jpt.input = (char*)malloc(maxBufferSize);

jpt.token_str = (char*)malloc(maxBufferSize);

jpt.canon_str = (char*)malloc(maxBufferSize);

jpt.pos_str = (char*)malloc(maxBufferSize);

if (jpt.input==NULL || jpt.token_str==NULL || jpt.canon_str==NULL || jpt.pos_str == NULL) {

return -1;

}

#ifndef DISCARD_JAPANESE

tagger = MeCab::createTagger("");

if (!tagger) ReportBug("Failed to load MeCab tagger");

#endif

return 0;

{

const char* at = get_jp_canon_str();

for (unsigned int i = 1; i <= wordCount; ++i)

{

originalWordp[i] = StoreWord(wordStarts[i], AS_IS); // japanese is case insensitive

const char* separator = (char*)strchr(at, ' ');

if (separator != NULL) { // nominal path

wordCanonical[i] = AllocateHeap(at, separator - at);

at = separator + 1;

}

else if (*at != 0) { // got a token with no space at the end

separator = at + strlen(at);

wordCanonical[i] = AllocateHeap(at, separator - at);

at = separator;

}

else wordCanonical[i] = AllocateHeap(""); // got an empty token (unexpected)

canonicalWordp[i] = StoreWord(wordCanonical[i], AS_IS);

}

{

char* at = (char*)get_jp_pos_str();

int base = 0;

while (++base <= i && *at)

{

char* end = strchr(at, ' '); // find end

if (end) *end = 0;

char pos[MAX_WORD_SIZE];

*pos = '~';

strcpy(pos + 1, at);

if (end) *end = ' ';

char* b = pos + 1;

char* hyphen = strchr(b, '-');

if (hyphen) *hyphen = 0;

if (!strcmp(b, u8"代名詞"))

finalPosValues[i] |= PRONOUN_BITS;

else if (!strcmp(b, u8"記号")) {}// symbol

else if (!strcmp(b, u8"助詞")) {}// particle

else if (!strcmp(b, u8"形容詞"))

finalPosValues[i] |= ADJECTIVE;

else if (!strcmp(b, u8"副詞"))

finalPosValues[i] |= ADVERB;

else if (!strcmp(b, u8"助動詞"))

finalPosValues[i] |= AUX_VERB;

else if (!strcmp(b, u8"動詞"))

finalPosValues[i] |= VERB;

else if (!strcmp(b, u8"名詞"))

finalPosValues[i] |= NOUN_SINGULAR;

else if (!strcmp(b, u8"接続詞"))

finalPosValues[i] |= CONJUNCTION;

else

{ // unknown tag

int xx = 0;

}

if (hyphen) *hyphen = '-';

if (testDictionary == NULL) // nominal case

{

MarkMeaningAndImplications(0, 0, MakeMeaning(StoreWord(pos, AS_IS)), i, i);

}

else // test case

{

strcat(testDictionary, pos);

strcat(testDictionary, " ");

}

at = strchr(at, ' '); // find next pos

if (!at) return; // failed to find

at += 1; // pointing to pos

}

#ifndef DISCARD_JAPANESE

delete tagger;

#endif

free(jpt.input);

jpt.input = NULL;

free(jpt.token_str);

jpt.token_str = NULL;

free(jpt.canon_str);

jpt.canon_str = NULL;

free(jpt.pos_str);

jpt.pos_str = NULL;

char* in = jpt.input;

Log(USERLOG, "input: %s \r\n", in);

char utfcharacter[20];

int utfsize = 0;

while (*in)

{

in = IsUTF8(in, utfcharacter);

Log(USERLOG, "%s - ", utfcharacter);

++utfsize;

}

Log(USERLOG, " %d kanji/alpha \r\n", utfsize);

int count = 0;

char* tokens = (char*) get_jp_token_str();

char* lemmas = (char*)get_jp_canon_str();

char token[MAX_WORD_SIZE];

char lemma[MAX_WORD_SIZE];

while (*tokens)

{

++count;

char* endtoken = strchr(tokens, ' ');

char* endlemma = strchr(lemmas, ' ');

if (!endtoken) strcpy(token, tokens);

else

{

strncpy(token, tokens, endtoken - tokens);

token[endtoken - tokens] = 0;

}

if (!endlemma) strcpy(lemma, lemmas);

else

{

strncpy(lemma, lemmas, endlemma - lemmas);

lemma[endlemma - lemmas] = 0;

}

Log(USERLOG, "#%d %s - %s\r\n",count, token, lemma);

if (!endtoken || !endlemma) break;

tokens = endtoken + 1;

lemmas = endlemma + 1;

}

{

char* at = data;

int count = 0;

char last_token[MAX_WORD_SIZE];

// walk each node

while (1)

{

char* tab = strchr(at, '\n'); // locate node end

if (tab)

{

*tab = 0; // ensure comma search cannot leave this node

if (!stricmp(at, "EOS")) break; // end of sentence

bool merge = false;

// process fields of current node

for (int j = 0; j < 7; ++j)

{

char* comma = strchr(at+1, ','); // skip in case its token ,

if (comma) *comma = 0;

if (j == 0) // word and part of speech

{

char* tab = strchr(at, '\t');

if (tab)

{

*tab = 0;

if (trace & TRACE_PREPARE) Log(USERLOG, "%d: token: %s pos: %s ", ++count, at, tab + 1);

// if we have english . or ?, presume url and merge

if (*at == '.' || *at == '?')

{

size_t len = strlen(jpt.token_str);

jpt.token_str[len - 1] = 0; // remove trailing blank

jpt.pos_str[len - 1] = 0; // remove trailing blank

jpt.canon_str[len - 1] = 0; // remove trailing blank

strcat(jpt.token_str, at);

strcpy(last_token, at);

strcat(jpt.pos_str, tab + 1);

merge = true;

}

else

{

strcat(jpt.token_str, at);

strcat(jpt.token_str, " ");

strcpy(last_token, at);

strcat(last_token, " ");

strcat(jpt.pos_str, tab + 1);

strcat(jpt.pos_str, " ");

}

}

else printf("missing tab after processing string <%s>\r\n", data);

}

else if (j == 6) // lemma

{

if (trace & TRACE_PREPARE) Log(USERLOG, " lemma: %s\r\n", at);

if (*at != '*')

{

strcat(jpt.canon_str, at);

if (!merge) strcat(jpt.canon_str, " ");

}

else strcat(jpt.canon_str, last_token);

break;

}

if (!comma) break;

at = comma + 1;

}

at = tab + 1;

}

else

{

ReportBug("Mecab missing eos");

jpt.canon_str[0] = 0;

jpt.token_str[0] = 0;

jpt.pos_str[0] = 0;

break;

}

}

jpt.error_flag = 0;

strcpy(jpt.input, buffer);

jpt.token_str[0] = '\0';

jpt.canon_str[0] = '\0';

jpt.pos_str[0] = '\0';

jpt.error_flag = 0;

// Gets tagged result in string format.

#ifndef DISCARD_JAPANESE

if (!tagger) return 1;

const char *result = tagger->parse(jpt.input);

if (trace & TRACE_PREPARE) maybe_trace();

process_mecab_result((char*)result, jpt);

#endif

return jpt.error_flag;