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#include "form.h"
#include <algorithm>
#include <list>
#include <cctype>
#include "pronunciation.h"
namespace verbly {
namespace generator {
int form::nextId_ = 0;
form::form(std::string text, int anagram_set_id) :
id_(nextId_++),
text_(text),
complexity_(std::count(std::begin(text), std::end(text), ' ') + 1),
proper_(std::any_of(std::begin(text), std::end(text), ::isupper)),
length_(text.length()),
anagram_set_id_(anagram_set_id)
{
}
void form::addPronunciation(const pronunciation& p)
{
pronunciations_.insert(&p);
}
hatkirby::database& operator<<(hatkirby::database& db, const form& arg)
{
// Serialize the form first.
{
std::list<hatkirby::column> fields = {
{ "form_id", arg.getId() },
{ "form", arg.getText() },
{ "complexity", arg.getComplexity() },
{ "proper", arg.isProper() },
{ "length", arg.getLength() },
{ "anagram_set_id", arg.getAnagramSetId() },
{ "reverse_form_id", arg.getReverseId() }
};
if (arg.getFrequency() > 0)
{
fields.emplace_back("frequency", arg.getFrequency());
}
db.insertIntoTable("forms", std::move(fields));
}
// Then, serialize the form/pronunciation relationship.
for (const pronunciation* p : arg.getPronunciations())
{
db.insertIntoTable(
"forms_pronunciations",
{
{ "form_id", arg.getId() },
{ "pronunciation_id", p->getId() }
});
}
return db;
}
};
};
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