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anonymous

over 7 years ago

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Author

anonymous

over 7 years ago

input.txt

$ 
<module>
  <try>module mymod (A, B);</try>
  <module_definition>
    <try>module mymod (A, B);</try>
    <ident>
      <try>mymod (A, B);\n\ninput</try>
      <success> (A, B);\n\ninput A, B</success>
      <attributes>[[m, y, m, o, d]]</attributes>
    </ident>
    <ident_list>
      <try>A, B);\n\ninput A, B;\n</try>
      <ident>
        <try>A, B);\n\ninput A, B;\n</try>
        <success>, B);\n\ninput A, B;\n\n</success>
        <attributes>[[A]]</attributes>
      </ident>
      <ident>
        <try>B);\n\ninput A, B;\n\nXO</try>
        <success>);\n\ninput A, B;\n\nXOR</success>
        <attributes>[[B]]</attributes>
      </ident>
      <success>);\n\ninput A, B;\n\nXOR</success>
      <attributes>[[[A], [B]]]</attributes>
    </ident_list>
    <success>\n\ninput A, B;\n\nXOR21</success>
    <attributes>[]</attributes>
  </module_definition>
  <statements>
    <try>\n\ninput A, B;\n\nXOR21</try>
    <statement>
      <try>\n\ninput A, B;\n\nXOR21</try>
      <input_wires>
        <try>\n\ninput A, B;\n\nXOR21</try>
        <input_wires>
          <try>\n\ninput A, B;\n\nXOR21</try>
          <ident_list>
            <try> A, B;\n\nXOR21 gatexo</try>
            <ident>
              <try>A, B;\n\nXOR21 gatexor</try>
              <success>, B;\n\nXOR21 gatexor5</success>
              <attributes>[[A]]</attributes>
            </ident>
            <ident>
              <try>B;\n\nXOR21 gatexor5 (</try>
              <success>;\n\nXOR21 gatexor5 (.</success>
              <attributes>[[B]]</attributes>
            </ident>
            <success>;\n\nXOR21 gatexor5 (.</success>
            <attributes>[[[A], [B]]]</attributes>
          </ident_list>
          <success>;\n\nXOR21 gatexor5 (.</success>
          <attributes>[]</attributes>
        </input_wires>
        <success>;\n\nXOR21 gatexor5 (.</success>
        <attributes>[]</attributes>
      </input_wires>
      <success>;\n\nXOR21 gatexor5 (.</success>
      <attributes>[]</attributes>
    </statement>
    <statement>
      <try>\n\nXOR21 gatexor5 (.A</try>
      <input_wires>
        <try>\n\nXOR21 gatexor5 (.A</try>
        <input_wires>
          <try>\n\nXOR21 gatexor5 (.A</try>
          <fail/>
        </input_wires>
        <fail/>
      </input_wires>
      <output_wires>
        <try>\n\nXOR21 gatexor5 (.A</try>
        <fail/>
      </output_wires>
      <primitive>
        <try>\n\nXOR21 gatexor5 (.A</try>
        <primitive_gate>
          <try>XOR21 gatexor5 (.A(B</try>
          <fail/>
        </primitive_gate>
        <fail/>
      </primitive>
      <instance>
        <try>\n\nXOR21 gatexor5 (.A</try>
        <ident>
          <try>XOR21 gatexor5 (.A(B</try>
          <success> gatexor5 (.A(B) , .</success>
          <attributes>[[X, O, R, 2, 1]]</attributes>
        </ident>
        <ident>
          <try>gatexor5 (.A(B) , .C</try>
          <success> (.A(B) , .C(D));\nen</success>
          <attributes>[[g, a, t, e, x, o, r, 5]]</attributes>
        </ident>
        <connection_pair_list>
          <try>.A(B) , .C(D));\nendm</try>
          <connection_pair>
            <try>.A(B) , .C(D));\nendm</try>

void found_smth()

            <ident>
              <try>A(B) , .C(D));\nendmo</try>
              <success>(B) , .C(D));\nendmod</success>
              <attributes>[[A]]</attributes>
            </ident>
            <ident>
              <try>B) , .C(D));\nendmodu</try>
              <success>) , .C(D));\nendmodul</success>
              <attributes>[[B]]</attributes>
            </ident>
            <success> , .C(D));\nendmodule</success>
            <attributes>[[[A], [B]]]</attributes>
          </connection_pair>
          <connection_pair>
            <try> .C(D));\nendmodule\n</try>
void found_smth()


            <ident>
              <try>C(D));\nendmodule\n</try>
              <success>(D));\nendmodule\n</success>
              <attributes>[[C]]</attributes>
            </ident>
            <ident>
              <try>D));\nendmodule\n</try>
              <success>));\nendmodule\n</success>
              <attributes>[[D]]</attributes>
            </ident>
            <success>);\nendmodule\n</success>
            <attributes>[[[C], [D]]]</attributes>
          </connection_pair>
          <success>);\nendmodule\n</success>
          <attributes>[[[[A], [B]], [[C], [D]]]]</attributes>
        </connection_pair_list>
        <success>;\nendmodule\n</success>
        <attributes>[]</attributes>
      </instance>
      <success>;\nendmodule\n</success>
      <attributes>[]</attributes>
    </statement>
    <statement>
      <try>\nendmodule\n</try>
      <input_wires>
        <try>\nendmodule\n</try>
        <input_wires>
          <try>\nendmodule\n</try>
          <fail/>
        </input_wires>
        <fail/>
      </input_wires>
      <output_wires>
        <try>\nendmodule\n</try>
        <fail/>
      </output_wires>
      <primitive>
        <try>\nendmodule\n</try>
        <primitive_gate>
          <try>endmodule\n</try>
          <fail/>
        </primitive_gate>
        <fail/>
      </primitive>
      <instance>
        <try>\nendmodule\n</try>
        <ident>
          <try>endmodule\n</try>
          <success>\n</success>
          <attributes>[[e, n, d, m, o, d, u, l, e]]</attributes>
        </ident>
        <ident>
          <try></try>
          <fail/>
        </ident>
        <fail/>
      </instance>
      <fail/>
    </statement>
    <success>\nendmodule\n</success>
    <attributes>[]</attributes>
  </statements>
  <success>\n</success>
  <attributes>[]</attributes>
</module>

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