wxString COARnotes::AppendNotes(
const wxString &sNotes,
const wxString &_sAppend,
const wxString &_sUser)
{
wxString sRtn;
wxString sAppend(_sAppend);
wxString sUser(_sUser);
wxString sTime;
wxDateTime dt;
nwxString::Trim(&sAppend);
nwxString::Trim(&sUser);
if(sAppend.IsEmpty())
{
sAppend = "<no new notes added>";
}
sTime.Alloc(sUser.Len() + 64);
sTime = "Edited ";
dt.SetToCurrent();
sTime.Append(dt.Format(COARreview::TIME_FORMAT));
if(!sUser.IsEmpty())
{
sTime.Append(" by ");
sTime.Append(sUser);
}
sTime.Append("\n");
sRtn.Alloc(sNotes.Len() + sAppend.Len() + sTime.Len() + 4);
if(!sNotes.IsEmpty())
{
sRtn = sNotes;
sRtn.Append("\n\n");
}
sRtn.Append(sTime);
sRtn.Append(sAppend);
return sRtn;
}
void ArrayOps::evaluate(SymTab & symTab, std::unique_ptr<FuncTab> &funcTab) {
auto type = symTab.getValueFor(_id)->type();
if(_op == "append") {
if(_test == nullptr) {
std::cout << "ArrayOps::evaluate append, no element provided\n";
exit(1);
}
auto element = _test->evaluate(symTab, funcTab);
if( type == TypeDescriptor::NUMBERARRAY ) {
if(element->type() == TypeDescriptor::INTEGER) {
auto nDesc = dynamic_cast<NumberDescriptor*>(element.get());
auto narray = dynamic_cast<NumberArray*>
(symTab.getValueFor(_id).get());
narray->nAppend(nDesc->value.intValue);
} else {
std::cout << "ArrayOps::append error: members must be of ";
std::cout << "the same type\n";
exit(1);
}
} else if(type == TypeDescriptor::STRINGARRAY) {
if(element->type() == TypeDescriptor::STRING) {
auto sDesc = dynamic_cast<StringDescriptor*>(element.get());
auto sarray = dynamic_cast<StringArray*>
(symTab.getValueFor(_id).get());
sarray->sAppend(sDesc->value);
} else {
std::cout << "ArrayOps::append error: members must be of ";
std::cout << "the same type\n";
exit(1);
}
} else if (type == TypeDescriptor::NULLARRAY) {
if(element->type() == TypeDescriptor::INTEGER) {
auto nDesc = dynamic_cast<NumberDescriptor*>(element.get());
if(nDesc == nullptr) {
std::cout << "ArrayOps::evaluate error: invalid cast";
exit(1);
}
std::shared_ptr<NumberArray> narray =
std::make_shared<NumberArray>(TypeDescriptor::NUMBERARRAY);
narray->nAppend(nDesc->value.intValue);
symTab.setValueFor(_id, narray);
} else if(element->type() == TypeDescriptor::STRING) {
auto sDesc = dynamic_cast<StringDescriptor*>(element.get());
if(sDesc == nullptr) {
std::cout << "ArrayOps::evaluate error: invalid cast";
exit(1);
}
std::shared_ptr<StringArray> sarray =
std::make_shared<StringArray>(TypeDescriptor::STRINGARRAY);
sarray->sAppend(sDesc->value);
symTab.setValueFor(_id, sarray);
} else {
std::cout << "append() is not supported for this type\n";
exit(1);
}
} else {
std::cout << "append() is not supported for this type\n";
exit(1);
}
} else if (_op == "pop") {
if( type == TypeDescriptor::NUMBERARRAY ) {
auto narray = dynamic_cast<NumberArray*>
(symTab.getValueFor(_id).get());
if(narray != nullptr) {
if(_test == nullptr)
narray->nPop();
else {
auto element = _test->evaluate(symTab, funcTab);
narray->nPopIndex(element.get());
}
}
} else if(type == TypeDescriptor::STRINGARRAY) {
auto sarray = dynamic_cast<StringArray*>
(symTab.getValueFor(_id).get());
if(sarray != nullptr) {
if(_test == nullptr)
sarray->sPop();
else {
auto element = _test->evaluate(symTab, funcTab);
sarray->sPopIndex(element.get());
}
}
} else {
std::cout << "pop is not supported for this type\n";
exit(1);
}
}
}
