void InitDictionary()
{
TNode *head= NULL;
head = CreateNode();
ReadData(head);
cout<<SearchDictionary("a", head)<<endl;
}
void SrvProc(WCHAR command, const std::wstring &argument, std::wstring &result)
{
SKKDICCANDIDATES sc;
std::wstring fmt, key, keyorg, okuri, candidate, annotation, conv;
std::wregex re;
result.clear();
switch(command)
{
case REQ_SEARCH:
case REQ_SEARCHUSER:
re.assign(L"(.*)\t(.*)\t(.*)\n");
fmt.assign(L"$1");
key = std::regex_replace(argument, re, fmt);
fmt.assign(L"$2");
keyorg = std::regex_replace(argument, re, fmt);
fmt.assign(L"$3");
okuri = std::regex_replace(argument, re, fmt);
switch(command)
{
case REQ_SEARCH:
SearchDictionary(key, okuri, sc);
break;
case REQ_SEARCHUSER:
candidate = SearchUserDic(key, okuri);
re.assign(L"[\\x00-\\x19]");
fmt.assign(L"");
candidate = std::regex_replace(candidate, re, fmt);
ParseSKKDicCandiate(candidate, sc);
break;
default:
break;
}
if(!sc.empty())
{
result = REP_OK;
result += L"\n";
FORWARD_ITERATION_I(sc_itr, sc)
{
result += ConvertCandidate(keyorg, sc_itr->first, okuri) + L"\t" +
sc_itr->first + L"\t" +
ConvertCandidate(keyorg, sc_itr->second, okuri) + L"\t" +
sc_itr->second + L"\n";
}
}
/* ParseSentence - parses specified sentence into separate words
*
* Parameters:
* dictionary - pointer to dictionary structure
* sentence - pointer to sentence structure
*
* Returns:
* error flag - TRUE, if there was an error
*/
BOOLEAN_T
ParseSentence( DICTIONARY_S_T *dictionary, SENTENCE_S_T *sentence )
{
int i, word_count, index;
char *buffer, *word_array[MAX_WORDS_IN_SENT];
printf( "\nParsing sentence -> %s\n", sentence->sentence );
buffer = &sentence->sentence[0];
sentence->sentence[SENTENCE_LEN - 1] = '\0';
word_count = ParseString( buffer, word_array );
sentence->num_words = word_count;
for (i = 0; i < sentence->num_words; i++)
{
sentence->list[i].length = strlen( word_array[i] );
strcpy(sentence->list[i].word, word_array[i]);
if (SearchDictionary( &sentence->list[i].word[0], dictionary, &index ))
{
sentence->list[i].type = dictionary->list[index].type;
sentence->list[i].str = dictionary->list[index].str;
}
else
{
sentence->list[i].type = UNKN_WT;
sentence->list[i].str = ' ';
printf("\nwarning: %s not found in dictionary\n", word_array[i]);
}
}
return(FALSE);
}
