private void RemoveSchedulingForInitiative(InternalEventScheduling es)
{
if (es?.Initiative is InternalInitiative init)
{
scheduledEventsForInitiatives.Remove(init, es);
if (init.AutoRemove && !scheduledEventsForInitiatives.AnyValues(init))
{
// Get rid of an AutoRemove Initiative when there are no more scheduled events referencing it
scheduledEventsForInitiatives.Clear(init);
oc.Remove(init);
}
}
}
public void UnLinkGrid()
{
if (MyDataBC == null)
{
return;
}
var mi = myData as INotifyPropertyChanged;
if (mi != null)
{
mi.PropertyChanged -= OnMyGridPropertyChanged;
}
var mbc = MyData as IBindableComponent;
if (mbc != null)
{
mbc.DataBindings.Clear();
}
for (int i = 0; i < gridRowList.Count; i++)
{
var rowdef = gridRowList[i];
try
{
rowdef.UnLinkRow();
}
catch (Exception ex)
{
throw new Exception("UnLinkRow failed: " + rowdef.Name, ex);
}
}
linkedRows.Clear();
LinkedCells.Clear();
}
/**
* Set sharding value for database sharding only.
*
* <p>The sharding operator is {@code =}</p>
*
* @param value sharding value
*/
public void SetDatabaseShardingValue(IComparable value)
{
databaseShardingValues.Clear();
tableShardingValues.Clear();
databaseShardingValues.Add("", value);
databaseShardingOnly = true;
}
public void Clear_RemovesAll()
{
sut.Add("a", "c");
sut.Add("b", "c");
sut.Clear();
sut.Should().BeEmpty();
}
private void Apply(SagaKeysChangedEvent ev)
{
keys.Clear();
foreach (var namePair in ev.Keys)
{
keys.AddRange(namePair.Key, namePair.Value);
}
}
public void Clear(int size)
{
MultiValueDictionary <int, int> dict = CreateMVD(size);
foreach (var iteration in Benchmark.Iterations)
{
MultiValueDictionary <int, int> copyDict = new MultiValueDictionary <int, int>(dict);
using (iteration.StartMeasurement())
copyDict.Clear();
}
}
void UpdateTraitsFilter()
{
filterTraits.Clear();
if (listTraits.SelectedIndices.Count > 0)
{
foreach (ListViewItem item in listTraits.SelectedItems)
{
filterTraits.AddValue(item.Group.Name, item.Text);
}
}
}
public void Clear_ShouldRemoveAllValues()
{
_target.Add("A", "A");
_target.Add("A", "B");
_target.Add("B", "A");
_target.Add("B", "B");
_target.Clear();
var result = _target.ContainsKey("A") || _target.ContainsKey("B");
Assert.False(result);
}
public void Dispose()
{
var conns = _deviceObservers.Values.SelectMany(c => c).ToList();
_deviceObservers.Clear();
if (conns.Any())
{
foreach (var c in conns)
{
c.Dispose();
}
}
}
public static void ShouldClear()
{
var multiDict = new MultiValueDictionary<string, string>();
multiDict.AddRange("key2", values2);
multiDict.AddRange("key1", values1);
multiDict.Add("key3", "海亀");
multiDict.Clear();
IReadOnlyCollection<string> values;
Assert.IsFalse(multiDict.TryGetValue("海亀", out values));
Assert.IsFalse(multiDict.TryGetValue("key1", out values));
Assert.IsFalse(multiDict.TryGetValue("key2", out values));
Assert.IsFalse(multiDict.TryGetValue("key3", out values));
}
///<summary>Restores the light sources that were temporarily removed when UpdateBeforeOpacityChange was called.
/// (UpdateBeforeOpacityChange MUST be called immediately before changing the opacity.)</summary>
public void UpdateAfterOpacityChange()
{
if (!midOpacityUpdate)
{
throw new InvalidOperationException("This method can only be called to finish an opacity update");
}
midOpacityUpdate = false;
foreach (KeyValuePair <Point, int> pair in tempRemovedLights.GetAllKeyValuePairs())
{
UpdateBrightnessWithinRadius(pair.Key, pair.Value, 1);
}
tempRemovedLights.Clear();
}
public void MultiValueDictionaryClearTest()
{
MultiValueDictionary <Int32, String> dictionary = new MultiValueDictionary <Int32, String>();
foreach (KeyValuePair <Int32, List <String> > item in _items)
{
dictionary.Add(item.Key, item.Value);
}
Assert.AreEqual(10, dictionary.Count());
dictionary.Clear();
Assert.AreEqual(0, dictionary.Count());
}
public static void ShouldClear()
{
var multiDict = new MultiValueDictionary <string, string>();
multiDict.AddRange("key2", values2);
multiDict.AddRange("key1", values1);
multiDict.Add("key3", "海亀");
multiDict.Clear();
IReadOnlyCollection <string> values;
Assert.IsFalse(multiDict.TryGetValue("海亀", out values));
Assert.IsFalse(multiDict.TryGetValue("key1", out values));
Assert.IsFalse(multiDict.TryGetValue("key2", out values));
Assert.IsFalse(multiDict.TryGetValue("key3", out values));
}
public void ClearingDictionaryShouldResultInCountZero()
{
var dict = new MultiValueDictionary <int, string>(() => new HashSet <string>())
{
{ 1, "one" },
{ 1, "een" },
{ 2, "two" },
{ 2, "twee" },
{ 2, "deux" }
};
dict.Clear();
Assert.Equal(0, dict.Count);
}
/// <summary>
/// At end of update dictionary needs to be erased.(?)
/// </summary>
/// <param name="gameTime"></param>
public void update(GameTime gameTime)
{
// Go through each collision
foreach (Tangible key in collisions.Keys)
{
foreach (Tangible value in collisions.GetValues(key, false))
{
//System.Console.WriteLine("Resolving collision " + key.GetType().Name + " with " + value.GetType().Name + " at " + gameTime.TotalGameTime.TotalMilliseconds);
key.collide(value, gameTime);
}
}
//System.Console.WriteLine("Before collisions.Count " + collisions.Count);
collisions.Clear();
//System.Console.WriteLine("After collisions.Count " + collisions.Count);
}
internal void CommitDestroy()
{
foreach (var child in Transform.Children.ToArray())
{
child.GameObject.CommitDestroy();
}
foreach (var componentList in _components)
{
foreach (var component in componentList.Value)
{
component.InternalRemoved(_registry);
}
}
_components.Clear();
Destroyed?.Invoke(this);
InternalDestroyCommitted.Invoke(this);
}
private static void RefreshServices()
{
ServiceCacheLock.EnterWriteLock();
ServiceCacheTime = DateTime.Now;
ServiceCache.Clear();
ServiceCacheByPID.Clear();
foreach (ServiceController sc in ServiceController.GetServices())
{
ServiceInfo info = new ServiceInfo(sc);
if (!ServiceCache.ContainsKey(sc.ServiceName)) // should not happen but in case
{
ServiceCache.Add(sc.ServiceName, info);
}
if (info.LastKnownPID != -1)
{
ServiceCacheByPID.Add(info.LastKnownPID, info);
}
}
// this takes roughly 30 ms
ServiceCacheLock.ExitWriteLock();
}
public static void Init()
{
db.CreateTable <DBWord>();
db.CreateTable <DBMeaning>();
db.CreateTable <DBTranslation>();
words.Clear(); means.Clear(); eles.Clear();
WrongCount = 0;
foreach (var w in db.Table <DBWord>())
{
var s = w.ToStat();
words.Add(s, w.Id);
eles.Add(s);
if (s.wrong > 0)
{
WrongCount += s.wrong;
}
WrongCount++;
}
foreach (var m in db.Table <DBMeaning>())
{
var s = m.ToStat();
means.Add(s, m.Id);
eles.Add(s);
if (s.wrong > 0)
{
WrongCount += s.wrong;
}
WrongCount++;
}
e2c.Clear(); c2e.Clear();
foreach (var t in db.Table <DBTranslation>())
{
e2c.Add(t.Wid, t.Mid);
c2e.Add(t.Mid, t.Wid);
}
updTimeAll = updTimeDetail = DateTime.Now.Ticks;
}
public static Automaton NfaToDfa(Automaton nfa, out MultiValueDictionary<State, State> dfaStatesToNfa)
{
var dfa = new Automaton();
dfa.CaptureNames = nfa.CaptureNames;
var dfaStartState = dfa.AddState();
dfa.StartState = dfaStartState;
var nfaTransitionsToDfa = new MultiValueDictionary<Transition, Transition>();
var transitionClasses = new List<Transition>();
var mergeStates = new HashSet<State>();
dfaStatesToNfa = new MultiValueDictionary<State, State>();
dfaStatesToNfa.Add(dfaStartState, nfa.StartState);
//不动点算法，不能使用 foreach！
for(int i = 0; i < dfa.States.Count; ++i)
{
var curDfaState = dfa.States[i];
var nfaStates = dfaStatesToNfa[curDfaState];
foreach(var nfaState in nfaStates)
{
foreach(var outTransition in nfaState.Output)
{
if (!nfaTransitionsToDfa.Values.SelectMany(transitions => transitions).Contains(outTransition))
{
transitionClasses.Add(outTransition);
nfaTransitionsToDfa.Add(outTransition, outTransition);
}
}
}
foreach(var transitionClass in transitionClasses)
{
var nfaTransitions = nfaTransitionsToDfa[transitionClass];
foreach(var nfaTransition in nfaTransitions)
{
var state = nfaTransition.End;
if (!mergeStates.Contains(state))
mergeStates.Add(state);
}
mergeStates.OrderBy(state => state);
//mergeStates 是候选的一个 DFA 状态。在这之前，还需要判断：这个候选状态是否已经存在于 DFA 中了？
//var isContained = dfaStatesToNfa.Values.Contains((IReadOnlyCollection<State>)mergeStates);
State newDfaState = null;
foreach(var dfaState in dfaStatesToNfa.Keys)
{
var prevNfaStates = dfaStatesToNfa[dfaState];
if (prevNfaStates.Count == mergeStates.Count &&
prevNfaStates.SequenceEqual(mergeStates))
{
newDfaState = dfaState;
break;
}
}
if(newDfaState == null)
{
newDfaState = dfa.AddState();
dfaStatesToNfa.AddRange(newDfaState, mergeStates);
newDfaState.IsFinalState = mergeStates.Any(state => state.IsFinalState);
}
var dfaTransition = dfa.AddTransition(curDfaState, newDfaState, transitionClass.TransitionType);
dfaTransition.Capture = transitionClass.Capture;
dfaTransition.Range = transitionClass.Range;
dfaTransition.Index = transitionClass.Index;
mergeStates.Clear();
}
transitionClasses.Clear();
nfaTransitionsToDfa.Clear();
}
return dfa;
}
public void Rebuild( )
{
//Debug.Log( "Rebuilding Uni2D Asset Table..." );
m_oAtlasGUIDSpritePrefabGUIDsMultiDict.Clear( );
m_oTextureGUIDAtlasGUIDsMultiDict.Clear( );
m_oTextureGUIDClipGUIDsMultiDict.Clear( );
m_oTextureGUIDSpritePrefabGUIDsMultiDict.Clear( );
m_oAtlasPathGUIDDict.Clear( );
m_oClipPathGUIDDict.Clear( );
// Iterate project's assets
string[] rAssetPaths = AssetDatabase.GetAllAssetPaths( );
int iAssetCount = rAssetPaths.Length;
float fInvAssetCount = 1.0f / (float)iAssetCount;
int iProcessedAssets = 0;
try
{
foreach (string rPath in rAssetPaths)
{
EditorUtility.DisplayProgressBar("Uni2D - Asset Table Rebuilding Progress",
iProcessedAssets + " out of " + iAssetCount + " asset(s) processed...",
fInvAssetCount * iProcessedAssets);
Object rAssetObject = null;
// Might be an atlas or a clip
if (rPath.EndsWith(".prefab"))
{
rAssetObject = AssetDatabase.LoadAssetAtPath(rPath, typeof(Uni2DTextureAtlas));
if (rAssetObject != null) // It's an atlas
{
Uni2DTextureAtlas rAtlasAsset = (Uni2DTextureAtlas)rAssetObject;
string rAtlasGUID = AssetDatabase.AssetPathToGUID(rPath);
foreach (string rTextureGUID in rAtlasAsset.GetTextureGUIDs( ))
{
this.AddAtlasUsingTexture(rAtlasGUID, rTextureGUID);
}
m_oAtlasPathGUIDDict.Add(rPath, rAtlasGUID);
rAtlasAsset = null;
EditorUtility.UnloadUnusedAssets( );
}
rAssetObject = AssetDatabase.LoadAssetAtPath(rPath, typeof(Uni2DAnimationClip));
if (rAssetObject != null) // It's an animation clip
{
Uni2DAnimationClip rAnimationClipAsset = (Uni2DAnimationClip)rAssetObject;
string rAnimationClipGUID = AssetDatabase.AssetPathToGUID(rPath);
foreach (string rTextureGUID in rAnimationClipAsset.GetAllFramesTextureGUIDs( ))
{
this.AddClipUsingTexture(rAnimationClipGUID, rTextureGUID);
}
m_oClipPathGUIDDict.Add(rPath, rAnimationClipGUID);
rAnimationClipAsset = null;
EditorUtility.UnloadUnusedAssets( );
}
rAssetObject = AssetDatabase.LoadAssetAtPath(rPath, typeof(GameObject));
if (rAssetObject != null) // It's a sprite prefab
{
GameObject rPrefabAsset = (GameObject)rAssetObject;
string rPrefabGUID = AssetDatabase.AssetPathToGUID(rPath);
Uni2DSprite[] rSpritePrefabComponents = rPrefabAsset.GetComponentsInChildren <Uni2DSprite>(true);
foreach (Uni2DSprite rSpritePrefabComponent in rSpritePrefabComponents)
{
Uni2DEditorSpriteSettings rSpriteSettings = rSpritePrefabComponent.SpriteSettings;
this.AddSpritePrefabUsingTexture(rPrefabGUID, rSpriteSettings.textureContainer.GUID);
if (rSpriteSettings.atlas != null)
{
this.AddSpritePrefabUsingAtlas(rPrefabGUID, Uni2DEditorUtils.GetUnityAssetGUID(rSpriteSettings.atlas));
}
}
rPrefabAsset = null;
rSpritePrefabComponents = null;
EditorUtility.UnloadUnusedAssets( );
}
}
++iProcessedAssets;
}
}
finally
{
this.Save( );
EditorUtility.UnloadUnusedAssets( );
EditorUtility.SetDirty(this);
EditorUtility.ClearProgressBar( );
}
//Debug.Log( "Uni2D Asset Table Rebuild: Done." );
}
public void Clear(int size)
{
MultiValueDictionary<int, int> dict = CreateMVD(size);
foreach (var iteration in Benchmark.Iterations)
{
MultiValueDictionary<int, int> copyDict = new MultiValueDictionary<int, int>(dict);
using (iteration.StartMeasurement())
copyDict.Clear();
}
}
internal void Clear()
{
_indicesCoverage.Clear();
}
public void Reset() => _roomsConnections.Clear();
public void Clear() => _dict.Clear();
/// <summary>
/// Initialize the <see cref="NntpArticleBuilder"/> from the given <see cref="NntpArticle"/>.
/// All properties are overwritten.
/// </summary>
/// <param name="article">The <see cref="NntpArticle"/> to initialize the <see cref="NntpArticleBuilder"/> with.</param>
/// <returns>The <see cref="NntpArticleBuilder"/> so that additional calls can be chained.</returns>
public NntpArticleBuilder InitializeFrom(NntpArticle article)
{
messageId = null;
from = null;
subject = null;
headers.Clear();
body.Clear();
groups.Clear();
foreach (KeyValuePair <string, ICollection <string> > header in article.Headers)
{
foreach (string value in header.Value)
{
switch (header.Key)
{
case NntpHeaders.MessageId:
// skip additional messageid's
break;
case NntpHeaders.From:
if (from == null)
{
from = value;
}
break;
case NntpHeaders.Subject:
if (subject == null)
{
subject = value;
}
break;
case NntpHeaders.Date:
if (dateTime == null)
{
if (DateTimeOffset.TryParseExact(value, dateFormat, CultureInfo.InvariantCulture,
DateTimeStyles.None, out DateTimeOffset headerDateTime))
{
dateTime = headerDateTime;
}
}
break;
case NntpHeaders.Newsgroups:
// convert group header to list of groups, do not add as header
AddGroups(value);
break;
default:
headers.Add(header.Key, value);
break;
}
}
}
body.AddRange(article.Body);
messageId = article.MessageId;
return(this);
}
public static Automaton NfaToDfa(Automaton nfa, out MultiValueDictionary <State, State> dfaStatesToNfa)
{
var dfa = new Automaton();
dfa.CaptureNames = nfa.CaptureNames;
var dfaStartState = dfa.AddState();
dfa.StartState = dfaStartState;
var nfaTransitionsToDfa = new MultiValueDictionary <Transition, Transition>();
var transitionClasses = new List <Transition>();
var mergeStates = new HashSet <State>();
dfaStatesToNfa = new MultiValueDictionary <State, State>();
dfaStatesToNfa.Add(dfaStartState, nfa.StartState);
//不动点算法，不能使用 foreach！
for (int i = 0; i < dfa.States.Count; ++i)
{
var curDfaState = dfa.States[i];
var nfaStates = dfaStatesToNfa[curDfaState];
foreach (var nfaState in nfaStates)
{
foreach (var outTransition in nfaState.Output)
{
if (!nfaTransitionsToDfa.Values.SelectMany(transitions => transitions).Contains(outTransition))
{
transitionClasses.Add(outTransition);
nfaTransitionsToDfa.Add(outTransition, outTransition);
}
}
}
foreach (var transitionClass in transitionClasses)
{
var nfaTransitions = nfaTransitionsToDfa[transitionClass];
foreach (var nfaTransition in nfaTransitions)
{
var state = nfaTransition.End;
if (!mergeStates.Contains(state))
{
mergeStates.Add(state);
}
}
mergeStates.OrderBy(state => state);
//mergeStates 是候选的一个 DFA 状态。在这之前，还需要判断：这个候选状态是否已经存在于 DFA 中了？
//var isContained = dfaStatesToNfa.Values.Contains((IReadOnlyCollection<State>)mergeStates);
State newDfaState = null;
foreach (var dfaState in dfaStatesToNfa.Keys)
{
var prevNfaStates = dfaStatesToNfa[dfaState];
if (prevNfaStates.Count == mergeStates.Count &&
prevNfaStates.SequenceEqual(mergeStates))
{
newDfaState = dfaState;
break;
}
}
if (newDfaState == null)
{
newDfaState = dfa.AddState();
dfaStatesToNfa.AddRange(newDfaState, mergeStates);
newDfaState.IsFinalState = mergeStates.Any(state => state.IsFinalState);
}
var dfaTransition = dfa.AddTransition(curDfaState, newDfaState, transitionClass.TransitionType);
dfaTransition.Capture = transitionClass.Capture;
dfaTransition.Range = transitionClass.Range;
dfaTransition.Index = transitionClass.Index;
mergeStates.Clear();
}
transitionClasses.Clear();
nfaTransitionsToDfa.Clear();
}
return(dfa);
}
public virtual void BasicOperationsTest()
{
var data = new MultiValueDictionary <TKey, TValue>();
var key0 = NextKey();
var key1 = NextKey();
var value00 = NextValue();
var value01 = NextValue();
var value10 = NextValue();
var value11 = NextValue();
TValue v;
TValue[] vs;
var xvs = new List <TValue>();
// single key, single value
data.Add(key0, value00);
Assert.True(data.ContainsKey(key0));
Assert.True(((ICollection <KeyValuePair <TKey, TValue> >)data).Contains(new KeyValuePair <TKey, TValue>(key0, value00)));
Assert.False(((ICollection <KeyValuePair <TKey, TValue> >)data).Contains(new KeyValuePair <TKey, TValue>(key0, value01)));
Assert.True(data.TryGetValue(key0, out v));
Assert.Equal(value00, v);
Assert.True(data.TryGetValues(key0, out vs));
Assert.NotNull(vs);
Assert.Single(vs, v);
xvs.Clear();
Assert.True(data.TryGetValues(key0, xvs));
Assert.Single(xvs, v);
var count = data.Count;
Assert.Equal(1, count);
count = data.Count();
Assert.Equal(1, count);
Assert.Single(data.Keys, key0);
data.Clear();
Assert.Empty(data);
// single key, two values (added separately)
data.Add(key0, value00);
data.Add(key0, value01);
Assert.True(data.ContainsKey(key0));
Assert.True(((ICollection <KeyValuePair <TKey, TValue> >)data).Contains(new KeyValuePair <TKey, TValue>(key0, value00)));
Assert.True(((ICollection <KeyValuePair <TKey, TValue> >)data).Contains(new KeyValuePair <TKey, TValue>(key0, value01)));
Assert.True(data.TryGetValue(key0, out v));
Assert.True(EqualityComparer <TValue> .Default.Equals(value00, v) || EqualityComparer <TValue> .Default.Equals(value01, v));
Assert.True(data.TryGetValues(key0, out vs));
Assert.NotNull(vs);
Assert.True(HashSet <TValue> .CreateSetComparer().Equals(new HashSet <TValue>(vs), new HashSet <TValue> {
value00, value01
}));
xvs.Clear();
Assert.True(data.TryGetValues(key0, xvs));
count = xvs.Count;
Assert.Equal(2, count);
Assert.Contains(value00, xvs);
Assert.Contains(value01, xvs);
count = data.Count;
Assert.Equal(2, count);
count = data.Count();
Assert.Equal(2, count);
Assert.Single(data.Keys, key0);
Assert.True(((ICollection <KeyValuePair <TKey, TValue> >)data).Remove(new KeyValuePair <TKey, TValue>(key0, value00)));
count = data.Count;
Assert.Equal(1, count);
count = data.Count();
Assert.Equal(1, count);
data.Add(key0, value00);
Assert.Equal(2, data.Remove(key0));
Assert.Empty(data);
// single key, two values (added as enumerable)
data.Add(key0, value00, value01);
Assert.True(data.ContainsKey(key0));
Assert.True(data.TryGetValue(key0, out v));
Assert.True(EqualityComparer <TValue> .Default.Equals(value00, v) || EqualityComparer <TValue> .Default.Equals(value01, v));
Assert.True(data.TryGetValues(key0, out vs));
Assert.NotNull(vs);
Assert.True(HashSet <TValue> .CreateSetComparer().Equals(new HashSet <TValue>(vs), new HashSet <TValue> {
value00, value01
}));
count = data.Count;
Assert.Equal(2, count);
count = data.Count();
Assert.Equal(2, count);
Assert.Single(data.Keys, key0);
data.Set(key0, value01);
count = data.Count;
Assert.Equal(1, count);
count = data.Count();
Assert.Equal(1, count);
data.Set(key0, value00, value01);
Assert.Equal(2, data.Remove(key0));
Assert.Empty(data);
// single key, two values (added as keyvalue pairs)
((ICollection <KeyValuePair <TKey, TValue> >)data).Add(new KeyValuePair <TKey, TValue>(key0, value00));
((ICollection <KeyValuePair <TKey, TValue> >)data).Add(new KeyValuePair <TKey, TValue>(key0, value01));
Assert.True(data.ContainsKey(key0));
Assert.True(((ICollection <KeyValuePair <TKey, TValue> >)data).Contains(new KeyValuePair <TKey, TValue>(key0, value00)));
Assert.True(((ICollection <KeyValuePair <TKey, TValue> >)data).Contains(new KeyValuePair <TKey, TValue>(key0, value01)));
Assert.True(data.TryGetValue(key0, out v));
Assert.True(EqualityComparer <TValue> .Default.Equals(value00, v) || EqualityComparer <TValue> .Default.Equals(value01, v));
Assert.True(data.TryGetValues(key0, out vs));
Assert.NotNull(vs);
Assert.True(HashSet <TValue> .CreateSetComparer().Equals(new HashSet <TValue>(vs), new HashSet <TValue> {
value00, value01
}));
count = data.Count;
Assert.Equal(2, count);
count = data.Count();
Assert.Equal(2, count);
Assert.Single(data.Keys, key0);
Assert.True(((ICollection <KeyValuePair <TKey, TValue> >)data).Remove(new KeyValuePair <TKey, TValue>(key0, value00)));
count = data.Count;
Assert.Equal(1, count);
count = data.Count();
Assert.Equal(1, count);
data.Add(key0, value00);
Assert.Equal(2, data.Remove(key0));
Assert.Empty(data);
// two keys, two values (added separately)
data.Add(key0, value00);
data.Add(key0, value01);
data.Add(key1, value10);
data.Add(key1, value11);
Assert.True(data.ContainsKey(key0));
Assert.True(data.ContainsKey(key1));
Assert.True(((ICollection <KeyValuePair <TKey, TValue> >)data).Contains(new KeyValuePair <TKey, TValue>(key0, value00)));
Assert.True(((ICollection <KeyValuePair <TKey, TValue> >)data).Contains(new KeyValuePair <TKey, TValue>(key0, value01)));
Assert.True(((ICollection <KeyValuePair <TKey, TValue> >)data).Contains(new KeyValuePair <TKey, TValue>(key1, value10)));
Assert.True(((ICollection <KeyValuePair <TKey, TValue> >)data).Contains(new KeyValuePair <TKey, TValue>(key1, value11)));
Assert.False(((ICollection <KeyValuePair <TKey, TValue> >)data).Contains(new KeyValuePair <TKey, TValue>(key1, value00)));
Assert.False(((ICollection <KeyValuePair <TKey, TValue> >)data).Contains(new KeyValuePair <TKey, TValue>(key1, value01)));
Assert.False(((ICollection <KeyValuePair <TKey, TValue> >)data).Contains(new KeyValuePair <TKey, TValue>(key0, value10)));
Assert.False(((ICollection <KeyValuePair <TKey, TValue> >)data).Contains(new KeyValuePair <TKey, TValue>(key0, value11)));
Assert.True(data.TryGetValue(key0, out v));
Assert.True(EqualityComparer <TValue> .Default.Equals(value00, v) || EqualityComparer <TValue> .Default.Equals(value01, v));
Assert.True(data.TryGetValues(key0, out vs));
Assert.NotNull(vs);
Assert.True(HashSet <TValue> .CreateSetComparer().Equals(new HashSet <TValue>(vs), new HashSet <TValue> {
value00, value01
}));
xvs.Clear();
Assert.True(data.TryGetValues(key0, xvs));
count = xvs.Count;
Assert.Equal(2, count);
Assert.Contains(value00, xvs);
Assert.Contains(value01, xvs);
Assert.True(data.TryGetValue(key1, out v));
Assert.True(EqualityComparer <TValue> .Default.Equals(value10, v) || EqualityComparer <TValue> .Default.Equals(value11, v));
Assert.True(data.TryGetValues(key1, out vs));
Assert.NotNull(vs);
Assert.True(HashSet <TValue> .CreateSetComparer().Equals(new HashSet <TValue>(vs), new HashSet <TValue> {
value10, value11
}));
xvs.Clear();
Assert.True(data.TryGetValues(key1, xvs));
count = xvs.Count;
Assert.Equal(2, count);
Assert.Contains(value10, xvs);
Assert.Contains(value11, xvs);
count = data.Count;
Assert.Equal(4, count);
count = data.Count();
Assert.Equal(4, count);
Assert.True(HashSet <TKey> .CreateSetComparer().Equals(new HashSet <TKey>(data.Keys), new HashSet <TKey> {
key0, key1
}));
count = data.Keys.Count();
Assert.Equal(2, count);
Assert.Equal(2, data.Remove(key0));
count = data.Count;
Assert.Equal(2, count);
count = data.Count();
Assert.Equal(2, count);
data.Clear();
Assert.Empty(data);
}
private void IndexBalances(ChainBase chain, string checkpointName, Func <uint256, Transaction, uint256, BlockHeader, int, IEnumerable <OrderedBalanceChange> > extract)
{
SetThrottling();
BlockingCollection <OrderedBalanceChange[]> indexedEntries = new BlockingCollection <OrderedBalanceChange[]>(100);
var tasks = CreateTaskPool(indexedEntries, (entries) => Index(entries.Select(e => e.ToEntity()), this.Configuration.GetBalanceTable()), 30);
using (IndexerTrace.NewCorrelation("Import balances " + checkpointName + " to azure started").Open())
{
this.Configuration.GetBalanceTable().CreateIfNotExists();
var buckets = new MultiValueDictionary <string, OrderedBalanceChange>();
using (var storedBlocks = Enumerate(checkpointName, chain))
{
foreach (var block in storedBlocks)
{
foreach (var tx in block.Block.Transactions)
{
var txId = tx.GetHash();
try
{
var entries = extract(txId, tx, block.BlockId, block.Block.Header, block.Height);
foreach (var entry in entries)
{
buckets.Add(entry.PartitionKey, entry);
var bucket = buckets[entry.PartitionKey];
if (bucket.Count == 100)
{
indexedEntries.Add(bucket.ToArray());
buckets.Remove(entry.PartitionKey);
}
}
if (storedBlocks.NeedSave)
{
foreach (var kv in buckets.AsLookup().ToArray())
{
indexedEntries.Add(kv.ToArray());
}
buckets.Clear();
tasks.Stop();
storedBlocks.SaveCheckpoint();
tasks.Start();
}
}
catch (Exception ex)
{
IndexerTrace.ErrorWhileImportingBalancesToAzure(ex, txId);
throw;
}
}
}
foreach (var kv in buckets.AsLookup().ToArray())
{
indexedEntries.Add(kv.ToArray());
}
tasks.Stop();
storedBlocks.SaveCheckpoint();
}
}
}