std::pair<SectionMap::mapping, bool>
SectionMap::insert(const std::string& pInputSection,
const std::string& pOutputSection,
InputSectDesc::KeepPolicy pPolicy)
{
iterator out, outBegin = begin(), outEnd = end();
for (out = outBegin; out != outEnd; ++out) {
if ((*out)->name().compare(pOutputSection) == 0)
break;
}
if (out != end()) {
Output::iterator in, inBegin = (*out)->begin(), inEnd = (*out)->end();
for (in = inBegin; in != inEnd; ++in) {
if ((*in)->getSection()->name().compare(pInputSection) == 0)
break;
}
if (in != (*out)->end()) {
return std::make_pair(std::make_pair(*out, *in), false);
} else {
Input* input = new Input(pInputSection, pPolicy);
(*out)->append(input);
return std::make_pair(std::make_pair(*out, input), true);
}
}
Output* output = new Output(pOutputSection);
m_OutputDescList.push_back(output);
Input* input = new Input(pInputSection, pPolicy);
output->append(input);
return std::make_pair(std::make_pair(output, input), true);
}
SectionMap::iterator
SectionMap::insert(iterator pPosition, LDSection* pSection)
{
Output* output = new Output(pSection->name());
output->append(new Input(pSection->name(), InputSectDesc::NoKeep));
output->setSection(pSection);
return m_OutputDescList.insert(pPosition, output);
}
std::pair<SectionMap::mapping, bool>
SectionMap::insert(const InputSectDesc& pInputDesc,
const OutputSectDesc& pOutputDesc)
{
iterator out, outBegin = begin(), outEnd = end();
for (out = outBegin; out != outEnd; ++out) {
if ((*out)->name().compare(pOutputDesc.name()) == 0 &&
(*out)->prolog() == pOutputDesc.prolog() &&
(*out)->epilog() == pOutputDesc.epilog())
break;
}
if (out != end()) {
Output::iterator in, inBegin = (*out)->begin(), inEnd = (*out)->end();
for (in = inBegin; in != inEnd; ++in) {
if ((*in)->policy() == pInputDesc.policy() &&
(*in)->spec() == pInputDesc.spec())
break;
}
if (in != (*out)->end()) {
return std::make_pair(std::make_pair(*out, *in), false);
} else {
Input* input = new Input(pInputDesc);
(*out)->append(input);
return std::make_pair(std::make_pair(*out, input), true);
}
}
Output* output = new Output(pOutputDesc);
m_OutputDescList.push_back(output);
Input* input = new Input(pInputDesc);
output->append(input);
return std::make_pair(std::make_pair(output, input), true);
}
