Analog Devices ADSP-BF53x Blackfin, Reference

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ADSP-BF53x/BF56x Blackfin Processor Programming Reference I-17
Index
instruction opcodes (continued)
load high data register half, C-20
load immediate, C-16
load low data register half, C-21
load pointer register, C-17
logical shift, C-50
maximum, C-60
minimum, C-61
modify – decrement, C-61
modify – increment, C-61
move byte – sign-extended, C-36
move byte – zero extended, C-36
move CC, C-41
move conditional, C-31
move half to full word – sign-extended,
C-31
move half to full word – zero-extended,
C-31
move register, C-28
move register half, C-32
multiply 16-bit operands, C-62
multiply 32-bit operands, C-68
multiply and multiply-accumulate to
accumulator, C-69
multiply and multiply-accumulate to
data register, C-86
multiply and multiply-accumulate to
half-register, C-74
negate CC, C-42
negate (two’s-complement), C-93
no op, C-99
NOT (one’s-complement), C-43
one’s-population count, C-45
OR, C-43
pop, C-37
pop multiple, C-37
push, C-37
push multiple, C-37
quad 8-bit add, C-103
instruction opcodes (continued)
quad 8-bit average – byte, C-104
quad 8-bit average – half-word, C-104
quad 8-bit pack, C-105
quad 8-bit subtract, C-106
quad 8-bit subtract-absolute-accumulate,
C-106
quad 8-bit unpack, C-106
return, C-14
rotate, C-54
round to half-word (RND), C-94
saturate, C-95
shift with add, C-46
sign bit, C-95
store byte, C-27
store data register, C-24
store high data register half, C-25
store low data register half, C-26
store pointer register, C-23
subtract, C-96
subtract immediate, C-98
system synchronize, C-99
test and set byte (atomic), C-99
vector absolute value, C-107
vector add / subtract, C-107
vector arithmetic shift, C-114
vector logical shift, C-115
vector maximum, C-115
vector minimum, C-115
vector multiply, C-115
vector multiply and
multiply-accumulate, C-121
vector negate (two’s-complement),
C-138
vector pack, C-138
vector search, C-138
zero-overhead loops
setup, C-14
instruction opcodes, constructing, C-1