$inflections = array(41, 42, 43, 44, 45, 46, 47, 48);
list($verbose, $fileName) = parseArguments();
$data = readAndFormatFile($fileName);
$numModels = 0;
// Skip five header rows
captureTr();
captureTr();
captureTr();
captureTr();
captureTr();
$buf = captureTr();
while (count($buf)) {
$cells = $buf;
// We might need to read a second row sometimes. The second row does
// not contain the model number, so the columns are shifted by 1.
$buf = captureTr();
if (count($buf) && !preg_match('/\\d+\\./', $buf[0])) {
foreach ($buf as $index => $extra) {
$cells[$index + 1] .= $extra;
}
$buf = captureTr();
}
assert(preg_match('/\\d+\\./', $cells[0]));
assert(count($cells) == 9);
$modelNumber = substr($cells[0], 0, strlen($cells[0]) - 1);
$forms = array_splice($cells, 1, 8);
dprintArray($forms, $modelNumber);
saveCommonModel('P', $modelNumber, $forms, '', $inflections);
$numModels++;
}
assertEquals(EXPECTED_MODELS, $numModels);
function saveModel($modelNumber, $infinitive, $longInfinitive, $imperative, $slaveModels, $participle, $gerund, $participleModel, $present, $subjonctive, $imperfect, $perfectSimple, $pastPerfect)
{
$forms = array();
$inflections = array();
$forms[] = $infinitive;
$inflections[] = INFL_INFINITIVE;
$forms[] = $longInfinitive;
$inflections[] = INFL_LONG_INFINITIVE;
$forms[] = $imperative;
$inflections[] = INFL_IMPERATIVE;
$forms[] = $participle;
$inflections[] = INFL_PARTICIPLE;
$forms[] = $gerund;
$inflections[] = INFL_GERUND;
addPersonalForms($forms, $inflections, $present, INFL_PRESENT);
addPersonalForms($forms, $inflections, $subjonctive, INFL_SUBJONCTIVE);
addPersonalForms($forms, $inflections, $imperfect, INFL_IMPERFECT);
addPersonalForms($forms, $inflections, $perfectSimple, INFL_PERFECT_SIMPLE);
addPersonalForms($forms, $inflections, $pastPerfect, INFL_PAST_PERFECT);
saveCommonModel('V', $modelNumber, $forms, '', $inflections);
// Add the mapping from this verb model to the corresponding adjective model
$pm = ParticipleModel::create($modelNumber, $participleModel);
$pm->save();
foreach ($slaveModels as $sm) {
$mm = ModelMapping::create('V', $sm, $modelNumber);
$mm->save();
}
}
function parseNounGroup($modelType, $inflections, $expectedModels)
{
$numModels = 0;
$buf = captureTr();
while (count($buf)) {
$cells = $buf;
// We might need to read a second row sometimes. The second row does
// not contain the model number, so the columns are shifted by 1.
$buf = captureTr();
if (count($buf) && !preg_match('/\\d+\\./', $buf[0])) {
assert(count($buf) == 2);
$cells[1] .= $buf[0];
$cells[5] .= $buf[1];
$buf = captureTr();
}
assert(preg_match('/\\d+\\./', $cells[0]));
assert(count($cells) == 9 || count($cells) == 10);
$descr = count($cells) == 10 ? $cells[9] : '';
$modelNumber = substr($cells[0], 0, strlen($cells[0]) - 1);
$forms = array_splice($cells, 1, 8);
dprintArray($forms, $modelNumber);
saveCommonModel($modelType, $modelNumber, $forms, $descr, $inflections);
$numModels++;
}
assertEquals($expectedModels, $numModels);
}
