Toshiba TLCS-90 Series Data Book page 350

TOSHIBA
Appendix A Table of Machine Instructions
Appendix A T~ble of Machine Instructions (10/11)
9. Jump, call and return
I Instructionl Mnemonic I Code Function ISZIHXVNCI T
I IJP cc,gg IE8+gg:CO+cc IIf ce, PC (- gg 1--------16/8 I (-
FIT
I IJP cc,ix+d IF4+ix:d:CO+cc IIf cc, PC (- ix+d 1--------110/121 <-
FIT
IJP cc,memlJP cc,HL+A IF7:CO+cc IIf cc, PC (- HL+A 1--------114/161 <- FIT
I I JP cc ,mn I EB :n:m:CO+cc I
If
cc, PC <- mn 1--------110/121 <- FIT
I IJR cc,PC+d ICO+cc:d IIf cc, PC <- PC+d 1--------1418 I <- F/T
I 1---------------1--------------1-------------------------------1--------1-----1
I IJP mn 11A: n:m I PC <- mn 1--------1 8 I
I IJRL PC+cd 11B:d:c Ipc <- PC+cd 1--------1 10 I
1-----------1---------------1--------------1-------------------------------1--------1-----1
I ICALL cc,gg IE8+gg:DO+cc IIf cc, PUSH PC,PC <- gg 1--------1 6/141 (- F/T
I ICALL cc,ix+d IF4+ix:d:DO+cc IIf cc, PUSH PC,PC <- ix+d 1--------110/181 <- F/T
I CALL cc,memlCALL cc,HL+A IF7:DO+cc IIf cc, PUSH PC,PC <- HL+A 1--------114/221 <- FIT
I I CALL cC,mn IEB:n:m:DO+cc IIf cc, PUSH PC,PC <- mn 1--------110/181 <- F/T
I 1---------------1--------------1-------------------------------1--------1-----1
I I CALL mn 11C: n:m I PUSH PC ,PC <- am 1--------1 14 1
1 ICALL PC+cd 11D:d:c IpUSH PC,PC (- PC+cd 1--------1 16 I
1-----------1---------------1--------------1-------------------------------1--------1-----1
IOJNZ IDJNZ PC+d 118:d IB <-B-1,
if
B( )0, PC(-PC+d 1--------1 10 I
1 IDJNZ BC,PC+d 119:d 1 BC<-BC-l, if BC< )0, PC<-PC+d 1--------1 10 I
1-----------1---------------1--------------1-------------------------------1--------1-----1
I I RET lIE I POP PC 1--------1 10 I
I RET I RET cc I FE: DO+cc I
If
cc. POP PC 1--------1 6/141 <- F /T
I IRETI 11F Ipop AF, POP PC 1--------1 14 I
Condition codes
rcc~
I Symbol I Meaning Flag value Code
I F I Always false 0 I
I (None) I Always true I I 8 I
1----------1------------------------------------1------------------------------1----------1
I Z I Zero I Z
=
1 1 6 I
I NZ I Not Zero 1
z ..
O l E I
1----------1------------------------------------1------------------------------1----------1
I C I Carry I C .. 1 I 7 I
I NC 1 No carry I
c ..
0 I F I
1----------1------------------------------------1------------------------------1----------1
I PL or P I Plus 1
s"
0 1 0 1
1 MI or
M
1 Minus 1 S" 1 1 5 1
1----------1------------------------------------1------------------------------1----------1
I NE I No t
eq
ua l i z .. O l E I
I EQ 1 Equal 1 z .. 1 I 6 1
1----------1------------------------------------1------------------------------1----------1
1 ov lOver flow 1 p/v" 1 1 4 1
1 NOV I No overflow 1 p/V· 0 I C I
1----------1------------------------------------1------------------------------1----------1
I PE I Parity is even I p/v .. 1 1 4 1
1 PO 1 Parity is odd 1 p/V" 0 I
c
I
1----------1------------------------------------1------------------------------1----------1
1 GE I Greater than or equal (signed) I (5 XOR p/v)
=
0 1 9 I
1----::----I-~~~-:~~~-2~~~~~~:-----------------f--~~-~~~_:~~2_:_~
_____________
1-----~----1
I GT I Greater than (s igned) 1 [Z OR (S XOR p/ V») .. 0 I A I
I LE 1 Less than or equal (signed) I [Z OR
(S
XOR p/V») ,. 1 I 2 1
1----------1------------------------------------1------------------------------1----------1
I UGE I Unsigned greater than or equal 1
c ..
0 I F I
I ULT 1 Unsigned less than I C .. 1 I 7 1
1----------1------------------------------------1------------------------------1----------1
I UGT I Uns igned greater than I (C OR Z) .. 0 1 B 1
I ULE I Unsigned less than or equal I (C OR Z) .. 1 I 3 I
Appendix-IO