public LoaderOutput GetLoaderOutput(BaseConfig config)
{
LoaderOutput lo = new LoaderOutput();
switch (config.SourceType)
{
case SourceType.XML:
{
Picker = new XMLPicker();
break;
}
case SourceType.Server:
{
Picker = new ServerPicker();
break;
}
default:
{
throw new Exception("Niepoprawny typ danych w pliku konfiguracyjnym (SourceType)");
}
}
lo = Picker.Load(config as BaseConfig);
lo.CalculationScript = CleanScript(lo.CalculationScript);
return(lo);
}
/// <summary>
/// 根据彩种名称获取采集器列表
/// </summary>
/// <param name="lottery"></param>
public static List <IPicker> GetPickerList(string lottery)
{
List <Type> list = GetTypeList(lottery);
if (list.Count == 0)
{
return(new List <IPicker>());
}
List <IPicker> pickerList = new List <IPicker>();
foreach (Type t in list)
{
try
{
IPicker picker = Activator.CreateInstance(t) as IPicker;
if (picker != null)
{
pickerList.Add(picker);
}
}
catch (Exception ex)
{
}
}
return(pickerList);
}
internal static void UpdatePicker(this MauiPicker platformPicker, IPicker picker, int?newSelectedIndex = null)
{
var selectedIndex = newSelectedIndex ?? picker.SelectedIndex;
// Revert to placeholder/title if nothing selected
platformPicker.Text = selectedIndex == -1
? (picker.Title ?? string.Empty)
: picker.GetItem(selectedIndex);
var pickerView = platformPicker.UIPickerView;
pickerView?.ReloadAllComponents();
if (picker.GetCount() == 0)
{
return;
}
picker.SelectedIndex = selectedIndex;
if (pickerView?.Model is PickerSource source)
{
source.SelectedIndex = selectedIndex;
}
pickerView?.Select(Math.Max(selectedIndex, 0), 0, true);
}
public CalculateStreak(
IPicker picker,
IResultChecker resultChecker)
{
_picker = picker;
_resultChecker = resultChecker;
}
/// <summary>
/// 根据彩种和数据源获取采集器
/// </summary>
/// <param name="lottery">彩种代码</param>
/// <param name="dataSource">数据源代码</param>
public static IPicker GetPicker(string lottery, string dataSource)
{
List <Type> list = GetTypeList(lottery);
if (list.Count == 0)
{
return(null);
}
list = list.Where(t => t.Name.Contains(dataSource)).ToList();
if (list.Count == 0)
{
return(null);
}
try
{
IPicker picker = Activator.CreateInstance(list[0]) as IPicker;
return(picker);
}
catch (Exception ex)
{
return(null);
}
}
internal static void SetSelectedItem(this MauiPicker nativePicker, IPicker picker)
{
if (picker == null || nativePicker == null)
{
return;
}
int index = picker.SelectedIndex;
if (index == -1)
{
picker.SelectedItem = null;
return;
}
if (picker.ItemsSource != null)
{
picker.SelectedItem = picker.ItemsSource[index];
return;
}
if (picker.Items != null)
{
picker.SelectedItem = picker.Items[index];
}
}
/// <summary>
/// Try to pick up a pickable object. Return true if successful. It may fail because
/// the pickable object is being held by a picker whose <see cref="AllowSwitchingPicker"/>
/// is false.
/// </summary>
/// <param name="pickable">The pickable object.</param>
/// <returns>True if successful.</returns>
protected bool AttachPickable(IPickable pickable)
{
if (pickable.IsPicked)
{
IPicker otherPicker = pickable.Picker;
if (otherPicker == this)
{
Debug.LogError("Picking the same object.");
return(false);
}
if (!otherPicker.AllowSwitchingPicker)
{
return(false);
}
else
{
// Switch picker
otherPicker.SwitchPickerRelease();
}
}
PickedObj = pickable;
IsHolding = true;
pickable.OnPickedInit(this);
return(true);
}
/// <summary>
/// Find the picker's angle of rotation from zero.
/// </summary>
/// <remarks>
/// Once the picker is grasping the pickable object, it will stay on the "surface" of the
/// pickable by maintaining a fixed displacement with a constrain point. The constrain point
/// is a game object that will rotate together with this one. E.g. it can be the edge of the
/// lever. When picker is moved to new position, the position of the new constrain point can
/// be found in turn. Picker's angle of rotation can be calculated from the angle that needs
/// to rotate from zero deg to the direction from centre of rotation to new constrain point.
/// </remarks>
/// <param name="picker">The picker that is grasping the object.</param>
/// <returns>Picker's angle of rotation from zero.</returns>
protected override float GetPickerAngleInRotationAxis(IPicker picker)
{
PickerDexmo pickerDexmo = picker as PickerDexmo;
Transform pickerReference = pickerDexmo == null ? picker.Transform : pickerDexmo.PalmCenter;
// We want the picker transform to maintain a fixed displacement in world space with the
// constrain point, so when picker transform is moved to a new point, the new
// constrain point can be obtained by subtracting the fixed displacement from
// the picker transform.
Vector3 newConstrainPoint = pickerReference.position - PickerFixedDisplacementWrtConstrainPoint;
// Since the object itself is the centre of rotation and will rotate during runtime,
// all the directions here is calculated in parent transform's coordinate.
// transform.position is the centre of rotation. Find the direction pointing from
// centre of rotation to new constrain point position.
Vector3 pickerRelativeDirectionInParentCoordinate =
Miscellaneous.InverseTransformDirectionInParentCoordinate(transform,
newConstrainPoint - transform.position);
// Find the angle of rotation from zero reference to the direction connecting the
// centre of rotation to new constrain point position.
float angle = RotationUtils.AngleInPlane(LocalRotationAxisInParentCoordinate,
ZeroReferenceDirectionInParentCoordinate, pickerRelativeDirectionInParentCoordinate);
return(angle);
}
/// <summary>
/// Called when the picker just grasps this object. Set some variables for
/// later use.
/// </summary>
/// <param name="picker">Picker that grasps this object.</param>
public override void OnPickedInit(IPicker picker)
{
Transform pickerTransform = picker.Transform;
base.OnPickedInit(picker);
_pickerPositionOffset = InverseTransformPointInParentCoordinate(
pickerTransform.position);
}
/// <summary>
/// Calculate the position to move based on the picker's current position
/// during grasping.
/// </summary>
/// <param name="picker">Picker that is grasping this object.</param>
protected override void MoveTowardsTargetWithConstraint(IPicker picker)
{
Transform pickerTransform = picker.Transform;
float currentMovement = GetPickerMovement(pickerTransform);
transform.localPosition = _startPointInParentCoordinate +
currentMovement * _linearRange * _linearMoveAxis;
}
/// <summary>
/// It contrains the picker by overwriting its position and rotation. In this function
/// it constrains picker by keeping picker a fixed postion and rotation offset with
/// the position and the rotation of the constrain point reference transform.
/// </summary>
/// <remarks>
/// The position and rotation offset between the picker and the constrain point reference
/// is determined when this object is just picked up in <see cref="OnPickedInit"/>.
/// Then when this pickable moves towards the picker with certain constraint, the
/// constraint reference will move accordingly. This function is called to bring back
/// picker so it always have the some offset with the constrain reference.
/// This is a virtual function and the mechanism to constrain picker may be overridden by
/// derived classes.
/// </remarks>
/// <param name="picker">The picker to constrain</param>
protected virtual void ConstrainPicker(IPicker picker)
{
PickerDexmo pickerDexmo = picker as PickerDexmo;
Transform pickerReference = null;
if (pickerDexmo == null)
{
pickerReference = picker.Transform;
}
else
{
switch (PickerDexmoConstrainPart)
{
case PickerDexmoConstrainPartType.Wrist:
pickerReference = pickerDexmo.transform;
break;
case PickerDexmoConstrainPartType.PalmCenter:
pickerReference = pickerDexmo.PalmCenter;
break;
}
}
if (_constrainPositionReference != null)
{
// Constrain picker's position to ensure it has fixed displacement
// with constrain reference.
pickerReference.position = _constrainPositionReference.position +
PickerFixedDisplacementWrtConstrainPoint;
}
if (_constrainRotationReference != null)
{
// Constrain picker's position to ensure it has fixed relative rotation
// with constrain reference.
pickerReference.rotation = _constrainRotationReference.rotation *
PickerFixedAngleDisplacementWrtConstrainPoint;
}
else
{
//pickerReference.rotation = InitialPickerRotation;
}
if (pickerDexmo != null)
{
Vector3 pickerReferenceTargetPosition = pickerReference.position;
Quaternion pickerReferenceTargetRotation = pickerReference.rotation;
// In Unity, moving child transform will not change its parent, but
// moving parent's transform will change all of its children, so the
// constrained position and rotation of the hand root tranform (the
// most parent transform) needs to be calculated and modified to constrain
// the entire hand model. Target position and rotation of hand root
// transform can be calculated from the target position and rotation of
// its children, e.g. palm center.
Miscellaneous.MoveParentTransformGivenChildTransform(
pickerDexmo.HandRootTransform, pickerReference,
pickerReferenceTargetPosition, pickerReferenceTargetRotation,
HandRootPositionRelativeToPicker, HandRootRotationRelativeToPicker);
}
}
/// <summary>
/// It is called when this pickable object is released by the picker.
/// </summary>
/// <remarks>
/// Note it is a little different from the implementation of <see cref="Pickable"/>. It does
/// not need to change the rigidbody properties, since all the movement has been defined
/// in <see cref="MoveTowardsTargetWithConstraint"/>.
/// </remarks>
/// <param name="picker">The picker that releases it.</param>
public override void OnReleased(IPicker picker)
{
Rigidbody activeRb = GetActiveRb();
// Need to update pickable mapping whenever a pickable object is released.
PickableMapping.UpdatePickableMapping(activeRb, false, picker);
// Send PickedRelease event
OnReleasedEvent(picker);
}
public static void UpdateTitle(this MauiComboBox nativeComboBox, IPicker picker)
{
nativeComboBox.Header = null;
nativeComboBox.HeaderTemplate = string.IsNullOrEmpty(picker.Title) ? null :
(UI.Xaml.DataTemplate)UI.Xaml.Application.Current.Resources["ComboBoxHeader"];
nativeComboBox.DataContext = picker;
}
/// <summary>
/// Calculate the angle it needs to rotate based on the current
/// position of the picker and rotate itself from zero reference to that
/// angle. Update the trigger state from the current angle.
/// </summary>
/// <param name="picker">The picker that is grasping the object.</param>
protected override void MoveTowardsTargetWithConstraint(IPicker picker)
{
float currentAngle = GetAdjustedCurrentAngleFromPicker(picker);
transform.localRotation = InitialLocalRotation;
transform.Rotate(LocalRotationAxis, currentAngle, Space.Self);
LastPickableAngle = currentAngle;
UpdateTriggerState(currentAngle);
}
public static void UpdateCharacterSpacing(this MauiPicker nativePicker, IPicker picker)
{
var textAttr = nativePicker.AttributedText?.WithCharacterSpacing(picker.CharacterSpacing);
if (textAttr != null)
{
nativePicker.AttributedText = textAttr;
}
}
/// <summary>
/// It will be called when this object is just picked up. It will save some relative
/// rotation variables to be used later.
/// </summary>
/// <param name="picker">The picker that picks it up.</param>
public override void OnPickedInit(IPicker picker)
{
PickerDexmo pickerDexmo = picker as PickerDexmo;
Transform pickerReference =
pickerDexmo == null ? picker.Transform : pickerDexmo.PalmCenter;
_pickerRelativeRotationWrtKnob =
Quaternion.Inverse(transform.rotation) * pickerReference.rotation;
base.OnPickedInit(picker);
}
/// <summary>
/// It will be called for every FixedUpdate cycle when this object is being held by
/// the picker. It calculates its rigidbody's current position and rotation based on
/// the fixed relative position and rotation recorded in <see cref="OnPickedInit"/>
/// with respect to the picker.
/// </summary>
/// <param name="picker">The picker currently holding this pickable object.</param>
public virtual void OnPickedUpdate(IPicker picker)
{
if (!IsPicked)
{
return;
}
Transform pickerTransform = picker.Transform;
Rigidbody rb = GetActiveRb();
// The position following the movement of the picker
Vector3 calPosition = pickerTransform.position + pickerTransform.rotation * PositionOffsetWithPicker;
// The rotation following the movement of the picker
Quaternion calRotation = pickerTransform.rotation * RotationOffsetWithPicker;
rb.MovePosition(calPosition);
rb.MoveRotation(calRotation);
//if (GameController.Instance.ForceReleaseWhenAway)
//{
// if (Vector3.Distance(calPosition, rb.position) > GameController.Instance.ForceReleaseDistance)
// {
// OnReleased(picker);
// return;
// }
//}
//if (GameController.Instance.AllowPassThrough)
//{
// rb.MovePosition(calPosition);
// rb.MoveRotation(calRotation);
//}
//else
//{
// float angle;
// Vector3 axis;
// (calRotation * Quaternion.Inverse(rb.rotation)).ToAngleAxis(out angle, out axis);
// if (angle > 180)
// {
// angle -= 360;
// }
// // Angular velocity of the rigidbody at rb.position
// Vector3 angularVelocity = angle * axis / Time.fixedDeltaTime * 0.02f;
// // Linear velocity of the rigidbody at rb.position
// Vector3 velocityPoint = (calPosition - rb.position) / Time.fixedDeltaTime * 0.5f;
// // Find the angular velocity and linear velocity of the COM of rigidbody.
// // Note: rb.velocity the velocity of center of mass, which is not always equal to
// // that of rb.position. Same for rb.angularVelocity. That's why we need to find
// // the velocity and angularVelocity for COM of the rigidbody.
// FollowPointMotionRb(rb, rb.position, velocityPoint, angularVelocity,
// _velocityMax, _distMaxForFollowingAngVel);
// //Vector3 velocityCM = PhysicsUtils.FindCMLinearVelFromPoint(rb, rb.transform.position, velocityPoint, angularVelocity);
// //rb.angularVelocity = angularVelocity;
// //rb.velocity = velocityCM;
//}
// Send the PickedUpdate event.
OnPickedUpdateEvent(picker);
}
async Task ValidateNativeSelectedIndex(IPicker slider, int selectedIndex)
{
var expected = await GetValueAsync(slider, handler =>
{
var pickerView = GetNativePicker(handler).UIPickerView;
var model = (PickerSource)pickerView.Model;
return(model.SelectedIndex);
});
Assert.Equal(expected, selectedIndex);
}
async Task ValidateNativeItemsSource(IPicker picker, int itemsCount)
{
var expected = await GetValueAsync(picker, handler =>
{
var pickerView = GetNativePicker(handler).UIPickerView;
var model = (PickerSource)pickerView.Model;
return(model.GetRowsInComponent(pickerView, 0));
});
Assert.Equal(expected, itemsCount);
}
internal static void UpdatePicker(this Entry platformPicker, IPicker picker)
{
if (picker.SelectedIndex == -1 || picker.SelectedIndex >= picker.GetCount())
{
platformPicker.Text = string.Empty;
}
else
{
platformPicker.Text = picker.GetItem(picker.SelectedIndex);
}
}
/// <summary>
/// It is called at every FixedUpdate cycle. It moves according to the current position and
/// rotation of the picker. Then it constrains the picker position and rotation by overwriting
/// it, so it appears in graphics that the picker always stay on the surface of this pickable
/// object.
/// </summary>
/// <param name="picker">The picker that is holding it.</param>
public override void OnPickedUpdate(IPicker picker)
{
// Move itself according to the picker's current position and rotation. The exact movement
// is implemented by the derived class.
MoveTowardsTargetWithConstraint(picker);
// Since the picker is tracked in reality, its position and rotation needs to be overwritten
// to appear to stay on the surface of this pickable.
ConstrainPicker(picker);
// Send PickedUpdate event
OnPickedUpdateEvent(picker);
}
public static async Task <IEnumerable <T> > TryRunAsync <T>(this IPicker <T> source, IEnumerable <T> context, IEnumerable <T> selected = null, string title = "", string prompt = "", string primaryText = "", string secondaryText = "", bool freezeSelected = false)
{
if (source == null)
{
return(Enumerable.Empty <T>());
}
var vm = new PickerViewModel <T>(context, selected, title, prompt, primaryText, secondaryText, freezeSelected);
return(await source.RunAsync(vm));
}
public static void UpdateTextColor(this MauiComboBox nativeComboBox, IPicker picker, WBrush?defaultForeground)
{
Color color = picker.TextColor;
if (color.IsDefault() && defaultForeground == null)
{
return;
}
nativeComboBox.Foreground = color.IsDefault() ? (defaultForeground ?? color.ToNative()) : color.ToNative();
}
public static void UpdateTitleColor(this MauiPicker platformPicker, IPicker picker)
{
var titleColor = picker.TitleColor;
if (titleColor != null)
{
if (PlatformInterop.CreateEditTextColorStateList(platformPicker.TextColors, titleColor.ToPlatform()) is ColorStateList c)
{
platformPicker.SetHintTextColor(c);
}
}
}
/// <summary>
/// Calculate the angle it needs to rotate based on the current
/// position of the picker and rotate itself from zero reference to that
/// angle
/// </summary>
/// <param name="picker">The picker that is grasping the object.</param>
protected override void MoveTowardsTargetWithConstraint(IPicker picker)
{
// Calculate the angle it needs to rotate based on the position
// of the picker
float currentAngle = GetAdjustedCurrentAngleFromPicker(picker);
// Restore the itself to zero rotation and rotate from there
transform.localRotation = InitialLocalRotation;
transform.Rotate(_localRotationAxis, currentAngle, Space.Self);
// Save its current angle of rotation
LastPickableAngle = currentAngle;
}
internal static void SetSelectedIndex(this MauiPicker nativePicker, IPicker picker, int selectedIndex = 0)
{
picker.SelectedIndex = selectedIndex;
var pickerView = nativePicker.UIPickerView;
if (pickerView?.Model is PickerSource source)
{
source.SelectedIndex = selectedIndex;
}
pickerView?.Select(Math.Max(selectedIndex, 0), 0, true);
}
/// <summary>
///
/// </summary>
/// <param name="deviceType"></param>
/// <returns></returns>
public PickerCollection CreatePickers(string deviceType)
{
PickerCollection uploadParsers = new PickerCollection();
OperaDefineFactory f = new OperaDefineFactory();
f.LoadFromPath(DefineDirectory);
foreach (UploadDefine ud in f.UploadDefines)
{
IPicker p = ud.Create("aaa");
uploadParsers.Add(p);
}
return(uploadParsers);
}
internal static void UpdatePicker(this MauiPicker nativePicker, IPicker picker)
{
nativePicker.Hint = picker.Title;
if (picker.SelectedIndex == -1 || picker.SelectedIndex >= picker.GetCount())
{
nativePicker.Text = null;
}
else
{
nativePicker.Text = picker.GetItem(picker.SelectedIndex);
}
}
public static void UpdateTitleColor(this MauiPicker platformPicker, IPicker picker)
{
var titleColor = picker.TitleColor;
if (titleColor != null)
{
var androidColor = titleColor.ToPlatform();
if (!platformPicker.TextColors.IsOneColor(ColorStates.EditText, androidColor))
{
platformPicker.SetHintTextColor(ColorStateListExtensions.CreateEditText(androidColor));
}
}
}
public static void UpdateBackground(this ComboBox nativeComboBox, IPicker picker)
{
var platformBrush = picker.Background?.ToPlatform();
if (platformBrush == null)
{
nativeComboBox.Resources.RemoveKeys(_backgroundColorResourceKeys);
}
else
{
nativeComboBox.Resources.SetValueForAllKey(_backgroundColorResourceKeys, platformBrush);
}
}
protected override void OnCreate (Bundle savedInstanceState)
{
base.OnCreate (savedInstanceState);
SetContentView (Resource.Layout.MainLayout);
// Create the picker instance
picker = Picker.CreatePicker (OneDriveAppId);
// Add the start picker listener
FindViewById<Button> (Resource.Id.startPickerButton).Click += delegate {
// Clear out any previous results
ClearResultTable ();
// Determine the link type that was selected
LinkType linkType;
if (FindViewById<RadioButton> (Resource.Id.radioWebViewLink).Checked) {
linkType = LinkType.WebViewLink;
} else if (FindViewById<RadioButton> (Resource.Id.radioDownloadLink).Checked) {
linkType = LinkType.DownloadLink;
} else {
throw new Exception ("Invalid Radio Button Choosen.");
}
// Start the picker
picker.StartPicking (this, linkType);
};
// Add the save as listener for download links
FindViewById<Button> (Resource.Id.saveAsButton).Click += delegate {
if (downloadUrl != null) {
var downloadManager = DownloadManager.FromContext (this);
var request = new DownloadManager.Request (downloadUrl);
request.SetNotificationVisibility (DownloadVisibility.VisibleNotifyCompleted);
downloadManager.Enqueue (request);
}
};
}
public DatePickerHtmlBuilderBase(IPicker picker, string inputType)
{
Component = picker;
InputType = inputType ?? "date";
}
