public void SetIntrument(SimpleApi saa, Instrument instrument, Harp harp)
{
harpIntrument = HarpInstrumentFactory.HarpDatabaeObject2HarpInstrument(harp);
if (harpIntrument.InstrumentNotesDefinition.Count <= 0)
{
return;
}
var inn = harpIntrument.InstrumentNotesDefinition.Keys.Select(m => m).Where(kvp => kvp.BreathDirection == eBreathDirection.blow).Select(k => k.Slot).ToList();
}
public EncodingApi(IBitmovinApiClientFactory apiClientFactory)
{
Inputs = new InputsApi(apiClientFactory);
Outputs = new OutputsApi(apiClientFactory);
Configurations = new ConfigurationsApi(apiClientFactory);
Filters = new FiltersApi(apiClientFactory);
Encodings = new EncodingsApi(apiClientFactory);
Manifests = new ManifestsApi(apiClientFactory);
Infrastructure = new InfrastructureApi(apiClientFactory);
Statistics = new StatisticsApi(apiClientFactory);
WatchFolders = new WatchFoldersApi(apiClientFactory);
Simple = new SimpleApi(apiClientFactory);
ErrorDefinitions = new ErrorDefinitionsApi(apiClientFactory);
}
/// <summary>
/// Returns token that identifies autentication request sent to mobile device user
/// </summary>
/// <param name="purpose">Ignored.</param>
/// <param name="manager">The <see cref="UserManager{TUser}"/> to retrieve the <paramref name="user"/> from.</param>
/// <param name="user">The <typeparamref name="TUser"/>.</param>
/// <returns>string.Empty.</returns>
public virtual Task <string> GenerateAsync(string purpose, UserManager <TUser> manager, TUser user)
{
/**
* 1. The first task is to bind a SimpleApi instance to an API (endpoint + access_id combination)
* After the api instance is bound to the remote API, it can be used to perform other operations.
*
* NOTE: before you are bound to an application, do not use any other functions!
*/
var api = new SimpleApi();
var uuidSequence = Observable.Defer <string>(() => api.CreateAuthRequest(user.ToString(), _ntkOpts.ActionTitle, "Example authentication request from .NET CORE 2.0", (int)_ntkOpts.MessageTtlSeconds));
var full = api
.Bind(_ntkOpts.ServiceURL, _ntkOpts.ServiceID)
.SingleAsync()
.Select(_ => "")
.Concat(uuidSequence);
return(full.ToTask());
}
/*
* public void PlayOff(AirSlotAttributesClass HarpSlot, SimpleApi sa, HarpInstrumentClass refHarpInstrument)
* {
* int notediff = GetHarpSlotnDiff(HarpSlot, refHarpInstrument);
* KeyValuePair<AirSlotAttributesClass, InstrumentsNotesClass> instrument = new KeyValuePair<AirSlotAttributesClass, InstrumentsNotesClass>();
* foreach (KeyValuePair<AirSlotAttributesClass, InstrumentsNotesClass> ins in InstrumentNotesDefinition)
* {
* if ((ins.Key.BreathDirection == HarpSlot.BreathDirection) && (ins.Key.Slot == HarpSlot.Slot - notediff))
* {
* instrument = ins;
* break;
* }
* }
*
* if (instrument.Value != null)
* {
* //sa.SetTranspose(transpose);
* byte playByte = instrument.Value.GetNoteByte();
*
* sa.NoteOff(playByte);
* }
* }
*/
public void PlayOff(AirSlotAttributesClass HarpSlot, SimpleApi sa)
{
KeyValuePair <AirSlotAttributesClass, InstrumentsNotesClass> instrument = new KeyValuePair <AirSlotAttributesClass, InstrumentsNotesClass>();
foreach (KeyValuePair <AirSlotAttributesClass, InstrumentsNotesClass> ins in InstrumentNotesDefinition)
{
if ((ins.Key.BreathDirection == HarpSlot.BreathDirection) && (ins.Key.Slot == HarpSlot.Slot))
{
instrument = ins;
break;
}
}
if (instrument.Value != null)
{
//sa.SetTranspose(transpose);
byte playByte = instrument.Value.GetNoteByte();
sa.NoteOff(playByte);
}
}
/// <summary>
/// Checks if authentication request is valid and returns request state - Approved, Rejected, Pending
/// When Pending == false, authentication flow can proceed.
/// ResponsePayloadBase64 field in response contains payload with signature from mobile device
/// You can re-validate signature in XML payload with standard PKI toolset (validation is already done in NAS)
/// Fingerprint element in XML can be used to track actual device, if user has multiple
/// Model ApprovalRequestResponse comes from Notakey.SDK API
/// </summary>
/// <param name="Uuid"></param>
/// <returns></returns>
public virtual Task <ApprovalRequestResponse> TwoFactorNotakeyAuthState(string Uuid)
{
if (string.IsNullOrWhiteSpace(Uuid))
{
throw new Exception("Invalid auth request UUID");
}
var api = new SimpleApi();
var authSequence = Observable.Defer <ApprovalRequestResponse>(() => api.CheckResponse(Uuid));
var full = api
.Bind(_ntkOpts.ServiceURL, _ntkOpts.ServiceID)
.SingleAsync()
.Select(_ => new ApprovalRequestResponse())
.Concat(authSequence)
.LastAsync();
return(full.ToTask());
}
/*
* public int GetHarpSlotnDiff(AirSlotAttributesClass HarpSlot, HarpInstrumentClass refHarpInstrument)
* {
* int notediff = 0;
* if (this.Name != refHarpInstrument.Name)
* {
* //Referenzinstument ist diffeernt, es muß die R0wDiff errechnet werden
*
* KeyValuePair<AirSlotAttributesClass, InstrumentsNotesClass> instrument = new KeyValuePair<AirSlotAttributesClass, InstrumentsNotesClass>();
* KeyValuePair<AirSlotAttributesClass, InstrumentsNotesClass> instrumentRef = new KeyValuePair<AirSlotAttributesClass, InstrumentsNotesClass>();
*
* foreach (KeyValuePair<AirSlotAttributesClass, InstrumentsNotesClass> ins in InstrumentNotesDefinition)
* {
* if ((ins.Key.BreathDirection == HarpSlot.BreathDirection) && (ins.Key.Slot == HarpSlot.Slot))
* {
* instrument = ins;
* break;
* }
* }
*
* foreach (KeyValuePair<AirSlotAttributesClass, InstrumentsNotesClass> ins in refHarpInstrument.InstrumentNotesDefinition)
* {
* if ((ins.Key.BreathDirection == HarpSlot.BreathDirection) && (ins.Key.Slot == HarpSlot.Slot))
* {
* instrumentRef = ins;
* break;
* }
* }
*
* if (instrumentRef.Value != null && instrument.Value != null)
* {
* notediff = instrument.Value.NoteDiff - instrumentRef.Value.NoteDiff;
* }
* }
* return notediff;
* }
*/
/*
* public byte Play(AirSlotAttributesClass HarpSlot, SimpleApi sa, HarpInstrumentClass refHarpInstrument)
* {
* int notediff = GetHarpSlotnDiff(HarpSlot, refHarpInstrument);
* KeyValuePair<AirSlotAttributesClass, InstrumentsNotesClass> instrument = new KeyValuePair<AirSlotAttributesClass, InstrumentsNotesClass>();
*
* foreach (KeyValuePair<AirSlotAttributesClass, InstrumentsNotesClass> ins in InstrumentNotesDefinition)
* {
* if ((ins.Key.BreathDirection == HarpSlot.BreathDirection) && (ins.Key.Slot == HarpSlot.Slot - notediff))
* {
* instrument = ins;
* break;
* }
* }
* byte playByte = 0;
*
* if (instrument.Value != null)
* {
*
* playByte = instrument.Value.GetNoteByte();
* //sa.SetTranspose(transpose);
* sa.NoteOn(playByte);
* }
* return playByte;
* }
*/
public byte Play(AirSlotAttributesClass HarpSlot, SimpleApi sa)
{
//int notediff = GetHarpSlotnDiff(HarpSlot, refHarpInstrument);
KeyValuePair <AirSlotAttributesClass, InstrumentsNotesClass> instrument = new KeyValuePair <AirSlotAttributesClass, InstrumentsNotesClass>();
foreach (KeyValuePair <AirSlotAttributesClass, InstrumentsNotesClass> ins in InstrumentNotesDefinition)
{
if ((ins.Key.BreathDirection == HarpSlot.BreathDirection) && (ins.Key.Slot == HarpSlot.Slot))
{
instrument = ins;
break;
}
}
byte playByte = 0;
if (instrument.Value != null)
{
playByte = instrument.Value.GetNoteByte();
//sa.SetTranspose(transpose);
sa.NoteOn(playByte);
}
return(playByte);
}
public int Create(Control parent, Control songTextControl, SimpleApi saa, Instrument instrument, Harp harp)
{
FormInstances.Instance().hc.ActualHarpInstrument = HarpInstrumentFactory.HarpDatabaeObject2HarpInstrument(harp);
if (FormInstances.Instance().hc.ActualHarpInstrument.InstrumentNotesDefinition.Count <= 0)
{
return(0);
}
var inn = FormInstances.Instance().hc.ActualHarpInstrument.InstrumentNotesDefinition.Keys.Select(m => m).Where(kvp => kvp.BreathDirection == eBreathDirection.blow).Select(k => k.Slot).ToList();
gb = new GroupBox();
gb.Parent = parent;
gb.Width = (inn.Count + 1) * (Statics.SlotButtonWitdh + 2) + 16;
gb.Height = 500;
gb.Left = 8;
gb.Top = 16;
gb.Text = string.Empty; //harp.Name;
gb.Dock = DockStyle.Left;
gb.Visible = true;
//Für alle im Instrument definierten HarpSlotn wird die UI angelegt
int witdh = 0;
foreach (KeyValuePair <AirSlotAttributesClass, InstrumentsNotesClass> inf in FormInstances.Instance().hc.ActualHarpInstrument.InstrumentNotesDefinition)
{
if (inf.Key.BreathDirection == eBreathDirection.blow)
{
witdh += 1;
}
AirSlotClass aslot = new AirSlotClass(gb, songTextControl, inf, FormInstances.Instance().sa);
Slots.Add(aslot);
}
return((witdh * (Statics.SlotButtonWitdh + 2)) + 86);
}
async Task SendRefitRequest()
{
TestCustomerDto customer = await SimpleApi.SomeAction(new TestCustomerDto { Id = Guid.NewGuid(), Name = "Test" }, CancellationToken.None);
}
public void PlayOff(byte playByte, SimpleApi sa)
{
sa.NoteOff(playByte);
}
public AirSlotClass(Control parent, Control SongTextControl, KeyValuePair <AirSlotAttributesClass, InstrumentsNotesClass> ins, SimpleApi simpleApi)
{
SongText = (RichTextBox)SongTextControl;
slotUpper = new Button();
slotUpper.Left = (ins.Value.HarpSlot * (Statics.SlotButtonWitdh + 2)) + 8;
slotUpper.Top = 16;
slotUpper.Width = 48;
slotUpper.Height = 24;
slotUpper.Parent = parent;
slotUpper.BackColor = Color.Bisque;
slotUpper.TextAlign = ContentAlignment.MiddleCenter;
slotUpper.Text = (ins.Value.HarpSlot).ToString();
slot = new NoteButton();
slot.Left = (ins.Value.HarpSlot * (Statics.SlotButtonWitdh + 2)) + 8;
if (ins.Value.HarpSlot == 1)
{
slotLeft = new Button();
slotLeft.Enabled = false;
slotLeft.Parent = parent;
slotLeft.BackColor = Color.Bisque;
slotLeft.Left = 2;
slotLeft.Height = 24;
slotLeft.Width = 54;
}
if (ins.Key.BreathDirection == eBreathDirection.blow)
{
if (ins.Value.HarpSlot == 1)
{
slotLeft.Text = "blow";
slotLeft.Top = 28 + slotUpper.Height;
}
slot.Top = 16 + slotUpper.Height;
slot.MouseDown += Slot_MouseDownBlow;
slot.ColorPushed = blowColor;
}
else if (ins.Key.BreathDirection == eBreathDirection.draw)
{
if (ins.Value.HarpSlot == 1)
{
slotLeft.Text = "draw";
slotLeft.Top = 48 + 28 + slotUpper.Height;
}
slot.Top = 48 + 16 + slotUpper.Height;
slot.MouseDown += Slot_MouseDownDraw;
slot.ColorPushed = drawColor;
}
else if (ins.Key.BreathDirection == eBreathDirection.blowPushed)
{
if (ins.Value.HarpSlot == 1)
{
slotLeft.Text = "blow-p";
slotLeft.Top = 2 * 48 + 28 + slotUpper.Height;
}
slot.Top = 2 * 48 + 16 + slotUpper.Height;
slot.MouseDown += Slot_MouseDownBlow;
slot.ColorPushed = blowColor;
}
else if (ins.Key.BreathDirection == eBreathDirection.drawPushed)
{
if (ins.Value.HarpSlot == 1)
{
slotLeft.Text = "draw-p";
slotLeft.Top = 3 * 48 + 28 + slotUpper.Height;
}
slot.Top = 3 * 48 + 16 + slotUpper.Height;
slot.MouseDown += Slot_MouseDownDraw;
slot.ColorPushed = drawColor;
}
slot.Width = Statics.SlotButtonWitdh; //48
slot.Height = 48;
slot.Parent = parent;
slot.BackColor = Color.LightGray;
slot.TextAlign = ContentAlignment.MiddleCenter;
slot.Tag = ins;
slot.Text = $@"{ins.Value.Note}";
sa = simpleApi;
slot.MouseUp += Slot_MouseUp;
}
