1. Slide 7 Mikroprosesor Sub. Algoritma Program___ putut.son@gmail.com
Assembly Language
Tujuan Khusus :
Mengetahui algoritma pemrograman secara umum
Mengetahui jenis kategori perintah
Mengetahui implementasi perintah assembly

2. Slide 7 Mikroprosesor Sub. Algoritma Program___ putut.son@gmail.com
Assembly Language
Kategori Algoritma Program :
Deklarasi Variabel & Data Transfer
Perintah Aritmatika( + , - , x , : )
Perintah Logika( AND , OR , NOT )
Seleksi Kondisi( IF … THEN … )
Perulangan/Looping
Stack & Function/Sub Routine

3. Slide 7 Mikroprosesor Sub. Algoritma Program___ putut.son@gmail.com
Assembly Language
Kategori Algoritma Program :
Deklarasi Variabel & Data Transfer
Perpindahan/Duplikasi Data terjadi antara :
Konstanta -> Register immediate addressing
Konstanta -> Memory immediate addressing
Register -> Register register direct
Memory -> Register indirect addressing
Konstanta -> Memory absolute addressing
Register -> Memory absolute addressing
Memory -> Memory absolute addressing

4. Slide 7 Mikroprosesor Sub. Algoritma Program___ putut.son@gmail.com
Assembly Language
MOVE.W D0, D1
MOVEA.L #$2500, A0
MOVE.W (A0),D1
register
MOVEA.L A0, A1
MOVE.W D0, $2000
MOVE.L #$789ABCDE, D1
MOVE.L $2300, $2400
memory
MOVEA.L $2100, A5
constant
MOVE.W #$1234, $2200
MOVE.W #$3456, $2000

5. Slide 7 Mikroprosesor Sub. Algoritma Program___ putut.son@gmail.com
Assembly Language
Kategori Algoritma Program :
2. Perintah Aritmatika

6. Slide 7 Mikroprosesor Sub. Algoritma Program___ putut.son@gmail.com
Assembly Language
Kategori Algoritma Program :
2. Perintah Aritmatika
ADD konstanta, register add #1, d0
ADD register, register add d0, d1
SUB konstanta, register sub #10, d0
SUB register, register sub d0, d1
MULS kontanta, register muls #10, d0
DIVS kontanta, register divs #3, d0

7. Slide 7 Mikroprosesor Sub. Algoritma Program___ putut.son@gmail.com
Assembly Language
Kategori Algoritma Program :
3. Perintah Logika

8. Slide 7 Mikroprosesor Sub. Algoritma Program___ putut.son@gmail.com
Assembly Language
Kategori Algoritma Program :
3. Perintah Logika
AND konstanta, register and #1, d0
AND register, register and d0, d1
OR konstanta, register or #10, d0
OR register, register or d0, d1
NOT register not d0
EOR kontanta, register eor #3, d0

9. Slide 7 Mikroprosesor Sub. Algoritma Program___ putut.son@gmail.com
Assembly Language
Kategori Algoritma Program :
4. Seleksi & Looping

10. Slide 7 Mikroprosesor Sub. Algoritma Program___ putut.son@gmail.com
BCC
Branch Carry Clear - Branch if the C-flag is 0.
BCS
Branch Carry Set - Branch if the C-flag is 1.
BEQ
Branch EQual - Branch if the Z-flag is 1.
BNE
Branch Not Equal - Branch if the Z-flag is 0.
BGE
Branch Greater or Equal - Branch if N and V are equal.
BGT
Branch Greater Than - Branch if N and V are equal and Z=0.
BHI
Branch HIgher than - Branch if both C and Z are 0.
BLE
Branch Less or Equal - Branch if Z=1 or if N and V are different.
BLS
Branch Lower or Same - Branch if C=1 or Z=1.
BLT
Branch Less Than - Branch if N and V are different.
BMI
Branch MInus - Branch if N=1.
BPL
Branch PLus - Branch if N=0.
BVC
Branch V Clear - Branch if V=0
BVS
Branch V Set - Branch if V=1.
BRA
BRanch Always
Slide 7 Mikroprosesor Sub. Algoritma Program___
Assembly Language
BCC
Branch Carry Clear - Branch if the C-flag is 0.
BCS
Branch Carry Set - Branch if the C-flag is 1.
BEQ
Branch EQual - Branch if the Z-flag is 1.
BNE
Branch Not Equal - Branch if the Z-flag is 0.
BGE
Branch Greater or Equal - Branch if N and V are equal.
BGT
Branch Greater Than - Branch if N and V are equal and Z=0.
BHI
Branch HIgher than - Branch if both C and Z are 0.
BLE
Branch Less or Equal - Branch if Z=1 or if N and V are different.
BLS
Branch Lower or Same - Branch if C=1 or Z=1.
BLT
Branch Less Than - Branch if N and V are different.
BMI
Branch MInus - Branch if N=1.
BPL
Branch PLus - Branch if N=0.
BVC
Branch V Clear - Branch if V=0
BVS
Branch V Set - Branch if V=1.
BRA
BRanch Always

11. Slide 7 Mikroprosesor Sub. Algoritma Program___ putut.son@gmail.com
BCC
Branch Carry Clear - Branch if the C-flag is 0.
BCS
Branch Carry Set - Branch if the C-flag is 1.
BEQ
Branch EQual - Branch if the Z-flag is 1.
BNE
Branch Not Equal - Branch if the Z-flag is 0.
BGE
Branch Greater or Equal - Branch if N and V are equal.
BGT
Branch Greater Than - Branch if N and V are equal and Z=0.
BHI
Branch HIgher than - Branch if both C and Z are 0.
BLE
Branch Less or Equal - Branch if Z=1 or if N and V are different.
BLS
Branch Lower or Same - Branch if C=1 or Z=1.
BLT
Branch Less Than - Branch if N and V are different.
BMI
Branch MInus - Branch if N=1.
BPL
Branch PLus - Branch if N=0.
BVC
Branch V Clear - Branch if V=0
BVS
Branch V Set - Branch if V=1.
BRA
BRanch Always
Slide 7 Mikroprosesor Sub. Algoritma Program___
Assembly Language

12. Slide 7 Mikroprosesor Sub. Algoritma Program___ putut.son@gmail.com
Assembly Language

13. Slide 7 Mikroprosesor Sub. Algoritma Program___ putut.son@gmail.com
Assembly Language

14. Slide 7 Mikroprosesor Sub. Algoritma Program___ putut.son@gmail.com
Assembly Language

15. Slide 7 Mikroprosesor Sub. Algoritma Program___ putut.son@gmail.com
Assembly Language

16. Slide 7 Mikroprosesor Sub. Algoritma Program___ putut.son@gmail.com
Assembly Language

17. Slide 7 Mikroprosesor Sub. Algoritma Program___ putut.son@gmail.com
Assembly Language

18. Slide 7 Mikroprosesor Sub. Algoritma Program___ putut.son@gmail.com
Assembly Language

19. Slide 7 Mikroprosesor Sub. Algoritma Program___ putut.son@gmail.com
Assembly Language