internal static bool DoPublicChildrenMatch(UpdateMapMetadata metadata, Activity updatedActivity, Activity originalActivity)
{
return(ActivityComparer.ListEquals(updatedActivity.Children, originalActivity.Children, metadata.AreMatch) &&
ActivityComparer.ListEquals(updatedActivity.Delegates, originalActivity.Delegates, metadata.AreMatch) &&
ActivityComparer.ListEquals(updatedActivity.ImportedChildren, originalActivity.ImportedChildren, metadata.AreMatch) &&
ActivityComparer.ListEquals(updatedActivity.ImportedDelegates, originalActivity.ImportedDelegates, metadata.AreMatch));
}
public void FindFastestActivityWithEmptyList_ExceptionThrown()
{
var emptyActivityList = new List <object>();
Action a = () => ActivityComparer.FindFastestActivity(emptyActivityList);
a.Should().Throw <NullReferenceException>().WithMessage("FindFastestActivity: No Activities Parsed.");
}
public void FindFastestActivity_FastestActivityReturned()
{
var now_UTC = DateTime.UtcNow;
var sampleActivities = new List <object>
{
new StravaActivity
{
id = "1",
start_date = now_UTC,
elapsed_time = 500,
average_speed = 3
},
new StravaActivity
{
id = "2",
start_date = now_UTC.AddDays(1),
elapsed_time = 700,
average_speed = 4.5
},
new StravaActivity
{
id = "3",
start_date = now_UTC.AddDays(-7),
elapsed_time = 100,
average_speed = 5
},
};
var result = ActivityComparer.FindFastestActivity(sampleActivities);
StravaActivity stravaResult = (StravaActivity)result;
stravaResult.id.Should().Be("3");
stravaResult.average_speed.Should().Be(5);
}
public FindSimilarActivitiesVerb(ActivityDesigner designer, ActivityComparer <TActivity> matchMaker, string displayText)
: base(designer, DesignerVerbGroup.Misc, displayText, new EventHandler(OnInvoke))
{
Fx.Assert(designer != null,
"Received null for designer parameter to FindSimilarActivitiesVerb ctor.");
Fx.Assert(matchMaker != null,
"Received null for matchMaker parameter to FindSimilarActivitiesVerb ctor.");
this.owner = designer;
this.matchMaker = matchMaker;
}
public HueLoggingManager(ActivityComparer activityComparer,
IHueLoggingStateManager stateManager,
IHueLoggingSink <LightEvent> writer,
IHueAccess hueAccess,
ILogger <HueLoggingManager> logger)
{
_stateManager = stateManager;
_writer = writer;
_hueAccess = hueAccess;
_logger = logger;
_activityComparer = activityComparer;
}
/// <summary>
/// Finds the fastest activity in the given dictionary, and returns the listening history associated with it.
/// </summary>
/// <param name="activityAndMusicHistory"></param>
/// <returns></returns>
public Dictionary <object, List <object> > GetFastestActivityWithListeningHistory(Dictionary <object, List <object> > activityAndMusicHistory)
{
if (activityAndMusicHistory.Count == 0)
{
throw new IndexOutOfRangeException("No activities in parsed array dictionary.");
}
var fastestActivity = ActivityComparer.FindFastestActivity(activityAndMusicHistory.Keys.ToList());
return(new Dictionary <object, List <object> >
{
{ fastestActivity, activityAndMusicHistory[fastestActivity] }
});
}
public void FindFastestActivityWithFitBitActivitiesIncluded_FastestActivityReturned()
{
var now_UTC = DateTime.UtcNow;
var sampleActivities = new List <object>
{
new StravaActivity
{
id = "1",
start_date = now_UTC,
elapsed_time = 500,
average_speed = 3
},
new StravaActivity
{
id = "2",
start_date = now_UTC.AddDays(1),
elapsed_time = 700,
average_speed = 4.5
},
new StravaActivity
{
id = "3",
start_date = now_UTC.AddDays(-7),
elapsed_time = 100,
average_speed = 5
},
new Activities
{
LogId = 4,
StartTime = now_UTC.AddDays(1),
Duration = 500,
Speed = 6
}
};
var result = ActivityComparer.FindFastestActivity(sampleActivities);
var activitiesResult = (Activities)result;
activitiesResult.LogId.Should().Be(4);
activitiesResult.Speed.Should().Be(6);
}
