How to use

zip

function

in

LoDashStatic

function* explainInvalid(values, specs, via) {
  if (values.length !== specs.length) return;

  // Looks a lot like implementation of Tuple!
  const pairs = _.zip(specs, values);
  const isInvalid = ([[, spec], value]) => !isValid(spec, value);
  const index = _.findIndex(pairs, isInvalid);
  if (index !== -1) {
    const [[key, spec], val] = pairs[index];
    yield* firstProblem(spec, val, {path: [key], via, _in: [index]});
  }
}

_
  .zip(first, second)
  .reduce((result, pair) => {
   return result.concat(pair)
  })

spendClassic(txouts, solvers) {
    if (_.some(solvers, solver => solver.solvesSegwit()))
      return this.spendSegwit(txouts, solvers);
    if (solvers.length !== this.inputs.length || txouts.length !== solvers.length)
      throw new Error("The number of solvers must be equal to the number of utxos");
    _.forEach(_.zip(_.range(solvers.length), txouts, solvers), list =>
      this.spendSingle(list[0], list[1], list[2])
    );
    return this.toImmutable();
  }

alter(args, function (eachSeries) {
   var times = _.map(eachSeries.data, 0); //x axis
   var val = _.map(eachSeries.data, 1); //y axis

   mathenviroment.setScope(envName,{'source':val}); //add source to the enviroment

   //evaluate the input equation inside the updated scope
   var values = evaluate(inputequation,mathenviroment.getScope(envName));

   eachSeries.data = _.zip(times, values); //update series with new values

   //pretty print equation to string (for the axis label)
   var eq = (isAssign) ?  eachSeries.label : inputequation.split(';').slice(-1)[0].split('source').join(eachSeries.label);
   eachSeries.label = label != null ? label : eq;
   eachSeries.label = eachSeries.label + unit;
   return eachSeries;
  })

function tuple(...predicates) {
  return {
    conform: values => (values.length === predicates.length &&
              _.every(_.zip(predicates, values), _.spread(isValid))) ? values : invalidString,
    unform: _.identity,
    gen: () => tcg.array(_.map(predicates, gen)),
    describe: () => [tuple.name, ...describe(predicates)],
    explain: function*(values, {via}) {
      yield* explainPredicate(values, predicates, {via});
      yield* explainInvalid(values, predicates, via);
    }
  };
}

const MockImportBlock = ({ meta, packagedArguments }) => {
 const mockStatements = meta.mocks
  .map(importPath => JestMockStatement({ importPath }));

 const importStatements = _.zip(meta.mocks, meta.originalMocks)
  .map(([importPath, originalImportPath]) => SpecialImportStatement({
   importPath,
   originalImportPath,
   packagedArguments,
  }));

 const reassignmentStatements = meta.originalMocks
  .map(originalImportPath => ReassignmentStatement({
   originalImportPath,
   packagedArguments,
  }));

 const importStatementStr = importStatements.join('\n');
 const reassignmentStatementStr = reassignmentStatements.join('\n');
 const mockStatementsStr = mockStatements.join('\n');

 return `${importStatementStr}\n\n${reassignmentStatementStr}\n\n${mockStatementsStr}`;
}

spendSegwit(txouts, solvers) {
    if (solvers.length !== this.inputs.length || txouts.length !== solvers.length)
      throw new Error("The number of solvers must be equal to the number of utxos");
    _.forEach(_.zip(_.range(solvers.length), txouts, solvers), list =>
      this.spendSegwitSingle(list[0], list[1], list[2])
    );
    return this.toImmutable();
  }

return _.concat(
 _.flatten(
  _.zip(
   _.reduce(v.boxarts, (prev, curr) => {
    if (prev.width * prev.height < curr.width * curr.height) {

const uploaded = await uploadFiles(board.uri, attachments, board.keepOriginalFileName);
postData.attachments = _.map(
 _.zip(postData.attachments, uploaded),
 ([postAttachment, uploadedAttachment]) => {
  return {

function* explainInvalid(values, predicates, via) {
  if (values.length !== predicates.length) return;

  const pairs = _.zip(predicates, values);
  const isInvalid = _.negate(_.spread(isValid));
  const index = _.findIndex(pairs, isInvalid);
  if (index !== -1) {
    const [spec, val] = pairs[index];
    yield* firstProblem(spec, val, {path: [index], via, _in: [index]});
  }
}

async (req, res, next) => {
 try {
  const assets = _.zip(req.files, req.body.assets);

postData.attachments =
 _.map(
  _.zip(req.files || [], postData.attachments || []),
  ([fileDesc, fileOpts]) => {
   if (!fileDesc) {

return _.concat(
 _.flatten(
  _.zip(
   _.reduce(v.boxarts, (prev, curr) => {
    if (prev.width * prev.height < curr.width * curr.height) {