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#include "chewing.h"
static ChewingConfigData g_chewingConfig;
static gboolean g_bUseDefault = FALSE;
static int g_nFd = -1;
static kbmapping_t g_kbMappingTable[] =
{
{"zo", "KB_DEFAULT"},
{"et", "KB_ET"},
{"et26", "KB_ET26"},
{"hsu", "KB_HSU"},
{"pinyin", "KB_HANYU_PINYIN"},
{"pinyin-no-tone", "KB_HANYU_PINYIN"},
{"dvorak", "KB_DVORAK"},
{"ibm", "KB_IBM"},
{"mitac", NULL},
{"colemak", NULL},
{NULL, NULL},
};
static void gcin_kb_config_set (ChewingContext *pChewingCtx);
void
chewing_config_open (gboolean bWrite)
{
char *pszChewingConfig;
char *pszHome;
pszHome = getenv ("HOME");
if (!pszHome)
pszHome = "";
pszChewingConfig = malloc (strlen (pszHome) + strlen (GCIN_CHEWING_CONFIG) + 1);
memset (pszChewingConfig, 0x00, strlen (pszHome) + strlen (GCIN_CHEWING_CONFIG) + 1);
sprintf (pszChewingConfig, "%s%s", pszHome, GCIN_CHEWING_CONFIG);
g_nFd = open (pszChewingConfig,
bWrite == TRUE ? (O_RDWR | O_CREAT) : (O_RDONLY),
S_IRUSR | S_IWUSR | S_IRGRP | S_IROTH);
free (pszChewingConfig);
if (g_nFd == -1)
g_bUseDefault = TRUE;
}
void
chewing_config_load (ChewingConfigData *pChewingConfig)
{
int nReadSize;
nReadSize = read (g_nFd, &g_chewingConfig, sizeof (g_chewingConfig));
if (nReadSize == 0 || nReadSize != sizeof (g_chewingConfig))
g_bUseDefault = TRUE;
if (g_bUseDefault)
{
int nDefaultSelKey[MAX_SELKEY] = {'a', 's', 'd', 'f',
'g', 'h', 'j', 'k',
'l', ';'};
g_chewingConfig.candPerPage = 10;
g_chewingConfig.maxChiSymbolLen = 16;
g_chewingConfig.bAddPhraseForward = 1;
g_chewingConfig.bSpaceAsSelection = 1;
g_chewingConfig.bEscCleanAllBuf = 0;
g_chewingConfig.bAutoShiftCur = 1;
g_chewingConfig.bEasySymbolInput = 0;
g_chewingConfig.bPhraseChoiceRearward = 1;
g_chewingConfig.hsuSelKeyType = 0;
memcpy (&g_chewingConfig.selKey,
&nDefaultSelKey,
sizeof (g_chewingConfig.selKey));
}
memcpy (pChewingConfig, &g_chewingConfig, sizeof (ChewingConfigData));
}
void
chewing_config_set (ChewingContext *pChewingCtx)
{
gcin_kb_config_set (pChewingCtx);
chewing_set_candPerPage (pChewingCtx, g_chewingConfig.candPerPage);
chewing_set_maxChiSymbolLen (pChewingCtx, g_chewingConfig.maxChiSymbolLen);
chewing_set_addPhraseDirection (pChewingCtx, g_chewingConfig.bAddPhraseForward);
chewing_set_spaceAsSelection (pChewingCtx, g_chewingConfig.bSpaceAsSelection);
chewing_set_escCleanAllBuf (pChewingCtx, g_chewingConfig.bEscCleanAllBuf);
chewing_set_autoShiftCur (pChewingCtx, g_chewingConfig.bAutoShiftCur);
chewing_set_easySymbolInput (pChewingCtx, g_chewingConfig.bEasySymbolInput);
chewing_set_phraseChoiceRearward (pChewingCtx, g_chewingConfig.bPhraseChoiceRearward);
chewing_set_hsuSelKeyType (pChewingCtx, g_chewingConfig.hsuSelKeyType);
}
void
chewing_config_dump (void)
{
int nIdx = 0;
printf ("chewing config:\n");
printf ("\tcandPerPage: %d\n", g_chewingConfig.candPerPage);
printf ("\tmaxChiSymbolLen: %d\n", g_chewingConfig.maxChiSymbolLen);
printf ("\tbAddPhraseForward: %d\n", g_chewingConfig.bAddPhraseForward);
printf ("\tbSpaceAsSelection: %d\n", g_chewingConfig.bSpaceAsSelection);
printf ("\tbEscCleanAllBuf: %d\n", g_chewingConfig.bEscCleanAllBuf);
printf ("\tbAutoShiftCur: %d\n", g_chewingConfig.bAutoShiftCur);
printf ("\tbEasySymbolInput: %d\n", g_chewingConfig.bEasySymbolInput);
printf ("\tbPhraseChoiceRearward: %d\n", g_chewingConfig.bPhraseChoiceRearward);
printf ("\thsuSelKeyType: %d\n", g_chewingConfig.hsuSelKeyType);
printf ("\tselKey: ");
for (nIdx = 0; nIdx < MAX_SELKEY; nIdx++)
printf ("%c ", g_chewingConfig.selKey[nIdx]);
printf ("\n");
}
void
chewing_config_close (void)
{
if (g_nFd != -1)
close (g_nFd);
g_nFd = -1;
g_bUseDefault = FALSE;
memset (&g_chewingConfig, 0x00, sizeof (g_chewingConfig));
}
static void
gcin_kb_config_set (ChewingContext *pChewingCtx)
{
char *pszHome;
char *pszGcinKBConfig;
char szBuf[32];
char szKbType[16];
char szKbSelKey[16];
int nFd;
int nRead;
int nIdx = 0;
memset (szBuf, 0x00, 32);
memset (szKbType, 0x00, 16);
memset (szKbSelKey, 0x00, 16);
pszHome = getenv ("HOME");
if (!pszHome)
pszHome = "";
pszGcinKBConfig = malloc (strlen (pszHome) + strlen (GCIN_KB_CONFIG) + 1);
memset (pszGcinKBConfig, 0x00, strlen (pszHome) + strlen (GCIN_KB_CONFIG) + 1);
sprintf (pszGcinKBConfig, "%s%s", pszHome, GCIN_KB_CONFIG);
nFd = open (pszGcinKBConfig,
O_RDONLY,
S_IRUSR | S_IWUSR | S_IRGRP | S_IROTH);
free (pszGcinKBConfig);
if (nFd == -1)
return;
nRead = read (nFd, szBuf, 32);
if (nRead == -1)
return;
sscanf (szBuf, "%s %s ", szKbType, szKbSelKey);
if (!strlen (szKbType) || !strlen (szKbSelKey))
return;
for (nIdx = 0; nIdx < strlen (szKbSelKey); nIdx++)
g_chewingConfig.selKey[nIdx] = szKbSelKey[nIdx];
chewing_set_selKey (pChewingCtx, g_chewingConfig.selKey, strlen (szKbSelKey));
nIdx = 0;
while (g_kbMappingTable[nIdx].pszGcinKbName)
{
if (!strncmp (g_kbMappingTable[nIdx].pszGcinKbName,
szKbType,
strlen (szKbType)))
{
chewing_set_KBType (pChewingCtx,
chewing_KBStr2Num (g_kbMappingTable[nIdx].pszChewingKbName));
break;
}
nIdx++;
}
}
gboolean
chewing_config_save (int nVal[])
{
int nWriteSize;
g_chewingConfig.candPerPage =
nVal[0] > MAX_SELKEY ? MAX_SELKEY : nVal[0];
g_chewingConfig.bSpaceAsSelection = nVal[1];
g_chewingConfig.bEscCleanAllBuf = nVal[2];
g_chewingConfig.bAutoShiftCur = nVal[3];
g_chewingConfig.bAddPhraseForward = nVal[4];
lseek (g_nFd, 0, SEEK_SET);
nWriteSize = write (g_nFd, &g_chewingConfig, sizeof (g_chewingConfig));
if (nWriteSize != sizeof (g_chewingConfig))
return FALSE;
return TRUE;
}
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