public void WriteLogFileTest()
{
String lCompareTextFromFile;
String lCompareText;
String lDate = System.DateTime.Today.Year.ToString() +
System.DateTime.Today.Month.ToString() +
System.DateTime.Today.Day.ToString();
String lFile = "TextFileLoggerTest-" + lDate;
String lMethod = "WriteLogFileTest";
String lMessage = "";
String lTime = System.DateTime.Now.ToString();
lMessage = "Datos para grabar.";
lMessage += "\r\n" + "Segunda linea con datos.";
lMessage += "\r\n" + "Tercera linea con datos.";
//lMessage += "\n" + "";
TextFileLogger lTextFileLogger = new TextFileLogger();
lCompareText = ((((lTime + " - ") + lFile + " - ") + lMethod + " - ") + lMessage + "\r\n");
lCompareText += "\n";
lCompareText += "---------------------------------------- \n";
lTextFileLogger.WriteLogFile(lFile, lMethod, lMessage, lTime);
lCompareTextFromFile = lTextFileLogger.ReadLogFile();
Assert.AreEqual(lCompareText, lCompareTextFromFile);
}
public void soilTestSantaLucia()
{
Horizon lHorizonA = new Horizon(1, "A", 0, "A", 14, 19, 53, 28, 4.4, 0, 1.2);
Horizon lHorizonAB = new Horizon(2, "AB", 1, "AB", 23, 18, 45, 37, 3, 0, 1.3);
Horizon lHorizonB = new Horizon(3, "B", 2, "B", 20, 19, 37, 44, 2, 0, 1.4);
Horizon lHorizonB1 = new Horizon(3, "A", 2, "B", 20, 19, 37, 44, 2, 0, 1.4);
Soil lSoil = new Soil();
lSoil.Name = "Suelo Pivot 2";
lSoil.HorizonList.Add(lHorizonA);
lSoil.HorizonList.Add(lHorizonAB);
lSoil.HorizonList.Add(lHorizonB);
lHorizonA.GetPermanentWiltingPoint();
lHorizonAB.GetAvailableWaterCapacity();
lHorizonB.GetFieldCapacity();
TextFileLogger lTextFileLogger = new TextFileLogger();
String lFile = "SoilTest";
String lMethod = "soilTestSantaLucia";
String lMessage = lSoil.ToString();
double cc1 = lSoil.GetFieldCapacity(5);
double cc2 = lSoil.GetFieldCapacity(20);
double cc3 = lSoil.GetFieldCapacity(45);
double cc4 = lSoil.GetFieldCapacity(57);
double cc5 = lSoil.GetFieldCapacity(65);
double pmp1 = lSoil.GetPermanentWiltingPoint(5);
double pmp2 = lSoil.GetPermanentWiltingPoint(35);
double pmp3 = lSoil.GetPermanentWiltingPoint(45);
double pmp4 = lSoil.GetPermanentWiltingPoint(57);
double pmp5 = lSoil.GetPermanentWiltingPoint(65);
double ad1 = lSoil.GetAvailableWaterCapacity(5);
double ad2 = lSoil.GetAvailableWaterCapacity(20);
double ad3 = lSoil.GetAvailableWaterCapacity(45);
double ad4 = lSoil.GetAvailableWaterCapacity(57);
double ad5 = lSoil.GetAvailableWaterCapacity(65);
lMessage += Environment.NewLine + Environment.NewLine + "Capacidad Campo (%peso)" + Environment.NewLine;
lMessage += "CC Horizon A \t" + lHorizonA.GetFieldCapacity() + Environment.NewLine;
lMessage += "CC Horizon AB \t" + lHorizonAB.GetFieldCapacity() + Environment.NewLine;
lMessage += "CC Horizon B \t" + lHorizonB.GetFieldCapacity() + Environment.NewLine;
lMessage += Environment.NewLine + Environment.NewLine + "Punto Marchitacion Permanente (%peso)" + Environment.NewLine;
lMessage += "PMP Horizon A \t" + lHorizonA.GetPermanentWiltingPoint() + Environment.NewLine;
lMessage += "PMP Horizon AB \t" + lHorizonAB.GetPermanentWiltingPoint() + Environment.NewLine;
lMessage += "PMP Horizon B \t" + lHorizonB.GetPermanentWiltingPoint() + Environment.NewLine;
lMessage += Environment.NewLine + Environment.NewLine + "Agua Disponible (%vol)" + Environment.NewLine;
lMessage += "AD Horizon A \t" + lHorizonA.GetAvailableWaterCapacity() + Environment.NewLine;
lMessage += "AD Horizon AB \t" + lHorizonAB.GetAvailableWaterCapacity() + Environment.NewLine;
lMessage += "AD Horizon B \t" + lHorizonB.GetAvailableWaterCapacity() + Environment.NewLine;
lMessage += Environment.NewLine + Environment.NewLine + "Capacidad de campo s/rootDepth" + Environment.NewLine;
lMessage += "getFieldCapacity(Root: 5): " + cc1 + Environment.NewLine;
lMessage += "getFieldCapacity(Root: 20): " + cc2 + Environment.NewLine;
lMessage += "getFieldCapacity(Root: 45): " + cc3 + Environment.NewLine;
lMessage += "getFieldCapacity(Root: 57): " + cc4 + Environment.NewLine;
lMessage += Environment.NewLine + Environment.NewLine + "Punto Marchitacion Permanente s/rootDepth" + Environment.NewLine;
lMessage += "getPermanentWiltingPoint(Root: 5): " + pmp1 + Environment.NewLine;
lMessage += "getPermanentWiltingPoint(Root: 35): " + pmp2 + Environment.NewLine;
lMessage += "getPermanentWiltingPoint(Root: 45): " + pmp3 + Environment.NewLine;
lMessage += "getPermanentWiltingPoint(Root: 57): " + pmp4 + Environment.NewLine;
lMessage += Environment.NewLine + Environment.NewLine + "Agua Disponible s/rootDepth" + Environment.NewLine;
lMessage += "getAvailableWaterCapacityProration(Root: 5): " + ad1 + Environment.NewLine;
lMessage += "getAvailableWaterCapacityProration(Root: 20): " + ad2 + Environment.NewLine;
lMessage += "getAvailableWaterCapacityProration(Root: 45): " + ad3 + Environment.NewLine;
lMessage += "getAvailableWaterCapacityProration(Root: 57): " + ad4 + Environment.NewLine;
String lTime = System.DateTime.Now.ToString();
lTextFileLogger.WriteLogFile(lFile, lMethod, lMessage, lTime);
Assert.AreEqual(lHorizonA.GetAvailableWaterCapacity(), 21.809856000000011);
Assert.AreEqual(lHorizonAB.GetAvailableWaterCapacity(), 17.270500000000009);
Assert.AreEqual(lHorizonB.GetFieldCapacity(), 13.315680000000002);
Assert.AreEqual(lHorizonB.GetPermanentWiltingPoint(), 13.315680000000002);
Assert.AreEqual(lHorizonB.GetAvailableWaterCapacity(), 13.315680000000002);
Assert.AreEqual(lHorizonB1.GetFieldCapacity(), 13.315680000000002);
Assert.AreEqual(lHorizonB1.GetPermanentWiltingPoint(), 13.315680000000002);
Assert.AreEqual(lHorizonB1.GetAvailableWaterCapacity(), 13.315680000000002);
Assert.AreEqual(ad2, 40.861557400000017);
Assert.AreEqual(ad4, 96.887308400000052);
}