public List <SimpleSymbol> GetDoubleMana()
{
var requestPath = $"/symbology";
var request = new RestRequest(requestPath, DataFormat.Json);
var jsonString = _client.Get(request).Content;
var symbolData = SymbolContainer.FromJson(jsonString);
var symbols = symbolData.Symbols;
var simpleSymbols = new List <SimpleSymbol>();
foreach (var symbol in symbols)
{
if (symbol.AppearsInManaCosts && symbol.Colors.Count != 2)
{
var simpleSymbol = new SimpleSymbol
{
SymbolCode = symbol.SymbolCode,
SymbolText = symbol.SymbolText,
ImgUri = symbol.SvgUri,
SymbolColors = symbol.Colors
};
simpleSymbols.Add(simpleSymbol);
}
}
return(simpleSymbols);
}
static void Main()
{
string textFilePath = ConfigurationManager.AppSettings["TextFilePath"];
string symbolFilePath = ConfigurationManager.AppSettings["SymbolsFilePath"];
SymbolContainer symbolContainer = new SymbolContainer(symbolFilePath);
TextParser textParser = new TextParser(symbolContainer);
Text text = textParser.ParseText(textFilePath, new List <ISentence>());
#region Tasks:
// Returns text ordered by increase count of words in sentences:
IOrderedEnumerable <ISentence> orderedText = text.GetSentenceOrderedByWordsCount();
// Returns words with determine length in interrogative sentences:
IEnumerable <IWord> words = text.GetWordsByLengthInInterrogative(3);
// Delete all words with determine length from text which starts with coconsonants letters:
text.DeleteWordsByLength(3);
// In some sentence words with determine length replaced others sentence items:
ISentence sentenceItems = textParser.ParseSentenceByItems("insert, this and this :");
text.ReplaceWordsByLength(1, 2, sentenceItems);
#endregion
}
public List <Uri> GetUrisForSymbolCodes(List <String> incSymbolCodes)
{
var requestPath = $"/symbology";
var request = new RestRequest(requestPath, DataFormat.Json);
var jsonString = _client.Get(request).Content;
var symbolData = SymbolContainer.FromJson(jsonString);
var symbols = symbolData.Symbols;
var uris = new List <Uri>();
foreach (var symbol in symbols)
{
foreach (var incSymbolCode in incSymbolCodes)
{
if (symbol.SymbolCode == incSymbolCode)
{
uris.Add(symbol.SvgUri);
}
}
}
return(uris);
}
public SymbolContainer GetAllSymbols()
{
var requestPath = $"/symbology";
var request = new RestRequest(requestPath, DataFormat.Json);
var jsonString = _client.Get(request).Content;
var symbolData = SymbolContainer.FromJson(jsonString);
return(symbolData);
}
public async Task <String> getBatch([FromBody] SymbolContainer symbols)
{
//Get the list of symbols needed for the batch request
var listOfSymbols = symbols.Symbols;
//Capitalize every symbol
listOfSymbols = listOfSymbols.ConvertAll(symbol => symbol.ToUpper());
//Return the price and percent change of each symbol
var batch = await _stockService.FetchBatch(listOfSymbols);
return(Newtonsoft.Json.JsonConvert.SerializeObject(batch));
}
public WordCreater(SymbolContainer symbolContainer)
{
this.symbolContainer = symbolContainer;
}
public PointTextContainer CreatePointTextContainer(Point xy, Display display, int priority, string text, IPaint paintFront, IPaint paintBack, SymbolContainer symbolContainer, Position position, int maxTextWidth)
{
return(new SkiaPointTextContainer(xy, display, priority, text, paintFront, paintBack, symbolContainer, position, maxTextWidth));
}
internal SkiaPointTextContainer(Point xy, Display display, int priority, string text, IPaint paintFront, IPaint paintBack, SymbolContainer symbolContainer, Position position, int maxTextWidth) : base(xy, display, priority, text, paintFront, paintBack, symbolContainer, position, maxTextWidth)
{
float boxWidth, boxHeight;
// TODO: Multiline TextBox
//if (this.textWidth > this.maxTextWidth)
//{
// // if the text is too wide its layout is done by the Android StaticLayout class,
// // which automatically inserts line breaks. There is not a whole lot of useful
// // documentation of this class.
// // For below and above placements the text is center-aligned, for left on the right
// // and for right on the left.
// // One disadvantage is that it will always keep the text within the maxWidth,
// // even if that means breaking text mid-word.
// // This code currently does not play that well with the LabelPlacement algorithm.
// // The best way to disable it is to make the maxWidth really wide.
// TextPaint frontTextPaint = new TextPaint(SkiaGraphicFactory.GetPaint(this.paintFront));
// TextPaint backTextPaint = null;
// if (this.paintBack != null)
// {
// backTextPaint = new TextPaint(SkiaGraphicFactory.GetPaint(this.paintBack));
// }
// Layout.Alignment alignment = Layout.Alignment.ALIGN_CENTER;
// if (Position.LEFT == this.position || Position.BELOW_LEFT == this.position || Position.ABOVE_LEFT == this.position)
// {
// alignment = Layout.Alignment.ALIGN_OPPOSITE;
// }
// else if (Position.RIGHT == this.position || Position.BELOW_RIGHT == this.position || Position.ABOVE_RIGHT == this.position)
// {
// alignment = Layout.Alignment.ALIGN_NORMAL;
// }
// // strange Android behaviour: if alignment is set to center, then
// // text is rendered with right alignment if using StaticLayout
// frontTextPaint.TextAlign = graphics.Paint.Align.LEFT;
// if (this.paintBack != null)
// {
// backTextPaint.TextAlign = android.graphics.Paint.Align.LEFT;
// }
// frontLayout = new StaticLayout(this.text, frontTextPaint, this.maxTextWidth, alignment, 1, 0, false);
// backLayout = null;
// if (this.paintBack != null)
// {
// backLayout = new StaticLayout(this.text, backTextPaint, this.maxTextWidth, alignment, 1, 0, false);
// }
// boxWidth = frontLayout.Width;
// boxHeight = frontLayout.Height;
//}
//else
{
boxWidth = textWidth;
boxHeight = textHeight;
}
switch (this.position)
{
case Position.Center:
boundary = new Rectangle(-boxWidth / 2f, -boxHeight / 2f, boxWidth / 2f, boxHeight / 2f);
break;
case Position.Below:
boundary = new Rectangle(-boxWidth / 2f, 0, boxWidth / 2f, boxHeight);
break;
case Position.BelowLeft:
boundary = new Rectangle(-boxWidth, 0, 0, boxHeight);
break;
case Position.BelowRight:
boundary = new Rectangle(0, 0, boxWidth, boxHeight);
break;
case Position.Above:
boundary = new Rectangle(-boxWidth / 2f, -boxHeight, boxWidth / 2f, 0);
break;
case Position.AboveLeft:
boundary = new Rectangle(-boxWidth, -boxHeight, 0, 0);
break;
case Position.AboveRight:
boundary = new Rectangle(0, -boxHeight, boxWidth, 0);
break;
case Position.Left:
boundary = new Rectangle(-boxWidth, -boxHeight / 2f, 0, boxHeight / 2f);
break;
case Position.Right:
boundary = new Rectangle(0, -boxHeight / 2f, boxWidth, boxHeight / 2f);
break;
default:
break;
}
}
public TextParser(SymbolContainer symbolContainer)
{
this.symbolContainer = symbolContainer;
this.wordCreator = new WordCreater(symbolContainer);
this.sentenceCreator = new SentenceCreater();
}
