=set discrete bits of value to state of z
neg=get negative of a number
negc=get value, or its additive inverse, based on c
negnc=get value, or its additive inverse, based on !c
negnz=get value, or its additive inverse, based on !z
negz=get value, or its additive inverse, based on z
nop=no operation, elapse four clock cycles
or=bitwise or values
rcl=rotate c left into value by specified number of bits
rcr=rotate c right into value by specified number of bits
rdbyte=read byte of main memory
rdlong=read long of main memory
rdword=read word of main memory
ret=return to address
rev=reverse lsbs of value and zero-extend
rol=rotate value left by specified number of bits
ror=rotate value right by specified number of bits
sar=shift value arithmetically right by specified number of bits
shl=shift value left by specified number of bits
shr=shift value right by specified number of bits
sub=subtract unsigned values
subabs=subtract absolute value from another value
subs=subtract signed values
subsx=subtract signed value plus c from another signed value
subx=subtract unsigned value plus c from another unsigned value
sumc=sum signed value with another whose sign is inverted based on c
sumnc=sum signed value with another whose sign is inverted based on !c
sumnz=sum signed value with another whose sign is inverted based on !z
sumz=sum signed value with another whose sign is inverted based on z
test=bitwise and values to affect flags only
testn=bitwise and value with not of another to affect flags only
tjnz=test value and jump to address if not zero
tjz=test value and jump to address if zero
waitcnt=pause execution temporarily
waitpeq=pause execution until i/o pin(s) match designated state(s)
waitpne=pause execution until i/o pin(s) don’t match designated state(s)
waitvid=pause execution until video generator can take pixel data
wrbyte=write byte to main memory
wrlong=write long to main memory
wrword=write word to main memory
xor=bitwise xor values