public NameMatch(MatchingPendingData <TInternal, TExternal> pendingData, MatchHandlers <TInternal, TExternal> handlers)
{
this.internals = pendingData.Internals.ToArray();
this.externals = pendingData.Externals.ToArray();
this.internalSelector = handlers.InternalHandler.Name;
this.externalSelector = handlers.ExternalHandler.Name;
result = new MatchDataContainer <TInternal, TExternal>(internals, externals);
}
public MatchHandlersAndKeys(
MatchHandlers <TInternal, TExternal> handlers,
MatchKeySet <TInternal, TExternal, TInternalKey, TExternalKey> keySet,
MatchUpdater <TInternal, TExternal> updaters)
{
Handlers = handlers;
KeySet = keySet;
Updaters = updaters;
}
public ManualMatchViewModel(MatchHandlers <TInternal, TExternal> handlers)
{
this.InternalHandler = handlers.InternalHandler;
this.ExternalHandler = handlers.ExternalHandler;
UnmatchedInternals = new ObservableCollection <ManualMatchItem <TInternal> >();
UnmatchedExternals = new ObservableCollection <ManualMatchItem <TExternal> >();
Matched = new ObservableCollection <ManualMatchedPair <TInternal, TExternal> >();
MakeMatchCommand = new RelayCommand(MakeMatch, () => SelectedInternal != null && SelectedExternal != null);
SortByNameCommand = new RelayCommand(() => Sort(z => z.Internal.Name));
SortByDistanceCommand = new RelayCommand(() => Sort(z => z.Distance));
SortByStatusCommand = new RelayCommand(() => Sort(z =>
(z.Internal.Status == MatchStatus.NewMatch || z.External.Status == MatchStatus.NewMatch) ? 0 : 1));
}
public static void RunWeakAlgorithm <TInternal, TExternal>(
IEnumerable <TInternal> internals,
IEnumerable <TExternal> externals,
MatchHandlers <TInternal, TExternal> handlers,
MatchUpdater <TInternal, TExternal> updates)
{
var pendingData = new MatchingPendingData <TInternal, TExternal>(internals, externals);
var nameMatch = new NameMatch <TInternal, TExternal>(pendingData, handlers);
var nameMatchResult = nameMatch.Run();
var model = new ManualMatchViewModel <TInternal, TExternal>(handlers);
model.Pull(nameMatchResult);
model.Pull(nameMatchResult.GetPendingData());
model.Push(updates);
}
void PullClips(Item root)
{
var clips = GetYoutubeClips();
if (clips == null)
{
return;
}
var lectures = root.Subtree().OfType <VideoWrap>();
var clipHandler = new Matching.MatchItemHandler <YoutubeClip>(z => z.GetProperName(), z => z.Name, z => Process.Start(z.VideoURLFull));
var lectureHandler = new Matching.MatchItemHandler <VideoWrap>(z => z.Caption, z => z.Caption, z => { });
var updaters = new Matching.MatchUpdater <VideoWrap, YoutubeClip>(
(wrap, clip) => wrap.Store <YoutubeClip>(clip),
(clip, wrap) => { clip.UpdateGuid(wrap.Guid); YoutubeApisProcessor.Current.UpdateVideo(clip); },
wrap => wrap.Store <YoutubeClip>(null),
clip => { clip.UpdateGuid(null); YoutubeApisProcessor.Current.UpdateVideo(clip); }
);
var handlers = new Matching.MatchHandlers <VideoWrap, YoutubeClip>(lectureHandler, clipHandler);
var keys = new Matching.MatchKeySet <VideoWrap, YoutubeClip, Guid?, string>(
wrap => wrap.Guid,
wrap => { var c = wrap.Get <YoutubeClip>(); if (c != null)
{
return(c.Id);
}
return(null); },
clip => clip.GetGuid(),
clip => clip.Id,
guid => !guid.HasValue,
id => id == null
);
var allData = new Matching.MatchHandlersAndKeys <VideoWrap, YoutubeClip, Guid?, string>(handlers, keys, updaters);
Matching.MatchingAlgorithm.RunStrongAlgorithm(lectures, clips, allData);
}
