public void Pick(Action <string, MediaResult[]> callback)
{
Util.NullArgumentTest(callback);
if (mPickerController != null)
{
Debug.Log("Ignoring Pick call because another image picker UI is being shown.");
return;
}
callback = RuntimeHelper.ToMainThread(callback);
// Create a new image picker.
var picker = InteropObjectFactory <UIImagePickerController> .Create(
() => new UIImagePickerController(),
c => c.ToPointer());
// Source type must be photo library.
picker.SourceType = UIImagePickerController.SourceTypeEnum.PhotoLibrary;
// Allow image & video.
NSMutableArray <NSString> mediaTypes = new NSMutableArray <NSString>();
mediaTypes.AddObject(UTTypeConstants.kUTTypeImage);
mediaTypes.AddObject(UTTypeConstants.kUTTypeMovie);
picker.MediaTypes = mediaTypes;
// Create a delegate for the TBM VC.
picker.Delegate = new InternalUIImagePickerControllerDelegate(InternalUIImagePickerControllerDelegate.PickerOperation.PickGallery)
{
CloseAndResetMatchmakerVC = () =>
{
if (mPickerController != null)
{
mPickerController.DismissViewController(true, null);
mPickerController = null;
}
},
CompleteCallback = (error, result) =>
{
callback(error, result != null ? new MediaResult[] { result } : null);
}
};
// Store the VC ref.
mPickerController = picker;
// Now show the VC.
using (var unityVC = UIViewController.UnityGetGLViewController())
unityVC.PresentViewController(picker, true, null);
}
private void ModelChanged(object sender, EventArgs e)
{
// clear existing room list
iRooms.Release();
iRooms = new NSMutableArray();
bool roomsOutOfStandby = false;
// add current list of rooms
foreach (Linn.Kinsky.Room room in iModel.Items)
{
if (!room.Standby)
{
roomsOutOfStandby = true;
}
RoomData data = new RoomData();
data.SetName(room.Name);
iRooms.AddObject(data);
data.Release();
}
ButtonStandbyAll.IsEnabled = roomsOutOfStandby;
ButtonStandbyAll.Image = roomsOutOfStandby ? Properties.Resources.IconStandbyOn : Properties.Resources.IconStandby;
// notify that there has been a change in the room list **before** the change in selection
WillChangeValueForKey(NSString.StringWithUTF8String("rooms"));
DidChangeValueForKey(NSString.StringWithUTF8String("rooms"));
WillChangeValueForKey(NSString.StringWithUTF8String("selectionIndices"));
DidChangeValueForKey(NSString.StringWithUTF8String("selectionIndices"));
}
public void TakePicture(CameraType cameraType, Action <string, MediaResult> callback)
{
Util.NullArgumentTest(callback);
if (mPickerController != null)
{
Debug.Log("Ignoring TakePicture call because another image picker UI is being shown.");
return;
}
callback = RuntimeHelper.ToMainThread(callback);
if (!IsCameraAvailable(cameraType))
{
callback(cameraType.ToString() + " camera is not supported on this device.", null);
return;
}
// Create a new image picker.
var picker = InteropObjectFactory <UIImagePickerController> .Create(
() => new UIImagePickerController(),
c => c.ToPointer());
// Source type must be camera.
picker.SourceType = UIImagePickerController.SourceTypeEnum.Camera;
// Set camera type.
picker.CameraDevice = cameraType == CameraType.Front ? UIImagePickerController.CameraDeviceEnum.Front : UIImagePickerController.CameraDeviceEnum.Rear;
// Only allow image.
NSMutableArray <NSString> mediaTypes = new NSMutableArray <NSString>();
mediaTypes.AddObject(UTTypeConstants.kUTTypeImage);
picker.MediaTypes = mediaTypes;
// Create a delegate for the TBM VC.
picker.Delegate = new InternalUIImagePickerControllerDelegate(InternalUIImagePickerControllerDelegate.PickerOperation.TakePicture)
{
CloseAndResetVC = () =>
{
if (mPickerController != null)
{
mPickerController.DismissViewController(true, null);
mPickerController = null;
}
},
CompleteCallback = (error, result) =>
{
callback(error, result);
}
};
// Store the VC ref.
mPickerController = picker;
// Now show the VC.
using (var unityVC = UIViewController.UnityGetGLViewController())
unityVC.PresentViewController(picker, true, null);
}
private NSArray <NSString> GetPropertyKeys()
{
NSMutableArray <NSString> result = new NSMutableArray <NSString>();
result.AddObject(Constants.CNContactIdentifierKey);
result.AddObject(Constants.CNContactFamilyNameKey);
result.AddObject(Constants.CNContactMiddleNameKey);
result.AddObject(Constants.CNContactGivenNameKey);
result.AddObject(Constants.CNContactOrganizationNameKey);
result.AddObject(Constants.CNContactBirthdayKey);
result.AddObject(Constants.CNContactEmailAddressesKey);
result.AddObject(Constants.CNContactPhoneNumbersKey);
result.AddObject(Constants.CNContactImageDataKey);
return(result);
}
private void ModelChanged(object sender, EventArgs e)
{
iBookmarks.Release();
iBookmarks = new NSMutableArray();
foreach (Bookmark b in iBookmarkManager.Bookmarks)
{
BookmarkData data = new BookmarkData(b);
iBookmarks.AddObject(data);
data.Release();
}
WillChangeValueForKey(NSString.StringWithUTF8String("bookmarks"));
DidChangeValueForKey(NSString.StringWithUTF8String("bookmarks"));
}
private static NSArray <CNLabeledValue <NSString> > ToCNCotactEmails(KeyValuePair <string, string>[] emails)
{
if (emails == null)
{
return(null);
}
var result = new NSMutableArray <CNLabeledValue <NSString> >();
foreach (var email in emails)
{
NSString label = NSString.StringWithUTF8String(email.Key);
NSString nativeEmail = NSString.StringWithUTF8String(email.Value);
result.AddObject(CNLabeledValue <NSString> .LabeledValueWithLabel(label, nativeEmail));
}
return(result);
}
private static NSArray <CNLabeledValue <CNPhoneNumber> > ToCNContactPhoneNumbers(KeyValuePair <string, string>[] phoneNumbers)
{
if (phoneNumbers == null)
{
return(null);
}
var result = new NSMutableArray <CNLabeledValue <CNPhoneNumber> >();
foreach (var phoneNumber in phoneNumbers)
{
NSString label = NSString.StringWithUTF8String(phoneNumber.Key);
CNPhoneNumber number = CNPhoneNumber.PhoneNumberWithStringValue(phoneNumber.Value);
result.AddObject(CNLabeledValue <CNPhoneNumber> .LabeledValueWithLabel(label, number));
}
return(result);
}
private void ModelChanged(object sender, EventArgs e)
{
// clear existing source list
iSources.Release();
iSources = new NSMutableArray();
// add current list of sources
foreach (Linn.Kinsky.Source source in iModel.Items)
{
SourceData data = new SourceData(source);
iSources.AddObject(data);
data.Release();
}
// notify that there has been a change in the source list **before** the change in selection
WillChangeValueForKey(NSString.StringWithUTF8String("sources"));
DidChangeValueForKey(NSString.StringWithUTF8String("sources"));
WillChangeValueForKey(NSString.StringWithUTF8String("selectionIndices"));
DidChangeValueForKey(NSString.StringWithUTF8String("selectionIndices"));
}
public NSArray ToolbarDefaultItemIdentifiers(NSToolbar toolbar)
{
NSMutableArray array = new NSMutableArray();
array.AddObject((NSString) "FontStyle");
array.AddObject((NSString) "FontSize");
array.AddObject(NSToolbarItem.NSToolbarSeparatorItemIdentifier);
array.AddObject((NSString) "BlueLetter");
array.AddObject(NSToolbarItem.NSToolbarPrintItemIdentifier);
return array;
}
partial void CreateAudioDisc(Id sender)
{
NSArray files = this.SelectAudioFiles();
if (files != null)
{
NSMutableArray trackList = new NSMutableArray(files.Count);
foreach (NSString filepath in files.GetEnumerator<NSString>())
{
trackList.AddObject(DRTrack.TrackForAudioFile(filepath));
}
this.BurnLayoutWithDescription(trackList, "Burning audio disc");
}
}
public NSArray ControlTextViewCompletionsForPartialWordRangeIndexOfSelectedItem(NSControl control, NSTextView textView, NSArray words, NSRange charRange, ref int index)
{
NSMutableArray matches;
NSString partialString;
NSArray keywords;
int i;
uint count;
NSString str;
partialString = textView.String.SubstringWithRange(charRange);
keywords = this.AllKeywords();
count = keywords.Count;
matches = new NSMutableArray();
// find any match in our keyword array against what was typed
for (i = 0; i < count; i++)
{
str = keywords[i].CastTo<NSString>();
if (str.RangeOfStringOptionsRange(partialString, NSStringCompareOptions.NSAnchoredSearch | NSStringCompareOptions.NSCaseInsensitiveSearch, NSRange.NSMakeRange(0, str.Length)).location != NSUInteger.NSNotFound)
{
matches.AddObject(str);
}
}
matches.SortUsingSelector(ObjectiveCRuntime.Selector("compare:"));
return matches;
}
public virtual void AwakeFromNib()
{
// If you make sure your dates are calculated at noon, you shouldn't have to
// worry about daylight savings. If you use midnight, you will have to adjust
// for daylight savings time.
NSDate refDate = NSDate.DateWithNaturalLanguageString ("12:00 Oct 27, 2010");
double oneDay = 24 * 60 * 60;
// Create graph from theme
graph = new CPTXYGraph (CGRect.CGRectZero);
CPTTheme theme = CPTTheme.ThemeNamed (CPTTheme.kCPTDarkGradientTheme);
graph.ApplyTheme (theme);
hostView.HostedGraph = graph;
// Title
CPTMutableTextStyle textStyle = CPTMutableTextStyle.TextStyle;
textStyle.Color = CPTColor.WhiteColor;
textStyle.FontSize = 18.0;
textStyle.FontName = "Helvetica";
graph.Title = "Click to Toggle Range Plot Style";
graph.TitleTextStyle = textStyle;
graph.TitleDisplacement = new CGPoint (0.0f, -20.0f);
// Setup scatter plot space
CPTXYPlotSpace plotSpace = graph.DefaultPlotSpace.CastTo<CPTXYPlotSpace> ();
double xLow = oneDay * 0.5;
plotSpace.XRange = CPTPlotRange.PlotRangeWithLocationLength (NSDecimal.FromDouble (xLow), NSDecimal.FromDouble (oneDay * 5.0));
plotSpace.YRange = CPTPlotRange.PlotRangeWithLocationLength (NSDecimal.FromDouble (1.0), NSDecimal.FromDouble (3.0));
// Axes
CPTXYAxisSet axisSet = graph.AxisSet.CastTo<CPTXYAxisSet> ();
CPTXYAxis x = axisSet.XAxis;
x.MajorIntervalLength = NSDecimal.FromDouble (oneDay);
x.OrthogonalCoordinateDecimal = NSDecimal.FromString ("2");
x.MinorTicksPerInterval = 0;
NSDateFormatter dateFormatter = new NSDateFormatter ().Autorelease<NSDateFormatter> ();
dateFormatter.DateStyle = NSDateFormatterStyle.NSDateFormatterShortStyle;
CPTTimeFormatter timeFormatter = new CPTTimeFormatter (dateFormatter).Autorelease<CPTTimeFormatter> ();
timeFormatter.ReferenceDate = refDate;
x.LabelFormatter = timeFormatter;
CPTXYAxis y = axisSet.YAxis;
y.MajorIntervalLength = NSDecimal.FromString (@"0.5");
y.MinorTicksPerInterval = 5;
y.OrthogonalCoordinateDecimal = NSDecimal.FromDouble (oneDay);
// Create a plot that uses the data source method
CPTRangePlot dataSourceLinePlot = new CPTRangePlot ().Autorelease<CPTRangePlot> ();
dataSourceLinePlot.Identifier = PLOT_IDENTIFIER;
// Add line style
CPTMutableLineStyle lineStyle = CPTMutableLineStyle.LineStyle;
lineStyle.LineWidth = 1.0;
lineStyle.LineColor = CPTColor.GreenColor;
barLineStyle = lineStyle.Retain<CPTLineStyle> ();
dataSourceLinePlot.BarLineStyle = barLineStyle;
// Bar properties
dataSourceLinePlot.BarWidth = 10.0;
dataSourceLinePlot.GapWidth = 20.0;
dataSourceLinePlot.GapHeight = 20.0;
dataSourceLinePlot.DataSource = this;
// Add plot
graph.AddPlot (dataSourceLinePlot);
graph.DefaultPlotSpace.Delegate = this;
// Store area fill for use later
CPTColor transparentGreen = CPTColor.GreenColor.ColorWithAlphaComponent (0.2);
areaFill = new CPTFill (transparentGreen);
// Add some data
NSMutableArray newData = new NSMutableArray();
NSUInteger i;
Random rand = new Random ();
for (i = 0; i < 5; i++) {
double xx = oneDay * (i + 1.0);
double yy = 3.0 * rand.Next () / (double)Int32.MaxValue + 1.2;
double rHigh = rand.Next () / (double)Int32.MaxValue * 0.5 + 0.25;
double rLow = rand.Next () / (double)Int32.MaxValue * 0.5 + 0.25;
double rLeft = (rand.Next () / (double)Int32.MaxValue * 0.125 + 0.125) * oneDay;
double rRight = (rand.Next () / (double)Int32.MaxValue * 0.125 + 0.125) * oneDay;
newData.AddObject (NSDictionary.DictionaryWithObjectsAndKeys (
NSDecimalNumber.NumberWithDouble (xx), CPTRangePlot.FieldX,
NSDecimalNumber.NumberWithDouble (yy), CPTRangePlot.FieldY,
NSDecimalNumber.NumberWithDouble (rHigh), CPTRangePlot.FieldHigh,
NSDecimalNumber.NumberWithDouble (rLow), CPTRangePlot.FieldLow,
NSDecimalNumber.NumberWithDouble (rLeft), CPTRangePlot.FieldLeft,
NSDecimalNumber.NumberWithDouble (rRight), CPTRangePlot.FieldRight,
null));
}
plotData = newData;
}
public virtual void AwakeFromNib()
{
// If you make sure your dates are calculated at noon, you shouldn't have to
// worry about daylight savings. If you use midnight, you will have to adjust
// for daylight savings time.
NSDate refDate = NSDate.DateWithNaturalLanguageString ("12:00 Oct 27, 2010");
double oneDay = 24 * 60 * 60;
// Create graph from theme
graph = new CPTXYGraph (CGRect.CGRectZero);
CPTTheme theme = CPTTheme.ThemeNamed (CPTTheme.kCPTDarkGradientTheme);
graph.ApplyTheme (theme);
hostView.HostedGraph = graph;
// Setup scatter plot space
CPTXYPlotSpace plotSpace = graph.DefaultPlotSpace.CastTo<CPTXYPlotSpace> ();
double xLow = oneDay * 0.5;
plotSpace.XRange = CPTPlotRange.PlotRangeWithLocationLength (NSDecimal.FromDouble (xLow), NSDecimal.FromDouble (oneDay * 5.0));
plotSpace.YRange = CPTPlotRange.PlotRangeWithLocationLength (NSDecimal.FromDouble (1.0), NSDecimal.FromDouble (3.0));
// Axes
CPTXYAxisSet axisSet = graph.AxisSet.CastTo<CPTXYAxisSet> ();
CPTXYAxis x = axisSet.XAxis;
x.MajorIntervalLength = NSDecimal.FromDouble (oneDay);
x.OrthogonalCoordinateDecimal = NSDecimal.FromString ("2");
x.MinorTicksPerInterval = 0;
NSDateFormatter dateFormatter = new NSDateFormatter ().Autorelease<NSDateFormatter> ();
dateFormatter.DateStyle = NSDateFormatterStyle.NSDateFormatterShortStyle;
CPTTimeFormatter timeFormatter = new CPTTimeFormatter (dateFormatter).Autorelease<CPTTimeFormatter> ();
timeFormatter.ReferenceDate = refDate;
x.LabelFormatter = timeFormatter;
CPTXYAxis y = axisSet.YAxis;
y.MajorIntervalLength = NSDecimal.FromString (@"0.5");
y.MinorTicksPerInterval = 5;
y.OrthogonalCoordinateDecimal = NSDecimal.FromDouble (oneDay);
// Create a plot that uses the data source method
CPTScatterPlot dataSourceLinePlot = new CPTScatterPlot ().Autorelease<CPTScatterPlot> ();
dataSourceLinePlot.Identifier = PLOT_IDENTIFIER;
// Add line style
CPTMutableLineStyle lineStyle = CPTMutableLineStyle.LineStyle;
lineStyle.LineWidth = 3.0;
lineStyle.LineColor = CPTColor.GreenColor;
dataSourceLinePlot.DataLineStyle = lineStyle;
// Add plot
graph.AddPlot (dataSourceLinePlot);
dataSourceLinePlot.DataSource = this;
// Add some data
NSMutableArray newData = new NSMutableArray();
NSUInteger i;
Random rand = new Random ();
for (i = 0; i < 5; i++) {
double xx = oneDay * (i + 1.0);
double yy = 3.0 * rand.Next () / (double)Int32.MaxValue + 1.2;
newData.AddObject (NSDictionary.DictionaryWithObjectsAndKeys (
NSDecimalNumber.NumberWithDouble (xx), CPTScatterPlot.FieldX,
NSDecimalNumber.NumberWithDouble (yy), CPTScatterPlot.FieldY,
null));
}
plotData = newData;
}