public void DoDispStateMainForm(object sender, EventArgs e)
{
if (this.InvokeRequired == true)
{
EventHandler func = new EventHandler(DoDispStateMainForm);
this.BeginInvoke(func, new object[] { sender, e });
}
else
{
TestDescriptionArgs args = e as TestDescriptionArgs;
ToolStripStatusLabel[] stateLabels = { line1StateLabel, line2StateLabel, line3StateLabel, line4StateLabel };
ToolStripProgressBar[] stateProgress = { line1Progress, line2Progress, line3Progress, line4Progress };
ETestStep step = args.Step;
int line = args.Index;
int preMax = (int)args.PrepareMaxTime;
int preCur = (int)args.PrepareCurTime;
int judgeMax = (int)args.JudgeMaxTime;
int judgeCur = (int)args.JudgeCurTime;
int integMax = (int)args.IntegMaxTime;
int integCur = (int)args.IntegCurTime;
try
{
stateLabels[line].Text = step.ToString();
switch (step)
{
case ETestStep.None:
stateProgress[line].Maximum = 100;
stateProgress[line].Value = 0;
break;
case ETestStep.Preparation:
stateProgress[line].Maximum = preMax;
stateProgress[line].Value = preCur;
break;
case ETestStep.Judgement:
stateProgress[line].Maximum = judgeMax;
stateProgress[line].Value = judgeCur;
break;
case ETestStep.Integration:
stateProgress[line].Maximum = integMax;
stateProgress[line].Value = integCur;
break;
}
}
catch
{
}
}
}
public void DoDispState(object sender, EventArgs e)
{
if (this.InvokeRequired == true)
{
EventHandler func = new EventHandler(DoDispState);
this.BeginInvoke(func, new object[] { sender, e });
}
else
{
TestDescriptionArgs desc = e as TestDescriptionArgs;
List <MeasureRow> runStates = context.Measure.RunStates;
runStates[(int)EMeasRunState.Condition].Value = desc.Name;
runStates[(int)EMeasRunState.RunningStep].Value = desc.Step.ToString();
runStates[(int)EMeasRunState.ElapsedTime].Value = ToDateTimeString(desc.ElapsedTime);
runStates[(int)EMeasRunState.TotalElapsed].Value = ToDateTimeString(desc.TotalElapsedTime);
runStates[(int)EMeasRunState.Preparation].Value = $"{ToDateTimeString(desc.PrepareCurTime)} / { ToDateTimeString(desc.PrepareMaxTime)}";
runStates[(int)EMeasRunState.Judgement].Value = $"{ToDateTimeString(desc.JudgeCurTime)} / {ToDateTimeString(desc.JudgeMaxTime)}";
runStates[(int)EMeasRunState.Integration].Value = $"{ToDateTimeString(desc.IntegCurTime)} / {ToDateTimeString(desc.IntegMaxTime)}";
runStates[(int)EMeasRunState.NoOfSteady].Value = $"{desc.JudgeCount} / {desc.JudgeMax}";
runStates[(int)EMeasRunState.Repeat].Value = $"{desc.RepeatCount} / {desc.RepeatMax}";
runStates[(int)EMeasRunState.Schedule].Value = $"{desc.ScheduleCount} / {desc.ScheduleMax}";
switch (desc.Step)
{
case ETestStep.None:
runStates[(int)EMeasRunState.Preparation].State = EValueState.None;
runStates[(int)EMeasRunState.Judgement].State = EValueState.None;
runStates[(int)EMeasRunState.Integration].State = EValueState.None;
break;
case ETestStep.Preparation:
runStates[(int)EMeasRunState.Preparation].State = EValueState.Ok;
runStates[(int)EMeasRunState.Judgement].State = EValueState.None;
runStates[(int)EMeasRunState.Integration].State = EValueState.None;
break;
case ETestStep.Judgement:
runStates[(int)EMeasRunState.Preparation].State = EValueState.None;
runStates[(int)EMeasRunState.Judgement].State = EValueState.Ok;
runStates[(int)EMeasRunState.Integration].State = EValueState.None;
break;
case ETestStep.Integration:
runStates[(int)EMeasRunState.Preparation].State = EValueState.None;
runStates[(int)EMeasRunState.Judgement].State = EValueState.None;
runStates[(int)EMeasRunState.Integration].State = EValueState.Ok;
break;
}
preparationProgress.Properties.Maximum = (int)desc.PrepareMaxTime;
preparationProgress.Position = (int)desc.PrepareCurTime;
judgementProgress.Properties.Maximum = (int)desc.JudgeMaxTime;
judgementProgress.Position = (int)desc.JudgeCurTime;
integrationProgress.Properties.Maximum = (int)desc.IntegMaxTime;
integrationProgress.Position = (int)desc.IntegCurTime;
noOfSteadyProgress.Properties.Maximum = (int)desc.JudgeMax;
noOfSteadyProgress.Position = (int)desc.JudgeCount;
repeatProgress.Properties.Maximum = (int)desc.RepeatMax;
repeatProgress.Position = (int)desc.RepeatCount;
scheduleProgress.Properties.Maximum = (int)desc.ScheduleMax;
scheduleProgress.Position = (int)desc.ScheduleCount;
}
}