public void PrintMeasurementsByType_ImplementedCorrectly()
{
var heartRateMeasurement = new Measurement(DateTime.Now, 0d, MeasurementType.HeartRate);
var temperatureMeasurement = new Measurement(DateTime.Now, 0d, MeasurementType.Temperature);
var mappedMeasurements = new Dictionary <MeasurementType, IEnumerable <Measurement> >()
{
{ MeasurementType.HeartRate, new List <Measurement>()
{
heartRateMeasurement
} },
{ MeasurementType.Temperature, new List <Measurement>()
{
temperatureMeasurement
} }
};
var measurementPrinter = new MeasurementPrinter(_printerMock.Object);
measurementPrinter.PrintMeasurementsByMeasurementType(mappedMeasurements);
_printerMock.Verify(printer => printer.Print(It.IsAny <string>()), Times.Exactly(4));
_printerMock.Verify(printer => printer.Print(It.Is <string>(output => output.Contains(MeasurementType.HeartRate.GetDescription()))));
_printerMock.Verify(printer => printer.Print(It.Is <string>(output => output.Contains(heartRateMeasurement.ToString()))));
_printerMock.Verify(printer => printer.Print(It.Is <string>(output => output.Contains(MeasurementType.Temperature.GetDescription()))));
_printerMock.Verify(printer => printer.Print(It.Is <string>(output => output.Contains(temperatureMeasurement.ToString()))));
}
public void PrintMeasurementsByMeasurementTime_ImplementedCorrectly()
{
var earlierTime = new DateTime(2018, 6, 25, 9, 30, 0);
var laterTime = new DateTime(2018, 6, 25, 9, 30, 5);
var heartRateMeasurement = new Measurement(earlierTime, 0d, MeasurementType.HeartRate);
var spo2Measurement = new Measurement(earlierTime, 0d, MeasurementType.SpO2);
var temperatureMeasurement = new Measurement(laterTime, 0d, MeasurementType.Temperature);
var mappedMeasurements = new Dictionary <MeasurementType, IEnumerable <Measurement> >()
{
{ MeasurementType.HeartRate, new List <Measurement>()
{
heartRateMeasurement
} },
{ MeasurementType.Temperature, new List <Measurement>()
{
temperatureMeasurement
} },
{ MeasurementType.SpO2, new List <Measurement>()
{
spo2Measurement
} }
};
var measurementPrinter = new MeasurementPrinter(_printerMock.Object);
measurementPrinter.PrintMeasurementsByMeasurementTime(mappedMeasurements);
_printerMock.Verify(printer => printer.Print(It.IsAny <string>()), Times.Exactly(5));
_printerMock.Verify(printer => printer.Print(It.Is <string>(output => output.Contains(earlierTime.ToString(DateTimeFormat)))));
_printerMock.Verify(printer => printer.Print(It.Is <string>(output => output.Contains(heartRateMeasurement.ToString()))));
_printerMock.Verify(printer => printer.Print(It.Is <string>(output => output.Contains(spo2Measurement.ToString()))));
_printerMock.Verify(printer => printer.Print(It.Is <string>(output => output.Contains(laterTime.ToString(DateTimeFormat)))));
_printerMock.Verify(printer => printer.Print(It.Is <string>(output => output.Contains(temperatureMeasurement.ToString()))));
}
private static void Main(string[] args)
{
_measurementSorter = new MeasurementSorter();
_configurationStorage = new ConfigurationStorage();
_gridCalculator = new GridCalculator(_configurationStorage);
_measurementAccumulator = new MeasurementAccumulator(_gridCalculator);
_printer = new ConsolePrinter();
_measurementPrinter = new MeasurementPrinter(_printer);
var inputData = GenerateInputData();
var measurementMap = SampleDataDriven(inputData);
_measurementPrinter.PrintMeasurementsByMeasurementType(measurementMap);
_measurementPrinter.PrintMeasurementsByMeasurementTime(measurementMap);
Console.ReadLine();
}
