public void ConstructorNotToExceedDateTimeAliasingTest()
{
var occurs = new DateTime(new Date(1, Date.Month.JANUARY, 2000), 0, 0);
var notToExceedDateTime = new Diary.DateTime(occurs);
var occurenceDate = new Date(2, Date.Month.JANUARY, 2000);
var builder = new PeriodicAppointmentBuilder();
builder.SetOccurs(occurs);
builder.SetPeriodHours(24);
builder.SetNotToExceedDateTime(notToExceedDateTime);
var appointment = (PeriodicAppointment)builder.Build();
var expected = false;
var actual = appointment.IsOccuringOn(occurenceDate);
Assert.AreEqual(expected, actual, "Original");
notToExceedDateTime.AddTime(100, 0);
actual = appointment.IsOccuringOn(occurenceDate);
Assert.AreEqual(expected, actual, "After");
}
public void IsBetweenTest()
{
var startDay = int.Parse(TestContext.DataRow["startDay"].ToString());
var startMonth = int.Parse(TestContext.DataRow["startMonth"].ToString());
var startYear = int.Parse(TestContext.DataRow["startYear"].ToString());
var startHours = int.Parse(TestContext.DataRow["startHours"].ToString());
var startMinutes = int.Parse(TestContext.DataRow["startMinutes"].ToString());
var endDay = int.Parse(TestContext.DataRow["endDay"].ToString());
var endMonth = int.Parse(TestContext.DataRow["endMonth"].ToString());
var endYear = int.Parse(TestContext.DataRow["endYear"].ToString());
var endHours = int.Parse(TestContext.DataRow["endHours"].ToString());
var endMinutes = int.Parse(TestContext.DataRow["endMinutes"].ToString());
var day = int.Parse(TestContext.DataRow["Day"].ToString());
var month = int.Parse(TestContext.DataRow["Month"].ToString());
var year = int.Parse(TestContext.DataRow["Year"].ToString());
var hours = int.Parse(TestContext.DataRow["hours"].ToString());
var minutes = int.Parse(TestContext.DataRow["minutes"].ToString());
var expectedIsBetweenString = TestContext.DataRow["isBetween"].ToString();
bool expected = (expectedIsBetweenString == "1");
var startDateTime = new Diary.DateTime(new Date(startDay, (Date.Month)startMonth, startYear), startHours, startMinutes);
var endDateTime = new Diary.DateTime(new Date(endDay, (Date.Month)endMonth, endYear), endHours, endMinutes);
var dateTime = new Diary.DateTime(new Date(day, (Date.Month)month, year), hours, minutes);
var actual = dateTime.IsBetween(startDateTime, endDateTime);
var message = String.Format("Input DateTime:<{0}>. Input Start DateTime:<{1}>. Input End DateTime:<{2}>.", Helper.ToString(dateTime), Helper.ToString(startDateTime), Helper.ToString(endDateTime));
Assert.AreEqual(expected, actual, message);
}
public void IsOccuringOnTest()
{
// Get input data for test.
var startYear = int.Parse(TestContext.DataRow["startYear"].ToString());
var startMonth = int.Parse(TestContext.DataRow["startMonth"].ToString());
var startDay = int.Parse(TestContext.DataRow["startDay"].ToString());
var startHours = int.Parse(TestContext.DataRow["startHours"].ToString());
var startMinutes = int.Parse(TestContext.DataRow["startMinutes"].ToString());
var endYear = int.Parse(TestContext.DataRow["endYear"].ToString());
var endMonth = int.Parse(TestContext.DataRow["endMonth"].ToString());
var endDay = int.Parse(TestContext.DataRow["endDay"].ToString());
var endHours = int.Parse(TestContext.DataRow["endHours"].ToString());
var endMinutes = int.Parse(TestContext.DataRow["endMinutes"].ToString());
var durationMinutes = int.Parse(TestContext.DataRow["durationMinutes"].ToString());
// Create appointment and exercise the method under test.
var expectedStartDate = new Date(startDay, (Date.Month)startMonth, startYear);
var appointmentTime = new Diary.DateTime(expectedStartDate, startHours, startMinutes);
var appointment = (Appointment) new AppointmentBuilder().SetOccurs(appointmentTime).SetDurationMinutes(durationMinutes).Build();
var expectedEndDate = new Date(endDay, (Date.Month)endMonth, endYear);
CalendarEventTest.IsOccuringOnTest(appointment, expectedStartDate, expectedEndDate);
}
public void AddTimeTest()
{
var dateTime = new Diary.DateTime(new Date(1, Date.Month.JANUARY, 1900), 0, 0);
dateTime.AddTime(1, 1);
Assert.AreEqual("1900-01-01 01:01", Helper.ToString(dateTime));
}
/// <summary>
/// Testing of end time method.
/// </summary>
internal void GetEndTimeTest(AppointmentBuilder builder, Diary.DateTime occurs, Diary.DateTime endTime, int durationMinutes)
{
var appointment = (Appointment)builder.SetOccurs(occurs).SetDurationMinutes(durationMinutes).Build();
var actualEndTime = appointment.GetEndTime();
// Validate results.
var expected = Helper.ToString(endTime);
var actual = Helper.ToString(actualEndTime);
Assert.AreEqual(expected, actual, "Input occurs:<{0}>. Input durationMinutes:<{1}>.", Helper.ToString(occurs), durationMinutes);
}
internal AppointmentBuilder SetOccurs(Diary.DateTime occurs)
{
this.occurs = new Diary.DateTime(occurs);
// Add descriptive info to the label if we don't have an explicit one provided. This provide identifying information for debugging.
if (label == String.Empty)
{
label = String.Format("Event Label <{0}>.", Helper.ToString(occurs));
}
return(this);
}
public void IsOccuringOnTest()
{
// Get input occurence data for test.
var firstOccursYear = int.Parse(TestContext.DataRow["firstOccursYear"].ToString());
var firstOccursMonth = int.Parse(TestContext.DataRow["firstOccursMonth"].ToString());
var firstOccursDay = int.Parse(TestContext.DataRow["firstOccursDay"].ToString());
var firstOccursHours = int.Parse(TestContext.DataRow["firstOccursHours"].ToString());
var firstOccursMinutes = int.Parse(TestContext.DataRow["firstOccursMinutes"].ToString());
var notToExceedYear = int.Parse(TestContext.DataRow["notToExceedYear"].ToString());
var notToExceedMonth = int.Parse(TestContext.DataRow["notToExceedMonth"].ToString());
var notToExceedDay = int.Parse(TestContext.DataRow["notToExceedDay"].ToString());
var notToExceedHours = int.Parse(TestContext.DataRow["notToExceedHours"].ToString());
var notToExceedMinutes = int.Parse(TestContext.DataRow["notToExceedMinutes"].ToString());
var durationMinutes = int.Parse(TestContext.DataRow["durationMinutes"].ToString());
var periodHours = int.Parse(TestContext.DataRow["periodHours"].ToString());
// Create the periodic appointment, deriving the overall start and end date
var firstOccurs = new Diary.DateTime(new Date(firstOccursDay, (Date.Month)firstOccursMonth, firstOccursYear), firstOccursHours, firstOccursMinutes);
var notToExceedDateTime = new Diary.DateTime(new Date(notToExceedDay, (Date.Month)notToExceedMonth, notToExceedYear), notToExceedHours, notToExceedMinutes);
PeriodicAppointmentBuilder builder = new PeriodicAppointmentBuilder();
builder.SetOccurs(firstOccurs);
builder.SetDurationMinutes(durationMinutes);
builder.SetNotToExceedDateTime(notToExceedDateTime);
builder.SetPeriodHours(periodHours);
var appointment = (PeriodicAppointment)builder.Build();
// Look up and evaluate each occurence
DataRow[] occurencesRows = TestContext.DataRow.GetChildRows("add_occurences");
foreach (DataRow occurenceRow in occurencesRows)
{
DataRow[] occurenceDatePartRows = occurenceRow.GetChildRows("occurences_occurence");
foreach (DataRow occurenceDatePart in occurenceDatePartRows)
{
var startYear = int.Parse(occurenceDatePart["startYear"].ToString());
var startMonth = int.Parse(occurenceDatePart["startMonth"].ToString());
var startDay = int.Parse(occurenceDatePart["startDay"].ToString());
var endYear = int.Parse(occurenceDatePart["endYear"].ToString());
var endMonth = int.Parse(occurenceDatePart["endMonth"].ToString());
var endDay = int.Parse(occurenceDatePart["endDay"].ToString());
var expectedStartDate = new Date(startDay, (Date.Month)startMonth, startYear);
var expectedEndDate = new Date(endDay, (Date.Month)endMonth, endYear);
CalendarEventTest.IsOccuringOnTest(appointment, expectedStartDate, expectedEndDate);
}
}
}
public void ConstructorAliasingTest()
{
var builder = new AppointmentBuilder();
var dateTime = new Diary.DateTime();
var appointment = (Appointment)builder.SetOccurs(dateTime).Build();
var expected = 0;
var actual = appointment.GetStartTime().GetMinutes();
Assert.AreEqual(expected, actual, "Original");
dateTime.AddTime(0, 1);
actual = appointment.GetStartTime().GetMinutes();
Assert.AreEqual(expected, actual, "After");
}
public void TestDateTimeElement()
{
var record = new VariableLengthRecord();
var value1 = new Diary.DateTime(new Date(30, Date.Month.JUNE, 2018), 6, 15);
Assert.AreEqual(0, record.GetCount());
record.AppendValue(value1);
Assert.AreEqual(1, record.GetCount());
var value = new Diary.DateTime();
Assert.IsTrue(record.GetValue(0, ref value));
Assert.AreEqual(Helper.ToString(value1), Helper.ToString(value));
var value2 = new Diary.DateTime(new Date(15, Date.Month.JANUARY, 1980), 21, 30);
record.AppendValue(value2);
Assert.AreEqual(2, record.GetCount());
Assert.IsTrue(record.GetValue(1, ref value));
Assert.AreEqual(Helper.ToString(value2), Helper.ToString(value));
}
public void CompareToTest()
{
var day = int.Parse(TestContext.DataRow["day"].ToString());
var month = int.Parse(TestContext.DataRow["month"].ToString());
var year = int.Parse(TestContext.DataRow["year"].ToString());
var hours = int.Parse(TestContext.DataRow["hours"].ToString());
var minutes = int.Parse(TestContext.DataRow["minutes"].ToString());
var compareDay = int.Parse(TestContext.DataRow["compareDay"].ToString());
var compareMonth = int.Parse(TestContext.DataRow["compareMonth"].ToString());
var compareYear = int.Parse(TestContext.DataRow["compareYear"].ToString());
var compareHours = int.Parse(TestContext.DataRow["compareHours"].ToString());
var compareMinutes = int.Parse(TestContext.DataRow["compareMinutes"].ToString());
var expected = int.Parse(TestContext.DataRow["expectedResult"].ToString());
var dateTime = new Diary.DateTime(new Date(day, (Date.Month)month, year), hours, minutes);
var compareDateTime = new Diary.DateTime(new Date(compareDay, (Date.Month)compareMonth, compareYear), compareHours, compareMinutes);
var actual = dateTime.CompareTo(compareDateTime);
Assert.AreEqual(expected, actual, "Input DateTime:<{0}>. Input Compare DateTime:<{1}>.", Helper.ToString(dateTime), Helper.ToString(compareDateTime));
}
public void GetEndTimeTest()
{
// Get input data for test.
var startYear = int.Parse(TestContext.DataRow["startYear"].ToString());
var startMonth = int.Parse(TestContext.DataRow["startMonth"].ToString());
var startDay = int.Parse(TestContext.DataRow["startDay"].ToString());
var startHours = int.Parse(TestContext.DataRow["startHours"].ToString());
var startMinutes = int.Parse(TestContext.DataRow["startMinutes"].ToString());
var endYear = int.Parse(TestContext.DataRow["endYear"].ToString());
var endMonth = int.Parse(TestContext.DataRow["endMonth"].ToString());
var endDay = int.Parse(TestContext.DataRow["endDay"].ToString());
var endHours = int.Parse(TestContext.DataRow["endHours"].ToString());
var endMinutes = int.Parse(TestContext.DataRow["endMinutes"].ToString());
var durationMinutes = int.Parse(TestContext.DataRow["durationMinutes"].ToString());
// Exercise the method under test.
var occurs = new Diary.DateTime(new Date(startDay, (Date.Month)startMonth, startYear), startHours, startMinutes);
var endTime = new Diary.DateTime(new Date(endDay, (Date.Month)endMonth, endYear), endHours, endMinutes);
new AppointmentTest().GetEndTimeTest(new PeriodicAppointmentBuilder().SetNotToExceedDateTime(endTime), occurs, endTime, durationMinutes);
}
public void DefaultConstructorTest()
{
var actual = new Diary.DateTime();
Assert.AreEqual("1900-01-01 00:00", Helper.ToString(actual));
}
public void SaveAndLoadTest()
{
var builders = new AppointmentBuilder[4]
{
new AppointmentBuilder(),
new AppointmentBuilder(),
new AppointmentBuilder(),
new AppointmentBuilder()
};
using (var creator = new AppointmentCreator())
{
var yogaDateTime = new Diary.DateTime(new Date(1, Date.Month.FEBRUARY, 2017), 6, 30);
builders[0].SetLabel("Yoga").SetOccurs(yogaDateTime).SetDurationMinutes(45);
builders[0].SetDetails("Downward Dog");
var doctorsDateTime = new Diary.DateTime(new Date(2, Date.Month.MARCH, 2017), 8, 20);
builders[1].SetLabel("Ear Doctor").SetOccurs(doctorsDateTime).SetDurationMinutes(30);
builders[1].SetDetails("Annual Cleaning");
var teacherDateTime = new Diary.DateTime(new Date(7, Date.Month.APRIL, 2017), 12, 00);
builders[2].SetLabel("School").SetOccurs(teacherDateTime).SetDurationMinutes(25);
builders[2].SetDetails("5th Grade Arithmetic");
var reviewDateTime = new Diary.DateTime(new Date(30, Date.Month.MAY, 2017), 18, 30);
builders[3].SetLabel("Performance Review").SetOccurs(reviewDateTime).SetDurationMinutes(60);
builders[3].SetDetails("6 Month Evaluation");
foreach (var builder in builders)
{
builder.SetCreator(creator);
var appointment = (Appointment)builder.Build();
builder.SetObjectId(appointment.GetObjectId());
Helper.AssertAreEqual(builder, appointment, "Original");
}
creator.Save();
}
using (var appointmentCreator = new AppointmentCreator()) // Re-open the files
{
foreach (var builder in builders)
{
var objectId = builder.GetObjectId();
var savedAppointment = (Appointment)appointmentCreator.Create(objectId);
Helper.AssertAreEqual(builder, savedAppointment, "Saved");
}
// Now add some contacts to the existing appointments
using (var contactCreator = new ContactCreator())
{
builders[1].SetContactBuilders();
builders[3].SetContactBuilders();
var contactBuilders = builders[1].GetContactBuilders();
var contacts = new Contact[contactBuilders.Length];
for (int i = 0; i < contactBuilders.Length; i++)
{
contactBuilders[i].SetCreator(contactCreator);
contacts[i] = (Contact)contactBuilders[i].Build();
}
contactCreator.Save();
var drAppointment = (Appointment)appointmentCreator.Create(builders[1].GetObjectId());
var reviewAppointment = (Appointment)appointmentCreator.Create(builders[3].GetObjectId());
for (int i = 0; i < contacts.Length; i++)
{
drAppointment.AddRelation(contacts[i]);
reviewAppointment.AddRelation(contacts[i]);
}
appointmentCreator.Save();
}
}
using (var creator = new AppointmentCreator()) // Re-open the files
{
foreach (var builder in builders)
{
var objectId = builder.GetObjectId();
var savedAppointment = (Appointment)creator.Create(objectId);
Helper.AssertAreEqual(builder, savedAppointment, "Post Contact Save");
}
}
}
internal PeriodicAppointmentBuilder SetNotToExceedDateTime(Diary.DateTime notToExceedDateTime)
{
// Directly use the reference passed so we can later test for aliasing bugs.
this.notToExceedDateTime = notToExceedDateTime;
return(this);
}
public void TestReadWrite()
{
var outputRecord = new VariableLengthRecord();
outputRecord.AppendValue(100); // unsigned int value
outputRecord.AppendValue(200.0F); // float value
outputRecord.AppendValue(300.0); // double value
outputRecord.AppendValue('a'); // unsigned char value
outputRecord.AppendValue("Testing"); //string value
outputRecord.AppendValue(true); // boolean value
var dateValue = new Date(31, Date.Month.DECEMBER, 2100);
outputRecord.AppendValue(dateValue);
var dateTimeValue = new Diary.DateTime(new Date(6, Date.Month.SEPTEMBER, 1950), 12, 15);
outputRecord.AppendValue(dateTimeValue);
String persistenceFilePath = String.Concat(ConfigurationManager.AppSettings["PersistenceFolderPath"], "/TestFile.txt");
var folder = Path.GetDirectoryName(persistenceFilePath);
// Create the persistence directory if it doesn't exist.
if (!Directory.Exists(folder))
{
Directory.CreateDirectory(folder);
}
var outputStream = new RandomAccessFile(persistenceFilePath);
outputRecord.Serialize(outputStream);
outputStream.close();
var inputRecord = new VariableLengthRecord();
using (var inputStream = new RandomAccessFile(persistenceFilePath))
{
Assert.IsTrue(inputRecord.Deserialize(inputStream));
Assert.AreEqual(inputRecord.GetCount(), 8, "Count");
int value0 = 0;
Assert.IsTrue(inputRecord.GetValue(0, ref value0));
Assert.AreEqual(value0, 100);
float value1 = 0.0F;
Assert.IsTrue(inputRecord.GetValue(1, ref value1));
Assert.AreEqual(value1, 200.0F, 0.001F);
double value2 = 0.0;
Assert.IsTrue(inputRecord.GetValue(2, ref value2));
Assert.AreEqual(value2, 300.0, 0.001);
char value3 = ' ';
Assert.IsTrue(inputRecord.GetValue(3, ref value3));
Assert.AreEqual(value3, 'a');
String value4 = "";
Assert.IsTrue(inputRecord.GetValue(4, ref value4));
Assert.IsTrue(value4.CompareTo("Testing") == 0);
bool value5 = false;
Assert.IsTrue(inputRecord.GetValue(5, ref value5));
Assert.AreEqual(value5, true);
var value6 = new Date();
Assert.IsTrue(inputRecord.GetValue(6, ref value6), "Date");
Assert.AreEqual(Helper.ToString(dateValue), Helper.ToString(value6));
var value7 = new Diary.DateTime();
Assert.IsTrue(inputRecord.GetValue(7, ref value7), "DateTime");
Assert.AreEqual(Helper.ToString(dateTimeValue), Helper.ToString(value7));
inputStream.close();
}
}
/// <summary>
/// Returns DateTime identifying properties.
/// </summary>
/// <returns>yyyy-MM-dd hh:mm</returns>
/// <seealso cref="Helper.ToString(Date)"/>
internal static String ToString(Diary.DateTime dateTime)
{
return(String.Format("{0} {1}:{2}", Helper.ToString(dateTime.GetDate()), dateTime.GetHours().ToString("00"), dateTime.GetMinutes().ToString("00")));
}
