public void SetActive_2LevelCompositePredicateChildChanged_ActivePropertyChangedEittedOnce()
{
int count = 0;
var childFilter = new Predicate <string> {
Expression = (ev) => true
};
// Arrange
var filter = new OrPredicate <string> {
new OrPredicate <string> {
new Predicate <string> {
Expression = (ev) => true
},
childFilter,
},
new OrPredicate <string> {
new Predicate <string> {
Expression = (ev) => true
},
new Predicate <string> {
Expression = (ev) => true
},
}
};
filter.PropertyChanged += (sender, e) => count++;
childFilter.Active = false;
Assert.AreEqual(1, count);
}
public void TestAndContainingOr()
{
var filter = new OrPredicate <string> {
new Predicate <string> {
Expression = (ev) => true
},
new Predicate <string> {
Expression = (ev) => false
},
};
var filter2 = new OrPredicate <string> {
new Predicate <string> {
Expression = (ev) => true
},
new Predicate <string> {
Expression = (ev) => false
},
};
var container = new AndPredicate <string> ();
container.Add(filter);
container.Add(filter2);
Assert.IsTrue(container.Filter(""));
}
public string ConvertToString(TextPredicate predicate)
{
ContainsPhrase_Predicate contains = predicate as ContainsPhrase_Predicate;
if (contains != null)
{
return(this.ConvertToString(contains));
}
AndPredicate and = predicate as AndPredicate;
if (and != null)
{
return(this.ConvertToString(and));
}
OrPredicate or = predicate as OrPredicate;
if (or != null)
{
return(this.ConvertToString(or));
}
NotPredicate not = predicate as NotPredicate;
if (not != null)
{
return(this.ConvertToString(not));
}
throw new Exception("Unrecognized predicate: " + predicate);
}
public void TestAndContainingOrSetActive()
{
// Arrange
var filter = new OrPredicate <string> {
new Predicate <string> {
Expression = (ev) => true
},
new Predicate <string> {
Expression = (ev) => true
},
};
var filter2 = new OrPredicate <string> {
new Predicate <string> {
Expression = (ev) => true
},
new Predicate <string> {
Expression = (ev) => true
},
};
var container = new AndPredicate <string> ();
container.Add(filter);
container.Add(filter2);
// Act
filter2.Active = false;
// Assert
Assert.IsFalse(filter2 [0].Active);
Assert.IsFalse(filter2 [1].Active);
Assert.IsTrue(container.Filter(""));
}
private static bool ContainsEmbed(string input)
{
IElementPredicate predicate = new OrPredicate(new BeginTagPredicate("embed"), new BeginTagPredicate("object"));
HtmlExtractor ex = new HtmlExtractor(input);
return(ex.Seek(predicate).Success);
}
// OrExpression := AndExpression ('or' SS AndExpression)+
private State DoParseOrExpression1Rule(State _state, List <Result> _outResults)
{
State _start = _state;
List <Result> results = new List <Result>();
_state = DoSequence(_state, results,
delegate(State s, List <Result> r) { return(DoParse(s, r, "AndExpression")); },
delegate(State s, List <Result> r) { return(DoRepetition(s, r, 1, 2147483647,
delegate(State s2, List <Result> r2) { return DoSequence(s2, r2,
delegate(State s3, List <Result> r3) { return DoParseLiteral(s3, r3, "or"); },
delegate(State s3, List <Result> r3) { return DoParse(s3, r3, "SS"); },
delegate(State s3, List <Result> r3) { return DoParse(s3, r3, "AndExpression"); }); })); });
if (_state.Parsed)
{
Predicate value = results.Count > 0 ? results[0].Value : default(Predicate);
value = new OrPredicate(from e in results where e.Value != null select e.Value);
_outResults.Add(new Result(this, _start.Index, _state.Index - _start.Index, m_input, value));
}
else
{
string expected;
expected = "or expression";
if (expected != null)
{
_state = new State(_start.Index, false, ErrorSet.Combine(_start.Errors, new ErrorSet(_state.Errors.Index, expected)));
}
}
return(_state);
}
Size FindSizeAttribute(string input)
{
Size size = new Size(_width, _height);
if (string.IsNullOrEmpty(input))
{
return(size);
}
try
{
RequiredAttribute[] attrWidth = new RequiredAttribute[] { new RequiredAttribute("width"), new RequiredAttribute("height") };
IElementPredicate predicate = new OrPredicate(new BeginTagPredicate("embed", attrWidth), new BeginTagPredicate("object", attrWidth));
HtmlExtractor ex = new HtmlExtractor(input);
if (ex.Seek(predicate).Success)
{
BeginTag tag = (BeginTag)ex.Element;
size = new Size(Convert.ToInt32(tag.GetAttributeValue("width"), CultureInfo.InvariantCulture), Convert.ToInt32(tag.GetAttributeValue("height"), CultureInfo.InvariantCulture));
}
}
catch (Exception ex)
{
Trace.Fail("Exception thrown while trying to find video size: " + ex);
}
return(size);
}
public void TestAndContainingInactiveOr()
{
var filter = new OrPredicate <string> {
new Predicate <string> {
Expression = (ev) => true
},
new Predicate <string> {
Expression = (ev) => false
},
};
filter.Active = false;
var filter2 = new OrPredicate <string> {
new Predicate <string> {
Expression = (ev) => true
},
new Predicate <string> {
Expression = (ev) => false
},
};
var container = new AndPredicate <string> ();
container.Add(filter);
container.Add(filter2);
Assert.IsFalse(filter.Elements [0].Active);
Assert.IsFalse(filter.Elements [1].Active);
Assert.IsFalse(filter.Filter(""));
Assert.IsTrue(filter2.Filter(""));
Assert.IsTrue(container.Filter(""));
}
void UpdateTeamsPredicates()
{
Filters.IgnoreEvents = true;
TeamsPredicate.Clear();
foreach (var team in new LMTeamVM [] { homeTeamVM, awayTeamVM })
{
var teamPredicate = new OrPredicate <TimelineEventVM> {
Name = team.Name,
};
teamPredicate.Add(new Predicate {
Name = Catalog.GetString("Team"),
Expression = ev =>
(ev.Model as LMTimelineEvent).TaggedTeams.Contains(team.Model)
});
foreach (var player in team)
{
teamPredicate.Add(new Predicate {
Name = player.Model.Name,
Expression = ev =>
(ev.Model as LMTimelineEvent).Players.Contains(player.Model)
});
}
TeamsPredicate.Add(teamPredicate);
}
Filters.IgnoreEvents = false;
RaisePropertyChanged("Collection", this);
}
public async Task OrPredicateExample()
{
var imposter = _client.CreateTcpImposter(4553, "OrPredicateExample");
var startsWithFields = new TcpPredicateFields {
Data = "start"
};
var startsWith = new StartsWithPredicate <TcpPredicateFields>(startsWithFields);
var endsWithFields = new TcpPredicateFields {
Data = "end\n"
};
var endsWith = new EndsWithPredicate <TcpPredicateFields>(endsWithFields);
var containsFields = new TcpPredicateFields {
Data = "middle"
};
var contains = new ContainsPredicate <TcpPredicateFields>(containsFields);
var predicate = new OrPredicate(new List <PredicateBase> {
startsWith, endsWith, contains
});
imposter.AddStub().On(predicate)
.ReturnsData("matches");
await _client.SubmitAsync(imposter);
}
public override void ExitOrPredicate(MiniSqlParserParser.OrPredicateContext context)
{
var right = (Predicate)_stack.Pop();
var comments = this.GetComments(context.K_OR());
var left = (Predicate)_stack.Pop();
var node = new OrPredicate(left, right, comments);
_stack.Push(node);
}
public string ConvertToString(OrPredicate predicate)
{
StringBuilder content = new StringBuilder();
foreach (TextPredicate child in predicate.Children)
{
content.Append(this.ConvertToString(child));
}
return(this.ConvertToString(content.ToString(), this.Or_Tag));
}
public IPredicate <T> Build()
{
var builders = from item in _predicates
select item.Build();
var predicate = new OrPredicate <T>();
predicate.AddPredicate(builders.ToArray());
return(predicate);
}
public OrPredicate Read_OrPredicate(XmlNode nodeRepresentation)
{
OrPredicate predicate = new OrPredicate();
foreach (XmlNode childNode in nodeRepresentation.ChildNodes)
{
TextPredicate child = this.ReadTextPredicate(childNode);
predicate.AddChild(child);
}
return(predicate);
}
public void OrPredicate_Constructor_SetsPredicateCollection()
{
var expectedPredicates = new List <PredicateBase>
{
new EqualsPredicate <TestPredicateFields>(null),
new MatchesPredicate <TestPredicateFields>(null),
};
var predicate = new OrPredicate(expectedPredicates);
Assert.AreSame(expectedPredicates, predicate.Predicates);
}
protected virtual void UpdateCommonTagsPredicates()
{
if (Project == null)
{
return;
}
bool oldIgnoreEvents = ViewModel.Filters.IgnoreEvents;
ViewModel.Filters.IgnoreEvents = true;
ViewModel.CommonTagsPredicate.Clear();
var tags = Project.Dashboard.Model.CommonTagsByGroup;
var listPredicates = new List <IPredicate <TimelineEventVM> > ();
Expression <Func <TimelineEventVM, bool> > noTagsExpression = ev => true;
foreach (var tagGroup in tags)
{
var tagsPredicates = new List <IPredicate <TimelineEventVM> > ();
noTagsExpression = noTagsExpression.And(ev => !tagGroup.Value.Intersect(ev.Model.Tags).Any());
Expression <Func <TimelineEventVM, bool> > tagGroupExpression = ev => ev.Model.Tags.Any(tag => tag.Group == tagGroup.Key);
var tagGroupPredicate = new OrPredicate <TimelineEventVM> {
Name = string.IsNullOrEmpty(tagGroup.Key) ? "General tags" : tagGroup.Key,
DisplayName = string.IsNullOrEmpty(tagGroup.Key) ? Catalog.GetString("General tags") : tagGroup.Key,
};
tagsPredicates.Add(new Predicate {
Name = "None",
DisplayName = Catalog.GetString("None"),
Expression = ev => !ev.Model.Tags.Any(tag => tag.Group == tagGroup.Key)
});
foreach (var tag in tagGroup.Value)
{
tagsPredicates.Add(new Predicate {
Name = tag.Value,
DisplayName = tag.Value,
Expression = tagGroupExpression.And(ev => ev.Model.Tags.Contains(tag))
});
}
tagGroupPredicate.AddRange(tagsPredicates);
listPredicates.Add(tagGroupPredicate);
}
ViewModel.CommonTagsPredicate.AddRange(listPredicates);
ViewModel.Filters.IgnoreEvents = oldIgnoreEvents;
if (!ViewModel.Filters.IgnoreEvents)
{
ViewModel.Filters.EmitPredicateChanged();
}
}
public void TestOrFalse()
{
var filter = new OrPredicate <string> {
new Predicate <string> {
Expression = (ev) => false
},
new Predicate <string> {
Expression = (ev) => false
},
};
Assert.IsFalse(filter.Filter(""));
}
private static bool ContainsEmbedOrObject(string html)
{
try
{
IElementPredicate predicate = new OrPredicate(new BeginTagPredicate("embed"), new BeginTagPredicate("object"), new BeginTagPredicate("iframe"));
HtmlExtractor ex = new HtmlExtractor(html);
return(ex.Seek(predicate).Success);
}
catch
{
return(false);
}
}
public OpenMediaReadyAction(IProtocol protocol) :
base(protocol)
{
base.Request = RequestCancelNotReadyForMedia.Create("chat", null);
OrPredicate <IMessage> filter = new OrPredicate <IMessage>(
new MessageIdFilter(EventAck.MessageId),
new MessageIdFilter(EventAgentAvailable.MessageId));
filter.AddPredicate(new AgentStatusFilter("chat", 1));
base.SuccessFilter = filter;
base.FailureFilter = new MessageIdFilter(EventError.MessageId);
}
protected override void UpdateTeamsPredicates()
{
bool oldIgnoreEvents = ViewModel.Filters.IgnoreEvents;
ViewModel.Filters.IgnoreEvents = true;
ViewModel.TeamsPredicate.Clear();
var teamsPredicates = new List <IPredicate <TimelineEventVM> > ();
LMTimelineVM lmTimeline = (LMTimelineVM)ViewModel;
LMTeamVM homeTeamVM = (LMTeamVM)lmTimeline.HomeTeamTimelineVM.Team;
LMTeamVM awayTeamVM = (LMTeamVM)lmTimeline.AwayTeamTimelineVM.Team;
teamsPredicates.Add(new Predicate {
Name = Catalog.GetString("No team / player tagged"),
Expression = ev =>
(!(ev.Model as LMTimelineEvent).Teams.Any() &&
!(ev.Model as LMTimelineEvent).Players.Any())
});
foreach (var team in new LMTeamVM [] { homeTeamVM, awayTeamVM })
{
var playersPredicates = new List <IPredicate <TimelineEventVM> > ();
var teamPredicate = new OrPredicate <TimelineEventVM> {
Name = team.Name,
};
playersPredicates.Add(new Predicate {
Name = Catalog.GetString("Team tagged"),
Expression = ev =>
(ev.Model as LMTimelineEvent).Teams.Contains(team.Model)
});
foreach (var player in team)
{
playersPredicates.Add(new Predicate {
Name = player.Model.Name,
Expression = ev =>
(ev.Model as LMTimelineEvent).Players.Contains(player.Model)
});
}
teamPredicate.AddRange(playersPredicates);
teamsPredicates.Add(teamPredicate);
}
ViewModel.TeamsPredicate.AddRange(teamsPredicates);
ViewModel.Filters.IgnoreEvents = oldIgnoreEvents;
if (!ViewModel.Filters.IgnoreEvents)
{
ViewModel.Filters.EmitPredicateChanged();
}
}
private void OrButton_Clicked(object sender, EventArgs e)
{
OrPredicate or = new OrPredicate();
TextPredicate child = this.getPendingChildPredicate();
if (child != null)
{
or.AddChild(child);
this.openPredicates.Add(or);
}
else
{
this.addChild(or);
}
this.updateLayout();
}
/// <summary>
/// Parser for OrPredicate
/// </summary>
/// <returns>Parsed OrPredicate</returns>
public OrPredicate ParseOrPredicate(Predicate parsedLeftPredicate)
{
OrPredicate orPredicate = new OrPredicate();
//Add left predicate
orPredicate.SetLeftPredicate(parsedLeftPredicate);
//Skip || tokens
NextToken("|", "predicate || predicate", '|');
NextToken("|", "predicate || predicate", '|');
//Parse right predicate
orPredicate.SetRightPredicate(ParsePredicate());
return(orPredicate);
}
public void TestAndContainingEmptyOr()
{
var filter = new OrPredicate <string> {
new Predicate <string> {
Expression = PredicateBuilder.True <string>()
},
};
// This OR doesn't have any active Predicate, thus it's ignored
var filter2 = new OrPredicate <string> ();
var container = new AndPredicate <string> ();
container.Add(filter);
container.Add(filter2);
Assert.IsTrue(container.Filter(""));
}
public void TestElementsEvents()
{
// Arrange
string property = "";
int count = 0;
int countElements = 0;
var filter = new OrPredicate <string> {
new Predicate <string> {
Expression = (ev) => true
},
new Predicate <string> {
Expression = (ev) => false
},
};
var filter2 = new OrPredicate <string> {
new Predicate <string> {
Expression = (ev) => true
},
new Predicate <string> {
Expression = (ev) => false
},
};
var container = new AndPredicate <string> ();
container.Elements.CollectionChanged += (sender, e) => {
countElements++;
};
container.PropertyChanged += (sender, e) => {
property = e.PropertyName;
count++;
};
// Act
container.Add(filter);
container.Add(filter2);
//Assert
Assert.AreEqual("Collection_Elements", property);
Assert.AreEqual(2, count);
Assert.AreEqual(count, countElements);
}
// add the given predicate as a child of the leafmost existing predicate
private void addChild(TextPredicate predicate)
{
if (this.openPredicates.Count < 1)
{
// no predicates already exist, this one becomes the primary one
this.openPredicates.Add(predicate);
return;
}
TextPredicate last = this.openPredicates.Last();
OrPredicate or = last as OrPredicate;
if (or != null)
{
// we have a pending 'or'; add it here
or.AddChild(predicate);
return;
}
AndPredicate and = last as AndPredicate;
if (and != null)
{
// we have a pending 'and'; add it here
and.AddChild(predicate);
return;
}
NotPredicate not = last as NotPredicate;
if (not != null)
{
// we have a pending 'not'; add it here
not.Child = predicate;
return;
}
if (last == null)
{
// We have an empty spot to add this predicate to
// This user is expected to attach this to a parent later
// If the user doesn't attach this to a parent later, we will for them
this.openPredicates.RemoveAt(this.openPredicates.Count - 1);
this.openPredicates.Add(predicate);
return;
}
// error; do nothing
}
public void TestAndOrEmpty()
{
// Arrange
var filter = new OrPredicate <string> ();
var filter2 = new OrPredicate <string> ();
var container = new AndPredicate <string> ();
container.Add(filter);
container.Add(filter2);
// Act
// Assert
Assert.IsFalse(filter.Active);
Assert.IsFalse(filter2.Active);
Assert.IsFalse(container.Active);
Assert.IsTrue(container.Filter(""));
}
public void SetActive_1LevelCompositePredicateActiveNotChanged_ActivePropertyChangedEittedOnce()
{
int count = 0;
// Arrange
var filter = new OrPredicate <string> {
new Predicate <string> {
Expression = (ev) => true
},
new Predicate <string> {
Expression = (ev) => true
},
};
filter.PropertyChanged += (sender, e) => count++;
filter.Active = true;
Assert.AreEqual(0, count);
}
public void TestOrEvents()
{
// Arrange
string property = "";
int count = 0;
var filter = new OrPredicate <string> ();
filter.PropertyChanged += (sender, e) => {
property = e.PropertyName;
count++;
};
// Act
filter.Add(new Predicate <string> {
Expression = (ev) => true
});
//Assert
Assert.AreEqual("Collection_Elements", property);
Assert.AreEqual(1, count);
}
public void ParseOrPredicateTest()
{
//Create parser
PredicateParser predicateParser = new PredicateParser(Init("condition1 || condition2 || condition3"));
Predicate parsedPredicate = predicateParser.ParsePredicate();
//Check Predicates
Assert.AreEqual(typeof(OrPredicate), parsedPredicate.GetType());
//Check OrPredicate
OrPredicate parsedOrPredicate = (OrPredicate)parsedPredicate;
Assert.AreEqual(typeof(ExpressionPredicate), parsedOrPredicate.GetLeftPredicate().GetType());
Assert.AreEqual(typeof(OrPredicate), parsedOrPredicate.GetRightPredicate().GetType());
//Check nested OrPredicate
OrPredicate parsedNestedOrPredicate = (OrPredicate)parsedOrPredicate.GetRightPredicate();
Assert.AreEqual(typeof(ExpressionPredicate), parsedNestedOrPredicate.GetLeftPredicate().GetType());
Assert.AreEqual(typeof(ExpressionPredicate), parsedNestedOrPredicate.GetRightPredicate().GetType());
}
public void TestActiveEvents()
{
// Arrange
string property = "";
int count = 0;
var filter = new OrPredicate <string> ();
var predicate = new Predicate <string> {
Expression = (ev) => true
};
filter.Add(predicate);
filter.PropertyChanged += (sender, e) => {
property = e.PropertyName;
count++;
};
// Act
predicate.Active = false;
//Assert
Assert.AreEqual("Active", property);
Assert.AreEqual(1, count);
}