/*************************************************************************** * Copyright (C) 2002~2005 by Yuking * * yuking_net@sohu.com * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License as published by * * the Free Software Foundation; either version 2 of the License, or * * (at your option) any later version. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License * * along with this program; if not, write to the * * Free Software Foundation, Inc., * * 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. * ***************************************************************************/ /** * @file tools.c * @author Yuking yuking_net@sohu.com * @date 2008-1-16 * * @brief 配置文件读写 * * */ #include "tools.h" #include #include #include #include #include #include #include "ui.h" #include "version.h" #include "MainWindow.h" #include "InputWindow.h" #include "PYFA.h" #include "py.h" #include "sp.h" #include "ime.h" extern Display *dpy; extern int iScreen; extern int MAINWND_WIDTH; extern int iMainWindowX; extern int iMainWindowY; extern int iInputWindowX; extern int iInputWindowY; extern int iInputWindowWidth; extern int iInputWindowHeight; extern int iMaxCandWord; extern Bool _3DEffectMainWindow; extern _3D_EFFECT _3DEffectInputWindow; extern WINDOW_COLOR inputWindowColor; extern WINDOW_COLOR mainWindowColor; extern MESSAGE_COLOR IMNameColor[]; extern MESSAGE_COLOR messageColor[]; extern MESSAGE_COLOR inputWindowLineColor; extern MESSAGE_COLOR mainWindowLineColor; extern MESSAGE_COLOR cursorColor; extern WINDOW_COLOR VKWindowColor; extern MESSAGE_COLOR VKWindowFontColor; extern MESSAGE_COLOR VKWindowAlphaColor; extern ENTER_TO_DO enterToDo; extern HOTKEYS hkTrigger[]; extern HOTKEYS hkGBK[]; extern HOTKEYS hkCorner[]; extern HOTKEYS hkPunc[]; extern HOTKEYS hkPrevPage[]; extern HOTKEYS hkNextPage[]; extern HOTKEYS hkWBAddPhrase[]; extern HOTKEYS hkWBDelPhrase[]; extern HOTKEYS hkWBAdjustOrder[]; extern HOTKEYS hkPYAddFreq[]; extern HOTKEYS hkPYDelFreq[]; extern HOTKEYS hkPYDelUserPhr[]; extern HOTKEYS hkLegend[]; extern HOTKEYS hkTrack[]; extern HOTKEYS hkGetPY[]; extern HOTKEYS hkGBT[]; extern HOTKEYS hkHideMainWindow[]; extern HOTKEYS hkSaveAll[]; extern HOTKEYS hkVK[]; extern KEY_CODE switchKey; extern XIMTriggerKey *Trigger_Keys; extern INT8 iTriggerKeyCount; extern Bool bUseGBK; extern Bool bEngPuncAfterNumber; //extern Bool bAutoHideInputWindow; extern XColor colorArrow; extern Bool bTrackCursor; extern Bool bCenterInputWindow; extern HIDE_MAINWINDOW hideMainWindow; extern Bool bCompactMainWindow; extern HIDE_MAINWINDOW hideMainWindow; extern int iFontSize; extern int iMainWindowFontSize; extern Bool bUseGBKT; extern Bool bChnPunc; extern Bool bCorner; extern Bool bUseLegend; extern Bool bPYCreateAuto; extern Bool bPYSaveAutoAsPhrase; extern Bool bPhraseTips; extern SEMICOLON_TO_DO semicolonToDo; extern Bool bEngAfterCap; //显示打字速度 extern Bool bShowUserSpeed; extern Bool bShowVersion; extern Bool bShowVK; extern char strNameOfPinyin[]; extern char strNameOfShuangpin[];; extern char strNameOfQuwei[]; extern Bool bFullPY; extern Bool bDisablePagingInLegend; extern int i2ndSelectKey; extern int i3rdSelectKey; extern char strFontName[]; extern char strFontEnName[]; extern ADJUSTORDER baseOrder; extern ADJUSTORDER phraseOrder; extern ADJUSTORDER freqOrder; extern INT8 iIMIndex; extern Bool bLocked; extern MHPY MHPY_C[]; extern MHPY MHPY_S[]; extern char strDefaultSP[]; extern SP_FROM iSPFrom; extern char cPYYCDZ[]; extern char strExternIM[]; extern Bool bDoubleSwitchKey; extern Bool bPointAfterNumber; extern Bool bConvertPunc; extern unsigned int iTimeInterval; extern int iFixedInputWindowWidth; extern Bool bShowInputWindowTriggering; extern char strUserLocale[]; extern Bool bUseBold; extern int iOffsetX; extern int iOffsetY; extern int inputMethods[]; #ifdef _ENABLE_TRAY extern Bool bUseTrayIcon; #endif #ifdef _ENABLE_RECORDING extern HOTKEYS hkRecording[]; extern HOTKEYS hkResetRecording[]; extern Bool bRecording; extern char strRecordingPath[]; #endif Bool MyStrcmp (char *str1, char *str2) { return !strncmp (str1, str2, strlen (str2)); } /* 其他函数需要知道传递给 LoadConfig 的参数 */ Bool bIsReloadConfig = True; /* 在载入 profile 文件过程中传递状态信息 */ Bool bNeedSaveConfig = True; /* * 配置项值的类型： * * 整数(integer)、字符串(string)、颜色(color) 都可以用通用读写函数来读写。 * 但是其他(other)类型，则需要提供专门的读写函数。 */ #define CONFIG_INTEGER 1 #define CONFIG_STRING 2 #define CONFIG_COLOR 3 #define CONFIG_SWITCHKEY 4 #define CONFIG_HOTKEY 5 #define CONFIG_OTHER 6 /* * int(*configure_readwrite)(Configure *c, void *str_file, int isread) * * 用来读取或者写入对应的配置项 * * c - 读取/写入的配置项 * str_file - 如果是读取，则为 char *；如果是写入，则为 FILE * * isread - 如果是读取，则为 True，否则为 False * * configure_readwrite 返回零表示成功，其他值为失败。 */ typedef struct Configure Configure; typedef int(*config_readwrite)(Configure *, void *, int); struct Configure { char *name; /* configure name */ char *comment; /* configure comment */ config_readwrite config_rw; /* read/write configure */ int value_type; /* type of this configure's value */ union { struct { char *string; int string_length; } str_value; int *integer; XColor *color; HOTKEYS *hotkey; } value; }; typedef struct Configure_group { char *name; /* configure group's name */ char *comment; /* configure group's comment */ struct Configure *configure; /* configures belong to this group */ } Configure_group; static int generic_config_integer(Configure *c, void *a, int isread) { if(isread) *(c->value.integer) = atoi(a); else fprintf((FILE *)a, "%s=%d\n", c->name, *(c->value.integer)); return 0; } static int generic_config_string(Configure *c, void *a, int isread) { if(isread){ strncpy(c->value.str_value.string, (char *)a, c->value.str_value.string_length); c->value.str_value.string[c->value.str_value.string_length - 1] = '\0'; } else fprintf((FILE *)a, "%s=%s\n", c->name, c->value.str_value.string); return 0; } static int generic_config_color(Configure *c, void *a, int isread) { int r, g, b; if(isread){ if(sscanf((char *)a, "%d %d %d", &r, &g, &b) != 3){ fprintf(stderr, "error: configure file: color\n"); exit(1); } c->value.color->red = r << 8; c->value.color->green = g << 8; c->value.color->blue = b << 8; }else fprintf((FILE *)a, "%s=%d %d %d\n", c->name, c->value.color->red >> 8, c->value.color->green >> 8, c->value.color->blue >> 8); return 0; } /* FIXME: 实现通用读写设置 switch key 的配置 */ #if 0 static int generic_config_switchkey(Configure *c, void *a, int isread) { return -1; } #endif /* FIXME: 实现通用读写设置 hot key 的配置 */ #if 0 static int generic_config_hotkey(Configure *c, void *a, int isread) { return -1; } #endif /** 将 configures 中的配置信息写入 fp */ static int write_configures(FILE *fp, Configure *configures) { Configure *tc; for(tc = configures; tc->name; tc++){ if(tc->comment) fprintf(fp, "# %s\n", tc->comment); if(tc->config_rw) tc->config_rw(tc, fp, 0); else{ switch(tc->value_type){ case CONFIG_INTEGER: generic_config_integer(tc, fp, 0); break; case CONFIG_STRING: generic_config_string(tc, fp, 0); break; case CONFIG_COLOR: generic_config_color(tc, fp, 0); break; default: fprintf(stderr, "error: shouldn't be here\n"); exit(1); } } } return 0; } /* 从 str 读取配置信息 */ static int read_configure(Configure *config, char *str) { if(config->config_rw) config->config_rw(config, str, 1); else{ switch(config->value_type){ case CONFIG_INTEGER: generic_config_integer(config, str, 1); break; case CONFIG_STRING: generic_config_string(config, str, 1); break; case CONFIG_COLOR: generic_config_color(config, str, 1); break; default: fprintf(stderr, "error: shouldn't be here\n"); exit(1); } } return 0; } /* 主窗口输入法名称色 */ inline static int main_window_input_method_name_color(Configure *c, void *a, int isread) { int r[3], b[3], g[3], i; FILE *fp; if(isread){ if(sscanf((char *)a, "%d %d %d %d %d %d %d %d %d", &r[0], &g[0], &b[0], &r[1], &g[1], &b[1], &r[2], &g[2], &b[2]) != 9) { fprintf(stderr, "error: invalid configure format\n"); exit(1); } for(i = 0; i < 3; i++){ IMNameColor[i].color.red = r[i] << 8; IMNameColor[i].color.green = g[i] << 8; IMNameColor[i].color.blue = b[i] << 8; } }else{ fp = (FILE *)a; fprintf(fp, "%s=", c->name); for(i = 0; i < 3; i++) fprintf(fp, "%d %d %d ", IMNameColor[i].color.red >> 8, IMNameColor[i].color.green >> 8, IMNameColor[i].color.blue >> 8); fprintf(fp, "\n"); } return 0; } /* 打开/关闭输入法 */ inline static int trigger_input_method(Configure *c, void *a, int isread) { if(isread){ if(bIsReloadConfig){ SetTriggerKeys((char *)a); SetHotKey((char *)a, hkTrigger); } }else fprintf((FILE *)a, "%s=%s\n", c->name, "CTRL_SPACE"); return 0; } /* 中英文快速切换键 */ inline static int fast_chinese_english_switch(Configure *c, void *a, int isread) { if(isread) SetSwitchKey((char *)a); else { if ( switchKey == XKeysymToKeycode (dpy, XK_Control_R) ) fprintf((FILE *)a, "%s=%s\n", c->name, "R_CTRL"); else if ( switchKey == XKeysymToKeycode (dpy, XK_Shift_R) ) fprintf((FILE *)a, "%s=%s\n", c->name, "R_SHIFT"); else if ( switchKey == XKeysymToKeycode (dpy, XK_Shift_L) ) fprintf((FILE *)a, "%s=%s\n", c->name, "L_SHIFT"); else if ( switchKey == XKeysymToKeycode (dpy, XK_Super_R) ) fprintf((FILE *)a, "%s=%s\n", c->name, "R_SUPER"); else if ( switchKey == XKeysymToKeycode (dpy, XK_Super_L) ) fprintf((FILE *)a, "%s=%s\n", c->name, "L_SUPER"); else fprintf((FILE *)a, "%s=%s\n", c->name, "L_CTRL"); } return 0; } /* 光标跟随 */ inline static int cursor_follow(Configure *c, void *a, int isread) { if(isread) SetHotKey((char *)a, hkTrack); else fprintf((FILE *)a, "%s=%s\n", c->name, "CTRL_K"); return 0; } /* 隐藏主窗口 */ inline static int hide_main_window(Configure *c, void *a, int isread) { if(isread) SetHotKey((char *)a, hkHideMainWindow); else fprintf((FILE *)a, "%s=%s\n", c->name, "CTRL_ALT_H"); return 0; } /* 切换虚拟键盘 */ inline static int switch_vk(Configure *c, void *a, int isread) { if(isread) SetHotKey((char *)a, hkVK); else fprintf((FILE *)a, "%s=%s\n", c->name, "CTRL_ALT_K"); return 0; } /* GBK支持 */ inline static int gbk_support(Configure *c, void *a, int isread) { if(isread) SetHotKey((char *)a, hkGBK); else fprintf((FILE *)a, "%s=%s\n", c->name, "CTRL_M"); return 0; } /* GBK繁体切换键 */ inline static int gbk_traditional_simplified_switch(Configure *c, void *a, int isread) { if(isread) SetHotKey((char *)a, hkGBT); else fprintf((FILE *)a, "%s=%s\n", c->name, "CTRL_ALT_F"); return 0; } /* 联想 */ inline static int association(Configure *c, void *a, int isread) { if(isread) SetHotKey((char *)a, hkLegend); else fprintf((FILE *)a, "%s=%s\n", c->name, "CTRL_L"); return 0; } /* 反查拼音 */ inline static int lookup_pinyin(Configure *c, void *a, int isread) { if(isread) SetHotKey((char *)a, hkGetPY); else fprintf((FILE *)a, "%s=%s\n", c->name, "CTRL_ALT_E"); return 0; } /* * DBC case = Double Byte Character case * SBC case = Single Byte Character case */ /* 全半角 */ inline static int sbc_dbc_switch(Configure *c, void *a, int isread) { if(isread) SetHotKey((char *)a, hkCorner); else fprintf((FILE *)a, "%s=%s\n", c->name, "SHIFT_SPACE"); return 0; } /* 中文标点 */ inline static int chinese_punctuation(Configure *c, void *a, int isread) { if(isread) SetHotKey((char *)a, hkPunc); else fprintf((FILE *)a, "%s=%s\n", c->name, "ALT_SPACE"); return 0; } /* 上一页 */ inline static int prev_page(Configure *c, void *a, int isread) { if(isread) SetHotKey((char *)a, hkPrevPage); else fprintf((FILE *)a, "%s=%s\n", c->name, "-"); return 0; } /* 下一页 */ inline static int next_page(Configure *c, void *a, int isread) { if(isread) SetHotKey((char *)a, hkNextPage); else fprintf((FILE *)a, "%s=%s\n", c->name, "="); return 0; } /* 第二三候选词选择键 */ inline static int second_third_candidate_word(Configure *c, void *a, int isread) { char *pstr = a; if(isread){ if (!strcasecmp (pstr, "SHIFT")) { i2ndSelectKey = 50; //左SHIFT的扫描码 i3rdSelectKey = 62; //右SHIFT的扫描码 } else if (!strcasecmp (pstr, "CTRL")) { i2ndSelectKey = 37; //左CTRL的扫描码 i3rdSelectKey = 109; //右CTRL的扫描码 } else { i2ndSelectKey = pstr[0] ^ 0xFF; i3rdSelectKey = pstr[1] ^ 0xFF; } }else { if ( i2ndSelectKey == 50 ) fprintf((FILE *)a, "%s=%s\n", c->name, "SHIFT"); else if ( i2ndSelectKey == 37 ) fprintf((FILE *)a, "%s=%s\n", c->name, "CTRL"); else fprintf((FILE *)a, "%s=%c%c\n", c->name, i2ndSelectKey, i3rdSelectKey); } return 0; } /* 保存词库 */ inline static int save_all(Configure *c, void *a, int isread) { if(isread) SetHotKey((char *)a, hkSaveAll); else fprintf((FILE *)a, "%s=%s\n", c->name, "CTRL_ALT_S"); return 0; } #ifdef _ENABLE_RECORDING /* 设置记录模式 */ inline static int set_recording(Configure *c, void *a, int isread) { if(isread) SetHotKey((char *)a, hkRecording); else fprintf((FILE *)a, "%s=%s\n", c->name, "CTRL_ALT_J"); return 0; } /* 重置记录模式 */ inline static int reset_recording(Configure *c, void *a, int isread) { if(isread) SetHotKey((char *)a, hkResetRecording); else fprintf((FILE *)a, "%s=%s\n", c->name, "CTRL_ALT_A"); return 0; } #endif /* 默认双拼方案 */ inline static int default_shuangpin_scheme(Configure *c, void *a, int isread) { if(isread){ strncpy(strDefaultSP, (char *)a, 100); /* FIXME: 不应在此硬编码字符串长度，下同 */ iSPFrom = SP_FROM_SYSTEM_CONFIG; } else fprintf((FILE *)a, "%s=%s\n", c->name, strDefaultSP); return 0; } /* 增加拼音常用字 */ inline static int add_pinyin_frequently_used_word(Configure *c, void *a, int isread) { if(isread) SetHotKey((char *)a, hkPYAddFreq); else fprintf((FILE *)a, "%s=%s\n", c->name, "CTRL_8"); return 0; } /* 删除拼音用户词组 */ inline static int delete_pinyin_user_create_phrase(Configure *c, void *a, int isread) { if(isread) SetHotKey((char *)a, hkPYDelUserPhr); else fprintf((FILE *)a, "%s=%s\n", c->name, "CTRL_DELETE"); return 0; } /* 删除拼音常用字 */ inline static int delete_pinyin_frequently_used_word(Configure *c, void *a, int isread) { if(isread) SetHotKey((char *)a, hkPYDelFreq); else fprintf((FILE *)a, "%s=%s\n", c->name, "CTRL_7"); return 0; } /* 拼音以词定字键 */ inline static int pinyin_get_word_from_phrase(Configure *c, void *a, int isread) { char *pstr = a; if(isread){ cPYYCDZ[0] = pstr[0]; cPYYCDZ[1] = pstr[1]; }else fprintf((FILE *)a, "%s=%c%c\n", c->name, cPYYCDZ[0], cPYYCDZ[1]); return 0; } /* 模糊an和ang */ inline static int blur_an_ang(Configure *c, void *a, int isread) { if(isread){ MHPY_C[0].bMode = MHPY_S[5].bMode = atoi(a); }else fprintf((FILE *)a, "%s=%d\n", c->name, MHPY_C[0].bMode); return 0; } Configure program_config[] = { { .name = "显示字体(中)", .value_type = CONFIG_STRING, .value.str_value.string = strFontName, .value.str_value.string_length = 100, /* FIXME: 不应在此硬编码字符串的长度，下同 */ }, { .name = "显示字体(英)", .value_type = CONFIG_STRING, .value.str_value.string = strFontEnName, .value.str_value.string_length = 100, }, { .name = "显示字体大小", .value_type = CONFIG_INTEGER, .value.integer = &iFontSize, }, { .name = "主窗口字体大小", .value_type = CONFIG_INTEGER, .value.integer = &iMainWindowFontSize, }, { .name = "字体区域", .value_type = CONFIG_STRING, .value.str_value.string = strUserLocale, .value.str_value.string_length = 50, }, { .name = "使用粗体", .value_type = CONFIG_INTEGER, .value.integer = &bUseBold, }, #ifdef _ENABLE_RECORDING { .name = "记录文件", .value_type = CONFIG_STRING, .value.str_value.string = strRecordingPath, .value.str_value.string_length = PATH_MAX, }, #endif #ifdef _ENABLE_TRAY { .name = "使用托盘图标", .value_type = CONFIG_INTEGER, .value.integer = &bUseTrayIcon, }, #endif { .name = NULL, }, }; /* piaoairy: gcc 默认enum 类型使用int */ Configure output_config[] = { { .name = "数字后跟半角符号", .value_type = CONFIG_INTEGER, .value.integer = &bEngPuncAfterNumber, }, { .name = "Enter键行为", .value_type = CONFIG_INTEGER, .value.integer = (int *)&enterToDo, /* FIXME: 这种转换方式也许并不是个好主意，下同 */ }, { .name = "分号键行为", .value_type = CONFIG_INTEGER, .value.integer = (int *)&semicolonToDo, }, { .name = "大写字母输入英文", .value_type = CONFIG_INTEGER, .value.integer = &bEngAfterCap, }, { .name = "转换英文中的标点", .value_type = CONFIG_INTEGER, .value.integer = &bConvertPunc, }, { .name = "联想方式禁止翻页", .value_type = CONFIG_INTEGER, .value.integer = &bDisablePagingInLegend, }, { .name = NULL, }, }; Configure interface_config[] = { { .name = "候选词个数", .value_type = CONFIG_INTEGER, .value.integer = &iMaxCandWord, }, { .name = "主窗口使用3D界面", .value_type = CONFIG_INTEGER, .value.integer = &_3DEffectMainWindow, }, { .name = "输入条使用3D界面", .value_type = CONFIG_INTEGER, .value.integer = (int *)&_3DEffectInputWindow, }, { .name = "主窗口隐藏模式", .value_type = CONFIG_INTEGER, .value.integer = (int *)&hideMainWindow, }, { .name = "显示虚拟键盘", .value_type = CONFIG_INTEGER, .value.integer = &bShowVK, }, { .name = "输入条居中", .value_type = CONFIG_INTEGER, .value.integer = &bCenterInputWindow, }, { .name = "首次显示输入条", .value_type = CONFIG_INTEGER, .value.integer = &bShowInputWindowTriggering, }, { .name = "输入条固定宽度", .comment = "输入条固定宽度(仅适用于码表输入法)，0表示不固定宽度", .value_type = CONFIG_INTEGER, .value.integer = &iFixedInputWindowWidth, }, { .name = "输入条偏移量X", .value_type = CONFIG_INTEGER, .value.integer = &iOffsetX, }, { .name = "输入条偏移量Y", .value_type = CONFIG_INTEGER, .value.integer = &iOffsetY, }, { .name = "序号后加点", .value_type = CONFIG_INTEGER, .value.integer = &bPointAfterNumber, }, { .name = "显示打字速度", .value_type = CONFIG_INTEGER, .value.integer = &bShowUserSpeed, }, { .name = "显示版本", .value_type = CONFIG_INTEGER, .value.integer = &bShowVersion, }, { .name = "光标色", .value_type = CONFIG_COLOR, .value.color = &(cursorColor.color), }, { .name = "主窗口背景色", .value_type = CONFIG_COLOR, .value.color = &(mainWindowColor.backColor), }, { .name = "主窗口线条色", .value_type = CONFIG_COLOR, .value.color = &(mainWindowLineColor.color), }, { .name = "主窗口输入法名称色", .value_type = CONFIG_OTHER, .config_rw = main_window_input_method_name_color, }, { .name = "输入窗背景色", .value_type = CONFIG_COLOR, .value.color = &(inputWindowColor.backColor), }, { .name = "输入窗提示色", .value_type = CONFIG_COLOR, .value.color = &(messageColor[0].color), }, { .name = "输入窗用户输入色", .value_type = CONFIG_COLOR, .value.color = &(messageColor[1].color), }, { .name = "输入窗序号色", .value_type = CONFIG_COLOR, .value.color = &(messageColor[2].color), }, { .name = "输入窗第一个候选字色", .value_type = CONFIG_COLOR, .value.color = &(messageColor[3].color), }, { .name = "输入窗用户词组色", .comment = "该颜色值只用于拼音中的用户自造词", .value_type = CONFIG_COLOR, .value.color = &(messageColor[4].color), }, { .name = "输入窗提示编码色", .value_type = CONFIG_COLOR, .value.color = &(messageColor[5].color), }, { .name = "输入窗其它文本色", .comment = "五笔、拼音的单字/系统词组均使用该颜色", .value_type = CONFIG_COLOR, .value.color = &(messageColor[6].color), }, { .name = "输入窗线条色", .value_type = CONFIG_COLOR, .value.color = &(inputWindowLineColor.color), }, { .name = "输入窗箭头色", .value_type = CONFIG_COLOR, .value.color = &(colorArrow), }, { .name = "虚拟键盘窗背景色", .value_type = CONFIG_COLOR, .value.color = &(VKWindowColor.backColor), }, { .name = "虚拟键盘窗字母色", .value_type = CONFIG_COLOR, .value.color = &(VKWindowAlphaColor.color), }, { .name = "虚拟键盘窗符号色", .value_type = CONFIG_COLOR, .value.color = &(VKWindowFontColor.color), }, { .name = NULL, }, }; Configure hotkey_config[] = { { .name = "打开/关闭输入法", .value_type = CONFIG_OTHER, .config_rw = trigger_input_method, }, { .name = "中英文快速切换键", .comment = "中英文快速切换键 可以设置为L_CTRL R_CTRL L_SHIFT R_SHIFT L_SUPER R_SUPER", .value_type = CONFIG_OTHER, /* FIXME: 应该为 CONFIG_SWITCHKEY */ .config_rw = fast_chinese_english_switch, }, { .name = "双击中英文切换", .value_type = CONFIG_INTEGER, .value.integer = &bDoubleSwitchKey, }, { .name = "击键时间间隔", .value_type = CONFIG_INTEGER, .value.integer = (int *)&iTimeInterval, }, { .name = "光标跟随", .value_type = CONFIG_HOTKEY, .config_rw = cursor_follow, }, { .name = "隐藏主窗口", .value_type = CONFIG_HOTKEY, .config_rw = hide_main_window, }, { .name = "切换虚拟键盘", .value_type = CONFIG_HOTKEY, .config_rw = switch_vk, }, { .name = "GBK支持", .value_type = CONFIG_HOTKEY, .config_rw = gbk_support, }, { .name = "GBK繁体切换键", .value_type = CONFIG_HOTKEY, .config_rw = gbk_traditional_simplified_switch, }, { .name = "联想", .value_type = CONFIG_HOTKEY, .config_rw = association, }, { .name = "反查拼音", .value_type = CONFIG_HOTKEY, .config_rw = lookup_pinyin, }, { .name = "全半角", .value_type = CONFIG_HOTKEY, .config_rw = sbc_dbc_switch, }, { .name = "中文标点", .value_type = CONFIG_HOTKEY, .config_rw = chinese_punctuation, }, { .name = "上一页", .value_type = CONFIG_HOTKEY, .config_rw = prev_page, }, { .name = "下一页", .value_type = CONFIG_HOTKEY, .config_rw = next_page, }, { .name = "第二三候选词选择键", .value_type = CONFIG_HOTKEY, .config_rw = second_third_candidate_word, }, { .name = "保存词库", .value_type = CONFIG_HOTKEY, .config_rw = save_all, }, #ifdef _ENABLE_RECORDING { .name = "记录模式", .value_type = CONFIG_HOTKEY, .config_rw = set_recording, }, { .name = "重置记录模式", .value_type = CONFIG_HOTKEY, .config_rw = reset_recording, }, #endif { .name = NULL, }, }; Configure input_method_config[] = { { .name = "使用拼音", .value_type = CONFIG_INTEGER, .value.integer = &inputMethods[IM_PY], }, { .name = "拼音名称", .value_type = CONFIG_STRING, .value.str_value.string = strNameOfPinyin, .value.str_value.string_length = 41, /* FIXME: 不应在此硬编码字符串长度，下同 */ }, { .name = "使用双拼", .value_type = CONFIG_INTEGER, .value.integer = &inputMethods[IM_SP], }, { .name = "双拼名称", .value_type = CONFIG_STRING, .value.str_value.string = strNameOfShuangpin, .value.str_value.string_length = 41, }, { .name = "默认双拼方案", .value_type = CONFIG_OTHER, .config_rw = default_shuangpin_scheme, }, { .name = "使用区位", .value_type = CONFIG_INTEGER, .value.integer = &inputMethods[IM_QW], }, { .name = "区位名称", .value_type = CONFIG_STRING, .value.str_value.string = strNameOfQuwei, .value.str_value.string_length = 41, }, { .name = "使用码表", .value_type = CONFIG_INTEGER, .value.integer = &inputMethods[IM_TABLE], }, { .name = "提示词库中的词组", .value_type = CONFIG_INTEGER, .value.integer = &bPhraseTips, }, { .name = "其他输入法", .value_type = CONFIG_STRING, .value.str_value.string = strExternIM, .value.str_value.string_length = PATH_MAX, }, { .name = NULL, }, }; Configure pinyin_config[] = { { .name = "使用全拼", .value_type = CONFIG_INTEGER, .value.integer = &bFullPY, }, { .name = "拼音自动组词", .value_type = CONFIG_INTEGER, .value.integer = &bPYCreateAuto, }, { .name = "保存自动组词", .value_type = CONFIG_INTEGER, .value.integer = &bPYSaveAutoAsPhrase, }, { .name = "增加拼音常用字", .value_type = CONFIG_HOTKEY, .config_rw = add_pinyin_frequently_used_word, }, { .name = "删除拼音常用字", .value_type = CONFIG_HOTKEY, .config_rw = delete_pinyin_frequently_used_word, }, { .name = "删除拼音用户词组", .value_type = CONFIG_HOTKEY, .config_rw = delete_pinyin_user_create_phrase, }, { .name = "拼音以词定字键", .comment = "拼音以词定字键，等号后面紧接键，不要有空格", .value_type = CONFIG_OTHER, .config_rw = pinyin_get_word_from_phrase, }, { .name = "拼音单字重码调整方式", .comment = "重码调整方式说明：0-->不调整 1-->快速调整 2-->按频率调整", .value_type = CONFIG_INTEGER, .value.integer = (int *)&baseOrder, }, { .name = "拼音词组重码调整方式", .value_type = CONFIG_INTEGER, .value.integer = (int *)&phraseOrder, }, { .name = "拼音常用词重码调整方式", .value_type = CONFIG_INTEGER, .value.integer = (int *)&freqOrder, }, { .name = "模糊an和ang", .value_type = CONFIG_OTHER, .config_rw = blur_an_ang, }, { .name = "模糊en和eng", .value_type = CONFIG_INTEGER, .value.integer = &(MHPY_C[1].bMode), }, { .name = "模糊ian和iang", .value_type = CONFIG_INTEGER, .value.integer = &(MHPY_C[2].bMode), }, { .name = "模糊in和ing", .value_type = CONFIG_INTEGER, .value.integer = &(MHPY_C[3].bMode), }, { .name = "模糊ou和u", .value_type = CONFIG_INTEGER, .value.integer = &(MHPY_C[4].bMode), }, { .name = "模糊uan和uang", .value_type = CONFIG_INTEGER, .value.integer = &(MHPY_C[5].bMode), }, { .name = "模糊c和ch", .value_type = CONFIG_INTEGER, .value.integer = &(MHPY_S[0].bMode), }, { .name = "模糊f和h", .value_type = CONFIG_INTEGER, .value.integer = &(MHPY_S[1].bMode), }, { .name = "模糊l和n", .value_type = CONFIG_INTEGER, .value.integer = &(MHPY_S[2].bMode), }, { .name = "模糊s和sh", .value_type = CONFIG_INTEGER, .value.integer = &(MHPY_S[3].bMode), }, { .name = "模糊z和zh", .value_type = CONFIG_INTEGER, .value.integer = &(MHPY_S[4].bMode), }, { .name = NULL, }, }; Configure_group configure_groups[] = { { .name = "程序", .configure = program_config, }, { .name = "输出", .configure = output_config, }, { .name = "界面", .configure = interface_config, }, { .name = "热键", .comment = "除了“中英文快速切换键”外，其它的热键均可设置为两个，中间用空格分隔", .configure = hotkey_config, }, { .name = "输入法", .configure = input_method_config, }, { .name = "拼音", .configure = pinyin_config, }, { .name = NULL, }, }; /** * @brief 读取用户的配置文件 * @param bMode 标识配置文件是用户家目录下的，还是从安装目录下拷贝过来的 * @return void */ void LoadConfig (Bool bMode) { FILE *fp; char buf[PATH_MAX], *pbuf, *pbuf1; //用于标示group的index，在配置文件里面配置是分组的，类似与ini文件的分组 int group_idx; int i; Configure *tmpconfig; for (i = 0;i < INPUT_METHODS; i++ ) inputMethods[i] = 1; //用以标识是否是重新读取配置文件 bIsReloadConfig = bMode; pbuf = getenv("HOME"); // 从环境变量中获取当前用户家目录的绝对路径 if(!pbuf){ fprintf(stderr, "error: get environment variable HOME\n"); exit(1); // 此时可以不退出，但直接退出处理起来明了简单 } //获取配置文件的绝对路径 snprintf(buf, PATH_MAX, "%s/.fcitx/config", pbuf); fp = fopen(buf, "r"); if(!fp && errno == ENOENT){ /* $HOME/.fcitx/config does not exist */ snprintf(buf, PATH_MAX, PKGDATADIR "/data/config"); fp = fopen(buf, "r"); if(!fp) SaveConfig(); }else { group_idx = -1; /* FIXME: 也许应该用另外更恰当的缓冲区长度 */ while(fgets(buf, PATH_MAX, fp)){ //每次最多读入PATH_MAX大小的数据 i = strlen(buf); /*fcitx的配置文件每行最多是PATH_MAX个字符，因此有上面的FIXME*/ if(buf[i-1] != '\n'){ fprintf(stderr, "error: configure file: line length\n"); exit(1); } else buf[i-1] = '\0'; pbuf = buf; while(*pbuf && isspace(*pbuf)) //将pbuf指向第一个非空字符 pbuf++; if(!*pbuf || *pbuf == '#') //如果改行是空数据或者是注释(以#开头为注释) continue; if(*pbuf == '['){ /* get a group name(组名的格式为"[组名]")*/ pbuf++; pbuf1 = strchr(pbuf, ']'); if(!pbuf1){ fprintf(stderr, "error: configure file: configure group name\n"); exit(1); } //根据group的名字找到其在全局变量configure_groups中的index group_idx = -1; for(i = 0; configure_groups[i].name; i++) if(strncmp(configure_groups[i].name, pbuf, pbuf1-pbuf) == 0){ group_idx = i; break; } if(group_idx < 0){ fprintf(stderr, "error: invalid configure group name\n"); exit(1); /* 我认为这儿没有必要退出。此处完全可以忽略这个错误， * 并且在后面也忽略这个组的配置即可。 * 因为这儿退出只会带来一个坏处，那就是扩展性。 * 以后再添加新的组的时候，老版本的程序就无法使用 * 新版本的配置文件了。或者，添加了一个可选扩展， * 该扩展新添加一个组等等。所以，此处应该给一个警告， * 而不是退出。*/ } continue; } //pbuf1指向第一个非空字符与=之间的字符 pbuf1 = strchr(pbuf, '='); if(!pbuf1){ fprintf(stderr, "error: configure file: configure entry name\n"); exit(1); // 和前面一样，这儿也应该是一个警告而不应该是提示出错并退出。 } /* * 这儿避免的是那样一种情况，即从文件头到第一个配置项(即类似与“配置名=配置值” * 的一行字符串)并没有任何分组。也就是防止出现下面的“配置1”和“配置2” * #文件头 * 配置1=123 配置2=123 * [组名] * ... * #文件尾 */ if(group_idx < 0){ fprintf(stderr, "error: configure file: no group name at beginning\n"); exit(1); } //找到该组中的配置项，并将其保存到对应的全局变量里面去 for(tmpconfig = configure_groups[group_idx].configure; tmpconfig->name; tmpconfig++) { if(strncmp(tmpconfig->name, pbuf, pbuf1-pbuf) == 0) read_configure(tmpconfig, ++pbuf1); } } fclose(fp); } /* 如果配置文件中没有设置打开/关闭输入法的热键，那么设置CTRL-SPACE为默认热键 */ if (!Trigger_Keys) { iTriggerKeyCount = 0; Trigger_Keys = (XIMTriggerKey *) malloc (sizeof (XIMTriggerKey) * (iTriggerKeyCount + 2)); Trigger_Keys[0].keysym = XK_space; Trigger_Keys[0].modifier = ControlMask; Trigger_Keys[0].modifier_mask = ControlMask; Trigger_Keys[1].keysym = 0; Trigger_Keys[1].modifier = 0; Trigger_Keys[1].modifier_mask = 0; } } /** * 保存配置信息 */ void SaveConfig (void) { FILE *fp; char buf[PATH_MAX], *pbuf; Configure_group *tmpgroup; pbuf = getenv("HOME"); if(!pbuf){ fprintf(stderr, "error: get environment variable HOME\n"); exit(1); } snprintf(buf, PATH_MAX, "%s/.fcitx", pbuf); if(mkdir(buf, S_IRWXU) < 0 && errno != EEXIST){ perror("mkdir"); exit(1); } snprintf(buf, PATH_MAX, "%s/.fcitx/config", pbuf); fp = fopen (buf, "w"); if (!fp) { perror("fopen"); exit(1); } /* 实际上，写配置文件很简单，就是从全局数组configure_groups里面分别把每个组的配置 * 写入到文件里面去*/ for(tmpgroup = configure_groups; tmpgroup->name; tmpgroup++){ if(tmpgroup->comment) fprintf(fp, "# %s\n", tmpgroup->comment); // 如果存在注释，先写入 fprintf(fp, "[%s]\n", tmpgroup->name); // 接下来写入组的名字 write_configures(fp, tmpgroup->configure); // 最后将该组的每个配置项写入到文件中 fprintf(fp, "\n"); // 为增加可读性插入一个空行 } fclose(fp); } /** 版本 */ inline static int get_version(Configure *c, void *a, int isread) { if(isread){ if(!strcasecmp(FCITX_VERSION, (char *)a)) bNeedSaveConfig = False; }else fprintf((FILE *)a, "%s=%s\n", c->name, FCITX_VERSION); return 0; } /** 主窗口位置X */ inline static int get_main_window_offset_x(Configure *c, void *a, int isread) { if(isread){ iMainWindowX = atoi(a); if(iMainWindowX < 0) iMainWindowX = 0; else if((iMainWindowX + MAINWND_WIDTH) > DisplayWidth(dpy, iScreen)) iMainWindowX = DisplayWidth(dpy, iScreen) - MAINWND_WIDTH; }else fprintf((FILE *)a, "%s=%d\n", c->name, iMainWindowX); return 0; } /** 主窗口位置Y */ inline static int get_main_window_offset_y(Configure *c, void *a, int isread) { if(isread){ iMainWindowY = atoi(a); if(iMainWindowY < 0) iMainWindowY = 0; else if((iMainWindowY + MAINWND_HEIGHT) > DisplayHeight(dpy, iScreen)) iMainWindowY = DisplayHeight(dpy, iScreen) - MAINWND_HEIGHT; }else fprintf((FILE *)a, "%s=%d\n", c->name, iMainWindowY); return 0; } /** 输入窗口位置X */ inline static int get_input_window_offset_x(Configure *c, void *a, int isread) { if(isread){ iInputWindowX = atoi(a); if(iInputWindowX < 0) iInputWindowX = 0; else if((iInputWindowX + iInputWindowWidth) > DisplayWidth(dpy, iScreen)) iInputWindowX = DisplayWidth(dpy, iScreen) - iInputWindowWidth - 3; }else fprintf((FILE *)a, "%s=%d\n", c->name, iInputWindowX); return 0; } /** 输入窗口位置Y */ inline static int get_input_window_offset_y(Configure *c, void *a, int isread) { if(isread){ iInputWindowY = atoi(a); if(iInputWindowY < 0) iInputWindowY = 0; else if((iInputWindowY + iInputWindowHeight) > DisplayHeight(dpy, iScreen)) iInputWindowY = DisplayHeight(dpy, iScreen) - iInputWindowHeight - 3; }else fprintf((FILE *)a, "%s=%d\n", c->name, iInputWindowY); return 0; } static int iIMIndex_tmp = 0; /* Issue 11: piaoairy add 20080518 */ Configure profiles[] = { { .name = "版本", .value_type = CONFIG_OTHER, .config_rw = get_version, }, { .name = "主窗口位置X", .value_type = CONFIG_OTHER, .config_rw = get_main_window_offset_x, }, { .name = "主窗口位置Y", .value_type = CONFIG_OTHER, .config_rw = get_main_window_offset_y, }, { .name = "输入窗口位置X", .value_type = CONFIG_OTHER, .config_rw = get_input_window_offset_x, }, { .name = "输入窗口位置Y", .value_type = CONFIG_OTHER, .config_rw = get_input_window_offset_y, }, { .name = "全角", .value_type = CONFIG_INTEGER, .value.integer = &bCorner, }, { .name = "中文标点", .value_type = CONFIG_INTEGER, .value.integer = &bChnPunc, }, { .name = "GBK", .value_type = CONFIG_INTEGER, .value.integer = &bUseGBK, }, { .name = "光标跟随", .value_type = CONFIG_INTEGER, .value.integer = &bTrackCursor, }, { .name = "联想", .value_type = CONFIG_INTEGER, .value.integer = &bUseLegend, }, { .name = "当前输入法", // Issue 11: piaoairy: 本来打算将iIMIndex 改为int类型, .value_type = CONFIG_INTEGER, // 无奈使用的地方太多, .value.integer = &iIMIndex_tmp, // 只好重新定义个iIMIndex_tmp搭桥. }, { .name = "禁止键盘切换", .value_type = CONFIG_INTEGER, .value.integer = &bLocked, }, { .name = "简洁模式", .value_type = CONFIG_INTEGER, .value.integer = &bCompactMainWindow, }, { .name = "GBK繁体", .value_type = CONFIG_INTEGER, .value.integer = &bUseGBKT, }, #ifdef _ENABLE_RECORDING { .name = "记录模式", .value_type = CONFIG_INTEGER, .value.integer = &bRecording, }, #endif { .name = NULL, }, }; /** * @brief 加载配置文件 * @param void * @return void */ void LoadProfile (void) { FILE *fp; char buf[PATH_MAX], *pbuf, *pbuf1; int i; Configure *tmpconfig; /* 前将窗口的位置设定为最原始的默认值，接下来如果配置文件有， * 会从配置文件中读取，如果没有就使用这个了*/ iMainWindowX = MAINWND_STARTX; //主窗口位置X iMainWindowY = MAINWND_STARTY; //主窗口位置Y iInputWindowX = INPUTWND_STARTX; //输入窗口位置X iInputWindowY = INPUTWND_STARTY; //输入窗口位置Y pbuf = getenv("HOME"); if(!pbuf){ fprintf(stderr, "error: get environment variable HOME\n"); exit(1); } snprintf(buf, PATH_MAX, "%s/.fcitx/profile", pbuf); fp = fopen(buf, "r"); if(!fp){ if(errno == ENOENT) SaveProfile(); return; } /* FIXME: 也许应该用另外更恰当的缓冲区长度 */ while(fgets(buf, PATH_MAX, fp)){ i = strlen(buf); if(buf[i-1] != '\n'){ fprintf(stderr, "error: profile file: line length\n"); exit(1); }else buf[i-1] = '\0'; pbuf = buf; while(*pbuf && isspace(*pbuf)) pbuf++; if(!*pbuf || *pbuf == '#') continue; pbuf1 = strchr(pbuf, '='); if(!pbuf1){ fprintf(stderr, "error: profile file: configure entry name\n"); exit(1); } for(tmpconfig = profiles; tmpconfig->name; tmpconfig++) if(strncmp(tmpconfig->name, pbuf, pbuf1-pbuf) == 0) read_configure(tmpconfig, ++pbuf1); } fclose(fp); iIMIndex = iIMIndex_tmp; /* piaoairy add 20080518 */ if(bNeedSaveConfig){ SaveConfig(); SaveProfile(); } } void SaveProfile (void) { FILE *fp; char buf[PATH_MAX], *pbuf; pbuf = getenv("HOME"); if(!pbuf){ fprintf(stderr, "error: get environment variable HOME\n"); exit(1); } snprintf(buf, PATH_MAX, "%s/.fcitx", pbuf); if(mkdir(buf, S_IRWXU) < 0 && errno != EEXIST){ perror("mkdir"); exit(1); } snprintf(buf, PATH_MAX, "%s/.fcitx/profile", pbuf); fp = fopen (buf, "w"); if (!fp) { perror("fopen"); exit(1); } iIMIndex_tmp = iIMIndex; /* piaoairy add 20080518 */ write_configures(fp, profiles); fclose(fp); } void SetHotKey (char *strKeys, HOTKEYS * hotkey) { char *p; char strKey[30]; int i, j; p = strKeys; while (*p == ' ') p++; i = 0; while (p[i] != ' ' && p[i] != '\0') i++; strncpy (strKey, p, i); strKey[i] = '\0'; p += i + 1; j = ParseKey (strKey); if (j != -1) hotkey[0] = j; if (j == -1) j = 0; else j = 1; i = 0; while (p[i] != ' ' && p[i] != '\0') i++; if (p[0]) { strncpy (strKey, p, i); strKey[i] = '\0'; i = ParseKey (strKey); if (i == -1) i = 0; } else i = 0; hotkey[j] = i; } /* * 计算文件中有多少行 * 注意:文件中的空行也做为一行处理 */ int CalculateRecordNumber (FILE * fpDict) { char strText[101]; int nNumber = 0; for (;;) { if (!fgets (strText, 100, fpDict)) break; nNumber++; } rewind (fpDict); return nNumber; } void SetSwitchKey (char *str) { if (!strcasecmp (str, "R_CTRL")) switchKey = XKeysymToKeycode (dpy, XK_Control_R); else if (!strcasecmp (str, "R_SHIFT")) switchKey = XKeysymToKeycode (dpy, XK_Shift_R); else if (!strcasecmp (str, "L_SHIFT")) switchKey = XKeysymToKeycode (dpy, XK_Shift_L); else if (!strcasecmp (str, "R_SUPER")) switchKey = XKeysymToKeycode (dpy, XK_Super_R); else if (!strcasecmp (str, "L_SUPER")) switchKey = XKeysymToKeycode (dpy, XK_Super_L); else switchKey = XKeysymToKeycode (dpy, XK_Control_L); } void SetTriggerKeys (char *str) { int i; char strKey[2][30]; char *p; //首先来判断用户设置了几个热键，最多为2 p = str; i = 0; iTriggerKeyCount = 0; while (*p) { if (*p == ' ') { iTriggerKeyCount++; while (*p == ' ') p++; strcpy (strKey[1], p); break; } else strKey[0][i++] = *p++; } strKey[0][i] = '\0'; Trigger_Keys = (XIMTriggerKey *) malloc (sizeof (XIMTriggerKey) * (iTriggerKeyCount + 2)); for (i = 0; i <= (iTriggerKeyCount + 1); i++) { Trigger_Keys[i].keysym = 0; Trigger_Keys[i].modifier = 0; Trigger_Keys[i].modifier_mask = 0; } for (i = 0; i <= iTriggerKeyCount; i++) { if (MyStrcmp (strKey[i], "CTRL_")) { Trigger_Keys[i].modifier = Trigger_Keys[i].modifier | ControlMask; Trigger_Keys[i].modifier_mask = Trigger_Keys[i].modifier_mask | ControlMask; } else if (MyStrcmp (strKey[i], "SHIFT_")) { Trigger_Keys[i].modifier = Trigger_Keys[i].modifier | ShiftMask; Trigger_Keys[i].modifier_mask = Trigger_Keys[i].modifier_mask | ShiftMask; } else if (MyStrcmp (strKey[i], "ALT_")) { Trigger_Keys[i].modifier = Trigger_Keys[i].modifier | Mod1Mask; Trigger_Keys[i].modifier_mask = Trigger_Keys[i].modifier_mask | Mod1Mask; } else if (MyStrcmp (strKey[i], "SUPER_")) { Trigger_Keys[i].modifier = Trigger_Keys[i].modifier | Mod4Mask; Trigger_Keys[i].modifier_mask = Trigger_Keys[i].modifier_mask | Mod4Mask; } if (Trigger_Keys[i].modifier == 0) { Trigger_Keys[i].modifier = ControlMask; Trigger_Keys[i].modifier_mask = ControlMask; } p = strKey[i] + strlen (strKey[i]) - 1; while (*p != '_') { p--; if (p == strKey[i] || (p == strKey[i] + strlen (strKey[i]) - 1)) { Trigger_Keys = (XIMTriggerKey *) malloc (sizeof (XIMTriggerKey) * (iTriggerKeyCount + 2)); Trigger_Keys[i].keysym = XK_space; return; } } p++; if (strlen (p) == 1) Trigger_Keys[i].keysym = tolower (*p); else if (!strcasecmp (p, "LCTRL")) Trigger_Keys[i].keysym = XK_Control_L; else if (!strcasecmp (p, "RCTRL")) Trigger_Keys[i].keysym = XK_Control_R; else if (!strcasecmp (p, "LSHIFT")) Trigger_Keys[i].keysym = XK_Shift_L; else if (!strcasecmp (p, "RSHIFT")) Trigger_Keys[i].keysym = XK_Shift_R; else if (!strcasecmp (p, "LALT")) Trigger_Keys[i].keysym = XK_Alt_L; else if (!strcasecmp (p, "RALT")) Trigger_Keys[i].keysym = XK_Alt_R; else if (!strcasecmp (p, "LSUPER")) Trigger_Keys[i].keysym = XK_Super_L; else if (!strcasecmp (p, "RSUPER")) Trigger_Keys[i].keysym = XK_Super_R; else Trigger_Keys[i].keysym = XK_space; } } Bool CheckHZCharset (char *strHZ) { if (!bUseGBK) { //GB2312的汉字编码规则为：第一个字节的值在0xA1到0xFE之间(实际为0xF7)，第二个字节的值在0xA1到0xFE之间 //由于查到的资料说法不一，懒得核实，就这样吧 int i; for (i = 0; i < strlen (strHZ); i++) { if ((unsigned char) strHZ[i] < (unsigned char) 0xA1 || (unsigned char) strHZ[i] > (unsigned char) 0xF7 || (unsigned char) strHZ[i + 1] < (unsigned char) 0xA1 || (unsigned char) strHZ[i + 1] > (unsigned char) 0xFE) return False; i++; } } return True; } static char *gGBKS2TTable = NULL; static int gGBKS2TTableSize = -1; /** * 该函数装载data/gbks2t.tab的简体转繁体的码表， * 然后按码表将GBK字符转换成GBK繁体字符。 * * WARNING： 该函数返回新分配内存字符串，请调用者 * 注意释放。 */ char *ConvertGBKSimple2Tradition (char *strHZ) { FILE *fp; char *ret; char strPath[PATH_MAX]; int i, len; unsigned int idx; if (strHZ == NULL) return NULL; if (!gGBKS2TTable) { len = 0; strcpy (strPath, PKGDATADIR "/data/"); strcat (strPath, TABLE_GBKS2T); fp = fopen (strPath, "rb"); if (!fp) { ret = (char *) malloc (sizeof (char) * (strlen (strHZ) + 1)); strcpy (ret, strHZ); return ret; } fseek (fp, 0, SEEK_END); fgetpos (fp, (fpos_t *) & len); if (len > 0) { gGBKS2TTable = (char *) malloc (sizeof (char) * len); gGBKS2TTableSize = len; fseek (fp, 0, SEEK_SET); fread (gGBKS2TTable, sizeof (char), len, fp); } fclose (fp); } i = 0; len = strlen (strHZ); ret = (char *) malloc (sizeof (char) * (len + 1)); for (; i < len; ++i) { if (i < (len - 1)) if ((unsigned char) strHZ[i] >= (unsigned char) 0x81 && (unsigned char) strHZ[i] <= (unsigned char) 0xfe && (((unsigned char) strHZ[i + 1] >= (unsigned char) 0x40 && (unsigned char) strHZ[i + 1] <= (unsigned char) 0x7e) || ((unsigned char) strHZ[i + 1] > (unsigned char) 0x7f && (unsigned char) strHZ[i + 1] <= (unsigned char) 0xfe))) { idx = (((unsigned char) strHZ[i] - (unsigned char) 0x81) * (unsigned char) 0xbe + ((unsigned char) strHZ[i + 1] - (unsigned char) 0x40) - ((unsigned char) strHZ[i + 1] / (unsigned char) 0x80)) * 2; if (idx >= 0 && idx < gGBKS2TTableSize - 1) { //if ((unsigned char)gGBKS2TTable[idx] != (unsigned char)0xa1 && (unsigned char) gGBKS2TTable[idx + 1] != (unsigned char) 0x7f) { if ((unsigned char) gGBKS2TTable[idx + 1] != (unsigned char) 0x7f) { ret[i] = gGBKS2TTable[idx]; ret[i + 1] = gGBKS2TTable[idx + 1]; i += 1; continue; } } } ret[i] = strHZ[i]; } ret[len] = '\0'; return ret; } int CalHZIndex (char *strHZ) { return (strHZ[0] + 127) * 255 + strHZ[1] + 128; }