void CgRuleEngine::check(const Paragraph * paragraph) {
fprintf(stderr, "CgRuleEngine::check\n");
for (size_t i = 0; i < paragraph->sentenceCount; i++) {
cg3_sentence *sentence = 0;
sentence = cg3_sentence_new(applicator);
for(size_t j = 0; j < paragraph->sentences[i]->tokenCount; j++) {
Token t = paragraph->sentences[i]->tokens[j];
if(wcscmp(t.str, L" ") == 0) {
continue;
}
cg3_cohort *cohort = 0;
cohort = cg3_cohort_create(sentence);
//fprintf(stderr, "CgRuleEngine::check %ls (%d) %ld\n", paragraph->sentences[i]->tokens[j].str, t.isValidWord, t.analyses->size());
cg3_tag *tag = 0;
string wordform = string("\"<") + utils::StringUtils::StringUtils::utf8FromUcs4(paragraph->sentences[i]->tokens[j].str) + string(">\"");
//fprintf(stderr, "wordform is: %s\n", wordform.c_str());
tag = cg3_tag_create_u8(applicator, wordform.c_str());
cg3_cohort_setwordform(cohort, tag);
list<morphology::Analysis *>::iterator it = t.analyses->begin();
unsigned int num_analyses = 0;
while (it != t.analyses->end()) {
morphology::Analysis *a = *it;
cg3_reading *reading = 0;
reading = cg3_reading_create(cohort);
string baseform = string("\"") + utils::StringUtils::StringUtils::utf8FromUcs4((a->getValue("lemma"))) + string("\"");
tag = cg3_tag_create_u8(applicator, baseform.c_str());
cg3_reading_addtag(reading, tag);
string taglist = string(utils::StringUtils::StringUtils::utf8FromUcs4((a->getValue("tags"))));
string buf = "";
for(string::iterator it2 = taglist.begin(); it2 != taglist.end(); it2++) {
// This assumes + separated tags.
if(*it2 == '+' && buf.length() > 0) {
tag = cg3_tag_create_u8(applicator, buf.c_str());
cg3_reading_addtag(reading, tag);
buf = "";
continue;
} else if(*it2 == '+' && buf.length() == 0) {
continue;
}
buf = buf + *it2;
}
tag = cg3_tag_create_u8(applicator, buf.c_str());
cg3_reading_addtag(reading, tag);
buf = "";
num_analyses++;
cg3_cohort_addreading(cohort, reading);
++it;
}
cg3_sentence_addcohort(sentence, cohort);
//fprintf(stderr, "CgRuleEngine::check %d analyses\n", num_analyses);
}
int num_cohorts = cg3_sentence_numcohorts(sentence);
fprintf(stderr, "CgRuleEngine::num_cohorts %d \n", num_cohorts);
cg3_sentence_runrules(applicator, sentence);
// We've run the grammar on the sentence, now we need to go through and look
// for error tags which by convention begin with &, e.g.
//
// "<beassát>"
// "beassi" G3 N Sg Acc PxSg2 @OBJ> &real-beassat #8->8 ADD:3178:beassat
cg3_tag *tag = 0;
cg3_cohort *cohort = 0;
cg3_reading *reading = 0;
size_t ci = 0, ce = 0, ri = 0, re = 0, ti = 0, te = 0;
const char *tmp;
size_t cur_pos = 0;
for (ci = 0, ce = cg3_sentence_numcohorts(sentence) ; ci != ce ; ++ci) {
cohort = cg3_sentence_getcohort(sentence, ci);
cg3_tag *wftag = cg3_cohort_getwordform(cohort);
const char *wftmp = cg3_tag_gettext_u8(wftag);
fprintf(stderr, "CG[%ld, %ld]: %s\n", cur_pos, wcslen(cg3_tag_gettext_w(wftag)), wftmp);
for (ri = 0, re = cg3_cohort_numreadings(cohort) ; ri != re ; ++ri) {
reading = cg3_cohort_getreading(cohort, ri);
fprintf(stderr, "CG: \t");
for (ti = 0, te = cg3_reading_numtags(reading) ; ti != te ; ++ti) {
tag = cg3_reading_gettag(reading, ti);
tmp = cg3_tag_gettext_u8(tag);
fprintf(stderr, "%s ", tmp);
if(tmp[0] == '&') {
// We've found an error tag, mark the current cohort
fprintf(stderr, "\nnew CacheEntry (%ld, %d, %d)\n", ci, GCERR_NEGATIVE_VERB_MISMATCH, 1);
CacheEntry * e = new CacheEntry(0);
e->error.legacyError.error_code = -1;
e->error.error_id = tmp;
e->error.checker = options->grammarChecker;
cg3_tag *lwt = cg3_cohort_getwordform(cohort);
// const char *lwf = cg3_tag_gettext_u8(lwt);
e->error.startpos = cur_pos;
e->error.errorlen = wcslen(cg3_tag_gettext_w(lwt)) - 4;
options->grammarChecker->cache.appendError(e);
fprintf(stderr, " pos: %ld; len: %ld\n", cur_pos, wcslen(cg3_tag_gettext_w(lwt)) - 4);
}
}
for (ti = 0, te = cg3_reading_numtraces(reading) ; ti != te ; ++ti) {
uint32_t rule_line = cg3_reading_gettrace(reading, ti);
fprintf(stderr, "TRACE:%u ", rule_line);
}
fprintf(stderr, "\n");
}
if(ci != 0) { // We don't count BOS >>>
fprintf(stderr, "%ld + %ld = ", cur_pos, (wcslen(cg3_tag_gettext_w(wftag)) - 4));
cur_pos = cur_pos + (wcslen(cg3_tag_gettext_w(wftag)) - 4) + 1;
fprintf(stderr, "%ld\n", cur_pos);
}
}
}
return;
}
int main(int argc, char *argv[]) {
cg3_grammar *grammar = 0;
cg3_applicator *applicator = 0;
cg3_sentence *sentence = 0;
cg3_cohort *cohort = 0;
cg3_reading *reading = 0;
cg3_tag *tag = 0;
size_t ci = 0, ce = 0, ri = 0, re = 0, ti = 0, te = 0;
const char *tmp;
if (argc < 2) {
fprintf(stderr, "Error: First argument must be a CG-3 grammar to load!\n");
return 1;
}
if (!cg3_init(stdin, stdout, stderr)) {
fprintf(stderr, "Error: Failed cg3_init()!\n");
return 2;
}
grammar = cg3_grammar_load(argv[1]);
if (!grammar) {
fprintf(stderr, "Error: Failed cg3_grammar_load( %s )!\n", argv[1]);
return 3;
}
applicator = cg3_applicator_create(grammar);
cg3_applicator_setflags(applicator, CG3F_TRACE);
sentence = cg3_sentence_new(applicator);
cohort = cg3_cohort_create(sentence);
tag = cg3_tag_create_u8(applicator, "\"<wordform>\"");
cg3_cohort_setwordform(cohort, tag);
reading = cg3_reading_create(cohort);
tag = cg3_tag_create_w(applicator, L"\"baseform\"");
cg3_reading_addtag(reading, tag);
tag = cg3_tag_create_u8(applicator, "notwanted");
cg3_reading_addtag(reading, tag);
tag = cg3_tag_create_w(applicator, L"@mapping");
cg3_reading_addtag(reading, tag);
cg3_cohort_addreading(cohort, reading);
reading = cg3_reading_create(cohort);
tag = cg3_tag_create_w(applicator, L"\"baseform\"");
cg3_reading_addtag(reading, tag);
tag = cg3_tag_create_u8(applicator, "wanted");
cg3_reading_addtag(reading, tag);
cg3_cohort_addreading(cohort, reading);
reading = cg3_reading_create(cohort);
tag = cg3_tag_create_w(applicator, L"\"baseform\"");
cg3_reading_addtag(reading, tag);
tag = cg3_tag_create_u8(applicator, "alsonotwanted");
cg3_reading_addtag(reading, tag);
cg3_cohort_addreading(cohort, reading);
cg3_sentence_addcohort(sentence, cohort);
cg3_sentence_runrules(applicator, sentence);
for (ci = 0, ce = cg3_sentence_numcohorts(sentence); ci != ce; ++ci) {
cohort = cg3_sentence_getcohort(sentence, ci);
tag = cg3_cohort_getwordform(cohort);
tmp = cg3_tag_gettext_u8(tag);
fprintf(stdout, "%s\n", tmp);
for (ri = 0, re = cg3_cohort_numreadings(cohort); ri != re; ++ri) {
reading = cg3_cohort_getreading(cohort, ri);
fprintf(stdout, "\t");
for (ti = 0, te = cg3_reading_numtags(reading); ti != te; ++ti) {
tag = cg3_reading_gettag(reading, ti);
tmp = cg3_tag_gettext_u8(tag);
fprintf(stdout, "%s ", tmp);
}
for (ti = 0, te = cg3_reading_numtraces(reading); ti != te; ++ti) {
uint32_t rule_line = cg3_reading_gettrace(reading, ti);
fprintf(stdout, "TRACE:%u ", rule_line);
}
fprintf(stdout, "\n");
}
}
cg3_sentence_free(sentence);
cg3_applicator_free(applicator);
cg3_grammar_free(grammar);
cg3_cleanup();
return 0;
}