public IEnumerable<MatchingInfo> FindMatchingInfos(IdentifierMatcher matcher, INavigationScope scope, GotoContext gotoContext,
Func<bool> checkForInterrupt)
{
var indices = matcher.MatchingIndicies(matcher.Filter);
var matchingInfo = new MatchingInfo(matcher.Filter, indices);
yield return matchingInfo;
}
public IEnumerable <IOccurence> GetOccurencesByMatchingInfo(
[NotNull] MatchingInfo navigationInfo, [NotNull] INavigationScope scope, [NotNull] GotoContext gotoContext, [NotNull] Func <bool> checkForInterrupt)
{
var occurrences = gotoContext.GetData(GoToWordOccurrences);
return(occurrences ?? EmptyList <IOccurence> .InstanceList);
}
public IEnumerable <MatchingInfo> FindMatchingInfos(IdentifierMatcher matcher, INavigationScope scope, GotoContext gotoContext,
Func <bool> checkForInterrupt)
{
var indices = matcher.MatchingIndicies(matcher.Filter);
var matchingInfo = new MatchingInfo(matcher.Filter, indices);
yield return(matchingInfo);
}
public IEnumerable <IOccurrence> GetOccurrencesByMatchingInfo(
MatchingInfo navigationInfo,
INavigationScope scope,
GotoContext gotoContext,
Func <bool> checkForInterrupt)
{
yield break;
}
public IEnumerable<IOccurence> GetOccurencesByMatchingInfo(MatchingInfo navigationInfo, INavigationScope scope, GotoContext gotoContext,
Func<bool> checkForInterrupt)
{
// send this off to the server to be processed
foreach (string s in yt.GetCompletionOptionsFor(navigationInfo.Identifier))
{
yield return new YouTrackIssueOccurence {IssueId = navigationInfo.Identifier, IssueDescription = s};
}
}
public IEnumerable <IOccurence> GetOccurencesByMatchingInfo(MatchingInfo navigationInfo, INavigationScope scope, GotoContext gotoContext,
Func <bool> checkForInterrupt)
{
// send this off to the server to be processed
foreach (string s in yt.GetCompletionOptionsFor(navigationInfo.Identifier))
{
yield return(new YouTrackIssueOccurence {
IssueId = navigationInfo.Identifier, IssueDescription = s
});
}
}
public List <MatchingInfo> verticalMatches()
{
List <MatchingInfo> result = new List <MatchingInfo>();
for (int col = 0; col < size; col++)
{
List <MatchingInfo> matches = new List <MatchingInfo>();
for (int row = 0; row < size; row++)
{
MatchingInfo match = new MatchingInfo();
int startindex = row;
int endindex = row;
string matchType = grid [col, row].type;
for (int tmprow = row + 1; tmprow < size; tmprow++)
{
if (grid[col, tmprow].type == matchType)
{
endindex = tmprow;
}
else
{
row = tmprow - 1;
break;
}
}
int len = 1 + endindex - startindex;
if (len >= matchingSize)
{
match.lineLength = len;
match.type = matchType;
List <Vector2> retval = new List <Vector2>();
for (int start = startindex; start <= endindex; start++)
{
retval.Add(new Vector2(col, start));
}
match.matchedItems = retval;
matches.Add(match);
}
}
result.AddRange(matches);
}
return(result);
}
public IEnumerable <IOccurence> GetOccurencesByMatchingInfo(MatchingInfo navigationInfo, INavigationScope scope, GotoContext gotoContext)
{
var fileMembersMap = gotoContext.GetData(ClrFileMembersMap.ClrFileMembersMapKey);
if (fileMembersMap == null)
{
yield break;
}
var membersData = fileMembersMap[navigationInfo.Identifier];
foreach (var clrFileMemberData in membersData)
{
var occurence = CreateOccurence(clrFileMemberData);
if (occurence != null)
{
yield return(occurence);
}
}
}
/// <summary>
/// Finds matched items and returns a corresponing list of matchingInfos.
/// Controller (or some other entity that will use this provider) recieves these items, scores them, sorts
/// and than invoke GetOccurences for the top scored of them.
/// </summary>
/// <param name="matcher">matcher to use</param><param name="scope">defines a scope to search in</param><param name="gotoContext"/><param name="checkForInterrupt"/>
/// <returns/>
public IEnumerable<MatchingInfo> FindMatchingInfos(IdentifierMatcher matcher, INavigationScope scope, GotoContext gotoContext, Func<bool> checkForInterrupt)
{
var occurrences = new List<ItemOccurence>();
var databases = new List<DatabaseUri>();
foreach (var project in VisualStudio.Projects.ProjectManager.Projects)
{
if (project.Site != null)
{
databases.Add(new DatabaseUri(project.Site, DatabaseName.Master));
}
}
using (var fibers = this.myTaskHost.CreateBarrier(this.myLifetime, checkForInterrupt, false, false))
{
foreach (var databaseUri in databases)
{
var busy = true;
var db = databaseUri;
ExecuteCompleted completed = delegate(string response, ExecuteResult executeResult)
{
if (!DataService.HandleExecute(response, executeResult, true))
{
busy = false;
return;
}
var r = response.ToXElement();
if (r == null)
{
busy = false;
return;
}
foreach (var element in r.Elements())
{
occurrences.Add(new ItemOccurence(ItemHeader.Parse(db, element)));
}
busy = false;
};
databaseUri.Site.DataService.ExecuteAsync("Search.Search", completed, matcher.Filter, string.Empty, string.Empty, string.Empty, string.Empty, 0);
AppHost.DoEvents(ref busy);
}
}
gotoContext.PutData(SitecoreItemOccurrences, occurrences);
var matchingInfo = new MatchingInfo(matcher.Filter, EmptyList<IdentifierMatch>.InstanceList);
return new[] { matchingInfo };
}
/// <summar>Gets occurences by given matchingInfo </summar><param name="navigationInfo"/><param name="scope"/><param name="gotoContext"/><param name="checkForInterrupt"/>
/// <returns/>
public IEnumerable<IOccurence> GetOccurencesByMatchingInfo(MatchingInfo navigationInfo, INavigationScope scope, GotoContext gotoContext, Func<bool> checkForInterrupt)
{
var occurrences = gotoContext.GetData(SitecoreItemOccurrences);
return occurrences ?? EmptyList<ItemOccurence>.InstanceList;
}
public IEnumerable <IOccurence> GetOccurencesByMatchingInfo(
MatchingInfo navigationInfo, INavigationScope scope, GotoContext gotoContext, Func <bool> checkCancelled)
{
var fileMembersMap = gotoContext.GetData(NTriplesFileMembersMap.NTriplesFileMembersMapKey);
if (fileMembersMap == null)
{
yield break;
}
var membersData = fileMembersMap[navigationInfo.Identifier];
foreach (var clrFileMemberData in membersData)
{
var occurence = this.CreateOccurence(clrFileMemberData);
if (occurence != null)
{
yield return(occurence);
}
}
/*
*
* ISolution solution = scope.GetSolution();
* var cache = this.GetCache(scope, solution, gotoContext);
* var namespaceNavigationScope = scope as NamespaceNavigationScope;
* if (namespaceNavigationScope != null)
* {
* INamespace namespaceScope = namespaceNavigationScope.DeclaredElement as INamespace;
* if (namespaceScope != null)
* {
* return (IEnumerable<IOccurence>)EmptyList<IOccurence>.InstanceList;
* }
* //return Enumerable.Select<IClrDeclaredElement, IOccurence>(Enumerable.Where<IClrDeclaredElement>(Enumerable.Where<IClrDeclaredElement>(ChainedScopesUtil.GetAllSubElements(namespaceScope, cache, true), (Func<IClrDeclaredElement, bool>)(element => element.ShortName == navigationInfo.Identifier)), new Func<IClrDeclaredElement, bool>(this.IsDeclaredElementVisible)), (Func<IClrDeclaredElement, IOccurence>)(x => (IOccurence)new ChainedCodeModelOccurence((IDeclaredElement)x, navigationInfo, OccurencePresentationOptions.DefaultOptions)));
* }
* if (!(scope is SolutionNavigationScope))
* {
* return (IEnumerable<IOccurence>)EmptyList<IOccurence>.InstanceList;
* }
* List<IClrDeclaredElement> list1 = new List<IClrDeclaredElement>();
* foreach (ITypeMember typeMember in cache.GetSourceMembers(navigationInfo.Identifier))
* {
* if (!typeMember.IsSynthetic() && !(typeMember is IAccessor))
* {
* list1.Add((IClrDeclaredElement)typeMember);
* }
* }
* List<IClrDeclaredElement> list2 = new List<IClrDeclaredElement>();
* if (scope.ExtendedSearchFlag == LibrariesFlag.SolutionAndLibraries)
* {
* foreach (ITypeMember typeMember in cache.GetCompiledMembers(navigationInfo.Identifier))
* {
* list2.Add((IClrDeclaredElement)typeMember);
* }
* }
* IClrDeclaredElement[] elementsByShortName = cache.GetElementsByShortName(navigationInfo.Identifier);
* return
* Enumerable.Select<IClrDeclaredElement, IOccurence>(
* Enumerable.Where<IClrDeclaredElement>(
* Enumerable.Concat<IClrDeclaredElement>(
* CollectionUtil.Concat<IClrDeclaredElement>(
* (IEnumerable<IClrDeclaredElement>)list1, elementsByShortName),
* (IEnumerable<IClrDeclaredElement>)list2),
* new Func<IClrDeclaredElement, bool>(this.IsDeclaredElementVisible)),
* (Func<IClrDeclaredElement, IOccurence>)
* (x => (IOccurence)new DeclaredElementOccurence((IDeclaredElement)x, OccurenceType.Occurence)));*/
}
public IEnumerable<IOccurence> GetOccurencesByMatchingInfo(
MatchingInfo navigationInfo,
INavigationScope scope,
GotoContext gotoContext,
Func<bool> checkForInterrupt)
{
var fileMembersMap = gotoContext.GetData(NTriplesFileMembersMap.NTriplesFileMembersMapKey);
if (fileMembersMap == null)
{
yield break;
}
var membersData = fileMembersMap[navigationInfo.Identifier];
foreach (var clrFileMemberData in membersData)
{
var occurence = this.CreateOccurence(clrFileMemberData);
if (occurence != null)
{
yield return occurence;
}
}
}
public IEnumerable<IOccurence> GetOccurencesByMatchingInfo(
MatchingInfo navigationInfo, INavigationScope scope, GotoContext gotoContext, Func<bool> checkCancelled)
{
var fileMembersMap = gotoContext.GetData(NTriplesFileMembersMap.NTriplesFileMembersMapKey);
if (fileMembersMap == null)
{
yield break;
}
var membersData = fileMembersMap[navigationInfo.Identifier];
foreach (var clrFileMemberData in membersData)
{
var occurence = this.CreateOccurence(clrFileMemberData);
if (occurence != null)
{
yield return occurence;
}
}
/*
ISolution solution = scope.GetSolution();
var cache = this.GetCache(scope, solution, gotoContext);
var namespaceNavigationScope = scope as NamespaceNavigationScope;
if (namespaceNavigationScope != null)
{
INamespace namespaceScope = namespaceNavigationScope.DeclaredElement as INamespace;
if (namespaceScope != null)
{
return (IEnumerable<IOccurence>)EmptyList<IOccurence>.InstanceList;
}
//return Enumerable.Select<IClrDeclaredElement, IOccurence>(Enumerable.Where<IClrDeclaredElement>(Enumerable.Where<IClrDeclaredElement>(ChainedScopesUtil.GetAllSubElements(namespaceScope, cache, true), (Func<IClrDeclaredElement, bool>)(element => element.ShortName == navigationInfo.Identifier)), new Func<IClrDeclaredElement, bool>(this.IsDeclaredElementVisible)), (Func<IClrDeclaredElement, IOccurence>)(x => (IOccurence)new ChainedCodeModelOccurence((IDeclaredElement)x, navigationInfo, OccurencePresentationOptions.DefaultOptions)));
}
if (!(scope is SolutionNavigationScope))
{
return (IEnumerable<IOccurence>)EmptyList<IOccurence>.InstanceList;
}
List<IClrDeclaredElement> list1 = new List<IClrDeclaredElement>();
foreach (ITypeMember typeMember in cache.GetSourceMembers(navigationInfo.Identifier))
{
if (!typeMember.IsSynthetic() && !(typeMember is IAccessor))
{
list1.Add((IClrDeclaredElement)typeMember);
}
}
List<IClrDeclaredElement> list2 = new List<IClrDeclaredElement>();
if (scope.ExtendedSearchFlag == LibrariesFlag.SolutionAndLibraries)
{
foreach (ITypeMember typeMember in cache.GetCompiledMembers(navigationInfo.Identifier))
{
list2.Add((IClrDeclaredElement)typeMember);
}
}
IClrDeclaredElement[] elementsByShortName = cache.GetElementsByShortName(navigationInfo.Identifier);
return
Enumerable.Select<IClrDeclaredElement, IOccurence>(
Enumerable.Where<IClrDeclaredElement>(
Enumerable.Concat<IClrDeclaredElement>(
CollectionUtil.Concat<IClrDeclaredElement>(
(IEnumerable<IClrDeclaredElement>)list1, elementsByShortName),
(IEnumerable<IClrDeclaredElement>)list2),
new Func<IClrDeclaredElement, bool>(this.IsDeclaredElementVisible)),
(Func<IClrDeclaredElement, IOccurence>)
(x => (IOccurence)new DeclaredElementOccurence((IDeclaredElement)x, OccurenceType.Occurence)));*/
}
