public bool AddNumberSet(NumberSet newNumberSet)
{
return(_numberSetDomain.AddNumberSet(newNumberSet));
}
/* Function: ResolveNewTopics
*
* Goes through the IDs of newly created <Topics> and sees if they serve as better targets for any existing links.
*
* Parameters:
*
* topicIDs - The set of IDs to check. Every <Topic> represented here must have the same <EndingSymbol>.
* endingSymbol - The <EndingSymbol> shared by all of the topic IDs.
* accessor - The <Accessor> used for the database.
*
* Requirements:
*
* - Requires the accessor to have at least a read/possible write lock. If the link changes it will be upgraded to
* read/write automatically.
*
*/
protected void ResolveNewTopics(NumberSet topicIDs, EndingSymbol endingSymbol, Accessor accessor)
{
// We only need the body's length, not its contents.
List <Topic> topics = accessor.GetTopicsByID(topicIDs, Delegates.NeverCancel,
Accessor.GetTopicFlags.BodyLengthOnly |
Accessor.GetTopicFlags.DontLookupClasses |
Accessor.GetTopicFlags.DontLookupContexts);
List <Link> links = accessor.GetLinksByEndingSymbol(endingSymbol, Delegates.NeverCancel,
Accessor.GetLinkFlags.DontLookupClasses);
// Go through each link and see if any of the topics serve as a better target. It's better for the links to be the outer loop
// because we can generate alternate interpretations only once per link.
foreach (Link link in links)
{
List <LinkInterpretation> alternateInterpretations = null;
if (link.Type == LinkType.NaturalDocs)
{
string ignore;
alternateInterpretations = EngineInstance.Comments.NaturalDocsParser.LinkInterpretations(link.Text,
Comments.Parsers.NaturalDocs.LinkInterpretationFlags.FromOriginalText |
Comments.Parsers.NaturalDocs.LinkInterpretationFlags.AllowNamedLinks |
Comments.Parsers.NaturalDocs.LinkInterpretationFlags.AllowPluralsAndPossessives,
out ignore);
}
int bestMatchTopicID = link.TargetTopicID;
int bestMatchClassID = link.TargetClassID;
long bestMatchScore = link.TargetScore;
foreach (Topic topic in topics)
{
// No use rescoring the existing target.
if (topic.TopicID != link.TargetTopicID)
{
long score = Manager.Score(link, topic, bestMatchScore, alternateInterpretations);
if (score > bestMatchScore)
{
bestMatchTopicID = topic.TopicID;
bestMatchClassID = topic.ClassID;
bestMatchScore = score;
}
}
}
if (bestMatchTopicID != link.TargetTopicID ||
bestMatchClassID != link.TargetClassID ||
bestMatchScore != link.TargetScore)
{
int oldTargetTopicID = link.TargetTopicID;
int oldTargetClassID = link.TargetClassID;
link.TargetTopicID = bestMatchTopicID;
link.TargetClassID = bestMatchClassID;
link.TargetScore = bestMatchScore;
accessor.UpdateLinkTarget(link, oldTargetTopicID, oldTargetClassID);
}
}
}
/* Function: Load
* Loads the information in <BuildState.nd> and returns whether it was successful. If not the function will return an empty
* BuildState object.
*/
public bool Load(Path filename, out BuildState buildState, out UnprocessedChanges unprocessedChanges)
{
// Since we're creating new objects only we have access to them right now and thus we don't need to use Lock() and
// Unlock().
buildState = new BuildState();
unprocessedChanges = new UnprocessedChanges();
BinaryFile binaryFile = new BinaryFile();
bool result = true;
try
{
if (binaryFile.OpenForReading(filename, "2.2") == false)
{
result = false;
}
else
{
// [Byte: Need to Build Frame Page (0 or 1)]
// [Byte: Need to Build Home Page (0 or 1)]
// [Byte: Need to Build Main Style Files (0 or 1)]
// [Byte: Need to Build Menu (0 or 1)]
// [Byte: Need to Build Main Search Files (0 or 1)]
unprocessedChanges.framePage = (binaryFile.ReadByte() == 1);
unprocessedChanges.homePage = (binaryFile.ReadByte() == 1);
unprocessedChanges.mainStyleFiles = (binaryFile.ReadByte() == 1);
unprocessedChanges.menu = (binaryFile.ReadByte() == 1);
unprocessedChanges.mainSearchFiles = (binaryFile.ReadByte() == 1);
// [NumberSet: Source File IDs to Rebuild]
// [NumberSet: Class IDs to Rebuild]
// [NumberSet: Image File IDs to Rebuild]
// [NumberSet: Style File IDs to Rebuild]
// [NumberSet: Source File IDs with Content]
// [NumberSet: Class IDs with Content]
// [NumberSet: Used Image File IDs]
// [NumberSet: Unchanged Image File Use Check IDs]
unprocessedChanges.sourceFiles.ReadFrom(binaryFile);
unprocessedChanges.classes.ReadFrom(binaryFile);
unprocessedChanges.imageFiles.ReadFrom(binaryFile);
unprocessedChanges.styleFiles.ReadFrom(binaryFile);
buildState.sourceFilesWithContent.ReadFrom(binaryFile);
buildState.classesWithContent.ReadFrom(binaryFile);
buildState.usedImageFiles.ReadFrom(binaryFile);
unprocessedChanges.unchangedImageFileUseChecks.ReadFrom(binaryFile);
// [StringSet: Search Prefixes to Rebuild]
// [StringSet: Folders to Check for Deletion]
unprocessedChanges.searchPrefixes.ReadFrom(binaryFile);
unprocessedChanges.possiblyEmptyFolders.ReadFrom(binaryFile);
// [String: Menu Data File Type] [NumberSet: Menu Data File Numbers]
// [String: Menu Data File Type] [NumberSet: Menu Data File Numbers]
// ...
// [String: null]
string menuDataFileType = binaryFile.ReadString();
while (menuDataFileType != null)
{
Hierarchy hierarchy;
if (menuDataFileType == "files")
{
hierarchy = Hierarchy.File;
}
else if (menuDataFileType == "classes")
{
hierarchy = Hierarchy.Class;
}
else if (menuDataFileType == "database")
{
hierarchy = Hierarchy.Database;
}
else
{
throw new NotImplementedException();
}
NumberSet menuDataFileNumbers = binaryFile.ReadNumberSet();
buildState.usedMenuDataFiles.Add(hierarchy, menuDataFileNumbers);
menuDataFileType = binaryFile.ReadString();
}
// [String: Path to Home Page or null]
// [String: Generated Timestamp or null]
// [Byte: Home Page Uses Timestamp (0 or 1)]
buildState.HomePage = binaryFile.ReadString();
buildState.GeneratedTimestamp = binaryFile.ReadString();
buildState.HomePageUsesTimestamp = (binaryFile.ReadByte() != 0);
}
}
catch
{ result = false; }
finally
{ binaryFile.Dispose(); }
if (result == false)
{
buildState = new BuildState();
unprocessedChanges = new UnprocessedChanges();
}
return(result);
}
public bool AddNumberSet(NumberSet newNumberSet)
{
_numberSetRepository.AddNumberSet(newNumberSet);
return(SaveData().Result);
}
public TokenType NextToken()
{
int P;
TokenType resulttype;
const string EvalOperators = "*+-/()=><:;,";
const string CompositeOperators = ":!<>=";
const string HexaDigits = "0123456789ABCDEF";
const string NumberSet = ".Ee";
const string FloatExplicit = "cCdDsSfF";
SkipBlanks();
P = FSourcePtr;
FTokenPtr = P;
resulttype = TokenType.Eof;
if (P >= FExpression.Length)
{
resulttype = TokenType.Eof;
// throw new EvalException(Translator.TranslateStr(449,"Syntax error"),
// FSourceLine,P-1,"");
}
else
if (IsValidFirstSymbol(FExpression[P]))
{
P++;
while (P < FExpression.Length)
{
if (IsValidSecondSymbol(FExpression[P]) ||
(FExpression[P] == '.'))
{
P++;
}
else
{
break;
}
}
resulttype = TokenType.Symbol;
// Looks if the symbol is an operator
string thetoken = FExpression.Substring(FSourcePtr, P - FSourcePtr).ToUpper();
if ((thetoken == "OR") || (thetoken == "AND") || (thetoken == "NOT") ||
(thetoken == "IIF"))
{
resulttype = TokenType.Operator;
}
}
else
if (FExpression[P] == '[')
{
P++;
while (P < FExpression.Length)
{
if (FExpression[P] != ']')
{
P++;
}
else
{
P++;
break;
}
}
if (FExpression[P - 1] != ']')
{
throw new EvalException(String.Format(Translator.TranslateStr(448), "]"),
FSourceLine, P - 1, "");
}
resulttype = TokenType.Symbol;
}
else
if (EvalOperators.IndexOf(FExpression[P]) >= 0)
{
aoperator = FExpression[P];
P++;
if (P < FExpression.Length)
{
switch (Expression[P])
{
case '=':
if (CompositeOperators.IndexOf(aoperator) >= 0)
{
P++;
}
break;
case '<':
if (aoperator == '>')
{
P++;
}
break;
case '>':
if (aoperator == '<')
{
P++;
}
break;
}
}
resulttype = TokenType.Operator;
}
else
// Strings
if ((FExpression[P] == '#') || (FExpression[P] == '\''))
{
int J = 0, I = 0;
FString = "";
while (P < FExpression.Length)
{
if (FExpression[P] == '#')
{
P++;
while (P < FExpression.Length)
{
if (Char.IsDigit(FExpression[P]))
{
I = I * 10 + ((int)FExpression[P] - (int)'0');
P++;
J++;
}
else
{
break;
}
}
FString = FString + (char)I;
}
else
if (FExpression[P] == '\'')
{
P++;
while (P < FExpression.Length)
{
if (FExpression[P] == '\'')
{
P++;
if (P < FExpression.Length)
{
if (FExpression[P] != '\'')
{
J++;
break;
}
else
{
FString = FString + FExpression[P];
}
}
else
{
J++;
break;
}
}
else
{
FString = FString + FExpression[P];
}
J++;
P++;
}
}
else
{
break;
}
}
if (P >= FExpression.Length)
{
if (J == 0)
{
throw new EvalException(String.Format(Translator.TranslateStr(448), "'"),
FSourceLine, P - 1, "");
}
}
resulttype = TokenType.String;
}
else
if (FExpression[P] == '$')
{
P++;
int I = 0, J = 0, index;
if (P < FExpression.Length)
{
index = HexaDigits.IndexOf(Char.ToUpper(FExpression[P]));
while (index >= 0)
{
I = I * 16 + index;
J++;
P++;
if (P < FExpression.Length)
{
index = HexaDigits.IndexOf(Char.ToUpper(FExpression[P]));
}
else
{
index = -1;
}
}
}
if (J == 0)
{
throw new EvalException(Translator.TranslateStr(445),
FSourceLine, P - 1, "");
}
FInteger = I;
resulttype = TokenType.Integer;
}
else
if (Char.IsDigit(FExpression[P]))
{
string FNumber = "";
int decimals = -1;
FNumber = FNumber + FExpression[P];
P++;
resulttype = TokenType.Integer;
int index;
if (P < FExpression.Length)
{
index = NumberSet.IndexOf(FExpression[P]);
while ((index >= 0) || Char.IsDigit(FExpression[P]))
{
if (index == 0)
{
if (decimals < 0)
{
decimals++;
}
else
{
throw new EvalException(Translator.TranslateStr(445),
FSourceLine, P - 1, "");
}
FNumber = FNumber + System.Globalization.NumberFormatInfo.CurrentInfo.CurrencyDecimalSeparator;
resulttype = TokenType.Decimal;
}
else
if (index < 0)
{
FNumber = FNumber + FExpression[P];
}
else
{
resulttype = TokenType.Double;
FNumber = FNumber + FExpression[P];
}
P++;
if (P >= FExpression.Length)
{
break;
}
index = NumberSet.IndexOf(FExpression[P]);
}
}
if (FNumber.Length > 20)
{
resulttype = TokenType.Double;
}
if (resulttype == TokenType.Integer)
{
if (FNumber.Length > 8)
{
resulttype = TokenType.Double;
}
}
// Floatexplicit
if (P < FExpression.Length)
{
if (FloatExplicit.IndexOf(FExpression[P]) >= 0)
{
P++;
resulttype = TokenType.Double;
}
}
switch (resulttype)
{
case TokenType.Integer:
FInteger = System.Convert.ToInt32(FNumber);
break;
case TokenType.Decimal:
FDecimal = System.Convert.ToDecimal(FNumber);
break;
case TokenType.Double:
FDouble = System.Convert.ToDouble(FNumber);
break;
}
}
FToken = resulttype;
FSourcePtr = P;
return(resulttype);
}
/* Function: GetInfoOnLinksToTopicsWithImageLinkInSummary
*
* What the hell? Okay, check this out: First it finds the topics which have the passed image link in their summaries.
* Then it returns aggregate information on all links that resolve to any of those topics. This is needed for keeping
* tooltips accurate with differential building. It makes sense, trust me.
*
* Parameters:
*
* imageLink - The image link to look up.
* fileIDs - The file IDs of all the links that resolve to the topics that have the link in the summary. Will be null if none.
* classIDs - The class IDs of all the links that resolve to the topics that have the link in the summary. Will be null if none.
*
*/
public void GetInfoOnLinksToTopicsWithImageLinkInSummary(ImageLink imageLink, out IDObjects.NumberSet fileIDs, out IDObjects.NumberSet classIDs)
{
accessor.RequireAtLeast(Accessor.LockType.ReadOnly);
fileIDs = null;
classIDs = null;
// First find all the topics that have the image link in the summary. We can restrict the search to the same file ID as the link
// because links appearing in a different file would be seen as a different link. Only inline image links can appear in the
// summary so we don't need to orry about standalone ones.
IDObjects.NumberSet topicIDs = null;
string likeText = "%<image type=\"inline\" originaltext=\"" + imageLink.OriginalText.EntityEncode() + "\"%";
using (SQLite.Query query = accessor.Connection.Query("SELECT TopicID FROM Topics WHERE FileID=? AND Summary LIKE ?",
imageLink.FileID, likeText))
{
while (query.Step())
{
if (topicIDs == null)
{
topicIDs = new NumberSet();
}
topicIDs.Add(query.IntColumn(0));
}
}
if (topicIDs == null)
{
return;
}
// Now find all the links that resolve to these topics. We only need their file and class IDs though.
IDObjects.NumberSet remainingTopicIDs = topicIDs;
do
{
IDObjects.NumberSet temp;
string queryText = "SELECT FileID, ClassID FROM Links WHERE " + Accessor.ColumnIsInNumberSetExpression("TargetTopicID", remainingTopicIDs, out temp);
remainingTopicIDs = temp;
using (SQLite.Query query = accessor.Connection.Query(queryText))
{
while (query.Step())
{
if (fileIDs == null)
{
fileIDs = new NumberSet();
}
fileIDs.Add(query.IntColumn(0));
int classID = query.IntColumn(1);
if (classID != 0)
{
if (classIDs == null)
{
classIDs = new NumberSet();
}
classIDs.Add(classID);
}
}
}
}while (remainingTopicIDs != null);
}
/* Function: AddSourceFiles
* Adds a set of source file IDs to the list that need their output files rebuilt.
*/
public void AddSourceFiles(NumberSet fileIDs)
{
lock (accessLock)
{ sourceFiles.Add(fileIDs); }
}
private async void ViewAndManageShuffles(NumberSet numberSet)
{
_shufflePickPage = new ShufflePickPage(numberSet);
await NavigationManager.PushAsyncPage(Navigation, _shufflePickPage);
}
private async void ShuffleAndPickFromNumberSet(NumberSet numberSet)
{
_numberSetNumbersPage = new NumberSetNumbersPage();
await NavigationManager.PushAsyncPage(Navigation, _numberSetNumbersPage);
}
private void ViewAndManageShuffles(NumberSet numberSet)
{
var numberSetsPage = this.Parent.Parent.Parent.Parent as NumberSetsPage;
numberSetsPage.ViewAndManageShuffles(numberSet);
}
private void EditNumberSet(NumberSet numberSet)
{
var numberSetsPage = this.Parent.Parent.Parent.Parent as NumberSetsPage;
numberSetsPage.EditNumberSet(numberSet);
}
public void AddNumberSet(NumberSet newNumberSet)
{
_context.Add(newNumberSet);
}
public void LoadShuffleNumbersData(NumberSet numberSet, bool shuffle = true)
{
_shuffleNumbersViewModel.LoadNumberSetNumbersData(numberSet, shuffle);
}
public bool EditNumberSet(NumberSet numberSetToEdit)
{
_numberSetRepository.EditNumberSet(numberSetToEdit);
return(SaveData().Result);
}
public bool EditNumberSet(NumberSet numberSetToEdit)
{
return(_numberSetDomain.EditNumberSet(numberSetToEdit));
}
private void SelectNumberSet(NumberSet selectedNumberSet)
{
CurrentNumberSet = selectedNumberSet;
_numberSetNumberCounter = 0;
_numberSetNumbersViewModel.LoadNumberSetNumbersData(selectedNumberSet);
}
/* Function: GetInfoOnLinksToTopicsWithNDLinkInSummary
*
* What the hell? Okay, check this out: First it finds the topics which have the passed Natural Docs link in their
* summaries. Then it returns aggregate information on all links that resolve to any of those topics. This is needed
* for keeping tooltips accurate with differential building. It makes sense, trust me.
*
* Parameters:
*
* link - The link to look up. It must be a Natural Docs link.
* fileIDs - The file IDs of all the links that resolve to the topics that have the link in the summary. Will be null if none.
* classIDs - The class IDs of all the links that resolve to the topics that have the link in the summary. Will be null if none.
*
*/
public void GetInfoOnLinksToTopicsWithNDLinkInSummary(Link link, out IDObjects.NumberSet fileIDs, out IDObjects.NumberSet classIDs)
{
#if DEBUG
if (link.Type != LinkType.NaturalDocs)
{
throw new InvalidOperationException("GetInfoOnLinksToTopicsWithNDLinkInSummary() must be used with Natural Docs links. It's right there in the title, derp.");
}
#endif
accessor.RequireAtLeast(Accessor.LockType.ReadOnly);
fileIDs = null;
classIDs = null;
// First find all the topics that have the link in the summary. We can restrict the search to the same file ID as the link because
// links appearing in a different file would be seen as a different link.
IDObjects.NumberSet topicIDs = null;
string likeText = "%<link type=\"naturaldocs\" originaltext=\"" + link.Text.EntityEncode() + "\"%";
using (SQLite.Query query = accessor.Connection.Query("SELECT TopicID FROM Topics WHERE FileID=? AND Summary LIKE ?",
link.FileID, likeText))
{
while (query.Step())
{
if (topicIDs == null)
{
topicIDs = new NumberSet();
}
topicIDs.Add(query.IntColumn(0));
}
}
if (topicIDs == null)
{
return;
}
// Now find all the links that resolve to these topics. We only need their file and class IDs though.
IDObjects.NumberSet remainingTopicIDs = topicIDs;
do
{
IDObjects.NumberSet temp;
string queryText = "SELECT FileID, ClassID FROM Links WHERE " + Accessor.ColumnIsInNumberSetExpression("TargetTopicID", remainingTopicIDs, out temp);
remainingTopicIDs = temp;
using (SQLite.Query query = accessor.Connection.Query(queryText))
{
while (query.Step())
{
if (fileIDs == null)
{
fileIDs = new NumberSet();
}
fileIDs.Add(query.IntColumn(0));
int classID = query.IntColumn(1);
if (classID != 0)
{
if (classIDs == null)
{
classIDs = new NumberSet();
}
classIDs.Add(classID);
}
}
}
}while (remainingTopicIDs != null);
}
public void RefreshData(NumberSet numberSet)
{
LoadNumberSetNumbersData(numberSet);
}
/// <summary>
/// Copy constructor
/// </summary>
private Cell(int number, NumberSet options)
{
Number = number;
_options = options;
}
/* Function: GetInfoOnLinksToTopicsWithNDLinkInSummary
*
* What the hell? Okay, check this out: First it finds the topics which have the passed Natural Docs link in their
* summaries. Then it returns aggregate information on all links that resolve to any of those topics. This is needed
* for keeping tooltips accurate with differential building. It makes sense, trust me.
*
* Parameters:
*
* link - The link to look up. It must be a Natural Docs link.
* fileIDs - The file IDs of all the links that resolve to the topics that have the link in the summary. Will be null if none.
* classIDs - The class IDs of all the links that resolve to the topics that have the link in the summary. Will be null if none.
*
*/
public void GetInfoOnLinksToTopicsWithNDLinkInSummary(Link link, out IDObjects.NumberSet fileIDs, out IDObjects.NumberSet classIDs)
{
#if DEBUG
if (link.Type != LinkType.NaturalDocs)
{
throw new InvalidOperationException("GetInfoOnLinksToTopicsWithNDLinkInSummary() must be used with Natural Docs links. It's right there in the title, derp.");
}
#endif
accessor.RequireAtLeast(Accessor.LockType.ReadOnly);
fileIDs = null;
classIDs = null;
IDObjects.NumberSet topicIDs = null;
string likeText = "%<link type=\"naturaldocs\" originaltext=\"" + link.Text.EntityEncode() + "\"%";
using (SQLite.Query query = accessor.Connection.Query("SELECT TopicID FROM Topics WHERE FileID=? AND Summary LIKE ?",
link.FileID, likeText))
{
while (query.Step())
{
if (topicIDs == null)
{
topicIDs = new NumberSet();
}
topicIDs.Add(query.IntColumn(0));
}
}
if (topicIDs == null)
{
return;
}
StringBuilder queryText = new StringBuilder("SELECT FileID, ClassID FROM Links WHERE ");
List <object> queryParams = new List <object>();
CodeDB.Accessor.AppendWhereClause_ColumnIsInNumberSet("TargetTopicID", topicIDs, queryText, queryParams);
using (SQLite.Query query = accessor.Connection.Query(queryText.ToString(), queryParams.ToArray()))
{
while (query.Step())
{
if (fileIDs == null)
{
fileIDs = new NumberSet();
}
fileIDs.Add(query.IntColumn(0));
int classID = query.IntColumn(1);
if (classID != 0)
{
if (classIDs == null)
{
classIDs = new NumberSet();
}
classIDs.Add(classID);
}
}
}
}
/* Function: AddClasses
* Adds a set of class IDs to the list that need their output files rebuilt.
*/
public void AddClasses(NumberSet classIDs)
{
lock (accessLock)
{ classes.Add(classIDs); }
}
//public void SetShuffle(Shuffle shuffle)
//{
// _shuffle = shuffle;
// SetShuffleNumbers(_shuffle);
//}
//private void SetShuffleNumbers(Shuffle shuffle)
//{
// _shuffle = shuffle;
// List<ShuffleNumber> data = new List<ShuffleNumber>();
// if (_shuffle != null)
// {
// data = _numbrTumblrBusiness.GetShuffleNumbersByShuffleId(_shuffle.ShuffleID);
// }
// _shuffleNumbers.Clear();
// _shuffleNumbers.AddRange(data);
//}
public void RefreshData(Shuffle shuffle, NumberSet numberSet)
{
LoadShuffleNumbersData(shuffle, numberSet);
}
