MFString MFString::GetExtension() const
{
int dot = FindCharReverse('.');
if(dot > FindCharReverse('/') && dot > FindCharReverse('\\'))
return SubStr(dot);
return MFString();
}
void String::TruncateToRightSection(char separator, bool exclude_separator)
{
if (_meta && separator)
{
size_t slice_at = FindCharReverse(separator);
if (slice_at != -1)
{
TruncateToRight(exclude_separator ? _meta->Length - slice_at - 1 : _meta->Length - slice_at);
}
}
}
MFString& MFString::TruncateExtension()
{
int dot = FindCharReverse('.');
if(dot >= 0)
{
pData->pMemory[dot] = 0;
pData->bytes = dot;
}
return *this;
}
void String::ClipRightSection(char separator, bool include_separator)
{
if (_meta && separator)
{
size_t slice_at = FindCharReverse(separator);
if (slice_at != -1)
{
ClipRight(include_separator ? _meta->Length - slice_at : _meta->Length - slice_at - 1);
}
else
Empty();
}
}
String String::RightSection(char separator, bool exclude_separator) const
{
if (_meta && separator)
{
size_t slice_at = FindCharReverse(separator);
if (slice_at != -1)
{
size_t count = exclude_separator ? _meta->Length - slice_at - 1 : _meta->Length - slice_at;
return Right(count);
}
}
return *this;
}
// Extract rightmost part, separated by the given char
String String::RightSection(char separator, bool exclude_separator) const
{
if (_meta && separator)
{
int slice_at = FindCharReverse(separator);
if (slice_at >= 0)
{
int count = exclude_separator ? _meta->Length - slice_at - 1 : _meta->Length - slice_at;
return Right(count);
}
}
return String();
}
