void StageChanged(int value)
{
testSpec.Stage = value;
if (testSpec.Stage < 7)
{
testSpec.TenorWeight = 8;
}
else if (testSpec.Stage > 8)
{
testSpec.TenorWeight = 23;
}
testSpec.TenorWeightDisabled = TenorWeightSelect.TenorWeightDisabled(testSpec.Stage);
if (blowSetA != null)
{
blowSetA = null;
}
if (blowSetB != null)
{
blowSetB = null;
}
}
async void Play()
{
// Change test bell color to disabled color - can't adjust gap during play
blowSet.Blows.Last().BellColor = Constants.DisabledUnstruckTestBellColor;
DateTime strikeTime = DateTime.Now;
foreach (Blow blow in blowSet.Blows)
{
// Set strike times
strikeTime = strikeTime.AddMilliseconds(blow.Gap);
blow.StrikeTime = strikeTime;
}
screen.PlayDisabled = true;
screen.PlayLabel = "Wait";
testSpec.ControlsDisabled = true;
testSpec.TenorWeightDisabled = true;
TimeSpan delay;
int delayMs;
foreach (Blow blow in blowSet.Blows)
{
delay = blow.StrikeTime - DateTime.Now;
delayMs = Convert.ToInt32(delay.TotalMilliseconds);
if (delayMs > 0)
{
await Task.Delay(delayMs);
}
// Strike bell
await JSRuntime.InvokeVoidAsync("PlayBellAudio", blow.AudioId);
}
// Initial delay
await Task.Delay(1000);
// Start spinner
screen.SpinnerPlaying = true;
StateHasChanged();
// Wait further 1.6 seconds for the sound to finish
await Task.Delay(1600);
// Reset play button
screen.SpinnerPlaying = false;
screen.PlayLabel = "Play";
screen.PlayDisabled = false;
// Reset screen
blowSet.Blows.Last().BellColor = Constants.UnstruckTestBellColor;
testSpec.ControlsDisabled = false;
testSpec.TenorWeightDisabled = TenorWeightSelect.TenorWeightDisabled(testSpec.Stage);
StateHasChanged();
}
async Task Save()
{
testSpec.SpinnerSaving = true;
testSpec.SaveLabel = "Wait";
testSpec.ControlsDisabled = true;
testSpec.TenorWeightDisabled = true;
screenA.PlayDisabled = true;
screenB.PlayDisabled = true;
StateHasChanged();
// Push the created test to the API in JSON format
// Start by creating a BlowSetCore object, which just has the parent data BlowSet, for each of A and B
// Note implicit cast from child to parent
BlowSetCore blowSetCoreA = blowSetA;
BlowSetCore blowSetCoreB = blowSetB;
// BlowSetCore has a BlowsCore list which is empty so far
// Call the LoadBlowsCore method to populate it for each of A and B
blowSetCoreA.LoadBlowsCore(blowSetA);
blowSetCoreB.LoadBlowsCore(blowSetB);
// Next use the Serializer method of the JsonSerializer class (in the System.Text.Json namespace) to create
// a Json object from the BlowSetData object for each of A and B
ABTestData aBTestData = new ABTestData
{
ABTestSpecA = JsonSerializer.Serialize(blowSetCoreA),
ABTestSpecB = JsonSerializer.Serialize(blowSetCoreB)
};
// Push the Json object to the API
await TJBarnesService.GetHttpClient().PostAsJsonAsync("api/abtests", aBTestData);
// Refresh the contents of the Select Test dropdown
aBTestsData = (await TJBarnesService.GetHttpClient()
.GetFromJsonAsync <ABTestData[]>("api/abtests")).ToList();
testSpec.SpinnerSaving = false;
testSpec.Saved = true;
StateHasChanged();
await Task.Delay(1000);
testSpec.Saved = false;
testSpec.SaveLabel = "Save";
testSpec.ControlsDisabled = false;
testSpec.TenorWeightDisabled = TenorWeightSelect.TenorWeightDisabled(testSpec.Stage);
screenA.PlayDisabled = false;
screenB.PlayDisabled = false;
StateHasChanged();
}
async Task Save()
{
testSpec.SpinnerSaving = true;
testSpec.SaveLabel = "Wait";
testSpec.ControlsDisabled = true;
testSpec.TenorWeightDisabled = true;
screen.PlayDisabled = true;
blowSet.Blows.Last().BellColor = Constants.DisabledUnstruckTestBellColor;
StateHasChanged();
// Push the created test to the API in JSON format
// Start by creating a BlowSetCore object, which just has the parent data BlowSet
// Note implicit cast from child to parent
BlowSetCore blowSetCore = blowSet;
// BlowSetCore has a BlowsCore list which is empty so far
// Call the LoadBlowsCore method to populate it
blowSetCore.LoadBlowsCore(blowSet);
// Next use the Serializer method of the JsonSerializer class (in the System.Text.Json namespace) to create
// a Json object from the BlowSetData object
var gapTestData = new GapTestData
{
GapTestSpec = JsonSerializer.Serialize(blowSetCore)
};
// Push the Json object to the API
await TJBarnesService.GetHttpClient().PostAsJsonAsync("api/gaptests", gapTestData);
// Refresh the contents of the Select Test dropdown
gapTestsData = (await TJBarnesService.GetHttpClient()
.GetFromJsonAsync <GapTestData[]>("api/gaptests")).ToList();
testSpec.SpinnerSaving = false;
testSpec.Saved = true;
StateHasChanged();
await Task.Delay(1000);
testSpec.Saved = false;
testSpec.SaveLabel = "Save";
testSpec.ControlsDisabled = false;
testSpec.TenorWeightDisabled = TenorWeightSelect.TenorWeightDisabled(testSpec.Stage);
screen.PlayDisabled = false;
blowSet.Blows.Last().BellColor = Constants.UnstruckTestBellColor;
StateHasChanged();
}
async Task PlayAsync()
{
int initialDelay = 1000;
if (screen.PlayLabel == "Play")
{
// Change test bell color to disabled color - can't adjust gap during play
blowSet.Blows.Last().BellColor = Constants.DisabledUnstruckTestBellColor;
DateTime strikeTime = DateTime.Now;
foreach (Blow blow in blowSet.Blows)
{
// Set strike times
strikeTime = strikeTime.AddMilliseconds(blow.Gap);
blow.StrikeTime = strikeTime;
}
cancellationTokenSource = new CancellationTokenSource();
cancellationToken = cancellationTokenSource.Token;
screen.PlayLabel = "Stop";
testSpec.ControlsDisabled = true;
testSpec.TenorWeightDisabled = true;
TimeSpan delay;
int delayMs;
foreach (Blow blow in blowSet.Blows)
{
delay = blow.StrikeTime - DateTime.Now;
delayMs = Convert.ToInt32(delay.TotalMilliseconds);
if (delayMs > 0)
{
await Task.Delay(delayMs, cancellationToken);
}
if (cancellationToken.IsCancellationRequested)
{
break;
}
// Change bell color
if (Device.DeviceLoad == DeviceLoad.High)
{
blow.BellColor = Constants.StruckBellColor;
// Confirmed this is needed here
StateHasChanged();
}
// Strike bell
await JSRuntime.InvokeVoidAsync("PlayBellAudio", blow.AudioId);
}
}
else if (screen.PlayLabel == "Stop")
{
cancellationTokenSource.Cancel();
initialDelay = 0;
}
// Initial delay
if (initialDelay > 0)
{
await Task.Delay(initialDelay);
}
// Start spinner
screen.PlayDisabled = true;
screen.PlayLabel = "Wait";
screen.SpinnerPlaying = true;
StateHasChanged();
// Wait 2.6 or 1.6 further seconds for the sound to finish, depending on whether arriving here
// on stop or end of play
await Task.Delay(2600 - initialDelay);
// Reset play button
screen.SpinnerPlaying = false;
screen.PlayLabel = "Play";
screen.PlayDisabled = false;
// Reset screen
if (Device.DeviceLoad == DeviceLoad.High)
{
blowSet.SetUnstruck();
}
else
{
blowSet.Blows.Last().BellColor = Constants.UnstruckTestBellColor;
}
testSpec.ControlsDisabled = false;
testSpec.TenorWeightDisabled = TenorWeightSelect.TenorWeightDisabled(testSpec.Stage);
StateHasChanged();
}
async Task Submit(CallbackParam callbackParam)
{
if (testSpec.SelectedTest != 0 && testSpec.SelectedTest != -1)
{
ABResult aBResult;
// Set the applicable submit button to Wait with a spinner
switch (callbackParam)
{
case CallbackParam.AHasErrors:
testSpec.SpinnerSubmitting1 = true;
testSpec.SubmitLabel1 = "Wait";
aBResult = ABResult.AHasErrors;
break;
case CallbackParam.BHasErrors:
testSpec.SpinnerSubmitting2 = true;
testSpec.SubmitLabel2 = "Wait";
aBResult = ABResult.BHasErrors;
break;
case CallbackParam.DontKnow:
testSpec.SpinnerSubmitting3 = true;
testSpec.SubmitLabel3 = "Wait";
aBResult = ABResult.DontKnow;
break;
default:
aBResult = ABResult.DontKnow;
break;
}
testSpec.ControlsDisabled = true;
testSpec.TenorWeightDisabled = true;
screenA.PlayDisabled = true;
screenB.PlayDisabled = true;
StateHasChanged();
// Create a TestSubmission object
TestSubmission testSubmission = new TestSubmission()
{
UserId = string.Empty,
TestType = "A/B Test",
TestId = testSpec.SelectedTest,
TestDate = DateTime.Now,
Gap = 0,
ABResult = aBResult
};
// Push the testSubmission to the API in JSON format
await TJBarnesService.GetHttpClient().PostAsJsonAsync("api/testsubmissions", testSubmission);
switch (callbackParam)
{
case CallbackParam.AHasErrors:
testSpec.SpinnerSubmitting1 = false;
testSpec.Submitted1 = true;
break;
case CallbackParam.BHasErrors:
testSpec.SpinnerSubmitting2 = false;
testSpec.Submitted2 = true;
break;
case CallbackParam.DontKnow:
testSpec.SpinnerSubmitting3 = false;
testSpec.Submitted3 = true;
break;
default:
break;
}
StateHasChanged();
await Task.Delay(1000);
switch (callbackParam)
{
case CallbackParam.AHasErrors:
testSpec.Submitted1 = false;
testSpec.SubmitLabel1 = "A has errors";
break;
case CallbackParam.BHasErrors:
testSpec.Submitted2 = false;
testSpec.SubmitLabel2 = "B has errors";
break;
case CallbackParam.DontKnow:
testSpec.Submitted3 = false;
testSpec.SubmitLabel3 = "I can't tell which has errors";
break;
default:
break;
}
testSpec.ControlsDisabled = false;
testSpec.TenorWeightDisabled = TenorWeightSelect.TenorWeightDisabled(testSpec.Stage);
screenA.PlayDisabled = false;
screenB.PlayDisabled = false;
StateHasChanged();
}
else
{
testSpec.ShowGaps = true;
testSpec.ResultEntered = true;
if (callbackParam == CallbackParam.AHasErrors || callbackParam == CallbackParam.BHasErrors)
{
switch (callbackParam)
{
case CallbackParam.AHasErrors:
if (testSpec.AHasErrors == true)
{
testSpec.ResultSource = "/audio/right.mp3";
}
else
{
testSpec.ResultSource = "/audio/wrong.mp3";
}
break;
case CallbackParam.BHasErrors:
if (testSpec.AHasErrors == true)
{
testSpec.ResultSource = "/audio/wrong.mp3";
}
else
{
testSpec.ResultSource = "/audio/right.mp3";
}
break;
default:
break;
}
testSpec.ResultSound = true;
// Wait for 1.5 seconds for the sound to finish
await Task.Delay(1500);
testSpec.ResultSound = false;
}
}
}
async void PlayB()
{
DateTime strikeTime = DateTime.Now;
foreach (Blow blow in blowSetB.Blows)
{
// Set strike times
strikeTime = strikeTime.AddMilliseconds(blow.Gap);
blow.StrikeTime = strikeTime;
}
screenB.PlayDisabled = true;
screenB.PlayLabel = "Wait";
testSpec.ControlsDisabled = true;
testSpec.TenorWeightDisabled = true;
screenA.PlayDisabled = true;
// Start the animation if not showing the bells
if (testSpec.ShowGaps == false)
{
screenB.RunAnimation = true;
}
TimeSpan delay;
int delayMs;
foreach (Blow blow in blowSetB.Blows)
{
delay = blow.StrikeTime - DateTime.Now;
delayMs = Convert.ToInt32(delay.TotalMilliseconds);
if (delayMs > 0)
{
await Task.Delay(delayMs);
}
// Strike bell
await JSRuntime.InvokeVoidAsync("PlayBellAudio", blow.AudioId);
}
// Initial delay
await Task.Delay(1000);
// Start spinner
screenB.SpinnerPlaying = true;
StateHasChanged();
// Wait 1.6 further seconds for the sound to finish
await Task.Delay(1600);
// Reset animation
if (testSpec.ShowGaps == false)
{
screenB.RunAnimation = false;
}
// Reset play button
screenB.SpinnerPlaying = false;
screenB.PlayLabel = "Play B";
screenB.PlayDisabled = false;
// Reset screen
testSpec.ControlsDisabled = false;
testSpec.TenorWeightDisabled = TenorWeightSelect.TenorWeightDisabled(testSpec.Stage);
screenA.PlayDisabled = false;
StateHasChanged();
}
async Task PlayAsyncB()
{
int initialDelay = 1000;
if (screenB.PlayLabel == "Play B")
{
DateTime strikeTime = DateTime.Now;
foreach (Blow blow in blowSetB.Blows)
{
// Set strike times
strikeTime = strikeTime.AddMilliseconds(blow.Gap);
blow.StrikeTime = strikeTime;
}
cancellationTokenSource = new CancellationTokenSource();
cancellationToken = cancellationTokenSource.Token;
screenB.PlayLabel = "Stop B";
testSpec.ControlsDisabled = true;
testSpec.TenorWeightDisabled = true;
screenA.PlayDisabled = true;
// Start the animation if not showing the bells
if (testSpec.ShowGaps == false)
{
screenB.RunAnimation = true;
}
TimeSpan delay;
int delayMs;
foreach (Blow blow in blowSetB.Blows)
{
delay = blow.StrikeTime - DateTime.Now;
delayMs = Convert.ToInt32(delay.TotalMilliseconds);
if (delayMs > 0)
{
await Task.Delay(delayMs, cancellationToken);
}
if (cancellationToken.IsCancellationRequested)
{
break;
}
// Change bell color
if (Device.DeviceLoad == DeviceLoad.High && testSpec.ShowGaps == true)
{
blow.BellColor = Constants.StruckBellColor;
// Confirmed this is needed here
StateHasChanged();
}
// Strike bell
await JSRuntime.InvokeVoidAsync("PlayBellAudio", blow.AudioId);
}
}
else if (screenB.PlayLabel == "Stop B")
{
cancellationTokenSource.Cancel();
initialDelay = 0;
}
// Initial delay
if (initialDelay > 0)
{
// Test was not stopped
await Task.Delay(initialDelay);
}
else
{
// Reset animation immediately when test is stopped
if (testSpec.ShowGaps == false)
{
screenB.RunAnimation = false;
}
}
// Start spinner
screenB.PlayDisabled = true;
screenB.PlayLabel = "Wait";
screenB.SpinnerPlaying = true;
StateHasChanged();
// Wait 2.6 or 1.6 further seconds for the sound to finish, depending on whether arriving here
// on stop or end of play
await Task.Delay(2600 - initialDelay);
// Reset animation, unless it was already reset earlier after a stop
if (initialDelay > 0 && testSpec.ShowGaps == false)
{
screenB.RunAnimation = false;
}
// Reset play button
screenB.SpinnerPlaying = false;
screenB.PlayLabel = "Play B";
screenB.PlayDisabled = false;
// Reset screen
if (Device.DeviceLoad == DeviceLoad.High && testSpec.ShowGaps == true)
{
blowSetB.SetUnstruck();
}
testSpec.ControlsDisabled = false;
testSpec.TenorWeightDisabled = TenorWeightSelect.TenorWeightDisabled(testSpec.Stage);
screenA.PlayDisabled = false;
StateHasChanged();
}
