CCS C Compiler Manual PCB / PCM / PCH

IOR Wa,Wb,Wd Wd = Wa.|.Wb
IOR.B Wa,Wb,Wd Wd = Wa.|.Wb (byte)
IOR.B f,W W0 = f | Wa (byte)
IOR.B lit10,Wd Wd = lit10 | Wd (byte)
IOR.B Wa,lit5,Wd Wd = Wa.|.lit5 (byte)
IOR.B f,F f = f | Wa (byte)
LAC Wd,{lit4},acc Acc = Wa shifted slit4
LNK lit14 Allocate Stack Frame
LSR f,W W0 = f >> 1
LSR Wa,lit4,Wd Wd = Wa >> lit4
LSR Wa,Wd Wd = Wa >> 1
LSR f,F f = f >> 1
LSR Wa,Wb,Wd Wd = Wb >> Wa
LSR.B f,W W0 = f >> 1 (byte)
LSR.B f,F f = f >> 1 (byte)
LSR.B Wa,Wd Wd = Wa >> 1 (byte)
MAC Wd*Wd,acc,da,dc Acc = Acc + Wa * Wa; {prefetch}
MAC Wd*Wc,acc,da,dc, Acc = Acc + Wa * Wb; {[W13] = Acc}; {prefetch}
MOV W,f f = Wa
MOV f,W W0 = f
MOV f,F f = f
MOV Wd,? F = Wa
MOV Wa+lit,Wd Wd = [Wa +Slit10]
MOV ?,Wd Wd = f
MOV lit16,Wd Wd = lit16
MOV Wa,Wd Wd = Wa
MOV Wa,Wd+lit [Wd + Slit10] = Wa
MOV.B lit8,Wd Wd = lit8(byte)
MOV.B W,f f = Wa (byte)
MOV.B f,W W0 = f (byte)
MOV.B f,F f = f (byte)
MOV.B Wa+lit,Wd Wd = [Wa +Slit10] (byte)
MOV.B Wa,Wd+lit [Wd + Slit10] = Wa (byte)
MOV.B Wa,Wd Wd = Wa (byte)
MOV.D Wa,Wd Wd:Wd+1 = Wa:Wa+1
MOV.D Wa,Wd Wd:Wd+1 = Wa:Wa+1
MOVSAC acc,da,dc,pi Move ? to ? and ? To ?
MPY Wd*Wc,acc,da,dc Acc = Wa*Wb
MPY Wd*Wd,acc,da,dc Square to Acc
MPY.N Wd*Wc,acc,da,dc Acc = -(Wa*Wb)
MSC Wd*Wc,acc,da,dc, Acc = Acc – Wa*Wb
MUL W,f W3:W2 = f * Wa
MUL.B W,f W3:W2 = f * Wa (byte)
MUL.SS Wa,Wd {Wd+1,Wd}= sign(Wa) * sign(Wb)
MUL.SU Wa,Wd {Wd+1,Wd} = sign(Wa) * unsign(Wb)
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