User Tools

Site Tools

super:technical_information:asm_mnemonics

Differences

This shows you the differences between two versions of the page.

Link to this comparison view

Next revision		Previous revision
super:technical_information:asm_mnemonics [2015/05/02 00:44] – external edit 127.0.0.1super:technical_information:asm_mnemonics [2019/02/15 13:30] (current) – Cleaned up alphabetical listing, hopefully not stepping on anyone's shoes p.jboy
Line 1: Line 1:
 ====== Alphabetical Listing ====== ====== Alphabetical Listing ======
- +^ ADC | Add (with carry) memory to accumulator | 
-  * **ADC** Add memory and carry to accumulator +^ AND | Bitwise AND accumulator with memory | 
-  * **AND** And accumulator with memory +^ ASL | (Arithmetic) shift left accumulator / memory | 
-  * **ASL** Shift memory or accumulator left one bit +^ BCC | Branch if carry clear | 
-  * **BCC** Branch if carry clear +^ BCS | Branch if carry set | 
-  * **BCS** Branch if carry set +^ BEQ | Branch if equal (zero set) | 
-  * **BEQ** Branch if equal +^ BIT | Bit test accumulator with memory | 
-  * **BIT** Test memory bits against accumulator +^ BNE | Branch if not equal (zero clear) | 
-  * **BNE** Branch if negative +^ BPL | Branch if plus (negative clear) | 
-  * **BPL** Branch if not equal +^ BMI | Branch if minus (negative set) | 
-  * **BRA** Branch always (unconditional) +^ BRA | Branch (unconditional) | 
-  * **BRK** Branch if plus Software break (interrupt) +^ BRK | Breakpoint interrupt | 
-  * **BRL** Branch always long +^ BRL | Branch long (unconditional) | 
-  * **BVC** Branch if overflow clear +^ BVC | Branch if overflow clear | 
-  * **BVS** Branch if overflow set +^ BVS | Branch if overflow set | 
-  * **CLC** Clear carry flag +^ CLC | Clear carry flag | 
-  * **CLD** Clear decimal mode flag +^ CLD | Clear decimal mode flag | 
-  * **CLI** Clear interrupt-disable flag +^ CLI | Clear interrupt-disable flag | 
-  * **CLV** Clear overflow flag +^ CLV | Clear overflow flag | 
-  * **CMP** Compare accumulator with memory +^ CMP | Compare accumulator with memory | 
-  * **COP** Co-processor empowerment +^ COP | Coprocessor interrupt | 
-  * **CPX** Compare index register X with memory +^ CPX | Compare index register X with memory | 
-  * **CPY** Compare index register Y with memory +^ CPY | Compare index register Y with memory | 
-  * **DEC** Decrement +^ DEC | Decrement accumulator / memory | 
-  * **DEX** Decrement index register X +^ DEX | Decrement index register X | 
-  * **DEY** Decrement index register Y +^ DEY | Decrement index register Y | 
-  * **EOR** Exclusive-OR accumulator with memory +^ EOR | Bitwise XOR accumulator with memory | 
-  * **INC** Increment +^ INC | Increment accumulator / memory | 
-  * **INX** Increment index register X +^ INX | Increment index register X | 
-  * **INY** Increment index register Y +^ INY | Increment index register Y | 
-  * **JML** Jump long (interbank) +^ JML | Jump long (can change banks) | 
-  * **JMP** Jump +^ JMP | Jump (within current bank) | 
-  * **JSL** Jump to subroutine long(interbank) +^ JSL | Jump to subroutine long (can change banks) | 
-  * **JSR** Jump to subroutine +^ JSR | Jump to subroutine (within current bank) | 
-  * **LDA** Load accumulator from memory +^ LDA | Load to accumulator from memory | 
-  * **LDX** Load index register X from memory +^ LDX | Load to index register X from memory | 
-  * **LDY** Load index register Y from memory +^ LDY | Load to index register Y from memory | 
-  * **LSR** Logical shift memory or accumulator right +^ LSR | Logical shift right accumulator / memory | 
-  * **MVN** Block move negative +^ MVN | Move memory in the negative direction | 
-  * **MVP** Block move positive +^ MVP | Move memory in the positive direction | 
-  * **NOP** No operation +^ NOP | No operation | 
-  * **ORA** OR accumulator with memory +^ ORA | Bitwise OR accumulator with memory | 
-  * **PEA** Push effective absolute address onto stack +^ PEA | Push effective absolute | 
-  * **PEI** Push effective indirect address onto stack +^ PEI | Push effective indirect | 
-  * **PER** Push effective program counter relative address onto stack +^ PER | Push effective relative | 
-  * **PHA** Push accumulator onto stack +^ PHA | Push accumulator | 
-  * **PHB** Push data bank register onto stack +^ PHB | Push data bank register | 
-  * **PHD** Push direct page register onto stack +^ PHD | Push direct page register | 
-  * **PHK** Push program bank register onto stack +^ PHK | Push program bank register | 
-  * **PHP** Push status flags onto stack +^ PHP | Push processor status register | 
-  * **PHX** Push index register X onto stack +^ PHX | Push index register X | 
-  * **PHY** Push index register Y onto stack +^ PHY | Push index register Y | 
-  * **PLA** Pull accumulator from stack +^ PLA | Pull to accumulator | 
-  * **PLB** Pull data bank register from stack +^ PLB | Pull to data bank register | 
-  * **PLD** Pull direct page register from stack +^ PLD | Pull to direct page register | 
-  * **PLP** Pull status flags from stack +^ PLP | Pull to status flags | 
-  * **PLX** Pull index register X form stack +^ PLX | Pull to index register X | 
-  * **PLY** Pull index register Y from stack +^ PLY | Pull to index register Y | 
-  * **REP** Reset status bits +^ REP | Reset processor status register bits | 
-  * **ROL** Rotate memory or accumulator left one bit +^ ROL | Rotate accumulator / memory left (with carry) | 
-  * **ROR** Rotate memory or accumulator fight one bit +^ ROR | Rotate accumulator / memory right (with carry) | 
-  * **RTI** Return from interrupt +^ RTI | Return from interrupt | 
-  * **RTL** Return from subroutine long +^ RTL | Return from subroutine long (from JSL) | 
-  * **RTS** Return from subroutine +^ RTS | Return from subroutine (from JSR) | 
-  * **SBC** Subtract memory with borrow from accumulator +^ SBC | Subtract (with carry) memory from accumulator | 
-  * **SEC** Set carry flag +^ SEC | Set carry flag | 
-  * **SED** Set decimal mode flag +^ SED | Set decimal mode flag | 
-  * **SEI** Set interrupt-disable flag +^ SEI | Set interrupt-disable flag | 
-  * **SEP** Set status bits +^ SEP | Set processor status register bits | 
-  * **STA** Store accumulator to memory +^ STA | Store accumulator to memory | 
-  * **STP** Stop the processor +^ STP | Stop CPU | 
-  * **STX** Store index register X to memory +^ STX | Store index register X to memory | 
-  * **STY** Store index register Y to memory +^ STY | Store index register Y to memory | 
-  * **STZ** Store zero to memory +^ STZ | Store zero to memory | 
-  * **TAX** Transfer accumulator to index register X +^ TAX | Transfer accumulator to index register X | 
-  * **TAY** Transfer accumulator to index register Y +^ TAY | Transfer accumulator to index register Y | 
-  * **TCD** Transfer 16-bit accumulator to direct page register +^ TCD | Transfer accumulator to direct page register | 
-  * **TCS** Transfer accumulator to stack pointer +^ TCS | Transfer accumulator to stack pointer | 
-  * **TDC** Transfer direct page register to 16-bit accumulator +^ TDC | Transfer direct page register to accumulator | 
-  * **TRB** Test and reset (clear) memory bits against accumulator +^ TRB | Test and reset memory bits against accumulator | 
-  * **TSB** Test and set memory bits against accumulator +^ TSB | Test and set memory bits with accumulator | 
-  * **TSC** Transfer stack pointer to 16-bit accumulator +^ TSC | Transfer stack pointer to accumulator | 
-  * **TSX** Transfer stacker point to index register X +^ TSX | Transfer stack pointer to index register X | 
-  * **TXA** Transfer index register X to accumulator +^ TXA | Transfer index register X to accumulator | 
-  * **TXS** Transfer index register X to stack pointer +^ TXS | Transfer index register X to stack pointer | 
-  * **TXY** Transfer index registers X to Y +^ TXY | Transfer index register X to Y | 
-  * **TYA** Transfer index register Y to accumulator +^ TYA | Transfer index register Y to accumulator | 
-  * **TYX** Transfer index registers Y to X +^ TYX | Transfer index register Y to X | 
-  * **WAI** Wait for interrupt +^ WAI | Wait for interrupt | 
-  * **WDM** Reserved for future two-byte opcodes +^ WDM | William David Mensch Jr., 65816 designer (reserved, no operation) | 
-  * **XBA** Exchange the B and A accumulators (upper/lower bytes of register A) +^ XBA | Exchange bytes of the accumulator | 
-  * **XCE** Exchange carry and emulation bits+^ XCE | Exchange carry and emulation bits |
  
 ====== Functional Grouping ====== ====== Functional Grouping ======
super/technical_information/asm_mnemonics.txt · Last modified: 2019/02/15 13:30 by p.jboy

Page Tools

Top

JP Wiki Metroid DB M2K2 AM2R