/// <summary>
/// Implementation to execute when set action.
/// </summary>
/// <param name="input">stream input</param>
/// <param name="context">Input context</param>
/// <returns>
/// <para>
/// A <see cref="SetResult"/> reference that contains the result of the operation, to check if the operation is correct, the <b>Success</b>
/// property will be <b>true</b> and the <b>Value</b> property will contain the value; Otherwise, the the <b>Success</b> property
/// will be false and the <b>Errors</b> property will contain the errors associated with the operation, if they have been filled in.
/// </para>
/// <para>
/// The type of the return value is <see cref="SetResultData"/>, which contains the operation result
/// </para>
/// </returns>
protected override SetResult SetImpl(Stream input, IInput context)
{
if (string.IsNullOrEmpty(SheetName))
{
return(SetResult.CreateErroResult(
"Sheet name can not be null or empty",
new SetResultData
{
Context = context,
InputStream = input,
OutputStream = input
}));
}
if (string.IsNullOrEmpty(NewName))
{
return(SetResult.CreateErroResult(
$"New sheet name '{NewName}' can not be null or empty",
new SetResultData
{
Context = context,
InputStream = input,
OutputStream = input
}));
}
return(SetImpl(context, input, SheetName, NewName));
}
internal async void InitialisePlay(string mixId)
{
if (App.Settings.PlayToken == null || App.Settings.PlayToken == string.Empty)
{
//TODO: Lock down user token
SetResult result = await App.Engine.PlayToken(App.Settings.UserToken);
if (result.errors == null || result.errors == string.Empty)
{
App.Settings.PlayToken = result.play_token;
}
}
//TODO: Lock down user token
PlayResult playResult = await App.Engine.Play(App.Settings.UserToken, App.Settings.PlayToken, mixId);
if (playResult.errors == null || playResult.errors == string.Empty)
{
MediaElement playMedia = this.FindName("playMedia") as MediaElement;
if (playMedia != null)
{
playMedia.Source = new Uri(playResult.set.track.url);
playMedia.Play();
}
}
}
/// <summary>
/// Implementation to execute when set action.
/// </summary>
/// <param name="input">stream input</param>
/// <param name="context">Input context</param>
/// <returns>
/// <para>
/// A <see cref="SetResult"/> reference that contains the result of the operation, to check if the operation is correct, the <b>Success</b>
/// property will be <b>true</b> and the <b>Value</b> property will contain the value; Otherwise, the the <b>Success</b> property
/// will be false and the <b>Errors</b> property will contain the errors associated with the operation, if they have been filled in.
/// </para>
/// <para>
/// The type of the return value is <see cref="SetResultData"/>, which contains the operation result
/// </para>
/// </returns>
protected override SetResult SetImpl(Stream input, IInput context)
{
if (string.IsNullOrEmpty(SheetName))
{
return(SetResult.CreateErroResult(
"Sheet name can not be null or empty",
new SetResultData
{
Context = context,
InputStream = input,
OutputStream = input
}));
}
if (Columns == null)
{
return(SetResult.CreateSuccessResult(new SetResultData
{
Context = context,
InputStream = input,
OutputStream = input
}));
}
return(SetImpl(context, input, SheetName, Columns));
}
public async Task Calculate_WhenThreeGames_ExpectResultReturned()
{
var fixture = new Fixture();
var tennisGame = fixture.Create <TennisGame>();
var result01 = new SetResult(fixture.Create <TennisSet>(),
new TennisGame(new List <char>
{
'a', 'b', 'a'
}));
var result02 = new SetResult(fixture.Create <TennisSet>(),
new TennisGame(new List <char>
{
'd', 'd', 'e'
}));
var result03 = new SetResult(fixture.Create <TennisSet>(),
new TennisGame(new List <char>()));
_mockSetCalculator.Calculate(Arg.Any <TennisGame>())
.Returns(result01, result02, result03);
var tennisMatch = await _sut.Calculate(tennisGame);
var expectedResult = new List <TennisSet> {
result01.Set, result02.Set, result03.Set
};
tennisMatch.Sets.Should().BeEquivalentTo(expectedResult);
}
private static SetResult SetImpl(IInput context, Stream input, XlsxDocumentMetadataSettings settings)
{
var outputStream = new MemoryStream();
try
{
using (var excel = new ExcelPackage(input))
{
excel.Workbook.Properties.SetDocumentMetadata(settings);
excel.SaveAs(outputStream);
return(SetResult.CreateSuccessResult(new SetResultData
{
Context = context,
InputStream = input,
OutputStream = outputStream
}));
}
}
catch (Exception ex)
{
return(SetResult.FromException(
ex,
new SetResultData
{
Context = context,
InputStream = input,
OutputStream = input
}));
}
}
public void Should_be_possible_to_evaluate_a_Set_in_the_ObjectType()
{
OvalDocumentLoader ovalDocument = new OvalDocumentLoader();
sc.oval_system_characteristics systemCharacteristics = ovalDocument.GetFakeOvalSystemCharacteristics("system_characteristics_with_sets.xml");
oval_definitions definitions = ovalDocument.GetFakeOvalDefinitions("definitionsWithSet.xml");
IEnumerable <StateType> states = definitions.states;
set registryObjectSet = SetFactory.GetSetFromDefinitionsOfRegistryObject("definitionsWithSet.xml", "oval:org.mitre.oval:obj:6000");
SetEvaluator setEvaluator = new SetEvaluator(systemCharacteristics, states, null);
SetResult result = setEvaluator.Evaluate(registryObjectSet);
Assert.IsNotNull(result, "the items expected is null");
Assert.AreEqual(3, result.Result.Count(), "the quantity of items is not expected");
Assert.AreEqual(FlagEnumeration.complete, result.ObjectFlag, "the object flag is not expected");
string element = result.Result.Where <string>(item => item == "1").SingleOrDefault();
Assert.IsNotNull(element, "the element expected is not exits");
element = result.Result.Where <string>(item => item == "2").SingleOrDefault();
Assert.IsNotNull(element, "the element expected is not exits");
element = result.Result.Where <string>(item => item == "3").SingleOrDefault();
Assert.IsNotNull(element, "the element expected is not exits");
}
public async Task Calculate_WhenThreeGames_ExpectCalculatorCalledThreeTimes()
{
var fixture = new Fixture();
var tennisGame = fixture.Create <TennisGame>();
var result01 = new SetResult(fixture.Create <TennisSet>(),
new TennisGame(new List <char>
{
'a', 'b', 'a'
}));
var result02 = new SetResult(fixture.Create <TennisSet>(),
new TennisGame(new List <char>
{
'd', 'd', 'e'
}));
var result03 = new SetResult(fixture.Create <TennisSet>(),
new TennisGame(new List <char>()));
_mockSetCalculator.Calculate(Arg.Any <TennisGame>())
.Returns(result01, result02, result03);
await _sut.Calculate(tennisGame);
await _mockSetCalculator
.Received(3)
.Calculate(Arg.Any <TennisGame>());
}
public async Task <IActionResult> GetRank50()
{
var ds = memoryCache.Get <SetResult <SortedItem> >(Top50Key);
if (ds != null)
{
return(Ok(ds));
}
var res = await comicRankService.RangeAsync(0, 50);
var size = await comicRankService.SizeAsync();
var items = res.Select(x => new SortedItem
{
Address = x.Element.ToString(),
Scope = x.Score
}).ToArray();
ds = new SetResult <SortedItem>
{
Skip = 0,
Take = 50,
Total = size,
Datas = items,
};
memoryCache.Set(Top50Key, ds, new MemoryCacheEntryOptions
{
SlidingExpiration = TimeSpan.FromSeconds(2)
});
return(Ok(ds));
}
public IActionResult Index(int id, double set)
{
if (!_context.AnimateList.Any(anime => anime.Id == id))
{
return(null);
}
var item = _context.SetDetail.FirstOrDefault(anime => anime.Id == id && anime.SetName == set);
if (item == null)
{
return(null);
}
item.ClickCount++;
_context.Entry(item).State = Microsoft.EntityFrameworkCore.EntityState.Modified;
_context.SaveChanges();
var title = LanguageHelper.GetLanguegeName(Request.Headers["Accept-Language"], _context.AnimateList.FirstOrDefault(amine => amine.Id == id));
ViewBag.Title = $"{title} - {set}";
ViewBag.IsMobile = Request.IsMobileBrowser();
var model = new SetResult {
HighQuality = item.HighQuality, LowQuality = item.LowQuality, MediumQuality = item.MediumQuality, OriginalQuality = item.OriginalQuality ?? item.FilePath
};
return(View(model));
}
private void WriteSet(SetResult result, string name)
{
Console.WriteLine();
Console.WriteLine(" ----- SET WINNER ----");
Console.WriteLine($" ----- {name} ----");
Console.WriteLine();
}
public JsonResult Create([FromBody] SetResult setResult)
{
var context = new WorkoutTrackerContext();
setResult.UserId = this.UserId;
context.SetResults.Add(setResult);
context.SaveChanges();
return(Json(setResult));
}
public JsonResult Update([FromBody] SetResult setResult)
{
var context = new WorkoutTrackerContext();
setResult.UserId = this.UserId;
context.Entry(context.SetResults.Find(setResult.Id)).CurrentValues.SetValues(setResult);
context.SaveChanges();
return(Json(setResult));
}
public static void Init(SetResult action, string[] options)
{
if(SearchableWindow.windowInstance != null)
SearchableWindow.windowInstance.Close();
windowInstance = EditorWindow.GetWindow <SearchableWindow>(true, "Search Window", true);
windowInstance.action = action;
windowInstance.options = options;
}
public static void Init(SetResult action, string[] options)
{
if (SearchableWindow.windowInstance != null)
{
SearchableWindow.windowInstance.Close();
}
windowInstance = EditorWindow.GetWindow <SearchableWindow>(true, "Search Window", true);
windowInstance.action = action;
windowInstance.options = options;
}
/// <summary>
/// Initializes a new instance of the <see cref="ArticleMasterSetResponse"/> class.
/// </summary>
/// <param name="message">The message to use for initialization.</param>
public ArticleMasterSetResponse(MosaicMessage message)
{
var response = (Interfaces.Messages.Stock.ArticleMasterSetResponse)message;
this.Id = response.ID;
this.Source = response.Source;
this.Destination = response.Destination;
this.SetResult = new SetResult()
{
Value = response.SetResult ? "Accepted" : "Rejected",
Text = string.IsNullOrEmpty(response.SetResultText) ? null : TextConverter.EscapeInvalidXmlChars(response.SetResultText)
};
}
/// <summary>
/// Implementation to execute when set action.
/// </summary>
/// <param name="input">stream input</param>
/// <param name="context">Input context</param>
/// <returns>
/// <para>
/// A <see cref="SetResult"/> reference that contains the result of the operation, to check if the operation is correct, the <b>Success</b>
/// property will be <b>true</b> and the <b>Value</b> property will contain the value; Otherwise, the the <b>Success</b> property
/// will be false and the <b>Errors</b> property will contain the errors associated with the operation, if they have been filled in.
/// </para>
/// <para>
/// The type of the return value is <see cref="SetResultData"/>, which contains the operation result
/// </para>
/// </returns>
protected override SetResult SetImpl(Stream input, IInput context)
{
if (Settings == null)
{
return(SetResult.CreateSuccessResult(new SetResultData
{
Context = context,
InputStream = input,
OutputStream = input
}));
}
return(SetImpl(context, input, Settings));
}
public void Achieved_Minimum_Set_Result(int player1Score, int player2Score, bool expectedResult)
{
//arrange
var set = new SetResult(null, null)
{
Player1Score = player1Score, Player2Score = player2Score
};
//act
var result = new MinimumScoreRule().IsAchieved(set);
//assert
Assert.Equal(expectedResult, result);
}
private static SetResult SetImpl(IInput context, Stream input)
{
var outputStream = new MemoryStream();
try
{
using (var excel = new ExcelPackage(input))
{
foreach (var ws in excel.Workbook.Worksheets)
{
var hasDimension = ws.Dimension != null;
if (!hasDimension)
{
continue;
}
ws.Cells[ws.Dimension.Address].AutoFitColumns();
var start = ws.Cells[ws.Dimension.Address].Start.Column;
var end = ws.Cells[ws.Dimension.Address].End.Column;
for (int col = start; col <= end; col++)
{
ws.Column(col).BestFit = true;
ws.Column(col).Width = ws.Column(col).Width + 1;
}
}
excel.SaveAs(outputStream);
return(SetResult.CreateSuccessResult(new SetResultData
{
Context = context,
InputStream = input,
OutputStream = outputStream
}));
}
}
catch (Exception ex)
{
return(SetResult.FromException(
ex,
new SetResultData
{
Context = context,
InputStream = input,
OutputStream = input
}));
}
}
public SetResult ConductSet(Player player1, Player player2)
{
var setResult = new SetResult(player1, player2);
while (!_setRules.All(r => r.IsAchieved(setResult)))
{
setResult.Play();
}
setResult.IsFinished = true;
setResult.Winner = setResult.Player2Score > setResult.Player1Score ? player2 : player1;
return(setResult);
}
public async Task Calculate_WhenSingleGame_ExpectResultReturned()
{
var fixture = new Fixture();
var tennisGame = fixture.Create <TennisGame>();
var setResult = new SetResult(fixture.Create <TennisSet>(),
new TennisGame(new List <char>()));
_mockSetCalculator.Calculate(tennisGame).Returns(setResult);
var tennisMatch = await _sut.Calculate(tennisGame);
tennisMatch.Sets.Should().BeEquivalentTo(setResult.Set);
}
private static SetResult SetImpl(IInput context, Stream input, string sheetName, IEnumerable <ColumnDefinition> columns)
{
var outputStream = new MemoryStream();
try
{
using (var excel = new ExcelPackage(input))
{
var ws = excel.Workbook.Worksheets.FirstOrDefault(worksheet => worksheet.Name.Equals(sheetName, StringComparison.OrdinalIgnoreCase));
if (ws == null)
{
return(SetResult.CreateErroResult(
$"Sheet '{sheetName}' not found",
new SetResultData
{
Context = context,
InputStream = input,
OutputStream = input
}));
}
foreach (var column in columns)
{
ws.Column(column.Column).Width = column.Width;
}
excel.SaveAs(outputStream);
return(SetResult.CreateSuccessResult(new SetResultData
{
Context = context,
InputStream = input,
OutputStream = outputStream
}));
}
}
catch (Exception ex)
{
return(SetResult.FromException(
ex,
new SetResultData
{
Context = context,
InputStream = input,
OutputStream = input
}));
}
}
/// <summary>
/// Evaluates the setObjects in the tree. This method invokes the Evaluate method in the recursive form.
/// The evaluation starts in the more deep level in the tree of objects.
/// Then the upper levels will evaluated based on result of the deeper levels.
/// </summary>
/// <param name="setElement">The set element.</param>
/// <returns></returns>
private SetResult EvaluateOtherSets(set setElement)
{
IEnumerable <set> otherSetsElements = setElement.GetSets();
SetResult resultFirstSet = this.Evaluate(otherSetsElements.First());
SetResult resultSecondSet = new SetResult(new List <String>(), FlagEnumeration.notcollected);
//the max number of set is 2 (reference: oval_definitions schema)
if (otherSetsElements.Count() == MAX_NUMBER_OF_OBJECTS_IN_SET)
{
resultSecondSet = this.Evaluate(otherSetsElements.ElementAt(1));
}
SetOperation operation = this.GetOperation(setElement.set_operator);
IEnumerable <string> results = operation.Execute(resultFirstSet.Result, resultSecondSet.Result);
FlagEnumeration objectFlag = operation.GetObjectFlag(resultFirstSet.ObjectFlag, resultSecondSet.ObjectFlag);
return(new SetResult(results, objectFlag));
}
public async Task Calculate_WhenSingleGame_ExpectCalculatorCalledOnce()
{
var fixture = new Fixture();
var tennisGame = fixture.Create <TennisGame>();
var setResult = new SetResult(fixture.Create <TennisSet>(),
new TennisGame(new List <char>()));
_mockSetCalculator.Calculate(tennisGame).Returns(setResult);
await _sut.Calculate(tennisGame);
await _mockSetCalculator
.Received(1)
.Calculate(tennisGame);
}
private static SetResult SetImpl(IInput context, Stream input, string sheetName, YesNo show)
{
var outputStream = new MemoryStream();
try
{
using (var excel = new ExcelPackage(input))
{
var ws = excel.Workbook.Worksheets.FirstOrDefault(worksheet => worksheet.Name.Equals(sheetName, StringComparison.OrdinalIgnoreCase));
if (ws == null)
{
return(SetResult.CreateErroResult(
$"Sheet '{sheetName}' not found",
new SetResultData
{
Context = context,
InputStream = input,
OutputStream = input
}));
}
ws.View.ShowGridLines = show == YesNo.Yes;
excel.SaveAs(outputStream);
return(SetResult.CreateSuccessResult(new SetResultData
{
Context = context,
InputStream = input,
OutputStream = outputStream
}));
}
}
catch (Exception ex)
{
return(SetResult.FromException(
ex,
new SetResultData
{
Context = context,
InputStream = input,
OutputStream = input
}));
}
}
/// <summary>
/// Try to set an element in this input.
/// </summary>
/// <param name="data">Reference to seteable object information</param>
/// <returns>
/// <para>
/// A <see cref="SetResult"/> reference that contains the result of the operation, to check if the operation is correct, the <b>Success</b>
/// property will be <b>true</b> and the <b>Result</b> property will contain the Result; Otherwise, the the <b>Success</b> property
/// will be false and the <b>Errors</b> property will contain the errors associated with the operation, if they have been filled in.
/// </para>
/// <para>
/// The type of the return Result is <see cref="SetResultData"/>, which contains the operation result
/// </para>
/// </returns>
public SetResult Set(ISet data)
{
Logger.Instance.Debug("");
Logger.Instance.Debug(" Assembly: iTin.Utilities.DocX.Writer, Namespace: iTin.Utilities.DocX.Writer, Class: DocXInput");
Logger.Instance.Debug(" Try to set an element in this input");
Logger.Instance.Debug($" > Signature: ({typeof(SetResult)}) Set({typeof(ISet)})");
Logger.Instance.Debug($" > data: {data}");
SetResult result = SetImplStrategy(data, this);
if (AutoUpdateChanges)
{
Input = result.Result.OutputStream;
}
Logger.Instance.Debug($" > Output: Setted = {result.Success}");
return(result);
}
public async Task <IActionResult> GetHotSearch30()
{
var res = await comicRankService.RangeSearchAsync(0, 30);
var size = await comicRankService.SizeSearchAsync();
var items = res.Select(x => new HotSearchItem
{
Keyword = x.Element.ToString(),
Scope = x.Score
}).ToArray();
var ds = new SetResult <HotSearchItem>
{
Skip = 0,
Take = 50,
Total = size,
Datas = items,
};
return(Ok(ds));
}
public async Task <IActionResult> GetHotSearch30()
{
var res = await hotSearchService.GetHotSearchAsync(0, 30);
var size = await hotSearchService.SizeAsync();
var items = res.Select(x => new SortedItem
{
Address = x.Element.ToString(),
Scope = x.Score
}).ToArray();
var ds = new SetResult <SortedItem>
{
Skip = 0,
Take = 50,
Total = size,
Datas = items,
};
return(Ok(ds));
}
private SetResult ExecuteOperationForSetElement(set setElement, IEnumerable <sc.ObjectType> objectTypes)
{
sc.ObjectType firstObjectType = objectTypes.First();
sc.ObjectType secondObjectType = null;
IEnumerable <string> firstReferenceTypes = firstObjectType.GetReferenceTypesInString();
IEnumerable <string> secondReferenceTypes = new List <string>();
FlagEnumeration firstObjectFlag = firstObjectType.flag;
FlagEnumeration secondObjectFlag = FlagEnumeration.complete;
if (objectTypes.Count() == MAX_NUMBER_OF_OBJECTS_IN_SET)
{
//the max number to the Object_Reference is 2 (reference: oval_definitions schema)
secondObjectType = objectTypes.ElementAt(1);
secondReferenceTypes = secondObjectType.GetReferenceTypesInString();
secondObjectFlag = secondObjectType.flag;
}
SetOperation operation = this.GetOperation(setElement.set_operator);
IEnumerable <string> results = operation.Execute(firstReferenceTypes, secondReferenceTypes);
FlagEnumeration objectFlag = operation.GetObjectFlag(firstObjectFlag, secondObjectFlag);
SetResult result = new SetResult(results, objectFlag);
return(result);
}
protected void SetValue(
IXmlNode parentNode,
string childName,
object oldValue,
object newValue,
SetResult expectedResult
)
{
var cursor = SelectChild(parentNode, childName);
var node = cursor as IXmlNode;
var value = newValue as object;
object token;
var proceed = Manager.OnAssigningValue(node, oldValue, ref value, out token);
switch (expectedResult)
{
case SetResult.ProceedUntracked:
Assert.True(proceed);
Assert.AreEqual(newValue, value);
Assert.IsNull(token);
break;
case SetResult.ProceedTracked:
Assert.True(proceed);
Assert.AreEqual(newValue, value);
Assert.NotNull(token);
Manager.OnAssignedValue(node, value, value, token);
break;
case SetResult.Return:
Assert.False(proceed);
Assert.AreEqual(newValue, value);
Assert.IsNull(token);
break;
}
}
private void SetResultfun(string result, int count)
{
if (this.Disposing)
{
return;
}
if (textBox1.InvokeRequired)
{
try
{
SetResult d = new SetResult(SetResultfun);
this.Invoke(d, new object[] { result, count });
}
catch (Exception) { }
}
else
{
textBox1.Text += string.Format(result + "\r\n");
textBox1.Select(textBox1.Text.Length - 1, textBox1.Text.Length - 1);
textBox1.ScrollToCaret();
toolStripStatusLabel1.Text = count + " پیامک در مجموع ارسال شد";
this.Text = " عملیات ارسال اس ام اس " + count.ToString() + " از " + datarows.RowCount.ToString();
}
}
protected virtual void OnSetResult(object resObject)
{
SelectedObject = resObject;
var ea = new SetResultEventArgs {
ResultPars = CtrlsProc.PrepareParams(resObject, null, ResultMap),
Handled = false
};
SetResult?.Invoke(this, ea);
SelectedValues = ea.ResultPars;
if (!ea.Handled)
{
CtrlsProc.SetValues(TargetObject, SelectedValues);
if (TargetObject is DataRow)
{
(TargetObject as DataRow).EndEdit();
}
if (TargetObject is BindingSource)
{
(TargetObject as BindingSource).EndEdit();
}
}
AfterSetResult?.Invoke(this, new EventArgs());
}
public PropertyHandler(GetResult get, SetResult set)
{
_get = get;
_set = set;
}
protected void SetValue(IXmlNode parentNode, string childName, object oldValue, object newValue, SetResult expectedResult)
{
var cursor = SelectChild(parentNode, childName);
var node = cursor as IXmlNode;
var value = newValue as object;
object token;
var proceed = Manager.OnAssigningValue(node, oldValue, ref value, out token);
switch (expectedResult)
{
case SetResult.ProceedUntracked:
Assert.True(proceed);
Assert.AreEqual(newValue, value);
Assert.IsNull(token);
break;
case SetResult.ProceedTracked:
Assert.True(proceed);
Assert.AreEqual(newValue, value);
Assert.NotNull(token);
Manager.OnAssignedValue(node, value, value, token);
break;
case SetResult.Return:
Assert.False(proceed);
Assert.AreEqual(newValue, value);
Assert.IsNull(token);
break;
}
}
public ActionResult CompletedChallenges_Read([DataSourceRequest]DataSourceRequest request)
{
/* To get the challenges that the current user is participating in,
* first find all ChallengePlayer objects associated with that user.
* Next, loop through the ChallengePlayer objects to get the challenges
* associated with them.
*/
// get the current user that is logged in
string userID = User.Identity.GetUserId();
int id = System.Convert.ToInt32(userID);
Users.User user = Users.User.Load(id);
// get all ChallengePlayer objects for current user
ChallengePlayerCollection challengePlayers = ChallengePlayerCollection.LoadByPlayer(user);
Dictionary<Challenge, SetResultCollection> challengesSetResPairs = new Dictionary<Challenge, SetResultCollection>();
foreach (ChallengePlayer cp in challengePlayers)
{
if (cp.Challenge.StatusId == 3) //completed
{
challengesSetResPairs.Add(cp.Challenge, SetResultCollection.LoadByChallenge(cp.Challenge));
}
}
SetResult defaultSR = new SetResult() { SetNum = 0, Score = 0, TieBreak = 0 };
DataSourceResult result = challengesSetResPairs.ToDataSourceResult(request, challengeSetRes => new CompletedChallengesViewModel
{
ChallengeId = challengeSetRes.Key.Id,
ChallengeName = "Challenge " + challengeSetRes.Key.Id,
// will need to change for doubles capability
OpponentName = ChallengePlayerCollection.LoadByChallenge(challengeSetRes.Key)
.Where(cp => cp.PlayerId != user.Id).First().Player.FirstName + " " +
ChallengePlayerCollection.LoadByChallenge(challengeSetRes.Key)
.Where(cp => cp.PlayerId != user.Id).First().Player.LastName,
LadderName = challengeSetRes.Key.Ladder.Name,
FacilityName = challengeSetRes.Key.Facility.FullName,
CourtName = challengeSetRes.Key.Court.Name,
MatchType = challengeSetRes.Key.MatchType.Type,
MatchFormat = challengeSetRes.Key.MatchFormat.Format,
numSets = challengeSetRes.Key.MatchFormat.NumSets,
MatchDateTime = challengeSetRes.Key.MatchDateTime.ToString("dd MMMM yyyy, HH:mm"),
// will need to change for doubles capability
PlayerPointsAwarded = ChallengePlayerCollection.LoadByChallenge(challengeSetRes.Key)
.Where(p => p.PlayerId == user.Id).First().PointsAwarded,
OpponentPointsAwarded = ChallengePlayerCollection.LoadByChallenge(challengeSetRes.Key)
.Where(p => p.PlayerId != user.Id).First().PointsAwarded,
PlayerSet1Score = challengeSetRes.Value.Where(sr => sr.PlayerId == user.Id).Where(sr => sr.SetNum == 1).DefaultIfEmpty(defaultSR).First().Score,
PlayerSet2Score = challengeSetRes.Value.Where(sr => sr.PlayerId == user.Id).Where(sr => sr.SetNum == 2).DefaultIfEmpty(defaultSR).First().Score,
PlayerSet3Score = challengeSetRes.Value.Where(sr => sr.PlayerId == user.Id).Where(sr => sr.SetNum == 3).DefaultIfEmpty(defaultSR).First().Score,
PlayerSet4Score = challengeSetRes.Value.Where(sr => sr.PlayerId == user.Id).Where(sr => sr.SetNum == 4).DefaultIfEmpty(defaultSR).First().Score,
PlayerSet5Score = challengeSetRes.Value.Where(sr => sr.PlayerId == user.Id).Where(sr => sr.SetNum == 5).DefaultIfEmpty(defaultSR).First().Score,
OpponentSet1Score = challengeSetRes.Value.Where(sr => sr.PlayerId != user.Id).Where(sr => sr.SetNum == 1).DefaultIfEmpty(defaultSR).First().Score,
OpponentSet2Score = challengeSetRes.Value.Where(sr => sr.PlayerId != user.Id).Where(sr => sr.SetNum == 2).DefaultIfEmpty(defaultSR).First().Score,
OpponentSet3Score = challengeSetRes.Value.Where(sr => sr.PlayerId != user.Id).Where(sr => sr.SetNum == 3).DefaultIfEmpty(defaultSR).First().Score,
OpponentSet4Score = challengeSetRes.Value.Where(sr => sr.PlayerId != user.Id).Where(sr => sr.SetNum == 4).DefaultIfEmpty(defaultSR).First().Score,
OpponentSet5Score = challengeSetRes.Value.Where(sr => sr.PlayerId != user.Id).Where(sr => sr.SetNum == 5).DefaultIfEmpty(defaultSR).First().Score,
});
return Json(result);
}
public ActionResult InputResults_Update([DataSourceRequest]DataSourceRequest request, ScheduledChallengesViewModel model)
{
if (model != null && ModelState.IsValid)
{
string userID = User.Identity.GetUserId();
int id = System.Convert.ToInt32(userID);
Users.User user = Users.User.Load(id);
bool playerWinner = true;
bool tie = false;
IEnumerable<ChallengePlayer> challengePlayers = ChallengePlayerCollection.LoadAll().Where(p => p.ChallengeId == model.ChallengeId);
ChallengePlayer userChallengePlayer = challengePlayers.Where(p => p.PlayerId == user.Id).First();
ChallengePlayer opponentChallengePlayer = challengePlayers.Where(p => p.PlayerId != user.Id).First();
Challenge challenge = Challenge.LoadById(model.ChallengeId);
Ladder ladder = Ladder.LoadById(challenge.LadderId);
LadderPlayer userLadderPlayer = LadderPlayerCollection.LoadByPlayer(user).Where(p => p.LadderId == ladder.Id).First();
LadderPlayer opponentLadderPlayer = LadderPlayerCollection.LoadByPlayer(opponentChallengePlayer.Player).Where(p => p.LadderId == ladder.Id).First();
MatchFormat matchFormat = MatchFormatCollection.LoadAll().Where(p => p.Format == model.MatchFormat).First();
LadderPoints userLadderPoints = LadderPointsCollection.LoadByRating(user.PlayerRating).Where(p => p.LadderId == ladder.Id).First();
LadderPoints opponentLadderPoints = LadderPointsCollection.LoadByRating(opponentChallengePlayer.Player.PlayerRating).Where(p => p.LadderId == ladder.Id).First();
SetResult playerSet1 = new SetResult()
{
ChallengeId = model.ChallengeId,
PlayerId = user.Id,
SetNum = 1,
Score = model.PlayerSet1Score,
};
SetResult playerSet2 = new SetResult()
{
ChallengeId = model.ChallengeId,
PlayerId = user.Id,
SetNum = 2,
Score = model.PlayerSet2Score,
};
SetResult playerSet3 = new SetResult()
{
ChallengeId = model.ChallengeId,
PlayerId = user.Id,
SetNum = 3,
Score = model.PlayerSet3Score,
};
SetResult opponentSet1 = new SetResult()
{
ChallengeId = model.ChallengeId,
PlayerId = opponentChallengePlayer.PlayerId,
SetNum = 1,
Score = model.OpponentSet1Score,
};
SetResult opponentSet2 = new SetResult()
{
ChallengeId = model.ChallengeId,
PlayerId = opponentChallengePlayer.PlayerId,
SetNum = 2,
Score = model.OpponentSet2Score,
};
SetResult opponentSet3 = new SetResult()
{
ChallengeId = model.ChallengeId,
PlayerId = opponentChallengePlayer.PlayerId,
SetNum = 3,
Score = model.OpponentSet3Score,
};
playerSet1.Save();
playerSet2.Save();
playerSet3.Save();
opponentSet1.Save();
opponentSet2.Save();
opponentSet3.Save();
int playerWins = 0;
int opponentWins = 0;
if (playerSet1.Score > opponentSet1.Score)
{
playerWins++;
}
else
{
if (playerSet1.Score == opponentSet1.Score)
{
}
else
{
opponentWins++;
}
}
if (playerSet2.Score > opponentSet2.Score)
{
playerWins++;
}
else
{
if (playerSet2.Score == opponentSet2.Score)
{
}
else
{
opponentWins++;
}
}
if (playerWins != 2 || opponentWins != 2)
{
if (playerSet3.Score > opponentSet3.Score)
{
playerWins++;
if (matchFormat.NumSets == 3)
{
playerWinner = true;
}
}
else
{
if (playerSet3.Score == opponentSet3.Score)
{
}
else
{
opponentWins++;
if (matchFormat.NumSets == 3)
{
playerWinner = false;
}
}
}
}
else
{
if (playerWins == 2 && matchFormat.NumSets == 3)
{
playerWinner = true;
}
if (opponentWins == 2 && matchFormat.NumSets == 3)
{
playerWinner = false;
}
if (playerSet3.Score > opponentSet3.Score && matchFormat.NumSets != 3)
{
playerWins++;
if (playerWins == 3)
{
playerWinner = true;
}
}
else
{
if (playerSet3.Score == opponentSet3.Score)
{
}
else
{
opponentWins++;
if (opponentWins == 3)
{
playerWinner = false;
}
}
}
}
if (matchFormat.NumSets == 5)
{
SetResult playerSet4 = new SetResult()
{
ChallengeId = model.ChallengeId,
PlayerId = user.Id,
SetNum = 4,
Score = model.PlayerSet4Score,
};
SetResult playerSet5 = new SetResult()
{
ChallengeId = model.ChallengeId,
PlayerId = user.Id,
SetNum = 5,
Score = model.PlayerSet5Score,
};
SetResult opponentSet4 = new SetResult()
{
ChallengeId = model.ChallengeId,
PlayerId = opponentChallengePlayer.PlayerId,
SetNum = 4,
Score = model.OpponentSet4Score,
};
SetResult opponentSet5 = new SetResult()
{
ChallengeId = model.ChallengeId,
PlayerId = opponentChallengePlayer.PlayerId,
SetNum = 5,
Score = model.OpponentSet5Score,
};
playerSet4.Save();
playerSet5.Save();
opponentSet4.Save();
opponentSet5.Save();
if (playerSet4.Score > opponentSet4.Score)
{
playerWins++;
if (playerWins == 3)
{
playerWinner = true;
}
}
else
{
if (playerSet4.Score == opponentSet4.Score)
{
}
else
{
opponentWins++;
if (opponentWins == 3)
{
playerWinner = false;
}
}
}
if (playerWins != 3 && opponentWins != 3)
{
if (playerSet5.Score > opponentSet5.Score)
{
playerWinner = true;
}
else
{
if (playerSet5.Score == opponentSet5.Score)
{
tie = true;
}
else
{
playerWinner = false;
}
}
}
}
if (!tie)
{
if (playerWinner)
{
userLadderPlayer.ChallengesWon++;
opponentLadderPlayer.ChallengesLost++;
if (userLadderPlayer.PlayerRank > opponentLadderPlayer.PlayerRank)
{
userLadderPlayer.PreviousPoints = userLadderPlayer.PlayerPoints;
userLadderPlayer.PlayerPoints += userLadderPoints.ExpectedWinPoints;
opponentLadderPlayer.PreviousPoints = opponentLadderPlayer.PlayerPoints;
opponentLadderPlayer.PlayerPoints -= opponentLadderPoints.ExpectedLossPoints;
if (opponentLadderPlayer.PlayerPoints < 0)
{
opponentLadderPlayer.PlayerPoints = 0;
}
}
else
{
userLadderPlayer.PreviousPoints = userLadderPlayer.PlayerPoints;
userLadderPlayer.PlayerPoints += userLadderPoints.UnexpectedWinPoints;
opponentLadderPlayer.PreviousPoints = opponentLadderPlayer.PlayerPoints;
opponentLadderPlayer.PlayerPoints -= opponentLadderPoints.UnexpectedLossPoints;
if (opponentLadderPlayer.PlayerPoints < 0)
{
opponentLadderPlayer.PlayerPoints = 0;
}
}
}
else
{
userLadderPlayer.ChallengesLost++;
opponentLadderPlayer.ChallengesWon++;
if (userLadderPlayer.PlayerRank > opponentLadderPlayer.PlayerRank)
{
userLadderPlayer.PreviousPoints = userLadderPlayer.PlayerPoints;
userLadderPlayer.PlayerPoints -= userLadderPoints.UnexpectedLossPoints;
opponentLadderPlayer.PreviousPoints = opponentLadderPlayer.PlayerPoints;
opponentLadderPlayer.PlayerPoints += opponentLadderPoints.UnexpectedWinPoints;
if (userLadderPlayer.PlayerPoints < 0)
{
userLadderPlayer.PlayerPoints = 0;
}
}
else
{
userLadderPlayer.PreviousPoints = userLadderPlayer.PlayerPoints;
userLadderPlayer.PlayerPoints -= userLadderPoints.ExpectedLossPoints;
opponentLadderPlayer.PreviousPoints = opponentLadderPlayer.PlayerPoints;
opponentLadderPlayer.PlayerPoints += opponentLadderPoints.ExpectedWinPoints;
if (userLadderPlayer.PlayerPoints < 0)
{
userLadderPlayer.PlayerPoints = 0;
}
}
}
}
userLadderPlayer.Save();
opponentLadderPlayer.Save();
IEnumerable<LadderPlayer> AllLadPlayers = LadderPlayerCollection.LoadByLadder(ladder)
.OrderByDescending(lp => lp.PlayerPoints)
.ThenByDescending(lp => (lp.PlayerPoints - lp.PreviousPoints));
int rank = 1;
foreach (LadderPlayer lp in AllLadPlayers)
{
lp.PlayerRank = rank;
lp.Save();
rank++;
}
challenge.Status = ChallengeStatusCollection.LoadAll().Where(p => p.Status == "completed").First();
challenge.Save();
}
return Json(new[] { model }.ToDataSourceResult(request, ModelState));
}