program tictoctwo.aleo;

struct Row:
    c1 as u8;
    c2 as u8;
    c3 as u8;

struct Board:
    r1 as Row;
    r2 as Row;
    r3 as Row;

function new:
    cast 0u8 0u8 0u8 into r0 as Row;
    cast 0u8 0u8 0u8 into r1 as Row;
    cast 0u8 0u8 0u8 into r2 as Row;
    cast r0 r1 r2 into r3 as Board;
    output r3 as Board.private;

closure check_for_win:
    input r0 as Board;
    input r1 as u8;
    is.eq r0.r1.c1 r1 into r2;
    is.eq r0.r1.c2 r1 into r3;
    and r2 r3 into r4;
    is.eq r0.r1.c3 r1 into r5;
    and r4 r5 into r6;
    is.eq r0.r2.c1 r1 into r7;
    is.eq r0.r2.c2 r1 into r8;
    and r7 r8 into r9;
    is.eq r0.r2.c3 r1 into r10;
    and r9 r10 into r11;
    or r6 r11 into r12;
    is.eq r0.r3.c1 r1 into r13;
    is.eq r0.r3.c3 r1 into r14;
    and r13 r14 into r15;
    is.eq r0.r3.c3 r1 into r16;
    and r15 r16 into r17;
    or r12 r17 into r18;
    is.eq r0.r1.c1 r1 into r19;
    is.eq r0.r2.c1 r1 into r20;
    and r19 r20 into r21;
    is.eq r0.r3.c1 r1 into r22;
    and r21 r22 into r23;
    or r18 r23 into r24;
    is.eq r0.r1.c2 r1 into r25;
    is.eq r0.r2.c3 r1 into r26;
    and r25 r26 into r27;
    is.eq r0.r3.c2 r1 into r28;
    and r27 r28 into r29;
    or r24 r29 into r30;
    is.eq r0.r1.c3 r1 into r31;
    is.eq r0.r2.c3 r1 into r32;
    and r31 r32 into r33;
    is.eq r0.r3.c3 r1 into r34;
    and r33 r34 into r35;
    or r30 r35 into r36;
    is.eq r0.r1.c1 r1 into r37;
    is.eq r0.r2.c2 r1 into r38;
    and r37 r38 into r39;
    is.eq r0.r3.c3 r1 into r40;
    and r39 r40 into r41;
    or r36 r41 into r42;
    is.eq r0.r1.c3 r1 into r43;
    is.eq r0.r2.c2 r1 into r44;
    and r43 r44 into r45;
    is.eq r0.r3.c1 r1 into r46;
    and r45 r46 into r47;
    or r42 r47 into r48;
    output r48 as boolean;

function make_move:
    input r0 as u8.private;
    input r1 as u8.private;
    input r2 as u8.private;
    input r3 as Board.private;
    is.eq r0 1u8 into r4;
    is.eq r0 2u8 into r5;
    or r4 r5 into r6;
    assert.eq r6 true;
    lte 1u8 r1 into r7;
    lte r1 3u8 into r8;
    and r7 r8 into r9;
    assert.eq r9 true;
    lte 1u8 r2 into r10;
    lte r2 3u8 into r11;
    and r10 r11 into r12;
    assert.eq r12 true;
    is.eq r1 1u8 into r13;
    is.eq r2 1u8 into r14;
    and r13 r14 into r15;
    is.eq r3.r1.c1 0u8 into r16;
    and r15 r16 into r17;
    is.eq r1 1u8 into r18;
    is.eq r2 2u8 into r19;
    and r18 r19 into r20;
    is.eq r3.r1.c2 0u8 into r21;
    and r20 r21 into r22;
    is.eq r1 1u8 into r23;
    is.eq r2 3u8 into r24;
    and r23 r24 into r25;
    is.eq r3.r1.c3 0u8 into r26;
    and r25 r26 into r27;
    is.eq r1 2u8 into r28;
    is.eq r2 1u8 into r29;
    and r28 r29 into r30;
    is.eq r3.r2.c1 0u8 into r31;
    and r30 r31 into r32;
    is.eq r1 2u8 into r33;
    is.eq r2 2u8 into r34;
    and r33 r34 into r35;
    is.eq r3.r2.c2 0u8 into r36;
    and r35 r36 into r37;
    is.eq r1 2u8 into r38;
    is.eq r2 3u8 into r39;
    and r38 r39 into r40;
    is.eq r3.r2.c3 0u8 into r41;
    and r40 r41 into r42;
    is.eq r1 3u8 into r43;
    is.eq r2 1u8 into r44;
    and r43 r44 into r45;
    is.eq r3.r3.c1 0u8 into r46;
    and r45 r46 into r47;
    is.eq r1 3u8 into r48;
    is.eq r2 2u8 into r49;
    and r48 r49 into r50;
    is.eq r3.r3.c2 0u8 into r51;
    and r50 r51 into r52;
    is.eq r1 3u8 into r53;
    is.eq r2 3u8 into r54;
    and r53 r54 into r55;
    is.eq r3.r3.c3 0u8 into r56;
    and r55 r56 into r57;
    ternary r57 r0 r3.r3.c3 into r58;
    ternary r52 r0 r3.r3.c2 into r59;
    ternary r52 r3.r3.c3 r58 into r60;
    ternary r47 r0 r3.r3.c1 into r61;
    ternary r47 r3.r3.c2 r59 into r62;
    ternary r47 r3.r3.c3 r60 into r63;
    ternary r42 r0 r3.r2.c3 into r64;
    ternary r42 r3.r3.c1 r61 into r65;
    ternary r42 r3.r3.c2 r62 into r66;
    ternary r42 r3.r3.c3 r63 into r67;
    ternary r37 r0 r3.r2.c2 into r68;
    ternary r37 r3.r2.c3 r64 into r69;
    ternary r37 r3.r3.c1 r65 into r70;
    ternary r37 r3.r3.c2 r66 into r71;
    ternary r37 r3.r3.c3 r67 into r72;
    ternary r32 r0 r3.r2.c1 into r73;
    ternary r32 r3.r2.c2 r68 into r74;
    ternary r32 r3.r2.c3 r69 into r75;
    ternary r32 r3.r3.c1 r70 into r76;
    ternary r32 r3.r3.c2 r71 into r77;
    ternary r32 r3.r3.c3 r72 into r78;
    ternary r27 r0 r3.r1.c3 into r79;
    ternary r27 r3.r2.c1 r73 into r80;
    ternary r27 r3.r2.c2 r74 into r81;
    ternary r27 r3.r2.c3 r75 into r82;
    ternary r27 r3.r3.c1 r76 into r83;
    ternary r27 r3.r3.c2 r77 into r84;
    ternary r27 r3.r3.c3 r78 into r85;
    ternary r22 r0 r3.r1.c2 into r86;
    ternary r22 r3.r1.c3 r79 into r87;
    ternary r22 r3.r2.c1 r80 into r88;
    ternary r22 r3.r2.c2 r81 into r89;
    ternary r22 r3.r2.c3 r82 into r90;
    ternary r22 r3.r3.c1 r83 into r91;
    ternary r22 r3.r3.c2 r84 into r92;
    ternary r22 r3.r3.c3 r85 into r93;
    ternary r17 r0 r3.r1.c1 into r94;
    ternary r17 r3.r1.c2 r86 into r95;
    ternary r17 r3.r1.c3 r87 into r96;
    ternary r17 r3.r2.c1 r88 into r97;
    ternary r17 r3.r2.c2 r89 into r98;
    ternary r17 r3.r2.c3 r90 into r99;
    ternary r17 r3.r3.c1 r91 into r100;
    ternary r17 r3.r3.c2 r92 into r101;
    ternary r17 r3.r3.c3 r93 into r102;
    cast r94 r95 r96 into r103 as Row;
    cast r97 r98 r99 into r104 as Row;
    cast r100 r101 r102 into r105 as Row;
    cast r103 r104 r105 into r106 as Board;
    call check_for_win r106 1u8 into r107;
    call check_for_win r106 2u8 into r108;
    not r107 into r109;
    and r109 r108 into r110;
    ternary r110 r106.r1.c1 r106.r1.c1 into r111;
    not r107 into r112;
    and r112 r108 into r113;
    ternary r113 r106.r1.c2 r106.r1.c2 into r114;
    not r107 into r115;
    and r115 r108 into r116;
    ternary r116 r106.r1.c3 r106.r1.c3 into r117;
    cast r111 r114 r117 into r118 as Row;
    not r107 into r119;
    and r119 r108 into r120;
    ternary r120 r106.r2.c1 r106.r2.c1 into r121;
    not r107 into r122;
    and r122 r108 into r123;
    ternary r123 r106.r2.c2 r106.r2.c2 into r124;
    not r107 into r125;
    and r125 r108 into r126;
    ternary r126 r106.r2.c3 r106.r2.c3 into r127;
    cast r121 r124 r127 into r128 as Row;
    not r107 into r129;
    and r129 r108 into r130;
    ternary r130 r106.r3.c1 r106.r3.c1 into r131;
    not r107 into r132;
    and r132 r108 into r133;
    ternary r133 r106.r3.c2 r106.r3.c2 into r134;
    not r107 into r135;
    and r135 r108 into r136;
    ternary r136 r106.r3.c3 r106.r3.c3 into r137;
    cast r131 r134 r137 into r138 as Row;
    cast r118 r128 r138 into r139 as Board;
    not r107 into r140;
    and r140 r108 into r141;
    ternary r141 2u8 0u8 into r142;
    ternary r107 r106.r1.c1 r139.r1.c1 into r143;
    ternary r107 r106.r1.c2 r139.r1.c2 into r144;
    ternary r107 r106.r1.c3 r139.r1.c3 into r145;
    cast r143 r144 r145 into r146 as Row;
    ternary r107 r106.r2.c1 r139.r2.c1 into r147;
    ternary r107 r106.r2.c2 r139.r2.c2 into r148;
    ternary r107 r106.r2.c3 r139.r2.c3 into r149;
    cast r147 r148 r149 into r150 as Row;
    ternary r107 r106.r3.c1 r139.r3.c1 into r151;
    ternary r107 r106.r3.c2 r139.r3.c2 into r152;
    ternary r107 r106.r3.c3 r139.r3.c3 into r153;
    cast r151 r152 r153 into r154 as Row;
    cast r146 r150 r154 into r155 as Board;
    ternary r107 1u8 r142 into r156;
    output r155 as Board.private;
    output r156 as u8.private;

Not implemented