void CSSselector::attribute(CSSselector selector) {
int group = 0;
int connected = 0;
// Check previous tag to see if it applies to this one.
if (tagContainer.size() != 0){
group = tagContainer.back().getTagGroup() + 1;
connected = tagContainer.back().getTagType();
}
// Open attribute
CSStag::setTag(4, group, connected, "");
CSStag::setTagExtend(1);
insertSelector();
clearTag();
// Extract attribute from selector
for (int i = 0;i < (int)selector.getSelectorContainer().size(); i++){
CSStag::setTag(selector.getSelectorContainer().at(i).getTagType(), group, 4, selector.getSelectorContainer().at(i).getTagName());
if (i != 1) {CSStag::setTagExtend(selector.getSelectorContainer().at(i).getTagExtend());}
insertSelector();
clearTag();
}
// Close attribute
CSStag::setTag(5, group, connected, "");
CSStag::setTagExtend(1);
insertSelector();
clearTag();
}
void CSSselector::attribute(std::string name) {
int group = 0;
int connected = 0;
// Check previous tag to see if it applies to this one.
if (tagContainer.size() != 0){
group = tagContainer.back().getTagGroup() + 1;
connected = tagContainer.back().getTagType();
}
// Open attribute
CSStag::setTag(4, group, connected, "");
CSStag::setTagExtend(1);
insertSelector();
clearTag();
// Create selector element
selector(name);
// Close attribute
CSStag::setTag(5, group, connected, "");
CSStag::setTagExtend(1);
insertSelector();
clearTag();
}
void CSSselector::setSelector(int type, std::string name) {
tagContainer.clear();
CSStag::setTag(type, name);
CSStag::setTagExtend(1);
insertSelector();
clearTag();
}
void CSSselector::setSelector(CSStag tag) {
tagContainer.clear();
setTag(tag.getTag());
CSStag::setTagExtend(1);
insertSelector();
clearTag();
}
void shouldRetagItemsOnModify()
{
// GIVEN
auto data = Testlib::AkonadiFakeData();
QScopedPointer<Akonadi::MonitorInterface> monitor(data.createMonitor());
QSignalSpy spy(monitor.data(), &Akonadi::MonitorInterface::itemChanged);
auto t1 = Akonadi::Tag(42);
t1.setName(QStringLiteral("42"));
data.createTag(t1);
auto t2 = Akonadi::Tag(43);
t2.setName(QStringLiteral("43"));
data.createTag(t2);
auto i1 = Akonadi::Item(42);
i1.setPayloadFromData("42");
i1.setTag(Akonadi::Tag(42));
data.createItem(i1);
// WHEN
i1.setPayloadFromData("42-bis");
i1.clearTag(Akonadi::Tag(42));
i1.setTag(Akonadi::Tag(43));
data.modifyItem(i1);
// THEN
QVERIFY(data.tagItems(t1.id()).isEmpty());
QCOMPARE(data.tagItems(t2.id()).size(), 1);
QCOMPARE(data.tagItems(t2.id()).at(0), i1);
QCOMPARE(spy.size(), 1);
QCOMPARE(spy.takeFirst().at(0).value<Akonadi::Item>(), i1);
}
void CSSselector::media(CSStag tag) {
// Media selector tags do not come before any other selector elements.
tagContainer.clear();
CSStag::setTag(6, tag.getTagName());
setTagExtend(1);
insertSelector();
clearTag();
}
void CSSselector::media(std::string name) {
// Media selector tags do not come before any other selector elements.
tagContainer.clear();
CSStag::setTag(6, name);
setTagExtend(1);
insertSelector();
clearTag();
}
void CSSselector::selector(int type, std::string name) {
int group = 0;
int connected = 0;
// Check previous tag to see if it applies to this one.
if (tagContainer.size() != 0){
group = tagContainer.back().getTagGroup() + 1;
connected = tagContainer.back().getTagType();
}
CSStag::setTag(type, group, connected, name);
insertSelector();
clearTag();
}
void CSSselector::selector(CSStag tag) {
int group = tag.getTagGroup();
int previousGroup = tagContainer.back().getTagGroup();
int connected = tag.getTagConnected();
int previousConnected = tagContainer.back().getTagType();
// If group and connection is set in tag, see if it applies to current selector.
if (group != 0 && group <= previousGroup){ group = previousGroup + 1;}
if (group == previousGroup){ connected = previousConnected;}
CSStag::setTag(tag.getTagType(), group, connected, tag.getTagName());
insertSelector();
clearTag();
}
void loop(){
char tagString[13];
getRFIDTagName(tagString);
validRFID = checkTag(tagString); //Check if it is a match
// turn on green LED if valid RFID
setTrainLed(validRFID);
clearTag(tagString); //Clear the char of all value
resetReader(); //eset the RFID reader
}
void CSSselector::combinator(std::string name1, std::string comparison, std::string name2) {
int group = 0;
int connected = 0;
std::string compare;
compare = comparison;
// Check previous tag to see if it applies to this one.
if (tagContainer.size() != 0){
group = tagContainer.back().getTagGroup() + 1;
connected = tagContainer.back().getTagType();
}
CSStag::setTag(0, group, connected, name1);
CSStag::setTagExtend(1);
insertSelector();
clearTag();
CSStag::setTag(7, group, connected, compare);
insertSelector();
clearTag();
CSStag::setTag(0, group, connected, name2);
insertSelector();
clearTag();
}
void CSSselector::pseudo(CSStag tag) {
int group = 0;
int connected = 0;
// Check previous tag to see if it applies to this one.
if (tagContainer.size() != 0){
group = tagContainer.back().getTagGroup() + 1;
connected = tagContainer.back().getTagType();
}
CSStag::setTag(3, group, connected, tag.getTagName());
CSStag::setTagExtend(1);
insertSelector();
clearTag();
}
void unlock() {
clearTag(tail_, std::memory_order_release);
}
void clearTag(const char* tag) { clearTag(sym(tag)); }
InnovationsRFID::InnovationsRFID(){
clearTag();
}
void unlock() {
VEDGE(pre, unlock);
LS(unlock, clearTag(tail_));
}
