/* Function: ExtractTypeLinks
* Goes through the prototype of the passed <Topic> and adds any type links it finds to <LinkSet>.
*/
protected void ExtractTypeLinks(Topic topic, LinkSet linkSet)
{
if (topic.Prototype == null)
{
return;
}
Language language = EngineInstance.Languages.FromID(topic.LanguageID);
TokenIterator symbolStart = topic.ParsedPrototype.Tokenizer.FirstToken;
TokenIterator symbolEnd;
while (symbolStart.IsInBounds)
{
if (symbolStart.PrototypeParsingType == PrototypeParsingType.Type ||
symbolStart.PrototypeParsingType == PrototypeParsingType.TypeQualifier)
{
symbolEnd = symbolStart;
do
{
symbolEnd.Next();
}while (symbolEnd.PrototypeParsingType == PrototypeParsingType.Type ||
symbolEnd.PrototypeParsingType == PrototypeParsingType.TypeQualifier);
if (language.IsBuiltInType(symbolStart, symbolEnd) == false)
{
Link link = new Link();
// ignore LinkID
link.Type = LinkType.Type;
link.Symbol = SymbolString.FromPlainText_NoParameters(symbolStart.Tokenizer.TextBetween(symbolStart, symbolEnd));
link.Context = topic.PrototypeContext;
// ignore contextID
link.FileID = topic.FileID;
link.ClassString = topic.ClassString;
// ignore classID
link.LanguageID = topic.LanguageID;
// ignore EndingSymbol
// ignore TargetTopicID
// ignore TargetScore
linkSet.Add(link);
}
symbolStart = symbolEnd;
}
else
{
symbolStart.Next();
}
}
}
/* Function: GetParentList
*/
protected List <Parent> GetParentList()
{
// First separate out all the class parent links that apply to this class.
List <Link> parentLinks = null;
if (links != null)
{
foreach (var link in links)
{
if (link.Type == LinkType.ClassParent && link.ClassID == topic.ClassID)
{
if (parentLinks == null)
{
parentLinks = new List <Link>();
}
parentLinks.Add(link);
}
}
}
// We don't have to worry about parents appearing in the prototype if there aren't any class parent links
// because there would have been one generated for each of them in the parsing stage.
if (parentLinks == null)
{
return(null);
}
// Now make entries for all the parents in the prototype. Note that it's possible for there to be class parent
// links yet no parents in the prototype. Some languages define them separately, and some allow classes to
// be defined across multiple files and the parents may only appear in one.
List <Parent> parents = new List <Parent>();
int prototypeParentCount = topic.ParsedClassPrototype.NumberOfParents;
TokenIterator start, end;
for (int i = 0; i < prototypeParentCount; i++)
{
topic.ParsedClassPrototype.GetParentName(i, out start, out end);
string parentName = start.Tokenizer.TextBetween(start, end);
Parent parent = new Parent();
parent.prototypeIndex = i;
parent.prototypeSymbol = SymbolString.FromPlainText_NoParameters(parentName);
parents.Add(parent);
}
// Now we make one pass where we merge the class parent links with the prototype parents, if any. Since
// the links have been generated from the prototype, we don't have to do anything other than simple symbol
// matching. We don't have to worry about things like StringBuilder versus System.Text.StringBuilder yet.
for (int i = 0; i < parentLinks.Count; /* don't auto-increment */)
{
bool foundMatch = false;
foreach (var parent in parents)
{
if (parent.prototypeSymbol == parentLinks[i].Symbol)
{
if (parent.link == null)
{
parent.link = parentLinks[i];
}
foundMatch = true;
// Keep going, don't break on the first match. It's possible for multiple prototype parents to share
// the same link, such as IList and IList<T>.
}
}
if (foundMatch)
{
parentLinks.RemoveAt(i);
}
else
{
i++;
}
}
// Now we do a second pass where we match links by their targets. This is so if there's two links, one to
// StringBuilder and one to System.Text.StringBuilder, and they both resolve to the same topic only one
// will appear. However, if neither resolve then just include them both. We won't try to guess whether
// partial symbol matches are probably the same parent.
foreach (var parentLink in parentLinks)
{
bool found = false;
if (parentLink.IsResolved)
{
foreach (var parent in parents)
{
if (parent.link != null && parent.link.TargetTopicID == parentLink.TargetTopicID)
{
found = true;
break;
}
}
}
// If the link wasn't resolved we just leave found as false so it gets added.
if (!found)
{
Parent newParent = new Parent();
newParent.link = parentLink;
parents.Add(newParent);
}
}
// Still not done. Now go through the link targets and find the matches for each resolved link.
foreach (var parent in parents)
{
if (parent.link != null && parent.link.IsResolved)
{
foreach (var linkTarget in linkTargets)
{
if (linkTarget.TopicID == parent.link.TargetTopicID)
{
parent.targetTopic = linkTarget;
break;
}
}
}
}
return(parents);
}
// Group: Functions
// __________________________________________________________________________
public TopicEntry(Topic topic, SearchIndex.Manager manager) : base()
{
this.topic = topic;
var commentType = manager.EngineInstance.CommentTypes.FromID(topic.CommentTypeID);
var language = manager.EngineInstance.Languages.FromID(topic.LanguageID);
// Get the title without any parameters. We don't want to include parameters in the index. Multiple functions that
// differ only by parameter will be treated as one entry.
string title, ignore;
ParameterString.SplitFromParameters(topic.Title, out title, out ignore);
title = title.TrimEnd();
// Figure out the extra scope text that should be added to the title to make it a fully resolved symbol. We do this by
// comparing the symbol from the topic to one generated from the title. We don't just use the symbol to begin with
// because we want to show the title as written; there's some normalization that occurs when generating symbols
// that we want to bypass.
string extraScope = null;
SymbolString titleSymbol = SymbolString.FromPlainText_NoParameters(title);
string titleSymbolString = titleSymbol.FormatWithSeparator(language.MemberOperator);
string symbolString = topic.Symbol.FormatWithSeparator(language.MemberOperator);
if (symbolString.Length > titleSymbolString.Length)
{
// We have to go by LastIndexOf rather than EndsWith because operator<string> will have <string> cut off as a parameter.
// We have to go by LastIndexOf instead of IndexOf so constructors don't get cut off (Package.Class.Class).
int titleIndex = symbolString.LastIndexOf(titleSymbolString);
#if DEBUG
if (titleIndex == -1)
{
throw new Exception("Title symbol string \"" + titleSymbolString + "\" isn't part of symbol string \"" + symbolString + "\" which " +
"was assumed when creating a search index entry.");
}
#endif
extraScope = symbolString.Substring(0, titleIndex);
}
// Remove the space in "operator <". This prevents them from appearing as two keywords, and also makes sure "operator <" and
// "operator<" are always displayed consistently, which will be important for sorting.
title = SpaceAfterOperatorKeywordRegex.Replace(title, "");
displayName = (extraScope == null ? title : extraScope + title);
searchText = Normalize(displayName);
if (commentType.Flags.File)
{
endOfDisplayNameQualifiers = EndOfQualifiers(displayName, FileSplitSymbolsRegex.Matches(displayName));
endOfSearchTextQualifiers = EndOfQualifiers(searchText, FileSplitSymbolsRegex.Matches(searchText));
}
else if (commentType.Flags.Code)
{
endOfDisplayNameQualifiers = EndOfQualifiers(displayName, CodeSplitSymbolsRegex.Matches(displayName));
endOfSearchTextQualifiers = EndOfQualifiers(searchText, CodeSplitSymbolsRegex.Matches(searchText));
}
else // documentation topic
{
if (extraScope == null)
{
endOfDisplayNameQualifiers = 0;
endOfSearchTextQualifiers = 0;
}
else
{
endOfDisplayNameQualifiers = extraScope.Length;
// Don't need +1 because only leading separators are removed. The trailing separator will still be there.
endOfSearchTextQualifiers = Normalize(extraScope).Length;
}
}
keywords = new List <string>();
if (endOfDisplayNameQualifiers == 0)
{
AddKeywords(displayName, commentType.Flags.Documentation);
}
else
{
AddKeywords(displayName.Substring(endOfDisplayNameQualifiers), commentType.Flags.Documentation);
}
}
/* Function: AppendSyntaxHighlightedTextWithTypeLinks
*
* Formats the text between the iterators with syntax highlighting and links for any tokens marked with
* <PrototypeParsingType.Type> and <PrototypeParsingType.TypeQualifier>. Appends the result to the passed StringBuilder.
*
* Parameters:
*
* start - The first token of the text to convert.
* end - The end of the text to convert, which is one token past the last one included.
* output - The StringBuilder to append the output to.
*
* links - A list of <Links> that should contain any appearing in the code.
* linkTargets - A list of topics that should contain any used as targets in the list of links.
*
* extendTypeSearch - If true, it will search beyond the bounds of the iterators to get the complete type. This allows you to
* format only a portion of the link with this function yet still have the link go to the complete destination.
*
* Requirements:
*
* - The <Context>'s topic and page must be set.
*/
public void AppendSyntaxHighlightedTextWithTypeLinks(TokenIterator start, TokenIterator end, StringBuilder output,
IList <Link> links, IList <Topics.Topic> linkTargets,
bool extendTypeSearch = false)
{
#if DEBUG
if (Context.Topic == null)
{
throw new Exception("Tried to call AppendSyntaxtHighlightedTextWithTypeLinks without setting the context's topic.");
}
if (Context.Page.IsNull)
{
throw new Exception("Tried to call AppendSyntaxtHighlightedTextWithTypeLinks without setting the context's page.");
}
if (links == null)
{
throw new Exception("Tried to call AppendSyntaxtHighlightedTextWithTypeLinks without setting the links variable.");
}
if (linkTargets == null)
{
throw new Exception("Tried to call AppendSyntaxtHighlightedTextWithTypeLinks without setting the linkTargets variable.");
}
#endif
Language language = EngineInstance.Languages.FromID(Context.Topic.LanguageID);
// Find each Type/TypeQualifier stretch in the text
TokenIterator iterator = start;
while (iterator < end)
{
if (iterator.PrototypeParsingType == PrototypeParsingType.Type ||
iterator.PrototypeParsingType == PrototypeParsingType.TypeQualifier)
{
TokenIterator textStart = iterator;
TokenIterator textEnd = iterator;
do
{
textEnd.Next();
}while (textEnd < end &&
(textEnd.PrototypeParsingType == PrototypeParsingType.Type ||
textEnd.PrototypeParsingType == PrototypeParsingType.TypeQualifier));
TokenIterator symbolStart = textStart;
TokenIterator symbolEnd = textEnd;
// Extend past start and end if the flag is set
if (extendTypeSearch && symbolStart == start)
{
TokenIterator temp = symbolStart;
temp.Previous();
while (temp.IsInBounds &&
(temp.PrototypeParsingType == PrototypeParsingType.Type ||
temp.PrototypeParsingType == PrototypeParsingType.TypeQualifier))
{
symbolStart = temp;
temp.Previous();
}
}
if (extendTypeSearch && symbolEnd == end)
{
while (symbolEnd.IsInBounds &&
(symbolEnd.PrototypeParsingType == PrototypeParsingType.Type ||
symbolEnd.PrototypeParsingType == PrototypeParsingType.TypeQualifier))
{
symbolEnd.Next();
}
}
// Built in types don't get links
if (language.IsBuiltInType(symbolStart, symbolEnd))
{
AppendSyntaxHighlightedText(textStart, textEnd, output);
}
else
{
// Create a link object with the identifying properties needed to look it up in the list of links.
Link linkStub = new Link();
linkStub.Type = LinkType.Type;
linkStub.Symbol = SymbolString.FromPlainText_NoParameters(symbolStart.TextBetween(symbolEnd));
linkStub.Context = Context.Topic.PrototypeContext;
linkStub.ContextID = Context.Topic.PrototypeContextID;
linkStub.FileID = Context.Topic.FileID;
linkStub.ClassString = Context.Topic.ClassString;
linkStub.ClassID = Context.Topic.ClassID;
linkStub.LanguageID = Context.Topic.LanguageID;
// Find the actual link so we know if it resolved to anything.
Link fullLink = null;
foreach (Link link in links)
{
if (link.SameIdentifyingPropertiesAs(linkStub))
{
fullLink = link;
break;
}
}
#if DEBUG
if (fullLink == null)
{
throw new Exception("All links in a topic must be in the list passed to AppendSyntaxtHighlightedTextWithTypeLinks.");
}
#endif
// If it didn't resolve, we just output the original text.
if (!fullLink.IsResolved)
{
AppendSyntaxHighlightedText(textStart, textEnd, output);
}
else
{
// If it did resolve, find Topic it resolved to.
Topics.Topic targetTopic = null;
foreach (var linkTarget in linkTargets)
{
if (linkTarget.TopicID == fullLink.TargetTopicID)
{
targetTopic = linkTarget;
break;
}
}
#if DEBUG
if (targetTopic == null)
{
throw new Exception("All links targets for a topic must be in the list passed to AppendSyntaxtHighlightedTextWithTypeLinks.");
}
#endif
AppendOpeningLinkTag(targetTopic, output);
AppendSyntaxHighlightedText(textStart, textEnd, output);
output.Append("</a>");
}
}
iterator = textEnd;
}
else // not on a type
{
TokenIterator startText = iterator;
do
{
iterator.Next();
}while (iterator < end &&
iterator.PrototypeParsingType != PrototypeParsingType.Type &&
iterator.PrototypeParsingType != PrototypeParsingType.TypeQualifier);
AppendSyntaxHighlightedText(startText, iterator, output);
}
}
}
/* Function: GetPrototypeLinks
* Goes through the prototype of the passed <Topic> and adds any type links it finds to <LinkSet>.
*/
protected void GetPrototypeLinks(Topic topic, ref LinkSet linkSet)
{
if (topic.Prototype == null)
{
return;
}
Language language = EngineInstance.Languages.FromID(topic.LanguageID);
// We do this even for topics in the class hierarchy because the HTML output falls back to regular prototypes
// if there's no class prototype. Also, if there's parameter lists in the description the HTML generator will require
// type links to exist regardless of what type of prototype it creates. For example, this SystemVerilog interface:
//
// // Interface: myInterface
// //
// // Parameters:
// // PARAMNAME - description
//
// interface myInterface #(parameter PARAMNAME = 8) (input reset, clk);
//
// The HTML generation for the Parameters section will expect a type link to exist for PARAMNAME.
TokenIterator symbolStart = topic.ParsedPrototype.Tokenizer.FirstToken;
TokenIterator symbolEnd;
while (symbolStart.IsInBounds)
{
if (symbolStart.PrototypeParsingType == PrototypeParsingType.Type ||
symbolStart.PrototypeParsingType == PrototypeParsingType.TypeQualifier)
{
symbolEnd = symbolStart;
do
{
symbolEnd.Next();
}while (symbolEnd.PrototypeParsingType == PrototypeParsingType.Type ||
symbolEnd.PrototypeParsingType == PrototypeParsingType.TypeQualifier);
if (language.Parser.IsBuiltInType(symbolStart, symbolEnd) == false)
{
Link link = new Link();
// ignore LinkID
link.Type = LinkType.Type;
link.Symbol = SymbolString.FromPlainText_NoParameters(symbolStart.TextBetween(symbolEnd));
link.Context = topic.PrototypeContext;
// ignore contextID
link.FileID = topic.FileID;
link.ClassString = topic.ClassString;
// ignore classID
link.LanguageID = topic.LanguageID;
// ignore EndingSymbol
// ignore TargetTopicID
// ignore TargetScore
linkSet.Add(link);
}
symbolStart = symbolEnd;
}
else
{
symbolStart.Next();
}
}
}
// Group: Link Scoring Functions
// __________________________________________________________________________
/* Function: Score
*
* Generates a numeric score representing how well the <Topic> serves as a match for the <Link>. Higher scores are
* better, and zero means they don't match at all.
*
* If a score has to beat a certain threshold to be relevant, you can pass it to lessen the processing load. This function
* may be able to tell it can't beat the score early and return without performing later steps. In these cases it will return
* -1.
*
* If scoring a Natural Docs link you must pass a list of interpretations. It must include the literal form.
*/
public long Score(Link link, Topic topic, long minimumScore = 0, List <LinkInterpretation> interpretations = null)
{
// DEPENDENCY: These things depend on the score's internal format:
// - EngineTests.LinkScoring
// - Link.TargetInterepretationIndex
// Other than that the score's format should be treated as opaque. Nothing beyond this class should try to
// interpret the value other than to know that higher is better, zero is not a match, and -1 means we quit early.
// It's a 64-bit value so we'll assign bits to the different characteristics. Higher order bits obviously result in higher
// numeric values so the characteristics are ordered by priority.
// Format:
// 0LCETPPP PPPPPPPP PPPPPPPP PSSSSSSS SSSIIIII IBFFFFFF Rbbbbbbb brrrrrr1
// 0 - The first bit is zero to make sure the number is positive.
// L - Whether the topic matches the link's language.
// C - Whether the topic and link's capitalization match if it matters to the language.
// E - Whether the text is an exact match with no plural or possessive conversions applied.
// T - Whether the link parameters exactly match the topic title parameters.
// P - How well the parameters match.
// S - How high on the scope list the symbol match is.
// I - How high on the interpretation list (named/plural/possessive) the match is.
// B - Whether the topic has a body
// F - How high on the list of topics that define the same symbol in the same file this is.
// R - Whether the topic has a prototype.
// b - The length of the body divided by 16.
// r - The length of the prototype divided by 16.
// 1 - The final bit is one to make sure a match will never be zero.
// For type and class parent links, the comment type MUST have the relevant attribute set to be possible.
var commentType = EngineInstance.CommentTypes.FromID(topic.CommentTypeID);
var language = EngineInstance.Languages.FromID(topic.LanguageID);
if ((link.Type == LinkType.ClassParent && commentType.InClassHierarchy == false) ||
(link.Type == LinkType.Type && commentType.IsVariableType == false))
{
return(0);
}
// 0------- -------- -------- -------- -------- -------- -------- -------1
// Our baseline.
long score = 0x0000000000000001;
// =L------ -------- -------- -------- -------- -------- -------- -------=
// L - Whether the topic's language matches the link's language. For type and class parent links this is mandatory. For
// Natural Docs links this is the highest priority criteria as links should favor any kind of match within their own language
// over matches from another.
if (link.LanguageID == topic.LanguageID)
{
score |= 0x4000000000000000;
}
else if (link.Type == LinkType.ClassParent || link.Type == LinkType.Type)
{
return(0);
}
else if (minimumScore > 0x3FFFFFFFFFFFFFFF)
{
return(-1);
}
// ==CE---- -------- -------- -SSSSSSS SSSIIIII I------- -------- -------=
// Now we have to go through the interpretations to figure out the fields that could change based on them.
// C and S will be handled by ScoreInterpretation(). E and I will be handled here.
// C - Whether the topic and link's capitalization match if it matters to the language. This depends on the
// interpretation because it can be affected by how named links are split.
// E - Whether the text is an exact match with no plural or possessive conversions applied. Named links are
// okay.
// S - How high on the scope list the symbol match is.
// I - How high on the interpretation list (named/plural/possessive) the match is.
long bestInterpretationScore = 0;
int bestInterpretationIndex = 0;
if (link.Type == LinkType.NaturalDocs)
{
for (int i = 0; i < interpretations.Count; i++)
{
long interpretationScore = ScoreInterpretation(topic, link, SymbolString.FromPlainText_NoParameters(interpretations[i].Target));
if (interpretationScore != 0)
{
// Add E if there were no plurals or possessives. Named links are okay.
if (interpretations[i].PluralConversion == false && interpretations[i].PossessiveConversion == false)
{
interpretationScore |= 0x1000000000000000;
}
if (interpretationScore > bestInterpretationScore)
{
bestInterpretationScore = interpretationScore;
bestInterpretationIndex = i;
}
}
}
}
else // type or class parent link
{
bestInterpretationScore = ScoreInterpretation(topic, link, link.Symbol);
bestInterpretationIndex = 0;
// Add E if there was a match.
if (bestInterpretationScore != 0)
{
bestInterpretationScore |= 0x1000000000000000;
}
}
// If none of the symbol interpretations matched the topic, we're done.
if (bestInterpretationScore == 0)
{
return(0);
}
// Combine C, E, and S into the main score.
score |= bestInterpretationScore;
// Calculate I so that lower indexes are higher scores. Since these are the lowest order bits it's okay to leave
// this for the end instead of calculating it for every interpretation.
if (bestInterpretationIndex > 63)
{
bestInterpretationIndex = 63;
}
long bestInterpretationBits = 63 - bestInterpretationIndex;
bestInterpretationBits <<= 23;
score |= bestInterpretationBits;
if ((score | 0x0FFFFF80007FFFFF) < minimumScore)
{
return(-1);
}
// ====TPPP PPPPPPPP PPPPPPPP P======= ======== =------- -------- -------=
// T - Whether the link parameters exactly match the topic title parameters.
// P - How well the parameters match.
// Both of these only apply to Natural Docs links that have parameters.
if (link.Type == LinkType.NaturalDocs)
{
int parametersIndex = ParameterString.GetParametersIndex(link.Text);
if (parametersIndex != -1)
{
string linkParametersString = link.Text.Substring(parametersIndex);
ParameterString linkParameters = ParameterString.FromPlainText(linkParametersString);
// If the topic title has parameters as well, the link parameters must match them exactly. We
// don't do fuzzy matching with topic title parameters.
if (topic.HasTitleParameters && string.Compare(linkParameters, topic.TitleParameters, !language.CaseSensitive) == 0)
{
score |= 0x0800000000000000;
// We can skip the prototype match since this outweighs it. Also, we don't want two link targets
// where the topic title parameters are matched to be distinguished by the prototype parameters.
// We'll let it fall through to lower properties in the score.
}
else
{
// Score the first nine parameters.
for (int i = 0; i < 9; i++)
{
long paramScore = ScoreParameter(topic.ParsedPrototype, linkParameters, i, !language.CaseSensitive);
if (paramScore == -1)
{
return(0);
}
paramScore <<= 39 + ((9 - i) * 2);
score |= paramScore;
}
// The tenth is special. It's possible that functions may have more than ten parameters, so we go
// through the rest of them and use the lowest score we get.
long lastParamScore = ScoreParameter(topic.ParsedPrototype, linkParameters, 9, !language.CaseSensitive);
int maxParameters = linkParameters.NumberOfParameters;
if (topic.ParsedPrototype != null && topic.ParsedPrototype.NumberOfParameters > maxParameters)
{
maxParameters = topic.ParsedPrototype.NumberOfParameters;
}
for (int i = 10; i < maxParameters; i++)
{
long paramScore = ScoreParameter(topic.ParsedPrototype, linkParameters, i, !language.CaseSensitive);
if (paramScore < lastParamScore)
{
lastParamScore = paramScore;
}
}
if (lastParamScore == -1)
{
return(0);
}
lastParamScore <<= 39;
score |= lastParamScore;
}
}
}
// ======== ======== ======== ======== ======== =BFFFFFF Rbbbbbbb brrrrrr=
// Finish off the score with the topic properties.
// B - Whether the topic has a body
// F - How high on the list of topics that define the same symbol in the same file this is.
// R - Whether the topic has a prototype.
// b - The length of the body divided by 16.
// r - The length of the prototype divided by 16.
score |= ScoreTopic(topic);
return(score);
}
// Group: Functions
// __________________________________________________________________________
/* Function: Merge
*
* Takes a list of <Topics> that come from the same class but multiple source files and rearranges them into a
* single coherent list. Some topics may be removed or merged with others. The original topic list will be changed.
*
* Each file's topics should appear consecutively in the list and ideally in source order. The order of the files is not
* important but should ideally be consistent from one run to the next.
*
* It's possible for this function to reduce the number of topics to zero. For example, if defining classes with a list
* topic, the list topic itself will be removed. You should be able to handle this and treat it as if the topic list had
* no content.
*/
public static void Merge(ref List <Topic> topics, Engine.Instance engineInstance)
{
try
{
var files = engineInstance.Files;
var commentTypes = engineInstance.CommentTypes;
// Filter out any list topics that define members of a hierarchy. If someone documents classes as part of a list,
// we only want pages for the individual members, not the list topic.
for (int i = 0; i < topics.Count; /* no auto-increment */)
{
bool remove = false;
if (topics[i].IsList)
{
var commentType = commentTypes.FromID(topics[i].CommentTypeID);
if (commentType.InClassHierarchy || commentType.InDatabaseHierarchy)
{
remove = true;
}
}
if (remove)
{
topics.RemoveAt(i);
}
else
{
i++;
}
}
if (topics.Count == 0)
{
return;
}
// Validate that they're all from the same class and that all of a file's topics are consecutive.
#if DEBUG
int classID = topics[0].ClassID;
ClassString classString = topics[0].ClassString;
if (classID == 0)
{
throw new Exception("All topics passed to Merge() must have a class ID set.");
}
int currentFileID = topics[0].FileID;
IDObjects.NumberSet previousFileIDs = new IDObjects.NumberSet();
for (int i = 1; i < topics.Count; i++)
{
if (topics[i].ClassID != classID || topics[i].ClassString != classString)
{
throw new Exception("All topics passed to Merge() must have the same class string and ID.");
}
if (topics[i].FileID != currentFileID)
{
if (previousFileIDs.Contains(topics[i].FileID))
{
throw new Exception("Merge() requires all topics that share a file ID be consecutive.");
}
previousFileIDs.Add(currentFileID);
currentFileID = topics[i].FileID;
}
}
#endif
// See if there's multiple source files by comparing the first and last topics' file IDs. If there's only one source file we'll be
// able to skip some steps.
bool multipleSourceFiles = (topics[0].FileID != topics[topics.Count - 1].FileID);
List <Topic> remainingTopics = null;
if (multipleSourceFiles)
{
// First we have to sort the topic list by file name. This ensures that the merge occurs consistently no matter
// what order the files in the list are in or how the file IDs were assigned.
List <Topic> sortedTopics = new List <Topic>(topics.Count);
do
{
var lowestFile = files.FromID(topics[0].FileID);
var lowestFileIndex = 0;
var lastCheckedID = lowestFile.ID;
for (int i = 1; i < topics.Count; i++)
{
if (topics[i].FileID != lastCheckedID)
{
var file = files.FromID(topics[i].FileID);
if (Path.Compare(file.FileName, lowestFile.FileName) < 0)
{
lowestFile = file;
lowestFileIndex = i;
}
lastCheckedID = file.ID;
}
}
int count = 0;
for (int i = lowestFileIndex; i < topics.Count && topics[i].FileID == lowestFile.ID; i++)
{
count++;
}
sortedTopics.AddRange(topics.GetRange(lowestFileIndex, count));
topics.RemoveRange(lowestFileIndex, count);
}while (topics.Count > 0);
// The topics are all in sortedTopics now, and "topics" is empty. For clarity going forward, let's rename sortedTopics
// to remainingTopics, since we have to move them back into topics now.
remainingTopics = sortedTopics;
sortedTopics = null; // for safety
// Find the best topic to serve as the class definition.
Topic bestDefinition = remainingTopics[0];
int bestDefinitionIndex = 0;
for (int i = 1; i < remainingTopics.Count; i++)
{
Topic topic = remainingTopics[i];
if (topic.DefinesClass && engineInstance.Links.IsBetterClassDefinition(bestDefinition, topic))
{
bestDefinition = topic;
bestDefinitionIndex = i;
}
}
// Copy the best definition in and everything that follows it in the file. That will serve as the base for merging.
int bestDefinitionTopicCount = 1;
for (int i = bestDefinitionIndex + 1; i < remainingTopics.Count && remainingTopics[i].FileID == bestDefinition.FileID; i++)
{
bestDefinitionTopicCount++;
}
topics.AddRange(remainingTopics.GetRange(bestDefinitionIndex, bestDefinitionTopicCount));
remainingTopics.RemoveRange(bestDefinitionIndex, bestDefinitionTopicCount);
} // if multipleSourceFiles
// Make sure the first topic isn't embedded so that classes documented in lists still appear correctly.
if (topics[0].IsEmbedded)
{
topics[0] = topics[0].Duplicate();
topics[0].IsEmbedded = false;
}
// Delete all the other topics that define the class. We don't need them anymore.
for (int i = 1; i < topics.Count; /* don't auto increment */)
{
if (topics[i].DefinesClass)
{
topics.RemoveAt(i);
}
else
{
i++;
}
}
if (multipleSourceFiles)
{
for (int i = 0; i < remainingTopics.Count; /* don't auto increment */)
{
if (remainingTopics[i].DefinesClass)
{
remainingTopics.RemoveAt(i);
}
else
{
i++;
}
}
// Now merge the remaining topics into the main list.
// We loop through this process one file at a time in case some topics have to be merged that aren't present in the
// base we chose. For example, File A has FunctionA but not FunctionZ. File B and File C both have FunctionZ and
// they need to be merged with each other. If we only did one pass comparing all the remaining topics to the base
// we wouldn't see that.
while (remainingTopics.Count > 0)
{
int fileID = remainingTopics[0].FileID;
// First pick out and merge duplicates. This is used for things like combining header and source definitions in C++.
for (int remainingTopicIndex = 0;
remainingTopicIndex < remainingTopics.Count && remainingTopics[remainingTopicIndex].FileID == fileID;
/* no auto-increment */)
{
var remainingTopic = remainingTopics[remainingTopicIndex];
// We're ignoring group topics for now. They stay in remainingTopics.
if (remainingTopic.IsGroup)
{
remainingTopicIndex++;
continue;
}
int embeddedTopicCount = CountEmbeddedTopics(remainingTopics, remainingTopicIndex);
// If we're merging enums, the one with the most embedded topics (documented values) wins. In practice one
// should be documented and one shouldn't be, so this should usually be any number versus zero.
if (remainingTopic.IsEnum)
{
int duplicateIndex = FindDuplicateTopic(remainingTopic, topics, engineInstance);
if (duplicateIndex == -1)
{
remainingTopicIndex += 1 + embeddedTopicCount;
}
else
{
int duplicateEmbeddedTopicCount = CountEmbeddedTopics(topics, duplicateIndex);
if (embeddedTopicCount > duplicateEmbeddedTopicCount ||
(embeddedTopicCount == duplicateEmbeddedTopicCount &&
engineInstance.Links.IsBetterTopicDefinition(remainingTopic, topics[duplicateIndex]) == false))
{
topics.RemoveRange(duplicateIndex, 1 + duplicateEmbeddedTopicCount);
topics.InsertRange(duplicateIndex, remainingTopics.GetRange(remainingTopicIndex, 1 + embeddedTopicCount));
}
remainingTopics.RemoveRange(remainingTopicIndex, 1 + embeddedTopicCount);
}
}
// If it's not an enum and it's a standalone topic, the one with the best score wins.
else if (embeddedTopicCount == 0)
{
int duplicateIndex = FindDuplicateTopic(remainingTopic, topics, engineInstance);
if (duplicateIndex == -1)
{
remainingTopicIndex++;
}
else if (engineInstance.Links.IsBetterTopicDefinition(remainingTopic, topics[duplicateIndex]) == false)
{
if (topics[duplicateIndex].IsEmbedded)
{
// Just leave them both in
remainingTopicIndex++;
}
else
{
topics[duplicateIndex] = remainingTopic;
remainingTopics.RemoveAt(remainingTopicIndex);
}
}
else
{
remainingTopics.RemoveAt(remainingTopicIndex);
}
}
// If it's not an enum and we're at a list topic, leave it for now. We only want to remove it if EVERY member has
// a better definition, and those definitions can be in different files, so wait until the list is fully combined.
else
{
remainingTopicIndex += 1 + embeddedTopicCount;
}
}
// Generate groups from the topic lists.
// Start at 1 to skip the class topic.
var topicGroups = GetTopicGroups(topics, startingIndex: 1);
var remainingTopicGroups = GetTopicGroups(remainingTopics, limitToFileID: fileID);
// Now merge groups.
int remainingGroupIndex = 0;
while (remainingGroupIndex < remainingTopicGroups.Groups.Count)
{
var remainingGroup = remainingTopicGroups.Groups[remainingGroupIndex];
bool merged = false;
// If the group is empty because all its members were merged as duplicates, just delete it.
if (remainingGroup.IsEmpty)
{
remainingTopicGroups.RemoveGroupAndTopics(remainingGroupIndex);
merged = true;
}
// If it matches the title of an existing group, move its members to the end of the existing group.
else if (remainingGroup.Title != null)
{
for (int groupIndex = 0; groupIndex < topicGroups.Groups.Count; groupIndex++)
{
if (topicGroups.Groups[groupIndex].Title == remainingGroup.Title)
{
remainingTopicGroups.MergeGroupInto(remainingGroupIndex, topicGroups, groupIndex);
merged = true;
break;
}
}
// If the group had a title but didn't match one on the other list, insert it after the last group of the same
// dominant type so function groups stay with other function groups, variable groups stay with other variable
// groups, etc.
if (merged == false)
{
int bestMatchIndex = -1;
// Walk the list backwards because we want it to be after the last group of the type, not the first.
for (int i = topicGroups.Groups.Count - 1; i >= 0; i--)
{
if (topicGroups.Groups[i].DominantTypeID == remainingGroup.DominantTypeID)
{
bestMatchIndex = i;
break;
}
}
if (bestMatchIndex == -1)
{
// Just add the group to the end if nothing matches.
remainingTopicGroups.MoveGroupTo(remainingGroupIndex, topicGroups);
}
else
{
remainingTopicGroups.MoveGroupTo(remainingGroupIndex, topicGroups, bestMatchIndex + 1);
}
merged = true;
}
}
if (!merged)
{
remainingGroupIndex++;
}
}
// Now we're left with topics that are not in titled groups, meaning the file itself had no group topics or there were
// topics that appeared before the first one. See if the base contains any titled groups.
bool hasGroupsWithTitles = false;
foreach (var group in topicGroups.Groups)
{
if (group.Title != null)
{
hasGroupsWithTitles = true;
break;
}
}
// If there's no titles we can just append the remaining topics as is.
if (hasGroupsWithTitles == false)
{
int fileIDLimit = 0;
while (fileIDLimit < remainingTopics.Count && remainingTopics[fileIDLimit].FileID == fileID)
{
fileIDLimit++;
}
if (fileIDLimit > 0)
{
topics.AddRange(remainingTopics.GetRange(0, fileIDLimit));
remainingTopics.RemoveRange(0, fileIDLimit);
}
}
// If there are titled groups, see if we can add them to the end of existing groups. However, only do
// this if TitleMatchesType is set. It's okay to put random functions into the group "Functions" but
// not into something more specific. If there aren't appropriate groups to do this with, create new ones.
else
{
while (remainingTopics.Count > 0 && remainingTopics[0].FileID == fileID)
{
int type = remainingTopics[0].CommentTypeID;
int matchingGroupIndex = -1;
for (int i = topicGroups.Groups.Count - 1; i >= 0; i--)
{
if (topicGroups.Groups[i].DominantTypeID == type &&
topicGroups.Groups[i].TitleMatchesType)
{
matchingGroupIndex = i;
break;
}
}
// Create a new group if there's no existing one we can use.
if (matchingGroupIndex == -1)
{
Topic generatedTopic = new Topic(engineInstance.CommentTypes);
generatedTopic.TopicID = 0;
generatedTopic.Title = engineInstance.CommentTypes.FromID(type).PluralDisplayName;
generatedTopic.Symbol = SymbolString.FromPlainText_NoParameters(generatedTopic.Title);
generatedTopic.ClassString = topics[0].ClassString;
generatedTopic.ClassID = topics[0].ClassID;
generatedTopic.CommentTypeID = engineInstance.CommentTypes.IDFromKeyword("group", topics[0].LanguageID);
generatedTopic.FileID = topics[0].FileID;
generatedTopic.LanguageID = topics[0].LanguageID;
// In case there's nothing that defines the "group" keyword.
if (generatedTopic.CommentTypeID != 0)
{
topicGroups.Topics.Add(generatedTopic);
topicGroups.CreateGroup(topicGroups.Topics.Count - 1, 1);
}
matchingGroupIndex = topicGroups.Groups.Count - 1;
}
do
{
int topicsToMove = 1 + CountEmbeddedTopics(remainingTopics, 0);
while (topicsToMove > 0)
{
topicGroups.AppendToGroup(matchingGroupIndex, remainingTopics[0]);
remainingTopics.RemoveAt(0);
topicsToMove--;
}
}while (remainingTopics.Count > 0 && remainingTopics[0].CommentTypeID == type);
}
}
}
// Now that everything's merged into one list, make another pass to merge list topics.
for (int topicIndex = 0; topicIndex < topics.Count; /* no auto-increment */)
{
var topic = topics[topicIndex];
// Ignore group topics
if (topic.IsGroup)
{
topicIndex++;
continue;
}
int embeddedTopicCount = CountEmbeddedTopics(topics, topicIndex);
// Ignore single topics and enums. Enums have embedded topics but we already handled them earlier.
if (embeddedTopicCount == 0 || topic.IsEnum)
{
topicIndex += 1 + embeddedTopicCount;
continue;
}
// If we're here we're at a list topic. Compare its members with every other member in the list. Remove standalone
// topics if the list contains a better definition, but only remove the list if EVERY member has a better definition
// somewhere else. If only some do we'll leave in the whole thing and have duplicates instead of trying to pluck out
// individual embedded topics.
bool embeddedContainsBetterDefinitions = false;
bool embeddedContainsNonDuplicates = false;
for (int embeddedTopicIndex = topicIndex + 1;
embeddedTopicIndex < topicIndex + 1 + embeddedTopicCount;
embeddedTopicIndex++)
{
var embeddedTopic = topics[embeddedTopicIndex];
var embeddedTopicLanguage = engineInstance.Languages.FromID(embeddedTopic.LanguageID);
var foundDuplicate = false;
for (int potentialDuplicateTopicIndex = 0; potentialDuplicateTopicIndex < topics.Count; /* no auto-increment */)
{
/* Skip ones in the list topic */
if (potentialDuplicateTopicIndex == topicIndex)
{
potentialDuplicateTopicIndex += 1 + embeddedTopicCount;
continue;
}
var potentialDuplicateTopic = topics[potentialDuplicateTopicIndex];
if (embeddedTopicLanguage.Parser.IsSameCodeElement(embeddedTopic, potentialDuplicateTopic))
{
foundDuplicate = true;
// If the current embedded topic is the better definition
if (engineInstance.Links.IsBetterTopicDefinition(potentialDuplicateTopic, embeddedTopic))
{
embeddedContainsBetterDefinitions = true;
// If the duplicate is also embedded, leave it alone. Either the duplicate is going to be allowed to exist
// because neither list can be completely removed, or it will be removed later when its own list is checked
// for duplicates.
if (potentialDuplicateTopic.IsEmbedded)
{
potentialDuplicateTopicIndex++;
}
// If the duplicate is not embedded we can remove it.
else
{
topics.RemoveAt(potentialDuplicateTopicIndex);
if (potentialDuplicateTopicIndex < topicIndex)
{
topicIndex--;
embeddedTopicIndex--;
}
}
}
// If the potential duplicate is the better definition. We don't need to do anything here because we're just
// looking to see if all of them have better definitions elsewhere, which can be determined by whether this
// group contains any better definitions or non-duplicates.
else
{
potentialDuplicateTopicIndex++;
}
}
// Not the same code element
else
{
potentialDuplicateTopicIndex++;
}
}
if (!foundDuplicate)
{
embeddedContainsNonDuplicates = true;
}
}
// Now that we've checked every embedded topic against every other topic, remove the entire list only if EVERY
// member has a better definition somewhere else, which is the same as saying it doesn't contain any better
// topic definitions or non-duplicates.
if (embeddedContainsBetterDefinitions == false && embeddedContainsNonDuplicates == false)
{
topics.RemoveRange(topicIndex, 1 + embeddedTopicCount);
}
else
{
topicIndex += 1 + embeddedTopicCount;
}
}
} // if multipleSourceFiles
// Now that everything's merged, delete any empty groups. We do this on the main group list for consistency,
// since we were doing it on the remaining group list during merging. Also, there may be new empty groups after
// merging the list topics.
// Start at 1 to skip the class topic.
var groupedTopics = GetTopicGroups(topics, startingIndex: 1);
for (int i = 0; i < groupedTopics.Groups.Count; /* don't auto increment */)
{
if (groupedTopics.Groups[i].IsEmpty)
{
groupedTopics.RemoveGroupAndTopics(i);
}
else
{
i++;
}
}
}
catch (Exception e)
{
// Build a message to show the class we crashed on
if (topics != null && topics.Count >= 1 && topics[0].ClassString != null)
{
var topic = topics[0];
StringBuilder task = new StringBuilder("Building class view for");
// Hierarchy
if (topic.ClassString.Hierarchy == Hierarchy.Database)
{
task.Append(" database");
}
else
{
// Language name
var language = (topics[0].LanguageID > 0 ? engineInstance.Languages.FromID(topics[0].LanguageID) : null);
if (language == null)
{
task.Append(" language ID " + topics[0].LanguageID + " class");
}
else
{
task.Append(" " + language.Name + " class");
}
}
// Class name
task.Append(" " + topic.ClassString.Symbol.FormatWithSeparator('.'));
e.AddNaturalDocsTask(task.ToString());
}
throw;
}
}
// Group: Functions
// __________________________________________________________________________
/* Function: MergeTopics
* Takes a list of <Topics> that come from the same class but multiple source files and combines them into a
* single coherent list. It assumes all topics from a single file will be consecutive, but otherwise the groups of
* topics can be in any order.
*/
public static void MergeTopics(List <Topic> topics, Builder builder)
{
if (topics.Count == 0)
{
return;
}
#if DEBUG
// Validate that they're all from the same class and that all of a file's topics are consecutive.
int classID = topics[0].ClassID;
ClassString classString = topics[0].ClassString;
if (classID == 0)
{
throw new Exception("All topics passed to MergeTopics() must have a class ID set.");
}
int currentFileID = topics[0].FileID;
IDObjects.NumberSet previousFileIDs = new IDObjects.NumberSet();
for (int i = 1; i < topics.Count; i++)
{
if (topics[i].ClassID != classID || topics[i].ClassString != classString)
{
throw new Exception("All topics passed to MergeTopics() must have the same class string and ID.");
}
if (topics[i].FileID != currentFileID)
{
if (previousFileIDs.Contains(topics[i].FileID))
{
throw new Exception("MergeTopics() requires all topics that share a file ID be consecutive.");
}
previousFileIDs.Add(currentFileID);
currentFileID = topics[i].FileID;
}
}
#endif
// If the first and last topic have the same file ID, that means the entire list does and we can return it as is.
if (topics[0].FileID == topics[topics.Count - 1].FileID)
{
// We do still have to make sure the first topic isn't embedded though so that classes documented in lists will
// appear correctly.
if (topics[0].IsEmbedded)
{
topics[0] = topics[0].Duplicate();
topics[0].IsEmbedded = false;
}
return;
}
var engineInstance = builder.EngineInstance;
var files = engineInstance.Files;
var commentTypes = engineInstance.CommentTypes;
// First we have to sort the topic list by file name. This ensures that the merge occurs consistently no matter
// what order the files in the list are in or how the file IDs were assigned.
List <Topic> sortedTopics = new List <Topic>(topics.Count);
do
{
var lowestFile = files.FromID(topics[0].FileID);
var lowestFileIndex = 0;
var lastCheckedID = lowestFile.ID;
for (int i = 1; i < topics.Count; i++)
{
if (topics[i].FileID != lastCheckedID)
{
var file = files.FromID(topics[i].FileID);
if (Path.Compare(file.FileName, lowestFile.FileName) < 0)
{
lowestFile = file;
lowestFileIndex = i;
}
lastCheckedID = file.ID;
}
}
int count = 0;
for (int i = lowestFileIndex; i < topics.Count && topics[i].FileID == lowestFile.ID; i++)
{
count++;
}
sortedTopics.AddRange(topics.GetRange(lowestFileIndex, count));
topics.RemoveRange(lowestFileIndex, count);
}while (topics.Count > 0);
// The topics are all in sortedTopics now, and "topics" is empty. For clarity going forward, let's rename sortedTopics
// to remainingTopics, since we have to move them back into topics now.
List <Topic> remainingTopics = sortedTopics;
sortedTopics = null; // for safety
// Find the best topic to serve as the class definition.
Topic bestDefinition = remainingTopics[0];
int bestDefinitionIndex = 0;
for (int i = 1; i < remainingTopics.Count; i++)
{
Topic topic = remainingTopics[i];
if (topic.DefinesClass &&
builder.EngineInstance.Links.IsBetterClassDefinition(bestDefinition, topic))
{
bestDefinition = topic;
bestDefinitionIndex = i;
}
}
// Copy the best definition in and everything that follows it in the file. That will serve as the base for merging.
int bestDefinitionTopicCount = 1;
for (int i = bestDefinitionIndex + 1; i < remainingTopics.Count && remainingTopics[i].FileID == bestDefinition.FileID; i++)
{
bestDefinitionTopicCount++;
}
topics.AddRange(remainingTopics.GetRange(bestDefinitionIndex, bestDefinitionTopicCount));
remainingTopics.RemoveRange(bestDefinitionIndex, bestDefinitionTopicCount);
// Make sure the first topic isn't embedded so that classes documented in lists still appear correctly.
if (topics[0].IsEmbedded)
{
topics[0] = topics[0].Duplicate();
topics[0].IsEmbedded = false;
}
// Delete all the other topics that define the class. We don't need them anymore.
for (int i = 0; i < remainingTopics.Count; /* don't auto increment */)
{
if (remainingTopics[i].DefinesClass)
{
remainingTopics.RemoveAt(i);
}
else
{
i++;
}
}
// Merge any duplicate topics into the list. This is used for things like header vs. source definitions in C++.
// First we go through the primary topic list to handle removing list topics and merging individual topics into list
// topics in the remaining topic list. Everything else will be handled when iterating through the remaining topic list.
int topicIndex = 0;
while (topicIndex < topics.Count)
{
var topic = topics[topicIndex];
// Ignore group topics
if (topic.IsGroup)
{
topicIndex++;
continue;
}
int embeddedTopicCount = CountEmbeddedTopics(topics, topicIndex);
// We don't need to worry about enums until we do remaining topics.
if (topic.IsEnum)
{
topicIndex += 1 + embeddedTopicCount;
}
// If it's not an enum and it's a standalone topic see if it will merge with an embedded topic in the remaining topic
// list. We don't have to worry about merging with standalone topics until we do the remaining topic list.
else if (embeddedTopicCount == 0)
{
int duplicateIndex = FindDuplicateTopic(topic, remainingTopics, builder);
if (duplicateIndex == -1)
{
topicIndex++;
}
else if (remainingTopics[duplicateIndex].IsEmbedded &&
engineInstance.Links.IsBetterTopicDefinition(topic, remainingTopics[duplicateIndex]))
{
topics.RemoveAt(topicIndex);
}
else
{
topicIndex++;
}
}
// If it's not an enum and we're at a list topic, only remove it if EVERY member has a better definition in the other
// list. We can't pluck them out individually. If even one is documented here that isn't documented elsewhere we
// keep the entire thing in even if that leads to some duplicates.
else
{
bool allHaveBetterMatches = true;
for (int i = 0; i < embeddedTopicCount; i++)
{
Topic embeddedTopic = topics[topicIndex + 1 + i];
int duplicateIndex = FindDuplicateTopic(embeddedTopic, remainingTopics, builder);
if (duplicateIndex == -1 ||
engineInstance.Links.IsBetterTopicDefinition(embeddedTopic, remainingTopics[duplicateIndex]) == false)
{
allHaveBetterMatches = false;
break;
}
}
if (allHaveBetterMatches)
{
topics.RemoveRange(topicIndex, 1 + embeddedTopicCount);
}
else
{
topicIndex += 1 + embeddedTopicCount;
}
}
}
// Now do a more comprehensive merge of the remaining topics into the primary topic list.
int remainingTopicIndex = 0;
while (remainingTopicIndex < remainingTopics.Count)
{
var remainingTopic = remainingTopics[remainingTopicIndex];
// Ignore group topics
if (remainingTopic.IsGroup)
{
remainingTopicIndex++;
continue;
}
int embeddedTopicCount = CountEmbeddedTopics(remainingTopics, remainingTopicIndex);
// If we're merging enums, the one with the most embedded topics (documented values) wins. In practice one
// should be documented and one shouldn't be, so this will be any number versus zero.
if (remainingTopic.IsEnum)
{
int duplicateIndex = FindDuplicateTopic(remainingTopic, topics, builder);
if (duplicateIndex == -1)
{
remainingTopicIndex += 1 + embeddedTopicCount;
}
else
{
int duplicateEmbeddedTopicCount = CountEmbeddedTopics(topics, duplicateIndex);
if (embeddedTopicCount > duplicateEmbeddedTopicCount ||
(embeddedTopicCount == duplicateEmbeddedTopicCount &&
engineInstance.Links.IsBetterTopicDefinition(remainingTopic, topics[duplicateIndex]) == false))
{
topics.RemoveRange(duplicateIndex, 1 + duplicateEmbeddedTopicCount);
topics.InsertRange(duplicateIndex, remainingTopics.GetRange(remainingTopicIndex, 1 + embeddedTopicCount));
}
remainingTopics.RemoveRange(remainingTopicIndex, 1 + embeddedTopicCount);
}
}
// If it's not an enum and it's a standalone topic the one with the best score wins.
else if (embeddedTopicCount == 0)
{
int duplicateIndex = FindDuplicateTopic(remainingTopic, topics, builder);
if (duplicateIndex == -1)
{
remainingTopicIndex++;
}
else if (engineInstance.Links.IsBetterTopicDefinition(remainingTopic, topics[duplicateIndex]) == false)
{
if (topics[duplicateIndex].IsEmbedded)
{
// Just leave them both in
remainingTopicIndex++;
}
else
{
topics[duplicateIndex] = remainingTopic;
remainingTopics.RemoveAt(remainingTopicIndex);
}
}
else
{
remainingTopics.RemoveAt(remainingTopicIndex);
}
}
// If it's not an enum and we're at a list topic, only remove it if EVERY member has a better definition in the other
// list. We can't pluck them out individually. If even one is documented here that isn't documented elsewhere we
// keep the entire thing in even if that leads to some duplicates.
else
{
bool allHaveBetterMatches = true;
for (int i = 0; i < embeddedTopicCount; i++)
{
Topic embeddedTopic = remainingTopics[remainingTopicIndex + 1 + i];
int duplicateIndex = FindDuplicateTopic(embeddedTopic, topics, builder);
if (duplicateIndex == -1 ||
engineInstance.Links.IsBetterTopicDefinition(embeddedTopic, topics[duplicateIndex]) == false)
{
allHaveBetterMatches = false;
break;
}
}
if (allHaveBetterMatches)
{
remainingTopics.RemoveRange(remainingTopicIndex, 1 + embeddedTopicCount);
}
else
{
remainingTopicIndex += 1 + embeddedTopicCount;
}
}
}
// Generate groups from the topic lists.
// Start at 1 to skip the class topic.
// Don't group by file ID because topics from other files may have been combined into the list.
var groupedTopics = GetTopicGroups(topics, 1, false);
var groupedRemainingTopics = GetTopicGroups(remainingTopics);
// Delete any empty groups. We do this on the main group list too for consistency.
for (int i = 0; i < groupedTopics.Groups.Count; /* don't auto increment */)
{
if (groupedTopics.Groups[i].IsEmpty)
{
groupedTopics.RemoveGroupAndTopics(i);
}
else
{
i++;
}
}
for (int i = 0; i < groupedRemainingTopics.Groups.Count; /* don't auto increment */)
{
if (groupedRemainingTopics.Groups[i].IsEmpty)
{
groupedRemainingTopics.RemoveGroupAndTopics(i);
}
else
{
i++;
}
}
// Now merge groups. If any remaining groups match the title of an existing group, move its members to
// the end of the existing group.
int remainingGroupIndex = 0;
while (remainingGroupIndex < groupedRemainingTopics.Groups.Count)
{
var remainingGroup = groupedRemainingTopics.Groups[remainingGroupIndex];
bool merged = false;
if (remainingGroup.Title != null)
{
for (int groupIndex = 0; groupIndex < groupedTopics.Groups.Count; groupIndex++)
{
if (groupedTopics.Groups[groupIndex].Title == remainingGroup.Title)
{
groupedRemainingTopics.MergeGroupInto(remainingGroupIndex, groupedTopics, groupIndex);
merged = true;
break;
}
}
}
if (merged == false)
{
remainingGroupIndex++;
}
}
// Move any groups with titles that didn't match to the other list. We insert it after the last group
// of the same dominant type so function groups stay with other function groups, variable groups stay
// with other variable groups, etc.
remainingGroupIndex = 0;
while (remainingGroupIndex < groupedRemainingTopics.Groups.Count)
{
var remainingGroup = groupedRemainingTopics.Groups[remainingGroupIndex];
if (remainingGroup.Title != null)
{
int bestMatchIndex = -1;
// Walk the list backwards because we want it to be after the last group of the type, not the first.
for (int i = groupedTopics.Groups.Count - 1; i >= 0; i--)
{
if (groupedTopics.Groups[i].DominantTypeID == remainingGroup.DominantTypeID)
{
bestMatchIndex = i;
break;
}
}
if (bestMatchIndex == -1)
{
// Just add them to the end if nothing matches.
groupedRemainingTopics.MoveGroupTo(remainingGroupIndex, groupedTopics);
}
else
{
groupedRemainingTopics.MoveGroupTo(remainingGroupIndex, groupedTopics, bestMatchIndex + 1);
}
}
else
{
remainingGroupIndex++;
}
}
// Now we're left with topics that are not in groups. See if the list contains any titled groups at all.
bool groupsWithTitles = false;
foreach (var group in groupedTopics.Groups)
{
if (group.Title != null)
{
groupsWithTitles = true;
break;
}
}
// If there's no titles we can just append the remaining topics as is.
if (groupsWithTitles == false)
{
groupedTopics.Topics.AddRange(groupedRemainingTopics.Topics);
}
// If there are titled groups, see if we can add them to the end of existing groups. However, only do
// this if TitleMatchesType is set. It's okay to put random functions into the group "Functions" but
// not into something more specific. If there aren't appropriate groups to do this with, create new ones.
else
{
// We don't care about the remaining groups anymore so we can just work directly on the topics.
remainingTopics = groupedRemainingTopics.Topics;
groupedRemainingTopics = null; // for safety
while (remainingTopics.Count > 0)
{
int type = remainingTopics[0].CommentTypeID;
int matchingGroupIndex = -1;
for (int i = groupedTopics.Groups.Count - 1; i >= 0; i--)
{
if (groupedTopics.Groups[i].DominantTypeID == type &&
groupedTopics.Groups[i].TitleMatchesType)
{
matchingGroupIndex = i;
break;
}
}
// Create a new group if there's no existing one we can use.
if (matchingGroupIndex == -1)
{
Topic generatedTopic = new Topic(builder.EngineInstance.CommentTypes);
generatedTopic.TopicID = 0;
generatedTopic.Title = builder.EngineInstance.CommentTypes.FromID(type).PluralDisplayName;
generatedTopic.Symbol = SymbolString.FromPlainText_NoParameters(generatedTopic.Title);
generatedTopic.ClassString = topics[0].ClassString;
generatedTopic.ClassID = topics[0].ClassID;
generatedTopic.CommentTypeID = builder.EngineInstance.CommentTypes.IDFromKeyword("group");
generatedTopic.FileID = topics[0].FileID;
generatedTopic.LanguageID = topics[0].LanguageID;
// In case there's nothing that defines the "group" keyword.
if (generatedTopic.CommentTypeID != 0)
{
groupedTopics.Topics.Add(generatedTopic);
groupedTopics.CreateGroup(groupedTopics.Topics.Count - 1, 1);
}
matchingGroupIndex = groupedTopics.Groups.Count - 1;
}
for (int i = 0; i < remainingTopics.Count; /* don't auto increment */)
{
var remainingTopic = remainingTopics[i];
// Need to check IsEmbedded because enums values will not have the same type as their parent.
if (remainingTopic.CommentTypeID == type || remainingTopic.IsEmbedded)
{
groupedTopics.AppendToGroup(matchingGroupIndex, remainingTopic);
remainingTopics.RemoveAt(i);
}
else
{
i++;
}
}
}
}
}
public override string OutputOf(IList <string> commands)
{
StringBuilder output = new StringBuilder();
bool lastWasLineBreak = true;
Topic topic = new Topic(EngineInstance.CommentTypes);
topic.LanguageID = EngineInstance.Languages.FromName("C#").ID;
topic.CommentTypeID = EngineInstance.CommentTypes.FromKeyword("Function").ID;
Link link = new Engine.Links.Link();
link.LanguageID = EngineInstance.Languages.FromName("C#").ID;
link.Type = Engine.Links.LinkType.NaturalDocs;
bool linkIsPlainText = true;
string show = "all";
for (int i = 0; i < commands.Count; i++)
{
string command = commands[i];
if (command.EndsWith(";"))
{
command = command.Substring(0, command.Length - 1).TrimEnd();
}
Match match = GetPropertyRegex.Match(command);
string target, property, value, valueString;
Match addPrefixMatch = null;
Match replacePrefixMatch = null;
if (match.Success)
{
target = match.Groups[1].ToString().ToLower();
property = match.Groups[2].ToString().ToLower();
value = match.Groups[3].ToString();
if (value.Length >= 2 && value[0] == '"' && value[value.Length - 1] == '"')
{
valueString = value.Substring(1, value.Length - 2).Trim();
}
else
{
value = value.ToLower();
valueString = null;
}
}
else
{
addPrefixMatch = AddPrefixRegex.Match(command);
replacePrefixMatch = ReplacePrefixRegex.Match(command);
if (addPrefixMatch.Success || replacePrefixMatch.Success)
{
target = "link";
property = "using";
value = null;
valueString = null;
}
else
{
target = null;
property = null;
value = null;
valueString = null;
}
}
var lcCommand = command.ToLower();
try
{
if (command == "")
{
if (!lastWasLineBreak)
{
output.AppendLine();
lastWasLineBreak = true;
}
}
else if (command.StartsWith("//"))
{
output.AppendLine(command);
lastWasLineBreak = false;
}
// Topic properties
else if (target == "topic")
{
if (property == "languagename")
{
if (valueString == null)
{
throw new Exception("Topic.LanguageName must be set to a string value.");
}
var language = EngineInstance.Languages.FromName(valueString);
if (language == null)
{
throw new Exception("\"" + valueString + "\" is not recognized as a language.");
}
topic.LanguageID = language.ID;
}
else if (property == "keyword")
{
if (valueString == null)
{
throw new Exception("Topic.Keyword must be set to a string value.");
}
var commentType = EngineInstance.CommentTypes.FromKeyword(valueString);
if (commentType == null)
{
throw new Exception("\"" + valueString + "\" is not recognized as a keyword.");
}
topic.CommentTypeID = commentType.ID;
}
else if (property == "title")
{
if (valueString == null)
{
throw new Exception("Topic.Title must be set to a string value.");
}
if (valueString == "")
{
throw new Exception("Topic.Title cannot be set to an empty string.");
}
topic.Title = valueString;
}
else if (property == "body")
{
if (value == "null")
{
topic.Body = null;
}
else if (valueString == null)
{
throw new Exception("Topic.Body must be set to null or a string value.");
}
else
{
topic.Body = valueString;
}
}
else if (property == "prototype")
{
if (value == "null")
{
topic.Prototype = null;
}
else if (valueString == null)
{
throw new Exception("Topic.Prototype must be set to null or a string value.");
}
else
{
topic.Prototype = valueString;
}
}
else if (property == "scope")
{
if (value == "null")
{
ContextString temp = topic.PrototypeContext;
temp.Scope = new SymbolString();
topic.PrototypeContext = temp;
}
else if (valueString == null)
{
throw new Exception("Topic.Scope must be set to null or a string value.");
}
else
{
ContextString temp = topic.PrototypeContext;
temp.Scope = SymbolString.FromPlainText_NoParameters(valueString);
topic.PrototypeContext = temp;
}
}
else
{
throw new Exception("\"" + property + "\" is not a recognized Topic property.");
}
// Leave lastWasLineBreak alone since we're not generating output.
}
// Link properties
else if (target == "link")
{
if (property == "languagename")
{
if (valueString == null)
{
throw new Exception("Link.LanguageName must be set to a string value.");
}
var language = EngineInstance.Languages.FromName(valueString);
if (language == null)
{
throw new Exception("\"" + valueString + "\" is not recognized as a language.");
}
link.LanguageID = language.ID;
}
else if (property == "type")
{
if (valueString == null)
{
throw new Exception("Link.Type must be set to a string value.");
}
string lcValueString = valueString.ToLower();
if (lcValueString == "naturaldocs" || lcValueString == "natural docs")
{
link.Type = LinkType.NaturalDocs;
}
else if (lcValueString == "type")
{
link.Type = LinkType.Type;
}
else if (lcValueString == "classparent" || lcValueString == "class parent")
{
link.Type = LinkType.ClassParent;
}
else
{
throw new Exception("\"" + valueString + "\" is not recognized as a link type.");
}
}
else if (property == "text")
{
if (valueString == null)
{
throw new Exception("Link.Text must be set to a string value");
}
if (valueString == "")
{
throw new Exception("Link.Text cannot be set to an empty string.");
}
link.TextOrSymbol = valueString;
linkIsPlainText = true;
}
else if (property == "scope")
{
if (value == "null")
{
ContextString temp = link.Context;
temp.Scope = new SymbolString();
link.Context = temp;
}
else if (valueString == null)
{
throw new Exception("Link.Scope must be set to null or a string value.");
}
else if (valueString == "")
{
throw new Exception("Link.Scope cannot be set to an empty string.");
}
else
{
ContextString temp = link.Context;
temp.Scope = SymbolString.FromPlainText_NoParameters(valueString);
link.Context = temp;
}
}
else if (property == "using")
{
if (value == "null")
{
ContextString temp = link.Context;
temp.ClearUsingStatements();
link.Context = temp;
}
else if (addPrefixMatch != null && addPrefixMatch.Success)
{
string op = addPrefixMatch.Groups[1].ToString();
string add = addPrefixMatch.Groups[2].ToString();
ContextString temp = link.Context;
if (op == "=")
{
temp.ClearUsingStatements();
}
temp.AddUsingStatement(
UsingString.FromParameters(
UsingString.UsingType.AddPrefix,
SymbolString.FromPlainText_NoParameters(add)
)
);
link.Context = temp;
}
else if (replacePrefixMatch != null && replacePrefixMatch.Success)
{
string op = replacePrefixMatch.Groups[1].ToString();
string remove = replacePrefixMatch.Groups[2].ToString();
string add = replacePrefixMatch.Groups[3].ToString();
ContextString temp = link.Context;
if (op == "=")
{
temp.ClearUsingStatements();
}
temp.AddUsingStatement(
UsingString.FromParameters(
UsingString.UsingType.ReplacePrefix,
SymbolString.FromPlainText_NoParameters(add),
SymbolString.FromPlainText_NoParameters(remove)
)
);
link.Context = temp;
}
else
{
throw new Exception("\"" + command + "\" is not a recognized Link.Using statement.");
}
}
else
{
throw new Exception("\"" + property + "\" is not recognized as a link property.");
}
// Leave lastWasLineBreak alone since we're not generating output.
}
// Show
else if (lcCommand.StartsWith("show"))
{
show = lcCommand.Substring(4);
}
// Score
else if (lcCommand == "score")
{
// Validate fields
if (topic.Title == null)
{
throw new Exception("You didn't set Topic.Title.");
}
if (link.TextOrSymbol == null)
{
throw new Exception("You didn't set Link.Text.");
}
// Calculate fields
string parametersString;
SymbolString topicSymbol = SymbolString.FromPlainText(topic.Title, out parametersString);
var commentType = EngineInstance.CommentTypes.FromID(topic.CommentTypeID);
if (commentType.Scope == Engine.CommentTypes.CommentType.ScopeValue.Normal &&
topic.PrototypeContext.ScopeIsGlobal == false)
{
topicSymbol = topic.PrototypeContext.Scope + topicSymbol;
}
topic.Symbol = topicSymbol;
if (link.Type == LinkType.Type || link.Type == LinkType.ClassParent)
{
if (linkIsPlainText)
{
SymbolString linkSymbol = SymbolString.FromPlainText_NoParameters(link.TextOrSymbol);
link.TextOrSymbol = linkSymbol.ToString();
link.EndingSymbol = linkSymbol.EndingSymbol;
linkIsPlainText = false;
}
}
else
{
string ignore;
SymbolString linkSymbol = SymbolString.FromPlainText(link.TextOrSymbol, out ignore);
link.EndingSymbol = linkSymbol.EndingSymbol;
}
// Show topic
if (!lastWasLineBreak)
{
output.AppendLine();
}
var topicLanguage = EngineInstance.Languages.FromID(topic.LanguageID);
commentType = EngineInstance.CommentTypes.FromID(topic.CommentTypeID);
output.AppendLine(topicLanguage.Name + " " + commentType.Name + " Topic: " + topic.Title);
output.AppendLine(" Symbol: " + topic.Symbol.FormatWithSeparator('.'));
if (topic.TitleParameters != null)
{
output.AppendLine(" Title Parameters: " + topic.TitleParameters.ToString().Replace(Engine.Symbols.ParameterString.SeparatorChar, ','));
}
if (topic.PrototypeParameters != null)
{
output.AppendLine(" Prototype Parameters: " + topic.PrototypeParameters.ToString().Replace(Engine.Symbols.ParameterString.SeparatorChar, ','));
}
if (topic.Prototype != null)
{
output.AppendLine(" Prototype: " + topic.Prototype);
}
if (topic.Body != null)
{
output.AppendLine(" Body: " + topic.Body);
}
output.AppendLine();
// Show link
var linkLanguage = EngineInstance.Languages.FromID(link.LanguageID);
output.AppendLine(linkLanguage.Name + " " + link.Type + " Link: " + link.TextOrSymbol.Replace(Engine.Symbols.SymbolString.SeparatorChar, '*'));
if (link.Context.ScopeIsGlobal)
{
output.AppendLine(" Scope: Global");
}
else
{
output.AppendLine(" Scope: " + link.Context.Scope.FormatWithSeparator('.'));
}
var usingStatements = link.Context.GetUsingStatements();
if (usingStatements != null)
{
foreach (var usingStatement in usingStatements)
{
if (usingStatement.Type == UsingString.UsingType.AddPrefix)
{
output.AppendLine(" Using: Add Prefix " + usingStatement.PrefixToAdd.FormatWithSeparator('.'));
}
else if (usingStatement.Type == UsingString.UsingType.ReplacePrefix)
{
output.AppendLine(" Using: Replace Prefix " + usingStatement.PrefixToRemove.FormatWithSeparator('.') +
" with " + usingStatement.PrefixToAdd.FormatWithSeparator('.'));
}
else
{
throw new NotImplementedException("Unexpected using type " + usingStatement.Type);
}
}
}
output.AppendLine();
// Show score
List <Engine.Links.LinkInterpretation> interpretations = null;
if (link.Type == LinkType.NaturalDocs)
{
string ignore;
interpretations = EngineInstance.Comments.NaturalDocsParser.LinkInterpretations(link.TextOrSymbol,
Engine.Comments.Parsers.NaturalDocs.LinkInterpretationFlags.AllowNamedLinks |
Engine.Comments.Parsers.NaturalDocs.LinkInterpretationFlags.AllowPluralsAndPossessives,
out ignore);
}
long score = EngineInstance.CodeDB.ScoreLink(link, topic, 0, interpretations);
if (score <= 0)
{
output.AppendLine("☓☓☓ No Match ☓☓☓");
}
else
{
output.Append("Match score:");
if (show.Contains("all") || show.Contains("rawscore"))
{
string scoreString = score.ToString("X16");
output.Append(" " + scoreString.Substring(0, 4) + " " + scoreString.Substring(4, 4) +
" " + scoreString.Substring(8, 4) + " " + scoreString.Substring(12, 4));
}
output.AppendLine();
// DEPENDENCY: This code depends on the format generated by Engine.CodeDB.ScoreLink().
// Format:
// 0LCETPPP PPPPPPPP PPPPPPPP PSSSSSSS SSSIIIII IBFFFFFF Rbbbbbbb brrrrrr1
// L - Whether the topic matches the link's language.
// C - Whether the topic and link's capitalization match if it matters to the language.
// E - Whether the text is an exact match with no plural or possessive conversions applied.
// T - Whether the link parameters exactly match the topic title parameters.
// P - How well the parameters match.
// S - How high on the scope list the symbol match is.
// I - How high on the interpretation list (named/plural/possessive) the match is.
// B - Whether the topic has a body
// F - How high on the list of topics that define the same symbol in the same file this is.
// R - Whether the topic has a prototype.
// b - The length of the body divided by 16.
// r - The length of the prototype divided by 16.
long LValue = (score & 0x4000000000000000) >> 62;
long CValue = (score & 0x2000000000000000) >> 61;
long EValue = (score & 0x1000000000000000) >> 60;
long TValue = (score & 0x0800000000000000) >> 59;
long PValue = (score & 0x07FFFF8000000000) >> 39;
long SValue = (score & 0x0000007FE0000000) >> 29;
long IValue = (score & 0x000000001F800000) >> 23;
long BValue = (score & 0x0000000000400000) >> 22;
long FValue = (score & 0x00000000003F0000) >> 16;
long RValue = (score & 0x0000000000008000) >> 15;
long bValue = (score & 0x0000000000007F80) >> 7;
long rValue = (score & 0x000000000000007E) >> 1;
if (show.Contains("all") || show.Contains("language"))
{
output.AppendLine(" " + (LValue == 1 ? "☒" : "☐") + " - Language");
}
if (show.Contains("all") || show.Contains("capitalization"))
{
output.AppendLine(" " + (CValue == 1 ? "☒" : "☐") + " - Capitalization");
}
if (show.Contains("all") || show.Contains("interpretation"))
{
output.AppendLine(" " + (EValue == 1 ? "☒" : "☐") + " - Exact text");
}
if (show.Contains("all") || show.Contains("parameters"))
{
output.AppendLine(" " + (TValue == 1 ? "☒" : "☐") + " - Topic title parameters");
output.Append(" ");
for (int shift = 18; shift >= 0; shift -= 2)
{
long individualPValue = PValue >> shift;
individualPValue &= 0x0000000000000003;
switch (individualPValue)
{
case 3:
output.Append("☒");
break;
case 2:
output.Append("↑");
break;
case 1:
output.Append("↓");
break;
case 0:
output.Append("☐");
break;
}
}
output.AppendLine(" - Parameters");
}
if (show.Contains("all") || show.Contains("scope"))
{
output.AppendLine(" " + (1023 - SValue) + " - Scope index");
output.AppendLine(" (" + SValue + " score)");
}
if (show.Contains("all") || show.Contains("interpretation"))
{
output.AppendLine(" " + (63 - IValue) + " - Interpretation index");
output.AppendLine(" (" + IValue + " score)");
}
if (show.Contains("all") || show.Contains("body"))
{
output.AppendLine(" " + (BValue == 1 ? "☒" : "☐") + " - Body");
if (BValue == 1)
{
output.Append(" (" + bValue + " score, " + (bValue * 16));
if (bValue == 0xFF)
{
output.Append('+');
}
else
{
output.Append("-" + ((bValue * 16) + 15));
}
output.AppendLine(" characters)");
}
}
if (show.Contains("all") || show.Contains("prototype"))
{
output.AppendLine(" " + (RValue == 1 ? "☒" : "☐") + " - Prototype");
if (RValue == 1)
{
output.Append(" (" + rValue + " score, " + (rValue * 16));
if (rValue == 0x3F)
{
output.Append('+');
}
else
{
output.Append("-" + ((rValue * 16) + 15));
}
output.AppendLine(" characters)");
}
}
if (show.Contains("all") || show.Contains("samesymbol"))
{
output.AppendLine(" " + (63 - FValue) + " - Same symbol in same file index");
output.AppendLine(" (" + FValue + " score)");
}
}
output.AppendLine();
lastWasLineBreak = true;
}
else
{
throw new Exception("Unknown command " + command);
}
}
catch (Exception e)
{
output.AppendLine("Command: " + command);
output.AppendLine("Exception: " + e.Message);
output.AppendLine("(" + e.GetType().ToString() + ")");
lastWasLineBreak = false;
}
}
return(output.ToString());
}
