void SegmentedString::prepend(const SegmentedString& s, PrependType type) {
if (s.isComposite()) {
Deque<SegmentedSubstring>::const_reverse_iterator it =
s.m_substrings.rbegin();
Deque<SegmentedSubstring>::const_reverse_iterator e = s.m_substrings.rend();
for (; it != e; ++it)
prepend(*it, type);
}
prepend(s.m_currentString, type);
m_currentChar =
m_currentString.length() ? m_currentString.getCurrentChar() : 0;
}
void SegmentedString::prepend(const SegmentedString& s)
{
ASSERT(!escaped());
ASSERT(!s.escaped());
if (s.isComposite()) {
Deque<SegmentedSubstring>::const_reverse_iterator it = s.m_substrings.rbegin();
Deque<SegmentedSubstring>::const_reverse_iterator e = s.m_substrings.rend();
for (; it != e; ++it)
prepend(*it);
}
prepend(s.m_currentString);
m_currentChar = m_pushedChar1 ? m_pushedChar1 : (m_currentString.m_length ? m_currentString.getCurrentChar() : 0);
}
void SegmentedString::append(const SegmentedString& s) {
ASSERT(!m_closed);
append(s.m_currentString);
if (s.isComposite()) {
Deque<SegmentedSubstring>::const_iterator it = s.m_substrings.begin();
Deque<SegmentedSubstring>::const_iterator e = s.m_substrings.end();
for (; it != e; ++it)
append(*it);
}
m_currentChar =
m_currentString.length() ? m_currentString.getCurrentChar() : 0;
}
void SegmentedString::append(const SegmentedString& s)
{
ASSERT(!m_closed);
if (s.m_pushedChar1) {
Vector<UChar, 2> unconsumedData;
unconsumedData.append(s.m_pushedChar1);
if (s.m_pushedChar2)
unconsumedData.append(s.m_pushedChar2);
append(SegmentedSubstring(String(unconsumedData)));
}
append(s.m_currentString);
if (s.isComposite()) {
Deque<SegmentedSubstring>::const_iterator it = s.m_substrings.begin();
Deque<SegmentedSubstring>::const_iterator e = s.m_substrings.end();
for (; it != e; ++it)
append(*it);
}
m_currentChar = m_pushedChar1 ? m_pushedChar1 : (m_currentString.m_length ? m_currentString.getCurrentChar() : 0);
}