How to use the @aurelia/runtime.BinaryExpression function in @aurelia/runtime

[`$18>$19`, new BinaryExpression('>', new AccessScopeExpression('$18'), new AccessScopeExpression('$19'))],
    [`$20<=$21`, new BinaryExpression('<=', new AccessScopeExpression('$20'), new AccessScopeExpression('$21'))],
    [`$22>=$23`, new BinaryExpression('>=', new AccessScopeExpression('$22'), new AccessScopeExpression('$23'))],
    [`$24 in $25`, new BinaryExpression('in', new AccessScopeExpression('$24'), new AccessScopeExpression('$25'))],
    [`$26 instanceof $27`, new BinaryExpression('instanceof', new AccessScopeExpression('$26'), new AccessScopeExpression('$27'))]
  ];
  const SimpleIsRelationalList: [string, any][] = [
    ...SimpleIsAdditiveList,
    ...SimpleRelationalList
  ];

  // This forms the group Precedence.Equality
  const SimpleEqualityList: [string, any][] = [
    [`$28==$29`, new BinaryExpression('==', new AccessScopeExpression('$28'), new AccessScopeExpression('$29'))],
    [`$30!=$31`, new BinaryExpression('!=', new AccessScopeExpression('$30'), new AccessScopeExpression('$31'))],
    [`$32===$33`, new BinaryExpression('===', new AccessScopeExpression('$32'), new AccessScopeExpression('$33'))],
    [`$34!==$35`, new BinaryExpression('!==', new AccessScopeExpression('$34'), new AccessScopeExpression('$35'))]
  ];
  const SimpleIsEqualityList: [string, any][] = [
    ...SimpleIsRelationalList,
    ...SimpleEqualityList
  ];

  // This forms the group Precedence.LogicalAND
  const SimpleLogicalANDList: [string, any][] = [
    [`$36&&$37`, new BinaryExpression('&&', new AccessScopeExpression('$36'), new AccessScopeExpression('$37'))]
  ];
  const SimpleIsLogicalANDList: [string, any][] = [
    ...SimpleIsEqualityList,
    ...SimpleLogicalANDList
  ];

const SimpleRelationalList: [string, any][] = [
    [`$16<$17`, new BinaryExpression('<', new AccessScopeExpression('$16'), new AccessScopeExpression('$17'))],
    [`$18>$19`, new BinaryExpression('>', new AccessScopeExpression('$18'), new AccessScopeExpression('$19'))],
    [`$20<=$21`, new BinaryExpression('<=', new AccessScopeExpression('$20'), new AccessScopeExpression('$21'))],
    [`$22>=$23`, new BinaryExpression('>=', new AccessScopeExpression('$22'), new AccessScopeExpression('$23'))],
    [`$24 in $25`, new BinaryExpression('in', new AccessScopeExpression('$24'), new AccessScopeExpression('$25'))],
    [`$26 instanceof $27`, new BinaryExpression('instanceof', new AccessScopeExpression('$26'), new AccessScopeExpression('$27'))]
  ];
  const SimpleIsRelationalList: [string, any][] = [
    ...SimpleIsAdditiveList,
    ...SimpleRelationalList
  ];

  // This forms the group Precedence.Equality
  const SimpleEqualityList: [string, any][] = [
    [`$28==$29`, new BinaryExpression('==', new AccessScopeExpression('$28'), new AccessScopeExpression('$29'))],
    [`$30!=$31`, new BinaryExpression('!=', new AccessScopeExpression('$30'), new AccessScopeExpression('$31'))],
    [`$32===$33`, new BinaryExpression('===', new AccessScopeExpression('$32'), new AccessScopeExpression('$33'))],
    [`$34!==$35`, new BinaryExpression('!==', new AccessScopeExpression('$34'), new AccessScopeExpression('$35'))]
  ];
  const SimpleIsEqualityList: [string, any][] = [
    ...SimpleIsRelationalList,
    ...SimpleEqualityList
  ];

  // This forms the group Precedence.LogicalAND
  const SimpleLogicalANDList: [string, any][] = [
    [`$36&&$37`, new BinaryExpression('&&', new AccessScopeExpression('$36'), new AccessScopeExpression('$37'))]
  ];
  const SimpleIsLogicalANDList: [string, any][] = [
    ...SimpleIsEqualityList,
    ...SimpleLogicalANDList

...SimpleMultiplicativeList
  ];

  // This forms the group Precedence.Additive
  const SimpleAdditiveList: [string, any][] = [
    [`$12+$13`, new BinaryExpression('+', new AccessScopeExpression('$12'), new AccessScopeExpression('$13'))],
    [`$14-$15`, new BinaryExpression('-', new AccessScopeExpression('$14'), new AccessScopeExpression('$15'))]
  ];
  const SimpleIsAdditiveList: [string, any][] = [
    ...SimpleIsMultiplicativeList,
    ...SimpleAdditiveList
  ];

  // This forms the group Precedence.Relational
  const SimpleRelationalList: [string, any][] = [
    [`$16<$17`, new BinaryExpression('<', new AccessScopeExpression('$16'), new AccessScopeExpression('$17'))],
    [`$18>$19`, new BinaryExpression('>', new AccessScopeExpression('$18'), new AccessScopeExpression('$19'))],
    [`$20<=$21`, new BinaryExpression('<=', new AccessScopeExpression('$20'), new AccessScopeExpression('$21'))],
    [`$22>=$23`, new BinaryExpression('>=', new AccessScopeExpression('$22'), new AccessScopeExpression('$23'))],
    [`$24 in $25`, new BinaryExpression('in', new AccessScopeExpression('$24'), new AccessScopeExpression('$25'))],
    [`$26 instanceof $27`, new BinaryExpression('instanceof', new AccessScopeExpression('$26'), new AccessScopeExpression('$27'))]
  ];
  const SimpleIsRelationalList: [string, any][] = [
    ...SimpleIsAdditiveList,
    ...SimpleRelationalList
  ];

  // This forms the group Precedence.Equality
  const SimpleEqualityList: [string, any][] = [
    [`$28==$29`, new BinaryExpression('==', new AccessScopeExpression('$28'), new AccessScopeExpression('$29'))],
    [`$30!=$31`, new BinaryExpression('!=', new AccessScopeExpression('$30'), new AccessScopeExpression('$31'))],
    [`$32===$33`, new BinaryExpression('===', new AccessScopeExpression('$32'), new AccessScopeExpression('$33'))],

];

  // This forms the group Precedence.Multiplicative
  const SimpleMultiplicativeList: [string, any][] = [
    [`$6*$7`, new BinaryExpression('*', new AccessScopeExpression('$6'), new AccessScopeExpression('$7'))],
    [`$8%$9`, new BinaryExpression('%', new AccessScopeExpression('$8'), new AccessScopeExpression('$9'))],
    [`$10/$11`, new BinaryExpression('/', new AccessScopeExpression('$10'), new AccessScopeExpression('$11'))]
  ];
  const SimpleIsMultiplicativeList: [string, any][] = [
    ...SimpleIsUnaryList,
    ...SimpleMultiplicativeList
  ];

  // This forms the group Precedence.Additive
  const SimpleAdditiveList: [string, any][] = [
    [`$12+$13`, new BinaryExpression('+', new AccessScopeExpression('$12'), new AccessScopeExpression('$13'))],
    [`$14-$15`, new BinaryExpression('-', new AccessScopeExpression('$14'), new AccessScopeExpression('$15'))]
  ];
  const SimpleIsAdditiveList: [string, any][] = [
    ...SimpleIsMultiplicativeList,
    ...SimpleAdditiveList
  ];

  // This forms the group Precedence.Relational
  const SimpleRelationalList: [string, any][] = [
    [`$16<$17`, new BinaryExpression('<', new AccessScopeExpression('$16'), new AccessScopeExpression('$17'))],
    [`$18>$19`, new BinaryExpression('>', new AccessScopeExpression('$18'), new AccessScopeExpression('$19'))],
    [`$20<=$21`, new BinaryExpression('<=', new AccessScopeExpression('$20'), new AccessScopeExpression('$21'))],
    [`$22>=$23`, new BinaryExpression('>=', new AccessScopeExpression('$22'), new AccessScopeExpression('$23'))],
    [`$24 in $25`, new BinaryExpression('in', new AccessScopeExpression('$24'), new AccessScopeExpression('$25'))],
    [`$26 instanceof $27`, new BinaryExpression('instanceof', new AccessScopeExpression('$26'), new AccessScopeExpression('$27'))]
  ];

        .map(([i1, e1]) => SimpleMultiplicativeList.map(([i2, e2]) => [`${i1}${op}${i2}`, new BinaryExpression(e1.operation, e1.left, new BinaryExpression(e2.operation, new BinaryExpression(op, e1.right, e2.left), e2.right))]))
        .reduce((a, b) => a.concat(b))

      .map(([i1, e1]) => SimpleLogicalORList.map(([i2, e2]) => [`${i1}||${i2}`, new ConditionalExpression(e1.condition, e1.yes, new BinaryExpression(e2.operation, new BinaryExpression('||', e1.no, e2.left), e2.right))]) as [string, any][])
      .reduce((a, b) => a.concat(b))

        .map(([i1, e1]) => SimpleEqualityList.map(([i2, e2]) => [`${i1}${op}${i2}`, new BinaryExpression(e2.operation, new BinaryExpression(op, new BinaryExpression(e1.operation, e1.left, e1.right), e2.left), e2.right)]))
        .reduce((a, b) => a.concat(b)),

      .map(([i1, e1]) => SimpleLogicalANDList.map(([i2, e2]) => [`${i1}&&${i2}`, new BinaryExpression(e1.operation, e1.left, new BinaryExpression(e2.operation, new BinaryExpression('&&', e1.right, e2.left), e2.right))]) as [string, any][])
      .reduce((a, b) => a.concat(b))

        .map(([i1, e1]) => SimpleRelationalList.map(([i2, e2]) => [`${i2}${txt}${i1}`, new BinaryExpression(op, e2, e1)]))
        .reduce((a, b) => a.concat(b)),