DeckRecord ParserRecord::parse(const ParseContext& parseContext , MessageContainer& msgContainer, RawRecord& rawRecord ) const {
std::vector< DeckItem > items;
items.reserve( this->size() + 20 );
for( const auto& parserItem : *this )
items.emplace_back( parserItem->scan( rawRecord ) );
if (rawRecord.size() > 0) {
std::string msg = "The RawRecord for keyword \"" + rawRecord.getKeywordName() + "\" in file\"" + rawRecord.getFileName() + "\" contained " +
std::to_string(rawRecord.size()) +
" too many items according to the spec. RawRecord was: " + rawRecord.getRecordString();
parseContext.handleError(ParseContext::PARSE_EXTRA_DATA , msgContainer, msg);
}
return { std::move( items ) };
}
DeckRecord ParserRecord::parse(const ParseContext& parseContext , MessageContainer& msgContainer, RawRecord& rawRecord ) const {
DeckRecord deckRecord( size() + 20 );
for (size_t i = 0; i < size(); i++) {
auto parserItem = get(i);
deckRecord.addItem( parserItem->scan( rawRecord ) );
}
if (rawRecord.size() > 0) {
std::string msg = "The RawRecord for keyword \"" + rawRecord.getKeywordName() + "\" in file\"" + rawRecord.getFileName() + "\" contained " +
std::to_string(rawRecord.size()) +
" too many items according to the spec. RawRecord was: " + rawRecord.getRecordString();
parseContext.handleError(ParseContext::PARSE_EXTRA_DATA , msgContainer, msg);
}
return deckRecord;
}
DeckItem ParserItemScan(const ParserItemType * self, RawRecord& rawRecord ) {
auto deckItem = DeckItem::make< ValueType >( self->name(), rawRecord.size() );
if (self->sizeType() == ALL) {
while (rawRecord.size() > 0) {
auto token = rawRecord.pop_front();
std::string countString;
std::string valueString;
if (isStarToken(token, countString, valueString)) {
StarToken st(token, countString, valueString);
ValueType value;
if (st.hasValue()) {
value = readValueToken<ValueType>(st.valueString());
deckItem.push_back( value , st.count());
} else {
value = self->getDefault();
for (size_t i=0; i < st.count(); i++)
deckItem.push_backDefault( value );
}
} else {
deckItem.push_back( readValueToken<ValueType>( token ) );
}
}
} else {
if (rawRecord.size() == 0) {
// if the record was ended prematurely,
if (self->hasDefault()) {
// use the default value for the item, if there is one...
deckItem.push_backDefault( self->getDefault() );
} else {
// ... otherwise indicate that the deck item should throw once the
// item's data is accessed.
deckItem.push_backDummyDefault();
}
} else {
// The '*' should be interpreted as a repetition indicator, but it must
// be preceeded by an integer...
auto token = rawRecord.pop_front();
std::string countString;
std::string valueString;
if (isStarToken(token, countString, valueString)) {
StarToken st(token, countString, valueString);
if (!st.hasValue()) {
if (self->hasDefault())
deckItem.push_backDefault( self->getDefault() );
else
deckItem.push_backDummyDefault();
} else
deckItem.push_back(readValueToken<ValueType>(st.valueString()));
const auto value_start = token.size() - valueString.size();
// replace the first occurence of "N*FOO" by a sequence of N-1 times
// "FOO". this is slightly hacky, but it makes it work if the
// number of defaults pass item boundaries...
// We can safely make a string_view of one_star because it
// has static storage
static const char* one_star = "1*";
string_view rep = !st.hasValue()
? string_view{ one_star }
: string_view{ token.begin() + value_start, token.end() };
rawRecord.prepend( st.count() - 1, rep );
} else {
deckItem.push_back( readValueToken<ValueType>( token ) );
}
}
}
return deckItem;
}
