CDictionaryBasedTempPath CDictionaryBasedTempPath::ReplaceParent
( const CDictionaryBasedPath& oldParent
, const CDictionaryBasedPath& newParent) const
{
assert (oldParent.IsSameOrParentOf (*this));
// I admit, this is the most stupid implementation possible ;)
std::string newPath = newParent.GetPath()
+ GetPath().substr (oldParent.GetPath().length());
return CDictionaryBasedTempPath (GetDictionary(), newPath);
}
void CCSVWriter::WriteSkipRanges (std::ostream& os, const CCachedLogInfo& cache)
{
// header
os << "PathID,Path,StartRevision,Length\n";
// content
const CSkipRevisionInfo& info = cache.GetSkippedRevisions();
// ids will be added on-the-fly
for (size_t i = 0; i < info.GetPathCount(); ++i)
{
CDictionaryBasedPath path = info.GetPath(i);
CSkipRevisionInfo::TRanges ranges = info.GetRanges(i);
for (size_t k = 0, count = ranges.size(); k < count; ++k)
{
os << path.GetIndex() << ",\""
<< path.GetPath().c_str() << "\","
<< ranges[k].first << ','
<< ranges[k].second
<< "\n";
}
}
}
CString CLogChangedPath::GetUIPath (const CDictionaryBasedPath& p) const
{
std::string utf8Path = p.GetPath();
// we don't need to adjust the path length as
// the conversion will automatically stop at \0.
return CUnicodeUtils::UTF8ToUTF16 (utf8Path);
}
CRemovePathsBySubString::PathClassification
CRemovePathsBySubString::QuickClassification (const CDictionaryBasedPath& path) const
{
// ensure the index is valid within classification cache
if (pathClassification.size() <= path.GetIndex())
{
size_t newSize = max (8, pathClassification.size()) * 2;
while (newSize <= path.GetIndex())
newSize *= 2;
pathClassification.resize (newSize, UNKNOWN);
}
// auto-calculate the entry
PathClassification& classification = pathClassification[path.GetIndex()];
if (classification == UNKNOWN)
classification = Classify (path.GetPath());
// done here
return classification;
}