#include "base.h"
#include "SpanishUtils.h"
CAutoClassPointer<CSpanishUtil> g_apSpanishUtil = NULL;
const CSuffixTerm g_rSpanishSuffix[] =
{
{L"et" ,2, 2, TYPE1}, // te
{L"es" ,2, 2, TYPE1}, // se
{L"em" ,2, 2, TYPE1}, // me
{L"son" ,3, 3, TYPE1}, // nos
{L"sol" ,3, 3, TYPE1}, // los
{L"sal" ,3, 3, TYPE1}, // las
{L"sel" ,3, 3, TYPE1}, // les
{L"ol" ,2, 2, TYPE1}, // lo
{L"el" ,2, 2, TYPE1}, // le
{L"al" ,2, 2, TYPE1}, // la
{L"etes",4, 4, TYPE1}, // sete
#ifdef DICT_GEN
{L"odn\x0e1" ,4, 3, TYPE2}, // ándo
#endif
{L"etodn\x0e1" ,6, 5, TYPE2}, // ándote
{L"esodn\x0e1" ,6, 5, TYPE2}, // ándose
{L"emodn\x0e1" ,6, 5, TYPE2}, // ándome
{L"olodn\x0e1" ,6, 5, TYPE2}, // ándolo
{L"elodn\x0e1" ,6, 5, TYPE2}, // ándole
{L"alodn\x0e1" ,6, 5, TYPE2}, // ándola
{L"sonodn\x0e1",7, 6, TYPE2}, // ándonos
{L"solodn\x0e1",7, 6, TYPE2}, // ándolos
{L"salodn\x0e1",7, 6, TYPE2}, // ándolas
{L"selodn\x0e1",7, 6, TYPE2}, // ándoles
{L"etne" ,4, 3, TYPE3}, //ente
{L"esne" ,4, 3, TYPE3}, //en se
{L"emne" ,4, 3, TYPE3}, //enme
{L"sonne" ,5, 4, TYPE3}, //ennos
{L"solne" ,5, 4, TYPE3}, //enlos
{L"salne" ,5, 4, TYPE3}, //enlas
{L"selne" ,5, 4, TYPE3}, //enles
{L"olne" ,4, 3, TYPE3}, //enlo
{L"elne" ,4, 3, TYPE3}, //enle
{L"alne" ,4, 3, TYPE3}, //enla
{L"emetne",6, 5, TYPE3}, //enteme
{L"etsom" ,5, 5, TYPE4}, //moste
{L"essom" ,5, 5, TYPE4}, //mosse
{L"emsom" ,5, 5, TYPE4}, //mosme
{L"sonsom" ,6, 6, TYPE4}, //mosnos
{L"solsom" ,6, 6, TYPE4}, //moslos
{L"salsom" ,6, 6, TYPE4}, //moslas
{L"selsom" ,6, 6, TYPE4}, //mosles
{L"olsom" ,5, 5, TYPE4}, //moslo
{L"elsom" ,5, 5, TYPE4}, //mosle
{L"alsom" ,5, 5, TYPE4}, //mosla
{L"etessom",7, 7, TYPE4}, //mossete
{L"soetda",6, 5, TYPE5}, // adteos
{L"emetda",6, 5, TYPE5}, // adteme
{L"etda" ,4, 3, TYPE5}, // adte
{L"esda" ,4, 3, TYPE5}, // adse
{L"emda" ,4, 3, TYPE5}, // adem
{L"sonda" ,5, 4, TYPE5}, // adnos
{L"solda" ,5, 4, TYPE5}, // adlos
{L"salda" ,5, 4, TYPE5}, // adlas
{L"selda" ,5, 4, TYPE5}, // adles
{L"olda" ,4, 3, TYPE5}, // adlo
{L"elda" ,4, 3, TYPE5}, // adle
{L"alda" ,4, 3, TYPE5}, // adla
{L"etr\x0e1" ,4, 3, TYPE6}, // árte
{L"esr\x0e1" ,4, 3, TYPE6}, // árse
{L"emr\x0e1" ,4, 3, TYPE6}, // árme
{L"sonr\x0e1",5, 4, TYPE6}, // árnos
{L"solr\x0e1",5, 4, TYPE6}, // árlos
{L"salr\x0e1",5, 4, TYPE6}, // árlas
{L"selr\x0e1",5, 4, TYPE6}, // árles
{L"olr\x0e1" ,4, 3, TYPE6}, // árlo
{L"elr\x0e1" ,4, 3, TYPE6}, // árle
{L"alr\x0e1" ,4, 3, TYPE6}, // árla
{L"emes" ,4, 4, TYPE7}, // seme
{L"sones",5, 5, TYPE7}, // senos
{L"soles",5, 5, TYPE7}, // selos
{L"oles" ,4, 4, TYPE7}, // selo
{L"seles",5, 5, TYPE7}, // seles
{L"eles" ,4, 4, TYPE7}, // sele
{L"sales",5, 5, TYPE7}, // sesal
{L"ales" ,4, 4, TYPE7}, // sela
{L"emem", 4, 4, TYPE16}, // meme
{L"sonem",5, 5, TYPE16}, // menos
{L"solem",5, 5, TYPE8}, // melos
{L"olem" ,4, 4, TYPE8}, // melo
{L"selem",5, 5, TYPE8}, // meles
{L"elem" ,4, 4, TYPE8}, // mele
{L"salem",5, 5, TYPE8}, // mesal
{L"alem" ,4, 4, TYPE8}, // mela
{L"emet" ,4, 4, TYPE9}, // teme
{L"sonet",5, 5, TYPE9}, // tenos
{L"solet",5, 5, TYPE9}, // telos
{L"olet" ,4, 4, TYPE9}, // telo
{L"selet",5, 5, TYPE9}, // teles
{L"elet" ,4, 4, TYPE9}, // tele
{L"salet",5, 5, TYPE9}, // tesal
{L"alet" ,4, 4, TYPE9}, // tela
{L"etsoets\x0e9",8, 4, TYPE10}, // ésteoste
{L"soets\x0e9" ,6, 2, TYPE10}, // ésteos
{L"sole",4, 0,TYPE11}, // elos
{L"ole" ,3, 0,TYPE11}, // elo
{L"eme" ,3, 0,TYPE11}, // eme
{L"sele",4, 0,TYPE11}, // eles
{L"ele" ,3, 0,TYPE11}, // ele
{L"sale",4, 0,TYPE11}, // elas
{L"ale" ,3, 0,TYPE11}, // ela
{L"sona",4, 0,TYPE12}, // anos
{L"ese",3, 0, TYPE13}, // ese
{L"esa",3, 0, TYPE13}, // ase
{L"sone",4, 0,TYPE14}, // enos
{L"olner",5, 5, TYPE15}, // renlo
{L"\0",0,0,0}
};
CSpanishUtil::CSpanishUtil()
{
WCHAR wch;
for (wch = 0; wch < 256; wch++)
{
m_rCharConvert[wch] = towupper(wch);
m_rAccentConvert[wch] = 0;
m_rCharCompress[wch] = 0;
}
memset(m_rReverseAccentConvert, 0, sizeof(char) * 16);
m_rCharConvert[0xc0] = L'A';
m_rCharConvert[0xc1] = L'A';
m_rCharConvert[0xc2] = L'A';
m_rCharConvert[0xc3] = L'A';
m_rCharConvert[0xc4] = L'A';
m_rCharConvert[0xc5] = L'A';
m_rCharConvert[0xc8] = L'E';
m_rCharConvert[0xc9] = L'E';
m_rCharConvert[0xca] = L'E';
m_rCharConvert[0xcb] = L'E';
m_rCharConvert[0xcc] = L'I';
m_rCharConvert[0xcd] = L'I';
m_rCharConvert[0xce] = L'I';
m_rCharConvert[0xcf] = L'I';
m_rCharConvert[0xd2] = L'O';
m_rCharConvert[0xd3] = L'O';
m_rCharConvert[0xd4] = L'O';
m_rCharConvert[0xd5] = L'O';
m_rCharConvert[0xd6] = L'O';
m_rCharConvert[0xd9] = L'U';
m_rCharConvert[0xda] = L'U';
m_rCharConvert[0xdb] = L'U';
m_rCharConvert[0xdc] = L'U';
m_rCharConvert[0xe0] = L'A';
m_rCharConvert[0xe1] = L'A';
m_rCharConvert[0xe2] = L'A';
m_rCharConvert[0xe3] = L'A';
m_rCharConvert[0xe4] = L'A';
m_rCharConvert[0xe5] = L'A';
m_rCharConvert[0xe8] = L'E';
m_rCharConvert[0xe9] = L'E';
m_rCharConvert[0xea] = L'E';
m_rCharConvert[0xeb] = L'E';
m_rCharConvert[0xec] = L'I';
m_rCharConvert[0xed] = L'I';
m_rCharConvert[0xee] = L'I';
m_rCharConvert[0xef] = L'I';
m_rCharConvert[0xf2] = L'O';
m_rCharConvert[0xf3] = L'O';
m_rCharConvert[0xf4] = L'O';
m_rCharConvert[0xf5] = L'O';
m_rCharConvert[0xf6] = L'O';
m_rCharConvert[0xf9] = L'U';
m_rCharConvert[0xfa] = L'U';
m_rCharConvert[0xfb] = L'U';
m_rCharConvert[0xfc] = L'U';
for (wch = 0; wch < 256; wch++)
{
if (m_rCharConvert[wch] >= L'A' && m_rCharConvert[wch] <= L'Z')
{
m_rCharCompress[wch] = m_rCharConvert[wch] - L'A' + 1;
}
}
m_rCharCompress[0xD1] = 28;
m_rCharCompress[0xF1] = 28;
m_rAccentConvert[0xe1] = 1;
m_rAccentConvert[0xf3] = 2;
m_rAccentConvert[0xcd] = 3;
m_rAccentConvert[0xe9] = 4;
m_rAccentConvert[0xfa] = 5;
m_rAccentConvert[0xfc] = 6;
m_rAccentConvert[0x61] = 7;
m_rAccentConvert[0x6f] = 8;
m_rAccentConvert[0x69] = 9;
m_rAccentConvert[0x65] = 10;
m_rAccentConvert[0x75] = 11;
m_rReverseAccentConvert[1] = (WCHAR)0xe1;
m_rReverseAccentConvert[2] = (WCHAR)0xf3;
m_rReverseAccentConvert[3] = (WCHAR)0xcd;
m_rReverseAccentConvert[4] = (WCHAR)0xe9;
m_rReverseAccentConvert[5] = (WCHAR)0xfa;
m_rReverseAccentConvert[6] = (WCHAR)0xfc;
m_rReverseAccentConvert[7] = (WCHAR)0x61;
m_rReverseAccentConvert[8] = (WCHAR)0x6f;
m_rReverseAccentConvert[9] = (WCHAR)0x69;
m_rReverseAccentConvert[10] = (WCHAR)0x65;
m_rReverseAccentConvert[11] = (WCHAR)0x75;
}
int CSpanishUtil::aiWcscmp(const WCHAR* p, const WCHAR* t)
{
while (*p && *t && (m_rCharConvert[*p] == m_rCharConvert[*t]))
{
p++;
t++;
}
if ((m_rCharConvert[*p] == m_rCharConvert[*t]))
{
return 0;
}
if ((m_rCharConvert[*p] > m_rCharConvert[*t]))
{
return 1;
}
return -1;
}
int CSpanishUtil::aiStrcmp(const unsigned char* p, const unsigned char* t)
{
while (*p && *t && (m_rCharConvert[*p] == m_rCharConvert[*t]))
{
p++;
t++;
}
if (m_rCharConvert[*p] == m_rCharConvert[*t])
{
return 0;
}
if (m_rCharConvert[*p] > m_rCharConvert[*t])
{
return 1;
}
return -1;
}
int CSpanishUtil::aiWcsncmp(const WCHAR* p, const WCHAR* t, const int iLen)
{
int i = 0;
while ((i < iLen) && *p && *t && (m_rCharConvert[*p] == m_rCharConvert[*t]))
{
p++;
t++;
i++;
}
if ((i == iLen) || (m_rCharConvert[*p] == m_rCharConvert[*t]))
{
return 0;
}
if (m_rCharConvert[*p] > m_rCharConvert[*t])
{
return 1;
}
return -1;
}
CSpanishSuffixDict::CSpanishSuffixDict()
{
WCHAR* pwcsCur;
int i;
DictStatus status;
for (i = 0, pwcsCur = g_rSpanishSuffix[i].pwcs;
*pwcsCur != L'\0';
i++, pwcsCur = g_rSpanishSuffix[i].pwcs)
{
status = m_SuffixTrie.trie_Insert(
pwcsCur,
TRIE_IGNORECASE,
const_cast<CSuffixTerm*>(&g_rSpanishSuffix[i]),
NULL);
Assert (DICT_SUCCESS == status);
}
}