======= viair_subobject_optimization/input.sol:C =======
EVM assembly:
    /* "viair_subobject_optimization/input.sol":61:668  contract C {... */
  0x80
  jumpi(tag_6, callvalue)
  0x1f
  bytecodeSize
  codesize
  dup2
  swap1
  sub
  swap2
  dup3
  add
  not(0x1f)
  and
  dup4
  add
  swap2
  sub(shl(0x40, 0x01), 0x01)
  dup4
  gt
  dup5
  dup5
  lt
  or
  tag_4
  jumpi
  dup1
  dup5
  swap3
  0x20
  swap5
  0x40
  mstore
  dup4
  codecopy
  dup2
  add
  sub
  slt
  tag_6
  jumpi
  tag_8
  swap1
  mload
  tag_1
  jump	// in
tag_8:
  mload(0x40)
  dataSize(sub_0)
  swap1
  dup2
  dataOffset(sub_0)
  dup3
  codecopy
  return
tag_6:
  pop
  0x00
  dup1
  revert
tag_4:
  pop
  pop
  pop
  pop
  mstore(0x00, shl(0xe0, 0x4e487b71))
  mstore(0x04, 0x41)
  revert(0x00, 0x24)
    /* "viair_subobject_optimization/input.sol":76:666  constructor(uint x) {... */
tag_1:
  sub(shl(0x48, 0x01), 0xbe)
    /* "viair_subobject_optimization/input.sol":620:645  x == 0xFFFFFFFFFFFFFFFF42 */
  eq
    /* "viair_subobject_optimization/input.sol":616:661  if (x == 0xFFFFFFFFFFFFFFFF42)... */
  tag_6
  jumpi
    /* "viair_subobject_optimization/input.sol":76:666  constructor(uint x) {... */
  jump	// out
stop

sub_0: assembly {
        /* "viair_subobject_optimization/input.sol":61:668  contract C {... */
      0x00
      dup1
      revert

    auxdata: <AUXDATA REMOVED>
}


======= viair_subobject_optimization/input.sol:D =======
EVM assembly:
    /* "viair_subobject_optimization/input.sol":669:772  contract D {... */
  0x80
  dup1
  0x40
  mstore
  jumpi(tag_1, callvalue)
  dataSize(sub_0)
  swap1
  dup2
  dataOffset(sub_0)
  dup3
  codecopy
  return
tag_1:
  pop
  0x00
  dup1
  revert
stop

sub_0: assembly {
        /* "viair_subobject_optimization/input.sol":669:772  contract D {... */
      0x80
      jumpi(tag_2, iszero(lt(calldatasize, 0x04)))
    tag_3:
      pop
      0x00
      dup1
      revert
    tag_2:
      0x00
      swap1
      dup2
      calldataload
      0xe0
      shr
      0x26121ff0
      eq
      tag_4
      jumpi
      pop
      jump(tag_3)
    tag_4:
      jumpi(tag_8, callvalue)
      dup2
      add(calldatasize, not(0x03))
      slt
      tag_8
      jumpi
        /* "viair_subobject_optimization/input.sol":745:765  type(C).creationCode */
      dataSize(sub_0)
        /* "viair_subobject_optimization/input.sol":669:772  contract D {... */
      0x3f
      dup2
      add
      not(0x1f)
      and
      dup3
      add
      0xffffffffffffffff
      dup2
      gt
      dup4
      dup3
      lt
      or
      tag_10
      jumpi
      tag_12
      swap4
      pop
      0x40
      mstore
        /* "viair_subobject_optimization/input.sol":745:765  type(C).creationCode */
      dup1
      dup3
      mstore
      dataOffset(sub_0)
      0x20
      dup4
      add
      codecopy
        /* "viair_subobject_optimization/input.sol":669:772  contract D {... */
      mload(0x40)
      swap2
      dup3
      swap2
      dup3
      tag_1
      jump	// in
    tag_12:
      sub
      swap1
      return
    tag_10:
      pop
      pop
      shl(0xe0, 0x4e487b71)
      dup3
      mstore
      pop
      mstore(0x04, 0x41)
      0x24
      swap1
      revert
    tag_8:
      pop
      dup1
      revert
    tag_1:
      swap2
      swap1
      swap2
      0x20
      dup1
      dup3
      mstore
      dup4
      mload
      swap1
      dup2
      dup2
      dup5
      add
      mstore
      0x00
      swap5
    tag_13:
      dup3
      dup7
      lt
      tag_14
      jumpi
      pop
      pop
      dup1
      0x40
      swap4
      swap5
      gt
      tag_16
      jumpi
    tag_17:
      0x1f
      add
      not(0x1f)
      and
      add
      add
      swap1
      jump	// out
    tag_16:
      0x00
      dup4
      dup3
      dup5
      add
      add
      mstore
      jump(tag_17)
    tag_14:
      dup6
      dup2
      add
      dup3
      add
      mload
      dup5
      dup8
      add
      0x40
      add
      mstore
      swap5
      dup2
      add
      swap5
      jump(tag_13)
    stop

    sub_0: assembly {
            /* "viair_subobject_optimization/input.sol":61:668  contract C {... */
          0x80
          jumpi(tag_6, callvalue)
          0x1f
          bytecodeSize
          codesize
          dup2
          swap1
          sub
          swap2
          dup3
          add
          not(0x1f)
          and
          dup4
          add
          swap2
          sub(shl(0x40, 0x01), 0x01)
          dup4
          gt
          dup5
          dup5
          lt
          or
          tag_4
          jumpi
          dup1
          dup5
          swap3
          0x20
          swap5
          0x40
          mstore
          dup4
          codecopy
          dup2
          add
          sub
          slt
          tag_6
          jumpi
          tag_8
          swap1
          mload
          tag_1
          jump	// in
        tag_8:
          mload(0x40)
          dataSize(sub_0)
          swap1
          dup2
          dataOffset(sub_0)
          dup3
          codecopy
          return
        tag_6:
          pop
          0x00
          dup1
          revert
        tag_4:
          pop
          pop
          pop
          pop
          mstore(0x00, shl(0xe0, 0x4e487b71))
          mstore(0x04, 0x41)
          revert(0x00, 0x24)
            /* "viair_subobject_optimization/input.sol":76:666  constructor(uint x) {... */
        tag_1:
          sub(shl(0x48, 0x01), 0xbe)
            /* "viair_subobject_optimization/input.sol":620:645  x == 0xFFFFFFFFFFFFFFFF42 */
          eq
            /* "viair_subobject_optimization/input.sol":616:661  if (x == 0xFFFFFFFFFFFFFFFF42)... */
          tag_6
          jumpi
            /* "viair_subobject_optimization/input.sol":76:666  constructor(uint x) {... */
          jump	// out
        stop

        sub_0: assembly {
                /* "viair_subobject_optimization/input.sol":61:668  contract C {... */
              0x00
              dup1
              revert

            auxdata: <AUXDATA REMOVED>
        }
    }

    auxdata: <AUXDATA REMOVED>
}