private void SetUpTimePeriods(ref TimePeriod tpA, ref TimePeriod tpB, TimePeriod.Relationship relationship, TimeSpan offset)
{
tpB = new TimePeriod("TimePeriod B", Guid.NewGuid(), FiveMinsAgo, FiveMinsOn, TimeAdjustmentMode.InferDuration);
switch (relationship)
{
case TimePeriod.Relationship.StartsBeforeStartOf: {
tpA = new TimePeriod("TimePeriod A", Guid.NewGuid(), tpB.StartTime - offset, TenMinutes, TimeAdjustmentMode.InferEndTime);
//tpA.AdjustmentMode = TimeAdjustmentMode.InferDuration;
break;
}
case TimePeriod.Relationship.StartsOnStartOf: {
tpA = new TimePeriod("TimePeriod A", Guid.NewGuid(), tpB.StartTime, TenMinutes, TimeAdjustmentMode.InferEndTime);
tpA.AdjustmentMode = TimeAdjustmentMode.InferDuration;
break;
}
case TimePeriod.Relationship.StartsAfterStartOf: {
tpA = new TimePeriod("TimePeriod A", Guid.NewGuid(), tpB.StartTime + offset, TenMinutes, TimeAdjustmentMode.InferEndTime);
tpA.AdjustmentMode = TimeAdjustmentMode.InferDuration;
break;
}
case TimePeriod.Relationship.StartsBeforeEndOf: {
tpA = new TimePeriod("TimePeriod A", Guid.NewGuid(), tpB.EndTime - offset, TenMinutes, TimeAdjustmentMode.InferEndTime);
tpA.AdjustmentMode = TimeAdjustmentMode.InferDuration;
break;
}
case TimePeriod.Relationship.StartsOnEndOf: {
tpA = new TimePeriod("TimePeriod A", Guid.NewGuid(), tpB.EndTime, TenMinutes, TimeAdjustmentMode.InferEndTime);
tpA.AdjustmentMode = TimeAdjustmentMode.InferDuration;
break;
}
case TimePeriod.Relationship.StartsAfterEndOf: {
tpA = new TimePeriod("TimePeriod A", Guid.NewGuid(), tpB.EndTime + offset, TenMinutes, TimeAdjustmentMode.InferEndTime);
tpA.AdjustmentMode = TimeAdjustmentMode.InferDuration;
break;
}
case TimePeriod.Relationship.EndsBeforeStartOf: {
tpA = new TimePeriod("TimePeriod A", Guid.NewGuid(), TenMinutes, tpB.StartTime - offset, TimeAdjustmentMode.InferStartTime);
tpA.AdjustmentMode = TimeAdjustmentMode.InferDuration;
break;
}
case TimePeriod.Relationship.EndsOnStartOf: {
tpA = new TimePeriod("TimePeriod A", Guid.NewGuid(), TenMinutes, tpB.StartTime, TimeAdjustmentMode.InferStartTime);
tpA.AdjustmentMode = TimeAdjustmentMode.InferDuration;
break;
}
case TimePeriod.Relationship.EndsAfterStartOf: {
tpA = new TimePeriod("TimePeriod A", Guid.NewGuid(), TenMinutes, tpB.StartTime + offset, TimeAdjustmentMode.InferStartTime);
tpA.AdjustmentMode = TimeAdjustmentMode.InferDuration;
break;
}
case TimePeriod.Relationship.EndsBeforeEndOf: {
tpA = new TimePeriod("TimePeriod A", Guid.NewGuid(), TenMinutes, tpB.EndTime - offset, TimeAdjustmentMode.InferStartTime);
tpA.AdjustmentMode = TimeAdjustmentMode.InferDuration;
break;
}
case TimePeriod.Relationship.EndsOnEndOf: {
tpA = new TimePeriod("TimePeriod A", Guid.NewGuid(), TenMinutes, tpB.EndTime, TimeAdjustmentMode.InferStartTime);
tpA.AdjustmentMode = TimeAdjustmentMode.InferDuration;
break;
}
case TimePeriod.Relationship.EndsAfterEndOf: {
tpA = new TimePeriod("TimePeriod A", Guid.NewGuid(), TenMinutes, tpB.EndTime + offset, TimeAdjustmentMode.InferStartTime);
tpA.AdjustmentMode = TimeAdjustmentMode.InferDuration;
break;
}
}
}
private void RunTest(TimePeriod tpA, TimePeriod tpB, TimePeriod.Relationship relationship,
TimePeriodPart moveWhichPart, string ofWhich, TimeSpan byHowMuch)
{
bool CONSOLE_OUTPUT = false;
tpA.AddRelationship(relationship, tpB);
DateTime earliest = DateTimeOperations.Min(tpA.StartTime, tpB.StartTime);
DateTime left = earliest - new TimeSpan(0, 0, (earliest.Minute % 10), 0, 0);
int spaces, width;
string A, B;
if (CONSOLE_OUTPUT)
{
Debug.WriteLine(" ....*....|....*....|....*....|....*....|....*....|");
A = "Initial A : ";
spaces = (int)((TimeSpan)(tpA.StartTime - left)).TotalMinutes;
width = (int)tpA.Duration.TotalMinutes;
for (int i = 0; i < spaces; i++)
{
A += " ";
}
for (int i = 0; i < width; i++)
{
A += "a";
}
for (int i = (spaces + width); i < 50; i++)
{
A += " ";
}
Debug.WriteLine(A + tpA.ToString());
B = "Initial B : ";
spaces = (int)((TimeSpan)(tpB.StartTime - left)).TotalMinutes;
width = (int)tpB.Duration.TotalMinutes;
for (int i = 0; i < spaces; i++)
{
B += " ";
}
for (int i = 0; i < width; i++)
{
B += "b";
}
for (int i = (spaces + width); i < 50; i++)
{
B += " ";
}
Debug.WriteLine(B + tpB.ToString());
Debug.WriteLine("We'll move " + ofWhich + "." + moveWhichPart.ToString() + " by " + byHowMuch.ToString() + "...");
}
int selector = 0;
if (ofWhich.Equals("A"))
{
selector += 0;
}
if (ofWhich.Equals("B"))
{
selector += 1;
}
selector <<= 1;
if (moveWhichPart.Equals(TimePeriodPart.StartTime))
{
selector += 0;
}
if (moveWhichPart.Equals(TimePeriodPart.EndTime))
{
selector += 1;
}
tpA.AdjustmentMode = TimeAdjustmentMode.FixedDuration;
tpB.AdjustmentMode = TimeAdjustmentMode.FixedDuration;
if (CONSOLE_OUTPUT)
{
Console.WriteLine("3.");
foreach (IMilestone ms in new IMilestone[] { tpB.StartMilestone, tpB.EndMilestone })
{
Console.WriteLine(ms.Name);
foreach (MilestoneRelationship mr in ms.Relationships)
{
Console.WriteLine(mr.ToString());
}
}
Console.WriteLine("4.");
foreach (IMilestone ms in new IMilestone[] { tpB.StartMilestone, tpB.EndMilestone })
{
Console.WriteLine(ms.Name);
foreach (MilestoneRelationship mr in ms.Relationships)
{
Console.WriteLine(mr.ToString());
}
}
}
switch (selector)
{
case 0: tpA.AdjustmentMode = TimeAdjustmentMode.InferEndTime; tpA.StartTime += byHowMuch; break;
case 1: tpA.AdjustmentMode = TimeAdjustmentMode.InferStartTime; tpA.EndTime += byHowMuch; break;
case 2: tpB.AdjustmentMode = TimeAdjustmentMode.InferEndTime; tpB.StartTime += byHowMuch; break;
case 3: tpB.AdjustmentMode = TimeAdjustmentMode.InferStartTime; tpB.EndTime += byHowMuch; break;
}
if (CONSOLE_OUTPUT)
{
A = "Final A : ";
spaces = (int)((TimeSpan)(tpA.StartTime - left)).TotalMinutes;
width = (int)tpA.Duration.TotalMinutes;
for (int i = 0; i < spaces; i++)
{
A += " ";
}
for (int i = 0; i < width; i++)
{
A += "A";
}
for (int i = (spaces + width); i < 50; i++)
{
A += " ";
}
Debug.WriteLine(A + tpA.ToString());
B = "Final B : ";
spaces = (int)((TimeSpan)(tpB.StartTime - left)).TotalMinutes;
width = (int)tpB.Duration.TotalMinutes;
for (int i = 0; i < spaces; i++)
{
B += " ";
}
for (int i = 0; i < width; i++)
{
B += "B";
}
for (int i = (spaces + width); i < 50; i++)
{
B += " ";
}
Debug.WriteLine(B + tpB.ToString());
}
foreach (TimePeriod tp in new TimePeriod[] { tpA, tpB })
{
foreach (IMilestone ms in new IMilestone[] { tp.StartMilestone, tp.EndMilestone })
{
foreach (MilestoneRelationship mr in ms.Relationships)
{
bool b = mr.IsSatisfied();
Console.WriteLine(mr + (b?" is ":" is not ") + "satisfied.");
//Assert.IsTrue(b, mr + " is not satisfied!");
}
}
}
}