public Aggregator(TextListSplitter textListSplitter)
{
IsAggregatorCalled = true;
NoOfRows = textListSplitter.YearList.Count;
IndexList = new List <int>();
Average = 0F;
IsAggregatorCalled = true;
CheckAverageDailyFootfallsInAWeek = false;
CheckAverageFootfallsPerHourShownOverADay = false;
CheckPeakDailyFootfallInTheLastMonth = false;
}
static void Main(string[] args)
{
Console.WriteLine("For Average footfalls per hour, shown over a day-Enter Day(dd/mm/yyyy)");
Console.WriteLine("For Average daily footfalls in a week-Enter First Day of Week(dd/mm/yyyy)");
Console.WriteLine("For Peak Daily Foot fall In a Given Month Enter Month Year");
ConsoleReader consoleReader = new ConsoleReader();
consoleReader.readDataFromConsole();
TextListSplitter textListSplitter = new TextListSplitter(consoleReader.DataList);
Aggregator aggregator = new Aggregator(textListSplitter);
aggregator.AverageFootfallsPerHourShownOverADay(textListSplitter, consoleReader.EnteredDateForAverageFootfallsPerHour);
aggregator.AverageDailyFootfallsInAWeek(textListSplitter, consoleReader.EnteredDateForAverageDailyFootfallsInAWeek);
aggregator.PeakDailyFootfallInTheLastMonth(textListSplitter, consoleReader.MonthAndYear);
}
//Average daily footfalls in a week
public void AverageDailyFootfallsInAWeek(TextListSplitter textListSplitter, string enteredDate)
{
enteredDate = enteredDate.Trim();
string[] ddMmYyDate = enteredDate.Split('/');
int day = Int16.Parse(ddMmYyDate[0]);
int month = Int16.Parse(ddMmYyDate[1]);
int year = Int16.Parse(ddMmYyDate[2]);
DateTime currentDate = Convert.ToDateTime(enteredDate);
Dictionary <DateTime, int> dayVsCount = new Dictionary <DateTime, int>();
AggregatorSupporter aggregatorSupporter = new AggregatorSupporter();
dayVsCount.Add(currentDate,
aggregatorSupporter.GetCountPerDay((int)currentDate.Day, (int)currentDate.Month,
(int)currentDate.Year, textListSplitter, NoOfRows));
for (int startDay = 1; startDay <= 6; startDay++)
{
currentDate = currentDate.AddDays(1);
dayVsCount.Add(currentDate,
aggregatorSupporter.GetCountPerDay((int)currentDate.Day, (int)currentDate.Month,
(int)currentDate.Year, textListSplitter, NoOfRows));
}
Console.WriteLine("---------Average daily footfalls in a week---------------");
Console.WriteLine("Given Date : {0}", enteredDate);
Console.WriteLine("_____________________________");
Console.WriteLine("Day Count");
Average = 0;
//Prinitng to file
string contentToBePrinted = "";
contentToBePrinted += "Given Date," + enteredDate + "\n";
contentToBePrinted += "Day,Count\n";
foreach (KeyValuePair <DateTime, int> dayAndFreq in dayVsCount)
{
Console.WriteLine("{0} {1}", dayAndFreq.Key.ToString("dd/MM/yyyy"), dayAndFreq.Value);
Average += (float)dayAndFreq.Value;
contentToBePrinted += dayAndFreq.Key.ToString("dd/MM/yyyy") + "," + dayAndFreq.Value + "\n";
}
Console.WriteLine("Average FootFall Count : {0}", Average / 7);
contentToBePrinted += "Average FootFall Count," + (Average / 7) + "\n";
Console.WriteLine("_____________________________");
CsvFileWriter csvFileWriter = new CsvFileWriter();
csvFileWriter.writeToCsvFile(contentToBePrinted, "AverageDailyFootfallsInAWeek");
CheckAverageDailyFootfallsInAWeek = true;
}
//Peak daily footfall in the last month
public void PeakDailyFootfallInTheLastMonth(TextListSplitter textListSplitter, string monthYear)
{
monthYear = monthYear.Trim();
string[] monthNYear = monthYear.Split(' ');
int enteredMonth = Int32.Parse(monthNYear[0]);
int enteredYear = Int32.Parse(monthNYear[1]);
AggregatorSupporter aggregatorSupporter = new AggregatorSupporter();
IndexList = aggregatorSupporter.GetListOfGivenMonthAndYear(enteredMonth, enteredYear, textListSplitter, NoOfRows);
//IndexList:which matches with given month and year
Console.WriteLine(IndexList.Count);
List <int> finalDayList = new List <int>();
for (int index = 0; index < IndexList.Count; index++)
{
finalDayList.Add(textListSplitter.DayList[IndexList[index]]);
}
Console.WriteLine("-------Peak Daily Footfall In The Month---------");
Console.WriteLine("Given Month : {0}", enteredMonth);
Console.WriteLine("Given Year : {0}", enteredYear);
Console.WriteLine("_____________________________");
Console.WriteLine("Day Count");
var valShowFreq = ShowFreq(finalDayList);
Console.WriteLine("Average FootFall Count : {0}", Average);
Console.WriteLine("Peak FootFall Count : {0}", PeakFootFallInAMonth);
Console.WriteLine("_____________________________");
//Prinitng to file
string contentToBePrinted = "";
contentToBePrinted += "Given Month," + enteredMonth + "\n";
contentToBePrinted += "Given Year," + enteredYear + "\n";
contentToBePrinted += "Day,Count" + "\n";
contentToBePrinted += valShowFreq;
contentToBePrinted += "Average FootFall Count," + Average + "\n";
contentToBePrinted += "Peak FootFall Count," + PeakFootFallInAMonth + "\n";
CsvFileWriter csvFileWriter = new CsvFileWriter();
csvFileWriter.writeToCsvFile(contentToBePrinted, "PeakDailyFootfallInTheLastMonth");
CheckPeakDailyFootfallInTheLastMonth = true;
}
public List <int> GetListOfGivenMonthAndYear(int month, int year, TextListSplitter textListSplitter, int noOfRows)
{
try
{
List <int> indexList = new List <int>();
for (int index = 0; index < noOfRows; index++)
{
if (month == textListSplitter.MonthList[index] &&
year == textListSplitter.YearList[index])
{
indexList.Add(index);
}
}
IsGetListOfGivenMonthAndYear = true;
return(indexList);
}
catch (Exception e)
{
Console.WriteLine(e + " Check AggregatorSupporter-> GetListOfGivenMonthAndYear");
throw;
}
}
//Average footfalls per hour, shown over a day
public void AverageFootfallsPerHourShownOverADay(TextListSplitter textListSplitter, string enteredDate)
{
enteredDate = enteredDate.Trim();
string[] ddMmYyDate = enteredDate.Split('/');
int day = Int16.Parse(ddMmYyDate[0]);
int month = Int16.Parse(ddMmYyDate[1]);
int year = Int16.Parse(ddMmYyDate[2]);
AggregatorSupporter aggregatorSupporter = new AggregatorSupporter();
IndexList = aggregatorSupporter.GetIndex(day, month, year, textListSplitter, NoOfRows);
List <int> finalHourList = new List <int>();
for (int index = 0; index < IndexList.Count; index++)
{
finalHourList.Add(textListSplitter.HourList[IndexList[index]]);
}
//printing to console
Console.WriteLine("------------Average FootFall Per Hour-----------------");
Console.WriteLine("Given Date : {0}", enteredDate);
Console.WriteLine("_____________________________");
Console.WriteLine("Hour Count");
var valueVsFreq = ShowFreq(finalHourList);
Console.WriteLine("Average FootFall Count : {0}", Average);
Console.WriteLine("_____________________________");
//Prinitng to file
string contentToBePrinted = "";
contentToBePrinted += "Given Date," + enteredDate + "\n";
contentToBePrinted += "Hour,Count\n";
contentToBePrinted += valueVsFreq;
contentToBePrinted += "Average FootFall Count," + Average + "\n";
CsvFileWriter csvFileWriter = new CsvFileWriter();
csvFileWriter.writeToCsvFile(contentToBePrinted, "AverageFootfallsPerHourShownOverADay");
CheckAverageFootfallsPerHourShownOverADay = true;
}
public int GetCountPerDay(int day, int month, int year, TextListSplitter textListSplitter, int noOfRows)
{
try
{
int count = 0;
for (int index = 0; index < noOfRows; index++)
{
if (day == textListSplitter.DayList[index] &&
month == textListSplitter.MonthList[index] &&
year == textListSplitter.YearList[index])
{
count++;
}
}
IsGetCountPerDayWorks = true;
return(count);
}
catch (Exception e)
{
Console.WriteLine(e + " Check AggregatorSupporter");
throw;
}
}