How to use

repeat

function

in

LoDashStatic

const getFormattedContent = function (prev, details) {
  prev += `{cyan-fg}{bold}${details.label}{/}${
   _.repeat(" ", longestLabel - details.label.length + 1)
  }{green-fg}${details.data}{/}\n`;
  return prev;
 }

_.remove(todoHashes, todo => {
      if (todo.index + 1000 < index) {
        return true
      }
      if (hash.includes(_.repeat(todo.char, 5))) {
        validHashes.push(todo.index)
        return true
      }
      return false
    })

describe('get/set urlTitle', () => {
  it('should set urlTitle', () => {
   let urlTitle          = 'Test URL title';
   this.message.urlTitle = urlTitle;

   expect(this.message.urlTitle).to.equal(urlTitle);
  });

  it('should throw exception on invalid value', () => {
   expect(() => {
    this.message.urlTitle = _.repeat('*', 51);
   }).to.throw(Error);
  });
 });

function print_script ( script )
  {
    console.log ( chalk.white ( _.repeat ( '-', 88 ) ) );

    var script_header = sprintf ( "-- %s :: %s",
      _.padEnd ( script.alias + '[' + script.index + ']', 40 ),
      script.route
    );

    console.log ( script_header );

    console.log ( _.trim ( script.script ) );
  }

before(async function() {
    accounts = _.times(16, () => ({
      secretKey: crypto.randomBytes(32),
      balance: 100 + _.repeat('0', 18)
    }));
    provider = ganache.provider({
      accounts: accounts,
    });
    // Suppress max listener warnings.
    provider.setMaxListeners(4096);
    provider.engine.setMaxListeners(4096);
  });

var avpsToString = function(avps, indent) {
  var indentString = _.repeat(' ', indent);
  return _.reduce(avps, function(out, avp) {
    out += indentString + chalk.cyan(avp[0]) + ': ';
    if (avp[1] instanceof Array) {
      out += '\n' + avpsToString(avp[1], indent + 2);
    } else {
      if (_.isString(avp[1])) {
        out += '"' + avp[1] + '"';
      } else if (Buffer.isBuffer(avp[1])) {
        out += '0x' + avp[1].toString('hex');
      } else {
        out += avp[1];
      }
      out += '\n';
    }
    return out;
  }, '');
}

const option = {
 value: item[lhs],
 text: _.repeat('　', level) + item[rhs]

it("should support very large strings", (done) => {
      _.find(api.paths["/pets"][method].parameters, { name: "PetData" }).schema = { type: "string" };
      api.paths["/pets"][method].responses[201].schema = { type: "string" };
      api.paths["/pets/{PetName}"].get.responses[200].schema = { type: "string" };
      api.paths["/pets"][method].consumes = ["text/plain"];
      api.paths["/pets"][method].produces = ["text/plain"];
      api.paths["/pets/{PetName}"].get.produces = ["text/plain"];
      helper.initTest(api, (supertest) => {
       let veryLongString = _.repeat("abcdefghijklmnopqrstuvwxyz", 5000);

       supertest[method]("/api/pets")
        .set("Content-Type", "text/plain")
        .send(veryLongString)

       // The full value should be returned
        .expect(201, veryLongString)

       // The resource URL should be truncated to 2000 characters, for compatibility with some browsers
        .expect("Location", "/api/pets/" + veryLongString.substring(0, 2000))
        .end(helper.checkResults(done, (res) => {

         // Verify that the full value was stored
         supertest
          .get(res.headers.location)
          .expect(200, veryLongString)
          .end(helper.checkResults(done));
        }));
      });
     });

buildTableQueryForDataRow(keyspace, tableInfo, row) {
  row = _.omitBy(row, (item) => (item === null));
  let query = util.format('INSERT INTO "%s"."%s" ("%s") VALUES (?%s)', keyspace, tableInfo.name, _.keys(row).join('","'), _.repeat(',?', _.keys(row).length - 1));
  let params = _.values(row);
  if (tableInfo.isCounterTable) {
   const primaryKeyFields = _.pick(row, tableInfo.primaryKeys);
   const otherKeyFields = _.omit(row, tableInfo.primaryKeys);
   const setQueries = _.map(_.keys(otherKeyFields), (key) => util.format('"%s"="%s" + ?', key, key));
   const whereQueries = _.map(_.keys(primaryKeyFields), (key) => util.format('"%s"=?', key));
   query = util.format('UPDATE "%s"."%s" SET %s WHERE %s', keyspace, tableInfo.name, setQueries.join(', '), whereQueries.join(' AND '));
   params = _.values(otherKeyFields).concat(_.values(primaryKeyFields));
  }
  params = _.map(params, (param) => {
   if (_.isPlainObject(param)) {
    if (param.type === 'Buffer') {
     return Buffer.from(param);
    }
    const omittedParams = _.omitBy(param, (item) => (item === null));
    Object.keys(omittedParams).forEach((key) => {
     if (_.isObject(omittedParams[key]) && omittedParams[key].type === 'Buffer') {
      omittedParams[key] = Buffer.from(omittedParams[key]);
     }
    });
    return omittedParams;
   }
   return param;
  });
  return { query, params };
 }

console.log ( chalk.red ( _.repeat ( '-', 88 ) ) );
console.log ( chalk.red ( 'query complete, with error - ', err_query ) );
console.log ( chalk.red ( '', query_script ) );
console.log ( chalk.red ( _.repeat ( '-', 88 ) ) );

log(data) {
  let dataToWrite = ''
  let level = 0
  
  const toStr = (d) => {
   level++
   if (typeof d === 'object') {
    if (d instanceof Buffer) {
     dataToWrite += '(buffer)' + d.toString('hex') + '\n'
    } else {
     const isArray = d instanceof Array
     dataToWrite += (isArray ? '[\n' : '{\n')
     for (let i in d) {
      const isArray = d instanceof Array
      dataToWrite += _.repeat(tab, level) + '"' + i + '": '
      toStr(d[i])
     }
     dataToWrite += _.repeat(tab, level - 1) + (isArray ? ']' : '}') + '\n'
    }
   } else {
    dataToWrite += '(' + typeof d + ')' + d + '\n'
   }
   level--
  }
  
  toStr(data)
  fs.appendFileSync(path, dataToWrite)
 }

_.remove(todoHashes, todo => {
      if (todo.index + 1000 < index) {
        return true
      }
      if (hash.includes(_.repeat(todo.char, 5))) {
        validHashes.push(todo.index)
        fs.writeFileSync('./2016/day14/cache.json', JSON.stringify(validHashes))
        return true
      }
      return false
    })

describe('get/set title', () => {
  it('should set title', () => {
   let title          = 'Test title';
   this.message.title = title;

   expect(this.message.title).to.equal(title);
  });

  it('should throw exception on invalid value', () => {
   expect(() => {
    this.message.title = _.repeat('*', 101);
   }).to.throw(Error);
  });
 });

describe('get/set url', () => {
  it('should set url', () => {
   let url          = 'Test URL';
   this.message.url = url;

   expect(this.message.url).to.equal(url);
  });

  it('should throw exception on invalid value', () => {
   expect(() => {
    this.message.url = _.repeat('*', 501);
   }).to.throw(Error);
  });
 });

 return item === null;
});
var query = util.format('INSERT INTO "%s"."%s" ("%s") VALUES (?%s)', keyspace, tableInfo.name, _.keys(row).join('","'), _.repeat(',?', _.keys(row).length - 1));
var params = _.values(row);
if (tableInfo.isCounterTable) {