PUSH PUSH PUSH PUSH PUSH PUSH PUSH PUSH r16 m16 r32 m32 sr i8 i16 i32 in .NET framework

Paint QR Code ISO/IEC18004 in .NET framework PUSH PUSH PUSH PUSH PUSH PUSH PUSH PUSH r16 m16 r32 m32 sr i8 i16 i32
PUSH PUSH PUSH PUSH PUSH PUSH PUSH PUSH r16 m16 r32 m32 sr i8 i16 i32
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386+ 386+ 286+ 286+ 386+
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PUSH PUSH PUSH PUSH PUSH PUSH WORD [BX] EAX DI ES DWORD 5 WORD 1000H
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Notes:
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It is impossible to push an 8-bit item onto the stack Also remember that the top of the stack is defined (in 16bit modes) as the word at address SS:SP, and there's no way to override that using prefixes In 32-bit modes the top of the stack is the DWORD at [ESP] There is a separate pair of instructions, PUSHF and POPF, for pushing and popping the Flags register Also remember that SP/ESP is decremented before the push takes place; SP points to either an empty stack or else real data r8 = AL AH BL BH CL CH DL DH sr = CS DS SS ES FS GS m8 = 8-bit memory data m32 = 32-bit memory data i16 = 16-bit immediate data d8 = 8-bit signed displacement d32 = 32-bit unsigned displacement r16 = AX BX CX DX BP SP SI DI r32 = EAX EBX ECX EDX EBP ESP ESI EDI m16 = 16-bit memory data i8 = 8-bit immediate data i32 = 32-bit immediate data d16 = 16-bit signed displacement
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PUSHA Push All 16-Bit GP Registers (286+) Flags affected:
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O D I T S Z A P C F F F F F F F F F <none> OF: Overflow flag TF: Trap flag AF: Aux carry DF: Direction flag SF: Sign flag PF: Parity flag IF: Interrupt flag ZF: Zero flag CF: Carry flag
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PUSHA 286+
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PUSHA
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PUSHA pushes all 16-bit general-purpose registers onto the stack This instruction is present on the 286 and later CPUs and is not available in the 8086/8088 The registers are pushed in this order: AX, CX, DX, BX, SP, BP, SI, DI However, note that the value of SP pushed is the value SP had before the first register was pushed onto the stack In the course of executing PUSHA, the stack pointer is decremented by 16 bytes (8 registers x 2 bytes each) The Flags register is not pushed onto the stack by PUSHA; see PUSHF r8 = AL AH BL BH CL CH DL DH sr = CS DS SS ES FS GS m8 = 8-bit memory data m32 = 32-bit memory data i16 = 16-bit immediate data d8 = 8-bit signed displacement d32 = 32-bit unsigned displacement r16 = AX BX CX DX BP SP SI DI r32 = EAX EBX ECX EDX EBP ESP ESI EDI m16 = 16-bit memory data i8 = 8-bit immediate data i32 = 32-bit immediate data d16 = 16-bit signed displacement
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PUSHAD Push All 32-Bit GP Registers (386+) Flags affected:
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O D I T S Z A P C F F F F F F F F F <none> OF: Overflow flag TF: Trap flag AF: Aux carry DF: Direction flag SF: Sign flag PF: Parity flag IF: Interrupt flag ZF: Zero flag CF: Carry flag
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Generating Data Matrix 2d Barcode In Visual Basic .NET
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PUSHAD 386+
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PUSHAD
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PUSHA pushes all 32-bit general-purpose registers onto the stack This instruction is present on the 386 and later CPUs and is not available in the 8086, 8088, or 286 The registers are pushed in this order: EAX, ECX, EDX, EBX, ESP, EBP, ESI, EDI However, note that the value of ESP pushed is the value SP had before the first register was pushed onto the stack In the course of executing PUSHAD, the stack pointer is decremented by 32 bytes (8 registers x 4 bytes each) The EFlags register is not pushed onto the stack by PUSHAD; see PUSHFD r8 = AL AH BL BH CL CH DL DH sr = CS DS SS ES FS GS m8 = 8-bit memory data m32 = 32-bit memory data i16 = 16-bit immediate data d8 = 8-bit signed displacement d32 = 32-bit unsigned displacement r16 = AX BX CX DX BP SP SI DI r32 = EAX EBX ECX EDX EBP ESP ESI EDI m16 = 16-bit memory data i8 = 8-bit immediate data i32 = 32-bit immediate data d16 = 16-bit signed displacement
PUSHF Push 16-Bit Flags onto Stack Flags affected:
O D I T S Z A P C F F F F F F F F F <none> OF: Overflow flag TF: Trap flag AF: Aux carry DF: Direction flag SF: Sign flag PF: Parity flag IF: Interrupt flag ZF: Zero flag CF: Carry flag
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