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Chapter 18 Version 1 ColdFire Debug (CF1_DEBUG)
MCF51QE128 MCU Series Reference Manual, Rev. 3
Freescale Semiconductor 417
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movea.w <ea>y,Ax PST = 0x01, {PST = 0x09, DD = source}
movem.l #list,<ea>x PST = 0x01, {PST = 0x0B, DD = destination},...
movem.l <ea>y,#list PST = 0x01, {PST = 0x0B, DD = source},...
moveq.l #<data>,Dx PST = 0x01
muls.l <ea>y,Dx PST = 0x01, {PST = 0x0B, DD = source operand}
muls.w <ea>y,Dx PST = 0x01, {PST = 0x09, DD = source operand}
mulu.l <ea>y,Dx PST = 0x01, {PST = 0x0B, DD = source operand}
mulu.w <ea>y,Dx PST = 0x01, {PST = 0x09, DD = source operand}
mvs.b <ea>y,Dx PST = 0x01, {0x08, source operand}
mvs.w <ea>y,Dx PST = 0x01, {0x09, source operand}
mvz.b <ea>y,Dx PST = 0x01, {0x08, source operand}
mvz.w <ea>y,Dx PST = 0x01, {0x09, source operand}
neg.l Dx PST = 0x01
negx.l Dx PST = 0x01
nop PST = 0x01
not.l Dx PST = 0x01
or.l <ea>y,Dx PST = 0x01, {PST = 0x0B, DD = source operand}
or.l Dy,<ea>x PST = 0x01, {PST = 0x0B, DD = source}, {PST = 0x0B, DD = destination}
ori.l #<data>,Dx PST = 0x01
pea.l <ea>y PST = 0x01, {PST = 0x0B, DD = destination operand}
pulse PST = 0x04
rts PST = 0x01, {PST = 0x0B, DD = source operand},
PST = 0x05, {PST = [0x0{DE}], DD = target address}
sats.l Dx PST = 0x01
scc.b Dx PST = 0x01
sub.l <ea>y,Dx PST = 0x01, {PST = 0x0B, DD = source operand}
sub.l Dy,<ea>x PST = 0x01, {PST = 0x0B, DD = source}, {PST = 0x0B, DD = destination}
suba.l <ea>y,Ax PST = 0x01, {PST = 0x0B, DD = source operand}
subi.l #<data>,Dx PST = 0x01
subq.l #<data>,<ea>x PST = 0x01, {PST = 0x0B, DD = source}, {PST = 0x0B, DD = destination}
subx.l Dy,Dx PST = 0x01
swap.w Dx PST = 0x01
tas.b <ea>x PST = 0x01, {0x08, source}, {0x08, destination}
Table 18-27. PST/DDATA Specification for User-Mode Instructions (continued)
Instruction Operand Syntax PST/DDATA