private List <Coupling> AnalyzeLogicalComponentChangeCoupling(string mappingFile)
{
var couplingAnalyzer = new ChangeCouplingAnalyzer();
var mapper = new LogicalComponentMapper();
mapper.ReadDefinitionFile(mappingFile, true);
Func <string, string> classifier = localPath => { return(mapper.MapLocalPathToLogicalComponent(localPath)); };
var classifiedCouplings = couplingAnalyzer.CalculateClassifiedChangeCouplings(_history, classifier);
Csv.Write(Path.Combine(_outputPath, "classified_change_couplings.csv"), classifiedCouplings);
return(classifiedCouplings);
}
public List <object> ExportSummary(IAliasMapping aliasMapping)
{
LoadContributions(true); // silent
var summary = _history.GetArtifactSummary(_extendedDisplayFilter, aliasMapping);
var hotspotCalculator = new HotspotCalculator(summary, _metrics);
var orderedByLocalPath = summary.OrderBy(x => x.LocalPath).ToList();
var gridData = new List <object>();
foreach (var artifact in orderedByLocalPath)
{
gridData.Add(CreateDataGridFriendlyArtifact(artifact, hotspotCalculator, aliasMapping));
}
var now = DateTime.Now.ToIsoShort();
Csv.Write(Path.Combine(_outputPath, $"summary-{now}.csv"), gridData);
return(gridData);
}
public List <Coupling> AnalyzeChangeCoupling()
{
// Pair wise couplings
var couplingAnalyzer = new ChangeCouplingAnalyzer();
var couplings = couplingAnalyzer.CalculateChangeCouplings(_history, _extendedDisplayFilter);
var sortedCouplings = couplings.OrderByDescending(coupling => coupling.Degree).ToList();
Csv.Write(Path.Combine(_outputPath, "change_couplings.csv"), sortedCouplings);
// TODO I removed this from the wiki
// Same with classified folders (show this one if available)
var mappingFile = Path.Combine(_outputPath, "logical_components.xml");
if (File.Exists(mappingFile))
{
return(AnalyzeLogicalComponentChangeCoupling(mappingFile));
}
return(sortedCouplings);
}
public List <Coupling> AnalyzeChangeCoupling()
{
LoadHistory();
// Pair wise couplings
var couplingAnalyzer = new ChangeCouplingAnalyzer();
var couplings = couplingAnalyzer.CalculateChangeCouplings(_history, Project.Filter);
var sortedCouplings = couplings.OrderByDescending(coupling => coupling.Degree).ToList();
Csv.Write(Path.Combine(Project.Cache, "change_couplings.csv"), sortedCouplings);
// Same with classified folders (show this one if available)
var mappingFile = Path.Combine(Project.Cache, "logical_components.xml");
if (File.Exists(mappingFile))
{
return(AnalyzeLogicalComponentChangeCoupling(mappingFile));
}
return(sortedCouplings);
}
public List <object> ExportSummary()
{
LoadHistory();
LoadMetrics();
LoadContributions(true); // silent
var summary = _history.GetArtifactSummary(Project.Filter, new HashSet <string>(_metrics.Keys));
var hotspotCalculator = new HotspotCalculator(summary, _metrics);
var orderedByLocalPath = summary.OrderBy(x => x.LocalPath).ToList();
var gridData = new List <object>();
foreach (var artifact in orderedByLocalPath)
{
gridData.Add(CreateDataGridFriendlyArtifact(artifact, hotspotCalculator));
}
var now = DateTime.Now.ToIsoShort();
Csv.Write(Path.Combine(Project.Cache, $"summary-{now}.csv"), gridData);
return(gridData);
}
public List <DataGridFriendlyComment> ExportComments()
{
/*
* R Code
* library(tm)
* library(wordcloud)
*
* comments = read.csv("d:\\comments.csv", stringsAsFactors=FALSE)
* names(comments) = c("comment")
*
* corpus = Corpus(VectorSource(comments[,1]))
* corpus = tm_map(corpus, tolower)
#corpus = tm_map(corpus, PlainTextDocument)
* corpus = tm_map(corpus, removePunctuation)
* corpus = tm_map(corpus, removeWords, stopwords("english"))
* frequencies = DocumentTermMatrix(corpus)
* sparse = removeSparseTerms(frequencies, 0.99)
* all = as.data.frame(as.matrix(sparse))
*
* wordcloud(colnames(all), colSums(all))
*/
LoadHistory();
var result = new List <DataGridFriendlyComment>();
foreach (var cs in _history.ChangeSets)
{
result.Add(new DataGridFriendlyComment
{
Committer = cs.Committer,
Comment = cs.Comment
});
}
Csv.Write(Path.Combine(_outputPath, "comments.csv"), result);
return(result);
}
