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* max_operands needs only to be 2 on avr
git-svn-id: trunk@40197 -
This commit is contained in:
florian
parent
0e546d47ca
commit
42e54c1ad5
@ -171,7 +171,7 @@ unit cpubase;
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*****************************************************************************}
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const
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max_operands = 4;
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max_operands = 2;
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maxintregs = 15;
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maxfpuregs = 0;
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@ -58,204 +58,208 @@ unit raavr;
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Operands: array[0..max_operands-1] of TAVROpConstraint;
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end;
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{$PUSH}
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{$WARN 3177 off : Some fields coming after "$1" were not initialized}
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const
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AVRInstrConstraint: array[TAsmOp] of TAVRInstrConstraint =
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// A_NONE
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((numOperands: 0; Operands: ((typ: top_none), (typ: top_none), (typ: top_none), (typ: top_none))),
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((numOperands: 0; Operands: ((typ: top_none), (typ: top_none))),
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// A_ADD
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_reg; rt: rt_all), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_reg; rt: rt_all))),
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// A_ADC
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_reg; rt: rt_all), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_reg; rt: rt_all))),
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// A_ADIW
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_even_24_30), (typ: top_const; max: 63; min: 0), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_even_24_30), (typ: top_const; max: 63; min: 0))),
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// A_SUB
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_reg; rt: rt_all), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_reg; rt: rt_all))),
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// A_SUBI
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_16_31), (typ: top_const; max: 255; min: -128), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_16_31), (typ: top_const; max: 255; min: -128))),
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// A_SBC
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_reg; rt: rt_all), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_reg; rt: rt_all))),
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// A_SBCI
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_16_31), (typ: top_const; max: 255; min: -128), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_16_31), (typ: top_const; max: 255; min: -128))),
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// A_SBRC
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_const; max: 7; min: 0), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_const; max: 7; min: 0))),
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// A_SBRS
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_const; max: 7; min: 0), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_const; max: 7; min: 0))),
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// A_SBIW
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_even_24_30), (typ: top_const; max: 63; min: 0), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_even_24_30), (typ: top_const; max: 63; min: 0))),
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// A_AND
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_reg; rt: rt_all), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_reg; rt: rt_all))),
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// A_ANDI
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_16_31), (typ: top_const; max: 255; min: -128), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_16_31), (typ: top_const; max: 255; min: -128))),
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// A_OR
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_reg; rt: rt_all), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_reg; rt: rt_all))),
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// A_ORI
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_16_31), (typ: top_const; max: 255; min: -128), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_16_31), (typ: top_const; max: 255; min: -128))),
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// A_EOR
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_reg; rt: rt_all), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_reg; rt: rt_all))),
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// A_COM
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(numOperands: (1 shl 1); Operands: ((typ: top_reg; rt: rt_all), (typ: top_none), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 1); Operands: ((typ: top_reg; rt: rt_all), (typ: top_none))),
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// A_NEG
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(numOperands: (1 shl 1); Operands: ((typ: top_reg; rt: rt_all), (typ: top_none), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 1); Operands: ((typ: top_reg; rt: rt_all), (typ: top_none))),
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// A_SBR
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_16_31), (typ: top_const; max: 255; min: -128), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_16_31), (typ: top_const; max: 255; min: -128))),
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// A_CBR
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_16_31), (typ: top_const; max: 255; min: -128), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_16_31), (typ: top_const; max: 255; min: -128))),
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// A_INC
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(numOperands: (1 shl 1); Operands: ((typ: top_reg; rt: rt_all), (typ: top_none), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 1); Operands: ((typ: top_reg; rt: rt_all), (typ: top_none))),
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// A_DEC
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(numOperands: (1 shl 1); Operands: ((typ: top_reg; rt: rt_all), (typ: top_none), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 1); Operands: ((typ: top_reg; rt: rt_all), (typ: top_none))),
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// A_TST
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(numOperands: (1 shl 1); Operands: ((typ: top_reg; rt: rt_all), (typ: top_none), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 1); Operands: ((typ: top_reg; rt: rt_all), (typ: top_none))),
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// A_MUL
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_reg; rt: rt_all), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_reg; rt: rt_all))),
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// A_MULS
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_16_31), (typ: top_reg; rt: rt_16_31), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_16_31), (typ: top_reg; rt: rt_16_31))),
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// A_MULSU
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_16_23), (typ: top_reg; rt: rt_16_23), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_16_23), (typ: top_reg; rt: rt_16_23))),
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// A_FMUL
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_16_23), (typ: top_reg; rt: rt_16_23), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_16_23), (typ: top_reg; rt: rt_16_23))),
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// A_FMULS
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_16_23), (typ: top_reg; rt: rt_16_23), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_16_23), (typ: top_reg; rt: rt_16_23))),
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// A_FMULSU
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_16_23), (typ: top_reg; rt: rt_16_23), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_16_23), (typ: top_reg; rt: rt_16_23))),
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// A_RJMP
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(numOperands: (1 shl 1); Operands: ((typ: top_const; max: 2047; min: -2048), (typ: top_reg; rt: rt_all), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 1); Operands: ((typ: top_const; max: 2047; min: -2048), (typ: top_reg; rt: rt_all))),
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// A_IJMP
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(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none))),
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// A_EIJMP
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(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none))),
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// A_JMP, max size depends on size op PC
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(numOperands: (1 shl 1); Operands: ((typ: top_const; max: (1 shl 22 - 1); min: 0), (typ: top_none), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 1); Operands: ((typ: top_const; max: (1 shl 22 - 1); min: 0), (typ: top_none))),
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// A_RCALL
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(numOperands: (1 shl 1); Operands: ((typ: top_const; max: 2047; min: -2048), (typ: top_none), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 1); Operands: ((typ: top_const; max: 2047; min: -2048), (typ: top_none))),
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// A_ICALL
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(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none))),
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// A_EICALL
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(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none))),
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// A_CALL, max size depends on size op PC
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(numOperands: (1 shl 1); Operands: ((typ: top_const; max: (1 shl 22 - 1); min: 0), (typ: top_none), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 1); Operands: ((typ: top_const; max: (1 shl 22 - 1); min: 0), (typ: top_none))),
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// A_RET
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(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none))),
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// A_IRET
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(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none))),
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// A_CPSE
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_reg; rt: rt_all), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_reg; rt: rt_all))),
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// A_CP
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_reg; rt: rt_all), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_reg; rt: rt_all))),
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// A_CPC
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_reg; rt: rt_all), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_reg; rt: rt_all))),
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// A_CPI
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_16_31), (typ: top_const; max: 255; min: -128), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_16_31), (typ: top_const; max: 255; min: -128))),
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// A_SBIC
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(numOperands: (1 shl 2); Operands: ((typ: top_const; max: 31; min: 0), (typ: top_const; max: 7; min: 0), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_const; max: 31; min: 0), (typ: top_const; max: 7; min: 0))),
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// A_SBIS
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(numOperands: (1 shl 2); Operands: ((typ: top_const; max: 31; min: 0), (typ: top_const; max: 7; min: 0), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_const; max: 31; min: 0), (typ: top_const; max: 7; min: 0))),
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// A_BRxx
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(numOperands: (1 shl 1); Operands: ((typ: top_const; max: 63; min: -64), (typ: top_none), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 1); Operands: ((typ: top_const; max: 63; min: -64), (typ: top_none))),
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// A_MOV
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_reg; rt: rt_all), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_reg; rt: rt_all))),
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// A_MOVW
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_even), (typ: top_reg; rt: rt_even), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_even), (typ: top_reg; rt: rt_even))),
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// A_LDI
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_16_31), (typ: top_const; max: 255; min: -128), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_16_31), (typ: top_const; max: 255; min: -128))),
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// A_LDS TODO: There are 2 versions with different machine codes and constant ranges. Could possibly distinguish based on size of PC?
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// Perhaps handle separately with a check on sub-architecture? Range check only important if smaller instruction code selected on larger arch
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_const; max: 65535; min: 0), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_const; max: 65535; min: 0))),
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// A_LD
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_reg; rt: rt_XYZ; am: [AM_UNCHANGED, AM_POSTINCREMENT, AM_PREDRECEMENT]), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_reg; rt: rt_XYZ; am: [AM_UNCHANGED, AM_POSTINCREMENT, AM_PREDRECEMENT]))),
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// A_LDD
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_reg; rt: rt_YZ; am: [AM_UNCHANGED]; minconst: 0; maxconst: 63), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_reg; rt: rt_YZ; am: [AM_UNCHANGED]; minconst: 0; maxconst: 63))),
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// A_STS TODO: See LDS above
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(numOperands: (1 shl 2); Operands: ((typ: top_const; max: 65535; min: 0), (typ: top_reg; rt: rt_all), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_const; max: 65535; min: 0), (typ: top_reg; rt: rt_all))),
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// A_ST
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_XYZ; am: [AM_UNCHANGED, AM_POSTINCREMENT, AM_PREDRECEMENT]), (typ: top_reg; rt: rt_all), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_XYZ; am: [AM_UNCHANGED, AM_POSTINCREMENT, AM_PREDRECEMENT]), (typ: top_reg; rt: rt_all))),
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// A_STD
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_YZ; am: [AM_UNCHANGED]; minconst: 0; maxconst: 63), (typ: top_reg; rt: rt_all), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_YZ; am: [AM_UNCHANGED]; minconst: 0; maxconst: 63), (typ: top_reg; rt: rt_all))),
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// A_LPM
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(numOperands: (1 shl 0 + 1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_reg; rt: rt_Z; am: [AM_UNCHANGED, AM_POSTINCREMENT]), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 0 + 1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_reg; rt: rt_Z; am: [AM_UNCHANGED, AM_POSTINCREMENT]))),
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// A_ELPM
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(numOperands: (1 shl 0 + 1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_reg; rt: rt_Z; am: [AM_UNCHANGED, AM_POSTINCREMENT]), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 0 + 1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_reg; rt: rt_Z; am: [AM_UNCHANGED, AM_POSTINCREMENT]))),
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// A_SPM
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(numOperands: (1 shl 0 + 1 shl 1); Operands: ((typ: top_reg; rt: rt_Z; am: [AM_UNCHANGED, AM_POSTINCREMENT]), (typ: top_none), (typ: top_none), (typ: top_none))),
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(numOperands: (1 shl 0 + 1 shl 1); Operands: ((typ: top_reg; rt: rt_Z; am: [AM_UNCHANGED, AM_POSTINCREMENT]), (typ: top_none))),
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// A_IN
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||||
(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_const; max: 63; min: 0), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_const; max: 63; min: 0))),
|
||||
// A_OUT
|
||||
(numOperands: (1 shl 2); Operands: ((typ: top_const; max: 63; min: 0), (typ: top_reg; rt: rt_all), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 2); Operands: ((typ: top_const; max: 63; min: 0), (typ: top_reg; rt: rt_all))),
|
||||
// A_PUSH
|
||||
(numOperands: (1 shl 1); Operands: ((typ: top_reg; rt: rt_all), (typ: top_none), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 1); Operands: ((typ: top_reg; rt: rt_all), (typ: top_none))),
|
||||
// A_POP
|
||||
(numOperands: (1 shl 1); Operands: ((typ: top_reg; rt: rt_all), (typ: top_none), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 1); Operands: ((typ: top_reg; rt: rt_all), (typ: top_none))),
|
||||
// A_LSL
|
||||
(numOperands: (1 shl 1); Operands: ((typ: top_reg; rt: rt_all), (typ: top_none), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 1); Operands: ((typ: top_reg; rt: rt_all), (typ: top_none))),
|
||||
// A_LSR
|
||||
(numOperands: (1 shl 1); Operands: ((typ: top_reg; rt: rt_all), (typ: top_none), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 1); Operands: ((typ: top_reg; rt: rt_all), (typ: top_none))),
|
||||
// A_ROL
|
||||
(numOperands: (1 shl 1); Operands: ((typ: top_reg; rt: rt_all), (typ: top_none), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 1); Operands: ((typ: top_reg; rt: rt_all), (typ: top_none))),
|
||||
// A_ROR
|
||||
(numOperands: (1 shl 1); Operands: ((typ: top_reg; rt: rt_all), (typ: top_none), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 1); Operands: ((typ: top_reg; rt: rt_all), (typ: top_none))),
|
||||
// A_ASR
|
||||
(numOperands: (1 shl 1); Operands: ((typ: top_reg; rt: rt_all), (typ: top_none), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 1); Operands: ((typ: top_reg; rt: rt_all), (typ: top_none))),
|
||||
// A_SWAP
|
||||
(numOperands: (1 shl 1); Operands: ((typ: top_reg; rt: rt_all), (typ: top_none), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 1); Operands: ((typ: top_reg; rt: rt_all), (typ: top_none))),
|
||||
// A_BSET
|
||||
(numOperands: (1 shl 1); Operands: ((typ: top_const; max: 7; min: 0), (typ: top_none), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 1); Operands: ((typ: top_const; max: 7; min: 0), (typ: top_none))),
|
||||
// A_BCLR
|
||||
(numOperands: (1 shl 1); Operands: ((typ: top_const; max: 7; min: 0), (typ: top_none), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 1); Operands: ((typ: top_const; max: 7; min: 0), (typ: top_none))),
|
||||
// A_SBI
|
||||
(numOperands: (1 shl 2); Operands: ((typ: top_const; max: 32; min: 0), (typ: top_const; max: 7; min: 0), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 2); Operands: ((typ: top_const; max: 32; min: 0), (typ: top_const; max: 7; min: 0))),
|
||||
// A_CBI
|
||||
(numOperands: (1 shl 2); Operands: ((typ: top_const; max: 32; min: 0), (typ: top_const; max: 7; min: 0), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 2); Operands: ((typ: top_const; max: 32; min: 0), (typ: top_const; max: 7; min: 0))),
|
||||
// A_SEC
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none))),
|
||||
// A_SEH
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none))),
|
||||
// A_SEI
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none))),
|
||||
// A_SEN
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none))),
|
||||
// A_SER
|
||||
(numOperands: (1 shl 1); Operands: ((typ: top_reg; rt: rt_16_31), (typ: top_none), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 1); Operands: ((typ: top_reg; rt: rt_16_31), (typ: top_none))),
|
||||
// A_SES
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none))),
|
||||
// A_SET
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none))),
|
||||
// A_SEV
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none))),
|
||||
// A_SEZ
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none))),
|
||||
// A_CLC
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none))),
|
||||
// A_CLH
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none))),
|
||||
// A_CLI
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none))),
|
||||
// A_CLN
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none))),
|
||||
// A_CLR
|
||||
(numOperands: (1 shl 1); Operands: ((typ: top_reg; rt: rt_all), (typ: top_none), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 1); Operands: ((typ: top_reg; rt: rt_all), (typ: top_none))),
|
||||
// A_CLS
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none))),
|
||||
// A_CLT
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none))),
|
||||
// A_CLV
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none))),
|
||||
// A_CLZ
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none))),
|
||||
// A_BST
|
||||
(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_const; max: 7; min: 0), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_const; max: 7; min: 0))),
|
||||
// A_BLD
|
||||
(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_const; max: 7; min: 0), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_all), (typ: top_const; max: 7; min: 0))),
|
||||
// A_BREAK
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none))),
|
||||
// A_NOP
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none))),
|
||||
// A_SLEEP
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none))),
|
||||
// A_WDR
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none), (typ: top_none), (typ: top_none))),
|
||||
(numOperands: (1 shl 0); Operands: ((typ: top_none), (typ: top_none))),
|
||||
// A_XCH
|
||||
(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_Z), (typ: top_reg; rt: rt_all), (typ: top_none), (typ: top_none)))
|
||||
(numOperands: (1 shl 2); Operands: ((typ: top_reg; rt: rt_Z), (typ: top_reg; rt: rt_all)))
|
||||
);
|
||||
{$POP}
|
||||
|
||||
|
||||
implementation
|
||||
uses
|
||||
|
||||
Loading…
Reference in New Issue
Block a user